Searched hist:212722 (Results 1 - 7 of 7) sorted by relevance

/freebsd-10.2-release/sys/powerpc/include/
H A Dsr.hdiff 212722 Thu Sep 16 04:00:22 MDT 2010 nwhitehorn Split the SLB mirror cache into two kinds of object, one for kernel maps
which are similar to the previous ones, and one for user maps, which
are arrays of pointers into the SLB tree. This changes makes user SLB
updates atomic, closing a window for memory corruption. While here,
rearrange the allocation functions to make context switches faster.
H A Dpcpu.hdiff 212722 Thu Sep 16 04:00:22 MDT 2010 nwhitehorn Split the SLB mirror cache into two kinds of object, one for kernel maps
which are similar to the previous ones, and one for user maps, which
are arrays of pointers into the SLB tree. This changes makes user SLB
updates atomic, closing a window for memory corruption. While here,
rearrange the allocation functions to make context switches faster.
H A Dpmap.hdiff 212722 Thu Sep 16 04:00:22 MDT 2010 nwhitehorn Split the SLB mirror cache into two kinds of object, one for kernel maps
which are similar to the previous ones, and one for user maps, which
are arrays of pointers into the SLB tree. This changes makes user SLB
updates atomic, closing a window for memory corruption. While here,
rearrange the allocation functions to make context switches faster.
/freebsd-10.2-release/sys/powerpc/aim/
H A Dslb.cdiff 212722 Thu Sep 16 04:00:22 MDT 2010 nwhitehorn Split the SLB mirror cache into two kinds of object, one for kernel maps
which are similar to the previous ones, and one for user maps, which
are arrays of pointers into the SLB tree. This changes makes user SLB
updates atomic, closing a window for memory corruption. While here,
rearrange the allocation functions to make context switches faster.
H A Dtrap_subr64.Sdiff 212722 Thu Sep 16 04:00:22 MDT 2010 nwhitehorn Split the SLB mirror cache into two kinds of object, one for kernel maps
which are similar to the previous ones, and one for user maps, which
are arrays of pointers into the SLB tree. This changes makes user SLB
updates atomic, closing a window for memory corruption. While here,
rearrange the allocation functions to make context switches faster.
H A Dtrap.cdiff 212722 Thu Sep 16 04:00:22 MDT 2010 nwhitehorn Split the SLB mirror cache into two kinds of object, one for kernel maps
which are similar to the previous ones, and one for user maps, which
are arrays of pointers into the SLB tree. This changes makes user SLB
updates atomic, closing a window for memory corruption. While here,
rearrange the allocation functions to make context switches faster.
H A Dmmu_oea64.cdiff 212722 Thu Sep 16 04:00:22 MDT 2010 nwhitehorn Split the SLB mirror cache into two kinds of object, one for kernel maps
which are similar to the previous ones, and one for user maps, which
are arrays of pointers into the SLB tree. This changes makes user SLB
updates atomic, closing a window for memory corruption. While here,
rearrange the allocation functions to make context switches faster.

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