def msg(self, message):
"""
Print *message*.
"""
with self._lock:
until_not_interrupted(self._write, message + "\n")
until_not_interrupted(self._flush)
def msg(self, message: bytes) -> None:
"""
Write *message*.
"""
with self._lock:
until_not_interrupted(self._write, message + b"\n")
until_not_interrupted(self._flush)
def msg(self, message):
"""
Print *message*.
"""
with self._lock:
until_not_interrupted(self._write, message + "\n")
until_not_interrupted(self._flush)
def test_retries_on_EINTR(self):
calls = [0]
def raise_on_first_three():
if calls[0] < 3:
calls[0] += 1
raise IOError(errno.EINTR)
until_not_interrupted(raise_on_first_three)
assert 3 == calls[0]
def __call__(self, eventDict):
until_not_interrupted(self._write, textFromEventDict(eventDict) + "\n")
until_not_interrupted(self._flush)
def test_leaves_unrelated_exceptions_through(self):
exc = IOError
with pytest.raises(exc):
until_not_interrupted(raiser(exc('not EINTR')))
def test_passes_arguments_and_returns_return_value(self):
def returner(*args, **kw):
return args, kw
assert ((42,), {'x': 23}) == until_not_interrupted(returner, 42, x=23)
def msg(self, message):
"""
Print *message*.
"""
until_not_interrupted(self._write, message + '\n')
until_not_interrupted(self._flush)
def __call__(self, eventDict):
until_not_interrupted(self._write, textFromEventDict(eventDict) + '\n')
until_not_interrupted(self._flush)
