Attachment 236535 Details for Bug 266394 – git diff of databases/mongodb60

[patch] git diff of databases/mongodb60

mongodb60.1.diff (text/plain), 942.81 KB, created by Ronald Klop on 2022-09-13 09:54:52 UTC

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Creator: Ronald Klop

Created: 2022-09-13 09:54:52 UTC

Size: 942.81 KB

patch

obsolete

>diff --git a/databases/mongodb60/Makefile b/databases/mongodb60/Makefile
>new file mode 100644
>index 000000000000..d36aa64fde57
>--- /dev/null
>+++ b/databases/mongodb60/Makefile
>@@ -0,0 +1,98 @@
>+PORTNAME=	mongodb
>+DISTVERSIONPREFIX=	r
>+DISTVERSION=	6.0.1
>+CATEGORIES=	databases net
>+PKGNAMESUFFIX=	${DISTVERSION:R:S/.//}
>+
>+MAINTAINER=	ronald-lists@klop.ws
>+COMMENT=	Distributed document-oriented "NoSQL" database (6.0.x Branch)
>+WWW=		https://docs.mongodb.com/v6.0/
>+
>+LICENSE=	APACHE20 SSPLv1 # mongodb is SSPLv1, C++ driver is APACHE20
>+LICENSE_COMB=	multi
>+LICENSE_NAME_SSPLv1=	Server Side Public License Version 1
>+LICENSE_FILE_SSPLv1=	${WRKSRC}/LICENSE-Community.txt
>+LICENSE_PERMS_SSPLv1=	dist-mirror dist-sell pkg-mirror pkg-sell auto-accept
>+
>+ONLY_FOR_ARCHS=	aarch64 amd64
>+ONLY_FOR_ARCHS_REASON=	only ported to amd64 and aarch64 on FreeBSD; upstream supports arm64, ppc64le, s390x, and x86-64
>+
>+BUILD_DEPENDS=	${LOCALBASE}/bin/ar:devel/binutils \
>+		${PYTHON_PKGNAMEPREFIX}cheetah3>0:devel/py-cheetah3@${PY_FLAVOR} \
>+		${PYTHON_PKGNAMEPREFIX}psutil>0:sysutils/py-psutil@${PY_FLAVOR} \
>+		${PYTHON_PKGNAMEPREFIX}yaml>=3.11:devel/py-yaml@${PY_FLAVOR} \
>+		${PYTHON_PKGNAMEPREFIX}pymongo>0:databases/pymongo@${PY_FLAVOR} \
>+		${PYTHON_PKGNAMEPREFIX}packaging>0:devel/py-packaging@${PY_FLAVOR}
>+LIB_DEPENDS=	libcurl.so:ftp/curl \
>+		libpcre.so:devel/pcre \
>+		libsnappy.so:archivers/snappy
>+
>+USES=		compiler:c++17-lang cpe python:3.5+,build scons shebangfix
>+USE_GITHUB=	yes
>+GH_ACCOUNT=	mongodb
>+GH_PROJECT=	mongo
>+USE_RC_SUBR=	mongod
>+
>+SHEBANG_FILES=	buildscripts/scons.py
>+python_OLD_CMD=	@python_interpreter@
>+
>+CONFLICTS_INSTALL=	mongodb[0-9][0-9]
>+
>+USERS=		mongodb
>+GROUPS=		mongodb
>+
>+OPTIONS_DEFINE=			LTO SASL SSL
>+OPTIONS_DEFAULT=		LTO SASL SSL
>+
>+MAKE_ARGS=	--cxx-std=17 \
>+		--disable-warnings-as-errors \
>+		--libc++ \
>+		--runtime-hardening=on \
>+		--use-system-pcre \
>+		--use-system-snappy \
>+		--use-system-zlib \
>+		-j ${MAKE_JOBS_NUMBER} \
>+		AR=${PREFIX}/bin/ar \
>+		MONGO_VERSION=${DISTVERSION} \
>+		VERBOSE=on
>+
>+LTO_MAKE_ARGS=	--lto=on
>+
>+SASL_LIB_DEPENDS=	libsasl2.so:security/cyrus-sasl2
>+SASL_MAKE_ARGS=		--use-sasl-client
>+
>+SSL_USES=	ssl
>+SSL_MAKE_ARGS=	--ssl
>+
>+.include <bsd.port.pre.mk>
>+
>+.if ${ARCH} == aarch64 || ${ARCH} == powerpc64le
>+EXTRA_PATCHES=	${FILESDIR}/${ARCH}
>+.endif
>+
>+ALL_TARGET=	install-core
>+
>+# This ports is only following the Major Release.
>+# https://docs.mongodb.com/manual/reference/versioning/
>+PORTSCOUT=	limit:^6\.0\.
>+
>+CPE_PRODUCT=	mongodb
>+
>+#pre-patch:
>+#	${MV} ${WRKSRC}/src/third_party/wiredtiger/src/checksum/power8/crc32.sx ${WRKSRC}/src/third_party/wiredtiger/src/checksum/power8/crc32.S
>+
>+do-build:
>+	${WRKSRC}/buildscripts/scons.py	-C ${WRKSRC} ${MAKE_ARGS}
>+
>+do-install:
>+.for f in mongod mongos
>+	${STRIP_CMD} ${STAGEDIR}${PREFIX}/bin/${f}
>+.endfor
>+	${INSTALL_DATA} ${WRKSRC}/rpm/mongod.conf ${STAGEDIR}${PREFIX}/etc/mongodb.conf.sample
>+	${MKDIR} ${STAGEDIR}${DOCSDIR}
>+.for doc in LICENSE-Community.txt MPL-2 README THIRD-PARTY-NOTICES
>+	${MV} ${STAGEDIR}${PREFIX}/${doc} ${STAGEDIR}${DOCSDIR}/
>+.endfor
>+	${RM} ${STAGEDIR}${PREFIX}/bin/resmoke.py
>+
>+.include <bsd.port.post.mk>
>diff --git a/databases/mongodb60/distinfo b/databases/mongodb60/distinfo
>new file mode 100644
>index 000000000000..b1ae09f8b522
>--- /dev/null
>+++ b/databases/mongodb60/distinfo
>@@ -0,0 +1,3 @@
>+TIMESTAMP = 1662628894
>+SHA256 (mongodb-mongo-r6.0.1_GH0.tar.gz) = 8b6ed047a61b6172756810c906b2b182761f6c55c8ac34c9a60f41347f1659aa
>+SIZE (mongodb-mongo-r6.0.1_GH0.tar.gz) = 90452293
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src0.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src0.cpp
>new file mode 100644
>index 000000000000..de6b6df13358
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src0.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src0.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src0.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/Array.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Array.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Array.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/AtomicsObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/AtomicsObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/AtomicsObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/BigInt.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/BigInt.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/BigInt.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/Boolean.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Boolean.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Boolean.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/DataViewObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/DataViewObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/DataViewObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/Eval.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Eval.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Eval.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src1.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src1.cpp
>new file mode 100644
>index 000000000000..b9a68c835e01
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src1.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src1.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src1.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/FinalizationRegistryObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/FinalizationRegistryObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/FinalizationRegistryObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/JSON.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/JSON.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/JSON.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/MapObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/MapObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/MapObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/ModuleObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/ModuleObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/ModuleObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/Object.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Object.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Object.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/Profilers.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Profilers.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Profilers.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src10.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src10.cpp
>new file mode 100644
>index 000000000000..3f7df1be215f
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src10.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src10.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src10.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "proxy/Wrapper.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/Wrapper.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/Wrapper.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "threading/Mutex.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "threading/Mutex.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "threading/Mutex.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "threading/ProtectedData.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "threading/ProtectedData.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "threading/ProtectedData.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "threading/Thread.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "threading/Thread.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "threading/Thread.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "threading/posix/CpuCount.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "threading/posix/CpuCount.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "threading/posix/CpuCount.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "threading/posix/PosixThread.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "threading/posix/PosixThread.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "threading/posix/PosixThread.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src11.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src11.cpp
>new file mode 100644
>index 000000000000..4d59f9a93c33
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src11.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src11.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src11.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "util/AllocPolicy.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/AllocPolicy.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/AllocPolicy.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/AllocationLogging.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/AllocationLogging.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/AllocationLogging.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/CompleteFile.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/CompleteFile.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/CompleteFile.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/DumpFunctions.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/DumpFunctions.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/DumpFunctions.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/NativeStack.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/NativeStack.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/NativeStack.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/Printf.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/Printf.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/Printf.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src12.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src12.cpp
>new file mode 100644
>index 000000000000..6f980c7f4164
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src12.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src12.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src12.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "util/StringBuffer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/StringBuffer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/StringBuffer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/StructuredSpewer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/StructuredSpewer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/StructuredSpewer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/Text.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/Text.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/Text.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "util/Unicode.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "util/Unicode.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "util/Unicode.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Activation.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Activation.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Activation.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ArgumentsObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ArgumentsObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ArgumentsObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src13.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src13.cpp
>new file mode 100644
>index 000000000000..a4d56f9bdd49
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src13.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src13.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src13.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/ArrayBufferObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ArrayBufferObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ArrayBufferObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ArrayBufferObjectMaybeShared.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ArrayBufferObjectMaybeShared.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ArrayBufferObjectMaybeShared.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ArrayBufferViewObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ArrayBufferViewObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ArrayBufferViewObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/AsyncFunction.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/AsyncFunction.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/AsyncFunction.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/AsyncIteration.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/AsyncIteration.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/AsyncIteration.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/BigIntType.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/BigIntType.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/BigIntType.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src14.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src14.cpp
>new file mode 100644
>index 000000000000..012acd657845
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src14.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src14.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src14.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/BuildId.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/BuildId.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/BuildId.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/BuiltinObjectKind.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/BuiltinObjectKind.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/BuiltinObjectKind.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/BytecodeLocation.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/BytecodeLocation.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/BytecodeLocation.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/BytecodeUtil.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/BytecodeUtil.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/BytecodeUtil.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Caches.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Caches.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Caches.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/CallNonGenericMethod.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/CallNonGenericMethod.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/CallNonGenericMethod.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src15.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src15.cpp
>new file mode 100644
>index 000000000000..a1783dcc5782
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src15.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src15.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src15.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/CharacterEncoding.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/CharacterEncoding.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/CharacterEncoding.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/CodeCoverage.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/CodeCoverage.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/CodeCoverage.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Compartment.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Compartment.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Compartment.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/CompilationAndEvaluation.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/CompilationAndEvaluation.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/CompilationAndEvaluation.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Compression.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Compression.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Compression.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/DateTime.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/DateTime.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/DateTime.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src16.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src16.cpp
>new file mode 100644
>index 000000000000..bdd8b279e0e2
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src16.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src16.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src16.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/EnvironmentObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/EnvironmentObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/EnvironmentObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/EqualityOperations.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/EqualityOperations.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/EqualityOperations.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ErrorMessages.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ErrorMessages.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ErrorMessages.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ErrorObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ErrorObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ErrorObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ErrorReporting.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ErrorReporting.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ErrorReporting.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Exception.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Exception.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Exception.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src17.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src17.cpp
>new file mode 100644
>index 000000000000..3bb547532b04
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src17.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src17.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src17.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/ForOfIterator.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ForOfIterator.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ForOfIterator.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/FrameIter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/FrameIter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/FrameIter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/FunctionFlags.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/FunctionFlags.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/FunctionFlags.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/GeckoProfiler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/GeckoProfiler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/GeckoProfiler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/GeneratorObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/GeneratorObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/GeneratorObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/GetterSetter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/GetterSetter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/GetterSetter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src18.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src18.cpp
>new file mode 100644
>index 000000000000..f851a67daf5e
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src18.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src18.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src18.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/GlobalObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/GlobalObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/GlobalObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/HelperThreads.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/HelperThreads.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/HelperThreads.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Id.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Id.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Id.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Initialization.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Initialization.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Initialization.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/InternalThreadPool.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/InternalThreadPool.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/InternalThreadPool.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Iteration.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Iteration.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Iteration.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src19.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src19.cpp
>new file mode 100644
>index 000000000000..5a454612f992
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src19.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src19.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src19.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/JSAtom.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JSAtom.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JSAtom.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/JSContext.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JSContext.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JSContext.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/JSFunction.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JSFunction.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JSFunction.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/JSONParser.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JSONParser.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JSONParser.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/JSONPrinter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JSONPrinter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JSONPrinter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/JSObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JSObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JSObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src2.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src2.cpp
>new file mode 100644
>index 000000000000..c6c8f4377660
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src2.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src2.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src2.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/Promise.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Promise.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Promise.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/Reflect.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Reflect.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Reflect.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/ReflectParse.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/ReflectParse.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/ReflectParse.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/Stream.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Stream.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Stream.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/String.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/String.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/String.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/Symbol.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/Symbol.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/Symbol.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src20.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src20.cpp
>new file mode 100644
>index 000000000000..5bb2530a659d
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src20.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src20.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src20.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/JSScript.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JSScript.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JSScript.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/JitActivation.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/JitActivation.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/JitActivation.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/List.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/List.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/List.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/MemoryMetrics.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/MemoryMetrics.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/MemoryMetrics.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Modules.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Modules.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Modules.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/NativeObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/NativeObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/NativeObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src21.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src21.cpp
>new file mode 100644
>index 000000000000..769f8c6c083b
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src21.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src21.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src21.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/OffThreadPromiseRuntimeState.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/OffThreadPromiseRuntimeState.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/OffThreadPromiseRuntimeState.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/OffThreadScriptCompilation.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/OffThreadScriptCompilation.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/OffThreadScriptCompilation.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/PIC.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/PIC.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/PIC.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/PlainObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/PlainObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/PlainObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Printer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Printer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Printer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Probes.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Probes.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Probes.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src22.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src22.cpp
>new file mode 100644
>index 000000000000..654e02947a49
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src22.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src22.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src22.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/PromiseLookup.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/PromiseLookup.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/PromiseLookup.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/PropMap.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/PropMap.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/PropMap.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ProxyObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ProxyObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ProxyObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Realm.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Realm.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Realm.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/RegExpObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/RegExpObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/RegExpObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/RegExpStatics.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/RegExpStatics.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/RegExpStatics.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src23.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src23.cpp
>new file mode 100644
>index 000000000000..f80bcbcb5193
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src23.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src23.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src23.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/Runtime.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Runtime.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Runtime.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/SavedStacks.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/SavedStacks.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/SavedStacks.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Scope.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Scope.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Scope.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/SelfHosting.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/SelfHosting.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/SelfHosting.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Shape.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Shape.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Shape.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ShapeZone.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ShapeZone.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ShapeZone.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src24.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src24.cpp
>new file mode 100644
>index 000000000000..d964c6713e87
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src24.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src24.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src24.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/SharedArrayObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/SharedArrayObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/SharedArrayObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/SharedImmutableStringsCache.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/SharedImmutableStringsCache.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/SharedImmutableStringsCache.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/SourceHook.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/SourceHook.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/SourceHook.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Stack.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Stack.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Stack.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/StencilObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/StencilObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/StencilObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/StringType.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/StringType.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/StringType.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src25.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src25.cpp
>new file mode 100644
>index 000000000000..71e0bffbfecb
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src25.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src25.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src25.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/StructuredClone.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/StructuredClone.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/StructuredClone.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/SymbolType.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/SymbolType.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/SymbolType.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/TaggedProto.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/TaggedProto.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/TaggedProto.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ThrowMsgKind.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ThrowMsgKind.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ThrowMsgKind.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Time.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Time.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Time.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/ToSource.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/ToSource.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/ToSource.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src26.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src26.cpp
>new file mode 100644
>index 000000000000..38ad8841441d
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src26.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src26.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src26.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/TypedArrayObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/TypedArrayObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/TypedArrayObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/UbiNode.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/UbiNode.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/UbiNode.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/UbiNodeCensus.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/UbiNodeCensus.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/UbiNodeCensus.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/UbiNodeShortestPaths.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/UbiNodeShortestPaths.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/UbiNodeShortestPaths.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/UsageStatistics.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/UsageStatistics.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/UsageStatistics.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Value.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Value.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Value.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src27.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src27.cpp
>new file mode 100644
>index 000000000000..0fd5f9113a4c
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src27.cpp
>@@ -0,0 +1,41 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src27.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src27.cpp
>+@@ -0,0 +1,37 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "vm/Warnings.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Warnings.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Warnings.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/WellKnownAtom.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/WellKnownAtom.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/WellKnownAtom.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/WindowProxy.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/WindowProxy.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/WindowProxy.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "vm/Xdr.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "vm/Xdr.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "vm/Xdr.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src3.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src3.cpp
>new file mode 100644
>index 000000000000..83db42f30245
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src3.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src3.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src3.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/TestingFunctions.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/TestingFunctions.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/TestingFunctions.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/TestingUtility.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/TestingUtility.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/TestingUtility.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/WeakMapObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/WeakMapObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/WeakMapObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/WeakRefObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/WeakRefObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/WeakRefObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/WeakSetObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/WeakSetObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/WeakSetObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/MiscellaneousOperations.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/MiscellaneousOperations.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/MiscellaneousOperations.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src4.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src4.cpp
>new file mode 100644
>index 000000000000..da81cc266b1f
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src4.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src4.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src4.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/streams/PipeToState.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/PipeToState.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/PipeToState.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/PullIntoDescriptor.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/PullIntoDescriptor.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/PullIntoDescriptor.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/QueueWithSizes.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/QueueWithSizes.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/QueueWithSizes.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/QueueingStrategies.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/QueueingStrategies.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/QueueingStrategies.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/ReadableStream.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStream.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStream.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/ReadableStreamBYOBReader.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStreamBYOBReader.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStreamBYOBReader.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src5.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src5.cpp
>new file mode 100644
>index 000000000000..2ee53f81c558
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src5.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src5.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src5.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/streams/ReadableStreamDefaultController.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStreamDefaultController.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStreamDefaultController.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/ReadableStreamDefaultControllerOperations.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStreamDefaultControllerOperations.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStreamDefaultControllerOperations.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/ReadableStreamDefaultReader.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStreamDefaultReader.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStreamDefaultReader.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/ReadableStreamInternals.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStreamInternals.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStreamInternals.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/ReadableStreamOperations.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStreamOperations.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStreamOperations.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/ReadableStreamReader.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/ReadableStreamReader.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/ReadableStreamReader.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src6.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src6.cpp
>new file mode 100644
>index 000000000000..66e18ea9488e
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src6.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src6.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src6.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/streams/StreamAPI.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/StreamAPI.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/StreamAPI.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/TeeState.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/TeeState.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/TeeState.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/WritableStream.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/WritableStream.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/WritableStream.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/WritableStreamDefaultController.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/WritableStreamDefaultController.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/WritableStreamDefaultController.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/WritableStreamDefaultControllerOperations.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/WritableStreamDefaultControllerOperations.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/WritableStreamDefaultControllerOperations.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/WritableStreamDefaultWriter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/WritableStreamDefaultWriter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/WritableStreamDefaultWriter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src7.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src7.cpp
>new file mode 100644
>index 000000000000..b19f2117ca6d
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src7.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src7.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src7.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "builtin/streams/WritableStreamOperations.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/WritableStreamOperations.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/WritableStreamOperations.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "builtin/streams/WritableStreamWriterOperations.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "builtin/streams/WritableStreamWriterOperations.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "builtin/streams/WritableStreamWriterOperations.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "ds/Bitmap.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "ds/Bitmap.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "ds/Bitmap.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "ds/LifoAlloc.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "ds/LifoAlloc.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "ds/LifoAlloc.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "ds/MemoryProtectionExceptionHandler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "ds/MemoryProtectionExceptionHandler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "ds/MemoryProtectionExceptionHandler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jsapi.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jsapi.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jsapi.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src8.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src8.cpp
>new file mode 100644
>index 000000000000..d79b7be93911
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src8.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src8.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src8.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jsdate.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jsdate.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jsdate.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jsexn.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jsexn.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jsexn.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jsfriendapi.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jsfriendapi.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jsfriendapi.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jsnum.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jsnum.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jsnum.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "proxy/BaseProxyHandler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/BaseProxyHandler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/BaseProxyHandler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "proxy/CrossCompartmentWrapper.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/CrossCompartmentWrapper.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/CrossCompartmentWrapper.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src9.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src9.cpp
>new file mode 100644
>index 000000000000..08c84827c516
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_Unified__cpp__js__src9.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src9.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/Unified_cpp_js_src9.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "proxy/DOMProxy.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/DOMProxy.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/DOMProxy.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "proxy/DeadObjectProxy.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/DeadObjectProxy.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/DeadObjectProxy.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "proxy/OpaqueCrossCompartmentWrapper.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/OpaqueCrossCompartmentWrapper.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/OpaqueCrossCompartmentWrapper.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "proxy/Proxy.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/Proxy.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/Proxy.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "proxy/ScriptedProxyHandler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/ScriptedProxyHandler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/ScriptedProxyHandler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "proxy/SecurityWrapper.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "proxy/SecurityWrapper.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "proxy/SecurityWrapper.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_debugger_Unified__cpp__js__src__debugger0.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_debugger_Unified__cpp__js__src__debugger0.cpp
>new file mode 100644
>index 000000000000..4cd59f90cf01
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_debugger_Unified__cpp__js__src__debugger0.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/debugger/Unified_cpp_js_src_debugger0.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/debugger/Unified_cpp_js_src_debugger0.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "debugger/DebugScript.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/DebugScript.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/DebugScript.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "debugger/Debugger.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/Debugger.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/Debugger.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "debugger/DebuggerMemory.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/DebuggerMemory.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/DebuggerMemory.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "debugger/Environment.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/Environment.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/Environment.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "debugger/Frame.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/Frame.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/Frame.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "debugger/NoExecute.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/NoExecute.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/NoExecute.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_debugger_Unified__cpp__js__src__debugger1.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_debugger_Unified__cpp__js__src__debugger1.cpp
>new file mode 100644
>index 000000000000..7d3ec9092558
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_debugger_Unified__cpp__js__src__debugger1.cpp
>@@ -0,0 +1,32 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/debugger/Unified_cpp_js_src_debugger1.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/debugger/Unified_cpp_js_src_debugger1.cpp
>+@@ -0,0 +1,28 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "debugger/Object.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/Object.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/Object.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "debugger/Script.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/Script.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/Script.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "debugger/Source.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "debugger/Source.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "debugger/Source.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend0.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend0.cpp
>new file mode 100644
>index 000000000000..e608c5e1109a
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend0.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend0.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend0.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "frontend/AbstractScopePtr.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/AbstractScopePtr.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/AbstractScopePtr.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/AsyncEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/AsyncEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/AsyncEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/BytecodeCompiler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/BytecodeCompiler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/BytecodeCompiler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/BytecodeControlStructures.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/BytecodeControlStructures.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/BytecodeControlStructures.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/BytecodeEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/BytecodeEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/BytecodeEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/BytecodeSection.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/BytecodeSection.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/BytecodeSection.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend1.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend1.cpp
>new file mode 100644
>index 000000000000..3fa5b34356c1
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend1.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend1.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend1.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "frontend/CForEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/CForEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/CForEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/CallOrNewEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/CallOrNewEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/CallOrNewEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/DefaultEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/DefaultEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/DefaultEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/DoWhileEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/DoWhileEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/DoWhileEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ElemOpEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ElemOpEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ElemOpEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/EmitterScope.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/EmitterScope.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/EmitterScope.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend2.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend2.cpp
>new file mode 100644
>index 000000000000..b3ea55b3444d
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend2.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend2.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend2.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "frontend/ExpressionStatementEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ExpressionStatementEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ExpressionStatementEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/FoldConstants.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/FoldConstants.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/FoldConstants.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ForInEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ForInEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ForInEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ForOfEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ForOfEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ForOfEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ForOfLoopControl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ForOfLoopControl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ForOfLoopControl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/FunctionEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/FunctionEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/FunctionEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend3.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend3.cpp
>new file mode 100644
>index 000000000000..247ccbbfc87d
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend3.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend3.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend3.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "frontend/IfEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/IfEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/IfEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/JumpList.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/JumpList.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/JumpList.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/LabelEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/LabelEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/LabelEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/LexicalScopeEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/LexicalScopeEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/LexicalScopeEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/NameFunctions.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/NameFunctions.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/NameFunctions.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/NameOpEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/NameOpEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/NameOpEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend4.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend4.cpp
>new file mode 100644
>index 000000000000..2ddb192ffa83
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend4.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend4.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend4.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "frontend/ObjLiteral.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ObjLiteral.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ObjLiteral.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ObjectEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ObjectEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ObjectEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/OptionalEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/OptionalEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/OptionalEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ParseContext.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ParseContext.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ParseContext.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ParseNode.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ParseNode.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ParseNode.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/ParseNodeVerify.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ParseNodeVerify.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ParseNodeVerify.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend5.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend5.cpp
>new file mode 100644
>index 000000000000..e6614da37224
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend5.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend5.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend5.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "frontend/ParserAtom.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/ParserAtom.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/ParserAtom.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/PrivateOpEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/PrivateOpEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/PrivateOpEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/PropOpEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/PropOpEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/PropOpEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/SharedContext.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/SharedContext.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/SharedContext.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/SourceNotes.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/SourceNotes.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/SourceNotes.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/Stencil.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/Stencil.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/Stencil.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend6.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend6.cpp
>new file mode 100644
>index 000000000000..5dcfd4fe7560
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_frontend_Unified__cpp__js__src__frontend6.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend6.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/frontend/Unified_cpp_js_src_frontend6.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "frontend/StencilXdr.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/StencilXdr.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/StencilXdr.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/SwitchEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/SwitchEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/SwitchEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/TDZCheckCache.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/TDZCheckCache.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/TDZCheckCache.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/TokenStream.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/TokenStream.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/TokenStream.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/TryEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/TryEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/TryEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "frontend/WhileEmitter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "frontend/WhileEmitter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "frontend/WhileEmitter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc0.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc0.cpp
>new file mode 100644
>index 000000000000..0ee279202089
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc0.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc0.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc0.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "gc/Allocator.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Allocator.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Allocator.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/AtomMarking.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/AtomMarking.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/AtomMarking.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/Barrier.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Barrier.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Barrier.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/FinalizationRegistry.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/FinalizationRegistry.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/FinalizationRegistry.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/GC.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/GC.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/GC.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/GCParallelTask.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/GCParallelTask.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/GCParallelTask.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc1.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc1.cpp
>new file mode 100644
>index 000000000000..a049aef0ad56
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc1.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc1.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc1.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "gc/Marking.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Marking.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Marking.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/Memory.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Memory.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Memory.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/Nursery.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Nursery.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Nursery.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/Pretenuring.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Pretenuring.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Pretenuring.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/PublicIterators.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/PublicIterators.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/PublicIterators.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/RootMarking.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/RootMarking.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/RootMarking.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc2.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc2.cpp
>new file mode 100644
>index 000000000000..c720921d48d5
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc2.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc2.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc2.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "gc/Scheduling.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Scheduling.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Scheduling.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/Statistics.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Statistics.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Statistics.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/Tracer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Tracer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Tracer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/Verifier.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Verifier.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Verifier.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/WeakMap.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/WeakMap.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/WeakMap.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "gc/WeakMapPtr.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/WeakMapPtr.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/WeakMapPtr.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc3.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc3.cpp
>new file mode 100644
>index 000000000000..31e33327abaa
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_gc_Unified__cpp__js__src__gc3.cpp
>@@ -0,0 +1,14 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc3.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/gc/Unified_cpp_js_src_gc3.cpp
>+@@ -0,0 +1,10 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "gc/Zone.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "gc/Zone.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "gc/Zone.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp0.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp0.cpp
>new file mode 100644
>index 000000000000..7000bc2465e0
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp0.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/irregexp/Unified_cpp_js_src_irregexp0.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/irregexp/Unified_cpp_js_src_irregexp0.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "irregexp/RegExpAPI.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/RegExpAPI.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/RegExpAPI.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/RegExpShim.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/RegExpShim.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/RegExpShim.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-ast.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-ast.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-ast.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-bytecode-generator.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-bytecode-generator.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-bytecode-generator.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-bytecode-peephole.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-bytecode-peephole.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-bytecode-peephole.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-bytecodes.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-bytecodes.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-bytecodes.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp1.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp1.cpp
>new file mode 100644
>index 000000000000..ce75cf27e078
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp1.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/irregexp/Unified_cpp_js_src_irregexp1.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/irregexp/Unified_cpp_js_src_irregexp1.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "irregexp/imported/regexp-compiler-tonode.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-compiler-tonode.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-compiler-tonode.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-dotprinter.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-dotprinter.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-dotprinter.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-interpreter.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-interpreter.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-interpreter.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-macro-assembler-tracer.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-macro-assembler-tracer.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-macro-assembler-tracer.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-macro-assembler.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-macro-assembler.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-macro-assembler.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/imported/regexp-parser.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-parser.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-parser.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp2.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp2.cpp
>new file mode 100644
>index 000000000000..bc699bb6eb10
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_irregexp_Unified__cpp__js__src__irregexp2.cpp
>@@ -0,0 +1,23 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/irregexp/Unified_cpp_js_src_irregexp2.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/irregexp/Unified_cpp_js_src_irregexp2.cpp
>+@@ -0,0 +1,19 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "irregexp/imported/regexp-stack.cc"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/imported/regexp-stack.cc uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/imported/regexp-stack.cc defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "irregexp/util/UnicodeShim.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "irregexp/util/UnicodeShim.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "irregexp/util/UnicodeShim.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit0.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit0.cpp
>new file mode 100644
>index 000000000000..9ffe47f24ce0
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit0.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit0.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit0.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/AliasAnalysis.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/AliasAnalysis.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/AliasAnalysis.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/AlignmentMaskAnalysis.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/AlignmentMaskAnalysis.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/AlignmentMaskAnalysis.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BacktrackingAllocator.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BacktrackingAllocator.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BacktrackingAllocator.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Bailouts.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Bailouts.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Bailouts.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BaselineBailouts.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineBailouts.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineBailouts.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BaselineCacheIRCompiler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineCacheIRCompiler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineCacheIRCompiler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit1.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit1.cpp
>new file mode 100644
>index 000000000000..34003c31c155
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit1.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit1.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit1.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/BaselineCodeGen.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineCodeGen.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineCodeGen.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BaselineDebugModeOSR.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineDebugModeOSR.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineDebugModeOSR.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BaselineFrame.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineFrame.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineFrame.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BaselineFrameInfo.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineFrameInfo.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineFrameInfo.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BaselineIC.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineIC.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineIC.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BaselineJIT.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BaselineJIT.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BaselineJIT.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit10.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit10.cpp
>new file mode 100644
>index 000000000000..d534deefef45
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit10.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit10.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit10.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/ScalarReplacement.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/ScalarReplacement.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/ScalarReplacement.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Sink.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Sink.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Sink.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Snapshots.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Snapshots.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Snapshots.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/TrialInlining.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/TrialInlining.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/TrialInlining.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/TypePolicy.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/TypePolicy.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/TypePolicy.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/VMFunctions.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/VMFunctions.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/VMFunctions.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit11.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit11.cpp
>new file mode 100644
>index 000000000000..78af8e907468
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit11.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit11.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit11.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/ValueNumbering.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/ValueNumbering.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/ValueNumbering.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/WarpBuilder.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/WarpBuilder.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/WarpBuilder.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/WarpBuilderShared.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/WarpBuilderShared.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/WarpBuilderShared.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/WarpCacheIRTranspiler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/WarpCacheIRTranspiler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/WarpCacheIRTranspiler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/WarpOracle.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/WarpOracle.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/WarpOracle.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/WarpSnapshot.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/WarpSnapshot.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/WarpSnapshot.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit12.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit12.cpp
>new file mode 100644
>index 000000000000..3d0e669ccbba
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit12.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit12.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit12.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/WasmBCE.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/WasmBCE.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/WasmBCE.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/XrayJitInfo.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/XrayJitInfo.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/XrayJitInfo.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/Architecture-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/Architecture-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/Architecture-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/Assembler-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/Assembler-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/Assembler-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/Bailouts-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/Bailouts-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/Bailouts-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/CodeGenerator-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/CodeGenerator-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/CodeGenerator-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit13.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit13.cpp
>new file mode 100644
>index 000000000000..30c98613387e
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit13.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit13.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit13.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/arm64/Lowering-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/Lowering-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/Lowering-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/MacroAssembler-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/MacroAssembler-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/MacroAssembler-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/MoveEmitter-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/MoveEmitter-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/MoveEmitter-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/Trampoline-arm64.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/Trampoline-arm64.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/Trampoline-arm64.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/Assembler-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/Assembler-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/Assembler-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/Cpu-Features-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/Cpu-Features-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/Cpu-Features-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit14.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit14.cpp
>new file mode 100644
>index 000000000000..f4b8d73f6036
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit14.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit14.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit14.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/arm64/vixl/Cpu-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/Cpu-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/Cpu-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/Decoder-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/Decoder-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/Decoder-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/Instructions-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/Instructions-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/Instructions-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/MacroAssembler-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/MacroAssembler-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/MacroAssembler-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/MozAssembler-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/MozAssembler-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/MozAssembler-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/MozCpu-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/MozCpu-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/MozCpu-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit15.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit15.cpp
>new file mode 100644
>index 000000000000..67ee8d2baa1a
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit15.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit15.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit15.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/arm64/vixl/MozInstructions-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/MozInstructions-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/MozInstructions-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/arm64/vixl/Utils-vixl.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/arm64/vixl/Utils-vixl.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/arm64/vixl/Utils-vixl.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/shared/AtomicOperations-shared-jit.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/shared/AtomicOperations-shared-jit.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/shared/AtomicOperations-shared-jit.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/shared/CodeGenerator-shared.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/shared/CodeGenerator-shared.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/shared/CodeGenerator-shared.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/shared/Disassembler-shared.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/shared/Disassembler-shared.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/shared/Disassembler-shared.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/shared/Lowering-shared.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/shared/Lowering-shared.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/shared/Lowering-shared.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit2.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit2.cpp
>new file mode 100644
>index 000000000000..d46fa773a8e1
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit2.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit2.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit2.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/BitSet.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BitSet.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BitSet.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/BytecodeAnalysis.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/BytecodeAnalysis.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/BytecodeAnalysis.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/CacheIR.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/CacheIR.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/CacheIR.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/CacheIRCompiler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/CacheIRCompiler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/CacheIRCompiler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/CacheIRHealth.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/CacheIRHealth.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/CacheIRHealth.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/CacheIRSpewer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/CacheIRSpewer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/CacheIRSpewer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit3.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit3.cpp
>new file mode 100644
>index 000000000000..583c33cfed09
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit3.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit3.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit3.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/CodeGenerator.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/CodeGenerator.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/CodeGenerator.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/CompileWrappers.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/CompileWrappers.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/CompileWrappers.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Disassemble.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Disassemble.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Disassemble.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/EdgeCaseAnalysis.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/EdgeCaseAnalysis.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/EdgeCaseAnalysis.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/EffectiveAddressAnalysis.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/EffectiveAddressAnalysis.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/EffectiveAddressAnalysis.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/ExecutableAllocator.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/ExecutableAllocator.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/ExecutableAllocator.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit4.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit4.cpp
>new file mode 100644
>index 000000000000..3bc523784ad8
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit4.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit4.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit4.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/FoldLinearArithConstants.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/FoldLinearArithConstants.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/FoldLinearArithConstants.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/InlinableNatives.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/InlinableNatives.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/InlinableNatives.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/InstructionReordering.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/InstructionReordering.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/InstructionReordering.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Ion.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Ion.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Ion.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/IonAnalysis.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/IonAnalysis.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/IonAnalysis.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/IonCacheIRCompiler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/IonCacheIRCompiler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/IonCacheIRCompiler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit5.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit5.cpp
>new file mode 100644
>index 000000000000..66c17628c5a8
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit5.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit5.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit5.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/IonCompileTask.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/IonCompileTask.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/IonCompileTask.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/IonIC.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/IonIC.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/IonIC.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/IonOptimizationLevels.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/IonOptimizationLevels.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/IonOptimizationLevels.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/JSJitFrameIter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JSJitFrameIter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JSJitFrameIter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/JSONSpewer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JSONSpewer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JSONSpewer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Jit.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Jit.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Jit.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit6.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit6.cpp
>new file mode 100644
>index 000000000000..f5c6285ec0bf
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit6.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit6.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit6.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/JitContext.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JitContext.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JitContext.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/JitFrames.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JitFrames.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JitFrames.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/JitOptions.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JitOptions.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JitOptions.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/JitScript.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JitScript.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JitScript.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/JitSpewer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JitSpewer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JitSpewer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/JitcodeMap.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/JitcodeMap.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/JitcodeMap.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit7.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit7.cpp
>new file mode 100644
>index 000000000000..99cb6de51b17
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit7.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit7.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit7.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/KnownClass.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/KnownClass.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/KnownClass.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/LICM.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/LICM.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/LICM.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/LIR.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/LIR.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/LIR.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Label.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Label.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Label.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Linker.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Linker.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Linker.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Lowering.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Lowering.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Lowering.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit8.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit8.cpp
>new file mode 100644
>index 000000000000..92073a7dabd0
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit8.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit8.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit8.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/MIR.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/MIR.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/MIR.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/MIRGraph.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/MIRGraph.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/MIRGraph.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/MacroAssembler.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/MacroAssembler.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/MacroAssembler.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/MoveResolver.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/MoveResolver.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/MoveResolver.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/PerfSpewer.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/PerfSpewer.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/PerfSpewer.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/ProcessExecutableMemory.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/ProcessExecutableMemory.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/ProcessExecutableMemory.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit9.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit9.cpp
>new file mode 100644
>index 000000000000..667c8e6486ba
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_jit_Unified__cpp__js__src__jit9.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit9.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/jit/Unified_cpp_js_src_jit9.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "jit/RangeAnalysis.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/RangeAnalysis.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/RangeAnalysis.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Recover.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Recover.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Recover.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/RegisterAllocator.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/RegisterAllocator.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/RegisterAllocator.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/RematerializedFrame.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/RematerializedFrame.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/RematerializedFrame.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/SafepointIndex.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/SafepointIndex.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/SafepointIndex.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "jit/Safepoints.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "jit/Safepoints.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "jit/Safepoints.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_js-confdefs.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_js-confdefs.h
>new file mode 100644
>index 000000000000..2a6873d3fc13
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_js-confdefs.h
>@@ -0,0 +1,85 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/js-confdefs.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/js-confdefs.h
>+@@ -0,0 +1,82 @@
>++/* List of defines generated by configure. Included with preprocessor flag,
>++ * -include, to avoid long list of -D defines on the compile command-line.
>++ * Do not edit.
>++ */
>++
>++#ifndef js_confdefs_h
>++#define js_confdefs_h
>++
>++// Expands to all the defines from configure.
>++#define CROSS_COMPILE 
>++#define ENABLE_SHARED_MEMORY 1
>++#define ENABLE_WASM_SIMD 1
>++#define HAVE_64BIT_BUILD 1
>++#define HAVE_CLOCK_MONOTONIC 1
>++#define HAVE_DIRENT_H 1
>++#define HAVE_DLOPEN 1
>++#define HAVE_FTS_H 1
>++#define HAVE_GETC_UNLOCKED 1
>++#define HAVE_GETOPT_H 1
>++#define HAVE_GMTIME_R 1
>++#define HAVE_INTTYPES_H 1
>++#define HAVE_LANGINFO_CODESET 1
>++#define HAVE_LIBM 1
>++#define HAVE_LOCALECONV 1
>++#define HAVE_LOCALTIME_R 1
>++#define HAVE_MALLOC_H 1
>++#define HAVE_MALLOC_USABLE_SIZE 1
>++#define HAVE_MEMALIGN 1
>++#define HAVE_MEMFD_CREATE 1
>++#define HAVE_NETINET_IN_H 1
>++#define HAVE_NL_TYPES_H 1
>++#define HAVE_POSIX_FADVISE 1
>++#define HAVE_POSIX_FALLOCATE 1
>++#define HAVE_POSIX_MEMALIGN 1
>++#define HAVE_PTHREAD_GETNAME_NP 1
>++#define HAVE_PTHREAD_GET_NAME_NP 1
>++#define HAVE_RES_NINIT 1
>++#define HAVE_SSIZE_T 1
>++#define HAVE_STDINT_H 1
>++#define HAVE_STRNDUP 1
>++#define HAVE_SYS_MOUNT_H 1
>++#define HAVE_SYS_QUEUE_H 1
>++#define HAVE_SYS_STATVFS_H 1
>++#define HAVE_SYS_TYPES_H 1
>++#define HAVE_THREAD_TLS_KEYWORD 1
>++#define HAVE_TM_ZONE_TM_GMTOFF 1
>++#define HAVE_UNISTD_H 1
>++#define HAVE_VALLOC 1
>++#define HAVE_VA_COPY 1
>++#define HAVE_VISIBILITY_ATTRIBUTE 1
>++#define HAVE_VISIBILITY_HIDDEN_ATTRIBUTE 1
>++#define HAVE___CXA_DEMANGLE 1
>++#define JS_64BIT 1
>++#define JS_CODEGEN_ARM64 1
>++#define JS_DEFAULT_JITREPORT_GRANULARITY 3
>++#define JS_PUNBOX64 1
>++#define JS_STANDALONE 1
>++#define JS_WITHOUT_NSPR 1
>++#define MALLOC_H <malloc.h>
>++#define MALLOC_USABLE_SIZE_CONST_PTR const
>++#define MOZILLA_UAVERSION "91.0"
>++#define MOZILLA_VERSION "91.4.0"
>++#define MOZILLA_VERSION_U 91.4.0
>++#define MOZJS_MAJOR_VERSION 91
>++#define MOZJS_MINOR_VERSION 4
>++#define MOZ_AARCH64_JSCVT 0
>++#define MOZ_BUILD_APP js
>++#define MOZ_DLL_PREFIX "lib"
>++#define MOZ_DLL_SUFFIX ".so"
>++#define MOZ_UPDATE_CHANNEL default
>++#define NO_NSPR_10_SUPPORT 1
>++#define NO_RUST_PANIC_HOOK 1
>++#define RELEASE_OR_BETA 1
>++#define STDC_HEADERS 1
>++#define U_STATIC_IMPLEMENTATION 1
>++#define VA_COPY va_copy
>++#define XP_FREEBSD 1
>++#define XP_UNIX 1
>++#define _REENTRANT 1
>++#define _THREAD_SAFE 1
>++
>++#endif /* js_confdefs_h */
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm0.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm0.cpp
>new file mode 100644
>index 000000000000..465cd00dde33
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm0.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm0.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm0.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "wasm/AsmJS.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/AsmJS.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/AsmJS.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/TypedObject.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/TypedObject.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/TypedObject.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmBaselineCompile.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmBaselineCompile.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmBaselineCompile.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmBinary.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmBinary.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmBinary.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmBuiltins.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmBuiltins.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmBuiltins.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmCode.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmCode.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmCode.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm1.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm1.cpp
>new file mode 100644
>index 000000000000..c7e27453b86c
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm1.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm1.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm1.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "wasm/WasmCompile.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmCompile.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmCompile.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmContext.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmContext.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmContext.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmDebug.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmDebug.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmDebug.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmFrame.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmFrame.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmFrame.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmFrameIter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmFrameIter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmFrameIter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmGC.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmGC.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmGC.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm2.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm2.cpp
>new file mode 100644
>index 000000000000..d49135178f55
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm2.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm2.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm2.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "wasm/WasmGenerator.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmGenerator.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmGenerator.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmInitExpr.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmInitExpr.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmInitExpr.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmInstance.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmInstance.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmInstance.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmIonCompile.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmIonCompile.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmIonCompile.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmJS.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmJS.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmJS.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmModule.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmModule.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmModule.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm3.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm3.cpp
>new file mode 100644
>index 000000000000..40b1ed443549
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm3.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm3.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm3.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "wasm/WasmOpIter.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmOpIter.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmOpIter.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmProcess.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmProcess.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmProcess.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmRealm.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmRealm.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmRealm.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmSignalHandlers.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmSignalHandlers.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmSignalHandlers.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmStubs.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmStubs.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmStubs.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmTable.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmTable.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmTable.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm4.cpp b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm4.cpp
>new file mode 100644
>index 000000000000..c17eee2e0c33
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_build_wasm_Unified__cpp__js__src__wasm4.cpp
>@@ -0,0 +1,59 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm4.cpp.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/build/wasm/Unified_cpp_js_src_wasm4.cpp
>+@@ -0,0 +1,55 @@
>++#define MOZ_UNIFIED_BUILD
>++#include "wasm/WasmTlsData.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmTlsData.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmTlsData.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmTypeDef.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmTypeDef.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmTypeDef.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmTypes.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmTypes.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmTypes.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmValType.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmValType.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmValType.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmValidate.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmValidate.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmValidate.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>++#include "wasm/WasmValue.cpp"
>++#ifdef PL_ARENA_CONST_ALIGN_MASK
>++#error "wasm/WasmValue.cpp uses PL_ARENA_CONST_ALIGN_MASK, so it cannot be built in unified mode."
>++#undef PL_ARENA_CONST_ALIGN_MASK
>++#endif
>++#ifdef INITGUID
>++#error "wasm/WasmValue.cpp defines INITGUID, so it cannot be built in unified mode."
>++#undef INITGUID
>++#endif
>+\ No newline at end of file
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_frontend_ReservedWordsGenerated.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_frontend_ReservedWordsGenerated.h
>new file mode 100644
>index 000000000000..5e30e9b7686f
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_frontend_ReservedWordsGenerated.h
>@@ -0,0 +1,363 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/frontend/ReservedWordsGenerated.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/frontend/ReservedWordsGenerated.h
>+@@ -0,0 +1,360 @@
>++    /*
>++     * Generating switch for the list of 54 entries:
>++     * false
>++     * true
>++     * null
>++     * break
>++     * case
>++     * catch
>++     * const
>++     * continue
>++     * debugger
>++     * default
>++     * delete
>++     * do
>++     * else
>++     * finally
>++     * for
>++     * function
>++     * if
>++     * in
>++     * instanceof
>++     * new
>++     * return
>++     * switch
>++     * this
>++     * throw
>++     * try
>++     * typeof
>++     * var
>++     * void
>++     * while
>++     * with
>++     * import
>++     * export
>++     * class
>++     * extends
>++     * super
>++     * enum
>++     * implements
>++     * interface
>++     * package
>++     * private
>++     * protected
>++     * public
>++     * as
>++     * async
>++     * await
>++     * from
>++     * get
>++     * let
>++     * meta
>++     * of
>++     * set
>++     * static
>++     * target
>++     * yield
>++     */
>++    switch (JSRW_LENGTH()) {
>++      case 2:
>++        switch (JSRW_AT(1)) {
>++          case 'f':
>++            if (JSRW_AT(0) == 'i') {
>++                JSRW_GOT_MATCH(16) /* if */
>++            }
>++            if (JSRW_AT(0) == 'o') {
>++                JSRW_GOT_MATCH(49) /* of */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'n':
>++            if (JSRW_AT(0)=='i') {
>++                JSRW_GOT_MATCH(17) /* in */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'o':
>++            if (JSRW_AT(0)=='d') {
>++                JSRW_GOT_MATCH(11) /* do */
>++            }
>++            JSRW_NO_MATCH()
>++          case 's':
>++            if (JSRW_AT(0)=='a') {
>++                JSRW_GOT_MATCH(42) /* as */
>++            }
>++            JSRW_NO_MATCH()
>++        }
>++        JSRW_NO_MATCH()
>++      case 3:
>++        switch (JSRW_AT(2)) {
>++          case 'r':
>++            if (JSRW_AT(0) == 'f') {
>++                if (JSRW_AT(1)=='o') {
>++                    JSRW_GOT_MATCH(14) /* for */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(0) == 'v') {
>++                if (JSRW_AT(1)=='a') {
>++                    JSRW_GOT_MATCH(26) /* var */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++          case 't':
>++            if (JSRW_AT(1) == 'e') {
>++                if (JSRW_AT(0) == 'g') {
>++                    JSRW_GOT_MATCH(46) /* get */
>++                }
>++                if (JSRW_AT(0) == 'l') {
>++                    JSRW_GOT_MATCH(47) /* let */
>++                }
>++                if (JSRW_AT(0) == 's') {
>++                    JSRW_GOT_MATCH(50) /* set */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++          case 'w':
>++            if (JSRW_AT(0)=='n' && JSRW_AT(1)=='e') {
>++                JSRW_GOT_MATCH(19) /* new */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'y':
>++            if (JSRW_AT(0)=='t' && JSRW_AT(1)=='r') {
>++                JSRW_GOT_MATCH(24) /* try */
>++            }
>++            JSRW_NO_MATCH()
>++        }
>++        JSRW_NO_MATCH()
>++      case 4:
>++        switch (JSRW_AT(2)) {
>++          case 'i':
>++            if (JSRW_AT(0) == 't') {
>++                if (JSRW_AT(3)=='s' && JSRW_AT(1)=='h') {
>++                    JSRW_GOT_MATCH(22) /* this */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(0) == 'v') {
>++                if (JSRW_AT(3)=='d' && JSRW_AT(1)=='o') {
>++                    JSRW_GOT_MATCH(27) /* void */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++          case 'l':
>++            if (JSRW_AT(0)=='n' && JSRW_AT(1)=='u' && JSRW_AT(3)=='l') {
>++                JSRW_GOT_MATCH(2) /* null */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'o':
>++            if (JSRW_AT(0)=='f' && JSRW_AT(1)=='r' && JSRW_AT(3)=='m') {
>++                JSRW_GOT_MATCH(45) /* from */
>++            }
>++            JSRW_NO_MATCH()
>++          case 's':
>++            if (JSRW_AT(1) == 'a') {
>++                if (JSRW_AT(0)=='c' && JSRW_AT(3)=='e') {
>++                    JSRW_GOT_MATCH(4) /* case */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(1) == 'l') {
>++                if (JSRW_AT(0)=='e' && JSRW_AT(3)=='e') {
>++                    JSRW_GOT_MATCH(12) /* else */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++          case 't':
>++            if (JSRW_AT(0) == 'm') {
>++                if (JSRW_AT(3)=='a' && JSRW_AT(1)=='e') {
>++                    JSRW_GOT_MATCH(48) /* meta */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(0) == 'w') {
>++                if (JSRW_AT(3)=='h' && JSRW_AT(1)=='i') {
>++                    JSRW_GOT_MATCH(29) /* with */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++          case 'u':
>++            if (JSRW_AT(0) == 'e') {
>++                if (JSRW_AT(3)=='m' && JSRW_AT(1)=='n') {
>++                    JSRW_GOT_MATCH(35) /* enum */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(0) == 't') {
>++                if (JSRW_AT(3)=='e' && JSRW_AT(1)=='r') {
>++                    JSRW_GOT_MATCH(1) /* true */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++        }
>++        JSRW_NO_MATCH()
>++      case 5:
>++        switch (JSRW_AT(3)) {
>++          case 'a':
>++            if (JSRW_AT(0)=='b' && JSRW_AT(1)=='r' && JSRW_AT(2)=='e' && JSRW_AT(4)=='k') {
>++                JSRW_GOT_MATCH(3) /* break */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'c':
>++            if (JSRW_AT(0)=='c' && JSRW_AT(1)=='a' && JSRW_AT(2)=='t' && JSRW_AT(4)=='h') {
>++                JSRW_GOT_MATCH(5) /* catch */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'e':
>++            if (JSRW_AT(0)=='s' && JSRW_AT(1)=='u' && JSRW_AT(2)=='p' && JSRW_AT(4)=='r') {
>++                JSRW_GOT_MATCH(34) /* super */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'i':
>++            if (JSRW_AT(0)=='a' && JSRW_AT(1)=='w' && JSRW_AT(2)=='a' && JSRW_AT(4)=='t') {
>++                JSRW_GOT_MATCH(44) /* await */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'l':
>++            if (JSRW_AT(0) == 'w') {
>++                if (JSRW_AT(4)=='e' && JSRW_AT(1)=='h' && JSRW_AT(2)=='i') {
>++                    JSRW_GOT_MATCH(28) /* while */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(0) == 'y') {
>++                if (JSRW_AT(4)=='d' && JSRW_AT(1)=='i' && JSRW_AT(2)=='e') {
>++                    JSRW_GOT_MATCH(53) /* yield */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++          case 'n':
>++            if (JSRW_AT(0)=='a' && JSRW_AT(1)=='s' && JSRW_AT(2)=='y' && JSRW_AT(4)=='c') {
>++                JSRW_GOT_MATCH(43) /* async */
>++            }
>++            JSRW_NO_MATCH()
>++          case 'o':
>++            if (JSRW_AT(0)=='t' && JSRW_AT(1)=='h' && JSRW_AT(2)=='r' && JSRW_AT(4)=='w') {
>++                JSRW_GOT_MATCH(23) /* throw */
>++            }
>++            JSRW_NO_MATCH()
>++          case 's':
>++            if (JSRW_AT(0) == 'c') {
>++                if (JSRW_AT(4) == 's') {
>++                    if (JSRW_AT(2)=='a' && JSRW_AT(1)=='l') {
>++                        JSRW_GOT_MATCH(32) /* class */
>++                    }
>++                    JSRW_NO_MATCH()
>++                }
>++                if (JSRW_AT(4) == 't') {
>++                    if (JSRW_AT(2)=='n' && JSRW_AT(1)=='o') {
>++                        JSRW_GOT_MATCH(6) /* const */
>++                    }
>++                    JSRW_NO_MATCH()
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(0) == 'f') {
>++                if (JSRW_AT(4)=='e' && JSRW_AT(1)=='a' && JSRW_AT(2)=='l') {
>++                    JSRW_GOT_MATCH(0) /* false */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++        }
>++        JSRW_NO_MATCH()
>++      case 6:
>++        switch (JSRW_AT(0)) {
>++          case 'd':
>++            JSRW_TEST_GUESS(10) /* delete */
>++          case 'e':
>++            JSRW_TEST_GUESS(31) /* export */
>++          case 'i':
>++            JSRW_TEST_GUESS(30) /* import */
>++          case 'p':
>++            JSRW_TEST_GUESS(41) /* public */
>++          case 'r':
>++            JSRW_TEST_GUESS(20) /* return */
>++          case 's':
>++            if (JSRW_AT(1) == 't') {
>++                if (JSRW_AT(5)=='c' && JSRW_AT(4)=='i' && JSRW_AT(2)=='a' && JSRW_AT(3)=='t') {
>++                    JSRW_GOT_MATCH(51) /* static */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(1) == 'w') {
>++                if (JSRW_AT(5)=='h' && JSRW_AT(4)=='c' && JSRW_AT(2)=='i' && JSRW_AT(3)=='t') {
>++                    JSRW_GOT_MATCH(21) /* switch */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++          case 't':
>++            if (JSRW_AT(5) == 'f') {
>++                if (JSRW_AT(4)=='o' && JSRW_AT(1)=='y' && JSRW_AT(2)=='p' && JSRW_AT(3)=='e') {
>++                    JSRW_GOT_MATCH(25) /* typeof */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            if (JSRW_AT(5) == 't') {
>++                if (JSRW_AT(4)=='e' && JSRW_AT(1)=='a' && JSRW_AT(2)=='r' && JSRW_AT(3)=='g') {
>++                    JSRW_GOT_MATCH(52) /* target */
>++                }
>++                JSRW_NO_MATCH()
>++            }
>++            JSRW_NO_MATCH()
>++        }
>++        JSRW_NO_MATCH()
>++      case 7:
>++        switch (JSRW_AT(0)) {
>++          case 'd':
>++            JSRW_TEST_GUESS(9) /* default */
>++          case 'e':
>++            JSRW_TEST_GUESS(33) /* extends */
>++          case 'f':
>++            JSRW_TEST_GUESS(13) /* finally */
>++          case 'p':
>++            if (JSRW_AT(1) == 'a') {
>++                JSRW_TEST_GUESS(38) /* package */
>++            }
>++            if (JSRW_AT(1) == 'r') {
>++                JSRW_TEST_GUESS(39) /* private */
>++            }
>++            JSRW_NO_MATCH()
>++        }
>++        JSRW_NO_MATCH()
>++      case 8:
>++        if (JSRW_AT(2) == 'b') {
>++            JSRW_TEST_GUESS(8) /* debugger */
>++        }
>++        if (JSRW_AT(2) == 'n') {
>++            if (JSRW_AT(0) == 'c') {
>++                JSRW_TEST_GUESS(7) /* continue */
>++            }
>++            if (JSRW_AT(0) == 'f') {
>++                JSRW_TEST_GUESS(15) /* function */
>++            }
>++            JSRW_NO_MATCH()
>++        }
>++        JSRW_NO_MATCH()
>++      case 9:
>++        if (JSRW_AT(0) == 'i') {
>++            JSRW_TEST_GUESS(37) /* interface */
>++        }
>++        if (JSRW_AT(0) == 'p') {
>++            JSRW_TEST_GUESS(40) /* protected */
>++        }
>++        JSRW_NO_MATCH()
>++      case 10:
>++        if (JSRW_AT(1) == 'm') {
>++            JSRW_TEST_GUESS(36) /* implements */
>++        }
>++        if (JSRW_AT(1) == 'n') {
>++            JSRW_TEST_GUESS(18) /* instanceof */
>++        }
>++        JSRW_NO_MATCH()
>++    }
>++    JSRW_NO_MATCH()
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_gc_StatsPhasesGenerated.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_gc_StatsPhasesGenerated.h
>new file mode 100644
>index 000000000000..5983603327b3
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_gc_StatsPhasesGenerated.h
>@@ -0,0 +1,193 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/gc/StatsPhasesGenerated.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/gc/StatsPhasesGenerated.h
>+@@ -0,0 +1,190 @@
>++enum class PhaseKind : uint8_t {
>++  FIRST,
>++  MUTATOR = FIRST,
>++  GC_BEGIN,
>++  MARK_CCWS,
>++  MARK_STACK,
>++  MARK_RUNTIME_DATA,
>++  MARK_EMBEDDING,
>++  MARK_COMPARTMENTS,
>++  MARK_ROOTS,
>++  EVICT_NURSERY_FOR_MAJOR_GC,
>++  WAIT_BACKGROUND_THREAD,
>++  UNMARK,
>++  UNMARK_WEAKMAPS,
>++  BUFFER_GRAY_ROOTS,
>++  MARK_DISCARD_CODE,
>++  RELAZIFY_FUNCTIONS,
>++  PURGE,
>++  PURGE_PROP_MAP_TABLES,
>++  PURGE_SOURCE_URLS,
>++  JOIN_PARALLEL_TASKS,
>++  PREPARE,
>++  MARK_DELAYED,
>++  MARK,
>++  SWEEP_MARK_INCOMING_BLACK,
>++  SWEEP_MARK_GRAY_WEAK,
>++  SWEEP_MARK_WEAK,
>++  SWEEP_MARK_INCOMING_GRAY,
>++  SWEEP_MARK_GRAY,
>++  SWEEP_MARK,
>++  WEAK_ZONES_CALLBACK,
>++  WEAK_COMPARTMENT_CALLBACK,
>++  FINALIZE_START,
>++  UPDATE_ATOMS_BITMAP,
>++  SWEEP_ATOMS_TABLE,
>++  SWEEP_DISCARD_CODE,
>++  SWEEP_INNER_VIEWS,
>++  SWEEP_CC_WRAPPER,
>++  SWEEP_BASE_SHAPE,
>++  SWEEP_INITIAL_SHAPE,
>++  SWEEP_REGEXP,
>++  SWEEP_COMPRESSION,
>++  SWEEP_WEAKMAPS,
>++  SWEEP_UNIQUEIDS,
>++  SWEEP_FINALIZATION_REGISTRIES,
>++  SWEEP_WEAKREFS,
>++  SWEEP_JIT_DATA,
>++  SWEEP_WEAK_CACHES,
>++  SWEEP_MISC,
>++  SWEEP_COMPARTMENTS,
>++  SWEEP_OBJECT,
>++  SWEEP_STRING,
>++  SWEEP_SCRIPT,
>++  SWEEP_SCOPE,
>++  SWEEP_REGEXP_SHARED,
>++  SWEEP_SHAPE,
>++  SWEEP_PROP_MAP,
>++  FINALIZE_END,
>++  DESTROY,
>++  SWEEP,
>++  COMPACT_MOVE,
>++  COMPACT_UPDATE_CELLS,
>++  COMPACT_UPDATE,
>++  COMPACT,
>++  DECOMMIT,
>++  GC_END,
>++  MINOR_GC,
>++  EVICT_NURSERY,
>++  TRACE_HEAP,
>++  UNMARK_GRAY,
>++  BARRIER,
>++  LIMIT,
>++  NONE = LIMIT,
>++  EXPLICIT_SUSPENSION = LIMIT,
>++  IMPLICIT_SUSPENSION
>++};
>++
>++enum class Phase : uint8_t {
>++  FIRST,
>++  MUTATOR = FIRST,
>++  GC_BEGIN,
>++  EVICT_NURSERY_FOR_MAJOR_GC,
>++  MARK_ROOTS_1,
>++  MARK_CCWS_1,
>++  MARK_STACK_1,
>++  MARK_RUNTIME_DATA_1,
>++  MARK_EMBEDDING_1,
>++  MARK_COMPARTMENTS_1,
>++  WAIT_BACKGROUND_THREAD,
>++  PREPARE,
>++  UNMARK,
>++  UNMARK_WEAKMAPS,
>++  BUFFER_GRAY_ROOTS,
>++  MARK_DISCARD_CODE,
>++  RELAZIFY_FUNCTIONS,
>++  PURGE,
>++  PURGE_PROP_MAP_TABLES,
>++  PURGE_SOURCE_URLS,
>++  JOIN_PARALLEL_TASKS_1,
>++  MARK,
>++  MARK_ROOTS_2,
>++  MARK_CCWS_2,
>++  MARK_STACK_2,
>++  MARK_RUNTIME_DATA_2,
>++  MARK_EMBEDDING_2,
>++  MARK_COMPARTMENTS_2,
>++  MARK_DELAYED_1,
>++  SWEEP,
>++  SWEEP_MARK,
>++  MARK_DELAYED_2,
>++  SWEEP_MARK_INCOMING_BLACK,
>++  SWEEP_MARK_WEAK,
>++  MARK_DELAYED_3,
>++  SWEEP_MARK_GRAY_WEAK,
>++  SWEEP_MARK_INCOMING_GRAY,
>++  SWEEP_MARK_GRAY,
>++  FINALIZE_START,
>++  WEAK_ZONES_CALLBACK,
>++  WEAK_COMPARTMENT_CALLBACK,
>++  UPDATE_ATOMS_BITMAP,
>++  SWEEP_ATOMS_TABLE,
>++  SWEEP_COMPARTMENTS,
>++  SWEEP_DISCARD_CODE,
>++  SWEEP_INNER_VIEWS,
>++  SWEEP_CC_WRAPPER,
>++  SWEEP_BASE_SHAPE,
>++  SWEEP_INITIAL_SHAPE,
>++  SWEEP_REGEXP,
>++  SWEEP_COMPRESSION,
>++  SWEEP_WEAKMAPS,
>++  SWEEP_UNIQUEIDS,
>++  SWEEP_FINALIZATION_REGISTRIES,
>++  SWEEP_WEAKREFS,
>++  SWEEP_JIT_DATA,
>++  SWEEP_WEAK_CACHES,
>++  SWEEP_MISC,
>++  JOIN_PARALLEL_TASKS_2,
>++  SWEEP_OBJECT,
>++  SWEEP_STRING,
>++  SWEEP_SCRIPT,
>++  SWEEP_SCOPE,
>++  SWEEP_REGEXP_SHARED,
>++  SWEEP_SHAPE,
>++  SWEEP_PROP_MAP,
>++  FINALIZE_END,
>++  DESTROY,
>++  JOIN_PARALLEL_TASKS_3,
>++  COMPACT,
>++  COMPACT_MOVE,
>++  COMPACT_UPDATE,
>++  MARK_ROOTS_3,
>++  MARK_CCWS_3,
>++  MARK_STACK_3,
>++  MARK_RUNTIME_DATA_3,
>++  MARK_EMBEDDING_3,
>++  MARK_COMPARTMENTS_3,
>++  COMPACT_UPDATE_CELLS,
>++  JOIN_PARALLEL_TASKS_4,
>++  DECOMMIT,
>++  GC_END,
>++  MINOR_GC,
>++  MARK_ROOTS_4,
>++  MARK_CCWS_4,
>++  MARK_STACK_4,
>++  MARK_RUNTIME_DATA_4,
>++  MARK_EMBEDDING_4,
>++  MARK_COMPARTMENTS_4,
>++  EVICT_NURSERY,
>++  MARK_ROOTS_5,
>++  MARK_CCWS_5,
>++  MARK_STACK_5,
>++  MARK_RUNTIME_DATA_5,
>++  MARK_EMBEDDING_5,
>++  MARK_COMPARTMENTS_5,
>++  TRACE_HEAP,
>++  MARK_ROOTS_6,
>++  MARK_CCWS_6,
>++  MARK_STACK_6,
>++  MARK_RUNTIME_DATA_6,
>++  MARK_EMBEDDING_6,
>++  MARK_COMPARTMENTS_6,
>++  BARRIER,
>++  UNMARK_GRAY,
>++  LIMIT,
>++  NONE = LIMIT,
>++  EXPLICIT_SUSPENSION = LIMIT,
>++  IMPLICIT_SUSPENSION
>++};
>++
>++static const size_t MAX_PHASE_NESTING = 4;
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_CacheIROpsGenerated.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_CacheIROpsGenerated.h
>new file mode 100644
>index 000000000000..7ada21b4d00e
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_CacheIROpsGenerated.h
>@@ -0,0 +1,12512 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/jit/CacheIROpsGenerated.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/jit/CacheIROpsGenerated.h
>+@@ -0,0 +1,12509 @@
>++/* This Source Code Form is subject to the terms of the Mozilla Public
>++ * License, v. 2.0. If a copy of the MPL was not distributed with this
>++ * file, You can obtain one at http://mozilla.org/MPL/2.0/. */
>++
>++#ifndef jit_CacheIROpsGenerated_h
>++#define jit_CacheIROpsGenerated_h
>++
>++/* This file is generated by jit/GenerateCacheIRFiles.py. Do not edit! */
>++
>++#define CACHE_IR_OPS(_)\
>++_(ReturnFromIC, 0, true, 1)\
>++_(GuardToObject, 1, true, 1)\
>++_(GuardIsNullOrUndefined, 1, true, 1)\
>++_(GuardIsNull, 1, true, 1)\
>++_(GuardIsUndefined, 1, true, 1)\
>++_(GuardToBoolean, 1, true, 1)\
>++_(GuardToString, 1, true, 1)\
>++_(GuardToSymbol, 1, true, 1)\
>++_(GuardToBigInt, 1, true, 1)\
>++_(GuardIsNumber, 1, true, 1)\
>++_(GuardToInt32, 1, true, 1)\
>++_(GuardBooleanToInt32, 1 + 1, true, 1)\
>++_(GuardToInt32Index, 1 + 1, true, 1)\
>++_(Int32ToIntPtr, 1 + 1, true, 1)\
>++_(GuardNumberToIntPtrIndex, 1 + 1 + 1, true, 2)\
>++_(GuardToInt32ModUint32, 1 + 1, true, 2)\
>++_(GuardToUint8Clamped, 1 + 1, true, 2)\
>++_(GuardNonDoubleType, 1 + 1, true, 1)\
>++_(GuardShape, 1 + 1, true, 1)\
>++_(GuardProto, 1 + 1, true, 1)\
>++_(GuardNullProto, 1, true, 1)\
>++_(GuardClass, 1 + 1, true, 1)\
>++_(GuardAnyClass, 1 + 1, true, 1)\
>++_(HasClassResult, 1 + 1, true, 1)\
>++_(CallRegExpMatcherResult, 1 + 1 + 1, true, 5)\
>++_(CallRegExpSearcherResult, 1 + 1 + 1, true, 5)\
>++_(CallRegExpTesterResult, 1 + 1 + 1, true, 5)\
>++_(RegExpFlagResult, 1 + 4, true, 2)\
>++_(CallSubstringKernelResult, 1 + 1 + 1, true, 5)\
>++_(StringReplaceStringResult, 1 + 1 + 1, true, 5)\
>++_(StringSplitStringResult, 1 + 1, true, 5)\
>++_(RegExpPrototypeOptimizableResult, 1, true, 4)\
>++_(RegExpInstanceOptimizableResult, 1 + 1, true, 4)\
>++_(GetFirstDollarIndexResult, 1, true, 5)\
>++_(GuardCompartment, 1 + 1 + 1, false, 2)\
>++_(GuardIsExtensible, 1, true, 1)\
>++_(GuardIsNativeObject, 1, true, 1)\
>++_(GuardIsProxy, 1, true, 1)\
>++_(GuardIsNotProxy, 1, true, 1)\
>++_(GuardIsNotArrayBufferMaybeShared, 1, true, 1)\
>++_(GuardIsTypedArray, 1, true, 1)\
>++_(GuardHasProxyHandler, 1 + 1, false, 1)\
>++_(GuardIsNotDOMProxy, 1, true, 1)\
>++_(GuardSpecificObject, 1 + 1, true, 1)\
>++_(GuardSpecificFunction, 1 + 1 + 1, true, 1)\
>++_(GuardFunctionScript, 1 + 1 + 1, true, 1)\
>++_(GuardSpecificAtom, 1 + 1, true, 4)\
>++_(GuardSpecificSymbol, 1 + 1, true, 1)\
>++_(GuardNoDenseElements, 1, true, 1)\
>++_(GuardStringToIndex, 1 + 1, true, 4)\
>++_(GuardStringToInt32, 1 + 1, true, 4)\
>++_(GuardStringToNumber, 1 + 1, true, 4)\
>++_(BooleanToNumber, 1 + 1, true, 1)\
>++_(GuardAndGetIterator, 1 + 1 + 1 + 1, false, 4)\
>++_(GuardHasGetterSetter, 1 + 1 + 1, true, 4)\
>++_(GuardInt32IsNonNegative, 1, true, 1)\
>++_(GuardIndexIsValidUpdateOrAdd, 1 + 1, true, 1)\
>++_(GuardIndexGreaterThanDenseInitLength, 1 + 1, true, 1)\
>++_(GuardTagNotEqual, 1 + 1, true, 1)\
>++_(GuardXrayExpandoShapeAndDefaultProto, 1 + 1, false, 2)\
>++_(GuardXrayNoExpando, 1, false, 2)\
>++_(GuardDynamicSlotIsSpecificObject, 1 + 1 + 1, true, 1)\
>++_(GuardFixedSlotValue, 1 + 1 + 1, true, 1)\
>++_(GuardDynamicSlotValue, 1 + 1 + 1, true, 1)\
>++_(GuardNoAllocationMetadataBuilder, 1, true, 1)\
>++_(GuardFunctionHasJitEntry, 1 + 1, true, 1)\
>++_(GuardFunctionHasNoJitEntry, 1, true, 1)\
>++_(GuardFunctionIsNonBuiltinCtor, 1, true, 1)\
>++_(GuardFunctionIsConstructor, 1, true, 1)\
>++_(GuardNotClassConstructor, 1, true, 1)\
>++_(GuardArrayIsPacked, 1, true, 1)\
>++_(GuardArgumentsObjectFlags, 1 + 1, true, 1)\
>++_(LoadObject, 1 + 1, true, 1)\
>++_(LoadProto, 1 + 1, true, 1)\
>++_(LoadEnclosingEnvironment, 1 + 1, true, 1)\
>++_(LoadWrapperTarget, 1 + 1, true, 1)\
>++_(LoadValueTag, 1 + 1, true, 1)\
>++_(LoadArgumentFixedSlot, 1 + 1, true, 1)\
>++_(LoadArgumentDynamicSlot, 1 + 1 + 1, true, 1)\
>++_(TruncateDoubleToUInt32, 1 + 1, true, 4)\
>++_(MegamorphicLoadSlotResult, 1 + 1, true, 4)\
>++_(MegamorphicLoadSlotByValueResult, 1 + 1, true, 4)\
>++_(MegamorphicStoreSlot, 1 + 1 + 1, true, 4)\
>++_(MegamorphicSetElement, 1 + 1 + 1 + 1, true, 5)\
>++_(MegamorphicHasPropResult, 1 + 1 + 1, true, 4)\
>++_(LoadDOMExpandoValue, 1 + 1, true, 1)\
>++_(LoadDOMExpandoValueGuardGeneration, 1 + 1 + 1 + 1, true, 2)\
>++_(LoadDOMExpandoValueIgnoreGeneration, 1 + 1, true, 1)\
>++_(GuardDOMExpandoMissingOrGuardShape, 1 + 1, true, 2)\
>++_(StoreFixedSlot, 1 + 1 + 1, true, 6)\
>++_(StoreDynamicSlot, 1 + 1 + 1, true, 6)\
>++_(AddAndStoreFixedSlot, 1 + 1 + 1 + 1, true, 6)\
>++_(AddAndStoreDynamicSlot, 1 + 1 + 1 + 1, true, 6)\
>++_(AllocateAndStoreDynamicSlot, 1 + 1 + 1 + 1 + 1, true, 6)\
>++_(StoreDenseElement, 1 + 1 + 1, true, 6)\
>++_(StoreDenseElementHole, 1 + 1 + 1 + 1, true, 6)\
>++_(ArrayPush, 1 + 1, true, 6)\
>++_(ArrayJoinResult, 1 + 1, true, 5)\
>++_(PackedArrayPopResult, 1, true, 2)\
>++_(PackedArrayShiftResult, 1, true, 4)\
>++_(PackedArraySliceResult, 1 + 1 + 1 + 1, true, 5)\
>++_(IsArrayResult, 1, true, 5)\
>++_(StoreFixedSlotUndefinedResult, 1 + 1 + 1, true, 4294967295)\
>++_(IsObjectResult, 1, true, 1)\
>++_(IsPackedArrayResult, 1, true, 2)\
>++_(IsCallableResult, 1, true, 4)\
>++_(IsConstructorResult, 1, true, 4)\
>++_(IsCrossRealmArrayConstructorResult, 1, true, 2)\
>++_(IsTypedArrayResult, 1 + 1, true, 5)\
>++_(IsTypedArrayConstructorResult, 1, true, 2)\
>++_(ArrayBufferViewByteOffsetInt32Result, 1, true, 1)\
>++_(ArrayBufferViewByteOffsetDoubleResult, 1, true, 1)\
>++_(TypedArrayByteLengthInt32Result, 1, true, 2)\
>++_(TypedArrayByteLengthDoubleResult, 1, true, 2)\
>++_(TypedArrayElementSizeResult, 1, true, 2)\
>++_(GuardHasAttachedArrayBuffer, 1, true, 2)\
>++_(FinishBoundFunctionInitResult, 1 + 1 + 1, true, 5)\
>++_(NewArrayIteratorResult, 1, true, 5)\
>++_(NewStringIteratorResult, 1, true, 5)\
>++_(NewRegExpStringIteratorResult, 1, true, 5)\
>++_(ObjectCreateResult, 1, true, 5)\
>++_(NewArrayFromLengthResult, 1 + 1, true, 5)\
>++_(NewTypedArrayFromLengthResult, 1 + 1, true, 5)\
>++_(NewTypedArrayFromArrayBufferResult, 1 + 1 + 1 + 1, true, 5)\
>++_(NewTypedArrayFromArrayResult, 1 + 1, true, 5)\
>++_(NewStringObjectResult, 1 + 1, true, 5)\
>++_(StringFromCharCodeResult, 1, true, 5)\
>++_(StringFromCodePointResult, 1, true, 5)\
>++_(StringToLowerCaseResult, 1, true, 5)\
>++_(StringToUpperCaseResult, 1, true, 5)\
>++_(MathAbsInt32Result, 1, true, 2)\
>++_(MathAbsNumberResult, 1, true, 1)\
>++_(MathClz32Result, 1, true, 1)\
>++_(MathSignInt32Result, 1, true, 1)\
>++_(MathSignNumberResult, 1, true, 2)\
>++_(MathSignNumberToInt32Result, 1, true, 2)\
>++_(MathImulResult, 1 + 1, true, 1)\
>++_(MathSqrtNumberResult, 1, true, 1)\
>++_(MathFRoundNumberResult, 1, true, 1)\
>++_(MathRandomResult, 1, true, 3)\
>++_(MathHypot2NumberResult, 1 + 1, true, 4)\
>++_(MathHypot3NumberResult, 1 + 1 + 1, true, 4)\
>++_(MathHypot4NumberResult, 1 + 1 + 1 + 1, true, 4)\
>++_(MathAtan2NumberResult, 1 + 1, true, 4)\
>++_(MathFloorNumberResult, 1, true, 4)\
>++_(MathCeilNumberResult, 1, true, 4)\
>++_(MathTruncNumberResult, 1, true, 4)\
>++_(MathFloorToInt32Result, 1, true, 3)\
>++_(MathCeilToInt32Result, 1, true, 1)\
>++_(MathTruncToInt32Result, 1, true, 4294967295)\
>++_(MathRoundToInt32Result, 1, true, 1)\
>++_(Int32MinMax, 1 + 1 + 1 + 1, true, 1)\
>++_(NumberMinMax, 1 + 1 + 1 + 1, true, 1)\
>++_(Int32MinMaxArrayResult, 1 + 1, true, 3)\
>++_(NumberMinMaxArrayResult, 1 + 1, true, 3)\
>++_(MathFunctionNumberResult, 1 + 1, true, 4)\
>++_(ObjectToStringResult, 1, true, 4)\
>++_(ReflectGetPrototypeOfResult, 1, true, 5)\
>++_(StoreTypedArrayElement, 1 + 1 + 1 + 1 + 1, true, 3)\
>++_(AtomicsCompareExchangeResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(AtomicsExchangeResult, 1 + 1 + 1 + 1, true, 4)\
>++_(AtomicsAddResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(AtomicsSubResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(AtomicsAndResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(AtomicsOrResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(AtomicsXorResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(AtomicsLoadResult, 1 + 1 + 1, true, 2)\
>++_(AtomicsStoreResult, 1 + 1 + 1 + 1, true, 2)\
>++_(AtomicsIsLockFreeResult, 1, true, 1)\
>++_(CallNativeSetter, 1 + 1 + 1 + 1 + 1, true, 5)\
>++_(CallScriptedSetter, 1 + 1 + 1 + 1 + 1, true, 3)\
>++_(CallInlinedSetter, 1 + 1 + 1 + 1 + 1 + 1, true, 3)\
>++_(CallDOMSetter, 1 + 1 + 1, true, 4)\
>++_(CallSetArrayLength, 1 + 1 + 1, true, 5)\
>++_(ProxySet, 1 + 1 + 1 + 1, true, 5)\
>++_(ProxySetByValue, 1 + 1 + 1 + 1, true, 5)\
>++_(CallAddOrUpdateSparseElementHelper, 1 + 1 + 1 + 1, true, 5)\
>++_(CallInt32ToString, 1 + 1, true, 4)\
>++_(CallNumberToString, 1 + 1, true, 4)\
>++_(BooleanToString, 1 + 1, true, 2)\
>++_(CallScriptedFunction, 1 + 1 + 1, true, 3)\
>++_(CallWasmFunction, 1 + 1 + 1 + 1 + 1, true, 3)\
>++_(GuardWasmArg, 1 + 1, true, 2)\
>++_(CallNativeFunction, 1 + 1 + 1 + 1, true, 4)\
>++_(CallDOMFunction, 1 + 1 + 1 + 1, true, 4)\
>++_(CallClassHook, 1 + 1 + 1 + 1, false, 4)\
>++_(CallInlinedFunction, 1 + 1 + 1 + 1, true, 4)\
>++_(MetaTwoByte, 1 + 1, true, 0)\
>++_(LoadFixedSlotResult, 1 + 1, true, 1)\
>++_(LoadFixedSlotTypedResult, 1 + 1 + 1, true, 1)\
>++_(LoadDynamicSlotResult, 1 + 1, true, 1)\
>++_(LoadDenseElementResult, 1 + 1, true, 2)\
>++_(LoadDenseElementHoleResult, 1 + 1, true, 2)\
>++_(CallGetSparseElementResult, 1 + 1, true, 5)\
>++_(LoadDenseElementExistsResult, 1 + 1, true, 1)\
>++_(LoadTypedArrayElementExistsResult, 1 + 1, true, 2)\
>++_(LoadDenseElementHoleExistsResult, 1 + 1, true, 2)\
>++_(LoadTypedArrayElementResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(LoadDataViewValueResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(StoreDataViewValueResult, 1 + 1 + 1 + 1 + 1, true, 4)\
>++_(LoadInt32ArrayLengthResult, 1, true, 1)\
>++_(LoadInt32ArrayLength, 1 + 1, true, 1)\
>++_(LoadArgumentsObjectArgResult, 1 + 1, true, 2)\
>++_(LoadArgumentsObjectLengthResult, 1, true, 1)\
>++_(LoadFunctionLengthResult, 1, true, 2)\
>++_(LoadFunctionNameResult, 1, true, 2)\
>++_(LoadArrayBufferByteLengthInt32Result, 1, true, 1)\
>++_(LoadArrayBufferByteLengthDoubleResult, 1, true, 1)\
>++_(LoadArrayBufferViewLengthInt32Result, 1, true, 1)\
>++_(LoadArrayBufferViewLengthDoubleResult, 1, true, 1)\
>++_(LoadStringCharResult, 1 + 1, true, 5)\
>++_(LoadStringCharCodeResult, 1 + 1, true, 3)\
>++_(LoadStringLengthResult, 1, true, 1)\
>++_(FrameIsConstructingResult, 0, true, 1)\
>++_(LoadEnvironmentFixedSlotResult, 1 + 1, true, 1)\
>++_(LoadEnvironmentDynamicSlotResult, 1 + 1, true, 1)\
>++_(LoadObjectResult, 1, true, 1)\
>++_(LoadStringResult, 1, true, 1)\
>++_(LoadSymbolResult, 1, true, 1)\
>++_(LoadInt32Result, 1, true, 1)\
>++_(LoadDoubleResult, 1, true, 2)\
>++_(LoadBigIntResult, 1, true, 1)\
>++_(CallScriptedGetterResult, 1 + 1 + 1 + 1, true, 5)\
>++_(CallInlinedGetterResult, 1 + 1 + 1 + 1 + 1, true, 5)\
>++_(CallNativeGetterResult, 1 + 1 + 1 + 1, true, 5)\
>++_(CallDOMGetterResult, 1 + 1, true, 4)\
>++_(ProxyGetResult, 1 + 1, true, 5)\
>++_(ProxyGetByValueResult, 1 + 1, true, 5)\
>++_(ProxyHasPropResult, 1 + 1 + 1, true, 5)\
>++_(CallObjectHasSparseElementResult, 1 + 1, true, 4)\
>++_(CallNativeGetElementResult, 1 + 1, true, 5)\
>++_(GetNextMapSetEntryForIteratorResult, 1 + 1 + 1, true, 4)\
>++_(LoadUndefinedResult, 0, true, 1)\
>++_(LoadBooleanResult, 1, true, 1)\
>++_(LoadInt32Constant, 1 + 1, true, 1)\
>++_(LoadBooleanConstant, 1 + 1, true, 1)\
>++_(LoadUndefined, 1, true, 1)\
>++_(LoadConstantString, 1 + 1, true, 1)\
>++_(LoadConstantStringResult, 1, true, 1)\
>++_(LoadInstanceOfObjectResult, 1 + 1, true, 3)\
>++_(LoadTypeOfObjectResult, 1, true, 4)\
>++_(DoubleAddResult, 1 + 1, true, 2)\
>++_(DoubleSubResult, 1 + 1, true, 2)\
>++_(DoubleMulResult, 1 + 1, true, 2)\
>++_(DoubleDivResult, 1 + 1, true, 2)\
>++_(DoubleModResult, 1 + 1, true, 4)\
>++_(DoublePowResult, 1 + 1, true, 4)\
>++_(Int32AddResult, 1 + 1, true, 1)\
>++_(Int32SubResult, 1 + 1, true, 1)\
>++_(Int32MulResult, 1 + 1, true, 2)\
>++_(Int32DivResult, 1 + 1, true, 2)\
>++_(Int32ModResult, 1 + 1, true, 2)\
>++_(Int32PowResult, 1 + 1, true, 1)\
>++_(BigIntAddResult, 1 + 1, true, 5)\
>++_(BigIntSubResult, 1 + 1, true, 5)\
>++_(BigIntMulResult, 1 + 1, true, 5)\
>++_(BigIntDivResult, 1 + 1, true, 5)\
>++_(BigIntModResult, 1 + 1, true, 5)\
>++_(BigIntPowResult, 1 + 1, true, 5)\
>++_(Int32BitOrResult, 1 + 1, true, 1)\
>++_(Int32BitXorResult, 1 + 1, true, 1)\
>++_(Int32BitAndResult, 1 + 1, true, 1)\
>++_(Int32LeftShiftResult, 1 + 1, true, 1)\
>++_(Int32RightShiftResult, 1 + 1, true, 1)\
>++_(Int32URightShiftResult, 1 + 1 + 1, true, 2)\
>++_(Int32NotResult, 1, true, 1)\
>++_(BigIntBitOrResult, 1 + 1, true, 5)\
>++_(BigIntBitXorResult, 1 + 1, true, 5)\
>++_(BigIntBitAndResult, 1 + 1, true, 5)\
>++_(BigIntLeftShiftResult, 1 + 1, true, 5)\
>++_(BigIntRightShiftResult, 1 + 1, true, 5)\
>++_(BigIntNotResult, 1, true, 5)\
>++_(Int32NegationResult, 1, true, 1)\
>++_(DoubleNegationResult, 1, true, 1)\
>++_(BigIntNegationResult, 1, true, 5)\
>++_(Int32IncResult, 1, true, 1)\
>++_(Int32DecResult, 1, true, 1)\
>++_(DoubleIncResult, 1, true, 1)\
>++_(DoubleDecResult, 1, true, 1)\
>++_(BigIntIncResult, 1, true, 5)\
>++_(BigIntDecResult, 1, true, 5)\
>++_(LoadInt32TruthyResult, 1, true, 2)\
>++_(LoadDoubleTruthyResult, 1, true, 2)\
>++_(LoadStringTruthyResult, 1, true, 2)\
>++_(LoadObjectTruthyResult, 1, true, 4)\
>++_(LoadBigIntTruthyResult, 1, true, 2)\
>++_(LoadValueTruthyResult, 1, true, 4)\
>++_(LoadValueResult, 1, false, 1)\
>++_(LoadOperandResult, 1, true, 1)\
>++_(NewPlainObjectResult, 4 + 4 + 1 + 1 + 1, true, 4)\
>++_(NewArrayObjectResult, 4 + 1 + 1, true, 4)\
>++_(CallStringConcatResult, 1 + 1, true, 5)\
>++_(CallStringObjectConcatResult, 1 + 1, false, 5)\
>++_(CallIsSuspendedGeneratorResult, 1, false, 2)\
>++_(CompareStringResult, 1 + 1 + 1, true, 5)\
>++_(CompareObjectResult, 1 + 1 + 1, true, 2)\
>++_(CompareSymbolResult, 1 + 1 + 1, true, 2)\
>++_(CompareInt32Result, 1 + 1 + 1, true, 2)\
>++_(CompareDoubleResult, 1 + 1 + 1, true, 2)\
>++_(CompareBigIntResult, 1 + 1 + 1, true, 4)\
>++_(CompareBigIntInt32Result, 1 + 1 + 1, true, 3)\
>++_(CompareBigIntNumberResult, 1 + 1 + 1, true, 4)\
>++_(CompareBigIntStringResult, 1 + 1 + 1, true, 5)\
>++_(CompareNullUndefinedResult, 1 + 1 + 1, true, 2)\
>++_(CompareDoubleSameValueResult, 1 + 1, true, 3)\
>++_(SameValueResult, 1 + 1, true, 4)\
>++_(IndirectTruncateInt32Result, 1, true, 1)\
>++_(BigIntAsIntNResult, 1 + 1, true, 5)\
>++_(BigIntAsUintNResult, 1 + 1, true, 5)\
>++_(CallPrintString, sizeof(uintptr_t), false, 1)\
>++_(Breakpoint, 0, false, 1)\
>++_(WrapResult, 0, false, 4)\
>++_(Bailout, 0, true, 0)\
>++_(AssertRecoveredOnBailoutResult, 1 + 1, true, 1)
>++
>++#define CACHE_IR_WRITER_GENERATED \
>++void returnFromIC() {\
>++  writeOp(CacheOp::ReturnFromIC);\
>++  assertLengthMatches();\
>++}\
>++private:\
>++void guardToObject_(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToObject);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++void guardIsNullOrUndefined(ValOperandId input) {\
>++  writeOp(CacheOp::GuardIsNullOrUndefined);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void guardIsNull(ValOperandId input) {\
>++  writeOp(CacheOp::GuardIsNull);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void guardIsUndefined(ValOperandId input) {\
>++  writeOp(CacheOp::GuardIsUndefined);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++private:\
>++void guardToBoolean_(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToBoolean);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void guardToString_(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToString);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void guardToSymbol_(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToSymbol);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void guardToBigInt_(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToBigInt);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void guardIsNumber_(ValOperandId input) {\
>++  writeOp(CacheOp::GuardIsNumber);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void guardToInt32_(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToInt32);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++Int32OperandId guardBooleanToInt32(ValOperandId input) {\
>++  writeOp(CacheOp::GuardBooleanToInt32);\
>++  writeOperandId(input);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++Int32OperandId guardToInt32Index(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToInt32Index);\
>++  writeOperandId(input);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++IntPtrOperandId int32ToIntPtr(Int32OperandId input) {\
>++  writeOp(CacheOp::Int32ToIntPtr);\
>++  writeOperandId(input);\
>++  IntPtrOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++IntPtrOperandId guardNumberToIntPtrIndex(NumberOperandId input, bool supportOOB) {\
>++  writeOp(CacheOp::GuardNumberToIntPtrIndex);\
>++  writeOperandId(input);\
>++  writeBoolImm(supportOOB);\
>++  IntPtrOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++Int32OperandId guardToInt32ModUint32(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToInt32ModUint32);\
>++  writeOperandId(input);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++Int32OperandId guardToUint8Clamped(ValOperandId input) {\
>++  writeOp(CacheOp::GuardToUint8Clamped);\
>++  writeOperandId(input);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++void guardNonDoubleType(ValOperandId input, ValueType type) {\
>++  writeOp(CacheOp::GuardNonDoubleType);\
>++  writeOperandId(input);\
>++  writeValueTypeImm(type);\
>++  assertLengthMatches();\
>++}\
>++void guardShape(ObjOperandId obj, Shape* shape) {\
>++  writeOp(CacheOp::GuardShape);\
>++  writeOperandId(obj);\
>++  writeShapeField(shape);\
>++  assertLengthMatches();\
>++}\
>++void guardProto(ObjOperandId obj, JSObject* proto) {\
>++  writeOp(CacheOp::GuardProto);\
>++  writeOperandId(obj);\
>++  writeObjectField(proto);\
>++  assertLengthMatches();\
>++}\
>++void guardNullProto(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardNullProto);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardClass(ObjOperandId obj, GuardClassKind kind) {\
>++  writeOp(CacheOp::GuardClass);\
>++  writeOperandId(obj);\
>++  writeGuardClassKindImm(kind);\
>++  assertLengthMatches();\
>++}\
>++void guardAnyClass(ObjOperandId obj, const void* clasp) {\
>++  writeOp(CacheOp::GuardAnyClass);\
>++  writeOperandId(obj);\
>++  writeRawPointerField(clasp);\
>++  assertLengthMatches();\
>++}\
>++void hasClassResult(ObjOperandId obj, const void* clasp) {\
>++  writeOp(CacheOp::HasClassResult);\
>++  writeOperandId(obj);\
>++  writeRawPointerField(clasp);\
>++  assertLengthMatches();\
>++}\
>++void callRegExpMatcherResult(ObjOperandId regexp, StringOperandId input, Int32OperandId lastIndex) {\
>++  writeOp(CacheOp::CallRegExpMatcherResult);\
>++  writeOperandId(regexp);\
>++  writeOperandId(input);\
>++  writeOperandId(lastIndex);\
>++  assertLengthMatches();\
>++}\
>++void callRegExpSearcherResult(ObjOperandId regexp, StringOperandId input, Int32OperandId lastIndex) {\
>++  writeOp(CacheOp::CallRegExpSearcherResult);\
>++  writeOperandId(regexp);\
>++  writeOperandId(input);\
>++  writeOperandId(lastIndex);\
>++  assertLengthMatches();\
>++}\
>++void callRegExpTesterResult(ObjOperandId regexp, StringOperandId input, Int32OperandId lastIndex) {\
>++  writeOp(CacheOp::CallRegExpTesterResult);\
>++  writeOperandId(regexp);\
>++  writeOperandId(input);\
>++  writeOperandId(lastIndex);\
>++  assertLengthMatches();\
>++}\
>++void regExpFlagResult(ObjOperandId regexp, int32_t flagsMask) {\
>++  writeOp(CacheOp::RegExpFlagResult);\
>++  writeOperandId(regexp);\
>++  writeInt32Imm(flagsMask);\
>++  assertLengthMatches();\
>++}\
>++void callSubstringKernelResult(StringOperandId str, Int32OperandId begin, Int32OperandId length) {\
>++  writeOp(CacheOp::CallSubstringKernelResult);\
>++  writeOperandId(str);\
>++  writeOperandId(begin);\
>++  writeOperandId(length);\
>++  assertLengthMatches();\
>++}\
>++void stringReplaceStringResult(StringOperandId str, StringOperandId pattern, StringOperandId replacement) {\
>++  writeOp(CacheOp::StringReplaceStringResult);\
>++  writeOperandId(str);\
>++  writeOperandId(pattern);\
>++  writeOperandId(replacement);\
>++  assertLengthMatches();\
>++}\
>++void stringSplitStringResult(StringOperandId str, StringOperandId separator) {\
>++  writeOp(CacheOp::StringSplitStringResult);\
>++  writeOperandId(str);\
>++  writeOperandId(separator);\
>++  assertLengthMatches();\
>++}\
>++void regExpPrototypeOptimizableResult(ObjOperandId proto) {\
>++  writeOp(CacheOp::RegExpPrototypeOptimizableResult);\
>++  writeOperandId(proto);\
>++  assertLengthMatches();\
>++}\
>++void regExpInstanceOptimizableResult(ObjOperandId regexp, ObjOperandId proto) {\
>++  writeOp(CacheOp::RegExpInstanceOptimizableResult);\
>++  writeOperandId(regexp);\
>++  writeOperandId(proto);\
>++  assertLengthMatches();\
>++}\
>++void getFirstDollarIndexResult(StringOperandId str) {\
>++  writeOp(CacheOp::GetFirstDollarIndexResult);\
>++  writeOperandId(str);\
>++  assertLengthMatches();\
>++}\
>++void guardCompartment(ObjOperandId obj, JSObject* global, const void* compartment) {\
>++  writeOp(CacheOp::GuardCompartment);\
>++  writeOperandId(obj);\
>++  writeObjectField(global);\
>++  writeRawPointerField(compartment);\
>++  assertLengthMatches();\
>++}\
>++void guardIsExtensible(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardIsExtensible);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardIsNativeObject(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardIsNativeObject);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardIsProxy(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardIsProxy);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardIsNotProxy(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardIsNotProxy);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardIsNotArrayBufferMaybeShared(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardIsNotArrayBufferMaybeShared);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardIsTypedArray(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardIsTypedArray);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardHasProxyHandler(ObjOperandId obj, const void* handler) {\
>++  writeOp(CacheOp::GuardHasProxyHandler);\
>++  writeOperandId(obj);\
>++  writeRawPointerField(handler);\
>++  assertLengthMatches();\
>++}\
>++void guardIsNotDOMProxy(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardIsNotDOMProxy);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardSpecificObject(ObjOperandId obj, JSObject* expected) {\
>++  writeOp(CacheOp::GuardSpecificObject);\
>++  writeOperandId(obj);\
>++  writeObjectField(expected);\
>++  assertLengthMatches();\
>++}\
>++private:\
>++void guardSpecificFunction_(ObjOperandId fun, JSObject* expected, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::GuardSpecificFunction);\
>++  writeOperandId(fun);\
>++  writeObjectField(expected);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void guardFunctionScript_(ObjOperandId obj, BaseScript* expected, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::GuardFunctionScript);\
>++  writeOperandId(obj);\
>++  writeBaseScriptField(expected);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++void guardSpecificAtom(StringOperandId str, JSAtom* expected) {\
>++  writeOp(CacheOp::GuardSpecificAtom);\
>++  writeOperandId(str);\
>++  writeStringField(expected);\
>++  assertLengthMatches();\
>++}\
>++void guardSpecificSymbol(SymbolOperandId sym, JS::Symbol* expected) {\
>++  writeOp(CacheOp::GuardSpecificSymbol);\
>++  writeOperandId(sym);\
>++  writeSymbolField(expected);\
>++  assertLengthMatches();\
>++}\
>++void guardNoDenseElements(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardNoDenseElements);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++Int32OperandId guardStringToIndex(StringOperandId str) {\
>++  writeOp(CacheOp::GuardStringToIndex);\
>++  writeOperandId(str);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++Int32OperandId guardStringToInt32(StringOperandId str) {\
>++  writeOp(CacheOp::GuardStringToInt32);\
>++  writeOperandId(str);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++NumberOperandId guardStringToNumber(StringOperandId str) {\
>++  writeOp(CacheOp::GuardStringToNumber);\
>++  writeOperandId(str);\
>++  NumberOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++NumberOperandId booleanToNumber(BooleanOperandId boolean) {\
>++  writeOp(CacheOp::BooleanToNumber);\
>++  writeOperandId(boolean);\
>++  NumberOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ObjOperandId guardAndGetIterator(ObjOperandId obj, JSObject* iter, const void* enumeratorsAddr) {\
>++  writeOp(CacheOp::GuardAndGetIterator);\
>++  writeOperandId(obj);\
>++  writeObjectField(iter);\
>++  writeRawPointerField(enumeratorsAddr);\
>++  ObjOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++void guardHasGetterSetter(ObjOperandId obj, jsid id, GetterSetter* getterSetter) {\
>++  writeOp(CacheOp::GuardHasGetterSetter);\
>++  writeOperandId(obj);\
>++  writeIdField(id);\
>++  writeGetterSetterField(getterSetter);\
>++  assertLengthMatches();\
>++}\
>++void guardInt32IsNonNegative(Int32OperandId index) {\
>++  writeOp(CacheOp::GuardInt32IsNonNegative);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void guardIndexIsValidUpdateOrAdd(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::GuardIndexIsValidUpdateOrAdd);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void guardIndexGreaterThanDenseInitLength(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::GuardIndexGreaterThanDenseInitLength);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void guardTagNotEqual(ValueTagOperandId lhs, ValueTagOperandId rhs) {\
>++  writeOp(CacheOp::GuardTagNotEqual);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void guardXrayExpandoShapeAndDefaultProto(ObjOperandId obj, JSObject* shapeWrapper) {\
>++  writeOp(CacheOp::GuardXrayExpandoShapeAndDefaultProto);\
>++  writeOperandId(obj);\
>++  writeObjectField(shapeWrapper);\
>++  assertLengthMatches();\
>++}\
>++void guardXrayNoExpando(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardXrayNoExpando);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardDynamicSlotIsSpecificObject(ObjOperandId obj, ObjOperandId expected, uint32_t slot) {\
>++  writeOp(CacheOp::GuardDynamicSlotIsSpecificObject);\
>++  writeOperandId(obj);\
>++  writeOperandId(expected);\
>++  writeRawInt32Field(slot);\
>++  assertLengthMatches();\
>++}\
>++void guardFixedSlotValue(ObjOperandId obj, uint32_t offset, const Value& val) {\
>++  writeOp(CacheOp::GuardFixedSlotValue);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeValueField(val);\
>++  assertLengthMatches();\
>++}\
>++void guardDynamicSlotValue(ObjOperandId obj, uint32_t offset, const Value& val) {\
>++  writeOp(CacheOp::GuardDynamicSlotValue);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeValueField(val);\
>++  assertLengthMatches();\
>++}\
>++void guardNoAllocationMetadataBuilder(const void* builderAddr) {\
>++  writeOp(CacheOp::GuardNoAllocationMetadataBuilder);\
>++  writeRawPointerField(builderAddr);\
>++  assertLengthMatches();\
>++}\
>++void guardFunctionHasJitEntry(ObjOperandId fun, bool constructing) {\
>++  writeOp(CacheOp::GuardFunctionHasJitEntry);\
>++  writeOperandId(fun);\
>++  writeBoolImm(constructing);\
>++  assertLengthMatches();\
>++}\
>++void guardFunctionHasNoJitEntry(ObjOperandId fun) {\
>++  writeOp(CacheOp::GuardFunctionHasNoJitEntry);\
>++  writeOperandId(fun);\
>++  assertLengthMatches();\
>++}\
>++void guardFunctionIsNonBuiltinCtor(ObjOperandId fun) {\
>++  writeOp(CacheOp::GuardFunctionIsNonBuiltinCtor);\
>++  writeOperandId(fun);\
>++  assertLengthMatches();\
>++}\
>++void guardFunctionIsConstructor(ObjOperandId fun) {\
>++  writeOp(CacheOp::GuardFunctionIsConstructor);\
>++  writeOperandId(fun);\
>++  assertLengthMatches();\
>++}\
>++void guardNotClassConstructor(ObjOperandId fun) {\
>++  writeOp(CacheOp::GuardNotClassConstructor);\
>++  writeOperandId(fun);\
>++  assertLengthMatches();\
>++}\
>++void guardArrayIsPacked(ObjOperandId array) {\
>++  writeOp(CacheOp::GuardArrayIsPacked);\
>++  writeOperandId(array);\
>++  assertLengthMatches();\
>++}\
>++void guardArgumentsObjectFlags(ObjOperandId obj, uint32_t flags) {\
>++  writeOp(CacheOp::GuardArgumentsObjectFlags);\
>++  writeOperandId(obj);\
>++  writeByteImm(flags);\
>++  assertLengthMatches();\
>++}\
>++ObjOperandId loadObject(JSObject* obj) {\
>++  writeOp(CacheOp::LoadObject);\
>++  ObjOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  writeObjectField(obj);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ObjOperandId loadProto(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadProto);\
>++  writeOperandId(obj);\
>++  ObjOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ObjOperandId loadEnclosingEnvironment(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadEnclosingEnvironment);\
>++  writeOperandId(obj);\
>++  ObjOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ObjOperandId loadWrapperTarget(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadWrapperTarget);\
>++  writeOperandId(obj);\
>++  ObjOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ValueTagOperandId loadValueTag(ValOperandId val) {\
>++  writeOp(CacheOp::LoadValueTag);\
>++  writeOperandId(val);\
>++  ValueTagOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++private:\
>++ValOperandId loadArgumentFixedSlot_(uint32_t slotIndex) {\
>++  writeOp(CacheOp::LoadArgumentFixedSlot);\
>++  ValOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  writeByteImm(slotIndex);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++public:\
>++private:\
>++ValOperandId loadArgumentDynamicSlot_(Int32OperandId argc, uint32_t slotIndex) {\
>++  writeOp(CacheOp::LoadArgumentDynamicSlot);\
>++  ValOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  writeOperandId(argc);\
>++  writeByteImm(slotIndex);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++public:\
>++Int32OperandId truncateDoubleToUInt32(NumberOperandId input) {\
>++  writeOp(CacheOp::TruncateDoubleToUInt32);\
>++  writeOperandId(input);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++void megamorphicLoadSlotResult(ObjOperandId obj, PropertyName* name) {\
>++  writeOp(CacheOp::MegamorphicLoadSlotResult);\
>++  writeOperandId(obj);\
>++  writeStringField(name);\
>++  assertLengthMatches();\
>++}\
>++void megamorphicLoadSlotByValueResult(ObjOperandId obj, ValOperandId id) {\
>++  writeOp(CacheOp::MegamorphicLoadSlotByValueResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(id);\
>++  assertLengthMatches();\
>++}\
>++void megamorphicStoreSlot(ObjOperandId obj, PropertyName* name, ValOperandId rhs) {\
>++  writeOp(CacheOp::MegamorphicStoreSlot);\
>++  writeOperandId(obj);\
>++  writeStringField(name);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void megamorphicSetElement(ObjOperandId obj, ValOperandId id, ValOperandId rhs, bool strict) {\
>++  writeOp(CacheOp::MegamorphicSetElement);\
>++  writeOperandId(obj);\
>++  writeOperandId(id);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(strict);\
>++  assertLengthMatches();\
>++}\
>++void megamorphicHasPropResult(ObjOperandId obj, ValOperandId id, bool hasOwn) {\
>++  writeOp(CacheOp::MegamorphicHasPropResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(id);\
>++  writeBoolImm(hasOwn);\
>++  assertLengthMatches();\
>++}\
>++ValOperandId loadDOMExpandoValue(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadDOMExpandoValue);\
>++  writeOperandId(obj);\
>++  ValOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ValOperandId loadDOMExpandoValueGuardGeneration(ObjOperandId obj, const void* expandoAndGeneration, uint64_t generation) {\
>++  writeOp(CacheOp::LoadDOMExpandoValueGuardGeneration);\
>++  writeOperandId(obj);\
>++  writeRawPointerField(expandoAndGeneration);\
>++  writeRawInt64Field(generation);\
>++  ValOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ValOperandId loadDOMExpandoValueIgnoreGeneration(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadDOMExpandoValueIgnoreGeneration);\
>++  writeOperandId(obj);\
>++  ValOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++void guardDOMExpandoMissingOrGuardShape(ValOperandId expando, Shape* shape) {\
>++  writeOp(CacheOp::GuardDOMExpandoMissingOrGuardShape);\
>++  writeOperandId(expando);\
>++  writeShapeField(shape);\
>++  assertLengthMatches();\
>++}\
>++void storeFixedSlot(ObjOperandId obj, uint32_t offset, ValOperandId rhs) {\
>++  writeOp(CacheOp::StoreFixedSlot);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void storeDynamicSlot(ObjOperandId obj, uint32_t offset, ValOperandId rhs) {\
>++  writeOp(CacheOp::StoreDynamicSlot);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void addAndStoreFixedSlot(ObjOperandId obj, uint32_t offset, ValOperandId rhs, Shape* newShape) {\
>++  writeOp(CacheOp::AddAndStoreFixedSlot);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeOperandId(rhs);\
>++  writeShapeField(newShape);\
>++  assertLengthMatches();\
>++}\
>++void addAndStoreDynamicSlot(ObjOperandId obj, uint32_t offset, ValOperandId rhs, Shape* newShape) {\
>++  writeOp(CacheOp::AddAndStoreDynamicSlot);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeOperandId(rhs);\
>++  writeShapeField(newShape);\
>++  assertLengthMatches();\
>++}\
>++void allocateAndStoreDynamicSlot(ObjOperandId obj, uint32_t offset, ValOperandId rhs, Shape* newShape, uint32_t numNewSlots) {\
>++  writeOp(CacheOp::AllocateAndStoreDynamicSlot);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeOperandId(rhs);\
>++  writeShapeField(newShape);\
>++  writeRawInt32Field(numNewSlots);\
>++  assertLengthMatches();\
>++}\
>++void storeDenseElement(ObjOperandId obj, Int32OperandId index, ValOperandId rhs) {\
>++  writeOp(CacheOp::StoreDenseElement);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void storeDenseElementHole(ObjOperandId obj, Int32OperandId index, ValOperandId rhs, bool handleAdd) {\
>++  writeOp(CacheOp::StoreDenseElementHole);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(handleAdd);\
>++  assertLengthMatches();\
>++}\
>++void arrayPush(ObjOperandId obj, ValOperandId rhs) {\
>++  writeOp(CacheOp::ArrayPush);\
>++  writeOperandId(obj);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void arrayJoinResult(ObjOperandId obj, StringOperandId sep) {\
>++  writeOp(CacheOp::ArrayJoinResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(sep);\
>++  assertLengthMatches();\
>++}\
>++void packedArrayPopResult(ObjOperandId array) {\
>++  writeOp(CacheOp::PackedArrayPopResult);\
>++  writeOperandId(array);\
>++  assertLengthMatches();\
>++}\
>++void packedArrayShiftResult(ObjOperandId array) {\
>++  writeOp(CacheOp::PackedArrayShiftResult);\
>++  writeOperandId(array);\
>++  assertLengthMatches();\
>++}\
>++void packedArraySliceResult(JSObject* templateObject, ObjOperandId array, Int32OperandId begin, Int32OperandId end) {\
>++  writeOp(CacheOp::PackedArraySliceResult);\
>++  writeObjectField(templateObject);\
>++  writeOperandId(array);\
>++  writeOperandId(begin);\
>++  writeOperandId(end);\
>++  assertLengthMatches();\
>++}\
>++void isArrayResult(ValOperandId input) {\
>++  writeOp(CacheOp::IsArrayResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void storeFixedSlotUndefinedResult(ObjOperandId obj, uint32_t offset, ValOperandId rhs) {\
>++  writeOp(CacheOp::StoreFixedSlotUndefinedResult);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void isObjectResult(ValOperandId input) {\
>++  writeOp(CacheOp::IsObjectResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void isPackedArrayResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::IsPackedArrayResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void isCallableResult(ValOperandId input) {\
>++  writeOp(CacheOp::IsCallableResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void isConstructorResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::IsConstructorResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void isCrossRealmArrayConstructorResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::IsCrossRealmArrayConstructorResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void isTypedArrayResult(ObjOperandId obj, bool isPossiblyWrapped) {\
>++  writeOp(CacheOp::IsTypedArrayResult);\
>++  writeOperandId(obj);\
>++  writeBoolImm(isPossiblyWrapped);\
>++  assertLengthMatches();\
>++}\
>++void isTypedArrayConstructorResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::IsTypedArrayConstructorResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void arrayBufferViewByteOffsetInt32Result(ObjOperandId obj) {\
>++  writeOp(CacheOp::ArrayBufferViewByteOffsetInt32Result);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void arrayBufferViewByteOffsetDoubleResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::ArrayBufferViewByteOffsetDoubleResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void typedArrayByteLengthInt32Result(ObjOperandId obj) {\
>++  writeOp(CacheOp::TypedArrayByteLengthInt32Result);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void typedArrayByteLengthDoubleResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::TypedArrayByteLengthDoubleResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void typedArrayElementSizeResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::TypedArrayElementSizeResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void guardHasAttachedArrayBuffer(ObjOperandId obj) {\
>++  writeOp(CacheOp::GuardHasAttachedArrayBuffer);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void finishBoundFunctionInitResult(ObjOperandId bound, ObjOperandId target, Int32OperandId argCount) {\
>++  writeOp(CacheOp::FinishBoundFunctionInitResult);\
>++  writeOperandId(bound);\
>++  writeOperandId(target);\
>++  writeOperandId(argCount);\
>++  assertLengthMatches();\
>++}\
>++void newArrayIteratorResult(JSObject* templateObject) {\
>++  writeOp(CacheOp::NewArrayIteratorResult);\
>++  writeObjectField(templateObject);\
>++  assertLengthMatches();\
>++}\
>++void newStringIteratorResult(JSObject* templateObject) {\
>++  writeOp(CacheOp::NewStringIteratorResult);\
>++  writeObjectField(templateObject);\
>++  assertLengthMatches();\
>++}\
>++void newRegExpStringIteratorResult(JSObject* templateObject) {\
>++  writeOp(CacheOp::NewRegExpStringIteratorResult);\
>++  writeObjectField(templateObject);\
>++  assertLengthMatches();\
>++}\
>++void objectCreateResult(JSObject* templateObject) {\
>++  writeOp(CacheOp::ObjectCreateResult);\
>++  writeObjectField(templateObject);\
>++  assertLengthMatches();\
>++}\
>++void newArrayFromLengthResult(JSObject* templateObject, Int32OperandId length) {\
>++  writeOp(CacheOp::NewArrayFromLengthResult);\
>++  writeObjectField(templateObject);\
>++  writeOperandId(length);\
>++  assertLengthMatches();\
>++}\
>++void newTypedArrayFromLengthResult(JSObject* templateObject, Int32OperandId length) {\
>++  writeOp(CacheOp::NewTypedArrayFromLengthResult);\
>++  writeObjectField(templateObject);\
>++  writeOperandId(length);\
>++  assertLengthMatches();\
>++}\
>++void newTypedArrayFromArrayBufferResult(JSObject* templateObject, ObjOperandId buffer, ValOperandId byteOffset, ValOperandId length) {\
>++  writeOp(CacheOp::NewTypedArrayFromArrayBufferResult);\
>++  writeObjectField(templateObject);\
>++  writeOperandId(buffer);\
>++  writeOperandId(byteOffset);\
>++  writeOperandId(length);\
>++  assertLengthMatches();\
>++}\
>++void newTypedArrayFromArrayResult(JSObject* templateObject, ObjOperandId array) {\
>++  writeOp(CacheOp::NewTypedArrayFromArrayResult);\
>++  writeObjectField(templateObject);\
>++  writeOperandId(array);\
>++  assertLengthMatches();\
>++}\
>++void newStringObjectResult(JSObject* templateObject, StringOperandId str) {\
>++  writeOp(CacheOp::NewStringObjectResult);\
>++  writeObjectField(templateObject);\
>++  writeOperandId(str);\
>++  assertLengthMatches();\
>++}\
>++void stringFromCharCodeResult(Int32OperandId code) {\
>++  writeOp(CacheOp::StringFromCharCodeResult);\
>++  writeOperandId(code);\
>++  assertLengthMatches();\
>++}\
>++void stringFromCodePointResult(Int32OperandId code) {\
>++  writeOp(CacheOp::StringFromCodePointResult);\
>++  writeOperandId(code);\
>++  assertLengthMatches();\
>++}\
>++void stringToLowerCaseResult(StringOperandId str) {\
>++  writeOp(CacheOp::StringToLowerCaseResult);\
>++  writeOperandId(str);\
>++  assertLengthMatches();\
>++}\
>++void stringToUpperCaseResult(StringOperandId str) {\
>++  writeOp(CacheOp::StringToUpperCaseResult);\
>++  writeOperandId(str);\
>++  assertLengthMatches();\
>++}\
>++void mathAbsInt32Result(Int32OperandId input) {\
>++  writeOp(CacheOp::MathAbsInt32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathAbsNumberResult(NumberOperandId input) {\
>++  writeOp(CacheOp::MathAbsNumberResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathClz32Result(Int32OperandId input) {\
>++  writeOp(CacheOp::MathClz32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathSignInt32Result(Int32OperandId input) {\
>++  writeOp(CacheOp::MathSignInt32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathSignNumberResult(NumberOperandId input) {\
>++  writeOp(CacheOp::MathSignNumberResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathSignNumberToInt32Result(NumberOperandId input) {\
>++  writeOp(CacheOp::MathSignNumberToInt32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathImulResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::MathImulResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void mathSqrtNumberResult(NumberOperandId input) {\
>++  writeOp(CacheOp::MathSqrtNumberResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathFRoundNumberResult(NumberOperandId input) {\
>++  writeOp(CacheOp::MathFRoundNumberResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathRandomResult(const void* rng) {\
>++  writeOp(CacheOp::MathRandomResult);\
>++  writeRawPointerField(rng);\
>++  assertLengthMatches();\
>++}\
>++void mathHypot2NumberResult(NumberOperandId first, NumberOperandId second) {\
>++  writeOp(CacheOp::MathHypot2NumberResult);\
>++  writeOperandId(first);\
>++  writeOperandId(second);\
>++  assertLengthMatches();\
>++}\
>++void mathHypot3NumberResult(NumberOperandId first, NumberOperandId second, NumberOperandId third) {\
>++  writeOp(CacheOp::MathHypot3NumberResult);\
>++  writeOperandId(first);\
>++  writeOperandId(second);\
>++  writeOperandId(third);\
>++  assertLengthMatches();\
>++}\
>++void mathHypot4NumberResult(NumberOperandId first, NumberOperandId second, NumberOperandId third, NumberOperandId fourth) {\
>++  writeOp(CacheOp::MathHypot4NumberResult);\
>++  writeOperandId(first);\
>++  writeOperandId(second);\
>++  writeOperandId(third);\
>++  writeOperandId(fourth);\
>++  assertLengthMatches();\
>++}\
>++void mathAtan2NumberResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::MathAtan2NumberResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void mathFloorNumberResult(NumberOperandId input) {\
>++  writeOp(CacheOp::MathFloorNumberResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathCeilNumberResult(NumberOperandId input) {\
>++  writeOp(CacheOp::MathCeilNumberResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathTruncNumberResult(NumberOperandId input) {\
>++  writeOp(CacheOp::MathTruncNumberResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathFloorToInt32Result(NumberOperandId input) {\
>++  writeOp(CacheOp::MathFloorToInt32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathCeilToInt32Result(NumberOperandId input) {\
>++  writeOp(CacheOp::MathCeilToInt32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathTruncToInt32Result(NumberOperandId input) {\
>++  writeOp(CacheOp::MathTruncToInt32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void mathRoundToInt32Result(NumberOperandId input) {\
>++  writeOp(CacheOp::MathRoundToInt32Result);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++Int32OperandId int32MinMax(bool isMax, Int32OperandId first, Int32OperandId second) {\
>++  writeOp(CacheOp::Int32MinMax);\
>++  writeBoolImm(isMax);\
>++  writeOperandId(first);\
>++  writeOperandId(second);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++NumberOperandId numberMinMax(bool isMax, NumberOperandId first, NumberOperandId second) {\
>++  writeOp(CacheOp::NumberMinMax);\
>++  writeBoolImm(isMax);\
>++  writeOperandId(first);\
>++  writeOperandId(second);\
>++  NumberOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++void int32MinMaxArrayResult(ObjOperandId array, bool isMax) {\
>++  writeOp(CacheOp::Int32MinMaxArrayResult);\
>++  writeOperandId(array);\
>++  writeBoolImm(isMax);\
>++  assertLengthMatches();\
>++}\
>++void numberMinMaxArrayResult(ObjOperandId array, bool isMax) {\
>++  writeOp(CacheOp::NumberMinMaxArrayResult);\
>++  writeOperandId(array);\
>++  writeBoolImm(isMax);\
>++  assertLengthMatches();\
>++}\
>++void mathFunctionNumberResult(NumberOperandId input, UnaryMathFunction fun) {\
>++  writeOp(CacheOp::MathFunctionNumberResult);\
>++  writeOperandId(input);\
>++  writeUnaryMathFunctionImm(fun);\
>++  assertLengthMatches();\
>++}\
>++void objectToStringResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::ObjectToStringResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void reflectGetPrototypeOfResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::ReflectGetPrototypeOfResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void storeTypedArrayElement(ObjOperandId obj, Scalar::Type elementType, IntPtrOperandId index, OperandId rhs, bool handleOOB) {\
>++  writeOp(CacheOp::StoreTypedArrayElement);\
>++  writeOperandId(obj);\
>++  writeScalarTypeImm(elementType);\
>++  writeOperandId(index);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(handleOOB);\
>++  assertLengthMatches();\
>++}\
>++void atomicsCompareExchangeResult(ObjOperandId obj, IntPtrOperandId index, OperandId expected, OperandId replacement, Scalar::Type elementType) {\
>++  writeOp(CacheOp::AtomicsCompareExchangeResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(expected);\
>++  writeOperandId(replacement);\
>++  writeScalarTypeImm(elementType);\
>++  assertLengthMatches();\
>++}\
>++void atomicsExchangeResult(ObjOperandId obj, IntPtrOperandId index, OperandId value, Scalar::Type elementType) {\
>++  writeOp(CacheOp::AtomicsExchangeResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(value);\
>++  writeScalarTypeImm(elementType);\
>++  assertLengthMatches();\
>++}\
>++void atomicsAddResult(ObjOperandId obj, IntPtrOperandId index, OperandId value, Scalar::Type elementType, bool forEffect) {\
>++  writeOp(CacheOp::AtomicsAddResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(value);\
>++  writeScalarTypeImm(elementType);\
>++  writeBoolImm(forEffect);\
>++  assertLengthMatches();\
>++}\
>++void atomicsSubResult(ObjOperandId obj, IntPtrOperandId index, OperandId value, Scalar::Type elementType, bool forEffect) {\
>++  writeOp(CacheOp::AtomicsSubResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(value);\
>++  writeScalarTypeImm(elementType);\
>++  writeBoolImm(forEffect);\
>++  assertLengthMatches();\
>++}\
>++void atomicsAndResult(ObjOperandId obj, IntPtrOperandId index, OperandId value, Scalar::Type elementType, bool forEffect) {\
>++  writeOp(CacheOp::AtomicsAndResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(value);\
>++  writeScalarTypeImm(elementType);\
>++  writeBoolImm(forEffect);\
>++  assertLengthMatches();\
>++}\
>++void atomicsOrResult(ObjOperandId obj, IntPtrOperandId index, OperandId value, Scalar::Type elementType, bool forEffect) {\
>++  writeOp(CacheOp::AtomicsOrResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(value);\
>++  writeScalarTypeImm(elementType);\
>++  writeBoolImm(forEffect);\
>++  assertLengthMatches();\
>++}\
>++void atomicsXorResult(ObjOperandId obj, IntPtrOperandId index, OperandId value, Scalar::Type elementType, bool forEffect) {\
>++  writeOp(CacheOp::AtomicsXorResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(value);\
>++  writeScalarTypeImm(elementType);\
>++  writeBoolImm(forEffect);\
>++  assertLengthMatches();\
>++}\
>++void atomicsLoadResult(ObjOperandId obj, IntPtrOperandId index, Scalar::Type elementType) {\
>++  writeOp(CacheOp::AtomicsLoadResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeScalarTypeImm(elementType);\
>++  assertLengthMatches();\
>++}\
>++void atomicsStoreResult(ObjOperandId obj, IntPtrOperandId index, OperandId value, Scalar::Type elementType) {\
>++  writeOp(CacheOp::AtomicsStoreResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeOperandId(value);\
>++  writeScalarTypeImm(elementType);\
>++  assertLengthMatches();\
>++}\
>++void atomicsIsLockFreeResult(Int32OperandId value) {\
>++  writeOp(CacheOp::AtomicsIsLockFreeResult);\
>++  writeOperandId(value);\
>++  assertLengthMatches();\
>++}\
>++private:\
>++void callNativeSetter_(ObjOperandId receiver, JSObject* setter, ValOperandId rhs, bool sameRealm, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::CallNativeSetter);\
>++  writeOperandId(receiver);\
>++  writeObjectField(setter);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(sameRealm);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void callScriptedSetter_(ObjOperandId receiver, JSObject* setter, ValOperandId rhs, bool sameRealm, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::CallScriptedSetter);\
>++  writeOperandId(receiver);\
>++  writeObjectField(setter);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(sameRealm);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void callInlinedSetter_(ObjOperandId receiver, JSObject* setter, ValOperandId rhs, const void* icScript, bool sameRealm, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::CallInlinedSetter);\
>++  writeOperandId(receiver);\
>++  writeObjectField(setter);\
>++  writeOperandId(rhs);\
>++  writeRawPointerField(icScript);\
>++  writeBoolImm(sameRealm);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++void callDOMSetter(ObjOperandId obj, const void* jitInfo, ValOperandId rhs) {\
>++  writeOp(CacheOp::CallDOMSetter);\
>++  writeOperandId(obj);\
>++  writeRawPointerField(jitInfo);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void callSetArrayLength(ObjOperandId obj, bool strict, ValOperandId rhs) {\
>++  writeOp(CacheOp::CallSetArrayLength);\
>++  writeOperandId(obj);\
>++  writeBoolImm(strict);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void proxySet(ObjOperandId obj, jsid id, ValOperandId rhs, bool strict) {\
>++  writeOp(CacheOp::ProxySet);\
>++  writeOperandId(obj);\
>++  writeIdField(id);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(strict);\
>++  assertLengthMatches();\
>++}\
>++void proxySetByValue(ObjOperandId obj, ValOperandId id, ValOperandId rhs, bool strict) {\
>++  writeOp(CacheOp::ProxySetByValue);\
>++  writeOperandId(obj);\
>++  writeOperandId(id);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(strict);\
>++  assertLengthMatches();\
>++}\
>++void callAddOrUpdateSparseElementHelper(ObjOperandId obj, Int32OperandId id, ValOperandId rhs, bool strict) {\
>++  writeOp(CacheOp::CallAddOrUpdateSparseElementHelper);\
>++  writeOperandId(obj);\
>++  writeOperandId(id);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(strict);\
>++  assertLengthMatches();\
>++}\
>++StringOperandId callInt32ToString(Int32OperandId input) {\
>++  writeOp(CacheOp::CallInt32ToString);\
>++  writeOperandId(input);\
>++  StringOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++StringOperandId callNumberToString(NumberOperandId input) {\
>++  writeOp(CacheOp::CallNumberToString);\
>++  writeOperandId(input);\
>++  StringOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++StringOperandId booleanToString(BooleanOperandId input) {\
>++  writeOp(CacheOp::BooleanToString);\
>++  writeOperandId(input);\
>++  StringOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++private:\
>++void callScriptedFunction_(ObjOperandId callee, Int32OperandId argc, CallFlags flags) {\
>++  writeOp(CacheOp::CallScriptedFunction);\
>++  writeOperandId(callee);\
>++  writeOperandId(argc);\
>++  writeCallFlagsImm(flags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++void callWasmFunction(ObjOperandId callee, Int32OperandId argc, CallFlags flags, const void* funcExport, JSObject* instance) {\
>++  writeOp(CacheOp::CallWasmFunction);\
>++  writeOperandId(callee);\
>++  writeOperandId(argc);\
>++  writeCallFlagsImm(flags);\
>++  writeRawPointerField(funcExport);\
>++  writeObjectField(instance);\
>++  assertLengthMatches();\
>++}\
>++void guardWasmArg(ValOperandId arg, wasm::ValType::Kind type) {\
>++  writeOp(CacheOp::GuardWasmArg);\
>++  writeOperandId(arg);\
>++  writeWasmValTypeImm(type);\
>++  assertLengthMatches();\
>++}\
>++private:\
>++void callNativeFunction_(ObjOperandId callee, Int32OperandId argc, CallFlags flags, bool ignoresReturnValue) {\
>++  writeOp(CacheOp::CallNativeFunction);\
>++  writeOperandId(callee);\
>++  writeOperandId(argc);\
>++  writeCallFlagsImm(flags);\
>++  writeBoolImm(ignoresReturnValue);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void callDOMFunction_(ObjOperandId callee, Int32OperandId argc, ObjOperandId thisObj, CallFlags flags) {\
>++  writeOp(CacheOp::CallDOMFunction);\
>++  writeOperandId(callee);\
>++  writeOperandId(argc);\
>++  writeOperandId(thisObj);\
>++  writeCallFlagsImm(flags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void callClassHook_(ObjOperandId callee, Int32OperandId argc, CallFlags flags, const void* target) {\
>++  writeOp(CacheOp::CallClassHook);\
>++  writeOperandId(callee);\
>++  writeOperandId(argc);\
>++  writeCallFlagsImm(flags);\
>++  writeRawPointerField(target);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void callInlinedFunction_(ObjOperandId callee, Int32OperandId argc, const void* icScript, CallFlags flags) {\
>++  writeOp(CacheOp::CallInlinedFunction);\
>++  writeOperandId(callee);\
>++  writeOperandId(argc);\
>++  writeRawPointerField(icScript);\
>++  writeCallFlagsImm(flags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void metaTwoByte_(JSObject* functionObject, JSObject* templateObject) {\
>++  writeOp(CacheOp::MetaTwoByte);\
>++  writeObjectField(functionObject);\
>++  writeObjectField(templateObject);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++void loadFixedSlotResult(ObjOperandId obj, uint32_t offset) {\
>++  writeOp(CacheOp::LoadFixedSlotResult);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  assertLengthMatches();\
>++}\
>++void loadFixedSlotTypedResult(ObjOperandId obj, uint32_t offset, ValueType type) {\
>++  writeOp(CacheOp::LoadFixedSlotTypedResult);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  writeValueTypeImm(type);\
>++  assertLengthMatches();\
>++}\
>++void loadDynamicSlotResult(ObjOperandId obj, uint32_t offset) {\
>++  writeOp(CacheOp::LoadDynamicSlotResult);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  assertLengthMatches();\
>++}\
>++void loadDenseElementResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::LoadDenseElementResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadDenseElementHoleResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::LoadDenseElementHoleResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void callGetSparseElementResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::CallGetSparseElementResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadDenseElementExistsResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::LoadDenseElementExistsResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadTypedArrayElementExistsResult(ObjOperandId obj, IntPtrOperandId index) {\
>++  writeOp(CacheOp::LoadTypedArrayElementExistsResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadDenseElementHoleExistsResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::LoadDenseElementHoleExistsResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadTypedArrayElementResult(ObjOperandId obj, IntPtrOperandId index, Scalar::Type elementType, bool handleOOB, bool forceDoubleForUint32) {\
>++  writeOp(CacheOp::LoadTypedArrayElementResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  writeScalarTypeImm(elementType);\
>++  writeBoolImm(handleOOB);\
>++  writeBoolImm(forceDoubleForUint32);\
>++  assertLengthMatches();\
>++}\
>++void loadDataViewValueResult(ObjOperandId obj, IntPtrOperandId offset, BooleanOperandId littleEndian, Scalar::Type elementType, bool forceDoubleForUint32) {\
>++  writeOp(CacheOp::LoadDataViewValueResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(offset);\
>++  writeOperandId(littleEndian);\
>++  writeScalarTypeImm(elementType);\
>++  writeBoolImm(forceDoubleForUint32);\
>++  assertLengthMatches();\
>++}\
>++void storeDataViewValueResult(ObjOperandId obj, IntPtrOperandId offset, OperandId value, BooleanOperandId littleEndian, Scalar::Type elementType) {\
>++  writeOp(CacheOp::StoreDataViewValueResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(offset);\
>++  writeOperandId(value);\
>++  writeOperandId(littleEndian);\
>++  writeScalarTypeImm(elementType);\
>++  assertLengthMatches();\
>++}\
>++void loadInt32ArrayLengthResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadInt32ArrayLengthResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++Int32OperandId loadInt32ArrayLength(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadInt32ArrayLength);\
>++  writeOperandId(obj);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++void loadArgumentsObjectArgResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::LoadArgumentsObjectArgResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadArgumentsObjectLengthResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadArgumentsObjectLengthResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadFunctionLengthResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadFunctionLengthResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadFunctionNameResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadFunctionNameResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadArrayBufferByteLengthInt32Result(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadArrayBufferByteLengthInt32Result);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadArrayBufferByteLengthDoubleResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadArrayBufferByteLengthDoubleResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadArrayBufferViewLengthInt32Result(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadArrayBufferViewLengthInt32Result);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadArrayBufferViewLengthDoubleResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadArrayBufferViewLengthDoubleResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadStringCharResult(StringOperandId str, Int32OperandId index) {\
>++  writeOp(CacheOp::LoadStringCharResult);\
>++  writeOperandId(str);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadStringCharCodeResult(StringOperandId str, Int32OperandId index) {\
>++  writeOp(CacheOp::LoadStringCharCodeResult);\
>++  writeOperandId(str);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void loadStringLengthResult(StringOperandId str) {\
>++  writeOp(CacheOp::LoadStringLengthResult);\
>++  writeOperandId(str);\
>++  assertLengthMatches();\
>++}\
>++void frameIsConstructingResult() {\
>++  writeOp(CacheOp::FrameIsConstructingResult);\
>++  assertLengthMatches();\
>++}\
>++void loadEnvironmentFixedSlotResult(ObjOperandId obj, uint32_t offset) {\
>++  writeOp(CacheOp::LoadEnvironmentFixedSlotResult);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  assertLengthMatches();\
>++}\
>++void loadEnvironmentDynamicSlotResult(ObjOperandId obj, uint32_t offset) {\
>++  writeOp(CacheOp::LoadEnvironmentDynamicSlotResult);\
>++  writeOperandId(obj);\
>++  writeRawInt32Field(offset);\
>++  assertLengthMatches();\
>++}\
>++void loadObjectResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadObjectResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadStringResult(StringOperandId str) {\
>++  writeOp(CacheOp::LoadStringResult);\
>++  writeOperandId(str);\
>++  assertLengthMatches();\
>++}\
>++void loadSymbolResult(SymbolOperandId sym) {\
>++  writeOp(CacheOp::LoadSymbolResult);\
>++  writeOperandId(sym);\
>++  assertLengthMatches();\
>++}\
>++void loadInt32Result(Int32OperandId val) {\
>++  writeOp(CacheOp::LoadInt32Result);\
>++  writeOperandId(val);\
>++  assertLengthMatches();\
>++}\
>++void loadDoubleResult(NumberOperandId val) {\
>++  writeOp(CacheOp::LoadDoubleResult);\
>++  writeOperandId(val);\
>++  assertLengthMatches();\
>++}\
>++void loadBigIntResult(BigIntOperandId val) {\
>++  writeOp(CacheOp::LoadBigIntResult);\
>++  writeOperandId(val);\
>++  assertLengthMatches();\
>++}\
>++private:\
>++void callScriptedGetterResult_(ValOperandId receiver, JSObject* getter, bool sameRealm, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::CallScriptedGetterResult);\
>++  writeOperandId(receiver);\
>++  writeObjectField(getter);\
>++  writeBoolImm(sameRealm);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void callInlinedGetterResult_(ValOperandId receiver, JSObject* getter, const void* icScript, bool sameRealm, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::CallInlinedGetterResult);\
>++  writeOperandId(receiver);\
>++  writeObjectField(getter);\
>++  writeRawPointerField(icScript);\
>++  writeBoolImm(sameRealm);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++private:\
>++void callNativeGetterResult_(ValOperandId receiver, JSObject* getter, bool sameRealm, uint32_t nargsAndFlags) {\
>++  writeOp(CacheOp::CallNativeGetterResult);\
>++  writeOperandId(receiver);\
>++  writeObjectField(getter);\
>++  writeBoolImm(sameRealm);\
>++  writeRawInt32Field(nargsAndFlags);\
>++  assertLengthMatches();\
>++}\
>++public:\
>++void callDOMGetterResult(ObjOperandId obj, const void* jitInfo) {\
>++  writeOp(CacheOp::CallDOMGetterResult);\
>++  writeOperandId(obj);\
>++  writeRawPointerField(jitInfo);\
>++  assertLengthMatches();\
>++}\
>++void proxyGetResult(ObjOperandId obj, jsid id) {\
>++  writeOp(CacheOp::ProxyGetResult);\
>++  writeOperandId(obj);\
>++  writeIdField(id);\
>++  assertLengthMatches();\
>++}\
>++void proxyGetByValueResult(ObjOperandId obj, ValOperandId id) {\
>++  writeOp(CacheOp::ProxyGetByValueResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(id);\
>++  assertLengthMatches();\
>++}\
>++void proxyHasPropResult(ObjOperandId obj, ValOperandId id, bool hasOwn) {\
>++  writeOp(CacheOp::ProxyHasPropResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(id);\
>++  writeBoolImm(hasOwn);\
>++  assertLengthMatches();\
>++}\
>++void callObjectHasSparseElementResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::CallObjectHasSparseElementResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void callNativeGetElementResult(ObjOperandId obj, Int32OperandId index) {\
>++  writeOp(CacheOp::CallNativeGetElementResult);\
>++  writeOperandId(obj);\
>++  writeOperandId(index);\
>++  assertLengthMatches();\
>++}\
>++void getNextMapSetEntryForIteratorResult(ObjOperandId iter, ObjOperandId resultArr, bool isMap) {\
>++  writeOp(CacheOp::GetNextMapSetEntryForIteratorResult);\
>++  writeOperandId(iter);\
>++  writeOperandId(resultArr);\
>++  writeBoolImm(isMap);\
>++  assertLengthMatches();\
>++}\
>++void loadUndefinedResult() {\
>++  writeOp(CacheOp::LoadUndefinedResult);\
>++  assertLengthMatches();\
>++}\
>++void loadBooleanResult(bool val) {\
>++  writeOp(CacheOp::LoadBooleanResult);\
>++  writeBoolImm(val);\
>++  assertLengthMatches();\
>++}\
>++Int32OperandId loadInt32Constant(uint32_t val) {\
>++  writeOp(CacheOp::LoadInt32Constant);\
>++  writeRawInt32Field(val);\
>++  Int32OperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++BooleanOperandId loadBooleanConstant(bool val) {\
>++  writeOp(CacheOp::LoadBooleanConstant);\
>++  writeBoolImm(val);\
>++  BooleanOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++ValOperandId loadUndefined() {\
>++  writeOp(CacheOp::LoadUndefined);\
>++  ValOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++StringOperandId loadConstantString(JSString* str) {\
>++  writeOp(CacheOp::LoadConstantString);\
>++  writeStringField(str);\
>++  StringOperandId result(newOperandId());\
>++  writeOperandId(result);\
>++  assertLengthMatches();\
>++  return result;\
>++}\
>++void loadConstantStringResult(JSString* str) {\
>++  writeOp(CacheOp::LoadConstantStringResult);\
>++  writeStringField(str);\
>++  assertLengthMatches();\
>++}\
>++void loadInstanceOfObjectResult(ValOperandId lhs, ObjOperandId proto) {\
>++  writeOp(CacheOp::LoadInstanceOfObjectResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(proto);\
>++  assertLengthMatches();\
>++}\
>++void loadTypeOfObjectResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadTypeOfObjectResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void doubleAddResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::DoubleAddResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void doubleSubResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::DoubleSubResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void doubleMulResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::DoubleMulResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void doubleDivResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::DoubleDivResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void doubleModResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::DoubleModResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void doublePowResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::DoublePowResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32AddResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32AddResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32SubResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32SubResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32MulResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32MulResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32DivResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32DivResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32ModResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32ModResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32PowResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32PowResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntAddResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntAddResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntSubResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntSubResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntMulResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntMulResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntDivResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntDivResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntModResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntModResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntPowResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntPowResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32BitOrResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32BitOrResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32BitXorResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32BitXorResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32BitAndResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32BitAndResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32LeftShiftResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32LeftShiftResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32RightShiftResult(Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::Int32RightShiftResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void int32URightShiftResult(Int32OperandId lhs, Int32OperandId rhs, bool forceDouble) {\
>++  writeOp(CacheOp::Int32URightShiftResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  writeBoolImm(forceDouble);\
>++  assertLengthMatches();\
>++}\
>++void int32NotResult(Int32OperandId input) {\
>++  writeOp(CacheOp::Int32NotResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void bigIntBitOrResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntBitOrResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntBitXorResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntBitXorResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntBitAndResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntBitAndResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntLeftShiftResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntLeftShiftResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntRightShiftResult(BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::BigIntRightShiftResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void bigIntNotResult(BigIntOperandId input) {\
>++  writeOp(CacheOp::BigIntNotResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void int32NegationResult(Int32OperandId input) {\
>++  writeOp(CacheOp::Int32NegationResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void doubleNegationResult(NumberOperandId input) {\
>++  writeOp(CacheOp::DoubleNegationResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void bigIntNegationResult(BigIntOperandId input) {\
>++  writeOp(CacheOp::BigIntNegationResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void int32IncResult(Int32OperandId input) {\
>++  writeOp(CacheOp::Int32IncResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void int32DecResult(Int32OperandId input) {\
>++  writeOp(CacheOp::Int32DecResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void doubleIncResult(NumberOperandId input) {\
>++  writeOp(CacheOp::DoubleIncResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void doubleDecResult(NumberOperandId input) {\
>++  writeOp(CacheOp::DoubleDecResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void bigIntIncResult(BigIntOperandId input) {\
>++  writeOp(CacheOp::BigIntIncResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void bigIntDecResult(BigIntOperandId input) {\
>++  writeOp(CacheOp::BigIntDecResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void loadInt32TruthyResult(ValOperandId input) {\
>++  writeOp(CacheOp::LoadInt32TruthyResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void loadDoubleTruthyResult(NumberOperandId input) {\
>++  writeOp(CacheOp::LoadDoubleTruthyResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void loadStringTruthyResult(StringOperandId str) {\
>++  writeOp(CacheOp::LoadStringTruthyResult);\
>++  writeOperandId(str);\
>++  assertLengthMatches();\
>++}\
>++void loadObjectTruthyResult(ObjOperandId obj) {\
>++  writeOp(CacheOp::LoadObjectTruthyResult);\
>++  writeOperandId(obj);\
>++  assertLengthMatches();\
>++}\
>++void loadBigIntTruthyResult(BigIntOperandId bigInt) {\
>++  writeOp(CacheOp::LoadBigIntTruthyResult);\
>++  writeOperandId(bigInt);\
>++  assertLengthMatches();\
>++}\
>++void loadValueTruthyResult(ValOperandId input) {\
>++  writeOp(CacheOp::LoadValueTruthyResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void loadValueResult(const Value& val) {\
>++  writeOp(CacheOp::LoadValueResult);\
>++  writeValueField(val);\
>++  assertLengthMatches();\
>++}\
>++void loadOperandResult(ValOperandId input) {\
>++  writeOp(CacheOp::LoadOperandResult);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void newPlainObjectResult(uint32_t numFixedSlots, uint32_t numDynamicSlots, gc::AllocKind allocKind, Shape* shape, gc::AllocSite* site) {\
>++  writeOp(CacheOp::NewPlainObjectResult);\
>++  writeUInt32Imm(numFixedSlots);\
>++  writeUInt32Imm(numDynamicSlots);\
>++  writeAllocKindImm(allocKind);\
>++  writeShapeField(shape);\
>++  writeAllocSiteField(site);\
>++  assertLengthMatches();\
>++}\
>++void newArrayObjectResult(uint32_t arrayLength, Shape* shape, gc::AllocSite* site) {\
>++  writeOp(CacheOp::NewArrayObjectResult);\
>++  writeUInt32Imm(arrayLength);\
>++  writeShapeField(shape);\
>++  writeAllocSiteField(site);\
>++  assertLengthMatches();\
>++}\
>++void callStringConcatResult(StringOperandId lhs, StringOperandId rhs) {\
>++  writeOp(CacheOp::CallStringConcatResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void callStringObjectConcatResult(ValOperandId lhs, ValOperandId rhs) {\
>++  writeOp(CacheOp::CallStringObjectConcatResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void callIsSuspendedGeneratorResult(ValOperandId val) {\
>++  writeOp(CacheOp::CallIsSuspendedGeneratorResult);\
>++  writeOperandId(val);\
>++  assertLengthMatches();\
>++}\
>++void compareStringResult(JSOp op, StringOperandId lhs, StringOperandId rhs) {\
>++  writeOp(CacheOp::CompareStringResult);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareObjectResult(JSOp op, ObjOperandId lhs, ObjOperandId rhs) {\
>++  writeOp(CacheOp::CompareObjectResult);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareSymbolResult(JSOp op, SymbolOperandId lhs, SymbolOperandId rhs) {\
>++  writeOp(CacheOp::CompareSymbolResult);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareInt32Result(JSOp op, Int32OperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::CompareInt32Result);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareDoubleResult(JSOp op, NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::CompareDoubleResult);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareBigIntResult(JSOp op, BigIntOperandId lhs, BigIntOperandId rhs) {\
>++  writeOp(CacheOp::CompareBigIntResult);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareBigIntInt32Result(JSOp op, BigIntOperandId lhs, Int32OperandId rhs) {\
>++  writeOp(CacheOp::CompareBigIntInt32Result);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareBigIntNumberResult(JSOp op, BigIntOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::CompareBigIntNumberResult);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareBigIntStringResult(JSOp op, BigIntOperandId lhs, StringOperandId rhs) {\
>++  writeOp(CacheOp::CompareBigIntStringResult);\
>++  writeJSOpImm(op);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void compareNullUndefinedResult(JSOp op, bool isUndefined, ValOperandId input) {\
>++  writeOp(CacheOp::CompareNullUndefinedResult);\
>++  writeJSOpImm(op);\
>++  writeBoolImm(isUndefined);\
>++  writeOperandId(input);\
>++  assertLengthMatches();\
>++}\
>++void compareDoubleSameValueResult(NumberOperandId lhs, NumberOperandId rhs) {\
>++  writeOp(CacheOp::CompareDoubleSameValueResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void sameValueResult(ValOperandId lhs, ValOperandId rhs) {\
>++  writeOp(CacheOp::SameValueResult);\
>++  writeOperandId(lhs);\
>++  writeOperandId(rhs);\
>++  assertLengthMatches();\
>++}\
>++void indirectTruncateInt32Result(Int32OperandId val) {\
>++  writeOp(CacheOp::IndirectTruncateInt32Result);\
>++  writeOperandId(val);\
>++  assertLengthMatches();\
>++}\
>++void bigIntAsIntNResult(Int32OperandId bits, BigIntOperandId bigInt) {\
>++  writeOp(CacheOp::BigIntAsIntNResult);\
>++  writeOperandId(bits);\
>++  writeOperandId(bigInt);\
>++  assertLengthMatches();\
>++}\
>++void bigIntAsUintNResult(Int32OperandId bits, BigIntOperandId bigInt) {\
>++  writeOp(CacheOp::BigIntAsUintNResult);\
>++  writeOperandId(bits);\
>++  writeOperandId(bigInt);\
>++  assertLengthMatches();\
>++}\
>++void callPrintString(const char* str) {\
>++  writeOp(CacheOp::CallPrintString);\
>++  writeStaticStringImm(str);\
>++  assertLengthMatches();\
>++}\
>++void breakpoint() {\
>++  writeOp(CacheOp::Breakpoint);\
>++  assertLengthMatches();\
>++}\
>++void wrapResult() {\
>++  writeOp(CacheOp::WrapResult);\
>++  assertLengthMatches();\
>++}\
>++void bailout() {\
>++  writeOp(CacheOp::Bailout);\
>++  assertLengthMatches();\
>++}\
>++void assertRecoveredOnBailoutResult(ValOperandId val, bool mustBeRecovered) {\
>++  writeOp(CacheOp::AssertRecoveredOnBailoutResult);\
>++  writeOperandId(val);\
>++  writeBoolImm(mustBeRecovered);\
>++  assertLengthMatches();\
>++}
>++
>++#define CACHE_IR_COMPILER_SHARED_GENERATED \
>++[[nodiscard]] bool emitGuardToObject(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToObject(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToObject(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNullOrUndefined(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsNullOrUndefined(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsNullOrUndefined(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNull(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsNull(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsNull(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsUndefined(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsUndefined(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsUndefined(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToBoolean(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToBoolean(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToBoolean(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToString(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToString(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToString(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToSymbol(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToSymbol(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToSymbol(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToBigInt(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToBigInt(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToBigInt(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNumber(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsNumber(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsNumber(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToInt32(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToInt32(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToInt32(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardBooleanToInt32(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardBooleanToInt32(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardBooleanToInt32(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToInt32Index(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardToInt32Index(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardToInt32Index(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32ToIntPtr(Int32OperandId inputId, IntPtrOperandId resultId);\
>++[[nodiscard]] bool emitInt32ToIntPtr(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  IntPtrOperandId resultId = reader.intPtrOperandId();\
>++  return emitInt32ToIntPtr(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNumberToIntPtrIndex(NumberOperandId inputId, bool supportOOB, IntPtrOperandId resultId);\
>++[[nodiscard]] bool emitGuardNumberToIntPtrIndex(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  bool supportOOB = reader.readBool();\
>++  IntPtrOperandId resultId = reader.intPtrOperandId();\
>++  return emitGuardNumberToIntPtrIndex(inputId, supportOOB, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToInt32ModUint32(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardToInt32ModUint32(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardToInt32ModUint32(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToUint8Clamped(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardToUint8Clamped(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardToUint8Clamped(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNonDoubleType(ValOperandId inputId, ValueType type);\
>++[[nodiscard]] bool emitGuardNonDoubleType(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  ValueType type = reader.valueType();\
>++  return emitGuardNonDoubleType(inputId, type);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNullProto(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardNullProto(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardNullProto(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardClass(ObjOperandId objId, GuardClassKind kind);\
>++[[nodiscard]] bool emitGuardClass(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  GuardClassKind kind = reader.guardClassKind();\
>++  return emitGuardClass(objId, kind);\
>++}\
>++\
>++[[nodiscard]] bool emitCallRegExpMatcherResult(ObjOperandId regexpId, StringOperandId inputId, Int32OperandId lastIndexId);\
>++[[nodiscard]] bool emitCallRegExpMatcherResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  return emitCallRegExpMatcherResult(regexpId, inputId, lastIndexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallRegExpSearcherResult(ObjOperandId regexpId, StringOperandId inputId, Int32OperandId lastIndexId);\
>++[[nodiscard]] bool emitCallRegExpSearcherResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  return emitCallRegExpSearcherResult(regexpId, inputId, lastIndexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallRegExpTesterResult(ObjOperandId regexpId, StringOperandId inputId, Int32OperandId lastIndexId);\
>++[[nodiscard]] bool emitCallRegExpTesterResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  return emitCallRegExpTesterResult(regexpId, inputId, lastIndexId);\
>++}\
>++\
>++[[nodiscard]] bool emitRegExpFlagResult(ObjOperandId regexpId, int32_t flagsMask);\
>++[[nodiscard]] bool emitRegExpFlagResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  int32_t flagsMask = reader.int32Immediate();\
>++  return emitRegExpFlagResult(regexpId, flagsMask);\
>++}\
>++\
>++[[nodiscard]] bool emitCallSubstringKernelResult(StringOperandId strId, Int32OperandId beginId, Int32OperandId lengthId);\
>++[[nodiscard]] bool emitCallSubstringKernelResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId beginId = reader.int32OperandId();\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  return emitCallSubstringKernelResult(strId, beginId, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringReplaceStringResult(StringOperandId strId, StringOperandId patternId, StringOperandId replacementId);\
>++[[nodiscard]] bool emitStringReplaceStringResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  StringOperandId patternId = reader.stringOperandId();\
>++  StringOperandId replacementId = reader.stringOperandId();\
>++  return emitStringReplaceStringResult(strId, patternId, replacementId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringSplitStringResult(StringOperandId strId, StringOperandId separatorId);\
>++[[nodiscard]] bool emitStringSplitStringResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  StringOperandId separatorId = reader.stringOperandId();\
>++  return emitStringSplitStringResult(strId, separatorId);\
>++}\
>++\
>++[[nodiscard]] bool emitRegExpPrototypeOptimizableResult(ObjOperandId protoId);\
>++[[nodiscard]] bool emitRegExpPrototypeOptimizableResult(CacheIRReader& reader) {\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  return emitRegExpPrototypeOptimizableResult(protoId);\
>++}\
>++\
>++[[nodiscard]] bool emitRegExpInstanceOptimizableResult(ObjOperandId regexpId, ObjOperandId protoId);\
>++[[nodiscard]] bool emitRegExpInstanceOptimizableResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  return emitRegExpInstanceOptimizableResult(regexpId, protoId);\
>++}\
>++\
>++[[nodiscard]] bool emitGetFirstDollarIndexResult(StringOperandId strId);\
>++[[nodiscard]] bool emitGetFirstDollarIndexResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitGetFirstDollarIndexResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsExtensible(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsExtensible(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsExtensible(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNativeObject(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNativeObject(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNativeObject(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsProxy(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsProxy(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsProxy(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNotProxy(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNotProxy(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNotProxy(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNotArrayBufferMaybeShared(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNotArrayBufferMaybeShared(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNotArrayBufferMaybeShared(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsTypedArray(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsTypedArray(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsTypedArray(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNotDOMProxy(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNotDOMProxy(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNotDOMProxy(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNoDenseElements(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardNoDenseElements(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardNoDenseElements(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardStringToIndex(StringOperandId strId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardStringToIndex(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardStringToIndex(strId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardStringToInt32(StringOperandId strId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardStringToInt32(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardStringToInt32(strId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardStringToNumber(StringOperandId strId, NumberOperandId resultId);\
>++[[nodiscard]] bool emitGuardStringToNumber(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  return emitGuardStringToNumber(strId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitBooleanToNumber(BooleanOperandId booleanId, NumberOperandId resultId);\
>++[[nodiscard]] bool emitBooleanToNumber(CacheIRReader& reader) {\
>++  BooleanOperandId booleanId = reader.booleanOperandId();\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  return emitBooleanToNumber(booleanId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardHasGetterSetter(ObjOperandId objId, uint32_t idOffset, uint32_t getterSetterOffset);\
>++[[nodiscard]] bool emitGuardHasGetterSetter(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t idOffset = reader.stubOffset();\
>++  uint32_t getterSetterOffset = reader.stubOffset();\
>++  return emitGuardHasGetterSetter(objId, idOffset, getterSetterOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardInt32IsNonNegative(Int32OperandId indexId);\
>++[[nodiscard]] bool emitGuardInt32IsNonNegative(CacheIRReader& reader) {\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitGuardInt32IsNonNegative(indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIndexIsValidUpdateOrAdd(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitGuardIndexIsValidUpdateOrAdd(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitGuardIndexIsValidUpdateOrAdd(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIndexGreaterThanDenseInitLength(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitGuardIndexGreaterThanDenseInitLength(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitGuardIndexGreaterThanDenseInitLength(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardTagNotEqual(ValueTagOperandId lhsId, ValueTagOperandId rhsId);\
>++[[nodiscard]] bool emitGuardTagNotEqual(CacheIRReader& reader) {\
>++  ValueTagOperandId lhsId = reader.valueTagOperandId();\
>++  ValueTagOperandId rhsId = reader.valueTagOperandId();\
>++  return emitGuardTagNotEqual(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardXrayExpandoShapeAndDefaultProto(ObjOperandId objId, uint32_t shapeWrapperOffset);\
>++[[nodiscard]] bool emitGuardXrayExpandoShapeAndDefaultProto(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t shapeWrapperOffset = reader.stubOffset();\
>++  return emitGuardXrayExpandoShapeAndDefaultProto(objId, shapeWrapperOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardXrayNoExpando(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardXrayNoExpando(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardXrayNoExpando(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardDynamicSlotIsSpecificObject(ObjOperandId objId, ObjOperandId expectedId, uint32_t slotOffset);\
>++[[nodiscard]] bool emitGuardDynamicSlotIsSpecificObject(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId expectedId = reader.objOperandId();\
>++  uint32_t slotOffset = reader.stubOffset();\
>++  return emitGuardDynamicSlotIsSpecificObject(objId, expectedId, slotOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFixedSlotValue(ObjOperandId objId, uint32_t offsetOffset, uint32_t valOffset);\
>++[[nodiscard]] bool emitGuardFixedSlotValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t valOffset = reader.stubOffset();\
>++  return emitGuardFixedSlotValue(objId, offsetOffset, valOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardDynamicSlotValue(ObjOperandId objId, uint32_t offsetOffset, uint32_t valOffset);\
>++[[nodiscard]] bool emitGuardDynamicSlotValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t valOffset = reader.stubOffset();\
>++  return emitGuardDynamicSlotValue(objId, offsetOffset, valOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNoAllocationMetadataBuilder(uint32_t builderAddrOffset);\
>++[[nodiscard]] bool emitGuardNoAllocationMetadataBuilder(CacheIRReader& reader) {\
>++  uint32_t builderAddrOffset = reader.stubOffset();\
>++  return emitGuardNoAllocationMetadataBuilder(builderAddrOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionHasJitEntry(ObjOperandId funId, bool constructing);\
>++[[nodiscard]] bool emitGuardFunctionHasJitEntry(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  bool constructing = reader.readBool();\
>++  return emitGuardFunctionHasJitEntry(funId, constructing);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionHasNoJitEntry(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardFunctionHasNoJitEntry(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardFunctionHasNoJitEntry(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionIsNonBuiltinCtor(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardFunctionIsNonBuiltinCtor(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardFunctionIsNonBuiltinCtor(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionIsConstructor(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardFunctionIsConstructor(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardFunctionIsConstructor(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNotClassConstructor(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardNotClassConstructor(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardNotClassConstructor(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardArrayIsPacked(ObjOperandId arrayId);\
>++[[nodiscard]] bool emitGuardArrayIsPacked(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitGuardArrayIsPacked(arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardArgumentsObjectFlags(ObjOperandId objId, uint8_t flags);\
>++[[nodiscard]] bool emitGuardArgumentsObjectFlags(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint8_t flags = reader.readByte();\
>++  return emitGuardArgumentsObjectFlags(objId, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadObject(ObjOperandId resultId, uint32_t objOffset);\
>++[[nodiscard]] bool emitLoadObject(CacheIRReader& reader) {\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  uint32_t objOffset = reader.stubOffset();\
>++  return emitLoadObject(resultId, objOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadProto(ObjOperandId objId, ObjOperandId resultId);\
>++[[nodiscard]] bool emitLoadProto(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  return emitLoadProto(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadEnclosingEnvironment(ObjOperandId objId, ObjOperandId resultId);\
>++[[nodiscard]] bool emitLoadEnclosingEnvironment(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  return emitLoadEnclosingEnvironment(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadWrapperTarget(ObjOperandId objId, ObjOperandId resultId);\
>++[[nodiscard]] bool emitLoadWrapperTarget(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  return emitLoadWrapperTarget(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadValueTag(ValOperandId valId, ValueTagOperandId resultId);\
>++[[nodiscard]] bool emitLoadValueTag(CacheIRReader& reader) {\
>++  ValOperandId valId = reader.valOperandId();\
>++  ValueTagOperandId resultId = reader.valueTagOperandId();\
>++  return emitLoadValueTag(valId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitTruncateDoubleToUInt32(NumberOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitTruncateDoubleToUInt32(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitTruncateDoubleToUInt32(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicLoadSlotResult(ObjOperandId objId, uint32_t nameOffset);\
>++[[nodiscard]] bool emitMegamorphicLoadSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t nameOffset = reader.stubOffset();\
>++  return emitMegamorphicLoadSlotResult(objId, nameOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicLoadSlotByValueResult(ObjOperandId objId, ValOperandId idId);\
>++[[nodiscard]] bool emitMegamorphicLoadSlotByValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  return emitMegamorphicLoadSlotByValueResult(objId, idId);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicStoreSlot(ObjOperandId objId, uint32_t nameOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitMegamorphicStoreSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t nameOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitMegamorphicStoreSlot(objId, nameOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicHasPropResult(ObjOperandId objId, ValOperandId idId, bool hasOwn);\
>++[[nodiscard]] bool emitMegamorphicHasPropResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  bool hasOwn = reader.readBool();\
>++  return emitMegamorphicHasPropResult(objId, idId, hasOwn);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDOMExpandoValue(ObjOperandId objId, ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadDOMExpandoValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadDOMExpandoValue(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDOMExpandoValueIgnoreGeneration(ObjOperandId objId, ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadDOMExpandoValueIgnoreGeneration(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadDOMExpandoValueIgnoreGeneration(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDenseElement(ObjOperandId objId, Int32OperandId indexId, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreDenseElement(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreDenseElement(objId, indexId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDenseElementHole(ObjOperandId objId, Int32OperandId indexId, ValOperandId rhsId, bool handleAdd);\
>++[[nodiscard]] bool emitStoreDenseElementHole(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool handleAdd = reader.readBool();\
>++  return emitStoreDenseElementHole(objId, indexId, rhsId, handleAdd);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayPush(ObjOperandId objId, ValOperandId rhsId);\
>++[[nodiscard]] bool emitArrayPush(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitArrayPush(objId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitPackedArrayPopResult(ObjOperandId arrayId);\
>++[[nodiscard]] bool emitPackedArrayPopResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitPackedArrayPopResult(arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitPackedArrayShiftResult(ObjOperandId arrayId);\
>++[[nodiscard]] bool emitPackedArrayShiftResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitPackedArrayShiftResult(arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreFixedSlotUndefinedResult(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreFixedSlotUndefinedResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreFixedSlotUndefinedResult(objId, offsetOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsObjectResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitIsObjectResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitIsObjectResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsPackedArrayResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsPackedArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsPackedArrayResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsCallableResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitIsCallableResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitIsCallableResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsConstructorResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsConstructorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsConstructorResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsCrossRealmArrayConstructorResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsCrossRealmArrayConstructorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsCrossRealmArrayConstructorResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsTypedArrayConstructorResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsTypedArrayConstructorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsTypedArrayConstructorResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitArrayBufferViewByteOffsetInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitArrayBufferViewByteOffsetDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitTypedArrayByteLengthInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitTypedArrayByteLengthInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitTypedArrayByteLengthInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitTypedArrayByteLengthDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitTypedArrayByteLengthDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitTypedArrayByteLengthDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitTypedArrayElementSizeResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitTypedArrayElementSizeResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitTypedArrayElementSizeResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardHasAttachedArrayBuffer(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardHasAttachedArrayBuffer(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardHasAttachedArrayBuffer(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitFinishBoundFunctionInitResult(ObjOperandId boundId, ObjOperandId targetId, Int32OperandId argCountId);\
>++[[nodiscard]] bool emitFinishBoundFunctionInitResult(CacheIRReader& reader) {\
>++  ObjOperandId boundId = reader.objOperandId();\
>++  ObjOperandId targetId = reader.objOperandId();\
>++  Int32OperandId argCountId = reader.int32OperandId();\
>++  return emitFinishBoundFunctionInitResult(boundId, targetId, argCountId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewArrayIteratorResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitNewArrayIteratorResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitNewArrayIteratorResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewStringIteratorResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitNewStringIteratorResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitNewStringIteratorResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewRegExpStringIteratorResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitNewRegExpStringIteratorResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitNewRegExpStringIteratorResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitObjectCreateResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitObjectCreateResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitObjectCreateResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewArrayFromLengthResult(uint32_t templateObjectOffset, Int32OperandId lengthId);\
>++[[nodiscard]] bool emitNewArrayFromLengthResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  return emitNewArrayFromLengthResult(templateObjectOffset, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewTypedArrayFromLengthResult(uint32_t templateObjectOffset, Int32OperandId lengthId);\
>++[[nodiscard]] bool emitNewTypedArrayFromLengthResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  return emitNewTypedArrayFromLengthResult(templateObjectOffset, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayBufferResult(uint32_t templateObjectOffset, ObjOperandId bufferId, ValOperandId byteOffsetId, ValOperandId lengthId);\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayBufferResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  ObjOperandId bufferId = reader.objOperandId();\
>++  ValOperandId byteOffsetId = reader.valOperandId();\
>++  ValOperandId lengthId = reader.valOperandId();\
>++  return emitNewTypedArrayFromArrayBufferResult(templateObjectOffset, bufferId, byteOffsetId, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayResult(uint32_t templateObjectOffset, ObjOperandId arrayId);\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitNewTypedArrayFromArrayResult(templateObjectOffset, arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewStringObjectResult(uint32_t templateObjectOffset, StringOperandId strId);\
>++[[nodiscard]] bool emitNewStringObjectResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitNewStringObjectResult(templateObjectOffset, strId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringToLowerCaseResult(StringOperandId strId);\
>++[[nodiscard]] bool emitStringToLowerCaseResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitStringToLowerCaseResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringToUpperCaseResult(StringOperandId strId);\
>++[[nodiscard]] bool emitStringToUpperCaseResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitStringToUpperCaseResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathAbsInt32Result(Int32OperandId inputId);\
>++[[nodiscard]] bool emitMathAbsInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitMathAbsInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathAbsNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathAbsNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathAbsNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathClz32Result(Int32OperandId inputId);\
>++[[nodiscard]] bool emitMathClz32Result(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitMathClz32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSignInt32Result(Int32OperandId inputId);\
>++[[nodiscard]] bool emitMathSignInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitMathSignInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSignNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathSignNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathSignNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSignNumberToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathSignNumberToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathSignNumberToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathImulResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitMathImulResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitMathImulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSqrtNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathSqrtNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathSqrtNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFRoundNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathFRoundNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathFRoundNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathHypot2NumberResult(NumberOperandId firstId, NumberOperandId secondId);\
>++[[nodiscard]] bool emitMathHypot2NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  return emitMathHypot2NumberResult(firstId, secondId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathHypot3NumberResult(NumberOperandId firstId, NumberOperandId secondId, NumberOperandId thirdId);\
>++[[nodiscard]] bool emitMathHypot3NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  NumberOperandId thirdId = reader.numberOperandId();\
>++  return emitMathHypot3NumberResult(firstId, secondId, thirdId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathHypot4NumberResult(NumberOperandId firstId, NumberOperandId secondId, NumberOperandId thirdId, NumberOperandId fourthId);\
>++[[nodiscard]] bool emitMathHypot4NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  NumberOperandId thirdId = reader.numberOperandId();\
>++  NumberOperandId fourthId = reader.numberOperandId();\
>++  return emitMathHypot4NumberResult(firstId, secondId, thirdId, fourthId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathAtan2NumberResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitMathAtan2NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitMathAtan2NumberResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFloorNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathFloorNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathFloorNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathCeilNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathCeilNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathCeilNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathTruncNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathTruncNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathTruncNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFloorToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathFloorToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathFloorToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathCeilToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathCeilToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathCeilToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathTruncToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathTruncToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathTruncToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathRoundToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathRoundToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathRoundToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32MinMax(bool isMax, Int32OperandId firstId, Int32OperandId secondId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitInt32MinMax(CacheIRReader& reader) {\
>++  bool isMax = reader.readBool();\
>++  Int32OperandId firstId = reader.int32OperandId();\
>++  Int32OperandId secondId = reader.int32OperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitInt32MinMax(isMax, firstId, secondId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitNumberMinMax(bool isMax, NumberOperandId firstId, NumberOperandId secondId, NumberOperandId resultId);\
>++[[nodiscard]] bool emitNumberMinMax(CacheIRReader& reader) {\
>++  bool isMax = reader.readBool();\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  return emitNumberMinMax(isMax, firstId, secondId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32MinMaxArrayResult(ObjOperandId arrayId, bool isMax);\
>++[[nodiscard]] bool emitInt32MinMaxArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  bool isMax = reader.readBool();\
>++  return emitInt32MinMaxArrayResult(arrayId, isMax);\
>++}\
>++\
>++[[nodiscard]] bool emitNumberMinMaxArrayResult(ObjOperandId arrayId, bool isMax);\
>++[[nodiscard]] bool emitNumberMinMaxArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  bool isMax = reader.readBool();\
>++  return emitNumberMinMaxArrayResult(arrayId, isMax);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFunctionNumberResult(NumberOperandId inputId, UnaryMathFunction fun);\
>++[[nodiscard]] bool emitMathFunctionNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  UnaryMathFunction fun = reader.unaryMathFunction();\
>++  return emitMathFunctionNumberResult(inputId, fun);\
>++}\
>++\
>++[[nodiscard]] bool emitObjectToStringResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitObjectToStringResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitObjectToStringResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreTypedArrayElement(ObjOperandId objId, Scalar::Type elementType, IntPtrOperandId indexId, uint32_t rhsId, bool handleOOB);\
>++[[nodiscard]] bool emitStoreTypedArrayElement(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t rhsId = reader.rawOperandId();\
>++  bool handleOOB = reader.readBool();\
>++  return emitStoreTypedArrayElement(objId, elementType, indexId, rhsId, handleOOB);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsCompareExchangeResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t expectedId, uint32_t replacementId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsCompareExchangeResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t expectedId = reader.rawOperandId();\
>++  uint32_t replacementId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsCompareExchangeResult(objId, indexId, expectedId, replacementId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsExchangeResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsExchangeResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsExchangeResult(objId, indexId, valueId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsAddResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsAddResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsAddResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsSubResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsSubResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsSubResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsAndResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsAndResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsAndResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsOrResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsOrResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsOrResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsXorResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsXorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsXorResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsLoadResult(ObjOperandId objId, IntPtrOperandId indexId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsLoadResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsLoadResult(objId, indexId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsStoreResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsStoreResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsStoreResult(objId, indexId, valueId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsIsLockFreeResult(Int32OperandId valueId);\
>++[[nodiscard]] bool emitAtomicsIsLockFreeResult(CacheIRReader& reader) {\
>++  Int32OperandId valueId = reader.int32OperandId();\
>++  return emitAtomicsIsLockFreeResult(valueId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInt32ToString(Int32OperandId inputId, StringOperandId resultId);\
>++[[nodiscard]] bool emitCallInt32ToString(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitCallInt32ToString(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNumberToString(NumberOperandId inputId, StringOperandId resultId);\
>++[[nodiscard]] bool emitCallNumberToString(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitCallNumberToString(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitBooleanToString(BooleanOperandId inputId, StringOperandId resultId);\
>++[[nodiscard]] bool emitBooleanToString(CacheIRReader& reader) {\
>++  BooleanOperandId inputId = reader.booleanOperandId();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitBooleanToString(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardWasmArg(ValOperandId argId, wasm::ValType::Kind type);\
>++[[nodiscard]] bool emitGuardWasmArg(CacheIRReader& reader) {\
>++  ValOperandId argId = reader.valOperandId();\
>++  wasm::ValType::Kind type = reader.wasmValType();\
>++  return emitGuardWasmArg(argId, type);\
>++}\
>++\
>++[[nodiscard]] bool emitMetaTwoByte(uint32_t functionObjectOffset, uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitMetaTwoByte(CacheIRReader& reader) {\
>++  uint32_t functionObjectOffset = reader.stubOffset();\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitMetaTwoByte(functionObjectOffset, templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementHoleResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementHoleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementHoleResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallGetSparseElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitCallGetSparseElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitCallGetSparseElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementExistsResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementExistsResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementExistsResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadTypedArrayElementExistsResult(ObjOperandId objId, IntPtrOperandId indexId);\
>++[[nodiscard]] bool emitLoadTypedArrayElementExistsResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  return emitLoadTypedArrayElementExistsResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementHoleExistsResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementHoleExistsResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementHoleExistsResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadTypedArrayElementResult(ObjOperandId objId, IntPtrOperandId indexId, Scalar::Type elementType, bool handleOOB, bool forceDoubleForUint32);\
>++[[nodiscard]] bool emitLoadTypedArrayElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool handleOOB = reader.readBool();\
>++  bool forceDoubleForUint32 = reader.readBool();\
>++  return emitLoadTypedArrayElementResult(objId, indexId, elementType, handleOOB, forceDoubleForUint32);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDataViewValueResult(ObjOperandId objId, IntPtrOperandId offsetId, BooleanOperandId littleEndianId, Scalar::Type elementType, bool forceDoubleForUint32);\
>++[[nodiscard]] bool emitLoadDataViewValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId offsetId = reader.intPtrOperandId();\
>++  BooleanOperandId littleEndianId = reader.booleanOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forceDoubleForUint32 = reader.readBool();\
>++  return emitLoadDataViewValueResult(objId, offsetId, littleEndianId, elementType, forceDoubleForUint32);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDataViewValueResult(ObjOperandId objId, IntPtrOperandId offsetId, uint32_t valueId, BooleanOperandId littleEndianId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitStoreDataViewValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId offsetId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  BooleanOperandId littleEndianId = reader.booleanOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitStoreDataViewValueResult(objId, offsetId, valueId, littleEndianId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32ArrayLengthResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadInt32ArrayLengthResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadInt32ArrayLengthResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32ArrayLength(ObjOperandId objId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitLoadInt32ArrayLength(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitLoadInt32ArrayLength(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentsObjectArgResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadArgumentsObjectArgResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadArgumentsObjectArgResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentsObjectLengthResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArgumentsObjectLengthResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArgumentsObjectLengthResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFunctionLengthResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadFunctionLengthResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadFunctionLengthResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFunctionNameResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadFunctionNameResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadFunctionNameResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferByteLengthInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferByteLengthDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferViewLengthInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferViewLengthDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringCharCodeResult(StringOperandId strId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadStringCharCodeResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadStringCharCodeResult(strId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringLengthResult(StringOperandId strId);\
>++[[nodiscard]] bool emitLoadStringLengthResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitLoadStringLengthResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadObjectResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadObjectResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadObjectResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringResult(StringOperandId strId);\
>++[[nodiscard]] bool emitLoadStringResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitLoadStringResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadSymbolResult(SymbolOperandId symId);\
>++[[nodiscard]] bool emitLoadSymbolResult(CacheIRReader& reader) {\
>++  SymbolOperandId symId = reader.symbolOperandId();\
>++  return emitLoadSymbolResult(symId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32Result(Int32OperandId valId);\
>++[[nodiscard]] bool emitLoadInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId valId = reader.int32OperandId();\
>++  return emitLoadInt32Result(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDoubleResult(NumberOperandId valId);\
>++[[nodiscard]] bool emitLoadDoubleResult(CacheIRReader& reader) {\
>++  NumberOperandId valId = reader.numberOperandId();\
>++  return emitLoadDoubleResult(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBigIntResult(BigIntOperandId valId);\
>++[[nodiscard]] bool emitLoadBigIntResult(CacheIRReader& reader) {\
>++  BigIntOperandId valId = reader.bigIntOperandId();\
>++  return emitLoadBigIntResult(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitProxyGetByValueResult(ObjOperandId objId, ValOperandId idId);\
>++[[nodiscard]] bool emitProxyGetByValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  return emitProxyGetByValueResult(objId, idId);\
>++}\
>++\
>++[[nodiscard]] bool emitProxyHasPropResult(ObjOperandId objId, ValOperandId idId, bool hasOwn);\
>++[[nodiscard]] bool emitProxyHasPropResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  bool hasOwn = reader.readBool();\
>++  return emitProxyHasPropResult(objId, idId, hasOwn);\
>++}\
>++\
>++[[nodiscard]] bool emitCallObjectHasSparseElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitCallObjectHasSparseElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitCallObjectHasSparseElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeGetElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitCallNativeGetElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitCallNativeGetElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGetNextMapSetEntryForIteratorResult(ObjOperandId iterId, ObjOperandId resultArrId, bool isMap);\
>++[[nodiscard]] bool emitGetNextMapSetEntryForIteratorResult(CacheIRReader& reader) {\
>++  ObjOperandId iterId = reader.objOperandId();\
>++  ObjOperandId resultArrId = reader.objOperandId();\
>++  bool isMap = reader.readBool();\
>++  return emitGetNextMapSetEntryForIteratorResult(iterId, resultArrId, isMap);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadUndefinedResult();\
>++[[nodiscard]] bool emitLoadUndefinedResult(CacheIRReader& reader) {\
>++  return emitLoadUndefinedResult();\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBooleanResult(bool val);\
>++[[nodiscard]] bool emitLoadBooleanResult(CacheIRReader& reader) {\
>++  bool val = reader.readBool();\
>++  return emitLoadBooleanResult(val);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32Constant(uint32_t valOffset, Int32OperandId resultId);\
>++[[nodiscard]] bool emitLoadInt32Constant(CacheIRReader& reader) {\
>++  uint32_t valOffset = reader.stubOffset();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitLoadInt32Constant(valOffset, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBooleanConstant(bool val, BooleanOperandId resultId);\
>++[[nodiscard]] bool emitLoadBooleanConstant(CacheIRReader& reader) {\
>++  bool val = reader.readBool();\
>++  BooleanOperandId resultId = reader.booleanOperandId();\
>++  return emitLoadBooleanConstant(val, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadUndefined(ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadUndefined(CacheIRReader& reader) {\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadUndefined(resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadConstantString(uint32_t strOffset, StringOperandId resultId);\
>++[[nodiscard]] bool emitLoadConstantString(CacheIRReader& reader) {\
>++  uint32_t strOffset = reader.stubOffset();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitLoadConstantString(strOffset, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInstanceOfObjectResult(ValOperandId lhsId, ObjOperandId protoId);\
>++[[nodiscard]] bool emitLoadInstanceOfObjectResult(CacheIRReader& reader) {\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  return emitLoadInstanceOfObjectResult(lhsId, protoId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadTypeOfObjectResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadTypeOfObjectResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadTypeOfObjectResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleAddResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleAddResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleAddResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleSubResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleSubResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleSubResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleMulResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleMulResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleMulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleDivResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleDivResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleDivResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleModResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleModResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleModResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoublePowResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoublePowResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoublePowResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32AddResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32AddResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32AddResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32SubResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32SubResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32SubResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32MulResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32MulResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32MulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32DivResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32DivResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32DivResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32ModResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32ModResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32ModResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32PowResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32PowResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32PowResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntAddResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntAddResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntAddResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntSubResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntSubResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntSubResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntMulResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntMulResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntMulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntDivResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntDivResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntDivResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntModResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntModResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntModResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntPowResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntPowResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntPowResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32BitOrResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32BitOrResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32BitOrResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32BitXorResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32BitXorResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32BitXorResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32BitAndResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32BitAndResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32BitAndResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32LeftShiftResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32LeftShiftResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32LeftShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32RightShiftResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32RightShiftResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32RightShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32URightShiftResult(Int32OperandId lhsId, Int32OperandId rhsId, bool forceDouble);\
>++[[nodiscard]] bool emitInt32URightShiftResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  bool forceDouble = reader.readBool();\
>++  return emitInt32URightShiftResult(lhsId, rhsId, forceDouble);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32NotResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32NotResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32NotResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntBitOrResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntBitOrResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntBitOrResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntBitXorResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntBitXorResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntBitXorResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntBitAndResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntBitAndResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntBitAndResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntLeftShiftResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntLeftShiftResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntLeftShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntRightShiftResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntRightShiftResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntRightShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntNotResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntNotResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntNotResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32NegationResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32NegationResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32NegationResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleNegationResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitDoubleNegationResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitDoubleNegationResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntNegationResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntNegationResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntNegationResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32IncResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32IncResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32IncResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32DecResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32DecResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32DecResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleIncResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitDoubleIncResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitDoubleIncResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleDecResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitDoubleDecResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitDoubleDecResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntIncResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntIncResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntIncResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntDecResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntDecResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntDecResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32TruthyResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitLoadInt32TruthyResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitLoadInt32TruthyResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDoubleTruthyResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitLoadDoubleTruthyResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitLoadDoubleTruthyResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringTruthyResult(StringOperandId strId);\
>++[[nodiscard]] bool emitLoadStringTruthyResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitLoadStringTruthyResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadObjectTruthyResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadObjectTruthyResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadObjectTruthyResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBigIntTruthyResult(BigIntOperandId bigIntId);\
>++[[nodiscard]] bool emitLoadBigIntTruthyResult(CacheIRReader& reader) {\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  return emitLoadBigIntTruthyResult(bigIntId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadValueTruthyResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitLoadValueTruthyResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitLoadValueTruthyResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadOperandResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitLoadOperandResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitLoadOperandResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallStringConcatResult(StringOperandId lhsId, StringOperandId rhsId);\
>++[[nodiscard]] bool emitCallStringConcatResult(CacheIRReader& reader) {\
>++  StringOperandId lhsId = reader.stringOperandId();\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  return emitCallStringConcatResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallIsSuspendedGeneratorResult(ValOperandId valId);\
>++[[nodiscard]] bool emitCallIsSuspendedGeneratorResult(CacheIRReader& reader) {\
>++  ValOperandId valId = reader.valOperandId();\
>++  return emitCallIsSuspendedGeneratorResult(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareObjectResult(JSOp op, ObjOperandId lhsId, ObjOperandId rhsId);\
>++[[nodiscard]] bool emitCompareObjectResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  ObjOperandId lhsId = reader.objOperandId();\
>++  ObjOperandId rhsId = reader.objOperandId();\
>++  return emitCompareObjectResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareSymbolResult(JSOp op, SymbolOperandId lhsId, SymbolOperandId rhsId);\
>++[[nodiscard]] bool emitCompareSymbolResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  SymbolOperandId lhsId = reader.symbolOperandId();\
>++  SymbolOperandId rhsId = reader.symbolOperandId();\
>++  return emitCompareSymbolResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareInt32Result(JSOp op, Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitCompareInt32Result(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitCompareInt32Result(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareDoubleResult(JSOp op, NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitCompareDoubleResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitCompareDoubleResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntResult(JSOp op, BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitCompareBigIntResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntInt32Result(JSOp op, BigIntOperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntInt32Result(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitCompareBigIntInt32Result(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntNumberResult(JSOp op, BigIntOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntNumberResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitCompareBigIntNumberResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntStringResult(JSOp op, BigIntOperandId lhsId, StringOperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntStringResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  return emitCompareBigIntStringResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareNullUndefinedResult(JSOp op, bool isUndefined, ValOperandId inputId);\
>++[[nodiscard]] bool emitCompareNullUndefinedResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  bool isUndefined = reader.readBool();\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitCompareNullUndefinedResult(op, isUndefined, inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareDoubleSameValueResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitCompareDoubleSameValueResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitCompareDoubleSameValueResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitIndirectTruncateInt32Result(Int32OperandId valId);\
>++[[nodiscard]] bool emitIndirectTruncateInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId valId = reader.int32OperandId();\
>++  return emitIndirectTruncateInt32Result(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntAsIntNResult(Int32OperandId bitsId, BigIntOperandId bigIntId);\
>++[[nodiscard]] bool emitBigIntAsIntNResult(CacheIRReader& reader) {\
>++  Int32OperandId bitsId = reader.int32OperandId();\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  return emitBigIntAsIntNResult(bitsId, bigIntId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntAsUintNResult(Int32OperandId bitsId, BigIntOperandId bigIntId);\
>++[[nodiscard]] bool emitBigIntAsUintNResult(CacheIRReader& reader) {\
>++  Int32OperandId bitsId = reader.int32OperandId();\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  return emitBigIntAsUintNResult(bitsId, bigIntId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallPrintString(const char* str);\
>++[[nodiscard]] bool emitCallPrintString(CacheIRReader& reader) {\
>++  const char* str = reinterpret_cast<char*>(reader.pointer());\
>++  return emitCallPrintString(str);\
>++}\
>++\
>++[[nodiscard]] bool emitBreakpoint();\
>++[[nodiscard]] bool emitBreakpoint(CacheIRReader& reader) {\
>++  return emitBreakpoint();\
>++}\
>++\
>++[[nodiscard]] bool emitWrapResult();\
>++[[nodiscard]] bool emitWrapResult(CacheIRReader& reader) {\
>++  return emitWrapResult();\
>++}\
>++\
>++[[nodiscard]] bool emitBailout();\
>++[[nodiscard]] bool emitBailout(CacheIRReader& reader) {\
>++  return emitBailout();\
>++}\
>++\
>++[[nodiscard]] bool emitAssertRecoveredOnBailoutResult(ValOperandId valId, bool mustBeRecovered);\
>++[[nodiscard]] bool emitAssertRecoveredOnBailoutResult(CacheIRReader& reader) {\
>++  ValOperandId valId = reader.valOperandId();\
>++  bool mustBeRecovered = reader.readBool();\
>++  return emitAssertRecoveredOnBailoutResult(valId, mustBeRecovered);\
>++}\
>++
>++
>++#define CACHE_IR_COMPILER_UNSHARED_GENERATED \
>++[[nodiscard]] bool emitReturnFromIC();\
>++[[nodiscard]] bool emitReturnFromIC(CacheIRReader& reader) {\
>++  return emitReturnFromIC();\
>++}\
>++\
>++[[nodiscard]] bool emitGuardShape(ObjOperandId objId, uint32_t shapeOffset);\
>++[[nodiscard]] bool emitGuardShape(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  return emitGuardShape(objId, shapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardProto(ObjOperandId objId, uint32_t protoOffset);\
>++[[nodiscard]] bool emitGuardProto(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t protoOffset = reader.stubOffset();\
>++  return emitGuardProto(objId, protoOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardAnyClass(ObjOperandId objId, uint32_t claspOffset);\
>++[[nodiscard]] bool emitGuardAnyClass(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t claspOffset = reader.stubOffset();\
>++  return emitGuardAnyClass(objId, claspOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitHasClassResult(ObjOperandId objId, uint32_t claspOffset);\
>++[[nodiscard]] bool emitHasClassResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t claspOffset = reader.stubOffset();\
>++  return emitHasClassResult(objId, claspOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardCompartment(ObjOperandId objId, uint32_t globalOffset, uint32_t compartmentOffset);\
>++[[nodiscard]] bool emitGuardCompartment(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t globalOffset = reader.stubOffset();\
>++  uint32_t compartmentOffset = reader.stubOffset();\
>++  return emitGuardCompartment(objId, globalOffset, compartmentOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardHasProxyHandler(ObjOperandId objId, uint32_t handlerOffset);\
>++[[nodiscard]] bool emitGuardHasProxyHandler(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t handlerOffset = reader.stubOffset();\
>++  return emitGuardHasProxyHandler(objId, handlerOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificObject(ObjOperandId objId, uint32_t expectedOffset);\
>++[[nodiscard]] bool emitGuardSpecificObject(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  return emitGuardSpecificObject(objId, expectedOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificFunction(ObjOperandId funId, uint32_t expectedOffset, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitGuardSpecificFunction(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitGuardSpecificFunction(funId, expectedOffset, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionScript(ObjOperandId objId, uint32_t expectedOffset, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitGuardFunctionScript(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitGuardFunctionScript(objId, expectedOffset, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificAtom(StringOperandId strId, uint32_t expectedOffset);\
>++[[nodiscard]] bool emitGuardSpecificAtom(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  return emitGuardSpecificAtom(strId, expectedOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificSymbol(SymbolOperandId symId, uint32_t expectedOffset);\
>++[[nodiscard]] bool emitGuardSpecificSymbol(CacheIRReader& reader) {\
>++  SymbolOperandId symId = reader.symbolOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  return emitGuardSpecificSymbol(symId, expectedOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardAndGetIterator(ObjOperandId objId, uint32_t iterOffset, uint32_t enumeratorsAddrOffset, ObjOperandId resultId);\
>++[[nodiscard]] bool emitGuardAndGetIterator(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t iterOffset = reader.stubOffset();\
>++  uint32_t enumeratorsAddrOffset = reader.stubOffset();\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  return emitGuardAndGetIterator(objId, iterOffset, enumeratorsAddrOffset, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentFixedSlot(ValOperandId resultId, uint8_t slotIndex);\
>++[[nodiscard]] bool emitLoadArgumentFixedSlot(CacheIRReader& reader) {\
>++  ValOperandId resultId = reader.valOperandId();\
>++  uint8_t slotIndex = reader.readByte();\
>++  return emitLoadArgumentFixedSlot(resultId, slotIndex);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentDynamicSlot(ValOperandId resultId, Int32OperandId argcId, uint8_t slotIndex);\
>++[[nodiscard]] bool emitLoadArgumentDynamicSlot(CacheIRReader& reader) {\
>++  ValOperandId resultId = reader.valOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  uint8_t slotIndex = reader.readByte();\
>++  return emitLoadArgumentDynamicSlot(resultId, argcId, slotIndex);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicSetElement(ObjOperandId objId, ValOperandId idId, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitMegamorphicSetElement(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitMegamorphicSetElement(objId, idId, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDOMExpandoValueGuardGeneration(ObjOperandId objId, uint32_t expandoAndGenerationOffset, uint32_t generationOffset, ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadDOMExpandoValueGuardGeneration(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t expandoAndGenerationOffset = reader.stubOffset();\
>++  uint32_t generationOffset = reader.stubOffset();\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadDOMExpandoValueGuardGeneration(objId, expandoAndGenerationOffset, generationOffset, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardDOMExpandoMissingOrGuardShape(ValOperandId expandoId, uint32_t shapeOffset);\
>++[[nodiscard]] bool emitGuardDOMExpandoMissingOrGuardShape(CacheIRReader& reader) {\
>++  ValOperandId expandoId = reader.valOperandId();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  return emitGuardDOMExpandoMissingOrGuardShape(expandoId, shapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreFixedSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreFixedSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreFixedSlot(objId, offsetOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDynamicSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreDynamicSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreDynamicSlot(objId, offsetOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitAddAndStoreFixedSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId, uint32_t newShapeOffset);\
>++[[nodiscard]] bool emitAddAndStoreFixedSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  return emitAddAndStoreFixedSlot(objId, offsetOffset, rhsId, newShapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitAddAndStoreDynamicSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId, uint32_t newShapeOffset);\
>++[[nodiscard]] bool emitAddAndStoreDynamicSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  return emitAddAndStoreDynamicSlot(objId, offsetOffset, rhsId, newShapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitAllocateAndStoreDynamicSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId, uint32_t newShapeOffset, uint32_t numNewSlotsOffset);\
>++[[nodiscard]] bool emitAllocateAndStoreDynamicSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  uint32_t numNewSlotsOffset = reader.stubOffset();\
>++  return emitAllocateAndStoreDynamicSlot(objId, offsetOffset, rhsId, newShapeOffset, numNewSlotsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayJoinResult(ObjOperandId objId, StringOperandId sepId);\
>++[[nodiscard]] bool emitArrayJoinResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  StringOperandId sepId = reader.stringOperandId();\
>++  return emitArrayJoinResult(objId, sepId);\
>++}\
>++\
>++[[nodiscard]] bool emitPackedArraySliceResult(uint32_t templateObjectOffset, ObjOperandId arrayId, Int32OperandId beginId, Int32OperandId endId);\
>++[[nodiscard]] bool emitPackedArraySliceResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  Int32OperandId beginId = reader.int32OperandId();\
>++  Int32OperandId endId = reader.int32OperandId();\
>++  return emitPackedArraySliceResult(templateObjectOffset, arrayId, beginId, endId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsArrayResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitIsArrayResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitIsArrayResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsTypedArrayResult(ObjOperandId objId, bool isPossiblyWrapped);\
>++[[nodiscard]] bool emitIsTypedArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  bool isPossiblyWrapped = reader.readBool();\
>++  return emitIsTypedArrayResult(objId, isPossiblyWrapped);\
>++}\
>++\
>++[[nodiscard]] bool emitStringFromCharCodeResult(Int32OperandId codeId);\
>++[[nodiscard]] bool emitStringFromCharCodeResult(CacheIRReader& reader) {\
>++  Int32OperandId codeId = reader.int32OperandId();\
>++  return emitStringFromCharCodeResult(codeId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringFromCodePointResult(Int32OperandId codeId);\
>++[[nodiscard]] bool emitStringFromCodePointResult(CacheIRReader& reader) {\
>++  Int32OperandId codeId = reader.int32OperandId();\
>++  return emitStringFromCodePointResult(codeId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathRandomResult(uint32_t rngOffset);\
>++[[nodiscard]] bool emitMathRandomResult(CacheIRReader& reader) {\
>++  uint32_t rngOffset = reader.stubOffset();\
>++  return emitMathRandomResult(rngOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitReflectGetPrototypeOfResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitReflectGetPrototypeOfResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitReflectGetPrototypeOfResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeSetter(ObjOperandId receiverId, uint32_t setterOffset, ValOperandId rhsId, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallNativeSetter(CacheIRReader& reader) {\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallNativeSetter(receiverId, setterOffset, rhsId, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallScriptedSetter(ObjOperandId receiverId, uint32_t setterOffset, ValOperandId rhsId, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallScriptedSetter(CacheIRReader& reader) {\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallScriptedSetter(receiverId, setterOffset, rhsId, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInlinedSetter(ObjOperandId receiverId, uint32_t setterOffset, ValOperandId rhsId, uint32_t icScriptOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallInlinedSetter(CacheIRReader& reader) {\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallInlinedSetter(receiverId, setterOffset, rhsId, icScriptOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallDOMSetter(ObjOperandId objId, uint32_t jitInfoOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitCallDOMSetter(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t jitInfoOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitCallDOMSetter(objId, jitInfoOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallSetArrayLength(ObjOperandId objId, bool strict, ValOperandId rhsId);\
>++[[nodiscard]] bool emitCallSetArrayLength(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  bool strict = reader.readBool();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitCallSetArrayLength(objId, strict, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitProxySet(ObjOperandId objId, uint32_t idOffset, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitProxySet(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t idOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitProxySet(objId, idOffset, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitProxySetByValue(ObjOperandId objId, ValOperandId idId, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitProxySetByValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitProxySetByValue(objId, idId, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitCallAddOrUpdateSparseElementHelper(ObjOperandId objId, Int32OperandId idId, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitCallAddOrUpdateSparseElementHelper(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId idId = reader.int32OperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitCallAddOrUpdateSparseElementHelper(objId, idId, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitCallScriptedFunction(ObjOperandId calleeId, Int32OperandId argcId, CallFlags flags);\
>++[[nodiscard]] bool emitCallScriptedFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  return emitCallScriptedFunction(calleeId, argcId, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitCallWasmFunction(ObjOperandId calleeId, Int32OperandId argcId, CallFlags flags, uint32_t funcExportOffset, uint32_t instanceOffset);\
>++[[nodiscard]] bool emitCallWasmFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  uint32_t funcExportOffset = reader.stubOffset();\
>++  uint32_t instanceOffset = reader.stubOffset();\
>++  return emitCallWasmFunction(calleeId, argcId, flags, funcExportOffset, instanceOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeFunction(ObjOperandId calleeId, Int32OperandId argcId, CallFlags flags, bool ignoresReturnValue);\
>++[[nodiscard]] bool emitCallNativeFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  bool ignoresReturnValue = reader.readBool();\
>++  return emitCallNativeFunction(calleeId, argcId, flags, ignoresReturnValue);\
>++}\
>++\
>++[[nodiscard]] bool emitCallDOMFunction(ObjOperandId calleeId, Int32OperandId argcId, ObjOperandId thisObjId, CallFlags flags);\
>++[[nodiscard]] bool emitCallDOMFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  ObjOperandId thisObjId = reader.objOperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  return emitCallDOMFunction(calleeId, argcId, thisObjId, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitCallClassHook(ObjOperandId calleeId, Int32OperandId argcId, CallFlags flags, uint32_t targetOffset);\
>++[[nodiscard]] bool emitCallClassHook(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  uint32_t targetOffset = reader.stubOffset();\
>++  return emitCallClassHook(calleeId, argcId, flags, targetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInlinedFunction(ObjOperandId calleeId, Int32OperandId argcId, uint32_t icScriptOffset, CallFlags flags);\
>++[[nodiscard]] bool emitCallInlinedFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  CallFlags flags = reader.callFlags();\
>++  return emitCallInlinedFunction(calleeId, argcId, icScriptOffset, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFixedSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadFixedSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadFixedSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFixedSlotTypedResult(ObjOperandId objId, uint32_t offsetOffset, ValueType type);\
>++[[nodiscard]] bool emitLoadFixedSlotTypedResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValueType type = reader.valueType();\
>++  return emitLoadFixedSlotTypedResult(objId, offsetOffset, type);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDynamicSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadDynamicSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadDynamicSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringCharResult(StringOperandId strId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadStringCharResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadStringCharResult(strId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitFrameIsConstructingResult();\
>++[[nodiscard]] bool emitFrameIsConstructingResult(CacheIRReader& reader) {\
>++  return emitFrameIsConstructingResult();\
>++}\
>++\
>++[[nodiscard]] bool emitLoadEnvironmentFixedSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadEnvironmentFixedSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadEnvironmentFixedSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadEnvironmentDynamicSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadEnvironmentDynamicSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadEnvironmentDynamicSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallScriptedGetterResult(ValOperandId receiverId, uint32_t getterOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallScriptedGetterResult(CacheIRReader& reader) {\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallScriptedGetterResult(receiverId, getterOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInlinedGetterResult(ValOperandId receiverId, uint32_t getterOffset, uint32_t icScriptOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallInlinedGetterResult(CacheIRReader& reader) {\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallInlinedGetterResult(receiverId, getterOffset, icScriptOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeGetterResult(ValOperandId receiverId, uint32_t getterOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallNativeGetterResult(CacheIRReader& reader) {\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallNativeGetterResult(receiverId, getterOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallDOMGetterResult(ObjOperandId objId, uint32_t jitInfoOffset);\
>++[[nodiscard]] bool emitCallDOMGetterResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t jitInfoOffset = reader.stubOffset();\
>++  return emitCallDOMGetterResult(objId, jitInfoOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitProxyGetResult(ObjOperandId objId, uint32_t idOffset);\
>++[[nodiscard]] bool emitProxyGetResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t idOffset = reader.stubOffset();\
>++  return emitProxyGetResult(objId, idOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadConstantStringResult(uint32_t strOffset);\
>++[[nodiscard]] bool emitLoadConstantStringResult(CacheIRReader& reader) {\
>++  uint32_t strOffset = reader.stubOffset();\
>++  return emitLoadConstantStringResult(strOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadValueResult(uint32_t valOffset);\
>++[[nodiscard]] bool emitLoadValueResult(CacheIRReader& reader) {\
>++  uint32_t valOffset = reader.stubOffset();\
>++  return emitLoadValueResult(valOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewPlainObjectResult(uint32_t numFixedSlots, uint32_t numDynamicSlots, gc::AllocKind allocKind, uint32_t shapeOffset, uint32_t siteOffset);\
>++[[nodiscard]] bool emitNewPlainObjectResult(CacheIRReader& reader) {\
>++  uint32_t numFixedSlots = reader.uint32Immediate();\
>++  uint32_t numDynamicSlots = reader.uint32Immediate();\
>++  gc::AllocKind allocKind = reader.allocKind();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  uint32_t siteOffset = reader.stubOffset();\
>++  return emitNewPlainObjectResult(numFixedSlots, numDynamicSlots, allocKind, shapeOffset, siteOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewArrayObjectResult(uint32_t arrayLength, uint32_t shapeOffset, uint32_t siteOffset);\
>++[[nodiscard]] bool emitNewArrayObjectResult(CacheIRReader& reader) {\
>++  uint32_t arrayLength = reader.uint32Immediate();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  uint32_t siteOffset = reader.stubOffset();\
>++  return emitNewArrayObjectResult(arrayLength, shapeOffset, siteOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallStringObjectConcatResult(ValOperandId lhsId, ValOperandId rhsId);\
>++[[nodiscard]] bool emitCallStringObjectConcatResult(CacheIRReader& reader) {\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitCallStringObjectConcatResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareStringResult(JSOp op, StringOperandId lhsId, StringOperandId rhsId);\
>++[[nodiscard]] bool emitCompareStringResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  StringOperandId lhsId = reader.stringOperandId();\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  return emitCompareStringResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitSameValueResult(ValOperandId lhsId, ValOperandId rhsId);\
>++[[nodiscard]] bool emitSameValueResult(CacheIRReader& reader) {\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitSameValueResult(lhsId, rhsId);\
>++}\
>++
>++
>++#define CACHE_IR_TRANSPILER_GENERATED \
>++[[nodiscard]] bool emitReturnFromIC();\
>++[[nodiscard]] bool emitReturnFromIC(CacheIRReader& reader) {\
>++  return emitReturnFromIC();\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToObject(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToObject(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToObject(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNullOrUndefined(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsNullOrUndefined(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsNullOrUndefined(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNull(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsNull(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsNull(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsUndefined(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsUndefined(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsUndefined(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToBoolean(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToBoolean(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToBoolean(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToString(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToString(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToString(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToSymbol(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToSymbol(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToSymbol(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToBigInt(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToBigInt(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToBigInt(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNumber(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardIsNumber(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardIsNumber(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToInt32(ValOperandId inputId);\
>++[[nodiscard]] bool emitGuardToInt32(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitGuardToInt32(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardBooleanToInt32(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardBooleanToInt32(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardBooleanToInt32(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToInt32Index(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardToInt32Index(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardToInt32Index(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32ToIntPtr(Int32OperandId inputId, IntPtrOperandId resultId);\
>++[[nodiscard]] bool emitInt32ToIntPtr(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  IntPtrOperandId resultId = reader.intPtrOperandId();\
>++  return emitInt32ToIntPtr(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNumberToIntPtrIndex(NumberOperandId inputId, bool supportOOB, IntPtrOperandId resultId);\
>++[[nodiscard]] bool emitGuardNumberToIntPtrIndex(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  bool supportOOB = reader.readBool();\
>++  IntPtrOperandId resultId = reader.intPtrOperandId();\
>++  return emitGuardNumberToIntPtrIndex(inputId, supportOOB, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToInt32ModUint32(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardToInt32ModUint32(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardToInt32ModUint32(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardToUint8Clamped(ValOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardToUint8Clamped(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardToUint8Clamped(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNonDoubleType(ValOperandId inputId, ValueType type);\
>++[[nodiscard]] bool emitGuardNonDoubleType(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  ValueType type = reader.valueType();\
>++  return emitGuardNonDoubleType(inputId, type);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardShape(ObjOperandId objId, uint32_t shapeOffset);\
>++[[nodiscard]] bool emitGuardShape(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  return emitGuardShape(objId, shapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardProto(ObjOperandId objId, uint32_t protoOffset);\
>++[[nodiscard]] bool emitGuardProto(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t protoOffset = reader.stubOffset();\
>++  return emitGuardProto(objId, protoOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNullProto(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardNullProto(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardNullProto(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardClass(ObjOperandId objId, GuardClassKind kind);\
>++[[nodiscard]] bool emitGuardClass(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  GuardClassKind kind = reader.guardClassKind();\
>++  return emitGuardClass(objId, kind);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardAnyClass(ObjOperandId objId, uint32_t claspOffset);\
>++[[nodiscard]] bool emitGuardAnyClass(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t claspOffset = reader.stubOffset();\
>++  return emitGuardAnyClass(objId, claspOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitHasClassResult(ObjOperandId objId, uint32_t claspOffset);\
>++[[nodiscard]] bool emitHasClassResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t claspOffset = reader.stubOffset();\
>++  return emitHasClassResult(objId, claspOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallRegExpMatcherResult(ObjOperandId regexpId, StringOperandId inputId, Int32OperandId lastIndexId);\
>++[[nodiscard]] bool emitCallRegExpMatcherResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  return emitCallRegExpMatcherResult(regexpId, inputId, lastIndexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallRegExpSearcherResult(ObjOperandId regexpId, StringOperandId inputId, Int32OperandId lastIndexId);\
>++[[nodiscard]] bool emitCallRegExpSearcherResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  return emitCallRegExpSearcherResult(regexpId, inputId, lastIndexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallRegExpTesterResult(ObjOperandId regexpId, StringOperandId inputId, Int32OperandId lastIndexId);\
>++[[nodiscard]] bool emitCallRegExpTesterResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  return emitCallRegExpTesterResult(regexpId, inputId, lastIndexId);\
>++}\
>++\
>++[[nodiscard]] bool emitRegExpFlagResult(ObjOperandId regexpId, int32_t flagsMask);\
>++[[nodiscard]] bool emitRegExpFlagResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  int32_t flagsMask = reader.int32Immediate();\
>++  return emitRegExpFlagResult(regexpId, flagsMask);\
>++}\
>++\
>++[[nodiscard]] bool emitCallSubstringKernelResult(StringOperandId strId, Int32OperandId beginId, Int32OperandId lengthId);\
>++[[nodiscard]] bool emitCallSubstringKernelResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId beginId = reader.int32OperandId();\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  return emitCallSubstringKernelResult(strId, beginId, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringReplaceStringResult(StringOperandId strId, StringOperandId patternId, StringOperandId replacementId);\
>++[[nodiscard]] bool emitStringReplaceStringResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  StringOperandId patternId = reader.stringOperandId();\
>++  StringOperandId replacementId = reader.stringOperandId();\
>++  return emitStringReplaceStringResult(strId, patternId, replacementId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringSplitStringResult(StringOperandId strId, StringOperandId separatorId);\
>++[[nodiscard]] bool emitStringSplitStringResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  StringOperandId separatorId = reader.stringOperandId();\
>++  return emitStringSplitStringResult(strId, separatorId);\
>++}\
>++\
>++[[nodiscard]] bool emitRegExpPrototypeOptimizableResult(ObjOperandId protoId);\
>++[[nodiscard]] bool emitRegExpPrototypeOptimizableResult(CacheIRReader& reader) {\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  return emitRegExpPrototypeOptimizableResult(protoId);\
>++}\
>++\
>++[[nodiscard]] bool emitRegExpInstanceOptimizableResult(ObjOperandId regexpId, ObjOperandId protoId);\
>++[[nodiscard]] bool emitRegExpInstanceOptimizableResult(CacheIRReader& reader) {\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  return emitRegExpInstanceOptimizableResult(regexpId, protoId);\
>++}\
>++\
>++[[nodiscard]] bool emitGetFirstDollarIndexResult(StringOperandId strId);\
>++[[nodiscard]] bool emitGetFirstDollarIndexResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitGetFirstDollarIndexResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsExtensible(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsExtensible(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsExtensible(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNativeObject(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNativeObject(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNativeObject(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsProxy(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsProxy(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsProxy(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNotProxy(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNotProxy(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNotProxy(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNotArrayBufferMaybeShared(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNotArrayBufferMaybeShared(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNotArrayBufferMaybeShared(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsTypedArray(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsTypedArray(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsTypedArray(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIsNotDOMProxy(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardIsNotDOMProxy(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardIsNotDOMProxy(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificObject(ObjOperandId objId, uint32_t expectedOffset);\
>++[[nodiscard]] bool emitGuardSpecificObject(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  return emitGuardSpecificObject(objId, expectedOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificFunction(ObjOperandId funId, uint32_t expectedOffset, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitGuardSpecificFunction(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitGuardSpecificFunction(funId, expectedOffset, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionScript(ObjOperandId objId, uint32_t expectedOffset, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitGuardFunctionScript(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitGuardFunctionScript(objId, expectedOffset, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificAtom(StringOperandId strId, uint32_t expectedOffset);\
>++[[nodiscard]] bool emitGuardSpecificAtom(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  return emitGuardSpecificAtom(strId, expectedOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardSpecificSymbol(SymbolOperandId symId, uint32_t expectedOffset);\
>++[[nodiscard]] bool emitGuardSpecificSymbol(CacheIRReader& reader) {\
>++  SymbolOperandId symId = reader.symbolOperandId();\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  return emitGuardSpecificSymbol(symId, expectedOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNoDenseElements(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardNoDenseElements(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardNoDenseElements(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardStringToIndex(StringOperandId strId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardStringToIndex(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardStringToIndex(strId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardStringToInt32(StringOperandId strId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitGuardStringToInt32(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitGuardStringToInt32(strId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardStringToNumber(StringOperandId strId, NumberOperandId resultId);\
>++[[nodiscard]] bool emitGuardStringToNumber(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  return emitGuardStringToNumber(strId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitBooleanToNumber(BooleanOperandId booleanId, NumberOperandId resultId);\
>++[[nodiscard]] bool emitBooleanToNumber(CacheIRReader& reader) {\
>++  BooleanOperandId booleanId = reader.booleanOperandId();\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  return emitBooleanToNumber(booleanId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardHasGetterSetter(ObjOperandId objId, uint32_t idOffset, uint32_t getterSetterOffset);\
>++[[nodiscard]] bool emitGuardHasGetterSetter(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t idOffset = reader.stubOffset();\
>++  uint32_t getterSetterOffset = reader.stubOffset();\
>++  return emitGuardHasGetterSetter(objId, idOffset, getterSetterOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardInt32IsNonNegative(Int32OperandId indexId);\
>++[[nodiscard]] bool emitGuardInt32IsNonNegative(CacheIRReader& reader) {\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitGuardInt32IsNonNegative(indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIndexIsValidUpdateOrAdd(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitGuardIndexIsValidUpdateOrAdd(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitGuardIndexIsValidUpdateOrAdd(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardIndexGreaterThanDenseInitLength(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitGuardIndexGreaterThanDenseInitLength(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitGuardIndexGreaterThanDenseInitLength(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardTagNotEqual(ValueTagOperandId lhsId, ValueTagOperandId rhsId);\
>++[[nodiscard]] bool emitGuardTagNotEqual(CacheIRReader& reader) {\
>++  ValueTagOperandId lhsId = reader.valueTagOperandId();\
>++  ValueTagOperandId rhsId = reader.valueTagOperandId();\
>++  return emitGuardTagNotEqual(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardDynamicSlotIsSpecificObject(ObjOperandId objId, ObjOperandId expectedId, uint32_t slotOffset);\
>++[[nodiscard]] bool emitGuardDynamicSlotIsSpecificObject(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId expectedId = reader.objOperandId();\
>++  uint32_t slotOffset = reader.stubOffset();\
>++  return emitGuardDynamicSlotIsSpecificObject(objId, expectedId, slotOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFixedSlotValue(ObjOperandId objId, uint32_t offsetOffset, uint32_t valOffset);\
>++[[nodiscard]] bool emitGuardFixedSlotValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t valOffset = reader.stubOffset();\
>++  return emitGuardFixedSlotValue(objId, offsetOffset, valOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardDynamicSlotValue(ObjOperandId objId, uint32_t offsetOffset, uint32_t valOffset);\
>++[[nodiscard]] bool emitGuardDynamicSlotValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t valOffset = reader.stubOffset();\
>++  return emitGuardDynamicSlotValue(objId, offsetOffset, valOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNoAllocationMetadataBuilder(uint32_t builderAddrOffset);\
>++[[nodiscard]] bool emitGuardNoAllocationMetadataBuilder(CacheIRReader& reader) {\
>++  uint32_t builderAddrOffset = reader.stubOffset();\
>++  return emitGuardNoAllocationMetadataBuilder(builderAddrOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionHasJitEntry(ObjOperandId funId, bool constructing);\
>++[[nodiscard]] bool emitGuardFunctionHasJitEntry(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  bool constructing = reader.readBool();\
>++  return emitGuardFunctionHasJitEntry(funId, constructing);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionHasNoJitEntry(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardFunctionHasNoJitEntry(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardFunctionHasNoJitEntry(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionIsNonBuiltinCtor(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardFunctionIsNonBuiltinCtor(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardFunctionIsNonBuiltinCtor(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardFunctionIsConstructor(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardFunctionIsConstructor(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardFunctionIsConstructor(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardNotClassConstructor(ObjOperandId funId);\
>++[[nodiscard]] bool emitGuardNotClassConstructor(CacheIRReader& reader) {\
>++  ObjOperandId funId = reader.objOperandId();\
>++  return emitGuardNotClassConstructor(funId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardArrayIsPacked(ObjOperandId arrayId);\
>++[[nodiscard]] bool emitGuardArrayIsPacked(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitGuardArrayIsPacked(arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardArgumentsObjectFlags(ObjOperandId objId, uint8_t flags);\
>++[[nodiscard]] bool emitGuardArgumentsObjectFlags(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint8_t flags = reader.readByte();\
>++  return emitGuardArgumentsObjectFlags(objId, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadObject(ObjOperandId resultId, uint32_t objOffset);\
>++[[nodiscard]] bool emitLoadObject(CacheIRReader& reader) {\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  uint32_t objOffset = reader.stubOffset();\
>++  return emitLoadObject(resultId, objOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadProto(ObjOperandId objId, ObjOperandId resultId);\
>++[[nodiscard]] bool emitLoadProto(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  return emitLoadProto(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadEnclosingEnvironment(ObjOperandId objId, ObjOperandId resultId);\
>++[[nodiscard]] bool emitLoadEnclosingEnvironment(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  return emitLoadEnclosingEnvironment(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadWrapperTarget(ObjOperandId objId, ObjOperandId resultId);\
>++[[nodiscard]] bool emitLoadWrapperTarget(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  return emitLoadWrapperTarget(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadValueTag(ValOperandId valId, ValueTagOperandId resultId);\
>++[[nodiscard]] bool emitLoadValueTag(CacheIRReader& reader) {\
>++  ValOperandId valId = reader.valOperandId();\
>++  ValueTagOperandId resultId = reader.valueTagOperandId();\
>++  return emitLoadValueTag(valId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentFixedSlot(ValOperandId resultId, uint8_t slotIndex);\
>++[[nodiscard]] bool emitLoadArgumentFixedSlot(CacheIRReader& reader) {\
>++  ValOperandId resultId = reader.valOperandId();\
>++  uint8_t slotIndex = reader.readByte();\
>++  return emitLoadArgumentFixedSlot(resultId, slotIndex);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentDynamicSlot(ValOperandId resultId, Int32OperandId argcId, uint8_t slotIndex);\
>++[[nodiscard]] bool emitLoadArgumentDynamicSlot(CacheIRReader& reader) {\
>++  ValOperandId resultId = reader.valOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  uint8_t slotIndex = reader.readByte();\
>++  return emitLoadArgumentDynamicSlot(resultId, argcId, slotIndex);\
>++}\
>++\
>++[[nodiscard]] bool emitTruncateDoubleToUInt32(NumberOperandId inputId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitTruncateDoubleToUInt32(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitTruncateDoubleToUInt32(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicLoadSlotResult(ObjOperandId objId, uint32_t nameOffset);\
>++[[nodiscard]] bool emitMegamorphicLoadSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t nameOffset = reader.stubOffset();\
>++  return emitMegamorphicLoadSlotResult(objId, nameOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicLoadSlotByValueResult(ObjOperandId objId, ValOperandId idId);\
>++[[nodiscard]] bool emitMegamorphicLoadSlotByValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  return emitMegamorphicLoadSlotByValueResult(objId, idId);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicStoreSlot(ObjOperandId objId, uint32_t nameOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitMegamorphicStoreSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t nameOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitMegamorphicStoreSlot(objId, nameOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicSetElement(ObjOperandId objId, ValOperandId idId, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitMegamorphicSetElement(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitMegamorphicSetElement(objId, idId, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitMegamorphicHasPropResult(ObjOperandId objId, ValOperandId idId, bool hasOwn);\
>++[[nodiscard]] bool emitMegamorphicHasPropResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  bool hasOwn = reader.readBool();\
>++  return emitMegamorphicHasPropResult(objId, idId, hasOwn);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDOMExpandoValue(ObjOperandId objId, ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadDOMExpandoValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadDOMExpandoValue(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDOMExpandoValueGuardGeneration(ObjOperandId objId, uint32_t expandoAndGenerationOffset, uint32_t generationOffset, ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadDOMExpandoValueGuardGeneration(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t expandoAndGenerationOffset = reader.stubOffset();\
>++  uint32_t generationOffset = reader.stubOffset();\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadDOMExpandoValueGuardGeneration(objId, expandoAndGenerationOffset, generationOffset, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDOMExpandoValueIgnoreGeneration(ObjOperandId objId, ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadDOMExpandoValueIgnoreGeneration(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadDOMExpandoValueIgnoreGeneration(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardDOMExpandoMissingOrGuardShape(ValOperandId expandoId, uint32_t shapeOffset);\
>++[[nodiscard]] bool emitGuardDOMExpandoMissingOrGuardShape(CacheIRReader& reader) {\
>++  ValOperandId expandoId = reader.valOperandId();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  return emitGuardDOMExpandoMissingOrGuardShape(expandoId, shapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreFixedSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreFixedSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreFixedSlot(objId, offsetOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDynamicSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreDynamicSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreDynamicSlot(objId, offsetOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitAddAndStoreFixedSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId, uint32_t newShapeOffset);\
>++[[nodiscard]] bool emitAddAndStoreFixedSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  return emitAddAndStoreFixedSlot(objId, offsetOffset, rhsId, newShapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitAddAndStoreDynamicSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId, uint32_t newShapeOffset);\
>++[[nodiscard]] bool emitAddAndStoreDynamicSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  return emitAddAndStoreDynamicSlot(objId, offsetOffset, rhsId, newShapeOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitAllocateAndStoreDynamicSlot(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId, uint32_t newShapeOffset, uint32_t numNewSlotsOffset);\
>++[[nodiscard]] bool emitAllocateAndStoreDynamicSlot(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  uint32_t numNewSlotsOffset = reader.stubOffset();\
>++  return emitAllocateAndStoreDynamicSlot(objId, offsetOffset, rhsId, newShapeOffset, numNewSlotsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDenseElement(ObjOperandId objId, Int32OperandId indexId, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreDenseElement(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreDenseElement(objId, indexId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDenseElementHole(ObjOperandId objId, Int32OperandId indexId, ValOperandId rhsId, bool handleAdd);\
>++[[nodiscard]] bool emitStoreDenseElementHole(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool handleAdd = reader.readBool();\
>++  return emitStoreDenseElementHole(objId, indexId, rhsId, handleAdd);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayPush(ObjOperandId objId, ValOperandId rhsId);\
>++[[nodiscard]] bool emitArrayPush(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitArrayPush(objId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayJoinResult(ObjOperandId objId, StringOperandId sepId);\
>++[[nodiscard]] bool emitArrayJoinResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  StringOperandId sepId = reader.stringOperandId();\
>++  return emitArrayJoinResult(objId, sepId);\
>++}\
>++\
>++[[nodiscard]] bool emitPackedArrayPopResult(ObjOperandId arrayId);\
>++[[nodiscard]] bool emitPackedArrayPopResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitPackedArrayPopResult(arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitPackedArrayShiftResult(ObjOperandId arrayId);\
>++[[nodiscard]] bool emitPackedArrayShiftResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitPackedArrayShiftResult(arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitPackedArraySliceResult(uint32_t templateObjectOffset, ObjOperandId arrayId, Int32OperandId beginId, Int32OperandId endId);\
>++[[nodiscard]] bool emitPackedArraySliceResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  Int32OperandId beginId = reader.int32OperandId();\
>++  Int32OperandId endId = reader.int32OperandId();\
>++  return emitPackedArraySliceResult(templateObjectOffset, arrayId, beginId, endId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsArrayResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitIsArrayResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitIsArrayResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreFixedSlotUndefinedResult(ObjOperandId objId, uint32_t offsetOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitStoreFixedSlotUndefinedResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitStoreFixedSlotUndefinedResult(objId, offsetOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsObjectResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitIsObjectResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitIsObjectResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsPackedArrayResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsPackedArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsPackedArrayResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsCallableResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitIsCallableResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitIsCallableResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsConstructorResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsConstructorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsConstructorResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsCrossRealmArrayConstructorResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsCrossRealmArrayConstructorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsCrossRealmArrayConstructorResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitIsTypedArrayResult(ObjOperandId objId, bool isPossiblyWrapped);\
>++[[nodiscard]] bool emitIsTypedArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  bool isPossiblyWrapped = reader.readBool();\
>++  return emitIsTypedArrayResult(objId, isPossiblyWrapped);\
>++}\
>++\
>++[[nodiscard]] bool emitIsTypedArrayConstructorResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitIsTypedArrayConstructorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitIsTypedArrayConstructorResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitArrayBufferViewByteOffsetInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitArrayBufferViewByteOffsetDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitArrayBufferViewByteOffsetDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitTypedArrayByteLengthInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitTypedArrayByteLengthInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitTypedArrayByteLengthInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitTypedArrayByteLengthDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitTypedArrayByteLengthDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitTypedArrayByteLengthDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitTypedArrayElementSizeResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitTypedArrayElementSizeResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitTypedArrayElementSizeResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardHasAttachedArrayBuffer(ObjOperandId objId);\
>++[[nodiscard]] bool emitGuardHasAttachedArrayBuffer(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitGuardHasAttachedArrayBuffer(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitFinishBoundFunctionInitResult(ObjOperandId boundId, ObjOperandId targetId, Int32OperandId argCountId);\
>++[[nodiscard]] bool emitFinishBoundFunctionInitResult(CacheIRReader& reader) {\
>++  ObjOperandId boundId = reader.objOperandId();\
>++  ObjOperandId targetId = reader.objOperandId();\
>++  Int32OperandId argCountId = reader.int32OperandId();\
>++  return emitFinishBoundFunctionInitResult(boundId, targetId, argCountId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewArrayIteratorResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitNewArrayIteratorResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitNewArrayIteratorResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewStringIteratorResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitNewStringIteratorResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitNewStringIteratorResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewRegExpStringIteratorResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitNewRegExpStringIteratorResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitNewRegExpStringIteratorResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitObjectCreateResult(uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitObjectCreateResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitObjectCreateResult(templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewArrayFromLengthResult(uint32_t templateObjectOffset, Int32OperandId lengthId);\
>++[[nodiscard]] bool emitNewArrayFromLengthResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  return emitNewArrayFromLengthResult(templateObjectOffset, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewTypedArrayFromLengthResult(uint32_t templateObjectOffset, Int32OperandId lengthId);\
>++[[nodiscard]] bool emitNewTypedArrayFromLengthResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  return emitNewTypedArrayFromLengthResult(templateObjectOffset, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayBufferResult(uint32_t templateObjectOffset, ObjOperandId bufferId, ValOperandId byteOffsetId, ValOperandId lengthId);\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayBufferResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  ObjOperandId bufferId = reader.objOperandId();\
>++  ValOperandId byteOffsetId = reader.valOperandId();\
>++  ValOperandId lengthId = reader.valOperandId();\
>++  return emitNewTypedArrayFromArrayBufferResult(templateObjectOffset, bufferId, byteOffsetId, lengthId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayResult(uint32_t templateObjectOffset, ObjOperandId arrayId);\
>++[[nodiscard]] bool emitNewTypedArrayFromArrayResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  return emitNewTypedArrayFromArrayResult(templateObjectOffset, arrayId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewStringObjectResult(uint32_t templateObjectOffset, StringOperandId strId);\
>++[[nodiscard]] bool emitNewStringObjectResult(CacheIRReader& reader) {\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitNewStringObjectResult(templateObjectOffset, strId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringFromCharCodeResult(Int32OperandId codeId);\
>++[[nodiscard]] bool emitStringFromCharCodeResult(CacheIRReader& reader) {\
>++  Int32OperandId codeId = reader.int32OperandId();\
>++  return emitStringFromCharCodeResult(codeId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringFromCodePointResult(Int32OperandId codeId);\
>++[[nodiscard]] bool emitStringFromCodePointResult(CacheIRReader& reader) {\
>++  Int32OperandId codeId = reader.int32OperandId();\
>++  return emitStringFromCodePointResult(codeId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringToLowerCaseResult(StringOperandId strId);\
>++[[nodiscard]] bool emitStringToLowerCaseResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitStringToLowerCaseResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitStringToUpperCaseResult(StringOperandId strId);\
>++[[nodiscard]] bool emitStringToUpperCaseResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitStringToUpperCaseResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathAbsInt32Result(Int32OperandId inputId);\
>++[[nodiscard]] bool emitMathAbsInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitMathAbsInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathAbsNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathAbsNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathAbsNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathClz32Result(Int32OperandId inputId);\
>++[[nodiscard]] bool emitMathClz32Result(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitMathClz32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSignInt32Result(Int32OperandId inputId);\
>++[[nodiscard]] bool emitMathSignInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitMathSignInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSignNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathSignNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathSignNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSignNumberToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathSignNumberToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathSignNumberToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathImulResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitMathImulResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitMathImulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathSqrtNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathSqrtNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathSqrtNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFRoundNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathFRoundNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathFRoundNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathRandomResult(uint32_t rngOffset);\
>++[[nodiscard]] bool emitMathRandomResult(CacheIRReader& reader) {\
>++  uint32_t rngOffset = reader.stubOffset();\
>++  return emitMathRandomResult(rngOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitMathHypot2NumberResult(NumberOperandId firstId, NumberOperandId secondId);\
>++[[nodiscard]] bool emitMathHypot2NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  return emitMathHypot2NumberResult(firstId, secondId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathHypot3NumberResult(NumberOperandId firstId, NumberOperandId secondId, NumberOperandId thirdId);\
>++[[nodiscard]] bool emitMathHypot3NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  NumberOperandId thirdId = reader.numberOperandId();\
>++  return emitMathHypot3NumberResult(firstId, secondId, thirdId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathHypot4NumberResult(NumberOperandId firstId, NumberOperandId secondId, NumberOperandId thirdId, NumberOperandId fourthId);\
>++[[nodiscard]] bool emitMathHypot4NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  NumberOperandId thirdId = reader.numberOperandId();\
>++  NumberOperandId fourthId = reader.numberOperandId();\
>++  return emitMathHypot4NumberResult(firstId, secondId, thirdId, fourthId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathAtan2NumberResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitMathAtan2NumberResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitMathAtan2NumberResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFloorNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathFloorNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathFloorNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathCeilNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathCeilNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathCeilNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathTruncNumberResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathTruncNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathTruncNumberResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFloorToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathFloorToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathFloorToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathCeilToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathCeilToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathCeilToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathTruncToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathTruncToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathTruncToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitMathRoundToInt32Result(NumberOperandId inputId);\
>++[[nodiscard]] bool emitMathRoundToInt32Result(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitMathRoundToInt32Result(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32MinMax(bool isMax, Int32OperandId firstId, Int32OperandId secondId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitInt32MinMax(CacheIRReader& reader) {\
>++  bool isMax = reader.readBool();\
>++  Int32OperandId firstId = reader.int32OperandId();\
>++  Int32OperandId secondId = reader.int32OperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitInt32MinMax(isMax, firstId, secondId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitNumberMinMax(bool isMax, NumberOperandId firstId, NumberOperandId secondId, NumberOperandId resultId);\
>++[[nodiscard]] bool emitNumberMinMax(CacheIRReader& reader) {\
>++  bool isMax = reader.readBool();\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  return emitNumberMinMax(isMax, firstId, secondId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32MinMaxArrayResult(ObjOperandId arrayId, bool isMax);\
>++[[nodiscard]] bool emitInt32MinMaxArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  bool isMax = reader.readBool();\
>++  return emitInt32MinMaxArrayResult(arrayId, isMax);\
>++}\
>++\
>++[[nodiscard]] bool emitNumberMinMaxArrayResult(ObjOperandId arrayId, bool isMax);\
>++[[nodiscard]] bool emitNumberMinMaxArrayResult(CacheIRReader& reader) {\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  bool isMax = reader.readBool();\
>++  return emitNumberMinMaxArrayResult(arrayId, isMax);\
>++}\
>++\
>++[[nodiscard]] bool emitMathFunctionNumberResult(NumberOperandId inputId, UnaryMathFunction fun);\
>++[[nodiscard]] bool emitMathFunctionNumberResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  UnaryMathFunction fun = reader.unaryMathFunction();\
>++  return emitMathFunctionNumberResult(inputId, fun);\
>++}\
>++\
>++[[nodiscard]] bool emitObjectToStringResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitObjectToStringResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitObjectToStringResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitReflectGetPrototypeOfResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitReflectGetPrototypeOfResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitReflectGetPrototypeOfResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreTypedArrayElement(ObjOperandId objId, Scalar::Type elementType, IntPtrOperandId indexId, uint32_t rhsId, bool handleOOB);\
>++[[nodiscard]] bool emitStoreTypedArrayElement(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t rhsId = reader.rawOperandId();\
>++  bool handleOOB = reader.readBool();\
>++  return emitStoreTypedArrayElement(objId, elementType, indexId, rhsId, handleOOB);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsCompareExchangeResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t expectedId, uint32_t replacementId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsCompareExchangeResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t expectedId = reader.rawOperandId();\
>++  uint32_t replacementId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsCompareExchangeResult(objId, indexId, expectedId, replacementId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsExchangeResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsExchangeResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsExchangeResult(objId, indexId, valueId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsAddResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsAddResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsAddResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsSubResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsSubResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsSubResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsAndResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsAndResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsAndResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsOrResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsOrResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsOrResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsXorResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType, bool forEffect);\
>++[[nodiscard]] bool emitAtomicsXorResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forEffect = reader.readBool();\
>++  return emitAtomicsXorResult(objId, indexId, valueId, elementType, forEffect);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsLoadResult(ObjOperandId objId, IntPtrOperandId indexId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsLoadResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsLoadResult(objId, indexId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsStoreResult(ObjOperandId objId, IntPtrOperandId indexId, uint32_t valueId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitAtomicsStoreResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitAtomicsStoreResult(objId, indexId, valueId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitAtomicsIsLockFreeResult(Int32OperandId valueId);\
>++[[nodiscard]] bool emitAtomicsIsLockFreeResult(CacheIRReader& reader) {\
>++  Int32OperandId valueId = reader.int32OperandId();\
>++  return emitAtomicsIsLockFreeResult(valueId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeSetter(ObjOperandId receiverId, uint32_t setterOffset, ValOperandId rhsId, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallNativeSetter(CacheIRReader& reader) {\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallNativeSetter(receiverId, setterOffset, rhsId, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallScriptedSetter(ObjOperandId receiverId, uint32_t setterOffset, ValOperandId rhsId, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallScriptedSetter(CacheIRReader& reader) {\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallScriptedSetter(receiverId, setterOffset, rhsId, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInlinedSetter(ObjOperandId receiverId, uint32_t setterOffset, ValOperandId rhsId, uint32_t icScriptOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallInlinedSetter(CacheIRReader& reader) {\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallInlinedSetter(receiverId, setterOffset, rhsId, icScriptOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallDOMSetter(ObjOperandId objId, uint32_t jitInfoOffset, ValOperandId rhsId);\
>++[[nodiscard]] bool emitCallDOMSetter(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t jitInfoOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitCallDOMSetter(objId, jitInfoOffset, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallSetArrayLength(ObjOperandId objId, bool strict, ValOperandId rhsId);\
>++[[nodiscard]] bool emitCallSetArrayLength(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  bool strict = reader.readBool();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitCallSetArrayLength(objId, strict, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitProxySet(ObjOperandId objId, uint32_t idOffset, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitProxySet(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t idOffset = reader.stubOffset();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitProxySet(objId, idOffset, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitProxySetByValue(ObjOperandId objId, ValOperandId idId, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitProxySetByValue(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitProxySetByValue(objId, idId, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitCallAddOrUpdateSparseElementHelper(ObjOperandId objId, Int32OperandId idId, ValOperandId rhsId, bool strict);\
>++[[nodiscard]] bool emitCallAddOrUpdateSparseElementHelper(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId idId = reader.int32OperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  bool strict = reader.readBool();\
>++  return emitCallAddOrUpdateSparseElementHelper(objId, idId, rhsId, strict);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInt32ToString(Int32OperandId inputId, StringOperandId resultId);\
>++[[nodiscard]] bool emitCallInt32ToString(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitCallInt32ToString(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNumberToString(NumberOperandId inputId, StringOperandId resultId);\
>++[[nodiscard]] bool emitCallNumberToString(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitCallNumberToString(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitBooleanToString(BooleanOperandId inputId, StringOperandId resultId);\
>++[[nodiscard]] bool emitBooleanToString(CacheIRReader& reader) {\
>++  BooleanOperandId inputId = reader.booleanOperandId();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitBooleanToString(inputId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallScriptedFunction(ObjOperandId calleeId, Int32OperandId argcId, CallFlags flags);\
>++[[nodiscard]] bool emitCallScriptedFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  return emitCallScriptedFunction(calleeId, argcId, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitCallWasmFunction(ObjOperandId calleeId, Int32OperandId argcId, CallFlags flags, uint32_t funcExportOffset, uint32_t instanceOffset);\
>++[[nodiscard]] bool emitCallWasmFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  uint32_t funcExportOffset = reader.stubOffset();\
>++  uint32_t instanceOffset = reader.stubOffset();\
>++  return emitCallWasmFunction(calleeId, argcId, flags, funcExportOffset, instanceOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitGuardWasmArg(ValOperandId argId, wasm::ValType::Kind type);\
>++[[nodiscard]] bool emitGuardWasmArg(CacheIRReader& reader) {\
>++  ValOperandId argId = reader.valOperandId();\
>++  wasm::ValType::Kind type = reader.wasmValType();\
>++  return emitGuardWasmArg(argId, type);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeFunction(ObjOperandId calleeId, Int32OperandId argcId, CallFlags flags, bool ignoresReturnValue);\
>++[[nodiscard]] bool emitCallNativeFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  bool ignoresReturnValue = reader.readBool();\
>++  return emitCallNativeFunction(calleeId, argcId, flags, ignoresReturnValue);\
>++}\
>++\
>++[[nodiscard]] bool emitCallDOMFunction(ObjOperandId calleeId, Int32OperandId argcId, ObjOperandId thisObjId, CallFlags flags);\
>++[[nodiscard]] bool emitCallDOMFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  ObjOperandId thisObjId = reader.objOperandId();\
>++  CallFlags flags = reader.callFlags();\
>++  return emitCallDOMFunction(calleeId, argcId, thisObjId, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInlinedFunction(ObjOperandId calleeId, Int32OperandId argcId, uint32_t icScriptOffset, CallFlags flags);\
>++[[nodiscard]] bool emitCallInlinedFunction(CacheIRReader& reader) {\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  CallFlags flags = reader.callFlags();\
>++  return emitCallInlinedFunction(calleeId, argcId, icScriptOffset, flags);\
>++}\
>++\
>++[[nodiscard]] bool emitMetaTwoByte(uint32_t functionObjectOffset, uint32_t templateObjectOffset);\
>++[[nodiscard]] bool emitMetaTwoByte(CacheIRReader& reader) {\
>++  uint32_t functionObjectOffset = reader.stubOffset();\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  return emitMetaTwoByte(functionObjectOffset, templateObjectOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFixedSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadFixedSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadFixedSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFixedSlotTypedResult(ObjOperandId objId, uint32_t offsetOffset, ValueType type);\
>++[[nodiscard]] bool emitLoadFixedSlotTypedResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  ValueType type = reader.valueType();\
>++  return emitLoadFixedSlotTypedResult(objId, offsetOffset, type);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDynamicSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadDynamicSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadDynamicSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementHoleResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementHoleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementHoleResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallGetSparseElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitCallGetSparseElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitCallGetSparseElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementExistsResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementExistsResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementExistsResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadTypedArrayElementExistsResult(ObjOperandId objId, IntPtrOperandId indexId);\
>++[[nodiscard]] bool emitLoadTypedArrayElementExistsResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  return emitLoadTypedArrayElementExistsResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDenseElementHoleExistsResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadDenseElementHoleExistsResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadDenseElementHoleExistsResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadTypedArrayElementResult(ObjOperandId objId, IntPtrOperandId indexId, Scalar::Type elementType, bool handleOOB, bool forceDoubleForUint32);\
>++[[nodiscard]] bool emitLoadTypedArrayElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool handleOOB = reader.readBool();\
>++  bool forceDoubleForUint32 = reader.readBool();\
>++  return emitLoadTypedArrayElementResult(objId, indexId, elementType, handleOOB, forceDoubleForUint32);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDataViewValueResult(ObjOperandId objId, IntPtrOperandId offsetId, BooleanOperandId littleEndianId, Scalar::Type elementType, bool forceDoubleForUint32);\
>++[[nodiscard]] bool emitLoadDataViewValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId offsetId = reader.intPtrOperandId();\
>++  BooleanOperandId littleEndianId = reader.booleanOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  bool forceDoubleForUint32 = reader.readBool();\
>++  return emitLoadDataViewValueResult(objId, offsetId, littleEndianId, elementType, forceDoubleForUint32);\
>++}\
>++\
>++[[nodiscard]] bool emitStoreDataViewValueResult(ObjOperandId objId, IntPtrOperandId offsetId, uint32_t valueId, BooleanOperandId littleEndianId, Scalar::Type elementType);\
>++[[nodiscard]] bool emitStoreDataViewValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  IntPtrOperandId offsetId = reader.intPtrOperandId();\
>++  uint32_t valueId = reader.rawOperandId();\
>++  BooleanOperandId littleEndianId = reader.booleanOperandId();\
>++  Scalar::Type elementType = reader.scalarType();\
>++  return emitStoreDataViewValueResult(objId, offsetId, valueId, littleEndianId, elementType);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32ArrayLengthResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadInt32ArrayLengthResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadInt32ArrayLengthResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32ArrayLength(ObjOperandId objId, Int32OperandId resultId);\
>++[[nodiscard]] bool emitLoadInt32ArrayLength(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitLoadInt32ArrayLength(objId, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentsObjectArgResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadArgumentsObjectArgResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadArgumentsObjectArgResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArgumentsObjectLengthResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArgumentsObjectLengthResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArgumentsObjectLengthResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFunctionLengthResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadFunctionLengthResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadFunctionLengthResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadFunctionNameResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadFunctionNameResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadFunctionNameResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferByteLengthInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferByteLengthDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferByteLengthDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthInt32Result(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthInt32Result(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferViewLengthInt32Result(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthDoubleResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadArrayBufferViewLengthDoubleResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadArrayBufferViewLengthDoubleResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringCharResult(StringOperandId strId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadStringCharResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadStringCharResult(strId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringCharCodeResult(StringOperandId strId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitLoadStringCharCodeResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitLoadStringCharCodeResult(strId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringLengthResult(StringOperandId strId);\
>++[[nodiscard]] bool emitLoadStringLengthResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitLoadStringLengthResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitFrameIsConstructingResult();\
>++[[nodiscard]] bool emitFrameIsConstructingResult(CacheIRReader& reader) {\
>++  return emitFrameIsConstructingResult();\
>++}\
>++\
>++[[nodiscard]] bool emitLoadEnvironmentFixedSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadEnvironmentFixedSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadEnvironmentFixedSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadEnvironmentDynamicSlotResult(ObjOperandId objId, uint32_t offsetOffset);\
>++[[nodiscard]] bool emitLoadEnvironmentDynamicSlotResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  return emitLoadEnvironmentDynamicSlotResult(objId, offsetOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadObjectResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadObjectResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadObjectResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringResult(StringOperandId strId);\
>++[[nodiscard]] bool emitLoadStringResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitLoadStringResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadSymbolResult(SymbolOperandId symId);\
>++[[nodiscard]] bool emitLoadSymbolResult(CacheIRReader& reader) {\
>++  SymbolOperandId symId = reader.symbolOperandId();\
>++  return emitLoadSymbolResult(symId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32Result(Int32OperandId valId);\
>++[[nodiscard]] bool emitLoadInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId valId = reader.int32OperandId();\
>++  return emitLoadInt32Result(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDoubleResult(NumberOperandId valId);\
>++[[nodiscard]] bool emitLoadDoubleResult(CacheIRReader& reader) {\
>++  NumberOperandId valId = reader.numberOperandId();\
>++  return emitLoadDoubleResult(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBigIntResult(BigIntOperandId valId);\
>++[[nodiscard]] bool emitLoadBigIntResult(CacheIRReader& reader) {\
>++  BigIntOperandId valId = reader.bigIntOperandId();\
>++  return emitLoadBigIntResult(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallScriptedGetterResult(ValOperandId receiverId, uint32_t getterOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallScriptedGetterResult(CacheIRReader& reader) {\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallScriptedGetterResult(receiverId, getterOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallInlinedGetterResult(ValOperandId receiverId, uint32_t getterOffset, uint32_t icScriptOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallInlinedGetterResult(CacheIRReader& reader) {\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallInlinedGetterResult(receiverId, getterOffset, icScriptOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeGetterResult(ValOperandId receiverId, uint32_t getterOffset, bool sameRealm, uint32_t nargsAndFlagsOffset);\
>++[[nodiscard]] bool emitCallNativeGetterResult(CacheIRReader& reader) {\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  bool sameRealm = reader.readBool();\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  return emitCallNativeGetterResult(receiverId, getterOffset, sameRealm, nargsAndFlagsOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallDOMGetterResult(ObjOperandId objId, uint32_t jitInfoOffset);\
>++[[nodiscard]] bool emitCallDOMGetterResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t jitInfoOffset = reader.stubOffset();\
>++  return emitCallDOMGetterResult(objId, jitInfoOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitProxyGetResult(ObjOperandId objId, uint32_t idOffset);\
>++[[nodiscard]] bool emitProxyGetResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  uint32_t idOffset = reader.stubOffset();\
>++  return emitProxyGetResult(objId, idOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitProxyGetByValueResult(ObjOperandId objId, ValOperandId idId);\
>++[[nodiscard]] bool emitProxyGetByValueResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  return emitProxyGetByValueResult(objId, idId);\
>++}\
>++\
>++[[nodiscard]] bool emitProxyHasPropResult(ObjOperandId objId, ValOperandId idId, bool hasOwn);\
>++[[nodiscard]] bool emitProxyHasPropResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  ValOperandId idId = reader.valOperandId();\
>++  bool hasOwn = reader.readBool();\
>++  return emitProxyHasPropResult(objId, idId, hasOwn);\
>++}\
>++\
>++[[nodiscard]] bool emitCallObjectHasSparseElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitCallObjectHasSparseElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitCallObjectHasSparseElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitCallNativeGetElementResult(ObjOperandId objId, Int32OperandId indexId);\
>++[[nodiscard]] bool emitCallNativeGetElementResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  return emitCallNativeGetElementResult(objId, indexId);\
>++}\
>++\
>++[[nodiscard]] bool emitGetNextMapSetEntryForIteratorResult(ObjOperandId iterId, ObjOperandId resultArrId, bool isMap);\
>++[[nodiscard]] bool emitGetNextMapSetEntryForIteratorResult(CacheIRReader& reader) {\
>++  ObjOperandId iterId = reader.objOperandId();\
>++  ObjOperandId resultArrId = reader.objOperandId();\
>++  bool isMap = reader.readBool();\
>++  return emitGetNextMapSetEntryForIteratorResult(iterId, resultArrId, isMap);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadUndefinedResult();\
>++[[nodiscard]] bool emitLoadUndefinedResult(CacheIRReader& reader) {\
>++  return emitLoadUndefinedResult();\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBooleanResult(bool val);\
>++[[nodiscard]] bool emitLoadBooleanResult(CacheIRReader& reader) {\
>++  bool val = reader.readBool();\
>++  return emitLoadBooleanResult(val);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32Constant(uint32_t valOffset, Int32OperandId resultId);\
>++[[nodiscard]] bool emitLoadInt32Constant(CacheIRReader& reader) {\
>++  uint32_t valOffset = reader.stubOffset();\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  return emitLoadInt32Constant(valOffset, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBooleanConstant(bool val, BooleanOperandId resultId);\
>++[[nodiscard]] bool emitLoadBooleanConstant(CacheIRReader& reader) {\
>++  bool val = reader.readBool();\
>++  BooleanOperandId resultId = reader.booleanOperandId();\
>++  return emitLoadBooleanConstant(val, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadUndefined(ValOperandId resultId);\
>++[[nodiscard]] bool emitLoadUndefined(CacheIRReader& reader) {\
>++  ValOperandId resultId = reader.valOperandId();\
>++  return emitLoadUndefined(resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadConstantString(uint32_t strOffset, StringOperandId resultId);\
>++[[nodiscard]] bool emitLoadConstantString(CacheIRReader& reader) {\
>++  uint32_t strOffset = reader.stubOffset();\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  return emitLoadConstantString(strOffset, resultId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadConstantStringResult(uint32_t strOffset);\
>++[[nodiscard]] bool emitLoadConstantStringResult(CacheIRReader& reader) {\
>++  uint32_t strOffset = reader.stubOffset();\
>++  return emitLoadConstantStringResult(strOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInstanceOfObjectResult(ValOperandId lhsId, ObjOperandId protoId);\
>++[[nodiscard]] bool emitLoadInstanceOfObjectResult(CacheIRReader& reader) {\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  return emitLoadInstanceOfObjectResult(lhsId, protoId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadTypeOfObjectResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadTypeOfObjectResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadTypeOfObjectResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleAddResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleAddResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleAddResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleSubResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleSubResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleSubResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleMulResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleMulResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleMulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleDivResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleDivResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleDivResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleModResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoubleModResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoubleModResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoublePowResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitDoublePowResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitDoublePowResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32AddResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32AddResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32AddResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32SubResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32SubResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32SubResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32MulResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32MulResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32MulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32DivResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32DivResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32DivResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32ModResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32ModResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32ModResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32PowResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32PowResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32PowResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntAddResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntAddResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntAddResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntSubResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntSubResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntSubResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntMulResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntMulResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntMulResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntDivResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntDivResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntDivResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntModResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntModResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntModResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntPowResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntPowResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntPowResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32BitOrResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32BitOrResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32BitOrResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32BitXorResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32BitXorResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32BitXorResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32BitAndResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32BitAndResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32BitAndResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32LeftShiftResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32LeftShiftResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32LeftShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32RightShiftResult(Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitInt32RightShiftResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitInt32RightShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32URightShiftResult(Int32OperandId lhsId, Int32OperandId rhsId, bool forceDouble);\
>++[[nodiscard]] bool emitInt32URightShiftResult(CacheIRReader& reader) {\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  bool forceDouble = reader.readBool();\
>++  return emitInt32URightShiftResult(lhsId, rhsId, forceDouble);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32NotResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32NotResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32NotResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntBitOrResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntBitOrResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntBitOrResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntBitXorResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntBitXorResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntBitXorResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntBitAndResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntBitAndResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntBitAndResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntLeftShiftResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntLeftShiftResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntLeftShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntRightShiftResult(BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitBigIntRightShiftResult(CacheIRReader& reader) {\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitBigIntRightShiftResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntNotResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntNotResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntNotResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32NegationResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32NegationResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32NegationResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleNegationResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitDoubleNegationResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitDoubleNegationResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntNegationResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntNegationResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntNegationResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32IncResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32IncResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32IncResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitInt32DecResult(Int32OperandId inputId);\
>++[[nodiscard]] bool emitInt32DecResult(CacheIRReader& reader) {\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  return emitInt32DecResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleIncResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitDoubleIncResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitDoubleIncResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitDoubleDecResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitDoubleDecResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitDoubleDecResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntIncResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntIncResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntIncResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntDecResult(BigIntOperandId inputId);\
>++[[nodiscard]] bool emitBigIntDecResult(CacheIRReader& reader) {\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  return emitBigIntDecResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadInt32TruthyResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitLoadInt32TruthyResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitLoadInt32TruthyResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadDoubleTruthyResult(NumberOperandId inputId);\
>++[[nodiscard]] bool emitLoadDoubleTruthyResult(CacheIRReader& reader) {\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  return emitLoadDoubleTruthyResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadStringTruthyResult(StringOperandId strId);\
>++[[nodiscard]] bool emitLoadStringTruthyResult(CacheIRReader& reader) {\
>++  StringOperandId strId = reader.stringOperandId();\
>++  return emitLoadStringTruthyResult(strId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadObjectTruthyResult(ObjOperandId objId);\
>++[[nodiscard]] bool emitLoadObjectTruthyResult(CacheIRReader& reader) {\
>++  ObjOperandId objId = reader.objOperandId();\
>++  return emitLoadObjectTruthyResult(objId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadBigIntTruthyResult(BigIntOperandId bigIntId);\
>++[[nodiscard]] bool emitLoadBigIntTruthyResult(CacheIRReader& reader) {\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  return emitLoadBigIntTruthyResult(bigIntId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadValueTruthyResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitLoadValueTruthyResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitLoadValueTruthyResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitLoadOperandResult(ValOperandId inputId);\
>++[[nodiscard]] bool emitLoadOperandResult(CacheIRReader& reader) {\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitLoadOperandResult(inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitNewPlainObjectResult(uint32_t numFixedSlots, uint32_t numDynamicSlots, gc::AllocKind allocKind, uint32_t shapeOffset, uint32_t siteOffset);\
>++[[nodiscard]] bool emitNewPlainObjectResult(CacheIRReader& reader) {\
>++  uint32_t numFixedSlots = reader.uint32Immediate();\
>++  uint32_t numDynamicSlots = reader.uint32Immediate();\
>++  gc::AllocKind allocKind = reader.allocKind();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  uint32_t siteOffset = reader.stubOffset();\
>++  return emitNewPlainObjectResult(numFixedSlots, numDynamicSlots, allocKind, shapeOffset, siteOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitNewArrayObjectResult(uint32_t arrayLength, uint32_t shapeOffset, uint32_t siteOffset);\
>++[[nodiscard]] bool emitNewArrayObjectResult(CacheIRReader& reader) {\
>++  uint32_t arrayLength = reader.uint32Immediate();\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  uint32_t siteOffset = reader.stubOffset();\
>++  return emitNewArrayObjectResult(arrayLength, shapeOffset, siteOffset);\
>++}\
>++\
>++[[nodiscard]] bool emitCallStringConcatResult(StringOperandId lhsId, StringOperandId rhsId);\
>++[[nodiscard]] bool emitCallStringConcatResult(CacheIRReader& reader) {\
>++  StringOperandId lhsId = reader.stringOperandId();\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  return emitCallStringConcatResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareStringResult(JSOp op, StringOperandId lhsId, StringOperandId rhsId);\
>++[[nodiscard]] bool emitCompareStringResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  StringOperandId lhsId = reader.stringOperandId();\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  return emitCompareStringResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareObjectResult(JSOp op, ObjOperandId lhsId, ObjOperandId rhsId);\
>++[[nodiscard]] bool emitCompareObjectResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  ObjOperandId lhsId = reader.objOperandId();\
>++  ObjOperandId rhsId = reader.objOperandId();\
>++  return emitCompareObjectResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareSymbolResult(JSOp op, SymbolOperandId lhsId, SymbolOperandId rhsId);\
>++[[nodiscard]] bool emitCompareSymbolResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  SymbolOperandId lhsId = reader.symbolOperandId();\
>++  SymbolOperandId rhsId = reader.symbolOperandId();\
>++  return emitCompareSymbolResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareInt32Result(JSOp op, Int32OperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitCompareInt32Result(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitCompareInt32Result(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareDoubleResult(JSOp op, NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitCompareDoubleResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitCompareDoubleResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntResult(JSOp op, BigIntOperandId lhsId, BigIntOperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  return emitCompareBigIntResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntInt32Result(JSOp op, BigIntOperandId lhsId, Int32OperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntInt32Result(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  return emitCompareBigIntInt32Result(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntNumberResult(JSOp op, BigIntOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntNumberResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitCompareBigIntNumberResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareBigIntStringResult(JSOp op, BigIntOperandId lhsId, StringOperandId rhsId);\
>++[[nodiscard]] bool emitCompareBigIntStringResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  return emitCompareBigIntStringResult(op, lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareNullUndefinedResult(JSOp op, bool isUndefined, ValOperandId inputId);\
>++[[nodiscard]] bool emitCompareNullUndefinedResult(CacheIRReader& reader) {\
>++  JSOp op = reader.jsop();\
>++  bool isUndefined = reader.readBool();\
>++  ValOperandId inputId = reader.valOperandId();\
>++  return emitCompareNullUndefinedResult(op, isUndefined, inputId);\
>++}\
>++\
>++[[nodiscard]] bool emitCompareDoubleSameValueResult(NumberOperandId lhsId, NumberOperandId rhsId);\
>++[[nodiscard]] bool emitCompareDoubleSameValueResult(CacheIRReader& reader) {\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  return emitCompareDoubleSameValueResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitSameValueResult(ValOperandId lhsId, ValOperandId rhsId);\
>++[[nodiscard]] bool emitSameValueResult(CacheIRReader& reader) {\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  return emitSameValueResult(lhsId, rhsId);\
>++}\
>++\
>++[[nodiscard]] bool emitIndirectTruncateInt32Result(Int32OperandId valId);\
>++[[nodiscard]] bool emitIndirectTruncateInt32Result(CacheIRReader& reader) {\
>++  Int32OperandId valId = reader.int32OperandId();\
>++  return emitIndirectTruncateInt32Result(valId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntAsIntNResult(Int32OperandId bitsId, BigIntOperandId bigIntId);\
>++[[nodiscard]] bool emitBigIntAsIntNResult(CacheIRReader& reader) {\
>++  Int32OperandId bitsId = reader.int32OperandId();\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  return emitBigIntAsIntNResult(bitsId, bigIntId);\
>++}\
>++\
>++[[nodiscard]] bool emitBigIntAsUintNResult(Int32OperandId bitsId, BigIntOperandId bigIntId);\
>++[[nodiscard]] bool emitBigIntAsUintNResult(CacheIRReader& reader) {\
>++  Int32OperandId bitsId = reader.int32OperandId();\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  return emitBigIntAsUintNResult(bitsId, bigIntId);\
>++}\
>++\
>++[[nodiscard]] bool emitBailout();\
>++[[nodiscard]] bool emitBailout(CacheIRReader& reader) {\
>++  return emitBailout();\
>++}\
>++\
>++[[nodiscard]] bool emitAssertRecoveredOnBailoutResult(ValOperandId valId, bool mustBeRecovered);\
>++[[nodiscard]] bool emitAssertRecoveredOnBailoutResult(CacheIRReader& reader) {\
>++  ValOperandId valId = reader.valOperandId();\
>++  bool mustBeRecovered = reader.readBool();\
>++  return emitAssertRecoveredOnBailoutResult(valId, mustBeRecovered);\
>++}\
>++
>++
>++#define CACHE_IR_TRANSPILER_OPS(_)\
>++_(ReturnFromIC)\
>++_(GuardToObject)\
>++_(GuardIsNullOrUndefined)\
>++_(GuardIsNull)\
>++_(GuardIsUndefined)\
>++_(GuardToBoolean)\
>++_(GuardToString)\
>++_(GuardToSymbol)\
>++_(GuardToBigInt)\
>++_(GuardIsNumber)\
>++_(GuardToInt32)\
>++_(GuardBooleanToInt32)\
>++_(GuardToInt32Index)\
>++_(Int32ToIntPtr)\
>++_(GuardNumberToIntPtrIndex)\
>++_(GuardToInt32ModUint32)\
>++_(GuardToUint8Clamped)\
>++_(GuardNonDoubleType)\
>++_(GuardShape)\
>++_(GuardProto)\
>++_(GuardNullProto)\
>++_(GuardClass)\
>++_(GuardAnyClass)\
>++_(HasClassResult)\
>++_(CallRegExpMatcherResult)\
>++_(CallRegExpSearcherResult)\
>++_(CallRegExpTesterResult)\
>++_(RegExpFlagResult)\
>++_(CallSubstringKernelResult)\
>++_(StringReplaceStringResult)\
>++_(StringSplitStringResult)\
>++_(RegExpPrototypeOptimizableResult)\
>++_(RegExpInstanceOptimizableResult)\
>++_(GetFirstDollarIndexResult)\
>++_(GuardIsExtensible)\
>++_(GuardIsNativeObject)\
>++_(GuardIsProxy)\
>++_(GuardIsNotProxy)\
>++_(GuardIsNotArrayBufferMaybeShared)\
>++_(GuardIsTypedArray)\
>++_(GuardIsNotDOMProxy)\
>++_(GuardSpecificObject)\
>++_(GuardSpecificFunction)\
>++_(GuardFunctionScript)\
>++_(GuardSpecificAtom)\
>++_(GuardSpecificSymbol)\
>++_(GuardNoDenseElements)\
>++_(GuardStringToIndex)\
>++_(GuardStringToInt32)\
>++_(GuardStringToNumber)\
>++_(BooleanToNumber)\
>++_(GuardHasGetterSetter)\
>++_(GuardInt32IsNonNegative)\
>++_(GuardIndexIsValidUpdateOrAdd)\
>++_(GuardIndexGreaterThanDenseInitLength)\
>++_(GuardTagNotEqual)\
>++_(GuardDynamicSlotIsSpecificObject)\
>++_(GuardFixedSlotValue)\
>++_(GuardDynamicSlotValue)\
>++_(GuardNoAllocationMetadataBuilder)\
>++_(GuardFunctionHasJitEntry)\
>++_(GuardFunctionHasNoJitEntry)\
>++_(GuardFunctionIsNonBuiltinCtor)\
>++_(GuardFunctionIsConstructor)\
>++_(GuardNotClassConstructor)\
>++_(GuardArrayIsPacked)\
>++_(GuardArgumentsObjectFlags)\
>++_(LoadObject)\
>++_(LoadProto)\
>++_(LoadEnclosingEnvironment)\
>++_(LoadWrapperTarget)\
>++_(LoadValueTag)\
>++_(LoadArgumentFixedSlot)\
>++_(LoadArgumentDynamicSlot)\
>++_(TruncateDoubleToUInt32)\
>++_(MegamorphicLoadSlotResult)\
>++_(MegamorphicLoadSlotByValueResult)\
>++_(MegamorphicStoreSlot)\
>++_(MegamorphicSetElement)\
>++_(MegamorphicHasPropResult)\
>++_(LoadDOMExpandoValue)\
>++_(LoadDOMExpandoValueGuardGeneration)\
>++_(LoadDOMExpandoValueIgnoreGeneration)\
>++_(GuardDOMExpandoMissingOrGuardShape)\
>++_(StoreFixedSlot)\
>++_(StoreDynamicSlot)\
>++_(AddAndStoreFixedSlot)\
>++_(AddAndStoreDynamicSlot)\
>++_(AllocateAndStoreDynamicSlot)\
>++_(StoreDenseElement)\
>++_(StoreDenseElementHole)\
>++_(ArrayPush)\
>++_(ArrayJoinResult)\
>++_(PackedArrayPopResult)\
>++_(PackedArrayShiftResult)\
>++_(PackedArraySliceResult)\
>++_(IsArrayResult)\
>++_(StoreFixedSlotUndefinedResult)\
>++_(IsObjectResult)\
>++_(IsPackedArrayResult)\
>++_(IsCallableResult)\
>++_(IsConstructorResult)\
>++_(IsCrossRealmArrayConstructorResult)\
>++_(IsTypedArrayResult)\
>++_(IsTypedArrayConstructorResult)\
>++_(ArrayBufferViewByteOffsetInt32Result)\
>++_(ArrayBufferViewByteOffsetDoubleResult)\
>++_(TypedArrayByteLengthInt32Result)\
>++_(TypedArrayByteLengthDoubleResult)\
>++_(TypedArrayElementSizeResult)\
>++_(GuardHasAttachedArrayBuffer)\
>++_(FinishBoundFunctionInitResult)\
>++_(NewArrayIteratorResult)\
>++_(NewStringIteratorResult)\
>++_(NewRegExpStringIteratorResult)\
>++_(ObjectCreateResult)\
>++_(NewArrayFromLengthResult)\
>++_(NewTypedArrayFromLengthResult)\
>++_(NewTypedArrayFromArrayBufferResult)\
>++_(NewTypedArrayFromArrayResult)\
>++_(NewStringObjectResult)\
>++_(StringFromCharCodeResult)\
>++_(StringFromCodePointResult)\
>++_(StringToLowerCaseResult)\
>++_(StringToUpperCaseResult)\
>++_(MathAbsInt32Result)\
>++_(MathAbsNumberResult)\
>++_(MathClz32Result)\
>++_(MathSignInt32Result)\
>++_(MathSignNumberResult)\
>++_(MathSignNumberToInt32Result)\
>++_(MathImulResult)\
>++_(MathSqrtNumberResult)\
>++_(MathFRoundNumberResult)\
>++_(MathRandomResult)\
>++_(MathHypot2NumberResult)\
>++_(MathHypot3NumberResult)\
>++_(MathHypot4NumberResult)\
>++_(MathAtan2NumberResult)\
>++_(MathFloorNumberResult)\
>++_(MathCeilNumberResult)\
>++_(MathTruncNumberResult)\
>++_(MathFloorToInt32Result)\
>++_(MathCeilToInt32Result)\
>++_(MathTruncToInt32Result)\
>++_(MathRoundToInt32Result)\
>++_(Int32MinMax)\
>++_(NumberMinMax)\
>++_(Int32MinMaxArrayResult)\
>++_(NumberMinMaxArrayResult)\
>++_(MathFunctionNumberResult)\
>++_(ObjectToStringResult)\
>++_(ReflectGetPrototypeOfResult)\
>++_(StoreTypedArrayElement)\
>++_(AtomicsCompareExchangeResult)\
>++_(AtomicsExchangeResult)\
>++_(AtomicsAddResult)\
>++_(AtomicsSubResult)\
>++_(AtomicsAndResult)\
>++_(AtomicsOrResult)\
>++_(AtomicsXorResult)\
>++_(AtomicsLoadResult)\
>++_(AtomicsStoreResult)\
>++_(AtomicsIsLockFreeResult)\
>++_(CallNativeSetter)\
>++_(CallScriptedSetter)\
>++_(CallInlinedSetter)\
>++_(CallDOMSetter)\
>++_(CallSetArrayLength)\
>++_(ProxySet)\
>++_(ProxySetByValue)\
>++_(CallAddOrUpdateSparseElementHelper)\
>++_(CallInt32ToString)\
>++_(CallNumberToString)\
>++_(BooleanToString)\
>++_(CallScriptedFunction)\
>++_(CallWasmFunction)\
>++_(GuardWasmArg)\
>++_(CallNativeFunction)\
>++_(CallDOMFunction)\
>++_(CallInlinedFunction)\
>++_(MetaTwoByte)\
>++_(LoadFixedSlotResult)\
>++_(LoadFixedSlotTypedResult)\
>++_(LoadDynamicSlotResult)\
>++_(LoadDenseElementResult)\
>++_(LoadDenseElementHoleResult)\
>++_(CallGetSparseElementResult)\
>++_(LoadDenseElementExistsResult)\
>++_(LoadTypedArrayElementExistsResult)\
>++_(LoadDenseElementHoleExistsResult)\
>++_(LoadTypedArrayElementResult)\
>++_(LoadDataViewValueResult)\
>++_(StoreDataViewValueResult)\
>++_(LoadInt32ArrayLengthResult)\
>++_(LoadInt32ArrayLength)\
>++_(LoadArgumentsObjectArgResult)\
>++_(LoadArgumentsObjectLengthResult)\
>++_(LoadFunctionLengthResult)\
>++_(LoadFunctionNameResult)\
>++_(LoadArrayBufferByteLengthInt32Result)\
>++_(LoadArrayBufferByteLengthDoubleResult)\
>++_(LoadArrayBufferViewLengthInt32Result)\
>++_(LoadArrayBufferViewLengthDoubleResult)\
>++_(LoadStringCharResult)\
>++_(LoadStringCharCodeResult)\
>++_(LoadStringLengthResult)\
>++_(FrameIsConstructingResult)\
>++_(LoadEnvironmentFixedSlotResult)\
>++_(LoadEnvironmentDynamicSlotResult)\
>++_(LoadObjectResult)\
>++_(LoadStringResult)\
>++_(LoadSymbolResult)\
>++_(LoadInt32Result)\
>++_(LoadDoubleResult)\
>++_(LoadBigIntResult)\
>++_(CallScriptedGetterResult)\
>++_(CallInlinedGetterResult)\
>++_(CallNativeGetterResult)\
>++_(CallDOMGetterResult)\
>++_(ProxyGetResult)\
>++_(ProxyGetByValueResult)\
>++_(ProxyHasPropResult)\
>++_(CallObjectHasSparseElementResult)\
>++_(CallNativeGetElementResult)\
>++_(GetNextMapSetEntryForIteratorResult)\
>++_(LoadUndefinedResult)\
>++_(LoadBooleanResult)\
>++_(LoadInt32Constant)\
>++_(LoadBooleanConstant)\
>++_(LoadUndefined)\
>++_(LoadConstantString)\
>++_(LoadConstantStringResult)\
>++_(LoadInstanceOfObjectResult)\
>++_(LoadTypeOfObjectResult)\
>++_(DoubleAddResult)\
>++_(DoubleSubResult)\
>++_(DoubleMulResult)\
>++_(DoubleDivResult)\
>++_(DoubleModResult)\
>++_(DoublePowResult)\
>++_(Int32AddResult)\
>++_(Int32SubResult)\
>++_(Int32MulResult)\
>++_(Int32DivResult)\
>++_(Int32ModResult)\
>++_(Int32PowResult)\
>++_(BigIntAddResult)\
>++_(BigIntSubResult)\
>++_(BigIntMulResult)\
>++_(BigIntDivResult)\
>++_(BigIntModResult)\
>++_(BigIntPowResult)\
>++_(Int32BitOrResult)\
>++_(Int32BitXorResult)\
>++_(Int32BitAndResult)\
>++_(Int32LeftShiftResult)\
>++_(Int32RightShiftResult)\
>++_(Int32URightShiftResult)\
>++_(Int32NotResult)\
>++_(BigIntBitOrResult)\
>++_(BigIntBitXorResult)\
>++_(BigIntBitAndResult)\
>++_(BigIntLeftShiftResult)\
>++_(BigIntRightShiftResult)\
>++_(BigIntNotResult)\
>++_(Int32NegationResult)\
>++_(DoubleNegationResult)\
>++_(BigIntNegationResult)\
>++_(Int32IncResult)\
>++_(Int32DecResult)\
>++_(DoubleIncResult)\
>++_(DoubleDecResult)\
>++_(BigIntIncResult)\
>++_(BigIntDecResult)\
>++_(LoadInt32TruthyResult)\
>++_(LoadDoubleTruthyResult)\
>++_(LoadStringTruthyResult)\
>++_(LoadObjectTruthyResult)\
>++_(LoadBigIntTruthyResult)\
>++_(LoadValueTruthyResult)\
>++_(LoadOperandResult)\
>++_(NewPlainObjectResult)\
>++_(NewArrayObjectResult)\
>++_(CallStringConcatResult)\
>++_(CompareStringResult)\
>++_(CompareObjectResult)\
>++_(CompareSymbolResult)\
>++_(CompareInt32Result)\
>++_(CompareDoubleResult)\
>++_(CompareBigIntResult)\
>++_(CompareBigIntInt32Result)\
>++_(CompareBigIntNumberResult)\
>++_(CompareBigIntStringResult)\
>++_(CompareNullUndefinedResult)\
>++_(CompareDoubleSameValueResult)\
>++_(SameValueResult)\
>++_(IndirectTruncateInt32Result)\
>++_(BigIntAsIntNResult)\
>++_(BigIntAsUintNResult)\
>++_(Bailout)\
>++_(AssertRecoveredOnBailoutResult)
>++
>++#define CACHE_IR_SPEWER_GENERATED \
>++void spewReturnFromIC(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ReturnFromIC);\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToObject(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToObject);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsNullOrUndefined(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsNullOrUndefined);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsNull(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsNull);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsUndefined(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsUndefined);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToBoolean(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToBoolean);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToString(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToString);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToSymbol(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToSymbol);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToBigInt(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToBigInt);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsNumber(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsNumber);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToInt32(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToInt32);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardBooleanToInt32(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardBooleanToInt32);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToInt32Index(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToInt32Index);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32ToIntPtr(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32ToIntPtr);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.intPtrOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardNumberToIntPtrIndex(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardNumberToIntPtrIndex);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("supportOOB", reader.readBool());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.intPtrOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToInt32ModUint32(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToInt32ModUint32);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardToUint8Clamped(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardToUint8Clamped);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardNonDoubleType(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardNonDoubleType);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewValueTypeImm("type", reader.valueType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardShape(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardShape);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("shapeOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardProto(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardProto);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("protoOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardNullProto(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardNullProto);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardClass(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardClass);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewGuardClassKindImm("kind", reader.guardClassKind());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardAnyClass(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardAnyClass);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("claspOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewHasClassResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::HasClassResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("claspOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallRegExpMatcherResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallRegExpMatcherResult);\
>++  spewOperandId("regexpId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("inputId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("lastIndexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallRegExpSearcherResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallRegExpSearcherResult);\
>++  spewOperandId("regexpId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("inputId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("lastIndexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallRegExpTesterResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallRegExpTesterResult);\
>++  spewOperandId("regexpId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("inputId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("lastIndexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewRegExpFlagResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::RegExpFlagResult);\
>++  spewOperandId("regexpId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewInt32Imm("flagsMask", reader.int32Immediate());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallSubstringKernelResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallSubstringKernelResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("beginId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("lengthId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStringReplaceStringResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StringReplaceStringResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("patternId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("replacementId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStringSplitStringResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StringSplitStringResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("separatorId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewRegExpPrototypeOptimizableResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::RegExpPrototypeOptimizableResult);\
>++  spewOperandId("protoId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewRegExpInstanceOptimizableResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::RegExpInstanceOptimizableResult);\
>++  spewOperandId("regexpId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("protoId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGetFirstDollarIndexResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GetFirstDollarIndexResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardCompartment(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardCompartment);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("globalOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("compartmentOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsExtensible(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsExtensible);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsNativeObject(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsNativeObject);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsProxy(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsProxy);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsNotProxy(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsNotProxy);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsNotArrayBufferMaybeShared(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsNotArrayBufferMaybeShared);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsTypedArray(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsTypedArray);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardHasProxyHandler(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardHasProxyHandler);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("handlerOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIsNotDOMProxy(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIsNotDOMProxy);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardSpecificObject(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardSpecificObject);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("expectedOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardSpecificFunction(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardSpecificFunction);\
>++  spewOperandId("funId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("expectedOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardFunctionScript(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardFunctionScript);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("expectedOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardSpecificAtom(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardSpecificAtom);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewField("expectedOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardSpecificSymbol(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardSpecificSymbol);\
>++  spewOperandId("symId", reader.symbolOperandId());\
>++  spewArgSeparator();\
>++  spewField("expectedOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardNoDenseElements(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardNoDenseElements);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardStringToIndex(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardStringToIndex);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardStringToInt32(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardStringToInt32);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardStringToNumber(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardStringToNumber);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBooleanToNumber(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BooleanToNumber);\
>++  spewOperandId("booleanId", reader.booleanOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardAndGetIterator(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardAndGetIterator);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("iterOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("enumeratorsAddrOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardHasGetterSetter(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardHasGetterSetter);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("idOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("getterSetterOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardInt32IsNonNegative(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardInt32IsNonNegative);\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIndexIsValidUpdateOrAdd(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIndexIsValidUpdateOrAdd);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardIndexGreaterThanDenseInitLength(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardIndexGreaterThanDenseInitLength);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardTagNotEqual(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardTagNotEqual);\
>++  spewOperandId("lhsId", reader.valueTagOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valueTagOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardXrayExpandoShapeAndDefaultProto(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardXrayExpandoShapeAndDefaultProto);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("shapeWrapperOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardXrayNoExpando(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardXrayNoExpando);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardDynamicSlotIsSpecificObject(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardDynamicSlotIsSpecificObject);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("expectedId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("slotOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardFixedSlotValue(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardFixedSlotValue);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("valOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardDynamicSlotValue(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardDynamicSlotValue);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("valOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardNoAllocationMetadataBuilder(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardNoAllocationMetadataBuilder);\
>++  spewField("builderAddrOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardFunctionHasJitEntry(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardFunctionHasJitEntry);\
>++  spewOperandId("funId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("constructing", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardFunctionHasNoJitEntry(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardFunctionHasNoJitEntry);\
>++  spewOperandId("funId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardFunctionIsNonBuiltinCtor(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardFunctionIsNonBuiltinCtor);\
>++  spewOperandId("funId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardFunctionIsConstructor(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardFunctionIsConstructor);\
>++  spewOperandId("funId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardNotClassConstructor(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardNotClassConstructor);\
>++  spewOperandId("funId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardArrayIsPacked(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardArrayIsPacked);\
>++  spewOperandId("arrayId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardArgumentsObjectFlags(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardArgumentsObjectFlags);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewByteImm("flags", reader.readByte());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadObject(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadObject);\
>++  spewOperandId("resultId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("objOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadProto(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadProto);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadEnclosingEnvironment(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadEnclosingEnvironment);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadWrapperTarget(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadWrapperTarget);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadValueTag(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadValueTag);\
>++  spewOperandId("valId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.valueTagOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArgumentFixedSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArgumentFixedSlot);\
>++  spewOperandId("resultId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewByteImm("slotIndex", reader.readByte());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArgumentDynamicSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArgumentDynamicSlot);\
>++  spewOperandId("resultId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argcId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewByteImm("slotIndex", reader.readByte());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewTruncateDoubleToUInt32(CacheIRReader& reader) {\
>++  spewOp(CacheOp::TruncateDoubleToUInt32);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMegamorphicLoadSlotResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MegamorphicLoadSlotResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("nameOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMegamorphicLoadSlotByValueResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MegamorphicLoadSlotByValueResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("idId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMegamorphicStoreSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MegamorphicStoreSlot);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("nameOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMegamorphicSetElement(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MegamorphicSetElement);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("idId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("strict", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMegamorphicHasPropResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MegamorphicHasPropResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("idId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("hasOwn", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDOMExpandoValue(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDOMExpandoValue);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDOMExpandoValueGuardGeneration(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDOMExpandoValueGuardGeneration);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("expandoAndGenerationOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("generationOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDOMExpandoValueIgnoreGeneration(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDOMExpandoValueIgnoreGeneration);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardDOMExpandoMissingOrGuardShape(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardDOMExpandoMissingOrGuardShape);\
>++  spewOperandId("expandoId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("shapeOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStoreFixedSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StoreFixedSlot);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStoreDynamicSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StoreDynamicSlot);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAddAndStoreFixedSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AddAndStoreFixedSlot);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("newShapeOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAddAndStoreDynamicSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AddAndStoreDynamicSlot);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("newShapeOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAllocateAndStoreDynamicSlot(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AllocateAndStoreDynamicSlot);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("newShapeOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("numNewSlotsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStoreDenseElement(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StoreDenseElement);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStoreDenseElementHole(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StoreDenseElementHole);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("handleAdd", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewArrayPush(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ArrayPush);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewArrayJoinResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ArrayJoinResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("sepId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewPackedArrayPopResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::PackedArrayPopResult);\
>++  spewOperandId("arrayId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewPackedArrayShiftResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::PackedArrayShiftResult);\
>++  spewOperandId("arrayId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewPackedArraySliceResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::PackedArraySliceResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("arrayId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("beginId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("endId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsArrayResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsArrayResult);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStoreFixedSlotUndefinedResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StoreFixedSlotUndefinedResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsObjectResult);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsPackedArrayResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsPackedArrayResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsCallableResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsCallableResult);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsConstructorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsConstructorResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsCrossRealmArrayConstructorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsCrossRealmArrayConstructorResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsTypedArrayResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsTypedArrayResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("isPossiblyWrapped", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIsTypedArrayConstructorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IsTypedArrayConstructorResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewArrayBufferViewByteOffsetInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ArrayBufferViewByteOffsetInt32Result);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewArrayBufferViewByteOffsetDoubleResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ArrayBufferViewByteOffsetDoubleResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewTypedArrayByteLengthInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::TypedArrayByteLengthInt32Result);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewTypedArrayByteLengthDoubleResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::TypedArrayByteLengthDoubleResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewTypedArrayElementSizeResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::TypedArrayElementSizeResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardHasAttachedArrayBuffer(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardHasAttachedArrayBuffer);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewFinishBoundFunctionInitResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::FinishBoundFunctionInitResult);\
>++  spewOperandId("boundId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("targetId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argCountId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewArrayIteratorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewArrayIteratorResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewStringIteratorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewStringIteratorResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewRegExpStringIteratorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewRegExpStringIteratorResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewObjectCreateResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ObjectCreateResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewArrayFromLengthResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewArrayFromLengthResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("lengthId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewTypedArrayFromLengthResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewTypedArrayFromLengthResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("lengthId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewTypedArrayFromArrayBufferResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewTypedArrayFromArrayBufferResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("bufferId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("byteOffsetId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("lengthId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewTypedArrayFromArrayResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewTypedArrayFromArrayResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("arrayId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewStringObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewStringObjectResult);\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStringFromCharCodeResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StringFromCharCodeResult);\
>++  spewOperandId("codeId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStringFromCodePointResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StringFromCodePointResult);\
>++  spewOperandId("codeId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStringToLowerCaseResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StringToLowerCaseResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStringToUpperCaseResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StringToUpperCaseResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathAbsInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathAbsInt32Result);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathAbsNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathAbsNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathClz32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathClz32Result);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathSignInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathSignInt32Result);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathSignNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathSignNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathSignNumberToInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathSignNumberToInt32Result);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathImulResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathImulResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathSqrtNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathSqrtNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathFRoundNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathFRoundNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathRandomResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathRandomResult);\
>++  spewField("rngOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathHypot2NumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathHypot2NumberResult);\
>++  spewOperandId("firstId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("secondId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathHypot3NumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathHypot3NumberResult);\
>++  spewOperandId("firstId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("secondId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("thirdId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathHypot4NumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathHypot4NumberResult);\
>++  spewOperandId("firstId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("secondId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("thirdId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("fourthId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathAtan2NumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathAtan2NumberResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathFloorNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathFloorNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathCeilNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathCeilNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathTruncNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathTruncNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathFloorToInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathFloorToInt32Result);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathCeilToInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathCeilToInt32Result);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathTruncToInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathTruncToInt32Result);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathRoundToInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathRoundToInt32Result);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32MinMax(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32MinMax);\
>++  spewBoolImm("isMax", reader.readBool());\
>++  spewArgSeparator();\
>++  spewOperandId("firstId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("secondId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNumberMinMax(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NumberMinMax);\
>++  spewBoolImm("isMax", reader.readBool());\
>++  spewArgSeparator();\
>++  spewOperandId("firstId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("secondId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32MinMaxArrayResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32MinMaxArrayResult);\
>++  spewOperandId("arrayId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("isMax", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNumberMinMaxArrayResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NumberMinMaxArrayResult);\
>++  spewOperandId("arrayId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("isMax", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMathFunctionNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MathFunctionNumberResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewUnaryMathFunctionImm("fun", reader.unaryMathFunction());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewObjectToStringResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ObjectToStringResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewReflectGetPrototypeOfResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ReflectGetPrototypeOfResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStoreTypedArrayElement(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StoreTypedArrayElement);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("rhsId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("handleOOB", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsCompareExchangeResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsCompareExchangeResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("expectedId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("replacementId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsExchangeResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsExchangeResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsAddResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsAddResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewBoolImm("forEffect", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsSubResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsSubResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewBoolImm("forEffect", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsAndResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsAndResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewBoolImm("forEffect", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsOrResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsOrResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewBoolImm("forEffect", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsXorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsXorResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewBoolImm("forEffect", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsLoadResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsLoadResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsStoreResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsStoreResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAtomicsIsLockFreeResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AtomicsIsLockFreeResult);\
>++  spewOperandId("valueId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallNativeSetter(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallNativeSetter);\
>++  spewOperandId("receiverId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("setterOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("sameRealm", reader.readBool());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallScriptedSetter(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallScriptedSetter);\
>++  spewOperandId("receiverId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("setterOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("sameRealm", reader.readBool());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallInlinedSetter(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallInlinedSetter);\
>++  spewOperandId("receiverId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("setterOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("icScriptOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewBoolImm("sameRealm", reader.readBool());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallDOMSetter(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallDOMSetter);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("jitInfoOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallSetArrayLength(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallSetArrayLength);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("strict", reader.readBool());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewProxySet(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ProxySet);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("idOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("strict", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewProxySetByValue(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ProxySetByValue);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("idId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("strict", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallAddOrUpdateSparseElementHelper(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallAddOrUpdateSparseElementHelper);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("idId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("strict", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallInt32ToString(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallInt32ToString);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallNumberToString(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallNumberToString);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBooleanToString(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BooleanToString);\
>++  spewOperandId("inputId", reader.booleanOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallScriptedFunction(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallScriptedFunction);\
>++  spewOperandId("calleeId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argcId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewCallFlagsImm("flags", reader.callFlags());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallWasmFunction(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallWasmFunction);\
>++  spewOperandId("calleeId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argcId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewCallFlagsImm("flags", reader.callFlags());\
>++  spewArgSeparator();\
>++  spewField("funcExportOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("instanceOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGuardWasmArg(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GuardWasmArg);\
>++  spewOperandId("argId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewWasmValTypeImm("type", reader.wasmValType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallNativeFunction(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallNativeFunction);\
>++  spewOperandId("calleeId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argcId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewCallFlagsImm("flags", reader.callFlags());\
>++  spewArgSeparator();\
>++  spewBoolImm("ignoresReturnValue", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallDOMFunction(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallDOMFunction);\
>++  spewOperandId("calleeId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argcId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("thisObjId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewCallFlagsImm("flags", reader.callFlags());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallClassHook(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallClassHook);\
>++  spewOperandId("calleeId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argcId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewCallFlagsImm("flags", reader.callFlags());\
>++  spewArgSeparator();\
>++  spewField("targetOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallInlinedFunction(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallInlinedFunction);\
>++  spewOperandId("calleeId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("argcId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewField("icScriptOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewCallFlagsImm("flags", reader.callFlags());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewMetaTwoByte(CacheIRReader& reader) {\
>++  spewOp(CacheOp::MetaTwoByte);\
>++  spewField("functionObjectOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("templateObjectOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadFixedSlotResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadFixedSlotResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadFixedSlotTypedResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadFixedSlotTypedResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewValueTypeImm("type", reader.valueType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDynamicSlotResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDynamicSlotResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDenseElementResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDenseElementResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDenseElementHoleResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDenseElementHoleResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallGetSparseElementResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallGetSparseElementResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDenseElementExistsResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDenseElementExistsResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadTypedArrayElementExistsResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadTypedArrayElementExistsResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDenseElementHoleExistsResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDenseElementHoleExistsResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadTypedArrayElementResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadTypedArrayElementResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewBoolImm("handleOOB", reader.readBool());\
>++  spewArgSeparator();\
>++  spewBoolImm("forceDoubleForUint32", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDataViewValueResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDataViewValueResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("offsetId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("littleEndianId", reader.booleanOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewArgSeparator();\
>++  spewBoolImm("forceDoubleForUint32", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewStoreDataViewValueResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::StoreDataViewValueResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("offsetId", reader.intPtrOperandId());\
>++  spewArgSeparator();\
>++  spewRawOperandId("valueId", reader.rawOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("littleEndianId", reader.booleanOperandId());\
>++  spewArgSeparator();\
>++  spewScalarTypeImm("elementType", reader.scalarType());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadInt32ArrayLengthResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadInt32ArrayLengthResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadInt32ArrayLength(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadInt32ArrayLength);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArgumentsObjectArgResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArgumentsObjectArgResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArgumentsObjectLengthResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArgumentsObjectLengthResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadFunctionLengthResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadFunctionLengthResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadFunctionNameResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadFunctionNameResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArrayBufferByteLengthInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArrayBufferByteLengthInt32Result);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArrayBufferByteLengthDoubleResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArrayBufferByteLengthDoubleResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArrayBufferViewLengthInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArrayBufferViewLengthInt32Result);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadArrayBufferViewLengthDoubleResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadArrayBufferViewLengthDoubleResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadStringCharResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadStringCharResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadStringCharCodeResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadStringCharCodeResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadStringLengthResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadStringLengthResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewFrameIsConstructingResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::FrameIsConstructingResult);\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadEnvironmentFixedSlotResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadEnvironmentFixedSlotResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadEnvironmentDynamicSlotResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadEnvironmentDynamicSlotResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("offsetOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadObjectResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadStringResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadStringResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadSymbolResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadSymbolResult);\
>++  spewOperandId("symId", reader.symbolOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadInt32Result);\
>++  spewOperandId("valId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDoubleResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDoubleResult);\
>++  spewOperandId("valId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadBigIntResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadBigIntResult);\
>++  spewOperandId("valId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallScriptedGetterResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallScriptedGetterResult);\
>++  spewOperandId("receiverId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("getterOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewBoolImm("sameRealm", reader.readBool());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallInlinedGetterResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallInlinedGetterResult);\
>++  spewOperandId("receiverId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("getterOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("icScriptOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewBoolImm("sameRealm", reader.readBool());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallNativeGetterResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallNativeGetterResult);\
>++  spewOperandId("receiverId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewField("getterOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewBoolImm("sameRealm", reader.readBool());\
>++  spewArgSeparator();\
>++  spewField("nargsAndFlagsOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallDOMGetterResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallDOMGetterResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("jitInfoOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewProxyGetResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ProxyGetResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewField("idOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewProxyGetByValueResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ProxyGetByValueResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("idId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewProxyHasPropResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::ProxyHasPropResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("idId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("hasOwn", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallObjectHasSparseElementResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallObjectHasSparseElementResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallNativeGetElementResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallNativeGetElementResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("indexId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewGetNextMapSetEntryForIteratorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::GetNextMapSetEntryForIteratorResult);\
>++  spewOperandId("iterId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("resultArrId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("isMap", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadUndefinedResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadUndefinedResult);\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadBooleanResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadBooleanResult);\
>++  spewBoolImm("val", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadInt32Constant(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadInt32Constant);\
>++  spewField("valOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadBooleanConstant(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadBooleanConstant);\
>++  spewBoolImm("val", reader.readBool());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.booleanOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadUndefined(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadUndefined);\
>++  spewOperandId("resultId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadConstantString(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadConstantString);\
>++  spewField("strOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewOperandId("resultId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadConstantStringResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadConstantStringResult);\
>++  spewField("strOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadInstanceOfObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadInstanceOfObjectResult);\
>++  spewOperandId("lhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("protoId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadTypeOfObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadTypeOfObjectResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleAddResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleAddResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleSubResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleSubResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleMulResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleMulResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleDivResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleDivResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleModResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleModResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoublePowResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoublePowResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32AddResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32AddResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32SubResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32SubResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32MulResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32MulResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32DivResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32DivResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32ModResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32ModResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32PowResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32PowResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntAddResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntAddResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntSubResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntSubResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntMulResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntMulResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntDivResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntDivResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntModResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntModResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntPowResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntPowResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32BitOrResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32BitOrResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32BitXorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32BitXorResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32BitAndResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32BitAndResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32LeftShiftResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32LeftShiftResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32RightShiftResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32RightShiftResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32URightShiftResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32URightShiftResult);\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("forceDouble", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32NotResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32NotResult);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntBitOrResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntBitOrResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntBitXorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntBitXorResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntBitAndResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntBitAndResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntLeftShiftResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntLeftShiftResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntRightShiftResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntRightShiftResult);\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntNotResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntNotResult);\
>++  spewOperandId("inputId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32NegationResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32NegationResult);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleNegationResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleNegationResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntNegationResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntNegationResult);\
>++  spewOperandId("inputId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32IncResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32IncResult);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewInt32DecResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Int32DecResult);\
>++  spewOperandId("inputId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleIncResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleIncResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewDoubleDecResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::DoubleDecResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntIncResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntIncResult);\
>++  spewOperandId("inputId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntDecResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntDecResult);\
>++  spewOperandId("inputId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadInt32TruthyResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadInt32TruthyResult);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadDoubleTruthyResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadDoubleTruthyResult);\
>++  spewOperandId("inputId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadStringTruthyResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadStringTruthyResult);\
>++  spewOperandId("strId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadObjectTruthyResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadObjectTruthyResult);\
>++  spewOperandId("objId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadBigIntTruthyResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadBigIntTruthyResult);\
>++  spewOperandId("bigIntId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadValueTruthyResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadValueTruthyResult);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadValueResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadValueResult);\
>++  spewField("valOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewLoadOperandResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::LoadOperandResult);\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewPlainObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewPlainObjectResult);\
>++  spewUInt32Imm("numFixedSlots", reader.uint32Immediate());\
>++  spewArgSeparator();\
>++  spewUInt32Imm("numDynamicSlots", reader.uint32Immediate());\
>++  spewArgSeparator();\
>++  spewAllocKindImm("allocKind", reader.allocKind());\
>++  spewArgSeparator();\
>++  spewField("shapeOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("siteOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewNewArrayObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::NewArrayObjectResult);\
>++  spewUInt32Imm("arrayLength", reader.uint32Immediate());\
>++  spewArgSeparator();\
>++  spewField("shapeOffset", reader.stubOffset());\
>++  spewArgSeparator();\
>++  spewField("siteOffset", reader.stubOffset());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallStringConcatResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallStringConcatResult);\
>++  spewOperandId("lhsId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallStringObjectConcatResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallStringObjectConcatResult);\
>++  spewOperandId("lhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallIsSuspendedGeneratorResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallIsSuspendedGeneratorResult);\
>++  spewOperandId("valId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareStringResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareStringResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.stringOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareObjectResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareObjectResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.objOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.objOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareSymbolResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareSymbolResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.symbolOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.symbolOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareInt32Result);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareDoubleResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareDoubleResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareBigIntResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareBigIntResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareBigIntInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareBigIntInt32Result);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareBigIntNumberResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareBigIntNumberResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareBigIntStringResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareBigIntStringResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewOperandId("lhsId", reader.bigIntOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.stringOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareNullUndefinedResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareNullUndefinedResult);\
>++  spewJSOpImm("op", reader.jsop());\
>++  spewArgSeparator();\
>++  spewBoolImm("isUndefined", reader.readBool());\
>++  spewArgSeparator();\
>++  spewOperandId("inputId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCompareDoubleSameValueResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CompareDoubleSameValueResult);\
>++  spewOperandId("lhsId", reader.numberOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.numberOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewSameValueResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::SameValueResult);\
>++  spewOperandId("lhsId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("rhsId", reader.valOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewIndirectTruncateInt32Result(CacheIRReader& reader) {\
>++  spewOp(CacheOp::IndirectTruncateInt32Result);\
>++  spewOperandId("valId", reader.int32OperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntAsIntNResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntAsIntNResult);\
>++  spewOperandId("bitsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("bigIntId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBigIntAsUintNResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::BigIntAsUintNResult);\
>++  spewOperandId("bitsId", reader.int32OperandId());\
>++  spewArgSeparator();\
>++  spewOperandId("bigIntId", reader.bigIntOperandId());\
>++  spewOpEnd();\
>++}\
>++\
>++void spewCallPrintString(CacheIRReader& reader) {\
>++  spewOp(CacheOp::CallPrintString);\
>++  spewStaticStringImm("str", reinterpret_cast<char*>(reader.pointer()));\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBreakpoint(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Breakpoint);\
>++  spewOpEnd();\
>++}\
>++\
>++void spewWrapResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::WrapResult);\
>++  spewOpEnd();\
>++}\
>++\
>++void spewBailout(CacheIRReader& reader) {\
>++  spewOp(CacheOp::Bailout);\
>++  spewOpEnd();\
>++}\
>++\
>++void spewAssertRecoveredOnBailoutResult(CacheIRReader& reader) {\
>++  spewOp(CacheOp::AssertRecoveredOnBailoutResult);\
>++  spewOperandId("valId", reader.valOperandId());\
>++  spewArgSeparator();\
>++  spewBoolImm("mustBeRecovered", reader.readBool());\
>++  spewOpEnd();\
>++}\
>++
>++
>++#define CACHE_IR_CLONE_GENERATED \
>++void cloneReturnFromIC(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ReturnFromIC);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToObject(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToObject);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsNullOrUndefined(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsNullOrUndefined);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsNull(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsNull);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsUndefined(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsUndefined);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToBoolean(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToBoolean);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToString(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToString);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToSymbol(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToSymbol);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToBigInt(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToBigInt);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsNumber(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsNumber);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToInt32(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToInt32);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardBooleanToInt32(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardBooleanToInt32);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToInt32Index(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToInt32Index);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32ToIntPtr(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32ToIntPtr);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  IntPtrOperandId resultId = reader.intPtrOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardNumberToIntPtrIndex(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardNumberToIntPtrIndex);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  bool supportOOB = reader.readBool();\
>++  writer.writeBoolImm(supportOOB);\
>++  IntPtrOperandId resultId = reader.intPtrOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToInt32ModUint32(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToInt32ModUint32);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardToUint8Clamped(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardToUint8Clamped);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardNonDoubleType(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardNonDoubleType);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  ValueType type = reader.valueType();\
>++  writer.writeValueTypeImm(type);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardShape(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardShape);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  Shape* shape = getShapeField(shapeOffset);\
>++  writer.writeShapeField(shape);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardProto(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardProto);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t protoOffset = reader.stubOffset();\
>++  JSObject* proto = getObjectField(protoOffset);\
>++  writer.writeObjectField(proto);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardNullProto(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardNullProto);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardClass(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardClass);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  GuardClassKind kind = reader.guardClassKind();\
>++  writer.writeGuardClassKindImm(kind);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardAnyClass(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardAnyClass);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t claspOffset = reader.stubOffset();\
>++  const void* clasp = getRawPointerField(claspOffset);\
>++  writer.writeRawPointerField(clasp);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneHasClassResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::HasClassResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t claspOffset = reader.stubOffset();\
>++  const void* clasp = getRawPointerField(claspOffset);\
>++  writer.writeRawPointerField(clasp);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallRegExpMatcherResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallRegExpMatcherResult);\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  writer.writeOperandId(regexpId);\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  writer.writeOperandId(lastIndexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallRegExpSearcherResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallRegExpSearcherResult);\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  writer.writeOperandId(regexpId);\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  writer.writeOperandId(lastIndexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallRegExpTesterResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallRegExpTesterResult);\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  writer.writeOperandId(regexpId);\
>++  StringOperandId inputId = reader.stringOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId lastIndexId = reader.int32OperandId();\
>++  writer.writeOperandId(lastIndexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneRegExpFlagResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::RegExpFlagResult);\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  writer.writeOperandId(regexpId);\
>++  int32_t flagsMask = reader.int32Immediate();\
>++  writer.writeInt32Imm(flagsMask);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallSubstringKernelResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallSubstringKernelResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  Int32OperandId beginId = reader.int32OperandId();\
>++  writer.writeOperandId(beginId);\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  writer.writeOperandId(lengthId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStringReplaceStringResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StringReplaceStringResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  StringOperandId patternId = reader.stringOperandId();\
>++  writer.writeOperandId(patternId);\
>++  StringOperandId replacementId = reader.stringOperandId();\
>++  writer.writeOperandId(replacementId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStringSplitStringResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StringSplitStringResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  StringOperandId separatorId = reader.stringOperandId();\
>++  writer.writeOperandId(separatorId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneRegExpPrototypeOptimizableResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::RegExpPrototypeOptimizableResult);\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  writer.writeOperandId(protoId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneRegExpInstanceOptimizableResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::RegExpInstanceOptimizableResult);\
>++  ObjOperandId regexpId = reader.objOperandId();\
>++  writer.writeOperandId(regexpId);\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  writer.writeOperandId(protoId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGetFirstDollarIndexResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GetFirstDollarIndexResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardCompartment(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardCompartment);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t globalOffset = reader.stubOffset();\
>++  JSObject* global = getObjectField(globalOffset);\
>++  writer.writeObjectField(global);\
>++  uint32_t compartmentOffset = reader.stubOffset();\
>++  const void* compartment = getRawPointerField(compartmentOffset);\
>++  writer.writeRawPointerField(compartment);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsExtensible(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsExtensible);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsNativeObject(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsNativeObject);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsProxy(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsProxy);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsNotProxy(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsNotProxy);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsNotArrayBufferMaybeShared(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsNotArrayBufferMaybeShared);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsTypedArray(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsTypedArray);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardHasProxyHandler(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardHasProxyHandler);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t handlerOffset = reader.stubOffset();\
>++  const void* handler = getRawPointerField(handlerOffset);\
>++  writer.writeRawPointerField(handler);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIsNotDOMProxy(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIsNotDOMProxy);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardSpecificObject(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardSpecificObject);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  JSObject* expected = getObjectField(expectedOffset);\
>++  writer.writeObjectField(expected);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardSpecificFunction(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardSpecificFunction);\
>++  ObjOperandId funId = reader.objOperandId();\
>++  writer.writeOperandId(funId);\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  JSObject* expected = getObjectField(expectedOffset);\
>++  writer.writeObjectField(expected);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardFunctionScript(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardFunctionScript);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  BaseScript* expected = getBaseScriptField(expectedOffset);\
>++  writer.writeBaseScriptField(expected);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardSpecificAtom(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardSpecificAtom);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  JSAtom* expected = getAtomField(expectedOffset);\
>++  writer.writeStringField(expected);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardSpecificSymbol(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardSpecificSymbol);\
>++  SymbolOperandId symId = reader.symbolOperandId();\
>++  writer.writeOperandId(symId);\
>++  uint32_t expectedOffset = reader.stubOffset();\
>++  JS::Symbol* expected = getSymbolField(expectedOffset);\
>++  writer.writeSymbolField(expected);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardNoDenseElements(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardNoDenseElements);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardStringToIndex(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardStringToIndex);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardStringToInt32(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardStringToInt32);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardStringToNumber(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardStringToNumber);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBooleanToNumber(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BooleanToNumber);\
>++  BooleanOperandId booleanId = reader.booleanOperandId();\
>++  writer.writeOperandId(booleanId);\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardAndGetIterator(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardAndGetIterator);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t iterOffset = reader.stubOffset();\
>++  JSObject* iter = getObjectField(iterOffset);\
>++  writer.writeObjectField(iter);\
>++  uint32_t enumeratorsAddrOffset = reader.stubOffset();\
>++  const void* enumeratorsAddr = getRawPointerField(enumeratorsAddrOffset);\
>++  writer.writeRawPointerField(enumeratorsAddr);\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardHasGetterSetter(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardHasGetterSetter);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t idOffset = reader.stubOffset();\
>++  jsid id = getIdField(idOffset);\
>++  writer.writeIdField(id);\
>++  uint32_t getterSetterOffset = reader.stubOffset();\
>++  GetterSetter* getterSetter = getGetterSetterField(getterSetterOffset);\
>++  writer.writeGetterSetterField(getterSetter);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardInt32IsNonNegative(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardInt32IsNonNegative);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIndexIsValidUpdateOrAdd(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIndexIsValidUpdateOrAdd);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardIndexGreaterThanDenseInitLength(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardIndexGreaterThanDenseInitLength);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardTagNotEqual(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardTagNotEqual);\
>++  ValueTagOperandId lhsId = reader.valueTagOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  ValueTagOperandId rhsId = reader.valueTagOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardXrayExpandoShapeAndDefaultProto(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardXrayExpandoShapeAndDefaultProto);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t shapeWrapperOffset = reader.stubOffset();\
>++  JSObject* shapeWrapper = getObjectField(shapeWrapperOffset);\
>++  writer.writeObjectField(shapeWrapper);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardXrayNoExpando(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardXrayNoExpando);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardDynamicSlotIsSpecificObject(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardDynamicSlotIsSpecificObject);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ObjOperandId expectedId = reader.objOperandId();\
>++  writer.writeOperandId(expectedId);\
>++  uint32_t slotOffset = reader.stubOffset();\
>++  uint32_t slot = getRawInt32Field(slotOffset);\
>++  writer.writeRawInt32Field(slot);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardFixedSlotValue(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardFixedSlotValue);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  uint32_t valOffset = reader.stubOffset();\
>++  const Value val = getValueField(valOffset);\
>++  writer.writeValueField(val);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardDynamicSlotValue(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardDynamicSlotValue);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  uint32_t valOffset = reader.stubOffset();\
>++  const Value val = getValueField(valOffset);\
>++  writer.writeValueField(val);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardNoAllocationMetadataBuilder(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardNoAllocationMetadataBuilder);\
>++  uint32_t builderAddrOffset = reader.stubOffset();\
>++  const void* builderAddr = getRawPointerField(builderAddrOffset);\
>++  writer.writeRawPointerField(builderAddr);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardFunctionHasJitEntry(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardFunctionHasJitEntry);\
>++  ObjOperandId funId = reader.objOperandId();\
>++  writer.writeOperandId(funId);\
>++  bool constructing = reader.readBool();\
>++  writer.writeBoolImm(constructing);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardFunctionHasNoJitEntry(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardFunctionHasNoJitEntry);\
>++  ObjOperandId funId = reader.objOperandId();\
>++  writer.writeOperandId(funId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardFunctionIsNonBuiltinCtor(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardFunctionIsNonBuiltinCtor);\
>++  ObjOperandId funId = reader.objOperandId();\
>++  writer.writeOperandId(funId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardFunctionIsConstructor(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardFunctionIsConstructor);\
>++  ObjOperandId funId = reader.objOperandId();\
>++  writer.writeOperandId(funId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardNotClassConstructor(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardNotClassConstructor);\
>++  ObjOperandId funId = reader.objOperandId();\
>++  writer.writeOperandId(funId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardArrayIsPacked(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardArrayIsPacked);\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  writer.writeOperandId(arrayId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardArgumentsObjectFlags(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardArgumentsObjectFlags);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint8_t flags = reader.readByte();\
>++  writer.writeByteImm(flags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadObject(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadObject);\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  uint32_t objOffset = reader.stubOffset();\
>++  JSObject* obj = getObjectField(objOffset);\
>++  writer.writeObjectField(obj);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadProto(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadProto);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadEnclosingEnvironment(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadEnclosingEnvironment);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadWrapperTarget(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadWrapperTarget);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ObjOperandId resultId = reader.objOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadValueTag(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadValueTag);\
>++  ValOperandId valId = reader.valOperandId();\
>++  writer.writeOperandId(valId);\
>++  ValueTagOperandId resultId = reader.valueTagOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArgumentFixedSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArgumentFixedSlot);\
>++  ValOperandId resultId = reader.valOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  uint8_t slotIndex = reader.readByte();\
>++  writer.writeByteImm(slotIndex);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArgumentDynamicSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArgumentDynamicSlot);\
>++  ValOperandId resultId = reader.valOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  writer.writeOperandId(argcId);\
>++  uint8_t slotIndex = reader.readByte();\
>++  writer.writeByteImm(slotIndex);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneTruncateDoubleToUInt32(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::TruncateDoubleToUInt32);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMegamorphicLoadSlotResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MegamorphicLoadSlotResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t nameOffset = reader.stubOffset();\
>++  PropertyName* name = getPropertyNameField(nameOffset);\
>++  writer.writeStringField(name);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMegamorphicLoadSlotByValueResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MegamorphicLoadSlotByValueResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId idId = reader.valOperandId();\
>++  writer.writeOperandId(idId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMegamorphicStoreSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MegamorphicStoreSlot);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t nameOffset = reader.stubOffset();\
>++  PropertyName* name = getPropertyNameField(nameOffset);\
>++  writer.writeStringField(name);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMegamorphicSetElement(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MegamorphicSetElement);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId idId = reader.valOperandId();\
>++  writer.writeOperandId(idId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool strict = reader.readBool();\
>++  writer.writeBoolImm(strict);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMegamorphicHasPropResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MegamorphicHasPropResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId idId = reader.valOperandId();\
>++  writer.writeOperandId(idId);\
>++  bool hasOwn = reader.readBool();\
>++  writer.writeBoolImm(hasOwn);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDOMExpandoValue(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDOMExpandoValue);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId resultId = reader.valOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDOMExpandoValueGuardGeneration(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDOMExpandoValueGuardGeneration);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t expandoAndGenerationOffset = reader.stubOffset();\
>++  const void* expandoAndGeneration = getRawPointerField(expandoAndGenerationOffset);\
>++  writer.writeRawPointerField(expandoAndGeneration);\
>++  uint32_t generationOffset = reader.stubOffset();\
>++  uint64_t generation = getRawInt64Field(generationOffset);\
>++  writer.writeRawInt64Field(generation);\
>++  ValOperandId resultId = reader.valOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDOMExpandoValueIgnoreGeneration(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDOMExpandoValueIgnoreGeneration);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId resultId = reader.valOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardDOMExpandoMissingOrGuardShape(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardDOMExpandoMissingOrGuardShape);\
>++  ValOperandId expandoId = reader.valOperandId();\
>++  writer.writeOperandId(expandoId);\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  Shape* shape = getShapeField(shapeOffset);\
>++  writer.writeShapeField(shape);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStoreFixedSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StoreFixedSlot);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStoreDynamicSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StoreDynamicSlot);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAddAndStoreFixedSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AddAndStoreFixedSlot);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  Shape* newShape = getShapeField(newShapeOffset);\
>++  writer.writeShapeField(newShape);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAddAndStoreDynamicSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AddAndStoreDynamicSlot);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  Shape* newShape = getShapeField(newShapeOffset);\
>++  writer.writeShapeField(newShape);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAllocateAndStoreDynamicSlot(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AllocateAndStoreDynamicSlot);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  uint32_t newShapeOffset = reader.stubOffset();\
>++  Shape* newShape = getShapeField(newShapeOffset);\
>++  writer.writeShapeField(newShape);\
>++  uint32_t numNewSlotsOffset = reader.stubOffset();\
>++  uint32_t numNewSlots = getRawInt32Field(numNewSlotsOffset);\
>++  writer.writeRawInt32Field(numNewSlots);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStoreDenseElement(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StoreDenseElement);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStoreDenseElementHole(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StoreDenseElementHole);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool handleAdd = reader.readBool();\
>++  writer.writeBoolImm(handleAdd);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneArrayPush(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ArrayPush);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneArrayJoinResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ArrayJoinResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  StringOperandId sepId = reader.stringOperandId();\
>++  writer.writeOperandId(sepId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void clonePackedArrayPopResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::PackedArrayPopResult);\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  writer.writeOperandId(arrayId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void clonePackedArrayShiftResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::PackedArrayShiftResult);\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  writer.writeOperandId(arrayId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void clonePackedArraySliceResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::PackedArraySliceResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  writer.writeOperandId(arrayId);\
>++  Int32OperandId beginId = reader.int32OperandId();\
>++  writer.writeOperandId(beginId);\
>++  Int32OperandId endId = reader.int32OperandId();\
>++  writer.writeOperandId(endId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsArrayResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsArrayResult);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStoreFixedSlotUndefinedResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StoreFixedSlotUndefinedResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsObjectResult);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsPackedArrayResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsPackedArrayResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsCallableResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsCallableResult);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsConstructorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsConstructorResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsCrossRealmArrayConstructorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsCrossRealmArrayConstructorResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsTypedArrayResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsTypedArrayResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  bool isPossiblyWrapped = reader.readBool();\
>++  writer.writeBoolImm(isPossiblyWrapped);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIsTypedArrayConstructorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IsTypedArrayConstructorResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneArrayBufferViewByteOffsetInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ArrayBufferViewByteOffsetInt32Result);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneArrayBufferViewByteOffsetDoubleResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ArrayBufferViewByteOffsetDoubleResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneTypedArrayByteLengthInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::TypedArrayByteLengthInt32Result);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneTypedArrayByteLengthDoubleResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::TypedArrayByteLengthDoubleResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneTypedArrayElementSizeResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::TypedArrayElementSizeResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardHasAttachedArrayBuffer(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardHasAttachedArrayBuffer);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneFinishBoundFunctionInitResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::FinishBoundFunctionInitResult);\
>++  ObjOperandId boundId = reader.objOperandId();\
>++  writer.writeOperandId(boundId);\
>++  ObjOperandId targetId = reader.objOperandId();\
>++  writer.writeOperandId(targetId);\
>++  Int32OperandId argCountId = reader.int32OperandId();\
>++  writer.writeOperandId(argCountId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewArrayIteratorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewArrayIteratorResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewStringIteratorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewStringIteratorResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewRegExpStringIteratorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewRegExpStringIteratorResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneObjectCreateResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ObjectCreateResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewArrayFromLengthResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewArrayFromLengthResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  writer.writeOperandId(lengthId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewTypedArrayFromLengthResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewTypedArrayFromLengthResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  Int32OperandId lengthId = reader.int32OperandId();\
>++  writer.writeOperandId(lengthId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewTypedArrayFromArrayBufferResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewTypedArrayFromArrayBufferResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  ObjOperandId bufferId = reader.objOperandId();\
>++  writer.writeOperandId(bufferId);\
>++  ValOperandId byteOffsetId = reader.valOperandId();\
>++  writer.writeOperandId(byteOffsetId);\
>++  ValOperandId lengthId = reader.valOperandId();\
>++  writer.writeOperandId(lengthId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewTypedArrayFromArrayResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewTypedArrayFromArrayResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  writer.writeOperandId(arrayId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewStringObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewStringObjectResult);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStringFromCharCodeResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StringFromCharCodeResult);\
>++  Int32OperandId codeId = reader.int32OperandId();\
>++  writer.writeOperandId(codeId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStringFromCodePointResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StringFromCodePointResult);\
>++  Int32OperandId codeId = reader.int32OperandId();\
>++  writer.writeOperandId(codeId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStringToLowerCaseResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StringToLowerCaseResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStringToUpperCaseResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StringToUpperCaseResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathAbsInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathAbsInt32Result);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathAbsNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathAbsNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathClz32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathClz32Result);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathSignInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathSignInt32Result);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathSignNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathSignNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathSignNumberToInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathSignNumberToInt32Result);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathImulResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathImulResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathSqrtNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathSqrtNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathFRoundNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathFRoundNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathRandomResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathRandomResult);\
>++  uint32_t rngOffset = reader.stubOffset();\
>++  const void* rng = getRawPointerField(rngOffset);\
>++  writer.writeRawPointerField(rng);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathHypot2NumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathHypot2NumberResult);\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  writer.writeOperandId(firstId);\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  writer.writeOperandId(secondId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathHypot3NumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathHypot3NumberResult);\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  writer.writeOperandId(firstId);\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  writer.writeOperandId(secondId);\
>++  NumberOperandId thirdId = reader.numberOperandId();\
>++  writer.writeOperandId(thirdId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathHypot4NumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathHypot4NumberResult);\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  writer.writeOperandId(firstId);\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  writer.writeOperandId(secondId);\
>++  NumberOperandId thirdId = reader.numberOperandId();\
>++  writer.writeOperandId(thirdId);\
>++  NumberOperandId fourthId = reader.numberOperandId();\
>++  writer.writeOperandId(fourthId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathAtan2NumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathAtan2NumberResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathFloorNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathFloorNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathCeilNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathCeilNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathTruncNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathTruncNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathFloorToInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathFloorToInt32Result);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathCeilToInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathCeilToInt32Result);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathTruncToInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathTruncToInt32Result);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathRoundToInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathRoundToInt32Result);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32MinMax(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32MinMax);\
>++  bool isMax = reader.readBool();\
>++  writer.writeBoolImm(isMax);\
>++  Int32OperandId firstId = reader.int32OperandId();\
>++  writer.writeOperandId(firstId);\
>++  Int32OperandId secondId = reader.int32OperandId();\
>++  writer.writeOperandId(secondId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNumberMinMax(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NumberMinMax);\
>++  bool isMax = reader.readBool();\
>++  writer.writeBoolImm(isMax);\
>++  NumberOperandId firstId = reader.numberOperandId();\
>++  writer.writeOperandId(firstId);\
>++  NumberOperandId secondId = reader.numberOperandId();\
>++  writer.writeOperandId(secondId);\
>++  NumberOperandId resultId = reader.numberOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32MinMaxArrayResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32MinMaxArrayResult);\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  writer.writeOperandId(arrayId);\
>++  bool isMax = reader.readBool();\
>++  writer.writeBoolImm(isMax);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNumberMinMaxArrayResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NumberMinMaxArrayResult);\
>++  ObjOperandId arrayId = reader.objOperandId();\
>++  writer.writeOperandId(arrayId);\
>++  bool isMax = reader.readBool();\
>++  writer.writeBoolImm(isMax);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMathFunctionNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MathFunctionNumberResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  UnaryMathFunction fun = reader.unaryMathFunction();\
>++  writer.writeUnaryMathFunctionImm(fun);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneObjectToStringResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ObjectToStringResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneReflectGetPrototypeOfResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ReflectGetPrototypeOfResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStoreTypedArrayElement(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StoreTypedArrayElement);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool handleOOB = reader.readBool();\
>++  writer.writeBoolImm(handleOOB);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsCompareExchangeResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsCompareExchangeResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId expectedId = reader.valOperandId();\
>++  writer.writeOperandId(expectedId);\
>++  ValOperandId replacementId = reader.valOperandId();\
>++  writer.writeOperandId(replacementId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsExchangeResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsExchangeResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsAddResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsAddResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  bool forEffect = reader.readBool();\
>++  writer.writeBoolImm(forEffect);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsSubResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsSubResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  bool forEffect = reader.readBool();\
>++  writer.writeBoolImm(forEffect);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsAndResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsAndResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  bool forEffect = reader.readBool();\
>++  writer.writeBoolImm(forEffect);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsOrResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsOrResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  bool forEffect = reader.readBool();\
>++  writer.writeBoolImm(forEffect);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsXorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsXorResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  bool forEffect = reader.readBool();\
>++  writer.writeBoolImm(forEffect);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsLoadResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsLoadResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsStoreResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsStoreResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAtomicsIsLockFreeResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AtomicsIsLockFreeResult);\
>++  Int32OperandId valueId = reader.int32OperandId();\
>++  writer.writeOperandId(valueId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallNativeSetter(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallNativeSetter);\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  writer.writeOperandId(receiverId);\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  JSObject* setter = getObjectField(setterOffset);\
>++  writer.writeObjectField(setter);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool sameRealm = reader.readBool();\
>++  writer.writeBoolImm(sameRealm);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallScriptedSetter(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallScriptedSetter);\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  writer.writeOperandId(receiverId);\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  JSObject* setter = getObjectField(setterOffset);\
>++  writer.writeObjectField(setter);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool sameRealm = reader.readBool();\
>++  writer.writeBoolImm(sameRealm);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallInlinedSetter(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallInlinedSetter);\
>++  ObjOperandId receiverId = reader.objOperandId();\
>++  writer.writeOperandId(receiverId);\
>++  uint32_t setterOffset = reader.stubOffset();\
>++  JSObject* setter = getObjectField(setterOffset);\
>++  writer.writeObjectField(setter);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  const void* icScript = getRawPointerField(icScriptOffset);\
>++  writer.writeRawPointerField(icScript);\
>++  bool sameRealm = reader.readBool();\
>++  writer.writeBoolImm(sameRealm);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallDOMSetter(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallDOMSetter);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t jitInfoOffset = reader.stubOffset();\
>++  const void* jitInfo = getRawPointerField(jitInfoOffset);\
>++  writer.writeRawPointerField(jitInfo);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallSetArrayLength(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallSetArrayLength);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  bool strict = reader.readBool();\
>++  writer.writeBoolImm(strict);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneProxySet(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ProxySet);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t idOffset = reader.stubOffset();\
>++  jsid id = getIdField(idOffset);\
>++  writer.writeIdField(id);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool strict = reader.readBool();\
>++  writer.writeBoolImm(strict);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneProxySetByValue(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ProxySetByValue);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId idId = reader.valOperandId();\
>++  writer.writeOperandId(idId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool strict = reader.readBool();\
>++  writer.writeBoolImm(strict);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallAddOrUpdateSparseElementHelper(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallAddOrUpdateSparseElementHelper);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId idId = reader.int32OperandId();\
>++  writer.writeOperandId(idId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool strict = reader.readBool();\
>++  writer.writeBoolImm(strict);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallInt32ToString(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallInt32ToString);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallNumberToString(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallNumberToString);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBooleanToString(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BooleanToString);\
>++  BooleanOperandId inputId = reader.booleanOperandId();\
>++  writer.writeOperandId(inputId);\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallScriptedFunction(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallScriptedFunction);\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  writer.writeOperandId(calleeId);\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  writer.writeOperandId(argcId);\
>++  CallFlags flags = reader.callFlags();\
>++  writer.writeCallFlagsImm(flags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallWasmFunction(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallWasmFunction);\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  writer.writeOperandId(calleeId);\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  writer.writeOperandId(argcId);\
>++  CallFlags flags = reader.callFlags();\
>++  writer.writeCallFlagsImm(flags);\
>++  uint32_t funcExportOffset = reader.stubOffset();\
>++  const void* funcExport = getRawPointerField(funcExportOffset);\
>++  writer.writeRawPointerField(funcExport);\
>++  uint32_t instanceOffset = reader.stubOffset();\
>++  JSObject* instance = getObjectField(instanceOffset);\
>++  writer.writeObjectField(instance);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGuardWasmArg(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GuardWasmArg);\
>++  ValOperandId argId = reader.valOperandId();\
>++  writer.writeOperandId(argId);\
>++  wasm::ValType::Kind type = reader.wasmValType();\
>++  writer.writeWasmValTypeImm(type);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallNativeFunction(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallNativeFunction);\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  writer.writeOperandId(calleeId);\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  writer.writeOperandId(argcId);\
>++  CallFlags flags = reader.callFlags();\
>++  writer.writeCallFlagsImm(flags);\
>++  bool ignoresReturnValue = reader.readBool();\
>++  writer.writeBoolImm(ignoresReturnValue);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallDOMFunction(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallDOMFunction);\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  writer.writeOperandId(calleeId);\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  writer.writeOperandId(argcId);\
>++  ObjOperandId thisObjId = reader.objOperandId();\
>++  writer.writeOperandId(thisObjId);\
>++  CallFlags flags = reader.callFlags();\
>++  writer.writeCallFlagsImm(flags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallClassHook(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallClassHook);\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  writer.writeOperandId(calleeId);\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  writer.writeOperandId(argcId);\
>++  CallFlags flags = reader.callFlags();\
>++  writer.writeCallFlagsImm(flags);\
>++  uint32_t targetOffset = reader.stubOffset();\
>++  const void* target = getRawPointerField(targetOffset);\
>++  writer.writeRawPointerField(target);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallInlinedFunction(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallInlinedFunction);\
>++  ObjOperandId calleeId = reader.objOperandId();\
>++  writer.writeOperandId(calleeId);\
>++  Int32OperandId argcId = reader.int32OperandId();\
>++  writer.writeOperandId(argcId);\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  const void* icScript = getRawPointerField(icScriptOffset);\
>++  writer.writeRawPointerField(icScript);\
>++  CallFlags flags = reader.callFlags();\
>++  writer.writeCallFlagsImm(flags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneMetaTwoByte(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::MetaTwoByte);\
>++  uint32_t functionObjectOffset = reader.stubOffset();\
>++  JSObject* functionObject = getObjectField(functionObjectOffset);\
>++  writer.writeObjectField(functionObject);\
>++  uint32_t templateObjectOffset = reader.stubOffset();\
>++  JSObject* templateObject = getObjectField(templateObjectOffset);\
>++  writer.writeObjectField(templateObject);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadFixedSlotResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadFixedSlotResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadFixedSlotTypedResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadFixedSlotTypedResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  ValueType type = reader.valueType();\
>++  writer.writeValueTypeImm(type);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDynamicSlotResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDynamicSlotResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDenseElementResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDenseElementResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDenseElementHoleResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDenseElementHoleResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallGetSparseElementResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallGetSparseElementResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDenseElementExistsResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDenseElementExistsResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadTypedArrayElementExistsResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadTypedArrayElementExistsResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDenseElementHoleExistsResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDenseElementHoleExistsResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadTypedArrayElementResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadTypedArrayElementResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId indexId = reader.intPtrOperandId();\
>++  writer.writeOperandId(indexId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  bool handleOOB = reader.readBool();\
>++  writer.writeBoolImm(handleOOB);\
>++  bool forceDoubleForUint32 = reader.readBool();\
>++  writer.writeBoolImm(forceDoubleForUint32);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDataViewValueResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDataViewValueResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId offsetId = reader.intPtrOperandId();\
>++  writer.writeOperandId(offsetId);\
>++  BooleanOperandId littleEndianId = reader.booleanOperandId();\
>++  writer.writeOperandId(littleEndianId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  bool forceDoubleForUint32 = reader.readBool();\
>++  writer.writeBoolImm(forceDoubleForUint32);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneStoreDataViewValueResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::StoreDataViewValueResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  IntPtrOperandId offsetId = reader.intPtrOperandId();\
>++  writer.writeOperandId(offsetId);\
>++  ValOperandId valueId = reader.valOperandId();\
>++  writer.writeOperandId(valueId);\
>++  BooleanOperandId littleEndianId = reader.booleanOperandId();\
>++  writer.writeOperandId(littleEndianId);\
>++  Scalar::Type elementType = reader.scalarType();\
>++  writer.writeScalarTypeImm(elementType);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadInt32ArrayLengthResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadInt32ArrayLengthResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadInt32ArrayLength(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadInt32ArrayLength);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArgumentsObjectArgResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArgumentsObjectArgResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArgumentsObjectLengthResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArgumentsObjectLengthResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadFunctionLengthResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadFunctionLengthResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadFunctionNameResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadFunctionNameResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArrayBufferByteLengthInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArrayBufferByteLengthInt32Result);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArrayBufferByteLengthDoubleResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArrayBufferByteLengthDoubleResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArrayBufferViewLengthInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArrayBufferViewLengthInt32Result);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadArrayBufferViewLengthDoubleResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadArrayBufferViewLengthDoubleResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadStringCharResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadStringCharResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadStringCharCodeResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadStringCharCodeResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadStringLengthResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadStringLengthResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneFrameIsConstructingResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::FrameIsConstructingResult);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadEnvironmentFixedSlotResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadEnvironmentFixedSlotResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadEnvironmentDynamicSlotResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadEnvironmentDynamicSlotResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t offsetOffset = reader.stubOffset();\
>++  uint32_t offset = getRawInt32Field(offsetOffset);\
>++  writer.writeRawInt32Field(offset);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadObjectResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadStringResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadStringResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadSymbolResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadSymbolResult);\
>++  SymbolOperandId symId = reader.symbolOperandId();\
>++  writer.writeOperandId(symId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadInt32Result);\
>++  Int32OperandId valId = reader.int32OperandId();\
>++  writer.writeOperandId(valId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDoubleResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDoubleResult);\
>++  NumberOperandId valId = reader.numberOperandId();\
>++  writer.writeOperandId(valId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadBigIntResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadBigIntResult);\
>++  BigIntOperandId valId = reader.bigIntOperandId();\
>++  writer.writeOperandId(valId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallScriptedGetterResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallScriptedGetterResult);\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  writer.writeOperandId(receiverId);\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  JSObject* getter = getObjectField(getterOffset);\
>++  writer.writeObjectField(getter);\
>++  bool sameRealm = reader.readBool();\
>++  writer.writeBoolImm(sameRealm);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallInlinedGetterResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallInlinedGetterResult);\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  writer.writeOperandId(receiverId);\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  JSObject* getter = getObjectField(getterOffset);\
>++  writer.writeObjectField(getter);\
>++  uint32_t icScriptOffset = reader.stubOffset();\
>++  const void* icScript = getRawPointerField(icScriptOffset);\
>++  writer.writeRawPointerField(icScript);\
>++  bool sameRealm = reader.readBool();\
>++  writer.writeBoolImm(sameRealm);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallNativeGetterResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallNativeGetterResult);\
>++  ValOperandId receiverId = reader.valOperandId();\
>++  writer.writeOperandId(receiverId);\
>++  uint32_t getterOffset = reader.stubOffset();\
>++  JSObject* getter = getObjectField(getterOffset);\
>++  writer.writeObjectField(getter);\
>++  bool sameRealm = reader.readBool();\
>++  writer.writeBoolImm(sameRealm);\
>++  uint32_t nargsAndFlagsOffset = reader.stubOffset();\
>++  uint32_t nargsAndFlags = getRawInt32Field(nargsAndFlagsOffset);\
>++  writer.writeRawInt32Field(nargsAndFlags);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallDOMGetterResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallDOMGetterResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t jitInfoOffset = reader.stubOffset();\
>++  const void* jitInfo = getRawPointerField(jitInfoOffset);\
>++  writer.writeRawPointerField(jitInfo);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneProxyGetResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ProxyGetResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  uint32_t idOffset = reader.stubOffset();\
>++  jsid id = getIdField(idOffset);\
>++  writer.writeIdField(id);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneProxyGetByValueResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ProxyGetByValueResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId idId = reader.valOperandId();\
>++  writer.writeOperandId(idId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneProxyHasPropResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::ProxyHasPropResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  ValOperandId idId = reader.valOperandId();\
>++  writer.writeOperandId(idId);\
>++  bool hasOwn = reader.readBool();\
>++  writer.writeBoolImm(hasOwn);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallObjectHasSparseElementResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallObjectHasSparseElementResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallNativeGetElementResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallNativeGetElementResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  Int32OperandId indexId = reader.int32OperandId();\
>++  writer.writeOperandId(indexId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneGetNextMapSetEntryForIteratorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::GetNextMapSetEntryForIteratorResult);\
>++  ObjOperandId iterId = reader.objOperandId();\
>++  writer.writeOperandId(iterId);\
>++  ObjOperandId resultArrId = reader.objOperandId();\
>++  writer.writeOperandId(resultArrId);\
>++  bool isMap = reader.readBool();\
>++  writer.writeBoolImm(isMap);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadUndefinedResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadUndefinedResult);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadBooleanResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadBooleanResult);\
>++  bool val = reader.readBool();\
>++  writer.writeBoolImm(val);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadInt32Constant(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadInt32Constant);\
>++  uint32_t valOffset = reader.stubOffset();\
>++  uint32_t val = getRawInt32Field(valOffset);\
>++  writer.writeRawInt32Field(val);\
>++  Int32OperandId resultId = reader.int32OperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadBooleanConstant(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadBooleanConstant);\
>++  bool val = reader.readBool();\
>++  writer.writeBoolImm(val);\
>++  BooleanOperandId resultId = reader.booleanOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadUndefined(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadUndefined);\
>++  ValOperandId resultId = reader.valOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadConstantString(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadConstantString);\
>++  uint32_t strOffset = reader.stubOffset();\
>++  JSString* str = getStringField(strOffset);\
>++  writer.writeStringField(str);\
>++  StringOperandId resultId = reader.stringOperandId();\
>++  writer.newOperandId();\
>++  writer.writeOperandId(resultId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadConstantStringResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadConstantStringResult);\
>++  uint32_t strOffset = reader.stubOffset();\
>++  JSString* str = getStringField(strOffset);\
>++  writer.writeStringField(str);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadInstanceOfObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadInstanceOfObjectResult);\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  ObjOperandId protoId = reader.objOperandId();\
>++  writer.writeOperandId(protoId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadTypeOfObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadTypeOfObjectResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleAddResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleAddResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleSubResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleSubResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleMulResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleMulResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleDivResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleDivResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleModResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleModResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoublePowResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoublePowResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32AddResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32AddResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32SubResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32SubResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32MulResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32MulResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32DivResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32DivResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32ModResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32ModResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32PowResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32PowResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntAddResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntAddResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntSubResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntSubResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntMulResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntMulResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntDivResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntDivResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntModResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntModResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntPowResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntPowResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32BitOrResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32BitOrResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32BitXorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32BitXorResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32BitAndResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32BitAndResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32LeftShiftResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32LeftShiftResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32RightShiftResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32RightShiftResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32URightShiftResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32URightShiftResult);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  bool forceDouble = reader.readBool();\
>++  writer.writeBoolImm(forceDouble);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32NotResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32NotResult);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntBitOrResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntBitOrResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntBitXorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntBitXorResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntBitAndResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntBitAndResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntLeftShiftResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntLeftShiftResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntRightShiftResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntRightShiftResult);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntNotResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntNotResult);\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32NegationResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32NegationResult);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleNegationResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleNegationResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntNegationResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntNegationResult);\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32IncResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32IncResult);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneInt32DecResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Int32DecResult);\
>++  Int32OperandId inputId = reader.int32OperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleIncResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleIncResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneDoubleDecResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::DoubleDecResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntIncResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntIncResult);\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntDecResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntDecResult);\
>++  BigIntOperandId inputId = reader.bigIntOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadInt32TruthyResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadInt32TruthyResult);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadDoubleTruthyResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadDoubleTruthyResult);\
>++  NumberOperandId inputId = reader.numberOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadStringTruthyResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadStringTruthyResult);\
>++  StringOperandId strId = reader.stringOperandId();\
>++  writer.writeOperandId(strId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadObjectTruthyResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadObjectTruthyResult);\
>++  ObjOperandId objId = reader.objOperandId();\
>++  writer.writeOperandId(objId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadBigIntTruthyResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadBigIntTruthyResult);\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  writer.writeOperandId(bigIntId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadValueTruthyResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadValueTruthyResult);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadValueResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadValueResult);\
>++  uint32_t valOffset = reader.stubOffset();\
>++  const Value val = getValueField(valOffset);\
>++  writer.writeValueField(val);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneLoadOperandResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::LoadOperandResult);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewPlainObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewPlainObjectResult);\
>++  uint32_t numFixedSlots = reader.uint32Immediate();\
>++  writer.writeUInt32Imm(numFixedSlots);\
>++  uint32_t numDynamicSlots = reader.uint32Immediate();\
>++  writer.writeUInt32Imm(numDynamicSlots);\
>++  gc::AllocKind allocKind = reader.allocKind();\
>++  writer.writeAllocKindImm(allocKind);\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  Shape* shape = getShapeField(shapeOffset);\
>++  writer.writeShapeField(shape);\
>++  uint32_t siteOffset = reader.stubOffset();\
>++  gc::AllocSite* site = getAllocSiteField(siteOffset);\
>++  writer.writeAllocSiteField(site);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneNewArrayObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::NewArrayObjectResult);\
>++  uint32_t arrayLength = reader.uint32Immediate();\
>++  writer.writeUInt32Imm(arrayLength);\
>++  uint32_t shapeOffset = reader.stubOffset();\
>++  Shape* shape = getShapeField(shapeOffset);\
>++  writer.writeShapeField(shape);\
>++  uint32_t siteOffset = reader.stubOffset();\
>++  gc::AllocSite* site = getAllocSiteField(siteOffset);\
>++  writer.writeAllocSiteField(site);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallStringConcatResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallStringConcatResult);\
>++  StringOperandId lhsId = reader.stringOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallStringObjectConcatResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallStringObjectConcatResult);\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallIsSuspendedGeneratorResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallIsSuspendedGeneratorResult);\
>++  ValOperandId valId = reader.valOperandId();\
>++  writer.writeOperandId(valId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareStringResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareStringResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  StringOperandId lhsId = reader.stringOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareObjectResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareObjectResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  ObjOperandId lhsId = reader.objOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  ObjOperandId rhsId = reader.objOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareSymbolResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareSymbolResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  SymbolOperandId lhsId = reader.symbolOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  SymbolOperandId rhsId = reader.symbolOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareInt32Result);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  Int32OperandId lhsId = reader.int32OperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareDoubleResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareDoubleResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareBigIntResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareBigIntResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  BigIntOperandId rhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareBigIntInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareBigIntInt32Result);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  Int32OperandId rhsId = reader.int32OperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareBigIntNumberResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareBigIntNumberResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareBigIntStringResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareBigIntStringResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  BigIntOperandId lhsId = reader.bigIntOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  StringOperandId rhsId = reader.stringOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareNullUndefinedResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareNullUndefinedResult);\
>++  JSOp op = reader.jsop();\
>++  writer.writeJSOpImm(op);\
>++  bool isUndefined = reader.readBool();\
>++  writer.writeBoolImm(isUndefined);\
>++  ValOperandId inputId = reader.valOperandId();\
>++  writer.writeOperandId(inputId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCompareDoubleSameValueResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CompareDoubleSameValueResult);\
>++  NumberOperandId lhsId = reader.numberOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  NumberOperandId rhsId = reader.numberOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneSameValueResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::SameValueResult);\
>++  ValOperandId lhsId = reader.valOperandId();\
>++  writer.writeOperandId(lhsId);\
>++  ValOperandId rhsId = reader.valOperandId();\
>++  writer.writeOperandId(rhsId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneIndirectTruncateInt32Result(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::IndirectTruncateInt32Result);\
>++  Int32OperandId valId = reader.int32OperandId();\
>++  writer.writeOperandId(valId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntAsIntNResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntAsIntNResult);\
>++  Int32OperandId bitsId = reader.int32OperandId();\
>++  writer.writeOperandId(bitsId);\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  writer.writeOperandId(bigIntId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBigIntAsUintNResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::BigIntAsUintNResult);\
>++  Int32OperandId bitsId = reader.int32OperandId();\
>++  writer.writeOperandId(bitsId);\
>++  BigIntOperandId bigIntId = reader.bigIntOperandId();\
>++  writer.writeOperandId(bigIntId);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneCallPrintString(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::CallPrintString);\
>++  const char* str = reinterpret_cast<char*>(reader.pointer());\
>++  writer.writeStaticStringImm(str);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBreakpoint(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Breakpoint);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneWrapResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::WrapResult);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneBailout(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::Bailout);\
>++  writer.assertLengthMatches();\
>++}}\
>++\
>++void cloneAssertRecoveredOnBailoutResult(CacheIRReader& reader, CacheIRWriter& writer) {{\
>++  writer.writeOp(CacheOp::AssertRecoveredOnBailoutResult);\
>++  ValOperandId valId = reader.valOperandId();\
>++  writer.writeOperandId(valId);\
>++  bool mustBeRecovered = reader.readBool();\
>++  writer.writeBoolImm(mustBeRecovered);\
>++  writer.assertLengthMatches();\
>++}}\
>++
>++
>++
>++
>++#endif // jit_CacheIROpsGenerated_h
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_LOpcodesGenerated.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_LOpcodesGenerated.h
>new file mode 100644
>index 000000000000..ff52f1b55b1e
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_LOpcodesGenerated.h
>@@ -0,0 +1,571 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/jit/LOpcodesGenerated.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/jit/LOpcodesGenerated.h
>+@@ -0,0 +1,568 @@
>++/* This Source Code Form is subject to the terms of the Mozilla Public
>++ * License, v. 2.0. If a copy of the MPL was not distributed with this
>++ * file, You can obtain one at http://mozilla.org/MPL/2.0/. */
>++
>++#ifndef jit_LOpcodesGenerated_h
>++#define jit_LOpcodesGenerated_h
>++
>++/* This file is generated by jit/GenerateOpcodeFiles.py. Do not edit! */
>++
>++#define LIR_OPCODE_LIST(_) \
>++_(Phi)\
>++_(Box)\
>++_(OsiPoint)\
>++_(MoveGroup)\
>++_(Integer)\
>++_(Integer64)\
>++_(Pointer)\
>++_(Double)\
>++_(Float32)\
>++_(Value)\
>++_(NurseryObject)\
>++_(Parameter)\
>++_(Callee)\
>++_(IsConstructing)\
>++_(Goto)\
>++_(NewArray)\
>++_(NewArrayDynamicLength)\
>++_(NewIterator)\
>++_(NewTypedArray)\
>++_(NewTypedArrayDynamicLength)\
>++_(NewTypedArrayFromArray)\
>++_(NewTypedArrayFromArrayBuffer)\
>++_(NewObject)\
>++_(NewPlainObject)\
>++_(NewArrayObject)\
>++_(NewNamedLambdaObject)\
>++_(NewCallObject)\
>++_(NewStringObject)\
>++_(InitElemGetterSetter)\
>++_(MutateProto)\
>++_(InitPropGetterSetter)\
>++_(CheckOverRecursed)\
>++_(WasmTrap)\
>++_(WasmReinterpret)\
>++_(WasmReinterpretFromI64)\
>++_(WasmReinterpretToI64)\
>++_(Rotate)\
>++_(RotateI64)\
>++_(InterruptCheck)\
>++_(WasmInterruptCheck)\
>++_(TypeOfV)\
>++_(TypeOfO)\
>++_(ToAsyncIter)\
>++_(ToPropertyKeyCache)\
>++_(CreateThis)\
>++_(CreateThisWithTemplate)\
>++_(CreateArgumentsObject)\
>++_(CreateInlinedArgumentsObject)\
>++_(GetInlinedArgument)\
>++_(GetArgumentsObjectArg)\
>++_(SetArgumentsObjectArg)\
>++_(LoadArgumentsObjectArg)\
>++_(ArgumentsObjectLength)\
>++_(GuardArgumentsObjectFlags)\
>++_(ReturnFromCtor)\
>++_(BoxNonStrictThis)\
>++_(ImplicitThis)\
>++_(StackArgT)\
>++_(StackArgV)\
>++_(CallGeneric)\
>++_(CallKnown)\
>++_(CallNative)\
>++_(CallDOMNative)\
>++_(Bail)\
>++_(Unreachable)\
>++_(EncodeSnapshot)\
>++_(UnreachableResultV)\
>++_(UnreachableResultT)\
>++_(GetDOMProperty)\
>++_(GetDOMMemberV)\
>++_(GetDOMMemberT)\
>++_(SetDOMProperty)\
>++_(LoadDOMExpandoValue)\
>++_(LoadDOMExpandoValueGuardGeneration)\
>++_(LoadDOMExpandoValueIgnoreGeneration)\
>++_(GuardDOMExpandoMissingOrGuardShape)\
>++_(ApplyArgsGeneric)\
>++_(ApplyArgsObj)\
>++_(ApplyArrayGeneric)\
>++_(ConstructArrayGeneric)\
>++_(TestIAndBranch)\
>++_(TestI64AndBranch)\
>++_(TestDAndBranch)\
>++_(TestFAndBranch)\
>++_(TestBIAndBranch)\
>++_(TestOAndBranch)\
>++_(TestVAndBranch)\
>++_(Compare)\
>++_(CompareI64)\
>++_(CompareI64AndBranch)\
>++_(CompareAndBranch)\
>++_(CompareD)\
>++_(CompareF)\
>++_(CompareDAndBranch)\
>++_(CompareFAndBranch)\
>++_(CompareS)\
>++_(CompareBigInt)\
>++_(CompareBigIntInt32)\
>++_(CompareBigIntDouble)\
>++_(CompareBigIntString)\
>++_(BitAndAndBranch)\
>++_(IsNullOrLikeUndefinedV)\
>++_(IsNullOrLikeUndefinedT)\
>++_(IsNullOrLikeUndefinedAndBranchV)\
>++_(IsNullOrLikeUndefinedAndBranchT)\
>++_(SameValueDouble)\
>++_(SameValue)\
>++_(NotI)\
>++_(NotI64)\
>++_(NotD)\
>++_(NotF)\
>++_(NotBI)\
>++_(NotO)\
>++_(NotV)\
>++_(BitNotI)\
>++_(BitOpI)\
>++_(BitOpI64)\
>++_(ShiftI)\
>++_(ShiftI64)\
>++_(SignExtendInt32)\
>++_(SignExtendInt64)\
>++_(UrshD)\
>++_(Return)\
>++_(Throw)\
>++_(MinMaxI)\
>++_(MinMaxD)\
>++_(MinMaxF)\
>++_(MinMaxArrayI)\
>++_(MinMaxArrayD)\
>++_(NegI)\
>++_(NegI64)\
>++_(NegD)\
>++_(NegF)\
>++_(AbsI)\
>++_(AbsD)\
>++_(AbsF)\
>++_(CopySignD)\
>++_(CopySignF)\
>++_(ClzI)\
>++_(ClzI64)\
>++_(CtzI)\
>++_(CtzI64)\
>++_(PopcntI)\
>++_(PopcntI64)\
>++_(SqrtD)\
>++_(SqrtF)\
>++_(Atan2D)\
>++_(Hypot)\
>++_(PowI)\
>++_(PowII)\
>++_(PowD)\
>++_(PowOfTwoI)\
>++_(SignI)\
>++_(SignD)\
>++_(SignDI)\
>++_(MathFunctionD)\
>++_(MathFunctionF)\
>++_(AddI)\
>++_(AddI64)\
>++_(SubI)\
>++_(SubI64)\
>++_(MulI64)\
>++_(MathD)\
>++_(MathF)\
>++_(ModD)\
>++_(ModPowTwoD)\
>++_(WasmBuiltinModD)\
>++_(BigIntAdd)\
>++_(BigIntSub)\
>++_(BigIntMul)\
>++_(BigIntDiv)\
>++_(BigIntMod)\
>++_(BigIntPow)\
>++_(BigIntBitAnd)\
>++_(BigIntBitOr)\
>++_(BigIntBitXor)\
>++_(BigIntLsh)\
>++_(BigIntRsh)\
>++_(BigIntIncrement)\
>++_(BigIntDecrement)\
>++_(BigIntNegate)\
>++_(BigIntBitNot)\
>++_(Concat)\
>++_(CharCodeAt)\
>++_(FromCharCode)\
>++_(FromCodePoint)\
>++_(StringConvertCase)\
>++_(StringSplit)\
>++_(Substr)\
>++_(Int32ToDouble)\
>++_(Float32ToDouble)\
>++_(DoubleToFloat32)\
>++_(Int32ToFloat32)\
>++_(ValueToDouble)\
>++_(ValueToFloat32)\
>++_(ValueToInt32)\
>++_(ValueToBigInt)\
>++_(DoubleToInt32)\
>++_(Float32ToInt32)\
>++_(DoubleToIntegerInt32)\
>++_(Float32ToIntegerInt32)\
>++_(TruncateDToInt32)\
>++_(WasmBuiltinTruncateDToInt32)\
>++_(TruncateFToInt32)\
>++_(WasmBuiltinTruncateFToInt32)\
>++_(WasmTruncateToInt32)\
>++_(WrapInt64ToInt32)\
>++_(ExtendInt32ToInt64)\
>++_(BooleanToString)\
>++_(IntToString)\
>++_(DoubleToString)\
>++_(ValueToString)\
>++_(PowHalfD)\
>++_(NaNToZero)\
>++_(OsrEntry)\
>++_(OsrValue)\
>++_(OsrEnvironmentChain)\
>++_(OsrReturnValue)\
>++_(OsrArgumentsObject)\
>++_(RegExp)\
>++_(RegExpMatcher)\
>++_(RegExpSearcher)\
>++_(RegExpTester)\
>++_(RegExpPrototypeOptimizable)\
>++_(RegExpInstanceOptimizable)\
>++_(GetFirstDollarIndex)\
>++_(StringReplace)\
>++_(BinaryValueCache)\
>++_(BinaryBoolCache)\
>++_(UnaryCache)\
>++_(ModuleMetadata)\
>++_(DynamicImport)\
>++_(Lambda)\
>++_(LambdaArrow)\
>++_(FunctionWithProto)\
>++_(SetFunName)\
>++_(KeepAliveObject)\
>++_(Slots)\
>++_(Elements)\
>++_(InitializedLength)\
>++_(SetInitializedLength)\
>++_(ArrayLength)\
>++_(SetArrayLength)\
>++_(FunctionLength)\
>++_(FunctionName)\
>++_(GetNextEntryForIterator)\
>++_(ArrayBufferByteLength)\
>++_(ArrayBufferViewLength)\
>++_(ArrayBufferViewByteOffset)\
>++_(ArrayBufferViewElements)\
>++_(TypedArrayElementSize)\
>++_(GuardHasAttachedArrayBuffer)\
>++_(GuardNumberToIntPtrIndex)\
>++_(BoundsCheck)\
>++_(BoundsCheckRange)\
>++_(BoundsCheckLower)\
>++_(SpectreMaskIndex)\
>++_(LoadElementV)\
>++_(InArray)\
>++_(GuardElementNotHole)\
>++_(LoadElementHole)\
>++_(StoreElementV)\
>++_(StoreElementT)\
>++_(StoreHoleValueElement)\
>++_(StoreElementHoleV)\
>++_(StoreElementHoleT)\
>++_(ArrayPopShift)\
>++_(ArrayPush)\
>++_(ArraySlice)\
>++_(ArrayJoin)\
>++_(LoadUnboxedScalar)\
>++_(LoadUnboxedBigInt)\
>++_(LoadDataViewElement)\
>++_(LoadTypedArrayElementHole)\
>++_(LoadTypedArrayElementHoleBigInt)\
>++_(StoreUnboxedScalar)\
>++_(StoreUnboxedBigInt)\
>++_(StoreDataViewElement)\
>++_(StoreTypedArrayElementHole)\
>++_(StoreTypedArrayElementHoleBigInt)\
>++_(AtomicIsLockFree)\
>++_(CompareExchangeTypedArrayElement)\
>++_(AtomicExchangeTypedArrayElement)\
>++_(AtomicTypedArrayElementBinop)\
>++_(AtomicTypedArrayElementBinopForEffect)\
>++_(AtomicLoad64)\
>++_(AtomicStore64)\
>++_(CompareExchangeTypedArrayElement64)\
>++_(AtomicExchangeTypedArrayElement64)\
>++_(AtomicTypedArrayElementBinop64)\
>++_(AtomicTypedArrayElementBinopForEffect64)\
>++_(EffectiveAddress)\
>++_(ClampIToUint8)\
>++_(ClampDToUint8)\
>++_(ClampVToUint8)\
>++_(LoadFixedSlotV)\
>++_(LoadFixedSlotT)\
>++_(LoadFixedSlotAndUnbox)\
>++_(LoadDynamicSlotAndUnbox)\
>++_(LoadElementAndUnbox)\
>++_(AddAndStoreSlot)\
>++_(AllocateAndStoreSlot)\
>++_(StoreFixedSlotV)\
>++_(StoreFixedSlotT)\
>++_(GetNameCache)\
>++_(CallGetIntrinsicValue)\
>++_(GetPropSuperCache)\
>++_(GetPropertyCache)\
>++_(BindNameCache)\
>++_(CallBindVar)\
>++_(LoadDynamicSlotV)\
>++_(StoreDynamicSlotV)\
>++_(StoreDynamicSlotT)\
>++_(StringLength)\
>++_(Floor)\
>++_(FloorF)\
>++_(Ceil)\
>++_(CeilF)\
>++_(Round)\
>++_(RoundF)\
>++_(Trunc)\
>++_(TruncF)\
>++_(NearbyInt)\
>++_(NearbyIntF)\
>++_(FunctionEnvironment)\
>++_(HomeObject)\
>++_(HomeObjectSuperBase)\
>++_(NewLexicalEnvironmentObject)\
>++_(CopyLexicalEnvironmentObject)\
>++_(NewClassBodyEnvironmentObject)\
>++_(CallSetElement)\
>++_(CallDeleteProperty)\
>++_(CallDeleteElement)\
>++_(SetPropertyCache)\
>++_(GetIteratorCache)\
>++_(OptimizeSpreadCallCache)\
>++_(IteratorMore)\
>++_(IsNoIterAndBranch)\
>++_(IteratorEnd)\
>++_(ArgumentsLength)\
>++_(GetFrameArgument)\
>++_(Rest)\
>++_(Int32ToIntPtr)\
>++_(NonNegativeIntPtrToInt32)\
>++_(IntPtrToDouble)\
>++_(AdjustDataViewLength)\
>++_(BooleanToInt64)\
>++_(StringToInt64)\
>++_(ValueToInt64)\
>++_(TruncateBigIntToInt64)\
>++_(Int64ToBigInt)\
>++_(PostWriteBarrierO)\
>++_(PostWriteBarrierS)\
>++_(PostWriteBarrierBI)\
>++_(PostWriteBarrierV)\
>++_(PostWriteElementBarrierO)\
>++_(PostWriteElementBarrierS)\
>++_(PostWriteElementBarrierBI)\
>++_(PostWriteElementBarrierV)\
>++_(GuardObjectIdentity)\
>++_(GuardSpecificFunction)\
>++_(GuardSpecificAtom)\
>++_(GuardSpecificSymbol)\
>++_(GuardStringToIndex)\
>++_(GuardStringToInt32)\
>++_(GuardStringToDouble)\
>++_(GuardShape)\
>++_(GuardProto)\
>++_(GuardNullProto)\
>++_(GuardIsNativeObject)\
>++_(GuardIsProxy)\
>++_(GuardIsNotProxy)\
>++_(GuardIsNotDOMProxy)\
>++_(ProxyGet)\
>++_(ProxyGetByValue)\
>++_(ProxyHasProp)\
>++_(ProxySet)\
>++_(ProxySetByValue)\
>++_(CallSetArrayLength)\
>++_(MegamorphicLoadSlot)\
>++_(MegamorphicLoadSlotByValue)\
>++_(MegamorphicStoreSlot)\
>++_(MegamorphicHasProp)\
>++_(GuardIsNotArrayBufferMaybeShared)\
>++_(GuardIsTypedArray)\
>++_(GuardNoDenseElements)\
>++_(InCache)\
>++_(HasOwnCache)\
>++_(CheckPrivateFieldCache)\
>++_(InstanceOfO)\
>++_(InstanceOfV)\
>++_(InstanceOfCache)\
>++_(IsCallableO)\
>++_(IsCallableV)\
>++_(IsConstructor)\
>++_(IsCrossRealmArrayConstructor)\
>++_(IsArrayO)\
>++_(IsArrayV)\
>++_(IsTypedArray)\
>++_(IsObject)\
>++_(IsObjectAndBranch)\
>++_(IsNullOrUndefined)\
>++_(IsNullOrUndefinedAndBranch)\
>++_(HasClass)\
>++_(GuardToClass)\
>++_(ObjectClassToString)\
>++_(WasmSelect)\
>++_(WasmSelectI64)\
>++_(WasmCompareAndSelect)\
>++_(WasmAddOffset)\
>++_(WasmBoundsCheck)\
>++_(WasmBoundsCheck64)\
>++_(WasmExtendU32Index)\
>++_(WasmWrapU32Index)\
>++_(WasmAlignmentCheck)\
>++_(WasmLoadTls)\
>++_(WasmHeapBase)\
>++_(WasmLoad)\
>++_(WasmLoadI64)\
>++_(WasmStore)\
>++_(WasmStoreI64)\
>++_(AsmJSLoadHeap)\
>++_(AsmJSStoreHeap)\
>++_(WasmCompareExchangeHeap)\
>++_(WasmFence)\
>++_(WasmAtomicExchangeHeap)\
>++_(WasmAtomicBinopHeap)\
>++_(WasmAtomicBinopHeapForEffect)\
>++_(WasmLoadSlot)\
>++_(WasmLoadSlotI64)\
>++_(WasmStoreSlot)\
>++_(WasmStoreSlotI64)\
>++_(WasmDerivedPointer)\
>++_(WasmStoreRef)\
>++_(WasmParameter)\
>++_(WasmParameterI64)\
>++_(WasmReturn)\
>++_(WasmReturnI64)\
>++_(WasmReturnVoid)\
>++_(WasmStackArg)\
>++_(WasmStackArgI64)\
>++_(WasmNullConstant)\
>++_(WasmCall)\
>++_(WasmRegisterResult)\
>++_(WasmRegisterPairResult)\
>++_(WasmStackResultArea)\
>++_(WasmStackResult)\
>++_(WasmStackResult64)\
>++_(AssertRangeI)\
>++_(AssertRangeD)\
>++_(AssertRangeF)\
>++_(AssertRangeV)\
>++_(AssertClass)\
>++_(AssertShape)\
>++_(AssertResultT)\
>++_(AssertResultV)\
>++_(GuardValue)\
>++_(GuardNullOrUndefined)\
>++_(GuardFunctionFlags)\
>++_(GuardFunctionIsNonBuiltinCtor)\
>++_(GuardFunctionKind)\
>++_(GuardFunctionScript)\
>++_(IncrementWarmUpCounter)\
>++_(LexicalCheck)\
>++_(ThrowRuntimeLexicalError)\
>++_(ThrowMsg)\
>++_(GlobalDeclInstantiation)\
>++_(MemoryBarrier)\
>++_(Debugger)\
>++_(NewTarget)\
>++_(ArrowNewTarget)\
>++_(Random)\
>++_(CheckReturn)\
>++_(CheckIsObj)\
>++_(CheckObjCoercible)\
>++_(CheckClassHeritage)\
>++_(CheckThis)\
>++_(CheckThisReinit)\
>++_(Generator)\
>++_(AsyncResolve)\
>++_(AsyncAwait)\
>++_(CanSkipAwait)\
>++_(MaybeExtractAwaitValue)\
>++_(DebugCheckSelfHosted)\
>++_(FinishBoundFunctionInit)\
>++_(IsPackedArray)\
>++_(GuardArrayIsPacked)\
>++_(GetPrototypeOf)\
>++_(ObjectWithProto)\
>++_(ObjectStaticProto)\
>++_(BuiltinObject)\
>++_(SuperFunction)\
>++_(InitHomeObject)\
>++_(IsTypedArrayConstructor)\
>++_(LoadValueTag)\
>++_(GuardTagNotEqual)\
>++_(LoadWrapperTarget)\
>++_(GuardHasGetterSetter)\
>++_(GuardIsExtensible)\
>++_(GuardInt32IsNonNegative)\
>++_(GuardIndexGreaterThanDenseInitLength)\
>++_(GuardIndexIsValidUpdateOrAdd)\
>++_(CallAddOrUpdateSparseElement)\
>++_(CallGetSparseElement)\
>++_(CallNativeGetElement)\
>++_(CallObjectHasSparseElement)\
>++_(BigIntAsIntN)\
>++_(BigIntAsIntN64)\
>++_(BigIntAsIntN32)\
>++_(BigIntAsUintN)\
>++_(BigIntAsUintN64)\
>++_(BigIntAsUintN32)\
>++_(IonToWasmCall)\
>++_(IonToWasmCallV)\
>++_(IonToWasmCallI64)\
>++_(WasmBoxValue)\
>++_(WasmAnyRefFromJSObject)\
>++_(Simd128)\
>++_(WasmBitselectSimd128)\
>++_(WasmBinarySimd128)\
>++_(WasmBinarySimd128WithConstant)\
>++_(WasmVariableShiftSimd128)\
>++_(WasmConstantShiftSimd128)\
>++_(WasmSignReplicationSimd128)\
>++_(WasmShuffleSimd128)\
>++_(WasmPermuteSimd128)\
>++_(WasmReplaceLaneSimd128)\
>++_(WasmReplaceInt64LaneSimd128)\
>++_(WasmScalarToSimd128)\
>++_(WasmInt64ToSimd128)\
>++_(WasmUnarySimd128)\
>++_(WasmReduceSimd128)\
>++_(WasmReduceAndBranchSimd128)\
>++_(WasmReduceSimd128ToInt64)\
>++_(WasmLoadLaneSimd128)\
>++_(WasmStoreLaneSimd128)\
>++_(Unbox)\
>++_(UnboxFloatingPoint)\
>++_(WasmUint32ToDouble)\
>++_(WasmUint32ToFloat32)\
>++_(DivI)\
>++_(DivPowTwoI)\
>++_(DivConstantI)\
>++_(UDivConstantI)\
>++_(ModI)\
>++_(ModPowTwoI)\
>++_(ModMaskI)\
>++_(TableSwitch)\
>++_(TableSwitchV)\
>++_(MulI)\
>++_(UDiv)\
>++_(UMod)\
>++_(Int64ToFloatingPoint)\
>++_(WasmTruncateToInt64)\
>++_(DivOrModI64)\
>++_(UDivOrModI64)
>++
>++#endif // jit_LOpcodesGenerated_h
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_MIROpsGenerated.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_MIROpsGenerated.h
>new file mode 100644
>index 000000000000..33cbe80e6269
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_jit_MIROpsGenerated.h
>@@ -0,0 +1,2662 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/jit/MIROpsGenerated.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/jit/MIROpsGenerated.h
>+@@ -0,0 +1,2659 @@
>++/* This Source Code Form is subject to the terms of the Mozilla Public
>++ * License, v. 2.0. If a copy of the MPL was not distributed with this
>++ * file, You can obtain one at http://mozilla.org/MPL/2.0/. */
>++
>++#ifndef jit_MIROpsGenerated_h
>++#define jit_MIROpsGenerated_h
>++
>++/* This file is generated by jit/GenerateMIRFiles.py. Do not edit! */
>++
>++#define MIR_OPCODE_LIST(_)\
>++_(Start)\
>++_(OsrEntry)\
>++_(Nop)\
>++_(LimitedTruncate)\
>++_(Constant)\
>++_(WasmNullConstant)\
>++_(WasmFloatConstant)\
>++_(Parameter)\
>++_(Callee)\
>++_(IsConstructing)\
>++_(TableSwitch)\
>++_(Goto)\
>++_(Test)\
>++_(Return)\
>++_(Throw)\
>++_(NewArray)\
>++_(NewArrayDynamicLength)\
>++_(NewTypedArray)\
>++_(NewTypedArrayDynamicLength)\
>++_(NewTypedArrayFromArray)\
>++_(NewTypedArrayFromArrayBuffer)\
>++_(NewObject)\
>++_(NewPlainObject)\
>++_(NewArrayObject)\
>++_(NewIterator)\
>++_(ObjectState)\
>++_(ArrayState)\
>++_(MutateProto)\
>++_(InitPropGetterSetter)\
>++_(InitElemGetterSetter)\
>++_(Call)\
>++_(ApplyArgs)\
>++_(ApplyArgsObj)\
>++_(ApplyArray)\
>++_(ConstructArray)\
>++_(Bail)\
>++_(Unreachable)\
>++_(EncodeSnapshot)\
>++_(AssertRecoveredOnBailout)\
>++_(AssertFloat32)\
>++_(Compare)\
>++_(SameValueDouble)\
>++_(SameValue)\
>++_(Box)\
>++_(Unbox)\
>++_(AssertRange)\
>++_(AssertClass)\
>++_(AssertShape)\
>++_(CreateThisWithTemplate)\
>++_(CreateThis)\
>++_(CreateArgumentsObject)\
>++_(CreateInlinedArgumentsObject)\
>++_(GetInlinedArgument)\
>++_(GetArgumentsObjectArg)\
>++_(SetArgumentsObjectArg)\
>++_(LoadArgumentsObjectArg)\
>++_(ArgumentsObjectLength)\
>++_(GuardArgumentsObjectFlags)\
>++_(ReturnFromCtor)\
>++_(ToDouble)\
>++_(ToFloat32)\
>++_(WasmUnsignedToDouble)\
>++_(WasmUnsignedToFloat32)\
>++_(WrapInt64ToInt32)\
>++_(ExtendInt32ToInt64)\
>++_(WasmBuiltinTruncateToInt64)\
>++_(WasmTruncateToInt64)\
>++_(WasmTruncateToInt32)\
>++_(WasmBoxValue)\
>++_(WasmAnyRefFromJSObject)\
>++_(Int32ToIntPtr)\
>++_(NonNegativeIntPtrToInt32)\
>++_(IntPtrToDouble)\
>++_(AdjustDataViewLength)\
>++_(Int64ToFloatingPoint)\
>++_(BuiltinInt64ToFloatingPoint)\
>++_(ToNumberInt32)\
>++_(ToIntegerInt32)\
>++_(TruncateToInt32)\
>++_(WasmBuiltinTruncateToInt32)\
>++_(ToBigInt)\
>++_(ToInt64)\
>++_(TruncateBigIntToInt64)\
>++_(Int64ToBigInt)\
>++_(ToString)\
>++_(BitNot)\
>++_(TypeOf)\
>++_(ToAsyncIter)\
>++_(ToPropertyKeyCache)\
>++_(BitAnd)\
>++_(BitOr)\
>++_(BitXor)\
>++_(Lsh)\
>++_(Rsh)\
>++_(Ursh)\
>++_(SignExtendInt32)\
>++_(SignExtendInt64)\
>++_(MinMax)\
>++_(MinMaxArray)\
>++_(Abs)\
>++_(Clz)\
>++_(Ctz)\
>++_(Popcnt)\
>++_(Sqrt)\
>++_(CopySign)\
>++_(Atan2)\
>++_(Hypot)\
>++_(Pow)\
>++_(PowHalf)\
>++_(Random)\
>++_(Sign)\
>++_(MathFunction)\
>++_(Add)\
>++_(Sub)\
>++_(Mul)\
>++_(Div)\
>++_(WasmBuiltinDivI64)\
>++_(Mod)\
>++_(WasmBuiltinModD)\
>++_(WasmBuiltinModI64)\
>++_(BigIntAdd)\
>++_(BigIntSub)\
>++_(BigIntMul)\
>++_(BigIntDiv)\
>++_(BigIntMod)\
>++_(BigIntPow)\
>++_(BigIntBitAnd)\
>++_(BigIntBitOr)\
>++_(BigIntBitXor)\
>++_(BigIntLsh)\
>++_(BigIntRsh)\
>++_(BigIntIncrement)\
>++_(BigIntDecrement)\
>++_(BigIntNegate)\
>++_(BigIntBitNot)\
>++_(Concat)\
>++_(CharCodeAt)\
>++_(FromCharCode)\
>++_(FromCodePoint)\
>++_(StringConvertCase)\
>++_(StringSplit)\
>++_(BoxNonStrictThis)\
>++_(ImplicitThis)\
>++_(ArrowNewTarget)\
>++_(Phi)\
>++_(Beta)\
>++_(NaNToZero)\
>++_(OsrValue)\
>++_(OsrEnvironmentChain)\
>++_(OsrArgumentsObject)\
>++_(OsrReturnValue)\
>++_(BinaryCache)\
>++_(UnaryCache)\
>++_(CheckOverRecursed)\
>++_(InterruptCheck)\
>++_(WasmInterruptCheck)\
>++_(WasmTrap)\
>++_(LexicalCheck)\
>++_(ThrowRuntimeLexicalError)\
>++_(ThrowMsg)\
>++_(GlobalDeclInstantiation)\
>++_(RegExp)\
>++_(RegExpMatcher)\
>++_(RegExpSearcher)\
>++_(RegExpTester)\
>++_(RegExpPrototypeOptimizable)\
>++_(RegExpInstanceOptimizable)\
>++_(GetFirstDollarIndex)\
>++_(StringReplace)\
>++_(Substr)\
>++_(ModuleMetadata)\
>++_(DynamicImport)\
>++_(Lambda)\
>++_(LambdaArrow)\
>++_(FunctionWithProto)\
>++_(SetFunName)\
>++_(Slots)\
>++_(Elements)\
>++_(InitializedLength)\
>++_(SetInitializedLength)\
>++_(ArrayLength)\
>++_(SetArrayLength)\
>++_(FunctionLength)\
>++_(FunctionName)\
>++_(GetNextEntryForIterator)\
>++_(ArrayBufferByteLength)\
>++_(ArrayBufferViewLength)\
>++_(ArrayBufferViewByteOffset)\
>++_(ArrayBufferViewElements)\
>++_(TypedArrayElementSize)\
>++_(GuardHasAttachedArrayBuffer)\
>++_(GuardNumberToIntPtrIndex)\
>++_(KeepAliveObject)\
>++_(Not)\
>++_(BoundsCheck)\
>++_(BoundsCheckLower)\
>++_(SpectreMaskIndex)\
>++_(LoadElement)\
>++_(LoadElementAndUnbox)\
>++_(LoadElementHole)\
>++_(StoreElement)\
>++_(StoreHoleValueElement)\
>++_(StoreElementHole)\
>++_(ArrayPopShift)\
>++_(ArrayPush)\
>++_(ArraySlice)\
>++_(ArrayJoin)\
>++_(LoadUnboxedScalar)\
>++_(LoadDataViewElement)\
>++_(LoadTypedArrayElementHole)\
>++_(StoreUnboxedScalar)\
>++_(StoreDataViewElement)\
>++_(StoreTypedArrayElementHole)\
>++_(EffectiveAddress)\
>++_(ClampToUint8)\
>++_(LoadFixedSlot)\
>++_(LoadFixedSlotAndUnbox)\
>++_(LoadDynamicSlotAndUnbox)\
>++_(StoreFixedSlot)\
>++_(GetPropertyCache)\
>++_(HomeObjectSuperBase)\
>++_(GetPropSuperCache)\
>++_(BindNameCache)\
>++_(CallBindVar)\
>++_(GuardShape)\
>++_(GuardProto)\
>++_(GuardNullProto)\
>++_(GuardIsNativeObject)\
>++_(GuardIsProxy)\
>++_(GuardIsNotDOMProxy)\
>++_(GuardIsNotProxy)\
>++_(ProxyGet)\
>++_(ProxyGetByValue)\
>++_(ProxyHasProp)\
>++_(ProxySet)\
>++_(ProxySetByValue)\
>++_(CallSetArrayLength)\
>++_(MegamorphicLoadSlot)\
>++_(MegamorphicLoadSlotByValue)\
>++_(MegamorphicStoreSlot)\
>++_(MegamorphicHasProp)\
>++_(GuardIsNotArrayBufferMaybeShared)\
>++_(GuardIsTypedArray)\
>++_(NurseryObject)\
>++_(GuardValue)\
>++_(GuardNullOrUndefined)\
>++_(GuardFunctionFlags)\
>++_(GuardFunctionIsNonBuiltinCtor)\
>++_(GuardFunctionKind)\
>++_(GuardFunctionScript)\
>++_(GuardObjectIdentity)\
>++_(GuardSpecificFunction)\
>++_(GuardSpecificAtom)\
>++_(GuardSpecificSymbol)\
>++_(GuardStringToIndex)\
>++_(GuardStringToInt32)\
>++_(GuardStringToDouble)\
>++_(GuardNoDenseElements)\
>++_(GuardTagNotEqual)\
>++_(LoadDynamicSlot)\
>++_(FunctionEnvironment)\
>++_(NewLexicalEnvironmentObject)\
>++_(NewClassBodyEnvironmentObject)\
>++_(CopyLexicalEnvironmentObject)\
>++_(HomeObject)\
>++_(AddAndStoreSlot)\
>++_(AllocateAndStoreSlot)\
>++_(StoreDynamicSlot)\
>++_(GetNameCache)\
>++_(CallGetIntrinsicValue)\
>++_(DeleteProperty)\
>++_(DeleteElement)\
>++_(SetPropertyCache)\
>++_(CallSetElement)\
>++_(SetDOMProperty)\
>++_(GetDOMProperty)\
>++_(GetDOMMember)\
>++_(LoadDOMExpandoValue)\
>++_(LoadDOMExpandoValueGuardGeneration)\
>++_(LoadDOMExpandoValueIgnoreGeneration)\
>++_(GuardDOMExpandoMissingOrGuardShape)\
>++_(StringLength)\
>++_(Floor)\
>++_(Ceil)\
>++_(Round)\
>++_(Trunc)\
>++_(NearbyInt)\
>++_(GetIteratorCache)\
>++_(OptimizeSpreadCallCache)\
>++_(IteratorMore)\
>++_(IsNoIter)\
>++_(IteratorEnd)\
>++_(InCache)\
>++_(InArray)\
>++_(GuardElementNotHole)\
>++_(CheckPrivateFieldCache)\
>++_(HasOwnCache)\
>++_(InstanceOf)\
>++_(InstanceOfCache)\
>++_(ArgumentsLength)\
>++_(GetFrameArgument)\
>++_(NewTarget)\
>++_(Rest)\
>++_(PostWriteBarrier)\
>++_(PostWriteElementBarrier)\
>++_(NewNamedLambdaObject)\
>++_(NewCallObject)\
>++_(NewStringObject)\
>++_(IsCallable)\
>++_(IsConstructor)\
>++_(IsCrossRealmArrayConstructor)\
>++_(IsObject)\
>++_(IsNullOrUndefined)\
>++_(HasClass)\
>++_(GuardToClass)\
>++_(IsArray)\
>++_(IsTypedArray)\
>++_(ObjectClassToString)\
>++_(CheckReturn)\
>++_(CheckThis)\
>++_(AsyncResolve)\
>++_(GeneratorReturn)\
>++_(AsyncAwait)\
>++_(CheckThisReinit)\
>++_(Generator)\
>++_(CanSkipAwait)\
>++_(MaybeExtractAwaitValue)\
>++_(IncrementWarmUpCounter)\
>++_(AtomicIsLockFree)\
>++_(CompareExchangeTypedArrayElement)\
>++_(AtomicExchangeTypedArrayElement)\
>++_(AtomicTypedArrayElementBinop)\
>++_(Debugger)\
>++_(CheckIsObj)\
>++_(CheckObjCoercible)\
>++_(CheckClassHeritage)\
>++_(DebugCheckSelfHosted)\
>++_(FinishBoundFunctionInit)\
>++_(IsPackedArray)\
>++_(GuardArrayIsPacked)\
>++_(GetPrototypeOf)\
>++_(ObjectWithProto)\
>++_(ObjectStaticProto)\
>++_(BuiltinObject)\
>++_(SuperFunction)\
>++_(InitHomeObject)\
>++_(IsTypedArrayConstructor)\
>++_(LoadValueTag)\
>++_(LoadWrapperTarget)\
>++_(GuardHasGetterSetter)\
>++_(GuardIsExtensible)\
>++_(GuardInt32IsNonNegative)\
>++_(GuardIndexGreaterThanDenseInitLength)\
>++_(GuardIndexIsValidUpdateOrAdd)\
>++_(CallAddOrUpdateSparseElement)\
>++_(CallGetSparseElement)\
>++_(CallNativeGetElement)\
>++_(CallObjectHasSparseElement)\
>++_(BigIntAsIntN)\
>++_(BigIntAsUintN)\
>++_(WasmNeg)\
>++_(WasmLoadTls)\
>++_(WasmHeapBase)\
>++_(WasmBoundsCheck)\
>++_(WasmExtendU32Index)\
>++_(WasmWrapU32Index)\
>++_(WasmAddOffset)\
>++_(WasmAlignmentCheck)\
>++_(WasmLoad)\
>++_(WasmStore)\
>++_(AsmJSLoadHeap)\
>++_(AsmJSStoreHeap)\
>++_(WasmFence)\
>++_(WasmCompareExchangeHeap)\
>++_(WasmAtomicExchangeHeap)\
>++_(WasmAtomicBinopHeap)\
>++_(WasmLoadGlobalVar)\
>++_(WasmLoadGlobalCell)\
>++_(WasmStoreGlobalVar)\
>++_(WasmStoreGlobalCell)\
>++_(WasmStoreStackResult)\
>++_(WasmDerivedPointer)\
>++_(WasmStoreRef)\
>++_(WasmParameter)\
>++_(WasmReturn)\
>++_(WasmReturnVoid)\
>++_(WasmStackArg)\
>++_(WasmRegisterResult)\
>++_(WasmFloatRegisterResult)\
>++_(WasmRegister64Result)\
>++_(WasmStackResultArea)\
>++_(WasmStackResult)\
>++_(WasmCall)\
>++_(WasmSelect)\
>++_(WasmReinterpret)\
>++_(Rotate)\
>++_(WasmBitselectSimd128)\
>++_(WasmBinarySimd128)\
>++_(WasmBinarySimd128WithConstant)\
>++_(WasmShiftSimd128)\
>++_(WasmShuffleSimd128)\
>++_(WasmReplaceLaneSimd128)\
>++_(WasmUnarySimd128)\
>++_(WasmScalarToSimd128)\
>++_(WasmReduceSimd128)\
>++_(WasmLoadLaneSimd128)\
>++_(WasmStoreLaneSimd128)\
>++_(UnreachableResult)\
>++_(IonToWasmCall)
>++
>++#define MIR_OPCODE_CLASS_GENERATED \
>++class MStart : public MNullaryInstruction {\
>++  explicit MStart() : MNullaryInstruction(classOpcode) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Start)\
>++  TRIVIAL_NEW_WRAPPERS\
>++};\
>++\
>++class MOsrEntry : public MNullaryInstruction {\
>++  explicit MOsrEntry() : MNullaryInstruction(classOpcode) {\
>++    setResultType(MIRType::Pointer);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(OsrEntry)\
>++  TRIVIAL_NEW_WRAPPERS\
>++};\
>++\
>++class MNop : public MNullaryInstruction {\
>++  explicit MNop() : MNullaryInstruction(classOpcode) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Nop)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  ALLOW_CLONE(MNop)\
>++};\
>++\
>++class MCallee : public MNullaryInstruction {\
>++  explicit MCallee() : MNullaryInstruction(classOpcode) {\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Callee)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MIsConstructing : public MNullaryInstruction {\
>++  explicit MIsConstructing() : MNullaryInstruction(classOpcode) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsConstructing)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MThrow : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MThrow(MDefinition* ins) : MUnaryInstruction(classOpcode, ins) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Throw)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, ins))\
>++  AliasSet getAliasSet() const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MNewArrayDynamicLength : public MUnaryInstruction, public UnboxedInt32Policy<0>::Data {\
>++  CompilerGCPointer<JSObject*> templateObject_;\
>++  gc::InitialHeap initialHeap_;\
>++  explicit MNewArrayDynamicLength(MDefinition* length, JSObject* templateObject, gc::InitialHeap initialHeap) : MUnaryInstruction(classOpcode, length), templateObject_(templateObject), initialHeap_(initialHeap) {\
>++    setGuard();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  JSObject* templateObject() const { return templateObject_; }\
>++  gc::InitialHeap initialHeap() const { return initialHeap_; }\
>++  INSTRUCTION_HEADER(NewArrayDynamicLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, length))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MNewTypedArrayDynamicLength : public MUnaryInstruction, public UnboxedInt32Policy<0>::Data {\
>++  CompilerGCPointer<JSObject*> templateObject_;\
>++  gc::InitialHeap initialHeap_;\
>++  explicit MNewTypedArrayDynamicLength(MDefinition* length, JSObject* templateObject, gc::InitialHeap initialHeap) : MUnaryInstruction(classOpcode, length), templateObject_(templateObject), initialHeap_(initialHeap) {\
>++    setGuard();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  JSObject* templateObject() const { return templateObject_; }\
>++  gc::InitialHeap initialHeap() const { return initialHeap_; }\
>++  INSTRUCTION_HEADER(NewTypedArrayDynamicLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, length))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MNewTypedArrayFromArray : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  CompilerGCPointer<JSObject*> templateObject_;\
>++  gc::InitialHeap initialHeap_;\
>++  explicit MNewTypedArrayFromArray(MDefinition* array, JSObject* templateObject, gc::InitialHeap initialHeap) : MUnaryInstruction(classOpcode, array), templateObject_(templateObject), initialHeap_(initialHeap) {\
>++    setGuard();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  JSObject* templateObject() const { return templateObject_; }\
>++  gc::InitialHeap initialHeap() const { return initialHeap_; }\
>++  INSTRUCTION_HEADER(NewTypedArrayFromArray)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, array))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MNewTypedArrayFromArrayBuffer : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>, BoxPolicy<2>>::Data {\
>++  CompilerGCPointer<JSObject*> templateObject_;\
>++  gc::InitialHeap initialHeap_;\
>++  explicit MNewTypedArrayFromArrayBuffer(MDefinition* arrayBuffer, MDefinition* byteOffset, MDefinition* length, JSObject* templateObject, gc::InitialHeap initialHeap) : MTernaryInstruction(classOpcode, arrayBuffer, byteOffset, length), templateObject_(templateObject), initialHeap_(initialHeap) {\
>++    setGuard();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  JSObject* templateObject() const { return templateObject_; }\
>++  gc::InitialHeap initialHeap() const { return initialHeap_; }\
>++  INSTRUCTION_HEADER(NewTypedArrayFromArrayBuffer)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, arrayBuffer), (1, byteOffset), (2, length))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MMutateProto : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MMutateProto(MDefinition* object, MDefinition* value) : MBinaryInstruction(classOpcode, object, value) {\
>++    setResultType(MIRType::None);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(MutateProto)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, value))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MInitPropGetterSetter : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, ObjectPolicy<1>>::Data {\
>++  CompilerGCPointer<PropertyName*> name_;\
>++  explicit MInitPropGetterSetter(MDefinition* object, MDefinition* value, PropertyName* name) : MBinaryInstruction(classOpcode, object, value), name_(name) {\
>++  }\
>++ public:\
>++  PropertyName* name() const { return name_; }\
>++  INSTRUCTION_HEADER(InitPropGetterSetter)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, value))\
>++};\
>++\
>++class MInitElemGetterSetter : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>, ObjectPolicy<2>>::Data {\
>++  explicit MInitElemGetterSetter(MDefinition* object, MDefinition* id, MDefinition* value) : MTernaryInstruction(classOpcode, object, id, value) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(InitElemGetterSetter)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, id), (2, value))\
>++};\
>++\
>++class MEncodeSnapshot : public MNullaryInstruction {\
>++  explicit MEncodeSnapshot() : MNullaryInstruction(classOpcode) {\
>++    setGuard();\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(EncodeSnapshot)\
>++  TRIVIAL_NEW_WRAPPERS\
>++};\
>++\
>++class MSameValueDouble : public MBinaryInstruction, public MixPolicy<DoublePolicy<0>, DoublePolicy<1>>::Data {\
>++  explicit MSameValueDouble(MDefinition* left, MDefinition* right) : MBinaryInstruction(classOpcode, left, right) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(SameValueDouble)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, left), (1, right))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  ALLOW_CLONE(MSameValueDouble)\
>++};\
>++\
>++class MSameValue : public MBinaryInstruction, public MixPolicy<BoxPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MSameValue(MDefinition* left, MDefinition* right) : MBinaryInstruction(classOpcode, left, right) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(SameValue)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, left), (1, right))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  ALLOW_CLONE(MSameValue)\
>++};\
>++\
>++class MCreateThis : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, ObjectPolicy<1>>::Data {\
>++  explicit MCreateThis(MDefinition* callee, MDefinition* newTarget) : MBinaryInstruction(classOpcode, callee, newTarget) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CreateThis)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, callee), (1, newTarget))\
>++  AliasSet getAliasSet() const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MGetArgumentsObjectArg : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  size_t argno_;\
>++  explicit MGetArgumentsObjectArg(MDefinition* argsObject, size_t argno) : MUnaryInstruction(classOpcode, argsObject), argno_(argno) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  size_t argno() const { return argno_; }\
>++  INSTRUCTION_HEADER(GetArgumentsObjectArg)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, argsObject))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MSetArgumentsObjectArg : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  size_t argno_;\
>++  explicit MSetArgumentsObjectArg(MDefinition* argsObject, MDefinition* value, size_t argno) : MBinaryInstruction(classOpcode, argsObject, value), argno_(argno) {\
>++  }\
>++ public:\
>++  size_t argno() const { return argno_; }\
>++  INSTRUCTION_HEADER(SetArgumentsObjectArg)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, argsObject), (1, value))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MLoadArgumentsObjectArg : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>>::Data {\
>++  explicit MLoadArgumentsObjectArg(MDefinition* argsObject, MDefinition* index) : MBinaryInstruction(classOpcode, argsObject, index) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(LoadArgumentsObjectArg)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, argsObject), (1, index))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MArgumentsObjectLength : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MArgumentsObjectLength(MDefinition* argsObject) : MUnaryInstruction(classOpcode, argsObject) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArgumentsObjectLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, argsObject))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardArgumentsObjectFlags : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  uint32_t flags_;\
>++  explicit MGuardArgumentsObjectFlags(MDefinition* argsObject, uint32_t flags) : MUnaryInstruction(classOpcode, argsObject), flags_(flags) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  uint32_t flags() const { return flags_; }\
>++  INSTRUCTION_HEADER(GuardArgumentsObjectFlags)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, argsObject))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MReturnFromCtor : public MBinaryInstruction, public MixPolicy<BoxPolicy<0>, ObjectPolicy<1>>::Data {\
>++  explicit MReturnFromCtor(MDefinition* value, MDefinition* object) : MBinaryInstruction(classOpcode, value, object) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ReturnFromCtor)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value), (1, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MWasmUnsignedToDouble : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  explicit MWasmUnsignedToDouble(MDefinition* def) : MUnaryInstruction(classOpcode, def) {\
>++    setMovable();\
>++    setResultType(MIRType::Double);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(WasmUnsignedToDouble)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, def))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MWasmBoxValue : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MWasmBoxValue(MDefinition* def) : MUnaryInstruction(classOpcode, def) {\
>++    setResultType(MIRType::RefOrNull);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(WasmBoxValue)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, def))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MWasmAnyRefFromJSObject : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  explicit MWasmAnyRefFromJSObject(MDefinition* def) : MUnaryInstruction(classOpcode, def) {\
>++    setResultType(MIRType::RefOrNull);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(WasmAnyRefFromJSObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, def))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MToAsyncIter : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MToAsyncIter(MDefinition* iterator, MDefinition* nextMethod) : MBinaryInstruction(classOpcode, iterator, nextMethod) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ToAsyncIter)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, iterator), (1, nextMethod))\
>++};\
>++\
>++class MToPropertyKeyCache : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MToPropertyKeyCache(MDefinition* input) : MUnaryInstruction(classOpcode, input) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ToPropertyKeyCache)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, input))\
>++};\
>++\
>++class MAtan2 : public MBinaryInstruction, public MixPolicy<DoublePolicy<0>, DoublePolicy<1>>::Data {\
>++  explicit MAtan2(MDefinition* y, MDefinition* x) : MBinaryInstruction(classOpcode, y, x) {\
>++    setMovable();\
>++    setResultType(MIRType::Double);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Atan2)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, y), (1, x))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  bool possiblyCalls() const override { return true; }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++  ALLOW_CLONE(MAtan2)\
>++};\
>++\
>++class MRandom : public MNullaryInstruction {\
>++  explicit MRandom() : MNullaryInstruction(classOpcode) {\
>++    setResultType(MIRType::Double);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Random)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool possiblyCalls() const override { return true; }\
>++  void computeRange(TempAllocator& alloc) override;\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override;\
>++  ALLOW_CLONE(MRandom)\
>++};\
>++\
>++class MCharCodeAt : public MBinaryInstruction, public MixPolicy<StringPolicy<0>, UnboxedInt32Policy<1>>::Data {\
>++  explicit MCharCodeAt(MDefinition* string, MDefinition* index) : MBinaryInstruction(classOpcode, string, index) {\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CharCodeAt)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, string), (1, index))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++  ALLOW_CLONE(MCharCodeAt)\
>++};\
>++\
>++class MFromCharCode : public MUnaryInstruction, public UnboxedInt32Policy<0>::Data {\
>++  explicit MFromCharCode(MDefinition* code) : MUnaryInstruction(classOpcode, code) {\
>++    setMovable();\
>++    setResultType(MIRType::String);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(FromCharCode)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, code))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++  ALLOW_CLONE(MFromCharCode)\
>++};\
>++\
>++class MFromCodePoint : public MUnaryInstruction, public UnboxedInt32Policy<0>::Data {\
>++  explicit MFromCodePoint(MDefinition* codePoint) : MUnaryInstruction(classOpcode, codePoint) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::String);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(FromCodePoint)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, codePoint))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  ALLOW_CLONE(MFromCodePoint)\
>++};\
>++\
>++class MStringSplit : public MBinaryInstruction, public MixPolicy<StringPolicy<0>, StringPolicy<1>>::Data {\
>++  explicit MStringSplit(MDefinition* string, MDefinition* separator) : MBinaryInstruction(classOpcode, string, separator) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(StringSplit)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, string), (1, separator))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  bool possiblyCalls() const override { return true; }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++};\
>++\
>++class MBoxNonStrictThis : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  CompilerGCPointer<JSObject*> globalThis_;\
>++  explicit MBoxNonStrictThis(MDefinition* def, JSObject* globalThis) : MUnaryInstruction(classOpcode, def), globalThis_(globalThis) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  JSObject* globalThis() const { return globalThis_; }\
>++  INSTRUCTION_HEADER(BoxNonStrictThis)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, def))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MImplicitThis : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  CompilerGCPointer<PropertyName*> name_;\
>++  explicit MImplicitThis(MDefinition* envChain, PropertyName* name) : MUnaryInstruction(classOpcode, envChain), name_(name) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  PropertyName* name() const { return name_; }\
>++  INSTRUCTION_HEADER(ImplicitThis)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, envChain))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MArrowNewTarget : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MArrowNewTarget(MDefinition* callee) : MUnaryInstruction(classOpcode, callee) {\
>++    setMovable();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrowNewTarget)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, callee))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MUnaryCache : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MUnaryCache(MDefinition* input) : MUnaryInstruction(classOpcode, input) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(UnaryCache)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, input))\
>++};\
>++\
>++class MCheckOverRecursed : public MNullaryInstruction {\
>++  explicit MCheckOverRecursed() : MNullaryInstruction(classOpcode) {\
>++    setGuard();\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CheckOverRecursed)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MInterruptCheck : public MNullaryInstruction {\
>++  explicit MInterruptCheck() : MNullaryInstruction(classOpcode) {\
>++    setGuard();\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(InterruptCheck)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MThrowRuntimeLexicalError : public MNullaryInstruction {\
>++  unsigned errorNumber_;\
>++  explicit MThrowRuntimeLexicalError(unsigned errorNumber) : MNullaryInstruction(classOpcode), errorNumber_(errorNumber) {\
>++    setGuard();\
>++    setResultType(MIRType::None);\
>++  }\
>++ public:\
>++  unsigned errorNumber() const { return errorNumber_; }\
>++  INSTRUCTION_HEADER(ThrowRuntimeLexicalError)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MGlobalDeclInstantiation : public MNullaryInstruction {\
>++  explicit MGlobalDeclInstantiation() : MNullaryInstruction(classOpcode) {\
>++    setGuard();\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GlobalDeclInstantiation)\
>++  TRIVIAL_NEW_WRAPPERS\
>++};\
>++\
>++class MRegExp : public MNullaryInstruction {\
>++  CompilerGCPointer<RegExpObject*> source_;\
>++  bool hasShared_;\
>++  explicit MRegExp(RegExpObject* source, bool hasShared) : MNullaryInstruction(classOpcode), source_(source), hasShared_(hasShared) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  RegExpObject* source() const { return source_; }\
>++  bool hasShared() const { return hasShared_; }\
>++  INSTRUCTION_HEADER(RegExp)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MRegExpMatcher : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, StringPolicy<1>, UnboxedInt32Policy<2>>::Data {\
>++  explicit MRegExpMatcher(MDefinition* regexp, MDefinition* string, MDefinition* lastIndex) : MTernaryInstruction(classOpcode, regexp, string, lastIndex) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(RegExpMatcher)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, regexp), (1, string), (2, lastIndex))\
>++  bool possiblyCalls() const override { return true; }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++};\
>++\
>++class MRegExpSearcher : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, StringPolicy<1>, UnboxedInt32Policy<2>>::Data {\
>++  explicit MRegExpSearcher(MDefinition* regexp, MDefinition* string, MDefinition* lastIndex) : MTernaryInstruction(classOpcode, regexp, string, lastIndex) {\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(RegExpSearcher)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, regexp), (1, string), (2, lastIndex))\
>++  bool possiblyCalls() const override { return true; }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++};\
>++\
>++class MRegExpTester : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, StringPolicy<1>, UnboxedInt32Policy<2>>::Data {\
>++  explicit MRegExpTester(MDefinition* regexp, MDefinition* string, MDefinition* lastIndex) : MTernaryInstruction(classOpcode, regexp, string, lastIndex) {\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(RegExpTester)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, regexp), (1, string), (2, lastIndex))\
>++  bool possiblyCalls() const override { return true; }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++};\
>++\
>++class MRegExpPrototypeOptimizable : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MRegExpPrototypeOptimizable(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(RegExpPrototypeOptimizable)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MRegExpInstanceOptimizable : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, ObjectPolicy<1>>::Data {\
>++  explicit MRegExpInstanceOptimizable(MDefinition* object, MDefinition* proto) : MBinaryInstruction(classOpcode, object, proto) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(RegExpInstanceOptimizable)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, proto))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MSubstr : public MTernaryInstruction, public MixPolicy<StringPolicy<0>, UnboxedInt32Policy<1>, UnboxedInt32Policy<2>>::Data {\
>++  explicit MSubstr(MDefinition* string, MDefinition* begin, MDefinition* length) : MTernaryInstruction(classOpcode, string, begin, length) {\
>++    setResultType(MIRType::String);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Substr)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, string), (1, begin), (2, length))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MModuleMetadata : public MNullaryInstruction {\
>++  CompilerGCPointer<JSObject*> module_;\
>++  explicit MModuleMetadata(JSObject* module) : MNullaryInstruction(classOpcode), module_(module) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  JSObject* module() const { return module_; }\
>++  INSTRUCTION_HEADER(ModuleMetadata)\
>++  TRIVIAL_NEW_WRAPPERS\
>++};\
>++\
>++class MDynamicImport : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MDynamicImport(MDefinition* specifier) : MUnaryInstruction(classOpcode, specifier) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(DynamicImport)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, specifier))\
>++};\
>++\
>++class MSetFunName : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  uint8_t prefixKind_;\
>++  explicit MSetFunName(MDefinition* fun, MDefinition* name, uint8_t prefixKind) : MBinaryInstruction(classOpcode, fun, name), prefixKind_(prefixKind) {\
>++    setResultType(MIRType::None);\
>++  }\
>++ public:\
>++  uint8_t prefixKind() const { return prefixKind_; }\
>++  INSTRUCTION_HEADER(SetFunName)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, fun), (1, name))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MSlots : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MSlots(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Slots);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Slots)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  ALLOW_CLONE(MSlots)\
>++};\
>++\
>++class MElements : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MElements(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Elements);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(Elements)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  ALLOW_CLONE(MElements)\
>++};\
>++\
>++class MInitializedLength : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  explicit MInitializedLength(MDefinition* elements) : MUnaryInstruction(classOpcode, elements) {\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(InitializedLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, elements))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++  ALLOW_CLONE(MInitializedLength)\
>++};\
>++\
>++class MSetInitializedLength : public MBinaryInstruction, public NoTypePolicy::Data {\
>++  explicit MSetInitializedLength(MDefinition* elements, MDefinition* index) : MBinaryInstruction(classOpcode, elements, index) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(SetInitializedLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, elements), (1, index))\
>++  AliasSet getAliasSet() const override;\
>++  ALLOW_CLONE(MSetInitializedLength)\
>++};\
>++\
>++class MArrayLength : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  explicit MArrayLength(MDefinition* elements) : MUnaryInstruction(classOpcode, elements) {\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrayLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, elements))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++  ALLOW_CLONE(MArrayLength)\
>++};\
>++\
>++class MSetArrayLength : public MBinaryInstruction, public NoTypePolicy::Data {\
>++  explicit MSetArrayLength(MDefinition* elements, MDefinition* index) : MBinaryInstruction(classOpcode, elements, index) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(SetArrayLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, elements), (1, index))\
>++  AliasSet getAliasSet() const override;\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override;\
>++};\
>++\
>++class MFunctionLength : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MFunctionLength(MDefinition* function) : MUnaryInstruction(classOpcode, function) {\
>++    setGuard();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(FunctionLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MFunctionName : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MFunctionName(MDefinition* function) : MUnaryInstruction(classOpcode, function) {\
>++    setGuard();\
>++    setResultType(MIRType::String);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(FunctionName)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MArrayBufferByteLength : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MArrayBufferByteLength(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::IntPtr);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrayBufferByteLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MArrayBufferViewLength : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MArrayBufferViewLength(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::IntPtr);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrayBufferViewLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++};\
>++\
>++class MArrayBufferViewByteOffset : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MArrayBufferViewByteOffset(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::IntPtr);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrayBufferViewByteOffset)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++};\
>++\
>++class MArrayBufferViewElements : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MArrayBufferViewElements(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Elements);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrayBufferViewElements)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  ALLOW_CLONE(MArrayBufferViewElements)\
>++};\
>++\
>++class MTypedArrayElementSize : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MTypedArrayElementSize(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(TypedArrayElementSize)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++};\
>++\
>++class MGuardHasAttachedArrayBuffer : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardHasAttachedArrayBuffer(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardHasAttachedArrayBuffer)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MKeepAliveObject : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MKeepAliveObject(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setResultType(MIRType::None);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(KeepAliveObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++};\
>++\
>++class MArrayPush : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MArrayPush(MDefinition* object, MDefinition* value) : MBinaryInstruction(classOpcode, object, value) {\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrayPush)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, value))\
>++  AliasSet getAliasSet() const override;\
>++  void computeRange(TempAllocator& alloc) override;\
>++  ALLOW_CLONE(MArrayPush)\
>++};\
>++\
>++class MArraySlice : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>, UnboxedInt32Policy<2>>::Data {\
>++  CompilerGCPointer<JSObject*> templateObj_;\
>++  gc::InitialHeap initialHeap_;\
>++  explicit MArraySlice(MDefinition* object, MDefinition* begin, MDefinition* end, JSObject* templateObj, gc::InitialHeap initialHeap) : MTernaryInstruction(classOpcode, object, begin, end), templateObj_(templateObj), initialHeap_(initialHeap) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  JSObject* templateObj() const { return templateObj_; }\
>++  gc::InitialHeap initialHeap() const { return initialHeap_; }\
>++  INSTRUCTION_HEADER(ArraySlice)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, begin), (2, end))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MArrayJoin : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, StringPolicy<1>>::Data {\
>++  explicit MArrayJoin(MDefinition* array, MDefinition* sep) : MBinaryInstruction(classOpcode, array, sep) {\
>++    setResultType(MIRType::String);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArrayJoin)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, array), (1, sep))\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MHomeObjectSuperBase : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MHomeObjectSuperBase(MDefinition* homeObject) : MUnaryInstruction(classOpcode, homeObject) {\
>++    setGuard();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(HomeObjectSuperBase)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, homeObject))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MBindNameCache : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MBindNameCache(MDefinition* envChain) : MUnaryInstruction(classOpcode, envChain) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(BindNameCache)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, envChain))\
>++};\
>++\
>++class MCallBindVar : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MCallBindVar(MDefinition* environmentChain) : MUnaryInstruction(classOpcode, environmentChain) {\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CallBindVar)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, environmentChain))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MGuardShape : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  CompilerGCPointer<Shape*> shape_;\
>++  explicit MGuardShape(MDefinition* object, Shape* shape) : MUnaryInstruction(classOpcode, object), shape_(shape) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  Shape* shape() const { return shape_; }\
>++  INSTRUCTION_HEADER(GuardShape)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MGuardIsNativeObject : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardIsNativeObject(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIsNativeObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardIsProxy : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardIsProxy(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIsProxy)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardIsNotDOMProxy : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardIsNotDOMProxy(MDefinition* proxy) : MUnaryInstruction(classOpcode, proxy) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIsNotDOMProxy)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardIsNotProxy : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardIsNotProxy(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIsNotProxy)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MProxyGet : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  jsid id_;\
>++  explicit MProxyGet(MDefinition* proxy, jsid id) : MUnaryInstruction(classOpcode, proxy), id_(id) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  jsid id() const { return id_; }\
>++  INSTRUCTION_HEADER(ProxyGet)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MProxyGetByValue : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MProxyGetByValue(MDefinition* proxy, MDefinition* idVal) : MBinaryInstruction(classOpcode, proxy, idVal) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ProxyGetByValue)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy), (1, idVal))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MProxyHasProp : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  bool hasOwn_;\
>++  explicit MProxyHasProp(MDefinition* proxy, MDefinition* idVal, bool hasOwn) : MBinaryInstruction(classOpcode, proxy, idVal), hasOwn_(hasOwn) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  bool hasOwn() const { return hasOwn_; }\
>++  INSTRUCTION_HEADER(ProxyHasProp)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy), (1, idVal))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MProxySet : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  jsid id_;\
>++  bool strict_;\
>++  explicit MProxySet(MDefinition* proxy, MDefinition* rhs, jsid id, bool strict) : MBinaryInstruction(classOpcode, proxy, rhs), id_(id), strict_(strict) {\
>++  }\
>++ public:\
>++  jsid id() const { return id_; }\
>++  bool strict() const { return strict_; }\
>++  INSTRUCTION_HEADER(ProxySet)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy), (1, rhs))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MProxySetByValue : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>, BoxPolicy<2>>::Data {\
>++  bool strict_;\
>++  explicit MProxySetByValue(MDefinition* proxy, MDefinition* idVal, MDefinition* rhs, bool strict) : MTernaryInstruction(classOpcode, proxy, idVal, rhs), strict_(strict) {\
>++  }\
>++ public:\
>++  bool strict() const { return strict_; }\
>++  INSTRUCTION_HEADER(ProxySetByValue)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy), (1, idVal), (2, rhs))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MCallSetArrayLength : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  bool strict_;\
>++  explicit MCallSetArrayLength(MDefinition* obj, MDefinition* rhs, bool strict) : MBinaryInstruction(classOpcode, obj, rhs), strict_(strict) {\
>++  }\
>++ public:\
>++  bool strict() const { return strict_; }\
>++  INSTRUCTION_HEADER(CallSetArrayLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, obj), (1, rhs))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MMegamorphicLoadSlot : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  CompilerGCPointer<PropertyName*> name_;\
>++  explicit MMegamorphicLoadSlot(MDefinition* object, PropertyName* name) : MUnaryInstruction(classOpcode, object), name_(name) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  PropertyName* name() const { return name_; }\
>++  INSTRUCTION_HEADER(MegamorphicLoadSlot)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MMegamorphicLoadSlotByValue : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MMegamorphicLoadSlotByValue(MDefinition* object, MDefinition* idVal) : MBinaryInstruction(classOpcode, object, idVal) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(MegamorphicLoadSlotByValue)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, idVal))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MMegamorphicStoreSlot : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  CompilerGCPointer<PropertyName*> name_;\
>++  explicit MMegamorphicStoreSlot(MDefinition* object, MDefinition* rhs, PropertyName* name) : MBinaryInstruction(classOpcode, object, rhs), name_(name) {\
>++  }\
>++ public:\
>++  PropertyName* name() const { return name_; }\
>++  INSTRUCTION_HEADER(MegamorphicStoreSlot)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, rhs))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MMegamorphicHasProp : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  bool hasOwn_;\
>++  explicit MMegamorphicHasProp(MDefinition* object, MDefinition* idVal, bool hasOwn) : MBinaryInstruction(classOpcode, object, idVal), hasOwn_(hasOwn) {\
>++    setGuard();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  bool hasOwn() const { return hasOwn_; }\
>++  INSTRUCTION_HEADER(MegamorphicHasProp)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, idVal))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MGuardIsNotArrayBufferMaybeShared : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardIsNotArrayBufferMaybeShared(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIsNotArrayBufferMaybeShared)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardIsTypedArray : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardIsTypedArray(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIsTypedArray)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MNurseryObject : public MNullaryInstruction {\
>++  uint32_t nurseryIndex_;\
>++  explicit MNurseryObject(uint32_t nurseryIndex) : MNullaryInstruction(classOpcode), nurseryIndex_(nurseryIndex) {\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  uint32_t nurseryIndex() const { return nurseryIndex_; }\
>++  INSTRUCTION_HEADER(NurseryObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MGuardNullOrUndefined : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MGuardNullOrUndefined(MDefinition* value) : MUnaryInstruction(classOpcode, value) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardNullOrUndefined)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardFunctionIsNonBuiltinCtor : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardFunctionIsNonBuiltinCtor(MDefinition* function) : MUnaryInstruction(classOpcode, function) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardFunctionIsNonBuiltinCtor)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardFunctionKind : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  FunctionFlags::FunctionKind expected_;\
>++  bool bailOnEquality_;\
>++  explicit MGuardFunctionKind(MDefinition* function, FunctionFlags::FunctionKind expected, bool bailOnEquality) : MUnaryInstruction(classOpcode, function), expected_(expected), bailOnEquality_(bailOnEquality) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  FunctionFlags::FunctionKind expected() const { return expected_; }\
>++  bool bailOnEquality() const { return bailOnEquality_; }\
>++  INSTRUCTION_HEADER(GuardFunctionKind)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MGuardFunctionScript : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  CompilerGCPointer<BaseScript*> expected_;\
>++  uint16_t nargs_;\
>++  FunctionFlags flags_;\
>++  explicit MGuardFunctionScript(MDefinition* function, BaseScript* expected, uint16_t nargs, FunctionFlags flags) : MUnaryInstruction(classOpcode, function), expected_(expected), nargs_(nargs), flags_(flags) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  BaseScript* expected() const { return expected_; }\
>++  uint16_t nargs() const { return nargs_; }\
>++  FunctionFlags flags() const { return flags_; }\
>++  INSTRUCTION_HEADER(GuardFunctionScript)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function))\
>++  AliasSet getAliasSet() const override;\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MGuardSpecificAtom : public MUnaryInstruction, public StringPolicy<0>::Data {\
>++  CompilerGCPointer<JSAtom*> atom_;\
>++  explicit MGuardSpecificAtom(MDefinition* str, JSAtom* atom) : MUnaryInstruction(classOpcode, str), atom_(atom) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::String);\
>++  }\
>++ public:\
>++  JSAtom* atom() const { return atom_; }\
>++  INSTRUCTION_HEADER(GuardSpecificAtom)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, str))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MGuardStringToIndex : public MUnaryInstruction, public StringPolicy<0>::Data {\
>++  explicit MGuardStringToIndex(MDefinition* string) : MUnaryInstruction(classOpcode, string) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardStringToIndex)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, string))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardStringToInt32 : public MUnaryInstruction, public StringPolicy<0>::Data {\
>++  explicit MGuardStringToInt32(MDefinition* string) : MUnaryInstruction(classOpcode, string) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardStringToInt32)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, string))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardStringToDouble : public MUnaryInstruction, public StringPolicy<0>::Data {\
>++  explicit MGuardStringToDouble(MDefinition* string) : MUnaryInstruction(classOpcode, string) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Double);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardStringToDouble)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, string))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardNoDenseElements : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardNoDenseElements(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardNoDenseElements)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MFunctionEnvironment : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MFunctionEnvironment(MDefinition* function) : MUnaryInstruction(classOpcode, function) {\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(FunctionEnvironment)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++};\
>++\
>++class MNewClassBodyEnvironmentObject : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  CompilerGCPointer<ClassBodyScope*> scope_;\
>++  explicit MNewClassBodyEnvironmentObject(MDefinition* enclosing, ClassBodyScope* scope) : MUnaryInstruction(classOpcode, enclosing), scope_(scope) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  ClassBodyScope* scope() const { return scope_; }\
>++  INSTRUCTION_HEADER(NewClassBodyEnvironmentObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, enclosing))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MCopyLexicalEnvironmentObject : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  bool copySlots_;\
>++  explicit MCopyLexicalEnvironmentObject(MDefinition* env, bool copySlots) : MUnaryInstruction(classOpcode, env), copySlots_(copySlots) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  bool copySlots() const { return copySlots_; }\
>++  INSTRUCTION_HEADER(CopyLexicalEnvironmentObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, env))\
>++  AliasSet getAliasSet() const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MHomeObject : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MHomeObject(MDefinition* function) : MUnaryInstruction(classOpcode, function) {\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(HomeObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MAllocateAndStoreSlot : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  uint32_t slotOffset_;\
>++  CompilerGCPointer<Shape*> shape_;\
>++  uint32_t numNewSlots_;\
>++  explicit MAllocateAndStoreSlot(MDefinition* object, MDefinition* value, uint32_t slotOffset, Shape* shape, uint32_t numNewSlots) : MBinaryInstruction(classOpcode, object, value), slotOffset_(slotOffset), shape_(shape), numNewSlots_(numNewSlots) {\
>++  }\
>++ public:\
>++  uint32_t slotOffset() const { return slotOffset_; }\
>++  Shape* shape() const { return shape_; }\
>++  uint32_t numNewSlots() const { return numNewSlots_; }\
>++  INSTRUCTION_HEADER(AllocateAndStoreSlot)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, value))\
>++  AliasSet getAliasSet() const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MGetNameCache : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGetNameCache(MDefinition* envObj) : MUnaryInstruction(classOpcode, envObj) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GetNameCache)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, envObj))\
>++};\
>++\
>++class MCallGetIntrinsicValue : public MNullaryInstruction {\
>++  CompilerGCPointer<PropertyName*> name_;\
>++  explicit MCallGetIntrinsicValue(PropertyName* name) : MNullaryInstruction(classOpcode), name_(name) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  PropertyName* name() const { return name_; }\
>++  INSTRUCTION_HEADER(CallGetIntrinsicValue)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MDeleteProperty : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  CompilerGCPointer<PropertyName*> name_;\
>++  bool strict_;\
>++  explicit MDeleteProperty(MDefinition* value, PropertyName* name, bool strict) : MUnaryInstruction(classOpcode, value), name_(name), strict_(strict) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  PropertyName* name() const { return name_; }\
>++  bool strict() const { return strict_; }\
>++  INSTRUCTION_HEADER(DeleteProperty)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value))\
>++};\
>++\
>++class MDeleteElement : public MBinaryInstruction, public MixPolicy<BoxPolicy<0>, BoxPolicy<1>>::Data {\
>++  bool strict_;\
>++  explicit MDeleteElement(MDefinition* value, MDefinition* index, bool strict) : MBinaryInstruction(classOpcode, value, index), strict_(strict) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  bool strict() const { return strict_; }\
>++  INSTRUCTION_HEADER(DeleteElement)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value), (1, index))\
>++};\
>++\
>++class MLoadDOMExpandoValue : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MLoadDOMExpandoValue(MDefinition* proxy) : MUnaryInstruction(classOpcode, proxy) {\
>++    setMovable();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(LoadDOMExpandoValue)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MLoadDOMExpandoValueIgnoreGeneration : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MLoadDOMExpandoValueIgnoreGeneration(MDefinition* proxy) : MUnaryInstruction(classOpcode, proxy) {\
>++    setMovable();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(LoadDOMExpandoValueIgnoreGeneration)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, proxy))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardDOMExpandoMissingOrGuardShape : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  CompilerGCPointer<Shape*> shape_;\
>++  explicit MGuardDOMExpandoMissingOrGuardShape(MDefinition* expando, Shape* shape) : MUnaryInstruction(classOpcode, expando), shape_(shape) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  Shape* shape() const { return shape_; }\
>++  INSTRUCTION_HEADER(GuardDOMExpandoMissingOrGuardShape)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, expando))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++};\
>++\
>++class MStringLength : public MUnaryInstruction, public StringPolicy<0>::Data {\
>++  explicit MStringLength(MDefinition* string) : MUnaryInstruction(classOpcode, string) {\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(StringLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, string))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++  ALLOW_CLONE(MStringLength)\
>++};\
>++\
>++class MOptimizeSpreadCallCache : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MOptimizeSpreadCallCache(MDefinition* value) : MUnaryInstruction(classOpcode, value) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(OptimizeSpreadCallCache)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value))\
>++};\
>++\
>++class MIteratorMore : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MIteratorMore(MDefinition* iterator) : MUnaryInstruction(classOpcode, iterator) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IteratorMore)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, iterator))\
>++};\
>++\
>++class MIsNoIter : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  explicit MIsNoIter(MDefinition* def) : MUnaryInstruction(classOpcode, def) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsNoIter)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, def))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MIteratorEnd : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MIteratorEnd(MDefinition* iterator) : MUnaryInstruction(classOpcode, iterator) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IteratorEnd)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, iterator))\
>++};\
>++\
>++class MInstanceOfCache : public MBinaryInstruction, public MixPolicy<BoxPolicy<0>, ObjectPolicy<1>>::Data {\
>++  explicit MInstanceOfCache(MDefinition* obj, MDefinition* proto) : MBinaryInstruction(classOpcode, obj, proto) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(InstanceOfCache)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, obj), (1, proto))\
>++};\
>++\
>++class MArgumentsLength : public MNullaryInstruction {\
>++  explicit MArgumentsLength() : MNullaryInstruction(classOpcode) {\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ArgumentsLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  void computeRange(TempAllocator& alloc) override;\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++};\
>++\
>++class MGetFrameArgument : public MUnaryInstruction, public UnboxedInt32Policy<0>::Data {\
>++  explicit MGetFrameArgument(MDefinition* index) : MUnaryInstruction(classOpcode, index) {\
>++    setMovable();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GetFrameArgument)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, index))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MNewTarget : public MNullaryInstruction {\
>++  explicit MNewTarget() : MNullaryInstruction(classOpcode) {\
>++    setMovable();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(NewTarget)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MRest : public MUnaryInstruction, public UnboxedInt32Policy<0>::Data {\
>++  unsigned numFormals_;\
>++  CompilerGCPointer<Shape*> shape_;\
>++  explicit MRest(MDefinition* numActuals, unsigned numFormals, Shape* shape) : MUnaryInstruction(classOpcode, numActuals), numFormals_(numFormals), shape_(shape) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  unsigned numFormals() const { return numFormals_; }\
>++  Shape* shape() const { return shape_; }\
>++  INSTRUCTION_HEADER(Rest)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, numActuals))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MNewNamedLambdaObject : public MNullaryInstruction {\
>++  CompilerGCPointer<NamedLambdaObject*> templateObj_;\
>++  explicit MNewNamedLambdaObject(NamedLambdaObject* templateObj) : MNullaryInstruction(classOpcode), templateObj_(templateObj) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  NamedLambdaObject* templateObj() const { return templateObj_; }\
>++  INSTRUCTION_HEADER(NewNamedLambdaObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MIsConstructor : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MIsConstructor(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsConstructor)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MIsCrossRealmArrayConstructor : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MIsCrossRealmArrayConstructor(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsCrossRealmArrayConstructor)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MIsObject : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MIsObject(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MIsNullOrUndefined : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MIsNullOrUndefined(MDefinition* value) : MUnaryInstruction(classOpcode, value) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsNullOrUndefined)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MObjectClassToString : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MObjectClassToString(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::String);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ObjectClassToString)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MCheckReturn : public MBinaryInstruction, public MixPolicy<BoxPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MCheckReturn(MDefinition* returnValue, MDefinition* thisValue) : MBinaryInstruction(classOpcode, returnValue, thisValue) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CheckReturn)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, returnValue), (1, thisValue))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MCheckThis : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MCheckThis(MDefinition* thisValue) : MUnaryInstruction(classOpcode, thisValue) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CheckThis)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, thisValue))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++};\
>++\
>++class MAsyncResolve : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  AsyncFunctionResolveKind resolveKind_;\
>++  explicit MAsyncResolve(MDefinition* generator, MDefinition* valueOrReason, AsyncFunctionResolveKind resolveKind) : MBinaryInstruction(classOpcode, generator, valueOrReason), resolveKind_(resolveKind) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  AsyncFunctionResolveKind resolveKind() const { return resolveKind_; }\
>++  INSTRUCTION_HEADER(AsyncResolve)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, generator), (1, valueOrReason))\
>++};\
>++\
>++class MGeneratorReturn : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MGeneratorReturn(MDefinition* input) : MUnaryInstruction(classOpcode, input) {\
>++    setGuard();\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GeneratorReturn)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, input))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MAsyncAwait : public MBinaryInstruction, public MixPolicy<BoxPolicy<0>, ObjectPolicy<1>>::Data {\
>++  explicit MAsyncAwait(MDefinition* value, MDefinition* generator) : MBinaryInstruction(classOpcode, value, generator) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(AsyncAwait)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value), (1, generator))\
>++};\
>++\
>++class MCheckThisReinit : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MCheckThisReinit(MDefinition* thisValue) : MUnaryInstruction(classOpcode, thisValue) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CheckThisReinit)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, thisValue))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++};\
>++\
>++class MCanSkipAwait : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MCanSkipAwait(MDefinition* value) : MUnaryInstruction(classOpcode, value) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CanSkipAwait)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value))\
>++};\
>++\
>++class MIncrementWarmUpCounter : public MNullaryInstruction {\
>++  CompilerGCPointer<JSScript*> script_;\
>++  explicit MIncrementWarmUpCounter(JSScript* script) : MNullaryInstruction(classOpcode), script_(script) {\
>++  }\
>++ public:\
>++  JSScript* script() const { return script_; }\
>++  INSTRUCTION_HEADER(IncrementWarmUpCounter)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MCheckIsObj : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  uint8_t checkKind_;\
>++  explicit MCheckIsObj(MDefinition* value, uint8_t checkKind) : MUnaryInstruction(classOpcode, value), checkKind_(checkKind) {\
>++    setGuard();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  uint8_t checkKind() const { return checkKind_; }\
>++  INSTRUCTION_HEADER(CheckIsObj)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++};\
>++\
>++class MCheckObjCoercible : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MCheckObjCoercible(MDefinition* checkValue) : MUnaryInstruction(classOpcode, checkValue) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CheckObjCoercible)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, checkValue))\
>++  AliasSet getAliasSet() const override;\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++};\
>++\
>++class MCheckClassHeritage : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MCheckClassHeritage(MDefinition* heritage) : MUnaryInstruction(classOpcode, heritage) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CheckClassHeritage)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, heritage))\
>++};\
>++\
>++class MDebugCheckSelfHosted : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MDebugCheckSelfHosted(MDefinition* checkValue) : MUnaryInstruction(classOpcode, checkValue) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(DebugCheckSelfHosted)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, checkValue))\
>++};\
>++\
>++class MFinishBoundFunctionInit : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, ObjectPolicy<1>, UnboxedInt32Policy<2>>::Data {\
>++  explicit MFinishBoundFunctionInit(MDefinition* bound, MDefinition* target, MDefinition* argCount) : MTernaryInstruction(classOpcode, bound, target, argCount) {\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(FinishBoundFunctionInit)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, bound), (1, target), (2, argCount))\
>++};\
>++\
>++class MIsPackedArray : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MIsPackedArray(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsPackedArray)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MGuardArrayIsPacked : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardArrayIsPacked(MDefinition* array) : MUnaryInstruction(classOpcode, array) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardArrayIsPacked)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, array))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGetPrototypeOf : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGetPrototypeOf(MDefinition* target) : MUnaryInstruction(classOpcode, target) {\
>++    setGuard();\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GetPrototypeOf)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, target))\
>++};\
>++\
>++class MObjectWithProto : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MObjectWithProto(MDefinition* prototype) : MUnaryInstruction(classOpcode, prototype) {\
>++    setGuard();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(ObjectWithProto)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, prototype))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MBuiltinObject : public MNullaryInstruction {\
>++  BuiltinObjectKind builtinObjectKind_;\
>++  explicit MBuiltinObject(BuiltinObjectKind builtinObjectKind) : MNullaryInstruction(classOpcode), builtinObjectKind_(builtinObjectKind) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  BuiltinObjectKind builtinObjectKind() const { return builtinObjectKind_; }\
>++  INSTRUCTION_HEADER(BuiltinObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MSuperFunction : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MSuperFunction(MDefinition* callee) : MUnaryInstruction(classOpcode, callee) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(SuperFunction)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, callee))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MInitHomeObject : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, BoxPolicy<1>>::Data {\
>++  explicit MInitHomeObject(MDefinition* function, MDefinition* homeObject) : MBinaryInstruction(classOpcode, function, homeObject) {\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(InitHomeObject)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, function), (1, homeObject))\
>++  AliasSet getAliasSet() const override;\
>++};\
>++\
>++class MIsTypedArrayConstructor : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MIsTypedArrayConstructor(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(IsTypedArrayConstructor)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MLoadValueTag : public MUnaryInstruction, public BoxPolicy<0>::Data {\
>++  explicit MLoadValueTag(MDefinition* value) : MUnaryInstruction(classOpcode, value) {\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(LoadValueTag)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, value))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MLoadWrapperTarget : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MLoadWrapperTarget(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(LoadWrapperTarget)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardHasGetterSetter : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  jsid propId_;\
>++  CompilerGCPointer<GetterSetter*> getterSetter_;\
>++  explicit MGuardHasGetterSetter(MDefinition* object, jsid propId, GetterSetter* getterSetter) : MUnaryInstruction(classOpcode, object), propId_(propId), getterSetter_(getterSetter) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  jsid propId() const { return propId_; }\
>++  GetterSetter* getterSetter() const { return getterSetter_; }\
>++  INSTRUCTION_HEADER(GuardHasGetterSetter)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MGuardIsExtensible : public MUnaryInstruction, public ObjectPolicy<0>::Data {\
>++  explicit MGuardIsExtensible(MDefinition* object) : MUnaryInstruction(classOpcode, object) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Object);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIsExtensible)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardInt32IsNonNegative : public MUnaryInstruction, public UnboxedInt32Policy<0>::Data {\
>++  explicit MGuardInt32IsNonNegative(MDefinition* index) : MUnaryInstruction(classOpcode, index) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardInt32IsNonNegative)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, index))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  MDefinition* foldsTo(TempAllocator& alloc) override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardIndexGreaterThanDenseInitLength : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>>::Data {\
>++  explicit MGuardIndexGreaterThanDenseInitLength(MDefinition* object, MDefinition* index) : MBinaryInstruction(classOpcode, object, index) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIndexGreaterThanDenseInitLength)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, index))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MGuardIndexIsValidUpdateOrAdd : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>>::Data {\
>++  explicit MGuardIndexIsValidUpdateOrAdd(MDefinition* object, MDefinition* index) : MBinaryInstruction(classOpcode, object, index) {\
>++    setGuard();\
>++    setMovable();\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(GuardIndexIsValidUpdateOrAdd)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, index))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++};\
>++\
>++class MCallAddOrUpdateSparseElement : public MTernaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>, BoxPolicy<2>>::Data {\
>++  bool strict_;\
>++  explicit MCallAddOrUpdateSparseElement(MDefinition* object, MDefinition* index, MDefinition* value, bool strict) : MTernaryInstruction(classOpcode, object, index, value), strict_(strict) {\
>++  }\
>++ public:\
>++  bool strict() const { return strict_; }\
>++  INSTRUCTION_HEADER(CallAddOrUpdateSparseElement)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, index), (2, value))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MCallGetSparseElement : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>>::Data {\
>++  explicit MCallGetSparseElement(MDefinition* object, MDefinition* index) : MBinaryInstruction(classOpcode, object, index) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CallGetSparseElement)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, index))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MCallNativeGetElement : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>>::Data {\
>++  explicit MCallNativeGetElement(MDefinition* object, MDefinition* index) : MBinaryInstruction(classOpcode, object, index) {\
>++    setResultType(MIRType::Value);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CallNativeGetElement)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, index))\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MCallObjectHasSparseElement : public MBinaryInstruction, public MixPolicy<ObjectPolicy<0>, UnboxedInt32Policy<1>>::Data {\
>++  explicit MCallObjectHasSparseElement(MDefinition* object, MDefinition* index) : MBinaryInstruction(classOpcode, object, index) {\
>++    setGuard();\
>++    setResultType(MIRType::Boolean);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(CallObjectHasSparseElement)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, object), (1, index))\
>++  AliasSet getAliasSet() const override;\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  bool possiblyCalls() const override { return true; }\
>++};\
>++\
>++class MBigIntAsIntN : public MBinaryInstruction, public MixPolicy<UnboxedInt32Policy<0>, BigIntPolicy<1>>::Data {\
>++  explicit MBigIntAsIntN(MDefinition* bits, MDefinition* input) : MBinaryInstruction(classOpcode, bits, input) {\
>++    setMovable();\
>++    setResultType(MIRType::BigInt);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(BigIntAsIntN)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, bits), (1, input))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  bool possiblyCalls() const override { return true; }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++  ALLOW_CLONE(MBigIntAsIntN)\
>++};\
>++\
>++class MBigIntAsUintN : public MBinaryInstruction, public MixPolicy<UnboxedInt32Policy<0>, BigIntPolicy<1>>::Data {\
>++  explicit MBigIntAsUintN(MDefinition* bits, MDefinition* input) : MBinaryInstruction(classOpcode, bits, input) {\
>++    setMovable();\
>++    setResultType(MIRType::BigInt);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(BigIntAsUintN)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, bits), (1, input))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override { return congruentIfOperandsEqual(ins); }\
>++  bool possiblyCalls() const override { return true; }\
>++  [[nodiscard]] bool writeRecoverData(\
>++    CompactBufferWriter& writer) const override;\
>++  bool canRecoverOnBailout() const override { return true; }\
>++  ALLOW_CLONE(MBigIntAsUintN)\
>++};\
>++\
>++class MWasmExtendU32Index : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  explicit MWasmExtendU32Index(MDefinition* input) : MUnaryInstruction(classOpcode, input) {\
>++    setResultType(MIRType::Int64);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(WasmExtendU32Index)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, input))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MWasmWrapU32Index : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  explicit MWasmWrapU32Index(MDefinition* input) : MUnaryInstruction(classOpcode, input) {\
>++    setResultType(MIRType::Int32);\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(WasmWrapU32Index)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, input))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++};\
>++\
>++class MWasmFence : public MNullaryInstruction {\
>++  explicit MWasmFence() : MNullaryInstruction(classOpcode) {\
>++    setGuard();\
>++  }\
>++ public:\
>++  INSTRUCTION_HEADER(WasmFence)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  ALLOW_CLONE(MWasmFence)\
>++};\
>++\
>++class MWasmShiftSimd128 : public MBinaryInstruction, public NoTypePolicy::Data {\
>++  wasm::SimdOp simdOp_;\
>++  explicit MWasmShiftSimd128(MDefinition* lhs, MDefinition* rhs, wasm::SimdOp simdOp) : MBinaryInstruction(classOpcode, lhs, rhs), simdOp_(simdOp) {\
>++    setMovable();\
>++    setResultType(MIRType::Simd128);\
>++  }\
>++ public:\
>++  wasm::SimdOp simdOp() const { return simdOp_; }\
>++  INSTRUCTION_HEADER(WasmShiftSimd128)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, lhs), (1, rhs))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++  ALLOW_CLONE(MWasmShiftSimd128)\
>++};\
>++\
>++class MWasmShuffleSimd128 : public MBinaryInstruction, public NoTypePolicy::Data {\
>++  SimdConstant control_;\
>++  explicit MWasmShuffleSimd128(MDefinition* lhs, MDefinition* rhs, SimdConstant control) : MBinaryInstruction(classOpcode, lhs, rhs), control_(control) {\
>++    setMovable();\
>++    setResultType(MIRType::Simd128);\
>++  }\
>++ public:\
>++  SimdConstant control() const { return control_; }\
>++  INSTRUCTION_HEADER(WasmShuffleSimd128)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, lhs), (1, rhs))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++  ALLOW_CLONE(MWasmShuffleSimd128)\
>++};\
>++\
>++class MWasmUnarySimd128 : public MUnaryInstruction, public NoTypePolicy::Data {\
>++  wasm::SimdOp simdOp_;\
>++  explicit MWasmUnarySimd128(MDefinition* src, wasm::SimdOp simdOp) : MUnaryInstruction(classOpcode, src), simdOp_(simdOp) {\
>++    setMovable();\
>++    setResultType(MIRType::Simd128);\
>++  }\
>++ public:\
>++  wasm::SimdOp simdOp() const { return simdOp_; }\
>++  INSTRUCTION_HEADER(WasmUnarySimd128)\
>++  TRIVIAL_NEW_WRAPPERS\
>++  NAMED_OPERANDS((0, src))\
>++  AliasSet getAliasSet() const override { return AliasSet::None(); }\
>++  bool congruentTo(const MDefinition* ins) const override;\
>++  ALLOW_CLONE(MWasmUnarySimd128)\
>++};\
>++
>++
>++#define NON_GC_POINTER_TYPE_ASSERTIONS_GENERATED \
>++static_assert(!std::is_base_of_v<gc::Cell, AsyncFunctionResolveKind>, "Ensure that AsyncFunctionResolveKind is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, BuiltinObjectKind>, "Ensure that BuiltinObjectKind is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, FunctionFlags>, "Ensure that FunctionFlags is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, FunctionFlags::FunctionKind>, "Ensure that FunctionFlags::FunctionKind is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, SimdConstant>, "Ensure that SimdConstant is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, bool>, "Ensure that bool is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, gc::InitialHeap>, "Ensure that gc::InitialHeap is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, jsid>, "Ensure that jsid is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, size_t>, "Ensure that size_t is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, uint16_t>, "Ensure that uint16_t is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, uint32_t>, "Ensure that uint32_t is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, uint8_t>, "Ensure that uint8_t is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, unsigned>, "Ensure that unsigned is added to the gc_pointer_types list in GenerateMIRFiles.py.");\
>++static_assert(!std::is_base_of_v<gc::Cell, wasm::SimdOp>, "Ensure that wasm::SimdOp is added to the gc_pointer_types list in GenerateMIRFiles.py.");
>++
>++
>++
>++#endif // jit_MIROpsGenerated_h
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_js-confdefs.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_js-confdefs.h
>new file mode 100644
>index 000000000000..a2ed9fe3d3a1
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_js-confdefs.h
>@@ -0,0 +1,85 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/js-confdefs.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/js-confdefs.h
>+@@ -0,0 +1,82 @@
>++/* List of defines generated by configure. Included with preprocessor flag,
>++ * -include, to avoid long list of -D defines on the compile command-line.
>++ * Do not edit.
>++ */
>++
>++#ifndef js_confdefs_h
>++#define js_confdefs_h
>++
>++// Expands to all the defines from configure.
>++#define CROSS_COMPILE 
>++#define ENABLE_SHARED_MEMORY 1
>++#define ENABLE_WASM_SIMD 1
>++#define HAVE_64BIT_BUILD 1
>++#define HAVE_CLOCK_MONOTONIC 1
>++#define HAVE_DIRENT_H 1
>++#define HAVE_DLOPEN 1
>++#define HAVE_FTS_H 1
>++#define HAVE_GETC_UNLOCKED 1
>++#define HAVE_GETOPT_H 1
>++#define HAVE_GMTIME_R 1
>++#define HAVE_INTTYPES_H 1
>++#define HAVE_LANGINFO_CODESET 1
>++#define HAVE_LIBM 1
>++#define HAVE_LOCALECONV 1
>++#define HAVE_LOCALTIME_R 1
>++#define HAVE_MALLOC_H 1
>++#define HAVE_MALLOC_USABLE_SIZE 1
>++#define HAVE_MEMALIGN 1
>++#define HAVE_MEMFD_CREATE 1
>++#define HAVE_NETINET_IN_H 1
>++#define HAVE_NL_TYPES_H 1
>++#define HAVE_POSIX_FADVISE 1
>++#define HAVE_POSIX_FALLOCATE 1
>++#define HAVE_POSIX_MEMALIGN 1
>++#define HAVE_PTHREAD_GETNAME_NP 1
>++#define HAVE_PTHREAD_GET_NAME_NP 1
>++#define HAVE_RES_NINIT 1
>++#define HAVE_SSIZE_T 1
>++#define HAVE_STDINT_H 1
>++#define HAVE_STRNDUP 1
>++#define HAVE_SYS_MOUNT_H 1
>++#define HAVE_SYS_QUEUE_H 1
>++#define HAVE_SYS_STATVFS_H 1
>++#define HAVE_SYS_TYPES_H 1
>++#define HAVE_THREAD_TLS_KEYWORD 1
>++#define HAVE_TM_ZONE_TM_GMTOFF 1
>++#define HAVE_UNISTD_H 1
>++#define HAVE_VALLOC 1
>++#define HAVE_VA_COPY 1
>++#define HAVE_VISIBILITY_ATTRIBUTE 1
>++#define HAVE_VISIBILITY_HIDDEN_ATTRIBUTE 1
>++#define HAVE___CXA_DEMANGLE 1
>++#define JS_64BIT 1
>++#define JS_CODEGEN_ARM64 1
>++#define JS_DEFAULT_JITREPORT_GRANULARITY 3
>++#define JS_PUNBOX64 1
>++#define JS_STANDALONE 1
>++#define JS_WITHOUT_NSPR 1
>++#define MALLOC_H <malloc.h>
>++#define MALLOC_USABLE_SIZE_CONST_PTR const
>++#define MOZILLA_UAVERSION "91.0"
>++#define MOZILLA_VERSION "91.4.0"
>++#define MOZILLA_VERSION_U 91.4.0
>++#define MOZJS_MAJOR_VERSION 91
>++#define MOZJS_MINOR_VERSION 4
>++#define MOZ_AARCH64_JSCVT 0
>++#define MOZ_BUILD_APP js
>++#define MOZ_DLL_PREFIX "lib"
>++#define MOZ_DLL_SUFFIX ".so"
>++#define MOZ_UPDATE_CHANNEL default
>++#define NO_NSPR_10_SUPPORT 1
>++#define NO_RUST_PANIC_HOOK 1
>++#define RELEASE_OR_BETA 1
>++#define STDC_HEADERS 1
>++#define U_STATIC_IMPLEMENTATION 1
>++#define VA_COPY va_copy
>++#define XP_FREEBSD 1
>++#define XP_UNIX 1
>++#define _REENTRANT 1
>++#define _THREAD_SAFE 1
>++
>++#endif /* js_confdefs_h */
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_js-config.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_js-config.h
>new file mode 100644
>index 000000000000..8871fcc50821
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_js-config.h
>@@ -0,0 +1,80 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/js-config.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/js-config.h
>+@@ -0,0 +1,77 @@
>++/* -*- Mode: C; tab-width: 8; indent-tabs-mode: nil; c-basic-offset: 4 -*-
>++ * vim: set ts=8 sw=4 et tw=78:
>++ *
>++ * This Source Code Form is subject to the terms of the Mozilla Public
>++ * License, v. 2.0. If a copy of the MPL was not distributed with this
>++ * file, You can obtain one at http://mozilla.org/MPL/2.0/. */
>++
>++#ifndef js_config_h
>++#define js_config_h
>++
>++/* Definitions set at build time that affect SpiderMonkey's public API.
>++   This header file is generated by the SpiderMonkey configure script,
>++   and installed along with jsapi.h.  */
>++
>++/* Define to 1 if SpiderMonkey is in debug mode. */
>++/* #undef JS_DEBUG */
>++
>++/* Define to 1 if SpiderMonkey is in 64-bit mode. */
>++#define JS_64BIT 1
>++
>++/*
>++ * NB: We have a special case for rust-bindgen, which wants to be able to
>++ * generate both debug and release bindings on a single objdir.
>++ */
>++#ifdef JS_DEBUG
>++#if !defined(DEBUG) && !defined(RUST_BINDGEN)
>++#  error "SpiderMonkey was configured with --enable-debug, so DEBUG must be defined when including this header"
>++# endif
>++#else
>++# if defined(DEBUG) && !defined(RUST_BINDGEN)
>++#  error "SpiderMonkey was configured with --disable-debug, so DEBUG must be not defined when including this header"
>++# endif
>++#endif
>++
>++/* Define to 1 if SpiderMonkey should include ctypes support.  */
>++/* #undef JS_HAS_CTYPES */
>++
>++/* Define to 1 if SpiderMonkey should include trace logging support. */
>++/* #undef JS_TRACE_LOGGING */
>++
>++/* Define to 1 if SpiderMonkey should include support for the Intl API. */
>++/* #undef JS_HAS_INTL_API */
>++
>++/* Define to 1 if SpiderMonkey should include a breakpoint function for
>++ * artificial OOMs. */
>++/* #undef JS_OOM_BREAKPOINT */
>++
>++/* Define to 1 if SpiderMonkey should support the ability to perform
>++   entirely too much GC.  */
>++/* #undef JS_GC_ZEAL */
>++
>++/* Define to 1 if SpiderMonkey should use small chunks. */
>++/* #undef JS_GC_SMALL_CHUNK_SIZE */
>++
>++/* Define to 1 to perform extra assertions and heap poisoning. */
>++/* #undef JS_CRASH_DIAGNOSTICS */
>++
>++/* Define to 1 if SpiderMonkey is in NUNBOX32 mode. */
>++/* #undef JS_NUNBOX32 */
>++
>++/* Define to 1 if SpiderMonkey is in PUNBOX64 mode. */
>++#define JS_PUNBOX64 1
>++
>++/* Define to 1 if SpiderMonkey should support SmooshMonkey parser. */
>++/* #undef JS_ENABLE_SMOOSH */
>++
>++/* Experimental WASM features */
>++/* #undef ENABLE_WASM_EXCEPTIONS */
>++/* #undef ENABLE_WASM_FUNCTION_REFERENCES */
>++/* #undef ENABLE_WASM_GC */
>++#define ENABLE_WASM_SIMD 1
>++
>++/* MOZILLA JSAPI version number components */
>++#define MOZJS_MAJOR_VERSION 91
>++#define MOZJS_MINOR_VERSION 4
>++
>++#endif /* js_config_h */
>diff --git a/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_selfhosted.out.h b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_selfhosted.out.h
>new file mode 100644
>index 000000000000..25a44b8c42ca
>--- /dev/null
>+++ b/databases/mongodb60/files/aarch64/patch-src_third__party_mozjs_platform_aarch64_freebsd_include_selfhosted.out.h
>@@ -0,0 +1,22 @@
>+--- src/third_party/mozjs/platform/aarch64/freebsd/include/selfhosted.out.h.orig	2022-09-08 14:42:13 UTC
>++++ src/third_party/mozjs/platform/aarch64/freebsd/include/selfhosted.out.h
>+@@ -0,0 +1,19 @@
>++/* This Source Code Form is subject to the terms of the Mozilla Public
>++ * License, v. 2.0. If a copy of the MPL was not distributed with this
>++ * file, You can obtain one at http://mozilla.org/MPL/2.0/. */
>++
>++namespace js {
>++namespace selfhosted {
>++    static const unsigned char data[] = { 120, 156, 237, 189, 123, 119, 27, 71, 142, 56, 250, 127, 62, 69, 155, 103, 54, 161, 34, 74, 43, 202, 118, 30, 150, 229, 172, 162, 88, 51, 186, 99, 91, 190, 146, 119, 246, 156, 245, 245, 245, 175, 69, 182, 228, 182, 72, 54, 195, 38, 45, 41, 19, 223, 207, 126, 11, 168, 23, 80, 143, 238, 38, 69, 202, 178, 227, 158, 51, 49, 213, 93, 133, 2, 80, 40, 20, 10, 133, 66, 157, 205, 70, 189, 105, 94, 140, 146, 81, 118, 249, 246, 89, 94, 78, 219, 107, 201, 191, 191, 73, 196, 51, 201, 166, 179, 201, 40, 41, 167, 253, 183, 71, 167, 239, 179, 222, 244, 109, 111, 146, 165, 211, 172, 61, 154, 13, 6, 107, 59, 223, 124, 252, 230, 140, 214, 61, 206, 122, 197, 164, 191, 72, 237, 87, 197, 175, 69, 49, 200, 210, 81, 251, 131, 83, 251, 222, 189, 15, 78, 201, 23, 179, 225, 105, 54, 241, 10, 174, 243, 114, 39, 233, 48, 251, 87, 58, 152, 101, 255, 155, 77, 138, 246, 85, 39, 185, 118, 202, 95, 37, 187, 187, 187, 201, 117, 242, 231, 159, 73, 251, 42, 185, 39, 126, 95, 37, 223, 126, 43, 94, 192, 207, 107, 142, 222, 223, 179, 233, 243, 108, 250, 174, 232, 183, 255, 213, 73, 94, 106, 64, 59, 59, 248, 207, 135, 116, 146, 64, 201, 100, 55, 249, 215, 235, 151, 111, 228, 203, 252, 44, 105, 203, 151, 2, 218, 108, 212, 207, 206, 242, 81, 214, 135, 198, 204, 91, 228, 2, 22, 38, 88, 153, 162, 22, 204, 189, 195, 114, 63, 29, 12, 210, 211, 65, 134, 32, 215, 108, 165, 87, 239, 38, 197, 229, 171, 235, 113, 246, 116, 50, 41, 38, 237, 238, 86, 39, 153, 138, 191, 138, 51, 108, 101, 109, 135, 210, 11, 111, 24, 81, 135, 229, 203, 73, 49, 206, 38, 211, 235, 127, 102, 215, 237, 116, 114, 62, 27, 102, 163, 169, 38, 14, 168, 2, 88, 130, 42, 5, 82, 151, 96, 80, 101, 17, 65, 77, 171, 156, 78, 242, 209, 121, 11, 72, 36, 47, 175, 135, 167, 197, 160, 197, 123, 102, 156, 245, 242, 172, 220, 47, 70, 162, 202, 172, 55, 21, 136, 23, 167, 239, 59, 137, 32, 60, 157, 13, 166, 228, 125, 128, 209, 240, 90, 160, 36, 42, 108, 246, 108, 65, 203, 44, 249, 157, 242, 220, 99, 177, 223, 14, 227, 181, 20, 85, 4, 20, 231, 244, 131, 159, 58, 73, 171, 192, 146, 223, 149, 201, 119, 4, 149, 239, 146, 177, 226, 106, 107, 205, 162, 93, 10, 156, 225, 235, 107, 33, 73, 191, 206, 242, 193, 52, 31, 157, 32, 107, 218, 173, 82, 178, 163, 181, 70, 36, 167, 244, 197, 166, 140, 203, 76, 21, 65, 135, 140, 207, 229, 154, 87, 185, 148, 101, 93, 73, 234, 10, 250, 254, 235, 191, 20, 110, 134, 164, 68, 136, 129, 161, 154, 16, 221, 242, 134, 139, 5, 53, 44, 207, 117, 63, 78, 39, 215, 234, 23, 60, 61, 33, 212, 7, 170, 74, 27, 148, 132, 254, 227, 109, 58, 30, 15, 174, 59, 14, 78, 29, 203, 143, 142, 145, 197, 82, 241, 248, 163, 128, 54, 237, 189, 75, 218, 217, 26, 105, 65, 145, 152, 169, 50, 90, 150, 56, 166, 123, 231, 231, 147, 236, 92, 168, 165, 165, 160, 203, 161, 173, 10, 231, 195, 209, 52, 155, 140, 210, 193, 82, 80, 102, 192, 86, 130, 241, 139, 25, 193, 67, 84, 37, 159, 246, 139, 241, 245, 111, 233, 52, 85, 170, 72, 8, 91, 123, 42, 154, 205, 166, 157, 164, 44, 102, 147, 94, 214, 73, 178, 171, 222, 96, 214, 207, 250, 135, 211, 108, 88, 58, 42, 97, 135, 140, 25, 44, 30, 24, 56, 246, 125, 104, 244, 16, 29, 62, 41, 134, 98, 152, 190, 42, 148, 6, 144, 21, 201, 32, 190, 200, 174, 97, 28, 251, 40, 31, 77, 68, 159, 28, 93, 142, 132, 30, 181, 232, 3, 56, 23, 121, 139, 173, 132, 85, 137, 211, 153, 208, 100, 109, 104, 55, 23, 228, 136, 217, 42, 217, 218, 81, 63, 31, 35, 42, 155, 131, 108, 116, 62, 125, 167, 94, 174, 175, 211, 62, 81, 232, 138, 74, 80, 242, 53, 150, 80, 250, 197, 168, 186, 119, 105, 41, 112, 6, 76, 60, 30, 127, 251, 173, 41, 26, 148, 35, 53, 157, 107, 181, 112, 88, 62, 29, 9, 65, 153, 192, 20, 165, 9, 23, 96, 137, 178, 249, 55, 131, 247, 27, 246, 14, 225, 225, 181, 225, 26, 98, 3, 16, 94, 139, 95, 111, 214, 44, 202, 31, 149, 116, 85, 202, 206, 127, 143, 206, 132, 110, 205, 38, 89, 223, 145, 34, 71, 108, 238, 174, 188, 40, 211, 232, 238, 136, 201, 205, 251, 126, 145, 30, 103, 253, 92, 204, 68, 151, 186, 86, 165, 249, 154, 143, 70, 228, 43, 41, 209, 58, 43, 138, 150, 2, 199, 212, 209, 222, 100, 146, 94, 31, 2, 173, 71, 103, 237, 50, 75, 39, 189, 119, 79, 7, 25, 40, 186, 132, 90, 63, 71, 180, 115, 167, 239, 242, 146, 116, 173, 224, 41, 126, 125, 134, 188, 109, 31, 41, 38, 147, 158, 195, 18, 162, 227, 182, 188, 25, 119, 163, 107, 225, 0, 20, 163, 101, 21, 144, 228, 73, 210, 77, 126, 17, 192, 65, 49, 159, 11, 218, 76, 129, 215, 221, 55, 107, 201, 35, 209, 193, 166, 149, 81, 242, 100, 23, 144, 169, 108, 228, 194, 41, 191, 69, 153, 117, 33, 48, 24, 105, 245, 158, 13, 202, 204, 249, 6, 116, 172, 235, 18, 70, 44, 133, 108, 109, 241, 30, 190, 64, 201, 35, 83, 0, 202, 229, 78, 2, 69, 5, 12, 241, 131, 139, 158, 4, 147, 143, 4, 155, 133, 213, 125, 244, 250, 226, 13, 178, 139, 117, 7, 111, 65, 81, 118, 65, 27, 33, 212, 186, 29, 252, 44, 45, 167, 159, 113, 39, 3, 232, 141, 36, 218, 139, 250, 251, 154, 215, 89, 166, 18, 118, 166, 44, 206, 122, 203, 235, 85, 40, 24, 146, 7, 211, 131, 79, 80, 169, 92, 108, 108, 220, 106, 7, 62, 253, 144, 77, 174, 81, 255, 156, 166, 189, 139, 179, 209, 18, 251, 205, 235, 13, 167, 19, 93, 107, 255, 199, 78, 34, 150, 86, 45, 68, 107, 83, 104, 190, 105, 1, 75, 156, 205, 12, 48, 108, 17, 184, 116, 169, 102, 17, 175, 94, 176, 253, 38, 22, 205, 195, 113, 62, 200, 246, 38, 231, 109, 241, 55, 173, 103, 105, 122, 21, 151, 33, 42, 57, 66, 112, 62, 20, 121, 95, 143, 68, 51, 55, 200, 209, 217, 96, 48, 174, 57, 83, 53, 82, 5, 40, 137, 101, 196, 84, 52, 98, 166, 2, 139, 166, 48, 35, 59, 216, 255, 66, 151, 139, 31, 142, 230, 39, 157, 124, 150, 10, 65, 243, 103, 116, 82, 66, 44, 39, 50, 16, 132, 19, 97, 226, 150, 135, 163, 65, 62, 2, 86, 62, 131, 153, 194, 52, 108, 101, 67, 176, 135, 75, 204, 73, 49, 204, 238, 180, 192, 148, 2, 193, 47, 95, 94, 150, 36, 46, 82, 24, 42, 164, 69, 201, 83, 3, 113, 1, 193, 8, 72, 203, 68, 44, 243, 5, 47, 211, 73, 38, 152, 167, 8, 65, 2, 244, 75, 244, 5, 89, 79, 130, 195, 1, 214, 123, 6, 14, 167, 199, 233, 192, 31, 214, 168, 242, 171, 146, 75, 207, 246, 66, 156, 95, 164, 211, 252, 67, 6, 152, 11, 214, 137, 190, 15, 180, 170, 152, 115, 52, 239, 60, 246, 120, 215, 206, 38, 62, 140, 203, 137, 88, 50, 102, 253, 125, 217, 224, 1, 0, 52, 141, 203, 82, 150, 105, 187, 198, 56, 99, 126, 55, 221, 216, 149, 227, 159, 9, 72, 208, 117, 204, 133, 227, 16, 185, 181, 243, 141, 255, 178, 235, 10, 77, 35, 168, 206, 188, 173, 233, 254, 128, 156, 83, 46, 71, 151, 9, 146, 60, 178, 72, 81, 64, 62, 160, 220, 124, 16, 99, 109, 11, 6, 152, 177, 65, 73, 145, 231, 153, 16, 82, 148, 64, 209, 141, 130, 253, 180, 47, 253, 169, 240, 160, 152, 60, 77, 123, 239, 238, 180, 110, 59, 147, 56, 126, 217, 234, 109, 62, 213, 86, 169, 189, 52, 98, 13, 212, 151, 234, 126, 79, 131, 61, 79, 199, 119, 90, 36, 134, 233, 248, 46, 139, 3, 212, 220, 19, 53, 229, 108, 160, 188, 210, 114, 135, 66, 14, 202, 181, 101, 137, 13, 84, 30, 162, 238, 192, 45, 9, 80, 158, 11, 10, 18, 60, 129, 197, 244, 30, 22, 36, 77, 84, 203, 222, 94, 35, 177, 19, 226, 229, 137, 220, 1, 250, 87, 238, 180, 212, 73, 23, 208, 231, 43, 120, 91, 65, 177, 235, 36, 211, 226, 38, 226, 119, 161, 37, 15, 196, 106, 199, 251, 92, 102, 3, 209, 103, 89, 191, 153, 104, 74, 96, 65, 225, 68, 215, 154, 2, 230, 207, 219, 97, 209, 157, 22, 235, 235, 26, 104, 3, 193, 229, 18, 121, 156, 245, 103, 189, 187, 109, 246, 79, 16, 197, 219, 145, 72, 226, 135, 129, 63, 211, 94, 111, 54, 156, 13, 82, 182, 41, 20, 146, 88, 42, 51, 164, 18, 149, 111, 33, 200, 17, 71, 81, 196, 23, 2, 207, 20, 8, 241, 24, 245, 128, 116, 51, 98, 253, 114, 146, 149, 224, 155, 217, 117, 87, 137, 253, 34, 96, 31, 134, 197, 28, 30, 2, 136, 175, 31, 244, 115, 42, 198, 217, 5, 127, 109, 173, 196, 143, 201, 229, 59, 193, 224, 164, 189, 190, 174, 70, 25, 193, 19, 251, 77, 195, 167, 68, 214, 147, 200, 25, 42, 70, 224, 250, 186, 102, 37, 247, 180, 204, 59, 178, 57, 96, 43, 17, 109, 242, 161, 185, 73, 194, 132, 37, 60, 206, 142, 243, 243, 119, 211, 175, 131, 45, 177, 131, 205, 115, 212, 125, 29, 114, 206, 211, 108, 200, 109, 108, 72, 71, 99, 147, 17, 183, 208, 152, 219, 216, 8, 143, 185, 26, 239, 230, 39, 28, 114, 7, 249, 168, 223, 30, 11, 129, 206, 123, 194, 54, 184, 123, 67, 77, 204, 229, 253, 216, 64, 51, 104, 207, 55, 206, 72, 181, 69, 172, 44, 39, 124, 166, 169, 229, 94, 97, 32, 197, 28, 90, 6, 81, 223, 32, 10, 123, 189, 177, 68, 192, 245, 77, 80, 14, 245, 63, 110, 97, 124, 21, 130, 91, 16, 130, 102, 61, 29, 245, 92, 206, 185, 187, 1, 187, 194, 255, 147, 139, 78, 27, 217, 173, 106, 241, 67, 252, 147, 141, 192, 10, 247, 252, 99, 55, 235, 112, 40, 49, 201, 6, 232, 62, 124, 133, 237, 97, 97, 189, 251, 36, 81, 32, 101, 113, 177, 225, 84, 120, 156, 108, 9, 102, 195, 30, 240, 243, 116, 250, 238, 237, 48, 189, 106, 203, 125, 36, 94, 174, 227, 206, 71, 161, 231, 17, 129, 35, 88, 224, 66, 176, 150, 23, 69, 252, 4, 24, 196, 240, 70, 150, 145, 146, 106, 79, 158, 87, 168, 197, 251, 68, 50, 190, 1, 218, 49, 188, 21, 132, 48, 218, 79, 177, 67, 177, 91, 89, 176, 193, 47, 216, 103, 143, 8, 57, 162, 12, 37, 70, 172, 204, 7, 132, 26, 128, 83, 75, 139, 40, 116, 147, 14, 192, 234, 156, 140, 94, 49, 195, 201, 157, 149, 151, 184, 109, 168, 13, 127, 105, 3, 77, 11, 162, 6, 176, 39, 30, 131, 28, 125, 251, 45, 252, 247, 177, 122, 181, 46, 225, 173, 209, 145, 167, 122, 141, 126, 183, 38, 21, 60, 40, 141, 226, 63, 193, 143, 202, 126, 144, 95, 158, 240, 221, 109, 134, 13, 206, 230, 30, 99, 142, 94, 79, 139, 55, 168, 246, 161, 144, 179, 52, 102, 91, 163, 250, 233, 139, 229, 173, 208, 196, 88, 145, 23, 7, 8, 27, 27, 252, 221, 180, 112, 223, 32, 166, 244, 229, 199, 176, 137, 119, 199, 8, 91, 95, 119, 9, 115, 223, 196, 8, 163, 186, 240, 40, 52, 205, 13, 6, 66, 65, 227, 4, 90, 170, 33, 190, 117, 11, 122, 176, 94, 157, 92, 132, 116, 9, 35, 121, 1, 189, 114, 7, 84, 136, 215, 243, 11, 169, 148, 102, 42, 132, 172, 109, 17, 27, 111, 222, 149, 161, 3, 201, 135, 136, 125, 20, 16, 152, 195, 17, 70, 171, 149, 60, 174, 67, 70, 17, 29, 234, 40, 168, 219, 136, 242, 32, 11, 39, 29, 232, 97, 123, 194, 96, 67, 5, 202, 66, 189, 197, 80, 28, 165, 72, 180, 75, 195, 177, 121, 120, 164, 188, 195, 82, 232, 156, 176, 161, 195, 215, 122, 23, 90, 23, 132, 119, 104, 109, 204, 30, 186, 57, 101, 47, 78, 179, 73, 106, 162, 191, 47, 132, 25, 73, 187, 44, 199, 175, 89, 95, 118, 26, 237, 63, 81, 156, 112, 52, 87, 80, 68, 137, 23, 217, 37, 7, 172, 138, 253, 247, 168, 76, 207, 178, 147, 108, 122, 44, 22, 146, 147, 15, 89, 255, 100, 80, 76, 219, 186, 34, 90, 181, 188, 181, 134, 245, 186, 214, 87, 91, 87, 116, 91, 17, 184, 67, 185, 163, 63, 7, 4, 92, 125, 121, 145, 93, 217, 195, 24, 64, 173, 160, 157, 89, 218, 84, 164, 241, 36, 131, 40, 32, 56, 241, 247, 89, 58, 233, 191, 42, 56, 55, 176, 208, 154, 141, 38, 244, 35, 230, 216, 126, 51, 24, 241, 12, 128, 60, 1, 113, 120, 246, 63, 114, 23, 180, 147, 0, 192, 78, 165, 161, 209, 242, 168, 209, 43, 5, 187, 1, 158, 10, 124, 37, 251, 254, 238, 176, 15, 229, 98, 139, 105, 195, 114, 54, 0, 89, 248, 183, 212, 22, 143, 104, 176, 114, 191, 24, 137, 23, 40, 113, 122, 175, 21, 87, 57, 1, 130, 37, 156, 77, 168, 225, 56, 45, 20, 35, 100, 1, 23, 83, 29, 96, 89, 129, 109, 151, 75, 230, 240, 159, 57, 42, 110, 83, 67, 232, 134, 251, 219, 7, 66, 49, 248, 85, 183, 185, 78, 178, 20, 28, 150, 47, 139, 178, 204, 79, 7, 215, 138, 243, 176, 120, 234, 35, 103, 219, 41, 179, 163, 164, 42, 139, 150, 86, 26, 46, 117, 60, 44, 86, 189, 5, 236, 139, 40, 176, 127, 164, 229, 111, 217, 52, 237, 189, 203, 250, 191, 206, 206, 206, 32, 130, 45, 16, 202, 225, 44, 246, 30, 222, 255, 217, 119, 135, 184, 170, 206, 81, 200, 41, 87, 200, 31, 13, 95, 100, 119, 168, 248, 71, 82, 63, 60, 22, 165, 48, 177, 0, 219, 106, 81, 168, 16, 134, 138, 22, 132, 78, 144, 120, 173, 27, 89, 64, 92, 141, 44, 236, 238, 114, 199, 159, 66, 224, 131, 114, 62, 164, 94, 16, 110, 20, 11, 15, 238, 182, 235, 210, 24, 167, 57, 232, 69, 9, 178, 99, 96, 191, 241, 200, 215, 173, 67, 133, 6, 45, 239, 104, 53, 198, 42, 35, 112, 166, 224, 116, 205, 6, 123, 141, 84, 71, 208, 77, 199, 191, 225, 87, 156, 158, 74, 55, 4, 56, 52, 151, 160, 78, 66, 214, 99, 163, 251, 233, 168, 24, 137, 197, 251, 224, 133, 152, 228, 218, 20, 88, 39, 105, 33, 226, 101, 203, 219, 227, 124, 58, 154, 78, 242, 121, 154, 219, 14, 132, 108, 96, 108, 119, 99, 8, 91, 161, 160, 15, 161, 38, 176, 131, 75, 220, 217, 197, 192, 26, 162, 239, 160, 226, 222, 228, 60, 102, 34, 239, 131, 56, 139, 34, 86, 169, 192, 238, 112, 62, 130, 10, 18, 26, 139, 109, 178, 162, 170, 139, 137, 101, 27, 117, 229, 96, 157, 57, 220, 56, 93, 133, 180, 235, 194, 81, 104, 219, 151, 179, 82, 180, 118, 104, 103, 113, 164, 56, 112, 78, 74, 207, 150, 236, 160, 20, 175, 204, 40, 2, 2, 252, 207, 238, 204, 231, 122, 172, 88, 141, 154, 88, 174, 135, 190, 231, 10, 145, 167, 17, 65, 122, 171, 151, 159, 195, 218, 95, 19, 22, 247, 40, 187, 76, 246, 219, 16, 235, 251, 250, 13, 175, 64, 108, 154, 231, 233, 69, 166, 209, 145, 58, 120, 162, 101, 130, 163, 234, 56, 247, 173, 9, 8, 143, 113, 129, 141, 196, 240, 146, 126, 78, 56, 208, 55, 24, 20, 151, 202, 219, 5, 112, 140, 189, 178, 230, 206, 4, 126, 252, 130, 150, 146, 95, 130, 219, 197, 216, 243, 232, 46, 51, 13, 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3, 48, 225, 214, 233, 227, 192, 90, 56, 22, 108, 117, 50, 59, 69, 228, 218, 167, 217, 121, 62, 242, 92, 207, 238, 162, 130, 59, 159, 113, 25, 225, 185, 159, 221, 156, 30, 11, 239, 91, 88, 148, 26, 7, 11, 105, 114, 42, 92, 212, 21, 78, 68, 158, 216, 165, 201, 97, 70, 226, 12, 244, 150, 59, 86, 214, 38, 189, 103, 13, 52, 187, 42, 106, 179, 62, 113, 248, 54, 25, 20, 175, 162, 189, 186, 191, 2, 183, 152, 179, 28, 249, 71, 151, 116, 240, 183, 14, 111, 230, 213, 30, 59, 113, 69, 233, 85, 219, 98, 189, 206, 11, 7, 93, 205, 145, 39, 226, 129, 86, 112, 76, 19, 115, 57, 212, 45, 98, 113, 183, 122, 166, 206, 111, 248, 158, 245, 38, 100, 198, 252, 233, 205, 9, 68, 8, 33, 242, 70, 217, 165, 145, 5, 134, 135, 193, 120, 131, 244, 19, 119, 188, 171, 88, 74, 149, 208, 150, 204, 29, 246, 189, 187, 136, 7, 72, 76, 160, 184, 128, 173, 39, 109, 34, 20, 223, 211, 22, 120, 20, 101, 133, 191, 223, 10, 62, 201, 130, 193, 219, 237, 88, 178, 99, 115, 238, 222, 180, 157, 99, 60, 248, 167, 87, 62, 72, 73, 62, 87, 200, 253, 222, 180, 209, 142, 42, 239, 156, 90, 135, 3, 29, 14, 90, 154, 173, 192, 231, 36, 124, 222, 9, 118, 231, 149, 66, 129, 239, 172, 68, 196, 189, 97, 131, 224, 67, 165, 77, 99, 24, 18, 143, 71, 251, 117, 72, 190, 207, 126, 114, 28, 195, 86, 182, 206, 12, 156, 25, 233, 149, 230, 150, 41, 232, 19, 94, 125, 56, 112, 119, 45, 124, 79, 186, 139, 136, 48, 124, 228, 181, 242, 208, 223, 193, 115, 37, 189, 193, 172, 15, 151, 144, 100, 119, 252, 96, 73, 165, 104, 219, 67, 39, 252, 96, 137, 36, 238, 14, 132, 225, 58, 73, 32, 27, 29, 46, 249, 116, 39, 66, 200, 134, 158, 51, 62, 0, 194, 137, 144, 52, 148, 174, 255, 205, 38, 133, 43, 56, 176, 185, 18, 62, 134, 199, 83, 174, 93, 240, 43, 98, 155, 164, 9, 156, 138, 49, 221, 131, 68, 153, 237, 178, 152, 77, 122, 89, 7, 194, 31, 193, 141, 72, 215, 57, 118, 55, 41, 184, 206, 217, 15, 41, 104, 154, 75, 105, 191, 98, 75, 171, 43, 192, 139, 191, 138, 179, 100, 159, 134, 140, 8, 161, 21, 99, 216, 66, 148, 88, 53, 246, 174, 99, 241, 57, 61, 235, 93, 69, 59, 181, 166, 21, 30, 64, 160, 221, 94, 114, 197, 194, 22, 242, 242, 209, 232, 168, 89, 197, 65, 75, 224, 172, 20, 53, 180, 242, 129, 41, 25, 185, 31, 72, 97, 152, 171, 50, 44, 135, 33, 175, 205, 184, 2, 30, 125, 255, 179, 107, 187, 186, 252, 98, 53, 170, 249, 246, 195, 67, 127, 71, 66, 98, 239, 166, 21, 184, 167, 25, 227, 108, 50, 112, 209, 144, 95, 149, 254, 211, 128, 2, 217, 0, 29, 142, 9, 162, 60, 197, 236, 237, 102, 40, 112, 226, 189, 167, 233, 152, 246, 127, 169, 183, 104, 143, 196, 138, 126, 152, 255, 129, 60, 113, 216, 240, 111, 15, 68, 68, 233, 169, 70, 119, 188, 242, 21, 10, 175, 178, 206, 52, 157, 156, 103, 211, 35, 52, 132, 220, 219, 28, 232, 211, 116, 227, 150, 62, 6, 182, 140, 125, 86, 98, 120, 241, 198, 135, 254, 209, 123, 163, 117, 144, 6, 193, 235, 124, 108, 210, 131, 94, 231, 189, 76, 123, 23, 183, 211, 123, 97, 206, 202, 54, 213, 94, 121, 128, 199, 116, 34, 204, 167, 160, 56, 41, 198, 6, 158, 25, 18, 62, 132, 166, 92, 227, 119, 49, 72, 131, 3, 252, 69, 64, 180, 32, 240, 85, 129, 41, 71, 180, 214, 230, 3, 216, 243, 64, 38, 42, 197, 141, 142, 2, 224, 5, 40, 27, 200, 48, 13, 39, 231, 35, 192, 231, 17, 56, 22, 45, 32, 113, 241, 196, 204, 15, 229, 215, 26, 228, 151, 96, 4, 1, 170, 107, 158, 221, 4, 142, 191, 184, 57, 74, 224, 113, 228, 220, 139, 241, 231, 28, 15, 247, 145, 85, 233, 232, 94, 120, 150, 95, 200, 252, 83, 92, 119, 121, 198, 77, 65, 253, 111, 80, 137, 75, 215, 162, 29, 176, 80, 152, 134, 193, 193, 11, 215, 88, 1, 223, 235, 120, 206, 83, 182, 89, 94, 87, 88, 42, 71, 103, 109, 22, 147, 36, 89, 236, 198, 184, 16, 103, 235, 52, 27, 150, 180, 132, 253, 180, 2, 171, 69, 168, 144, 37, 246, 161, 105, 92, 130, 149, 76, 68, 130, 76, 231, 217, 252, 158, 46, 227, 254, 230, 45, 214, 221, 228, 218, 146, 246, 234, 245, 142, 170, 42, 22, 0, 162, 111, 146, 215, 210, 38, 217, 84, 233, 138, 223, 176, 229, 143, 163, 151, 16, 79, 184, 193, 4, 86, 33, 129, 180, 211, 185, 53, 125, 130, 18, 134, 245, 228, 37, 174, 229, 26, 235, 34, 53, 218, 114, 223, 88, 113, 13, 149, 31, 89, 215, 92, 169, 84, 235, 146, 137, 88, 119, 19, 222, 218, 50, 70, 199, 210, 123, 250, 114, 107, 199, 43, 11, 30, 44, 65, 119, 128, 1, 160, 8, 41, 182, 229, 142, 105, 216, 53, 148, 12, 85, 80, 184, 198, 252, 130, 236, 216, 80, 172, 229, 0, 129, 119, 155, 253, 98, 148, 85, 222, 45, 18, 184, 191, 241, 131, 90, 212, 230, 112, 107, 35, 66, 241, 51, 233, 233, 253, 22, 44, 202, 4, 141, 88, 62, 55, 11, 95, 110, 67, 145, 192, 101, 0, 71, 244, 30, 128, 6, 75, 96, 47, 20, 196, 95, 3, 55, 77, 175, 232, 210, 230, 71, 103, 120, 113, 165, 71, 77, 178, 210, 89, 205, 69, 90, 0, 79, 217, 141, 194, 160, 113, 151, 35, 20, 10, 189, 72, 248, 115, 248, 185, 3, 65, 209, 139, 5, 65, 55, 36, 36, 16, 20, 45, 157, 150, 177, 168, 104, 228, 57, 119, 208, 170, 132, 250, 129, 148, 194, 71, 157, 196, 174, 239, 232, 7, 42, 104, 173, 53, 222, 248, 91, 101, 154, 98, 65, 137, 12, 41, 144, 151, 74, 182, 249, 226, 83, 213, 253, 213, 9, 223, 106, 155, 119, 225, 161, 6, 205, 173, 173, 69, 23, 140, 158, 176, 27, 112, 77, 227, 168, 189, 165, 51, 69, 8, 90, 247, 244, 162, 34, 207, 193, 178, 89, 171, 15, 168, 134, 36, 140, 226, 78, 19, 157, 21, 169, 177, 18, 49, 237, 11, 69, 236, 178, 228, 149, 80, 48, 173, 198, 220, 176, 110, 40, 203, 6, 193, 251, 163, 10, 21, 242, 144, 116, 126, 218, 155, 206, 210, 129, 148, 78, 39, 87, 126, 88, 175, 88, 206, 89, 153, 176, 64, 30, 43, 89, 175, 104, 253, 7, 237, 196, 239, 216, 198, 9, 172, 197, 180, 33, 193, 117, 191, 24, 95, 195, 220, 212, 38, 60, 222, 194, 88, 109, 53, 208, 116, 235, 166, 59, 185, 99, 151, 200, 124, 197, 37, 54, 208, 73, 202, 26, 82, 245, 60, 196, 253, 43, 70, 254, 70, 39, 131, 121, 45, 42, 191, 110, 19, 147, 234, 111, 39, 239, 210, 9, 235, 203, 185, 27, 142, 65, 104, 210, 188, 95, 119, 105, 243, 187, 7, 122, 238, 89, 222, 131, 112, 211, 185, 62, 76, 109, 48, 140, 20, 180, 187, 91, 250, 235, 236, 253, 215, 157, 189, 61, 97, 88, 230, 28, 126, 68, 195, 124, 219, 102, 133, 25, 29, 72, 106, 14, 15, 141, 37, 62, 165, 198, 170, 86, 206, 93, 15, 187, 141, 230, 84, 131, 166, 157, 211, 217, 100, 135, 31, 97, 166, 3, 197, 224, 33, 82, 62, 207, 134, 197, 228, 26, 182, 68, 84, 97, 158, 134, 208, 67, 106, 187, 217, 164, 88, 53, 104, 101, 59, 11, 206, 139, 15, 239, 199, 231, 69, 175, 81, 58, 199, 33, 105, 115, 78, 112, 238, 74, 255, 127, 196, 250, 238, 121, 58, 38, 18, 9, 158, 73, 185, 62, 22, 235, 113, 170, 164, 135, 120, 159, 43, 223, 129, 75, 251, 125, 180, 190, 196, 183, 205, 50, 155, 114, 111, 136, 222, 30, 192, 66, 213, 231, 146, 148, 59, 68, 150, 116, 188, 27, 176, 168, 60, 20, 43, 121, 184, 215, 72, 128, 44, 46, 213, 26, 25, 124, 6, 22, 209, 128, 168, 146, 85, 49, 212, 175, 22, 206, 251, 63, 138, 89, 77, 113, 131, 46, 142, 67, 139, 114, 68, 19, 247, 123, 58, 6, 187, 215, 91, 111, 200, 31, 221, 55, 70, 245, 59, 204, 134, 89, 182, 1, 179, 101, 168, 69, 152, 217, 226, 219, 166, 248, 189, 50, 102, 75, 55, 94, 53, 183, 155, 240, 71, 133, 109, 40, 128, 96, 16, 253, 255, 124, 6, 82, 134 };
>++
>++    static const unsigned char * const compressedSources = reinterpret_cast<const unsigned char *>(data);
>++
>++    uint32_t GetCompressedSize() {
>++        return 25767;
>++    }
>++
>++    uint32_t GetRawScriptsSize() {
>++        return 184824;
>++    }
>++} // selfhosted
>++} // js
>diff --git a/databases/mongodb60/files/mongod.in b/databases/mongodb60/files/mongod.in
>new file mode 100644
>index 000000000000..20b0f5c0f43d
>--- /dev/null
>+++ b/databases/mongodb60/files/mongod.in
>@@ -0,0 +1,53 @@
>+#!/bin/sh
>+
>+# PROVIDE: mongod
>+# REQUIRE: NETWORK ldconfig
>+# KEYWORD: shutdown
>+#
>+# Add the following lines to /etc/rc.conf.local or /etc/rc.conf
>+# to enable this service:
>+#
>+# mongod_enable (bool):  Set to "NO" by default.
>+#                        Set it to "YES" to enable mongod.
>+# mongod_dbpath (str):   Default to "/var/db/mongodb"
>+#                        Base database directory.
>+# mongod_flags (str):    Custom additional arguments to be passed to mongod.
>+#                        Default to "--logpath ${mongod_dbpath}/mongod.log --logappend".
>+# mongod_config (str):	 Default to "%%PREFIX%%/etc/mongodb.conf"
>+#                        Path to config file
>+#
>+
>+. /etc/rc.subr
>+
>+name="mongod"
>+rcvar=mongod_enable
>+
>+load_rc_config $name
>+
>+: ${mongod_enable="NO"}
>+: ${mongod_dbpath="/var/db/mongodb"}
>+: ${mongod_flags="--logpath ${mongod_dbpath}/mongod.log --logappend --setParameter=disabledSecureAllocatorDomains=\*"}
>+: ${mongod_user="mongodb"}
>+: ${mongod_group="mongodb"}
>+: ${mongod_config="%%PREFIX%%/etc/mongodb.conf"}
>+
>+pidfile="${mongod_dbpath}/mongod.lock"
>+command=%%PREFIX%%/bin/${name}
>+command_args="--config $mongod_config --dbpath $mongod_dbpath --fork >/dev/null 2>/dev/null"
>+start_precmd="${name}_prestart"
>+
>+mongod_create_dbpath()
>+{
>+        mkdir ${mongod_dbpath} >/dev/null 2>/dev/null
>+        [ $? -eq 0 ] && chown -R ${mongod_user}:${mongod_group} ${mongod_dbpath}
>+}
>+
>+mongod_prestart()
>+{
>+        if [ ! -d ${mongod_dbpath} ]; then
>+                mongod_create_dbpath || return 1
>+        fi
>+        return 0
>+}
>+
>+run_rc_command "$1"
>diff --git a/databases/mongodb60/files/patch-SConstruct b/databases/mongodb60/files/patch-SConstruct
>new file mode 100644
>index 000000000000..8fc64862a51e
>--- /dev/null
>+++ b/databases/mongodb60/files/patch-SConstruct
>@@ -0,0 +1,38 @@
>+--- SConstruct.orig	2021-07-15 20:56:31 UTC
>++++ SConstruct
>+@@ -1328,9 +1328,9 @@ if has_option('variables-help'):
>+     print(env_vars.GenerateHelpText(env))
>+     Exit(0)
>+ 
>+-unknown_vars = env_vars.UnknownVariables()
>+-if unknown_vars:
>+-    env.FatalError("Unknown variables specified: {0}", ", ".join(list(unknown_vars.keys())))
>++#unknown_vars = env_vars.UnknownVariables()
>++#if unknown_vars:
>++#    env.FatalError("Unknown variables specified: {0}", ", ".join(list(unknown_vars.keys())))
>+ 
>+ if get_option('install-action') != 'default' and get_option('ninja') != "disabled":
>+     env.FatalError("Cannot use non-default install actions when generating Ninja.")
>+@@ -2507,7 +2507,7 @@ if env.TargetOSIs('posix'):
>+             # If runtime hardening is requested, then build anything
>+             # destined for an executable with the necessary flags for PIE.
>+             env.AppendUnique(
>+-                PROGCCFLAGS=['-fPIE'],
>++                PROGCCFLAGS=['-fpic'],
>+                 PROGLINKFLAGS=['-pie'],
>+             )
>+ 
>+@@ -2684,8 +2684,12 @@ if not env.TargetOSIs('windows', 'macOS') and (env.Too
>+     # setting it for both C and C++ by setting both of CFLAGS and
>+     # CXXFLAGS.
>+ 
>++    arm_march_flag = "armv8-a"
>++    if get_option('use-hardware-crc32') == "on":
>++        arm_march_flag += "+crc"
>++
>+     default_targeting_flags_for_architecture = {
>+-        "aarch64"    : { "-march=" : "armv8.2-a",    "-mtune=" : "generic"                        },
>++        "aarch64"    : { "-march=" : arm_march_flag, "-mtune=" : "generic"                        },
>+         "i386"       : { "-march=" : "nocona",       "-mtune=" : "generic"                        },
>+         "ppc64le"    : { "-mcpu="  : "power8",       "-mtune=" : "power8", "-mcmodel=" : "medium" },
>+         "s390x"      : { "-march=" : "z196",         "-mtune=" : "zEC12"                          },
>diff --git a/databases/mongodb60/files/patch-buildscripts_scons.py b/databases/mongodb60/files/patch-buildscripts_scons.py
>new file mode 100644
>index 000000000000..20d0429965af
>--- /dev/null
>+++ b/databases/mongodb60/files/patch-buildscripts_scons.py
>@@ -0,0 +1,25 @@
>+--- buildscripts/scons.py.orig	2021-08-23 09:10:10 UTC
>++++ buildscripts/scons.py
>+@@ -18,14 +18,14 @@ SITE_TOOLS_DIR = os.path.join(MONGODB_ROOT, 'site_scon
>+ 
>+ sys.path = [SCONS_DIR, SITE_TOOLS_DIR] + sys.path
>+ 
>+-# pylint: disable=C0413
>+-from mongo.pip_requirements import verify_requirements, MissingRequirements
>+-
>+-try:
>+-    verify_requirements('etc/pip/compile-requirements.txt')
>+-except MissingRequirements as ex:
>+-    print(ex)
>+-    sys.exit(1)
>++## pylint: disable=C0413
>++#from mongo.pip_requirements import verify_requirements, MissingRequirements
>++#
>++#try:
>++#    verify_requirements('etc/pip/compile-requirements.txt')
>++#except MissingRequirements as ex:
>++#    print(ex)
>++#    sys.exit(1)
>+ 
>+ try:
>+     import SCons.Script
>diff --git a/databases/mongodb60/files/patch-rpm_mongod.conf b/databases/mongodb60/files/patch-rpm_mongod.conf
>new file mode 100644
>index 000000000000..1a21e4250707
>--- /dev/null
>+++ b/databases/mongodb60/files/patch-rpm_mongod.conf
>@@ -0,0 +1,25 @@
>+--- rpm/mongod.conf.orig	2019-08-08 20:06:23 UTC
>++++ rpm/mongod.conf
>+@@ -7,11 +7,11 @@
>+ systemLog:
>+   destination: file
>+   logAppend: true
>+-  path: /var/log/mongodb/mongod.log
>++  path: /var/db/mongodb/mongod.log 
>+ 
>+ # Where and how to store data.
>+ storage:
>+-  dbPath: /var/lib/mongo
>++  dbPath: /var/db/mongodb 
>+   journal:
>+     enabled: true
>+ #  engine:
>+@@ -20,7 +20,7 @@ storage:
>+ # how the process runs
>+ processManagement:
>+   fork: true  # fork and run in background
>+-  pidFilePath: /var/run/mongodb/mongod.pid  # location of pidfile
>++  pidFilePath: /var/db/mongodb/mongod.lock  # location of pidfile
>+   timeZoneInfo: /usr/share/zoneinfo
>+ 
>+ # network interfaces
>diff --git a/databases/mongodb60/files/patch-src_mongo_platform_process__id.cpp b/databases/mongodb60/files/patch-src_mongo_platform_process__id.cpp
>new file mode 100644
>index 000000000000..11f61a36ca08
>--- /dev/null
>+++ b/databases/mongodb60/files/patch-src_mongo_platform_process__id.cpp
>@@ -0,0 +1,24 @@
>+--- src/mongo/platform/process_id.cpp.orig	2021-03-26 23:29:14 UTC
>++++ src/mongo/platform/process_id.cpp
>+@@ -35,6 +35,10 @@
>+ #include <pthread.h>
>+ #endif
>+ 
>++#if defined(__FreeBSD__)
>++#include <pthread_np.h>
>++#endif
>++
>+ #if defined(__linux__)
>+ #include <sys/syscall.h>
>+ #include <sys/types.h>
>+@@ -72,6 +76,10 @@ inline NativeProcessId getCurrentNativeThreadId() {
>+     uint64_t tid;
>+     invariant(::pthread_threadid_np(NULL, &tid) == 0);
>+     return tid;
>++}
>++#elif __FreeBSD__
>++inline NativeProcessId getCurrentNativeThreadId() {
>++    return pthread_getthreadid_np();
>+ }
>+ #else
>+ inline NativeProcessId getCurrentNativeThreadId() {
>diff --git a/databases/mongodb60/files/patch-src_third__party_mozjs_gen-config.sh b/databases/mongodb60/files/patch-src_third__party_mozjs_gen-config.sh
>new file mode 100644
>index 000000000000..58daab4bc056
>--- /dev/null
>+++ b/databases/mongodb60/files/patch-src_third__party_mozjs_gen-config.sh
>@@ -0,0 +1,30 @@
>+--- src/third_party/mozjs/gen-config.sh.orig	2022-08-05 16:21:29 UTC
>++++ src/third_party/mozjs/gen-config.sh
>+@@ -29,6 +29,9 @@ case "$_Path" in
>+ }
>+ 
>+ case "$_Path" in
>++    "platform/aarch64/freebsd")
>++        _CONFIG_OPTS="--host=aarch64-freebsd"
>++	;;
>+     "platform/aarch64/linux")
>+         _CONFIG_OPTS="--host=aarch64-linux"
>+     ;;
>+@@ -108,7 +111,7 @@ CFLAGS="$CFLAGS -D__STDC_FORMAT_MACROS" \
>+     --disable-js-shell \
>+     --disable-tests "$_CONFIG_OPTS"
>+ 
>+-make recurse_export
>++gmake recurse_export
>+ 
>+ cd ../../../..
>+ 
>+@@ -159,7 +162,7 @@ find "$_Path/build" -name '*.cpp' |
>+ find "$_Path/build" -name '*.cpp' |
>+     while read unified_file ; do
>+         echo "Processing $unified_file"
>+-        sed $SEDOPTION \
>++        gsed $SEDOPTION \
>+             -e 's|#include ".*/js/src/|#include "|' \
>+             -e 's|#error ".*/js/src/|#error "|' \
>+             "$unified_file"
>diff --git a/databases/mongodb60/files/patch-src_third__party_mozjs_get-sources.sh b/databases/mongodb60/files/patch-src_third__party_mozjs_get-sources.sh
>new file mode 100644
>index 000000000000..1ae6264dc459
>--- /dev/null
>+++ b/databases/mongodb60/files/patch-src_third__party_mozjs_get-sources.sh
>@@ -0,0 +1,14 @@
>+--- src/third_party/mozjs/get-sources.sh.orig	2022-09-08 09:53:27 UTC
>++++ src/third_party/mozjs/get-sources.sh
>+@@ -12,9 +12,9 @@ LIB_GIT_REPO=git@github.com:mongodb-forks/spidermonkey
>+ LIB_GIT_REVISION=82aac6af18abcd5bf188afbc821779ccb0ca0902
>+ LIB_GIT_REPO=git@github.com:mongodb-forks/spidermonkey.git
>+ 
>+-DEST_DIR=$(git rev-parse --show-toplevel)/src/third_party/mozjs
>++DEST_DIR=$(realpath .)
>+ 
>+-LIB_GIT_DIR=$(mktemp -d /tmp/import-spidermonkey.XXXXXX)
>++LIB_GIT_DIR=$(mktemp -d /var/tmp/import-spidermonkey.XXXXXX)
>+ trap "rm -rf $LIB_GIT_DIR" EXIT
>+ 
>+ git clone $LIB_GIT_REPO $LIB_GIT_DIR
>diff --git a/databases/mongodb60/pkg-descr b/databases/mongodb60/pkg-descr
>new file mode 100644
>index 000000000000..59930ca8f679
>--- /dev/null
>+++ b/databases/mongodb60/pkg-descr
>@@ -0,0 +1,3 @@
>+Mongo (from "humongous") is a high-performance, open source,
>+schema-free, document-oriented database. A common name in the
>+"NOSQL" community.
>diff --git a/databases/mongodb60/pkg-plist b/databases/mongodb60/pkg-plist
>new file mode 100644
>index 000000000000..feaf3313657d
>--- /dev/null
>+++ b/databases/mongodb60/pkg-plist
>@@ -0,0 +1,7 @@
>+bin/mongod
>+bin/mongos
>+@sample etc/mongodb.conf.sample
>+%%DOCSDIR%%/LICENSE-Community.txt
>+%%DOCSDIR%%/MPL-2
>+%%DOCSDIR%%/README
>+%%DOCSDIR%%/THIRD-PARTY-NOTICES

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ronald-lists: maintainer-approval+

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Attachments on bug 266394: 236535