def start_watching(path=None):
path = p('') if path is None else path
global emitter
emitter = Emitter(event_queue, ObservedWatch(path, recursive=True))
if platform.is_darwin():
# FSEvents will report old evens (like create for mkdtemp in test
# setup. Waiting for a considerable time seems to 'flush' the events.
time.sleep(10)
emitter.start()
def start_watching(path=None):
path = p('') if path is None else path
global emitter
emitter = Emitter(event_queue, ObservedWatch(path, recursive=True))
if platform.is_darwin():
# FSEvents will report old evens (like create for mkdtemp in test
# setup. Waiting for a considerable time seems to 'flush' the events.
time.sleep(10)
emitter.start()
def test_passing_bytes_should_give_bytes(p):
path = p('').encode()
event_queue = Queue()
emitter = Emitter(event_queue, ObservedWatch(path, recursive=True))
emitter.start()
touch(p('a'))
event = event_queue.get(timeout=5)[0]
assert isinstance(event.src_path, bytes)
def _setup_emitter(path):
event_queue = Queue()
if platform.is_darwin():
# FSEvents will report old evens (like create for mkdtemp in test
# setup. Waiting for a considerable time seems to 'flush' the events.
time.sleep(10)
emitter = Emitter(event_queue, ObservedWatch(path, recursive=True))
emitter.start()
return event_queue, emitter
def test_passing_bytes_should_give_bytes(p):
from watchdog.utils.unicode_paths import bytes_cls
path = bytes_cls(p(''), 'ascii')
assert isinstance(p(''), bytes_cls)
event_queue = Queue()
emitter = Emitter(event_queue, ObservedWatch(path, recursive=True))
emitter.start()
touch(p('a'))
event = event_queue.get(timeout=5)[0]
assert isinstance(event.src_path, bytes_cls)
def _setup_emitter(path):
event_queue = Queue()
if platform.is_darwin():
# FSEvents will report old evens (like create for mkdtemp in test
# setup. Waiting for a considerable time seems to 'flush' the events.
time.sleep(10)
emitter = Emitter(event_queue, ObservedWatch(path, recursive=True))
emitter.start()
return event_queue, emitter
def test_passing_bytes_should_give_bytes(p):
from watchdog.utils.unicode_paths import bytes_cls
path = bytes_cls(p(''), 'ascii')
assert isinstance(p(''), bytes_cls)
event_queue = Queue()
emitter = Emitter(event_queue, ObservedWatch(path, recursive=True))
emitter.start()
touch(p('a'))
event = event_queue.get(timeout=5)[0]
assert isinstance(event.src_path, bytes_cls)
def makeEmitter(self, path=None):
"""
Return a new emitter monitoring `path`.
"""
return InotifyEmitter(
event_queue=self.emitter_queue,
watch=self.ObservedWatch(path=path),
timeout=0,
)
def test_close_clean(tmpdir):
"""
On InotifyBuffer.close() InotifyBuffer.read_event() is un-blocked so that
Inotify thread waiting for it can be closed.
This is also a test for Inotify.queue_events handling of STOP_EVENT and
InotifyBuffer.close() is test as side effect of Inotify.stop()
"""
watch = ObservedWatch(path=tmpdir, recursive=False)
emitter = InotifyEmitter([], watch)
emitter.start()
emitter.stop()
emitter.join(1)
assert not emitter.isAlive()
def test_close_clean(tmpdir):
"""
On InotifyBuffer.close() InotifyBuffer.read_event() is un-blocked so that
Inotify thread waiting for it can be closed.
This is also a test for Inotify.queue_events handling of STOP_EVENT and
InotifyBuffer.close() is test as side effect of Inotify.stop()
"""
watch = ObservedWatch(path=tmpdir, recursive=False)
emitter = InotifyEmitter([], watch)
emitter.start()
emitter.stop()
emitter.join(1)
assert not emitter.isAlive()
