def testTicketByTypeCountInProgressTicketsCorrectly(self):
sprint = self.teh.create_sprint('FooSprint')
task = self.teh.create_task(sprint=sprint.name)
self._set_status_for_ticket(Status.ACCEPTED, task)
cmd_stats = SprintController.GetTicketsStatisticsCommand(self.env,
sprint=sprint,
totals=False)
stats_by_type = self.controller.process_command(cmd_stats)
self.assert_equals({Type.TASK: (0, 1, 0)}, stats_by_type)
def testSprintTicketsStatistics(self):
# create some tickets statistics...
sprint = self.teh.create_sprint('StatsSprint')
backlog = self.teh.create_backlog(
'StatsBacklog',
20,
1,
ticket_types=[Type.USER_STORY, Type.TASK],
scope=sprint.name)
self.assert_equals(20, len(backlog))
real_stats = {}
for bi in backlog:
t_type = bi[Key.TYPE]
if t_type not in real_stats:
real_stats[t_type] = (0, 0, 0)
planned, in_progress, closed = real_stats[t_type]
if bi[Key.STATUS] == Status.CLOSED:
closed += 1
else:
planned += 1
real_stats[t_type] = (planned, in_progress, closed)
# now make some stats, should be all open
cmd_stats = SprintController.GetTicketsStatisticsCommand(
self.env, sprint=sprint.name)
tickets = self.controller.process_command(cmd_stats)
for t_type, stats in tickets.items():
self.assert_equals(real_stats[t_type], tuple(stats))
# now try to get global statistics, only the totals
planned = reduce(lambda x, y: x + y,
[p[0] for p in real_stats.values()], 0)
closed = reduce(lambda x, y: x + y,
[p[1] for p in real_stats.values()], 0)
cmd_stats.totals = True
totals = self.controller.process_command(cmd_stats)
self.assert_equals(planned, totals[0])
self.assert_equals(closed, totals[1])
