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19be56d8ce
Add a test to check that the getrlimit, setrlimit and prlimit functions and their 64-bit equivalent behave correctly with RLIM_INFINITY and RLIM64_INFINITY. For that it assumes that the prlimit64 function calls the syscall directly without translating the value and that the kernel uses the -1 value to represent infinity. It first finds a resource with the hard limit set to infinity so the soft limit can be manipulated easily and check for the consistency between the value set or get by the prlimit64 and the other functions. It is Linux specific add it uses the prlimit and prlimit64 functions. Changelog: * sysdeps/unix/sysv/linux/tst-rlimit-infinity.c: New file. * sysdeps/unix/sysv/linux/Makefile (tests): Add tst-rlimit-infinity. |
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.. | ||
alpha | ||
arm | ||
bsd | ||
i386 | ||
inet | ||
mips | ||
powerpc | ||
sh | ||
sysv/linux | ||
x86_64 | ||
clock_gettime.c | ||
clock_nanosleep.c | ||
clock_settime.c | ||
confstr.h | ||
get_child_max.c | ||
getlogin_r.c | ||
getlogin.c | ||
getpagesize.c | ||
grantpt.c | ||
ifreq.c | ||
Implies | ||
make-syscalls.sh | ||
Makefile | ||
s-proto-cancel.S | ||
s-proto.S | ||
setxid.h | ||
sockatmark.c | ||
stime.c | ||
syscall-template.S | ||
syscall.S | ||
syscalls.list | ||
sysdep.h |