Searched hist:170407 (Results 1 - 9 of 9) sorted by relevance
| /freebsd-9.3-release/sys/security/audit/ | ||
| H A D | audit.h | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| H A D | audit_arg.c | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| H A D | audit_syscalls.c | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| H A D | audit.c | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| /freebsd-9.3-release/sys/sys/ | ||
| H A D | ucred.h | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| H A D | proc.h | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| /freebsd-9.3-release/sys/kern/ | ||
| H A D | init_main.c | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| H A D | kern_exit.c | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
| H A D | kern_fork.c | diff 170407 Thu Jun 07 20:27:15 MDT 2007 rwatson Move per-process audit state from a pointer in the proc structure to embedded storage in struct ucred. This allows audit state to be cached with the thread, avoiding locking operations with each system call, and makes it available in asynchronous execution contexts, such as deep in the network stack or VFS. Reviewed by: csjp Approved by: re (kensmith) Obtained from: TrustedBSD Project |
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