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handler in the kernel at the same time. Also, allow for the exec_new_vmspace() code to build a different sized vmspace depending on the executable environment. This is a big help for execing i386 binaries on ia64. The ELF exec code grows the ability to map partial pages when there is a page size difference, eg: emulating 4K pages on 8K or 16K hardware pages. Flesh out the i386 emulation support for ia64. At this point, the only binary that I know of that fails is cvsup, because the cvsup runtime tries to execute code in pages not marked executable. Obtained from: dfr (mostly, many tweaks from me). |
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.. | ||
coff.h | ||
ibcs2_dirent.h | ||
ibcs2_errno.c | ||
ibcs2_errno.h | ||
ibcs2_fcntl.c | ||
ibcs2_fcntl.h | ||
ibcs2_ioctl.c | ||
ibcs2_ioctl.h | ||
ibcs2_ipc.c | ||
ibcs2_ipc.h | ||
ibcs2_isc_syscall.h | ||
ibcs2_isc_sysent.c | ||
ibcs2_isc.c | ||
ibcs2_misc.c | ||
ibcs2_mount.h | ||
ibcs2_msg.c | ||
ibcs2_other.c | ||
ibcs2_poll.h | ||
ibcs2_proto.h | ||
ibcs2_signal.c | ||
ibcs2_signal.h | ||
ibcs2_socksys.c | ||
ibcs2_socksys.h | ||
ibcs2_stat.c | ||
ibcs2_stat.h | ||
ibcs2_statfs.h | ||
ibcs2_stropts.h | ||
ibcs2_syscall.h | ||
ibcs2_sysent.c | ||
ibcs2_sysi86.c | ||
ibcs2_sysvec.c | ||
ibcs2_termios.h | ||
ibcs2_time.h | ||
ibcs2_types.h | ||
ibcs2_unistd.h | ||
ibcs2_ustat.h | ||
ibcs2_util.c | ||
ibcs2_util.h | ||
ibcs2_utime.h | ||
ibcs2_utsname.h | ||
ibcs2_xenix_syscall.h | ||
ibcs2_xenix_sysent.c | ||
ibcs2_xenix.c | ||
ibcs2_xenix.h | ||
imgact_coff.c | ||
Makefile | ||
syscalls.conf | ||
syscalls.isc | ||
syscalls.isc.conf | ||
syscalls.master | ||
syscalls.xenix | ||
syscalls.xenix.conf |