def test_can_serialize_links(self):
task = AgiloTicket(self.env, t_type=Type.TASK)
task.insert()
story = AgiloTicket(self.env, t_type=Type.USER_STORY)
story.link_to(task)
story.insert()
self.assert_equals([task.id], story.as_dict()['outgoing_links'])
self.assert_equals([story.id], task.as_dict()['incoming_links'])
def test_can_serialize_links(self):
task = AgiloTicket(self.env, t_type=Type.TASK)
task.insert()
story = AgiloTicket(self.env, t_type=Type.USER_STORY)
story.link_to(task)
story.insert()
self.assert_equals([task.id], story.as_dict()['outgoing_links'])
self.assert_equals([story.id], task.as_dict()['incoming_links'])
def test_always_serialize_id_as_int(self):
task = AgiloTicket(self.env, t_type=Type.TASK)
task.insert()
task_id = task.id
task = AgiloTicket(self.env, str(task_id))
self.assert_equals(task_id, task.as_dict()['id'])
def test_can_serialize_calculated_fields(self):
story = AgiloTicket(self.env, t_type=Type.USER_STORY)
task = AgiloTicket(self.env, t_type=Type.TASK)
task[Key.REMAINING_TIME] = '5'
story.link_to(task)
story.insert()
self.assert_equals(5, story.as_dict()[Key.TOTAL_REMAINING_TIME])
def test_can_serialize_task_to_dict(self):
task = AgiloTicket(self.env, t_type=Type.TASK)
self.assertNotEqual('fixed', task[Key.RESOLUTION])
task[Key.SUMMARY] = 'My Summary'
task.insert()
expected = {
# required
Key.ID: task.id,
Key.TYPE: Type.TASK,
Key.SUMMARY: 'My Summary',
Key.DESCRIPTION: '',
Key.STATUS: '',
Key.RESOLUTION: '',
Key.REPORTER: '',
Key.OWNER: '',
# type specific
Key.SPRINT: '',
Key.REMAINING_TIME: '',
Key.RESOURCES: '',
# Key.Options is not used in order to reduce required data to
# transfer for a backlog load.
'outgoing_links': [],
'incoming_links': [],
'time_of_last_change': to_timestamp(task.time_changed),
'ts': str(task.time_changed),
}
if AgiloTicketSystem.is_trac_1_0():
from trac.util.datefmt import to_utimestamp
expected.update(
{'view_time': str(to_utimestamp(task.time_changed))})
self.assert_equals(expected, task.as_dict())
def test_always_serialize_id_as_int(self):
task = AgiloTicket(self.env, t_type=Type.TASK)
task.insert()
task_id = task.id
task = AgiloTicket(self.env, str(task_id))
self.assert_equals(task_id, task.as_dict()['id'])
def test_can_serialize_calculated_fields(self):
story = AgiloTicket(self.env, t_type=Type.USER_STORY)
task = AgiloTicket(self.env, t_type=Type.TASK)
task[Key.REMAINING_TIME] = '5'
story.link_to(task)
story.insert()
self.assert_equals(5, story.as_dict()[Key.TOTAL_REMAINING_TIME])
def test_can_serialize_task_to_dict(self):
task = AgiloTicket(self.env, t_type=Type.TASK)
self.assertNotEqual('fixed', task[Key.RESOLUTION])
task[Key.SUMMARY] = 'My Summary'
task.insert()
expected = {
# required
Key.ID: task.id,
Key.TYPE: Type.TASK,
Key.SUMMARY: 'My Summary',
Key.DESCRIPTION: '',
Key.STATUS: '',
Key.RESOLUTION: '',
Key.REPORTER: '',
Key.OWNER: '',
# type specific
Key.SPRINT: '',
Key.REMAINING_TIME: '',
Key.RESOURCES: '',
# Key.Options is not used in order to reduce required data to
# transfer for a backlog load.
'outgoing_links': [],
'incoming_links': [],
'time_of_last_change': to_timestamp(task.time_changed),
'ts': str(task.time_changed),
}
if AgiloTicketSystem.is_trac_1_0():
from trac.util.datefmt import to_utimestamp
expected.update({'view_time': str(to_utimestamp(task.time_changed))})
self.assert_equals(expected, task.as_dict())
