def test_should_group_the_commitors_based_on_(self):
builds = Builds()
builds.builds = [self.failed, self.did_not_fix, self.fixed_it, self.another_pass]
grouped_commitors = builds.build_breakers()
commitor = grouped_commitors.find('xkf')
self.assertEquals(2, commitor.passed_count())
self.assertEquals(1, commitor.failed_count())
commitor = grouped_commitors.find('khu')
self.assertEquals(0, commitor.passed_count())
self.assertEquals(1, commitor.failed_count())
def testShouldTheBuildsTimes(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed]
atime = datetime.strptime("20091011000000", "%Y%m%d%H%M%S")
values, min, max, max_time = builds.build_times()
self.assertEquals(3, len(values))
self.assertEquals (util.datetimeutils.cctimestamp_to_unix_timestamp("20091011173900"), min)
self.assertEquals (util.datetimeutils.cctimestamp_to_unix_timestamp("20091017220324"), max)
self.assertEquals (60, max_time)
def testShouldGroupTheBuilds(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed]
grouped_builds = builds.group_by_each_day()
self.assertEquals(2, len(grouped_builds))
atime = datetime.strptime("20091011000000", "%Y%m%d%H%M%S")
btime = datetime.strptime("20091017000000", "%Y%m%d%H%M%S")
self.assertEquals(2, len(grouped_builds[atime].builds))
btime = datetime.strptime("20091017000000", "%Y%m%d%H%M%S")
self.assertEquals(1, len(grouped_builds[btime].builds))
def testShouldCalculateTheBuildPerDay(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed]
values, labels, max_time = builds.per_build_time()
self.assertEquals('#1C9E05', values[0]['colour']);
self.assertEquals('#1C9E05', values[1]['colour']);
self.assertEquals('#FF368D', values[2]['colour']);
self.assertEquals(60, values[0]['top']);
self.assertEquals(2, values[1]['top']);
self.assertEquals(4, values[2]['top']);
self.assertEquals('2009-10-11 17:39:22', labels[0])
self.assertEquals('2009-10-11 17:39:00', labels[1])
self.assertEquals('2009-10-17 22:03:24', labels[2])
self.assertEquals(60, max_time);
def testShouldCalculateTheBuildPerDay(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed]
values, labels, max_time = builds.per_build_time()
self.assertEquals("#1C9E05", values[0]["colour"])
self.assertEquals("#1C9E05", values[1]["colour"])
self.assertEquals("#FF368D", values[2]["colour"])
self.assertEquals(60, values[0]["top"])
self.assertEquals(2, values[1]["top"])
self.assertEquals(4, values[2]["top"])
self.assertEquals("2009-10-11 17:39:22", labels[0])
self.assertEquals("2009-10-11 17:39:00", labels[1])
self.assertEquals("2009-10-17 22:03:24", labels[2])
self.assertEquals(60, max_time)
def testShouldOnlyKeep2digitAfterPoint(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.failed]
self.assertEquals('0.33', str(builds.avg_runs()));
def testShouldCalcateAvgRunsPerDay(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.passed_at_oct_11, self.passed_at_oct_11]
self.assertEquals('3.00', builds.avg_runs());
def testShouldCalcateAvgRunsPerDay(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed]
self.assertEquals('1.5', builds.avg_runs());
def test_should_calculate_avg_build_time(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed_at_oct_11]
self.assertEquals('40.67', builds.avg_build_time())
def test_should_calculate_pass_count(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed_at_oct_11]
self.assertEquals(2, builds.pass_count())
def test_should_calculate_pass_rate_by_day(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed_at_oct_11]
n_days_summary = builds.get_n_days_summary()
self.assertEquals('67.0', str(n_days_summary.pass_rate_values()[0]['y']))
def testShouldCalculateThePassRate(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed]
atime = datetime.strptime("20091011000000", "%Y%m%d%H%M%S")
self.assertEquals(1, builds.group_by_each_day()[atime].pass_rate())
def test_should_return_zero_if_no_passed_build(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11]
n_days_summary = builds.get_n_days_summary();
self.assertEquals(0, n_days_summary.failed_runs_values()[0].get('y'))
def test_should_passed_runs_by_day(self):
builds = Builds()
builds.builds = [self.passed_at_oct_11, self.another_passed_at_oct_11, self.failed_at_oct_11]
n_days_summary = builds.get_n_days_summary();
self.assertEquals(1, n_days_summary.failed_runs_values()[0].get('y'))
