Searched hist:220206 (Results 1 - 7 of 7) sorted by relevance
| /freebsd-9.3-release/sys/netipsec/ | ||
| H A D | xform.h | diff 220206 Thu Mar 31 13:24:23 MDT 2011 fabient Optimisation in IPSEC(4): - Remove contention on ISR during the crypto operation by using rwlock(9). - Remove a second lookup of the SA in the callback. Gain on 6 cores CPU with SHA1/AES128 can be up to 30%. Reviewed by: vanhu MFC after: 1 month |
| H A D | key.h | diff 220206 Thu Mar 31 13:24:23 MDT 2011 fabient Optimisation in IPSEC(4): - Remove contention on ISR during the crypto operation by using rwlock(9). - Remove a second lookup of the SA in the callback. Gain on 6 cores CPU with SHA1/AES128 can be up to 30%. Reviewed by: vanhu MFC after: 1 month |
| H A D | ipsec.h | diff 220206 Thu Mar 31 13:24:23 MDT 2011 fabient Optimisation in IPSEC(4): - Remove contention on ISR during the crypto operation by using rwlock(9). - Remove a second lookup of the SA in the callback. Gain on 6 cores CPU with SHA1/AES128 can be up to 30%. Reviewed by: vanhu MFC after: 1 month |
| H A D | xform_ah.c | diff 220206 Thu Mar 31 13:24:23 MDT 2011 fabient Optimisation in IPSEC(4): - Remove contention on ISR during the crypto operation by using rwlock(9). - Remove a second lookup of the SA in the callback. Gain on 6 cores CPU with SHA1/AES128 can be up to 30%. Reviewed by: vanhu MFC after: 1 month |
| H A D | xform_ipcomp.c | diff 220206 Thu Mar 31 13:24:23 MDT 2011 fabient Optimisation in IPSEC(4): - Remove contention on ISR during the crypto operation by using rwlock(9). - Remove a second lookup of the SA in the callback. Gain on 6 cores CPU with SHA1/AES128 can be up to 30%. Reviewed by: vanhu MFC after: 1 month |
| H A D | xform_esp.c | diff 220206 Thu Mar 31 13:24:23 MDT 2011 fabient Optimisation in IPSEC(4): - Remove contention on ISR during the crypto operation by using rwlock(9). - Remove a second lookup of the SA in the callback. Gain on 6 cores CPU with SHA1/AES128 can be up to 30%. Reviewed by: vanhu MFC after: 1 month |
| H A D | key.c | diff 220206 Thu Mar 31 13:24:23 MDT 2011 fabient Optimisation in IPSEC(4): - Remove contention on ISR during the crypto operation by using rwlock(9). - Remove a second lookup of the SA in the callback. Gain on 6 cores CPU with SHA1/AES128 can be up to 30%. Reviewed by: vanhu MFC after: 1 month |
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