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Lines 207-215
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| 207 |
zlog_warn ("LSA: quagga_gettime failed, may fail LSA AGEs: %s", |
207 |
zlog_warn ("LSA: quagga_gettime failed, may fail LSA AGEs: %s", |
| 208 |
safe_strerror (errno)); |
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safe_strerror (errno)); |
| 209 |
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| 210 |
if (lsa->header->age >= htons (MAXAGE)) |
210 |
if (ntohs (lsa->header->age) >= MAXAGE) |
| 211 |
{ |
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{ |
| 212 |
/* LSA may have been prematurely aged */ |
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/* ospf6_lsa_premature_aging () sets age to MAXAGE; when using |
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relative time, we cannot compare against lsa birth time, so |
| 214 |
we catch this special case here. */ |
| 213 |
lsa->header->age = htons (MAXAGE); |
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lsa->header->age = htons (MAXAGE); |
| 214 |
return MAXAGE; |
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return MAXAGE; |
| 215 |
} |
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} |
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Lines 245-255
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| 245 |
THREAD_OFF (lsa->expire); |
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THREAD_OFF (lsa->expire); |
| 246 |
THREAD_OFF (lsa->refresh); |
248 |
THREAD_OFF (lsa->refresh); |
| 247 |
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| 248 |
/* |
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| 249 |
* The below technique to age out LSA does not work when using relative time |
| 250 |
* |
| 251 |
memset (&lsa->birth, 0, sizeof (struct timeval)); |
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*/ |
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lsa->header->age = htons (MAXAGE); |
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lsa->header->age = htons (MAXAGE); |
| 254 |
thread_execute (master, ospf6_lsa_expire, lsa, 0); |
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thread_execute (master, ospf6_lsa_expire, lsa, 0); |
| 255 |
} |
252 |
} |