syzkaller/sys/netbsd/sys.txt
Dmitry Vyukov f01cb93788 pkg/compiler: make signalno a type alias
We don't need compiler support for such things anymore,
now we simply can do:

type signalno int32[0:65]
2018-01-08 12:52:31 +01:00

368 lines
9.0 KiB
Plaintext

# Copyright 2017 syzkaller project authors. All rights reserved.
# Use of this source code is governed by Apache 2 LICENSE that can be found in the LICENSE file.
include <sys/types.h>
include <sys/mman.h>
include <sys/stat.h>
include <fcntl.h>
include <unistd.h>
include <sys/time.h>
include <dirent.h>
include <poll.h>
include <sys/select.h>
include <sys/param.h>
include <sys/resource.h>
include <time.h>
include <signal.h>
include <sys/wait.h>
pipe(pipefd ptr[out, pipefd])
stat(file ptr[in, filename], statbuf ptr[out, stat])
lstat(file ptr[in, filename], statbuf ptr[out, stat])
poll(fds ptr[in, array[pollfd]], nfds len[fds], timeout int32)
select(n len[inp], inp ptr[inout, fd_set], outp ptr[inout, fd_set], exp ptr[inout, fd_set], tvp ptr[inout, timeval])
mincore(addr vma, size len[addr], vec buffer[out])
fcntl$dupfd(fd fd, cmd flags[fcntl_dupfd], arg fd) fd
fcntl$getflags(fd fd, cmd flags[fcntl_getflags])
fcntl$setflags(fd fd, cmd const[F_SETFD], flags flags[fcntl_flags])
fcntl$setstatus(fd fd, cmd const[F_SETFL], flags flags[fcntl_status])
fcntl$lock(fd fd, cmd flags[fcntl_lock], lock ptr[in, flock])
fcntl$getown(fd fd, cmd const[F_GETOWN]) pid
fcntl$setown(fd fd, cmd const[F_SETOWN], pid pid)
mknod(file ptr[in, filename], mode flags[mknod_mode], dev int32)
mknod$loop(file ptr[in, filename], mode flags[mknod_mode], dev proc[1792, 2])
mknodat(dirfd fd_dir, file ptr[in, filename], mode flags[mknod_mode], dev int32)
chmod(file ptr[in, filename], mode flags[open_mode])
fchmod(fd fd, mode flags[open_mode])
fchmodat(dirfd fd_dir, file ptr[in, filename], mode flags[open_mode], flags flags[at_flags])
chown(file ptr[in, filename], uid uid, gid gid)
lchown(file ptr[in, filename], uid uid, gid gid)
fchown(fd fd, uid uid, gid gid)
fchownat(dirfd fd_dir, file ptr[in, filename], uid uid, gid gid, flags flags[at_flags])
faccessat(dirfd fd_dir, pathname ptr[in, filename], mode flags[open_mode], flags flags[faccessat_flags])
utimes(filename ptr[in, filename], times ptr[in, itimerval])
utimensat(dir fd_dir, pathname ptr[in, filename], times ptr[in, itimerval], flags flags[utimensat_flags])
execve(file ptr[in, filename], argv ptr[in, array[ptr[in, string]]], envp ptr[in, array[ptr[in, string]]])
getgid() gid
getegid() gid
setuid(uid uid)
setgid(gid gid)
seteuid(euid uid)
setegid(egid gid)
getuid() uid
geteuid() uid
setpgid(pid pid, pgid pid)
getpgid(pid pid) pid
getpgrp() pid
getpid() pid
getppid() pid
setreuid(ruid uid, euid uid)
setregid(rgid gid, egid gid)
getgroups(size len[list], list ptr[inout, array[gid]])
setgroups(size len[list], list ptr[in, array[gid]])
link(old ptr[in, filename], new ptr[in, filename])
linkat(oldfd fd_dir, old ptr[in, filename], newfd fd_dir, new ptr[in, filename], flags flags[linkat_flags])
symlinkat(old ptr[in, filename], newfd fd_dir, new ptr[in, filename])
symlink(old ptr[in, filename], new ptr[in, filename])
unlink(path ptr[in, filename])
unlinkat(fd fd_dir, path ptr[in, filename], flags flags[unlinkat_flags])
readlink(path ptr[in, filename], buf buffer[out], siz len[buf])
readlinkat(fd fd_dir, path ptr[in, filename], buf buffer[out], siz len[buf])
rename(old ptr[in, filename], new ptr[in, filename])
renameat(oldfd fd_dir, old ptr[in, filename], newfd fd_dir, new ptr[in, filename])
mkdir(path ptr[in, filename], mode flags[open_mode])
mkdirat(fd fd_dir, path ptr[in, filename], mode flags[open_mode])
rmdir(path ptr[in, filename])
truncate(file ptr[in, filename], len intptr)
ftruncate(fd fd, len intptr)
flock(fd fd, op flags[flock_op])
fsync(fd fd)
fdatasync(fd fd)
sync()
getdents(fd fd_dir, ent buffer[out], count len[ent])
chroot(dir ptr[in, filename])
fchroot(fd fd)
chdir(dir ptr[in, filename])
fchdir(fd fd)
getrusage(who flags[rusage_who], usage ptr[out, rusage])
getrlimit(res flags[rlimit_type], rlim ptr[out, rlimit])
setrlimit(res flags[rlimit_type], rlim ptr[in, rlimit])
clock_gettime(id flags[clock_id], tp ptr[out, timespec])
clock_settime(id flags[clock_id], tp ptr[in, timespec])
clock_getres(id flags[clock_id], tp ptr[out, timespec])
clock_nanosleep(id flags[clock_id], flags flags[timer_flags], rqtp ptr[in, timespec], rmtp ptr[out, timespec, opt])
nanosleep(req ptr[in, timespec], rem ptr[out, timespec, opt])
getitimer(which flags[getitimer_which], cur ptr[out, itimerval])
setitimer(which flags[getitimer_which], new ptr[in, itimerval], old ptr[out, itimerval, opt])
wait4(pid pid, status ptr[out, int32, opt], options flags[wait_options], ru ptr[out, rusage, opt])
pollfd {
fd fd
events flags[pollfd_events, int16]
revents const[0, int16]
}
sigset {
mask int64
}
sigset_size {
ss ptr[inout, sigset]
len len[ss, intptr]
}
resource time_sec[intptr]
resource time_nsec[intptr]
resource time_usec[intptr]
# prog knowns about this struct type
timespec {
sec intptr
nsec intptr
}
# prog knowns about this struct type
timeval {
sec intptr
usec intptr
}
statx_timestamp {
sec int64
nsec int32
__reserved int32
}
itimerspec {
interv timespec
value timespec
}
itimerval {
interv timeval
value timeval
}
utimbuf {
actime intptr
modtime intptr
}
io_event {
data int64
obj int64
res int64
res2 int32
}
cap_header {
var flags[cap_version, int32]
pid pid
}
cap_data {
eff0 int32
perm0 int32
inher0 int32
eff1 int32
perm1 int32
inher1 int32
}
# TODO: fd_set needs to be a separate type
fd_set {
mask0 int64
mask1 int64
mask2 int64
mask3 int64
mask4 int64
mask5 int64
mask6 int64
mask7 int64
}
sock_fprog {
len len[filter, int16]
filter ptr[in, array[sock_filter]]
}
sock_filter {
code int16
jt int8
jf int8
k int32
}
file_handle {
bytes len[parent, int32]
type int32
handle array[int8]
}
mq_attr {
flags intptr
maxmsg intptr
msgsize intptr
curmsg intptr
res0 intptr
res1 intptr
res2 intptr
res3 intptr
}
kexec_segment {
buf buffer[in]
sz len[buf, intptr]
# TODO: this is address in kernel
mem intptr
memsz intptr
}
robust_list {
next vma
off intptr
pend vma
}
rusage {
utime timeval
stime timeval
maxrss intptr
ixrss intptr
idrss intptr
isrss intptr
minflt intptr
majflt intptr
nswap intptr
inblock intptr
oublock intptr
msgsnd intptr
msgrcv intptr
signals intptr
nvcsw intptr
nivcsw intptr
}
rlimit {
soft intptr
hard intptr
}
tms {
utime intptr
stime intptr
cutime intptr
cstime intptr
}
timex {
stuff0 intptr
stuff1 intptr
stuff2 intptr
stuff3 intptr
stuff4 intptr
stuff5 intptr
stuff6 intptr
stuff7 intptr
stuff8 intptr
stuff9 intptr
stuff10 intptr
stuff11 intptr
stuff12 intptr
stuff13 intptr
stuff14 intptr
stuff15 intptr
stuff16 intptr
stuff17 intptr
stuff18 intptr
stuff19 intptr
stuff20 intptr
stuff21 intptr
stuff22 intptr
stuff23 intptr
stuff24 intptr
stuff25 intptr
}
ustat {
free int32
inode intptr
nampac0 int32
nampac1 int32
nampac2 int32
}
user_desc {
entry_number int32
# Base should be vma and limit should be len[base]
# But these fields are int32, so we can't use vma.
base_addr flags[user_desc_bases, int32]
limit flags[user_desc_limits, int32]
seg_32bit int32:1
contents int32:2
read_exec_only int32:1
limit_in_pages int32:1
seg_not_present int32:1
useable int32:1
lm int32:1
}
user_desc_bases = 0, 4096, 1048576, 536870912, 536872960, 536875008, 0xffffffff
user_desc_limits = 0, 1024, 4096, 8192, 16384, 0xffffffff
flock {
type flags[flock_type, int16]
whence flags[seek_whence, int16]
start intptr
len intptr
pid pid
}
linger {
onoff int32
linger int32
}
ucred {
pid pid
uid uid
gid gid
}
fadvise_flags = POSIX_FADV_NORMAL, POSIX_FADV_SEQUENTIAL, POSIX_FADV_RANDOM, POSIX_FADV_NOREUSE, POSIX_FADV_WILLNEED, POSIX_FADV_DONTNEED
clock_type = CLOCK_REALTIME, CLOCK_MONOTONIC, CLOCK_PROCESS_CPUTIME_ID, CLOCK_THREAD_CPUTIME_ID
cap_version = 0x19980330, 0x20071026, 0x20080522
pollfd_events = POLLIN, POLLPRI, POLLOUT, POLLERR, POLLHUP, POLLNVAL, POLLRDNORM, POLLRDBAND, POLLWRNORM, POLLWRBAND
mknod_mode = S_IFREG, S_IFCHR, S_IFBLK, S_IFIFO, S_IFSOCK, S_IRUSR, S_IWUSR, S_IXUSR, S_IRGRP, S_IWGRP, S_IXGRP, S_IROTH, S_IWOTH, S_IXOTH
at_flags = AT_SYMLINK_NOFOLLOW, AT_SYMLINK_FOLLOW
linkat_flags = AT_SYMLINK_FOLLOW
unlinkat_flags = 0, AT_REMOVEDIR
flock_op = LOCK_SH, LOCK_EX, LOCK_UN, LOCK_NB
faccessat_flags = AT_EACCESS, AT_SYMLINK_NOFOLLOW
rusage_who = RUSAGE_SELF, RUSAGE_CHILDREN
rlimit_type = RLIMIT_AS, RLIMIT_CORE, RLIMIT_CPU, RLIMIT_DATA, RLIMIT_FSIZE, RLIMIT_MEMLOCK, RLIMIT_NOFILE, RLIMIT_NPROC, RLIMIT_RSS, RLIMIT_STACK, RLIMIT_NTHR, RLIMIT_STACK
clock_id = CLOCK_REALTIME, CLOCK_MONOTONIC, CLOCK_PROCESS_CPUTIME_ID, CLOCK_THREAD_CPUTIME_ID, CLOCK_VIRTUAL, CLOCK_PROF
sigprocmask_how = SIG_BLOCK, SIG_UNBLOCK, SIG_SETMASK
getitimer_which = ITIMER_REAL, ITIMER_VIRTUAL, ITIMER_PROF, ITIMER_MONOTONIC
wait_options = WALLSIG, WALTSIG, WCONTINUED, WEXITED, WNOHANG, WNOZOMBIE, WSTOPPED, WTRAPPED, WUNTRACED
waitid_which = P_PID, P_PGID, P_ALL
timer_flags = 0, TIMER_ABSTIME
utimensat_flags = 0, AT_SYMLINK_NOFOLLOW
priority_which = PRIO_PROCESS, PRIO_PGRP, PRIO_USER
fcntl_dupfd = F_DUPFD, F_DUPFD_CLOEXEC
fcntl_getflags = F_GETFD, F_GETFL
fcntl_lock = F_SETLK, F_SETLKW, F_GETLK
fcntl_flags = FD_CLOEXEC
fcntl_status = O_APPEND, O_ASYNC, O_NONBLOCK, O_DSYNC, O_RSYNC, O_ALT_IO, O_DIRECT, O_NOSIGPIPE
flock_type = F_RDLCK, F_WRLCK, F_UNLCK