def test_expect_true_second_criterion_pass_pass_pass_fail(self):
behaviorChange = Behaviour_check()
executions_test_base = []
executions_test_left = []
executions_test_right = []
executions_test_merge = []
#test1 passes on base, left and right commits but fails on merge commit.
#So a test conflict is expected to be reported by the second criterion
executions_test_base.append(
JUnitResult({"test1"}, set(), 1, set(), set(), set(), 0, set(),
set(), set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_left.append(
JUnitResult({"test1"}, set(), 1, set(), set(), set(), 0, set(),
set(), set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_right.append(
JUnitResult({"test1"}, set(), 1, set(), set(), set(), 0, set(),
set(), set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_merge.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
#parent_one, parent_two, parent_tree, path_suite, commitBase, commitParentTestSuite, commitMerge, tool
aux = behaviorChange.check_conflict_occurrence_for_first_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_merge[0], ["", ""], "aaa", "bbb", "ccc", "AUX")
#parent_base, parent_left, parent_right, parent_merge, path_suite, commitBase, commitParentTestSuite, commitParentOther, commitMerge, tool
aux2 = behaviorChange.check_conflict_occurrence_for_second_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_right[0], executions_test_merge[0], ["", ""],
"aaa", "bbb", "ccc", "ddd", "AUX")
self.assertFalse(aux[0])
self.assertTrue(aux2[0])
#parent_one, parent_two, path_suite, commitOneSHA, commitTwoSHA, tool
behavior_change = behaviorChange.check_different_test_results_for_commit_pair(
executions_test_base[0], executions_test_left[0], ["", ""], "aaa",
"bbb", "Aux")
behavior_change_merge = behaviorChange.check_different_test_results_for_commit_pair(
executions_test_merge[0], executions_test_left[0], ["", ""], "aaa",
"bbb", "Aux")
self.assertFalse(behavior_change[0])
self.assertTrue(behavior_change_merge[0])
def sum_nimrod_result(ran, evo, differential, is_equal_coverage):
if ran and evo:
return Nimrod.create_nimrod_result(
JUnitResult(
ok_tests=ran.ok_tests + evo.ok_tests,
fail_tests=ran.fail_tests + evo.fail_tests,
fail_test_set=ran.fail_test_set.union(evo.fail_test_set),
run_time=ran.run_time + evo.run_time,
coverage=Coverage(
call_points=(ran.coverage.call_points.union(
evo.coverage.call_points)),
test_cases=(ran.coverage.test_cases.union(
evo.coverage.test_cases)),
executions=(ran.coverage.executions +
evo.coverage.executions),
class_coverage=dict(evo.coverage.class_coverage,
**ran.coverage.class_coverage),
),
timeout=ran.timeout or evo.timeout), differential, '',
is_equal_coverage)
elif ran:
return Nimrod.create_nimrod_result(ran, differential, '',
is_equal_coverage)
elif evo:
return Nimrod.create_nimrod_result(evo, differential, '',
is_equal_coverage)
def test_expect_false_for_both_criteria(self):
behaviorChange = Behaviour_check()
executions_test_base = []
executions_test_left = []
executions_test_right = []
executions_test_merge = []
#empty sets for all merge scenario commits
executions_test_base.append(
JUnitResult(set(), set(), 0, set(), set(), set(), 0, set(), set(),
set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_left.append(
JUnitResult(set(), set(), 0, set(), set(), set(), 0, set(), set(),
set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_right.append(
JUnitResult(set(), set(), 0, set(), set(), set(), 0, set(), set(),
set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_merge.append(
JUnitResult(set(), set(), 0, set(), set(), set(), 0, set(), set(),
set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
aux = behaviorChange.check_conflict_occurrence_for_first_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_merge[0], ["", ""], "aaa", "bbb", "ccc", "AUX")
aux2 = behaviorChange.check_conflict_occurrence_for_second_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_right[0], executions_test_merge[0], ["", ""],
"aaa", "bbb", "ccc", "ddd", "AUX")
self.assertFalse(aux[0])
self.assertFalse(aux2[0])
behavior_change = behaviorChange.check_different_test_results_for_commit_pair(
executions_test_base[0], executions_test_left[0], ["", ""], "aaa",
"bbb", "Aux")
behavior_change_merge = behaviorChange.check_different_test_results_for_commit_pair(
executions_test_base[0], executions_test_left[0], ["", ""], "aaa",
"bbb", "Aux")
self.assertFalse(behavior_change[0])
self.assertFalse(behavior_change_merge[0])
def test_expect_false_for_first_criterion_fail_fail_fail(self):
behaviorChange = Behaviour_check()
executions_test_base = []
executions_test_left = []
executions_test_right = []
executions_test_merge = []
#test1 fails on base, left, and merge commits.
#So no test conflict is expected to be reported by the first criterion
#test1 was not executed on right commit, so no conflict is expected for the right commit.
executions_test_base.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_left.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_right.append(
JUnitResult(set(), set(), 0, set(), set(), set(), 0, set(), set(),
set(), set(), {"test1"}, set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_merge.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
conflict_for_left_first_criterion = behaviorChange.check_conflict_occurrence_for_first_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_merge[0], ["", ""], "aaa", "bbb", "ccc", "AUX")
conflict_for_right_first_criterion = behaviorChange.check_conflict_occurrence_for_first_criterion(
executions_test_base[0], executions_test_right[0],
executions_test_merge[0], ["", ""], "aaa", "bbb", "ccc", "AUX")
conflict_for_second_criteria = behaviorChange.check_conflict_occurrence_for_second_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_right[0], executions_test_merge[0], ["", ""],
"aaa", "bbb", "ccc", "ddd", "AUX")
self.assertFalse(conflict_for_left_first_criterion[0])
self.assertFalse(conflict_for_right_first_criterion[0])
self.assertFalse(conflict_for_second_criteria[0])
def test_expect_false_for_second_criterion_fail_fail_fail_fail(self):
behaviorChange = Behaviour_check()
executions_test_base = []
executions_test_left = []
executions_test_right = []
executions_test_merge = []
#test1 fails on all merge scenario commits.
#So no test conflict is expected to be reported by the second criterion
executions_test_base.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_left.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_right.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_merge.append(
JUnitResult(set(), set(), 0, set(), {"test1"},
{"RegressionText.test1()"}, 0, set(), set(), set(),
set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
aux = behaviorChange.check_conflict_occurrence_for_first_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_merge[0], ["", ""], "aaa", "bbb", "ccc", "AUX")
aux2 = behaviorChange.check_conflict_occurrence_for_second_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_right[0], executions_test_merge[0], ["", ""],
"aaa", "bbb", "ccc", "ddd", "AUX")
self.assertFalse(aux[0])
self.assertFalse(aux2[0])
def test_expect_false_for_first_criterion_not_executed(self):
behaviorChange = Behaviour_check()
executions_test_base = []
executions_test_left = []
executions_test_right = []
executions_test_merge = []
#test1 passes on base and merge commits, but it was not executed on left and right commits.
#So no test conflict is expected to be reported by the first criterion
executions_test_base.append(
JUnitResult({"test1"}, set(), 1, set(), set(), set(), 0, set(),
set(), set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_left.append(
JUnitResult(set(), set(), 0, set(), set(), set(), 0, set(), set(),
set(), set(), {"test1"}, set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_right.append(
JUnitResult(set(), set(), 0, set(), set(), set(), 0, set(), set(),
set(), set(), {"test1"}, set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
executions_test_merge.append(
JUnitResult({"test1"}, set(), 1, set(), set(), set(), 0, set(),
set(), set(), set(), set(), set(), set(), 0,
Coverage(set(), set(), 0, dict()), False))
conflict_for_left_first_criterion = behaviorChange.check_conflict_occurrence_for_first_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_merge[0], ["", ""], "aaa", "bbb", "ccc", "AUX")
conflict_for_right_first_criterion = behaviorChange.check_conflict_occurrence_for_first_criterion(
executions_test_base[0], executions_test_right[0],
executions_test_merge[0], ["", ""], "aaa", "bbb", "ccc", "AUX")
conflict_for_second_criteria = behaviorChange.check_conflict_occurrence_for_second_criterion(
executions_test_base[0], executions_test_left[0],
executions_test_right[0], executions_test_merge[0], ["", ""],
"aaa", "bbb", "ccc", "ddd", "AUX")
self.assertFalse(conflict_for_left_first_criterion[0])
self.assertFalse(conflict_for_right_first_criterion[0])
self.assertFalse(conflict_for_second_criteria[0])