def test_deleted_src_tasks():
src_tasks = []
dst = random_task()
dst_tasks = [dst]
ss = MockTaskService(src_tasks)
ds = MockTaskService(dst_tasks)
map = TaskMap()
# we need to create a mapping between a src task and dst, but leave
# the source task out of the source service
src = random_task()
map.map(src, dst)
sync = TaskSync(ss, ds, map)
# preconditions
assert len(ss.tasks) == 0
assert len(ds.tasks) == 1
assert dst.status == SyncStatus.unchanged
sync.synchronise()
# the task list lengths should not be changed
assert len(ss.tasks) == 0
assert len(ds.tasks) == 1
# dst should now be flagged as deleted
assert dst.status == SyncStatus.deleted
def test_missing_mapped_destination_tasks_src_not_complete():
""" Tests expected behaviours on mapped tasks that are missing in
the destination.
"""
src = random_task()
src.completed = False
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst = random_task()
dst_tasks = []
dst_svc = MockTaskService(dst_tasks)
map = TaskMap()
# create the pre-existing mapping
map.map(src, dst)
# preconditions
assert len(map.get_all_src_keys()) == 1
assert map.get_dst_id(src.id) == dst.id
assert map.get_src_id(dst.id) == src.id
TaskSync(src_svc, dst_svc, map).synchronise()
assert dst.id != dst_svc.tasks[0].id
assert len(map.get_all_src_keys()) == 1, "should still be just one mapping"
assert not map.try_get_src_id(dst.id), "old dst should be unmapped"
assert map.get_dst_id(src.id) != dst.id, "src should be mapped to something else"
assert dst_svc.tasks[0].status == SyncStatus.new, "should be flagged as a new task"
assert len(dst_svc.tasks) == 1
def test_get_all_dst_keys(self):
src_tasks = [MockTask(_id=i+20) for i in range(4)]
dst_keys = (1,2,3,4)
dst_tasks = [MockTask(_id=i) for i in dst_keys]
map = TaskMap()
for s,d in zip(src_tasks, dst_tasks):
map.map(s,d)
for actual in map.get_all_dst_keys():
assert actual in dst_keys
def test_get_all_dst_keys(self):
src_tasks = [MockTask(_id=i + 20) for i in range(4)]
dst_keys = (1, 2, 3, 4)
dst_tasks = [MockTask(_id=i) for i in dst_keys]
map = TaskMap()
for s, d in zip(src_tasks, dst_tasks):
map.map(s, d)
for actual in map.get_all_dst_keys():
assert actual in dst_keys
def test_persist_task_mapping(self):
expected = TaskMap()
tasks = [MockTask(_id=i) for i in range(4)]
expected.map(tasks[0], tasks[1])
expected.map(tasks[2], tasks[3])
filename = NamedTemporaryFile(suffix='.pickle')
expected.persist(filename.name)
actual = TaskMap(filename.name)
assert actual.get_dst_id(tasks[0].id) == tasks[1].id
assert actual.get_dst_id(tasks[2].id) == tasks[3].id
assert actual.get_src_id(tasks[1].id) == tasks[0].id
assert actual.get_src_id(tasks[3].id) == tasks[2].id
def test_missing_mapped_destination_tasks_src_complete():
""" Tests expected behaviours on mapped tasks that are missing in
the destination.
"""
src = random_task()
src.completed = True
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst = random_task()
dst_tasks = []
dst_svc = MockTaskService(dst_tasks)
map = TaskMap()
# create the pre-existing mapping
map.map(src, dst)
# preconditions
assert len(map.get_all_src_keys()) == 1
assert map.get_dst_id(src.id) == dst.id
assert map.get_src_id(dst.id) == src.id
TaskSync(src_svc, dst_svc, map).synchronise()
assert len(dst_svc.tasks) == 0
def test_persist_task_mapping(self):
expected = TaskMap()
tasks = [
MockTask(_id='aaa'),
MockTask(_id='bbb'),
MockTask(_id='ccc'),
MockTask(_id='ddd')
]
expected.map(tasks[0], tasks[1])
expected.map(tasks[2], tasks[3])
filename = NamedTemporaryFile(suffix='.tm')
expected.persist(filename.name)
actual = TaskMap(filename.name)
assert actual.get_dst_id(tasks[0].id) == tasks[1].id
assert actual.get_dst_id(tasks[2].id) == tasks[3].id
assert actual.get_src_id(tasks[1].id) == tasks[0].id
assert actual.get_src_id(tasks[3].id) == tasks[2].id
def test_new_completed_tasks_are_updated_when_last_mod_newer_than_last_sync():
last_sync = datetime(2016, 8, 15, tzinfo=pytz.utc)
src_mod_date = last_sync + timedelta(hours=2)
src = random_task(completed=True, last_modified=src_mod_date)
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst_svc = MockTaskService([])
TaskSync(src_svc, dst_svc, TaskMap(), last_sync=last_sync).synchronise()
assert len(dst_svc.persisted_tasks) == 1
assert dst_svc.tasks[0].status == SyncStatus.new
def test_new_completed_tasks():
src = random_task(completed=True)
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst_tasks = []
dst_svc = MockTaskService(dst_tasks)
map = TaskMap()
TaskSync(src_svc, dst_svc, map).synchronise()
assert len(dst_svc.tasks) == 1
assert dst_svc.tasks[0].completed
assert dst_svc.tasks[0].status == SyncStatus.new
def test_new_completed_tasks_are_not_updated_when_last_mod_older_than_last_sync():
last_sync = datetime(2016, 8, 15, tzinfo=pytz.utc)
src = random_task(
completed=True,
last_modified=last_sync - timedelta(days=2))
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst_svc = MockTaskService([])
TaskSync(src_svc, dst_svc, TaskMap(), last_sync=last_sync).synchronise()
assert len(dst_svc.persisted_tasks) == 0
def test_completion_of_existing_mapped_tasks():
src = random_task(completed=True)
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst = random_task()
# make dst the same in all but the completed flag
dst.copy_fields(dst)
dst.completed = False
dst_tasks = [dst]
dst_svc = MockTaskService(dst_tasks)
map = TaskMap()
map.map(src, dst)
assert not dst_svc.tasks[0].completed
TaskSync(src_svc, dst_svc, map).synchronise()
assert len(dst_svc.tasks) == 1
assert dst_svc.tasks[0].completed
assert dst_svc.tasks[0].status == SyncStatus.updated
def test_existing_tasks_are_updated():
src = random_task()
src.difficulty = Difficulty.hard
src.attribute = CharacterAttribute.strength
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst = random_task()
dst.description = 'something different'
dst.difficulty = Difficulty.medium
dst.attribute = CharacterAttribute.constitution
dst_tasks = [dst]
dst_svc = MockTaskService(dst_tasks)
# precondition tests
assert src.id != dst.id
assert src.status == SyncStatus.unchanged
assert dst.name != src.name
assert dst.attribute != src.attribute
assert dst.difficulty != src.difficulty
assert dst.status == SyncStatus.unchanged
assert dst.description != src.description
map = TaskMap()
map.map(src, dst)
sync = TaskSync(src_svc, dst_svc, map)
sync.synchronise()
assert len(dst_svc.persisted_tasks) == 1
actual = dst_svc.persisted_tasks[0]
assert actual.id == dst.id, "id not changed"
assert actual.id != src.id, "id not changed"
assert actual.name == src.name
assert actual.attribute == src.attribute
assert actual.difficulty == src.difficulty
assert actual.completed == src.completed
assert actual.status == SyncStatus.updated
assert actual.description == src.description
assert actual.completed == src.completed
def test_new_existing_tasks_are_updated():
last_sync = datetime(2016, 8, 15, tzinfo=pytz.utc)
# make the src modified date newer than the last sync
src_mod_date = last_sync + timedelta(minutes=2)
dst_mod_date = last_sync + timedelta(minutes=1)
src = random_task(last_modified=src_mod_date)
src_tasks = [src]
src_svc = MockTaskService(src_tasks)
dst = random_task(last_modified=dst_mod_date)
dst_tasks = [dst]
dst_svc = MockTaskService(dst_tasks)
map = TaskMap()
map.map(src, dst)
# preconditions
assert dst.status == SyncStatus.unchanged
TaskSync(src_svc, dst_svc, map).synchronise()
assert len(dst_svc.persisted_tasks) == 1
assert dst.status == SyncStatus.updated
def test_persist_task_mapping(self):
expected = TaskMap()
tasks = [
MockTask(_id='aaa'),
MockTask(_id='bbb'),
MockTask(_id='ccc'),
MockTask(_id='ddd')]
expected.map(tasks[0], tasks[1])
expected.map(tasks[2], tasks[3])
filename = NamedTemporaryFile(suffix='.tm')
expected.persist(filename.name)
actual = TaskMap(filename.name)
assert actual.get_dst_id(tasks[0].id) == tasks[1].id
assert actual.get_dst_id(tasks[2].id) == tasks[3].id
assert actual.get_src_id(tasks[1].id) == tasks[0].id
assert actual.get_src_id(tasks[3].id) == tasks[2].id
def test_new_tasks():
src_tasks = [random_task() for x in range(3)]
dst_tasks = []
src = MockTaskService(src_tasks)
dst = MockTaskService(dst_tasks)
map = TaskMap()
sync = TaskSync(src, dst, map)
sync.synchronise()
assert len(dst.persisted_tasks) == len(src_tasks)
for d in dst.persisted_tasks:
assert d.status == SyncStatus.new
assert d in dst_tasks
assert map.try_get_src_id(d.id)
for s in src.get_all_tasks():
dst_id = map.try_get_dst_id(s.id)
assert dst_id
d = dst.get_task(dst_id)
assert s.name == d.name
assert s.description == d.description
assert s.completed == d.completed
assert s.difficulty == d.difficulty
assert s.attribute == d.attribute
def test_remove_orphan_mappings():
src_tasks = [random_task()]
dst_tasks = []
ss = MockTaskService(src_tasks)
ds = MockTaskService(dst_tasks)
map = TaskMap()
# add a few task mappings that won't exist in either source or destination
map.map(random_task(), random_task())
map.map(random_task(), random_task())
map.map(random_task(), random_task())
TaskSync(ss, ds, map).synchronise(clean_orphans=True)
# We now expect just one mapping for the new src task
all_mappings = map.get_all_src_keys()
assert len(all_mappings) == 1
assert map.get_dst_id(src_tasks[0].id)
def test_new_tasks_are_mapped():
src_tasks = [random_task()]
dst_tasks = []
src = MockTaskService(src_tasks)
dst = MockTaskService(dst_tasks)
map = TaskMap()
sync = TaskSync(src, dst, map)
# preconditions
assert len(map.get_all_src_keys()) == 0
sync.synchronise()
assert len(map.get_all_src_keys()) == 1
assert src_tasks[0].id in map.get_all_src_keys()
assert map.get_dst_id(src_tasks[0].id) == dst_tasks[0].id
def test_create_when_file_doesnt_exist(self):
tmpfile = NamedTemporaryFile(suffix='.pickle')
name = tmpfile.name
tmpfile.close()
tm = TaskMap(name)
assert tm
def setup(self):
self.tm = TaskMap()
self.src = MockTask(_id='1')
self.dst = MockTask(_id='a')
self.missing = MockTask(_id='blah')
class TestTaskMap(object):
def setup(self):
self.tm = TaskMap()
self.src = MockTask(_id='1')
self.dst = MockTask(_id='a')
self.missing = MockTask(_id='blah')
def test_create_when_file_doesnt_exist(self):
tmpfile = NamedTemporaryFile(suffix='.pickle')
name = tmpfile.name
tmpfile.close()
tm = TaskMap(name)
assert tm
def test_persist_task_mapping(self):
expected = TaskMap()
tasks = [
MockTask(_id='aaa'),
MockTask(_id='bbb'),
MockTask(_id='ccc'),
MockTask(_id='ddd')
]
expected.map(tasks[0], tasks[1])
expected.map(tasks[2], tasks[3])
filename = NamedTemporaryFile(suffix='.tm')
expected.persist(filename.name)
actual = TaskMap(filename.name)
assert actual.get_dst_id(tasks[0].id) == tasks[1].id
assert actual.get_dst_id(tasks[2].id) == tasks[3].id
assert actual.get_src_id(tasks[1].id) == tasks[0].id
assert actual.get_src_id(tasks[3].id) == tasks[2].id
def test_duplicate_src(self):
s = MockTask('1')
d = MockTask('a')
dd = MockTask('aa')
self.tm.map(s, d)
with pytest.raises(KeyDuplicationError):
self.tm.map(s, dd)
def test_duplicate_dst(self):
src2 = MockTask(_id='9')
self.tm.map(self.src, self.dst)
with pytest.raises(ValueDuplicationError):
self.tm.map(src2, self.dst)
def test_duplicate_src_dst(self):
tasks = [MockTask(_id=i) for i in range(4)]
self.tm.map(tasks[0], tasks[1])
self.tm.map(tasks[2], tasks[3])
with pytest.raises(KeyAndValueDuplicationError):
# both src and dst are already mapped to something
self.tm.map(tasks[0], tasks[3])
def test_valid_forward(self):
self.tm.map(self.src, self.dst)
assert self.tm.get_dst_id(self.src.id) == self.dst.id
def test_invalid_forward(self):
with pytest.raises(KeyError):
self.tm.get_dst_id(self.missing)
def test_valid_reverse(self):
self.tm.map(self.src, self.dst)
assert self.tm.get_src_id(self.dst.id) == self.src.id
def test_invalid_reverse(self):
with pytest.raises(KeyError):
self.tm.get_src_id(self.missing.id)
def test_valid_forward_try_get(self):
self.tm.map(self.src, self.dst)
assert self.tm.try_get_dst_id(self.src.id) == self.dst.id
def test_invalid_forward_try_get(self):
assert not self.tm.try_get_dst_id(self.missing.id)
def test_valid_reverse_try_get(self):
self.tm.map(self.src, self.dst)
assert self.tm.try_get_src_id(self.dst.id) == self.src.id
def test_invalid_reverse_try_get(self):
assert not self.tm.try_get_src_id(self.missing.id)
def test_get_all_src_keys(self):
src_keys = (1, 2, 3, 4)
src_tasks = [MockTask(_id=i) for i in src_keys]
dst_tasks = [MockTask(_id=i + 20) for i in range(4)]
map = TaskMap()
for s, d in zip(src_tasks, dst_tasks):
map.map(s, d)
for actual in map.get_all_src_keys():
assert actual in src_keys
def test_get_all_dst_keys(self):
src_tasks = [MockTask(_id=i + 20) for i in range(4)]
dst_keys = (1, 2, 3, 4)
dst_tasks = [MockTask(_id=i) for i in dst_keys]
map = TaskMap()
for s, d in zip(src_tasks, dst_tasks):
map.map(s, d)
for actual in map.get_all_dst_keys():
assert actual in dst_keys
def test_delete_mapping(self):
self.tm.map(self.src, self.dst)
self.tm.unmap(self.src.id)
assert not self.tm.try_get_dst_id(self.src.id)
assert not self.tm.try_get_src_id(self.dst.id)
def setup(self):
self.tm = TaskMap()
self.src = MockTask(_id='1')
self.dst = MockTask(_id='a')
self.missing = MockTask(_id='blah')
class TestTaskMap(object):
def setup(self):
self.tm = TaskMap()
self.src = MockTask(_id='1')
self.dst = MockTask(_id='a')
self.missing = MockTask(_id='blah')
def test_create_when_file_doesnt_exist(self):
tmpfile = NamedTemporaryFile(suffix='.pickle')
name = tmpfile.name
tmpfile.close()
tm = TaskMap(name)
assert tm
def test_persist_task_mapping(self):
expected = TaskMap()
tasks = [
MockTask(_id='aaa'),
MockTask(_id='bbb'),
MockTask(_id='ccc'),
MockTask(_id='ddd')]
expected.map(tasks[0], tasks[1])
expected.map(tasks[2], tasks[3])
filename = NamedTemporaryFile(suffix='.tm')
expected.persist(filename.name)
actual = TaskMap(filename.name)
assert actual.get_dst_id(tasks[0].id) == tasks[1].id
assert actual.get_dst_id(tasks[2].id) == tasks[3].id
assert actual.get_src_id(tasks[1].id) == tasks[0].id
assert actual.get_src_id(tasks[3].id) == tasks[2].id
def test_duplicate_src(self):
s = MockTask('1')
d = MockTask('a')
dd = MockTask('aa')
self.tm.map(s, d)
with pytest.raises(KeyDuplicationError):
self.tm.map(s, dd)
def test_duplicate_dst(self):
src2 = MockTask(_id='9')
self.tm.map(self.src, self.dst)
with pytest.raises(ValueDuplicationError):
self.tm.map(src2, self.dst)
def test_duplicate_src_dst(self):
tasks = [MockTask(_id=i) for i in range(4)]
self.tm.map(tasks[0], tasks[1])
self.tm.map(tasks[2], tasks[3])
with pytest.raises(KeyAndValueDuplicationError):
# both src and dst are already mapped to something
self.tm.map(tasks[0], tasks[3])
def test_valid_forward(self):
self.tm.map(self.src, self.dst)
assert self.tm.get_dst_id(self.src.id) == self.dst.id
def test_invalid_forward(self):
with pytest.raises(KeyError):
self.tm.get_dst_id(self.missing)
def test_valid_reverse(self):
self.tm.map(self.src, self.dst)
assert self.tm.get_src_id(self.dst.id) == self.src.id
def test_invalid_reverse(self):
with pytest.raises(KeyError):
self.tm.get_src_id(self.missing.id)
def test_valid_forward_try_get(self):
self.tm.map(self.src, self.dst)
assert self.tm.try_get_dst_id(self.src.id) == self.dst.id
def test_invalid_forward_try_get(self):
assert not self.tm.try_get_dst_id(self.missing.id)
def test_valid_reverse_try_get(self):
self.tm.map(self.src, self.dst)
assert self.tm.try_get_src_id(self.dst.id) == self.src.id
def test_invalid_reverse_try_get(self):
assert not self.tm.try_get_src_id(self.missing.id)
def test_get_all_src_keys(self):
src_keys = (1,2,3,4)
src_tasks = [MockTask(_id=i) for i in src_keys]
dst_tasks = [MockTask(_id=i+20) for i in range(4)]
map = TaskMap()
for s,d in zip(src_tasks, dst_tasks):
map.map(s,d)
for actual in map.get_all_src_keys():
assert actual in src_keys
def test_get_all_dst_keys(self):
src_tasks = [MockTask(_id=i+20) for i in range(4)]
dst_keys = (1,2,3,4)
dst_tasks = [MockTask(_id=i) for i in dst_keys]
map = TaskMap()
for s,d in zip(src_tasks, dst_tasks):
map.map(s,d)
for actual in map.get_all_dst_keys():
assert actual in dst_keys
def test_delete_mapping(self):
self.tm.map(self.src, self.dst)
self.tm.unmap(self.src.id)
assert not self.tm.try_get_dst_id(self.src.id)
assert not self.tm.try_get_src_id(self.dst.id)
def update(self):
""" This update method will be called once on every update cycle,
with the frequency determined by the value returned from
`update_interval_minutes()`.
If a plugin implements a single-shot function, then update should
return `False`.
Returns: bool: True if further updates are required; False if the plugin
is finished and the application should shut down.
"""
# retrieve the boards to sync
boards = self.__tc.list_boards(board_filter='open')
sync_boards = [
b for b in boards if b.name in self.__boards]
self.__ensure_labels_exist(sync_boards)
# Build a list of sync lists by matching the sync
# list names in each board
sync_lists = []
done_lists = []
for b in sync_boards:
for l in b.open_lists():
if l.name in self._config.trello_lists:
sync_lists.append(l)
elif l.name in self._config.trello_done_lists:
done_lists.append(l)
# some additional information on the source boards and lists
message = 'Syncing the following lists'
for l in sync_lists:
message += '\n {0}.{1}'.format(l.board.name, l.name)
message += '\nTreating cards in the following lists as completed'
for l in done_lists:
message += '\n {0}.{1}'.format(l.board.name, l.name)
logging.getLogger(__name__).debug(message)
# Load the task map from disk
task_map = TaskMap(self.__task_map_file)
# Create the services
source_service = TrelloTaskService(
self.__tc,
sync_lists,
done_lists,
self.__boards)
# synchronise
sync = TaskSync(
source_service,
self.__habitica_task_service,
task_map,
last_sync=self.__data.last_sync,
sync_description=self._config.trello_sync_description)
stats = sync.synchronise(clean_orphans=False)
self.__notify(stats)
# Checkpoint the sync data
self.__data.last_sync = sync.last_sync
if not self.dry_run:
task_map.persist(self.__task_map_file)
self.__save_persistent_data()
# return False if finished, and True to be updated again.
return True