Searched hist:151703 (Results 1 - 3 of 3) sorted by relevance
| /freebsd-10.1-release/sys/compat/ndis/ | ||
| H A D | subr_pe.c | diff 151703 Wed Oct 26 16:46:27 MDT 2005 wpaul Clean up and apply the fix for PR 83477. The calculation for locating the start of the section headers has to take into account the fact that the image_nt_header is really variable sized. It happens that the existing calculation is correct for _most_ production binaries produced by the Windows DDK, but if we get a binary with oddball offsets, the PE loader could crash. Changes from the supplied patch are: - We don't really need to use the IMAGE_SIZEOF_NT_HEADER() macro when computing how much of the header to return to callers of pe_get_optional_header(). While it's important to take the variable size of the header into account in other calculations, we never actually look at anything outside the non-variable portion of the header. This saves callers from having to allocate a variable sized buffer off the heap (I purposely tried to avoid using malloc() in subr_pe.c to make it easier to compile in both the -D_KERNEL and !-D_KERNEL case), and since we're copying into a buffer on the stack, we always have to copy the same amount of data or else we'll trash the stack something fierce. - We need <stddef.h> to get offsetof() in the !-D_KERNEL case. - ndiscvt.c needs the IMAGE_FIRST_SECTION() macro too, since it does a little bit of section pre-processing. PR: kern/83477 |
| H A D | pe_var.h | diff 151703 Wed Oct 26 16:46:27 MDT 2005 wpaul Clean up and apply the fix for PR 83477. The calculation for locating the start of the section headers has to take into account the fact that the image_nt_header is really variable sized. It happens that the existing calculation is correct for _most_ production binaries produced by the Windows DDK, but if we get a binary with oddball offsets, the PE loader could crash. Changes from the supplied patch are: - We don't really need to use the IMAGE_SIZEOF_NT_HEADER() macro when computing how much of the header to return to callers of pe_get_optional_header(). While it's important to take the variable size of the header into account in other calculations, we never actually look at anything outside the non-variable portion of the header. This saves callers from having to allocate a variable sized buffer off the heap (I purposely tried to avoid using malloc() in subr_pe.c to make it easier to compile in both the -D_KERNEL and !-D_KERNEL case), and since we're copying into a buffer on the stack, we always have to copy the same amount of data or else we'll trash the stack something fierce. - We need <stddef.h> to get offsetof() in the !-D_KERNEL case. - ndiscvt.c needs the IMAGE_FIRST_SECTION() macro too, since it does a little bit of section pre-processing. PR: kern/83477 |
| /freebsd-10.1-release/usr.sbin/ndiscvt/ | ||
| H A D | ndiscvt.c | diff 151703 Wed Oct 26 16:46:27 MDT 2005 wpaul Clean up and apply the fix for PR 83477. The calculation for locating the start of the section headers has to take into account the fact that the image_nt_header is really variable sized. It happens that the existing calculation is correct for _most_ production binaries produced by the Windows DDK, but if we get a binary with oddball offsets, the PE loader could crash. Changes from the supplied patch are: - We don't really need to use the IMAGE_SIZEOF_NT_HEADER() macro when computing how much of the header to return to callers of pe_get_optional_header(). While it's important to take the variable size of the header into account in other calculations, we never actually look at anything outside the non-variable portion of the header. This saves callers from having to allocate a variable sized buffer off the heap (I purposely tried to avoid using malloc() in subr_pe.c to make it easier to compile in both the -D_KERNEL and !-D_KERNEL case), and since we're copying into a buffer on the stack, we always have to copy the same amount of data or else we'll trash the stack something fierce. - We need <stddef.h> to get offsetof() in the !-D_KERNEL case. - ndiscvt.c needs the IMAGE_FIRST_SECTION() macro too, since it does a little bit of section pre-processing. PR: kern/83477 |
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