def setrlimit(resource, limits):
if not (0 <= resource < lib.RLIM_NLIMITS):
return ValueError("invalid resource specified")
limits = tuple(limits)
if len(limits) != 2:
raise ValueError("expected a tuple of 2 integers")
if lib.my_setrlimit(resource, limits[0], limits[1]) == -1:
if ffi.errno == EINVAL:
raise ValueError("current limit exceeds maximum limit")
elif ffi.errno == EPERM:
raise ValueError("not allowed to raise maximum limit")
else:
raise error(ffi.errno)
def setrlimit(resource, limits):
if not (0 <= resource < lib.RLIM_NLIMITS):
return ValueError("invalid resource specified")
limits = tuple(limits)
if len(limits) != 2:
raise ValueError("expected a tuple of 2 integers")
# accept and round down floats, like CPython does
limit0 = int(limits[0])
limit1 = int(limits[1])
if lib.my_setrlimit(resource, limit0, limit1) == -1:
if ffi.errno == EINVAL:
raise ValueError("current limit exceeds maximum limit")
elif ffi.errno == EPERM:
raise ValueError("not allowed to raise maximum limit")
else:
raise error(ffi.errno)
def setrlimit(resource, limits):
if not (0 <= resource < lib.RLIM_NLIMITS):
return ValueError("invalid resource specified")
limits = tuple(limits)
if len(limits) != 2:
raise ValueError("expected a tuple of 2 integers")
# accept and round down floats, like CPython does
limit0 = int(limits[0])
limit1 = int(limits[1])
if lib.my_setrlimit(resource, limit0, limit1) == -1:
if ffi.errno == EINVAL:
raise ValueError("current limit exceeds maximum limit")
elif ffi.errno == EPERM:
raise ValueError("not allowed to raise maximum limit")
else:
raise error(ffi.errno)
