def test_delete_watched_directory(p):
mkdir(p('dir'))
inotify = InotifyBuffer(p('dir').encode())
rm(p('dir'), recursive=True)
# Wait for the event to be picked up
inotify.read_event()
# Ensure InotifyBuffer shuts down cleanly without raising an exception
inotify.close()
def test_delete_watched_directory(p):
mkdir(p('dir'))
inotify = InotifyBuffer(p('dir').encode())
rm(p('dir'), recursive=True)
# Wait for the event to be picked up
inotify.read_event()
# Ensure InotifyBuffer shuts down cleanly without raising an exception
inotify.close()
def test_move_internal(p):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
inotify = InotifyBuffer(p('').encode(), recursive=True)
mv(p('dir1', 'a'), p('dir2', 'b'))
frm, to = wait_for_move_event(inotify.read_event)
assert frm.src_path == p('dir1', 'a').encode()
assert to.src_path == p('dir2', 'b').encode()
inotify.close()
def test_move_to(p):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
inotify = InotifyBuffer(p('dir2').encode())
mv(p('dir1', 'a'), p('dir2', 'b'))
event = wait_for_move_event(inotify.read_event)
assert event.is_moved_to
assert event.src_path == p('dir2', 'b').encode()
inotify.close()
def test_move_internal(p):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
inotify = InotifyBuffer(p('').encode(), recursive=True)
mv(p('dir1', 'a'), p('dir2', 'b'))
frm, to = wait_for_move_event(inotify.read_event)
assert frm.src_path == p('dir1', 'a').encode()
assert to.src_path == p('dir2', 'b').encode()
inotify.close()
def test_move_to(p):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
inotify = InotifyBuffer(p('dir2').encode())
mv(p('dir1', 'a'), p('dir2', 'b'))
event = wait_for_move_event(inotify.read_event)
assert event.is_moved_to
assert event.src_path == p('dir2', 'b').encode()
inotify.close()
def test_move_internal(p):
mkdir(p("dir1"))
mkdir(p("dir2"))
touch(p("dir1", "a"))
inotify = InotifyBuffer(p("").encode(), recursive=True)
mv(p("dir1", "a"), p("dir2", "b"))
frm, to = wait_for_move_event(inotify.read_event)
assert frm.src_path == p("dir1", "a").encode()
assert to.src_path == p("dir2", "b").encode()
inotify.close()
def test_move_to(p):
mkdir(p("dir1"))
mkdir(p("dir2"))
touch(p("dir1", "a"))
inotify = InotifyBuffer(p("dir2").encode())
mv(p("dir1", "a"), p("dir2", "b"))
event = wait_for_move_event(inotify.read_event)
assert event.is_moved_to
assert event.src_path == p("dir2", "b").encode()
inotify.close()
def test_unmount_watched_directory_filesystem(p):
mkdir(p('dir1'))
mount_tmpfs(p('dir1'))
mkdir(p('dir1/dir2'))
inotify = InotifyBuffer(p('dir1/dir2').encode())
unmount(p('dir1'))
# Wait for the event to be picked up
inotify.read_event()
# Ensure InotifyBuffer shuts down cleanly without raising an exception
inotify.close()
assert not inotify.is_alive()
def test_move_internal_batch(p):
n = 100
mkdir(p('dir1'))
mkdir(p('dir2'))
files = ['%d' % i for i in range(n)]
for f in files:
touch(p('dir1', f))
inotify = InotifyBuffer(p('').encode(), recursive=True)
random.shuffle(files)
for f in files:
mv(p('dir1', f), p('dir2', f))
# Check that all n events are paired
i = 0
while i < n:
frm, to = wait_for_move_event(inotify.read_event)
assert os.path.dirname(frm.src_path).endswith(b'/dir1')
assert os.path.dirname(to.src_path).endswith(b'/dir2')
assert frm.name == to.name
i += 1
inotify.close()
def test_move_internal_batch(p):
n = 100
mkdir(p('dir1'))
mkdir(p('dir2'))
files = ['%d' % i for i in range(n)]
for f in files:
touch(p('dir1', f))
inotify = InotifyBuffer(p('').encode(), recursive=True)
random.shuffle(files)
for f in files:
mv(p('dir1', f), p('dir2', f))
# Check that all n events are paired
i = 0
while i < n:
frm, to = wait_for_move_event(inotify.read_event)
assert os.path.dirname(frm.src_path).endswith(b'/dir1')
assert os.path.dirname(to.src_path).endswith(b'/dir2')
assert frm.name == to.name
i += 1
inotify.close()
def test_close_should_terminate_thread(p):
inotify = InotifyBuffer(p('').encode(), recursive=True)
assert inotify.is_alive()
inotify.close()
assert not inotify.is_alive()
def test_close_should_terminate_thread(p):
inotify = InotifyBuffer(p('').encode(), recursive=True)
assert inotify.is_alive()
inotify.close()
assert not inotify.is_alive()