def should_load_repositories_with_sync_data(self, mock_factory):
sync_data = {'repositories': [
{
'class_key': 'fake_class_1',
'setup_pars': {'par': 123}
},
{
'class_key': 'fake_class_2',
'setup_pars': {'par': 456}
}
]
}
mock_1, mock_2 = [Mock(class_key='fake_class_1'),
Mock(class_key='fake_class_2')]
mock_factory.create.side_effect = [mock_1, mock_2]
self.syncro = Syncronizer()
self.syncro.load_repositories(sync_data)
repo_1, repo_2 = self.syncro.repositories
assert repo_1.class_key == 'fake_class_1'
assert repo_2.class_key == 'fake_class_2'
mock_1.open_source.assert_called_with(
**sync_data['repositories'][0]['setup_pars']
)
mock_2.open_source.assert_called_with(
**sync_data['repositories'][1]['setup_pars']
)
def setup_method(self, method):
self.syncro = Syncronizer()
class A_Syncronizer:
def setup_method(self, method):
self.syncro = Syncronizer()
def should_load_without_sync_file(self):
assert hasattr(self.syncro, 'sync_data')
assert type(self.syncro.sync_data) == dict
assert hasattr(self.syncro, 'projects')
@patch('pysync_redmine.repositories.RepoFactory')
def should_load_repositories_with_sync_data(self, mock_factory):
sync_data = {'repositories': [
{
'class_key': 'fake_class_1',
'setup_pars': {'par': 123}
},
{
'class_key': 'fake_class_2',
'setup_pars': {'par': 456}
}
]
}
mock_1, mock_2 = [Mock(class_key='fake_class_1'),
Mock(class_key='fake_class_2')]
mock_factory.create.side_effect = [mock_1, mock_2]
self.syncro = Syncronizer()
self.syncro.load_repositories(sync_data)
repo_1, repo_2 = self.syncro.repositories
assert repo_1.class_key == 'fake_class_1'
assert repo_2.class_key == 'fake_class_2'
mock_1.open_source.assert_called_with(
**sync_data['repositories'][0]['setup_pars']
)
mock_2.open_source.assert_called_with(
**sync_data['repositories'][1]['setup_pars']
)
def should_add_repository(self):
fake_repo = Mock()
fake_repo.setup_pars = {'project_key': 'example'}
fake_repo.class_key = 'fake_class'
self.syncro.add_repository(fake_repo)
assert self.syncro.sync_data['repositories'][-1]['setup_pars'] == fake_repo.setup_pars
assert self.syncro.sync_data['repositories'][-1]['class_key'] == 'fake_class'
# @pytest.raises(AttributeError)
def should_avoid_add_repository_without_setup(self):
fake_repo = Repository()
fake_repo.class_key = 'fake_class'
with pytest.raises(AttributeError):
self.syncro.add_repository(fake_repo)
def should_avoid_add_duplicated_repos(self):
fake_repo = Mock()
fake_repo.setup_pars = {'project_key': 'example'}
fake_repo.class_key = 'fake_class'
self.syncro.add_repository(fake_repo)
self.syncro.add_repository(fake_repo)
assert self.syncro.sync_data['repositories'][-1]['setup_pars'] == fake_repo.setup_pars
assert self.syncro.sync_data['repositories'][-1]['class_key'] == 'fake_class'
assert len(self.syncro.sync_data['repositories']) == 1
def should_deploy_one_repository_to_other(self):
origin = get_fake_repo()
destination = Mock()
def insert_task(task):
task._id = int(task.description[-1]) + 1
def insert_phase(phase):
phase._id = int(phase.key[-1]) + 1
def insert_member(member):
member._id = int(member.key[-1]) + 1
destination.insert_task.side_effect = insert_task
destination.insert_phase.side_effect = insert_phase
destination.insert_member.side_effect = insert_member
destination.project = Project(origin.project.key, destination)
# pdb.set_trace()
self.syncro.deploy(origin, destination)
assert len(self.syncro.sync_data['tasks']) == 5
assert len(self.syncro.sync_data['phases']) == 1
assert len(self.syncro.sync_data['members']) == 3
assert self.syncro.sync_data['tasks'][0] == (0, 1)
assert self.syncro.sync_data['phases'][0] == (1, 2)
assert self.syncro.sync_data['members'][0] == (0, 1)
project = destination.project
parent = destination.project.tasks[1]
assert parent.phase == project.phases[2]
assert project.tasks[2].assigned_to == project.members[2]
for i in range(2, 4):
assert project.tasks[i].parent == project.tasks[1]
assert project.tasks[4].relations.next_tasks[project.tasks[5]] == 0
assert len(project.tasks) == 5
assert len(project.phases) == 1
assert len(project.members) == 3
for i in range(0, 2):
assert (destination.project.tasks[1].inputs[i].path() ==
origin.project.tasks[0].inputs[i].path())
assert (destination.project.tasks[1].outputs[i].path() ==
origin.project.tasks[0].outputs[i].path())
