def test_move_retro_unknown_direction():
step = RetroStep.VOTING
a_retro = retro.create_mock_retro(current_step=step.value)
with pytest.raises(ValueError):
Service.move_retro(a_retro, 'lollerskates')
assert a_retro.current_step == step.value
def test_delete_issue(mock_send_retro_update):
mock_issue = retro.create_mock_issue(id='some_issue')
another_mock_issue = retro.create_mock_issue(id='another_issue')
mock_retro = retro.create_mock_retro(
issues=[another_mock_issue, mock_issue])
Service.delete_issue(mock_issue, mock_retro)
assert mock_issue not in mock_retro.issues
mock_send_retro_update.assert_called_once()
def test_unvote_for_issue_with_no_votes():
issue_id_str = 'issue_id'
user_token_str = 'voter_token'
a_issue = retro.create_mock_issue(id=issue_id_str)
a_retro = retro.create_mock_retro(issues=[a_issue])
Service.unvote_for_issue(a_issue, user_token_str, a_retro)
assert a_issue.votes is None or 0 == len(a_issue.votes)
assert a_issue.votes is None or user_token_str not in a_issue.votes
def test_unvote_for_issue(mock_send_retro_update):
issue_id_str = 'issue_id'
user_token_str = 'voter_token'
a_issue = retro.create_mock_issue(id=issue_id_str, votes={user_token_str})
a_retro = retro.create_mock_retro(issues=[a_issue])
Service.unvote_for_issue(a_issue, user_token_str, a_retro)
assert a_issue.votes is None or 0 == len(a_issue.votes)
assert a_issue.votes is None or user_token_str not in a_issue.votes
mock_send_retro_update.assert_called_once()
def test__reset_ready_statuses():
participant1 = retro.create_mock_participant(ready=True)
participant2 = retro.create_mock_participant(ready=False)
participant3 = retro.create_mock_participant(ready=True)
a_retro = retro.create_mock_retro(
participants=[participant1, participant2, participant3])
Service._reset_ready_statuses(a_retro)
for participant in a_retro.participants:
assert participant.ready is False
def test_vote_for_issue(mock_send_retro_update):
issue_id_str = 'issue_id'
user_token_str = 'voter_token'
a_issue = retro.create_mock_issue(id=issue_id_str)
a_retro = retro.create_mock_retro(issues=[a_issue])
Service.vote_for_issue(a_issue, user_token_str, a_retro)
assert 1 == len(a_issue.votes)
assert user_token_str in a_issue.votes
mock_send_retro_update.assert_called_once()
def test_vote_for_issue_twice_results_in_one_vote(mock_send_retro_update):
issue_id_str = 'issue_id'
user_token_str = 'voter_token'
a_issue = retro.create_mock_issue(id=issue_id_str)
a_retro = retro.create_mock_retro(issues=[a_issue])
Service.vote_for_issue(a_issue, user_token_str, a_retro)
Service.vote_for_issue(a_issue, user_token_str, a_retro)
assert 1 == len(a_issue.votes)
assert user_token_str in a_issue.votes
assert 2 == mock_send_retro_update.call_count
def test_unvote_for_issue_twice_results_in_zero_votes(mock_send_retro_update):
issue_id_str = 'issue_id'
user_token_str = 'voter_token'
initial_votes = {user_token_str, 'another_voter_token'}
initial_votes_length = len(initial_votes)
a_issue = retro.create_mock_issue(id=issue_id_str, votes=initial_votes)
a_retro = retro.create_mock_retro(issues=[a_issue])
Service.unvote_for_issue(a_issue, user_token_str, a_retro)
Service.unvote_for_issue(a_issue, user_token_str, a_retro)
assert initial_votes_length - 1 == len(a_issue.votes)
assert user_token_str not in a_issue.votes
assert 2 == mock_send_retro_update.call_count
def test__send_retro_update(mock_os_module, mock_boto3_module):
mock_retro = retro.create_mock_retro(participants=[
retro.create_mock_participant(
token='f1fa1211-2203-44b6-8d85-db4ef317dff1:connectionId1'),
retro.create_mock_participant(
token='f1fa1211-2203-44b6-8d85-db4ef317dff2')
])
mock_client = MagicMock()
mock_os_module.environ = {'WEBSOCKET_ENDPOINT': 'moof'}
mock_boto3_module.Session().client.return_value = mock_client
Service._send_retro_update(mock_retro)
mock_client.post_to_connection.assert_called_once()
def test_mark_user_as_ready(mock_send_retro_update):
user_token = 'asdf-jkl'
is_ready = True
participants = [
retro.create_mock_participant('DogCow', 'moof-token', ready=False),
retro.create_mock_participant('halprin', user_token, ready=False)
]
a_retro = retro.create_mock_retro(participants=participants)
Service.mark_user_as_ready(user_token, is_ready, a_retro)
assert participants[0].ready is False
assert participants[1].ready is is_ready
a_retro.save.assert_called_with()
mock_send_retro_update.assert_called_once()
def test___get_issue_votes():
value = 'moof'
input_dictionary = {'votes': value}
output = Service._get_issue_votes(input_dictionary)
assert output == value
def test__sanitize_issue_list_shows_my_issues_and_other_sections_during_adding_issues(
):
user_token = 'a-token'
your_issue = retro.create_mock_issue(section='your_section',
creator_token=user_token,
votes={user_token})
another_issue = retro.create_mock_issue(section='special_section',
creator_token='a-different-token')
a_retro = retro.create_mock_retro(current_step=RetroStep.ADDING_ISSUES,
issues=[your_issue, another_issue])
sanitized_issues = Service._sanitize_issue_list(a_retro, user_token)
assert len(sanitized_issues) == 2
was_your_issue = sanitized_issues[0]
assert was_your_issue['id'] == your_issue.id
assert was_your_issue['title'] == your_issue.title
assert was_your_issue['section'] == your_issue.section
with pytest.raises(KeyError):
was_your_issue['votes']
was_another_issue = sanitized_issues[1]
assert was_another_issue['section'] == another_issue.section
with pytest.raises(KeyError):
was_another_issue['title']
with pytest.raises(KeyError):
was_another_issue['id']
with pytest.raises(KeyError):
was_another_issue['votes']
def test__sanitize_issue_list_shows_your_votes_during_voting():
your_token = 'a-token'
your_issue = retro.create_mock_issue(section='your_section',
creator_token=your_token,
votes={'another-different-token'})
another_issue = retro.create_mock_issue(
section='special_section',
creator_token='a-different-token',
votes={your_token, 'another-different-token'})
a_retro = retro.create_mock_retro(current_step=RetroStep.VOTING,
issues=[your_issue, another_issue])
sanitized_issues = Service._sanitize_issue_list(a_retro, your_token)
assert len(sanitized_issues) == 2
was_your_issue = sanitized_issues[0]
assert was_your_issue['id'] == your_issue.id
assert was_your_issue['title'] == your_issue.title
assert was_your_issue['section'] == your_issue.section
assert was_your_issue['votes'] == 0
was_another_issue = sanitized_issues[1]
assert was_another_issue['id'] == another_issue.id
assert was_another_issue['title'] == another_issue.title
assert was_another_issue['section'] == another_issue.section
assert was_another_issue['votes'] == 1
def test__sanitize_issue_list_doesnt_order_issues_when_not_results():
your_token = 'a-token'
the_issue_section = 'a-section'
another_issue_section = 'another-section'
first_issue = retro.create_mock_issue(id='1',
section=the_issue_section,
creator_token=your_token,
votes=set())
second_issue = retro.create_mock_issue(
id='3',
section=the_issue_section,
creator_token='a-different-token',
votes={your_token, 'another-different-token', 'yet-another-token'})
third_issue = retro.create_mock_issue(id='2',
section=another_issue_section,
creator_token='a-different-token',
votes={your_token})
a_retro = retro.create_mock_retro(
current_step=RetroStep.VOTING,
issues=[first_issue, second_issue, third_issue])
sanitized_issues = Service._sanitize_issue_list(a_retro, your_token)
assert sanitized_issues[0]['id'] == first_issue.id
assert sanitized_issues[1]['id'] == second_issue.id
assert sanitized_issues[2]['id'] == third_issue.id
def test_get_retro(mock_retrospective_class):
retro_id = 'an_awesome_retro_id'
mock_retrospective_class.get.side_effect = lambda passed_in_retro_id: retro.create_mock_retro(
id=passed_in_retro_id)
returned_retro = Service.get_retro(retro_id)
mock_retrospective_class.get.assert_called_with(retro_id)
assert returned_retro.id == retro_id
def test__create_participant():
name = 'halprin'
admin = True
participant = Service._create_participant(name, is_admin=admin)
assert participant.name == name
assert participant.admin is admin
assert participant.ready is False
assert participant.token is not None
def test_move_retro_next(mock_send_retro_update):
step = RetroStep.ADDING_ISSUES
a_retro = retro.create_mock_retro(current_step=step.value)
new_step = Service.move_retro(a_retro, 'next')
assert new_step == step.next().value
assert a_retro.current_step == step.next().value
a_retro.save.assert_called_with()
mock_send_retro_update.assert_called_once()
def test_move_retro_previous(mock_send_retro_update):
step = RetroStep.RESULTS
a_retro = retro.create_mock_retro(current_step=step.value)
new_step = Service.move_retro(a_retro, 'previous')
assert new_step == step.previous().value
assert a_retro.current_step == step.previous().value
a_retro.save.assert_called_with()
mock_send_retro_update.assert_called_once()
def test__create_issue():
title = 'improve code coverage'
section = 'start doing'
creator_token = 'asdf-jkl'
actual = Service._create_issue(title, section, creator_token)
assert actual.title == title
assert actual.section == section
assert actual.creator_token == creator_token
assert actual.votes is None
assert actual.id is not None
def test_add_participant(mock_send_retro_update):
name = 'halprin'
initial_participant_list = []
a_retro = retro.create_mock_retro(
participants=copy.deepcopy(initial_participant_list))
user_token = Service.add_participant(name, a_retro)
assert len(a_retro.participants) == len(initial_participant_list) + 1
assert user_token is not None
assert user_token == a_retro.participants[len(a_retro.participants) -
1].token
a_retro.save.assert_called_with()
mock_send_retro_update.assert_called_once()
def test_add_new_issue(mock_send_retro_update):
title = 'improve something'
section = 'start doing'
user_token = 'asdf-jkl'
initial_issue_list = []
a_retro = retro.create_mock_retro(issues=copy.deepcopy(initial_issue_list))
actual_id = Service.add_new_issue(title, section, user_token, a_retro)
assert len(a_retro.issues) == len(initial_issue_list) + 1
assert actual_id is not None
assert actual_id == a_retro.issues[len(a_retro.issues) - 1].id
a_retro.save.assert_called_with()
mock_send_retro_update.assert_called_once()
def test_create_retro(mock_retrospective_class):
retro_name = 'Sprint 26'
admin_name = 'DogCow'
mock_retrospective_class.side_effect = lambda retro_id: retro.create_mock_retro(
id=retro_id)
new_retro = Service.create_retro(retro_name, admin_name)
assert new_retro.name == retro_name
assert new_retro.current_step == RetroStep.ADDING_ISSUES.value
assert len(new_retro.participants) == 1
assert new_retro.participants[0].name == admin_name
assert new_retro.participants[0].admin is True
assert len(new_retro.issues) == 0
assert new_retro.version == '1'
assert new_retro.id is not None
def test__construct_yourself_info():
test_token = 'asdf-jkl'
test_name = 'Johny'
test_ready = True
test_admin = True
participant1 = retro.create_mock_participant(token='junk')
participant2 = retro.create_mock_participant(name=test_name,
token=test_token,
ready=test_ready,
admin=test_admin)
a_retro = retro.create_mock_retro(
participants=[participant1, participant2])
yourself = Service._construct_yourself_info(a_retro, test_token)
assert yourself['name'] == test_name
assert yourself['ready'] == test_ready
assert yourself['admin'] == test_admin
def test_sanitize_retro_for_user_and_step():
id = 'asdf-jkl'
name = 'Sprint 28'
current_step = RetroStep.ADDING_ISSUES.value
user_token = 'whatever'
participant = retro.create_mock_participant(token=user_token)
a_retro = retro.create_mock_retro(id,
name,
current_step,
participants=[participant])
sanitized_retro = Service.sanitize_retro_for_user_and_step(
a_retro, user_token)
assert sanitized_retro['id'] == id
assert sanitized_retro['name'] == name
assert sanitized_retro['currentStep'] == current_step
assert sanitized_retro['participants'] is not None
assert sanitized_retro['issues'] is not None
assert sanitized_retro['yourself'] is not None
def test__sanitize_participant_list_when_admin():
your_token = 'a-token'
your_participant = retro.create_mock_participant('your_name',
token=your_token,
ready=False,
admin=True)
another_participant = retro.create_mock_participant('another_name',
token='another-token',
ready=True,
admin=False)
a_retro = retro.create_mock_retro(
current_step=RetroStep.ADDING_ISSUES,
participants=[your_participant, another_participant])
sanitized_participants = Service._sanitize_participant_list(
a_retro, your_token)
assert len(sanitized_participants) == 2
assert sanitized_participants[0]['name'] == your_participant.name
assert sanitized_participants[0]['ready'] == your_participant.ready
assert sanitized_participants[1]['name'] == another_participant.name
assert sanitized_participants[1]['ready'] == another_participant.ready
def test__is_results_step():
assert Service._is_results_step(RetroStep.VOTING) is False
assert Service._is_results_step(RetroStep.RESULTS) is True
def test__is_adding_issues_step():
assert Service._is_adding_issues_step(RetroStep.VOTING) is False
assert Service._is_adding_issues_step(RetroStep.ADDING_ISSUES) is True
def test__get_retro_step():
assert Service._get_retro_step(RetroStep.VOTING.value) is RetroStep.VOTING
