def test_replace_same_folder(self):
mkdir(p('dir1'))
touch(p('dir1', 'a'))
touch(p('dir1', 'b'))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
mv(p('dir1', 'a'), p('dir1', 'b'))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {
'files_deleted': [
p('dir1', 'b'),
],
'files_moved': [
(p('dir1', 'a'), p('dir1', 'b')),
],
'dirs_modified': [
p('dir1'),
]
}
self.verify(expected, changes)
def test_replace_in_other_folder(self):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
touch(p('dir2', 'a'))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
# This case didn't work until the associated changes in disnapshot.py
mv(p('dir1', 'a'), p('dir2', 'a'))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {
'files_deleted': [
p('dir2', 'a'),
],
'files_moved': [
(p('dir1', 'a'), p('dir2', 'a')),
],
'dirs_modified': [
p('dir1'),
p('dir2'),
]
}
self.verify(expected, changes)
def test___init__(self):
SLEEP_TIME = 0.4
self.emitter.start()
sleep(SLEEP_TIME)
mkdir(p('project'))
sleep(SLEEP_TIME)
mkdir(p('project', 'blah'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
touch(p('fromfile'))
sleep(SLEEP_TIME)
mv(p('fromfile'), p('project', 'tofile'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
mv(p('project', 'blah'), p('project', 'boo'))
sleep(SLEEP_TIME)
rm(p('project'), recursive=True)
sleep(SLEEP_TIME)
rm(p('afile'))
sleep(SLEEP_TIME)
self.emitter.stop()
# What we need here for the tests to pass is a collection type
# that is:
# * unordered
# * non-unique
# A multiset! Python's collections.Counter class seems appropriate.
expected = set([
DirModifiedEvent(p()),
DirCreatedEvent(p('project')),
DirModifiedEvent(p('project')),
DirCreatedEvent(p('project', 'blah')),
FileCreatedEvent(p('afile')),
DirModifiedEvent(p()),
FileCreatedEvent(p('fromfile')),
DirModifiedEvent(p()),
DirModifiedEvent(p()),
FileMovedEvent(p('fromfile'), p('project', 'tofile')),
FileModifiedEvent(p('afile')),
DirModifiedEvent(p('project')),
DirMovedEvent(p('project', 'blah'), p('project', 'boo')),
DirModifiedEvent(p()),
FileDeletedEvent(p('project', 'boo')),
DirDeletedEvent(p('project', 'boo')),
DirDeletedEvent(p('project')),
DirModifiedEvent(p()),
FileDeletedEvent(p('afile')),
])
got = set()
while True:
try:
event, _ = self.event_queue.get_nowait()
got.add(event)
except queue.Empty:
break
assert_equal(expected, got)
def test___init__(self):
SLEEP_TIME = 1
self.emitter.start()
sleep(SLEEP_TIME)
mkdir(p('fromdir'))
sleep(SLEEP_TIME)
mv(p('fromdir'), p('todir'))
sleep(SLEEP_TIME)
self.emitter.stop()
# What we need here for the tests to pass is a collection type
# that is:
# * unordered
# * non-unique
# A multiset! Python's collections.Counter class seems appropriate.
expected = set([
DirCreatedEvent(p('fromdir')),
DirMovedEvent(p('fromdir'),p('todir')),
])
got = set()
while True:
try:
event, _ = self.event_queue.get_nowait()
got.add(event)
except queue.Empty:
break
print(got)
self.assertEqual(expected, got)
def test_mv_file_to_other_sibling_folder(self):
mkdir(p("dir1"))
mkdir(p("dir2"))
touch(p("dir1", "a"))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
mv(p("dir1", "a"), p("dir2", "x"))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {"files_moved": [(p("dir1", "a"), p("dir2", "x"))], "dirs_modified": [p("dir1"), p("dir2")]}
self.verify(expected, changes)
def test_replace_same_folder(self):
mkdir(p("dir1"))
touch(p("dir1", "a"))
touch(p("dir1", "b"))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
mv(p("dir1", "a"), p("dir1", "b"))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {"files_moved": [(p("dir1", "a"), p("dir1", "b"))], "dirs_modified": [p("dir1")]}
self.verify(expected, changes)
def test_replace_in_other_folder(self):
mkdir(p("dir1"))
mkdir(p("dir2"))
touch(p("dir1", "a"))
touch(p("dir2", "a"))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
# This case didn't work until the associated changes in disnapshot.py
mv(p("dir1", "a"), p("dir2", "a"))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {"files_moved": [(p("dir1", "a"), p("dir2", "a"))], "dirs_modified": [p("dir1"), p("dir2")]}
self.verify(expected, changes)
def test_mv_file_to_other_sibling_folder(self):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
mv(p('dir1', 'a'), p('dir2', 'x'))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {
'files_moved': [(p('dir1', 'a'), p('dir2', 'x')), ],
'dirs_modified': [p('dir1'), p('dir2'), ]
}
self.verify(expected, changes)
def test_replace_same_folder(self):
mkdir(p('dir1'))
touch(p('dir1', 'a'))
touch(p('dir1', 'b'))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
mv(p('dir1', 'a'), p('dir1', 'b'))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {
'files_moved': [(p('dir1', 'a'), p('dir1', 'b')), ],
'dirs_modified': [p('dir1'), ]
}
self.verify(expected, changes)
def test_replace_in_other_folder(self):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
touch(p('dir2', 'a'))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
# This case didn't work until the associated changes in disnapshot.py
mv(p('dir1', 'a'), p('dir2', 'a'))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {
'files_deleted': [ p('dir2', 'a'), ],
'files_moved': [ (p('dir1', 'a'), p('dir2', 'a')), ],
'dirs_modified': [ p('dir1'), p('dir2'), ]
}
self.verify(expected, changes)
def test_mv_file_to_other_sibling_folder(self):
mkdir(p('dir1'))
mkdir(p('dir2'))
touch(p('dir1', 'a'))
snapBefore = DirectorySnapshot(temp_dir)
sleep(1)
mv(p('dir1', 'a'), p('dir2', 'x'))
snapAfter = DirectorySnapshot(temp_dir)
changes = snapAfter - snapBefore
expected = {
'files_moved': [
(p('dir1', 'a'), p('dir2', 'x')),
],
'dirs_modified': [
p('dir1'),
p('dir2'),
]
}
self.verify(expected, changes)
def test_create_mv_a_b(self):
touch(p('a'))
self.start()
self.fs(lambda: mv(p('a'), p('b')))
expected = [
FileMovedEvent(p('a'), p('b')),
DirModifiedEvent(p()),
]
got = self.collect_results()
self.assertEqual(expected, got)
def test_create_mv_a_b(self):
touch(p('a'))
self.start()
self.fs(lambda: mv(p('a'), p('b')))
expected = [
FileMovedEvent(p('a'), p('b')),
DirModifiedEvent(p()),
]
got = self.collect_results()
self.assertEqual(expected, got)
def test___init__(self):
SLEEP_TIME = 0.4
self.emitter.start()
sleep(SLEEP_TIME)
mkdir(p('project'))
sleep(SLEEP_TIME)
mkdir(p('project', 'blah'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
touch(p('fromfile'))
sleep(SLEEP_TIME)
mv(p('fromfile'), p('project', 'tofile'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
mv(p('project', 'blah'), p('project', 'boo'))
sleep(SLEEP_TIME)
rm(p('project'), recursive=True)
sleep(SLEEP_TIME)
rm(p('afile'))
sleep(SLEEP_TIME)
self.emitter.stop()
# What we need here for the tests to pass is a collection type
# that is:
# * unordered
# * non-unique
# A multiset! Python's collections.Counter class seems appropriate.
expected = set([
DirModifiedEvent(p()),
DirCreatedEvent(p('project')),
DirModifiedEvent(p('project')),
DirCreatedEvent(p('project', 'blah')),
FileCreatedEvent(p('afile')),
DirModifiedEvent(p()),
FileCreatedEvent(p('fromfile')),
DirModifiedEvent(p()),
DirModifiedEvent(p()),
FileMovedEvent(p('fromfile'), p('project', 'tofile')),
FileModifiedEvent(p('afile')),
DirModifiedEvent(p('project')),
DirMovedEvent(p('project', 'blah'), p('project', 'boo')),
DirModifiedEvent(p()),
FileDeletedEvent(p('project', 'boo')),
DirDeletedEvent(p('project', 'boo')),
DirDeletedEvent(p('project')),
DirModifiedEvent(p()),
FileDeletedEvent(p('afile')),
])
got = set()
while True:
try:
event, _ = self.event_queue.get_nowait()
got.add(event)
except queue.Empty:
break
self.assertEqual(expected, got)
def test___init__(self):
SLEEP_TIME = 0.4
self.emitter.start()
sleep(SLEEP_TIME)
mkdir(p('project'))
sleep(SLEEP_TIME)
mkdir(p('project', 'blah'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
touch(p('fromfile'))
sleep(SLEEP_TIME)
mv(p('fromfile'), p('project', 'tofile'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
mv(p('project', 'blah'), p('project', 'boo'))
sleep(SLEEP_TIME)
rm(p('project'), recursive=True)
sleep(SLEEP_TIME)
rm(p('afile'))
sleep(SLEEP_TIME)
self.emitter.stop()
# What we need here for the tests to pass is a collection type
# that is:
# * unordered
# * non-unique
# A multiset! Python's collections.Counter class seems appropriate.
expected = set(
[
DirModifiedEvent(p()),
DirCreatedEvent(p('project')),
DirModifiedEvent(p('project')),
DirCreatedEvent(p('project', 'blah')),
FileCreatedEvent(p('afile')),
DirModifiedEvent(p()),
FileCreatedEvent(p('fromfile')),
DirModifiedEvent(p()),
DirModifiedEvent(p()),
FileModifiedEvent(p('afile')),
DirModifiedEvent(p('project')),
DirModifiedEvent(p()),
FileDeletedEvent(p('project', 'tofile')),
DirDeletedEvent(p('project', 'boo')),
DirDeletedEvent(p('project')),
DirModifiedEvent(p()),
FileDeletedEvent(p('afile')),
]
)
if sys.platform.startswith("win"):
# On Windows depending on circumstances, a rename may turn into a Delete/Create
expected.add(FileDeletedEvent(p('fromfile')))
expected.add(FileCreatedEvent(p('project', 'tofile')))
expected.add(DirCreatedEvent(p('project', 'boo')))
expected.add(DirDeletedEvent(p('project', 'blah')))
else:
expected.add(FileMovedEvent(p('fromfile'), p('project', 'tofile')))
expected.add(DirMovedEvent(p('project', 'blah'), p('project', 'boo')))
got = set()
while True:
try:
event, _ = self.event_queue.get_nowait()
got.add(event)
except queue.Empty:
break
self.assertEqual(expected, got)
def test___init__(self):
SLEEP_TIME = 0.4
self.emitter.start()
sleep(SLEEP_TIME)
mkdir(p('project'))
sleep(SLEEP_TIME)
mkdir(p('project', 'blah'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
touch(p('fromfile'))
sleep(SLEEP_TIME)
mv(p('fromfile'), p('project', 'tofile'))
sleep(SLEEP_TIME)
touch(p('afile'))
sleep(SLEEP_TIME)
mv(p('project', 'blah'), p('project', 'boo'))
sleep(SLEEP_TIME)
rm(p('project'), recursive=True)
sleep(SLEEP_TIME)
rm(p('afile'))
sleep(SLEEP_TIME)
self.emitter.stop()
# What we need here for the tests to pass is a collection type
# that is:
# * unordered
# * non-unique
# A multiset! Python's collections.Counter class seems appropriate.
expected = set([
DirModifiedEvent(p()),
DirCreatedEvent(p('project')),
DirModifiedEvent(p('project')),
DirCreatedEvent(p('project', 'blah')),
FileCreatedEvent(p('afile')),
DirModifiedEvent(p()),
FileCreatedEvent(p('fromfile')),
DirModifiedEvent(p()),
DirModifiedEvent(p()),
FileModifiedEvent(p('afile')),
DirModifiedEvent(p('project')),
DirModifiedEvent(p()),
FileDeletedEvent(p('project', 'tofile')),
DirDeletedEvent(p('project', 'boo')),
DirDeletedEvent(p('project')),
DirModifiedEvent(p()),
FileDeletedEvent(p('afile')),
])
if sys.platform.startswith("win"):
# On Windows depending on circumstances, a rename may turn into a Delete/Create
expected.add(FileDeletedEvent(p('fromfile')))
expected.add(FileCreatedEvent(p('project', 'tofile')))
expected.add(DirCreatedEvent(p('project', 'boo')))
expected.add(DirDeletedEvent(p('project', 'blah')))
else:
expected.add(FileMovedEvent(p('fromfile'), p('project', 'tofile')))
expected.add(
DirMovedEvent(p('project', 'blah'), p('project', 'boo')))
got = set()
while True:
try:
event, _ = self.event_queue.get_nowait()
got.add(event)
except queue.Empty:
break
self.assertEqual(expected, got)