def test_handles_python_exeception(self):
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
test_case.run.side_effect = KeyError
self.runner.run(test_list)
self.assertTrue(self.report.result_of("test").failed)
def create_tests(self, simulator_if, elaborate_only, test_list=None):
"""
Create all test cases from this test bench
"""
self._check_architectures(self.design_unit)
if test_list is None:
test_list = TestList()
if self._individual_tests:
for test_case in self._test_cases:
test_case.create_tests(simulator_if, elaborate_only, test_list)
elif self._implicit_test:
for config in self._get_configurations_to_run():
test_list.add_test(
IndependentSimTestCase(
test=self._implicit_test,
config=config,
simulator_if=simulator_if,
elaborate_only=elaborate_only))
else:
for config in self._get_configurations_to_run():
test_list.add_suite(
SameSimTestSuite(
tests=[test.test for test in self._test_cases],
config=config,
simulator_if=simulator_if,
elaborate_only=elaborate_only))
return test_list
def test_can_read_output(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir)
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
def side_effect(read_output, **kwargs): # pylint: disable=unused-argument
"""
Side effect that print output to stdout
"""
print("out1", end="")
print("out2", end="")
assert read_output() == "out1out2"
print("out3", end="")
print("out4", end="")
assert read_output() == "out1out2out3out4"
print("out5", end="")
return True
test_case.run_side_effect = side_effect
runner.run(test_list)
self.assertTrue(report.result_of("test").passed)
self.assertEqual(report.result_of("test").output, "out1out2out3out4out5")
def test_handles_python_exeception(self):
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
test_case.run.side_effect = KeyError
self.runner.run(test_list)
self.assertTrue(self.report.result_of("test").failed)
def test_can_read_output(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir)
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
def side_effect(read_output, **kwargs): # pylint: disable=unused-argument
"""
Side effect that print output to stdout
"""
print("out1", end="")
print("out2", end="")
assert read_output() == "out1out2"
print("out3", end="")
print("out4", end="")
assert read_output() == "out1out2out3out4"
print("out5", end="")
return True
test_case.run_side_effect = side_effect
runner.run(test_list)
self.assertTrue(report.result_of("test").passed)
self.assertEqual(report.result_of("test").output, "out1out2out3out4out5")
def test_handles_python_exeception(self):
report = TestReport()
runner = TestRunner(report, self.output_path)
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
test_case.run.side_effect = KeyError
runner.run(test_list)
self.assertTrue(report.result_of("test").failed)
def test_runs_testcases_in_order(self):
test_case1 = self.create_test("test1", True)
test_case2 = self.create_test("test2", False)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
self.runner.run(test_list)
test_case1.run.assert_called_once_with(create_output_path(self.output_path, "test1"))
test_case2.run.assert_called_once_with(create_output_path(self.output_path, "test2"))
self.assertEqual(self._tests, ["test1", "test2"])
self.assertTrue(self.report.result_of("test1").passed)
self.assertTrue(self.report.result_of("test2").failed)
def test_runs_testcases_in_order(self):
test_case1 = self.create_test("test1", True)
test_case2 = self.create_test("test2", False)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
self.runner.run(test_list)
test_case1.run.assert_called_once_with(join(self.output_path, "test1"))
test_case2.run.assert_called_once_with(join(self.output_path, "test2"))
self.assertEqual(self._tests, ["test1", "test2"])
self.assertTrue(self.report.result_of("test1").passed)
self.assertTrue(self.report.result_of("test2").failed)
def test_handles_python_exeception(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir)
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
def side_effect(*args, **kwargs): # pylint: disable=unused-argument
raise KeyError
test_case.run_side_effect = side_effect
runner.run(test_list)
self.assertTrue(report.result_of("test").failed)
def test_handles_python_exeception(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir)
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
def side_effect(*args, **kwargs): # pylint: disable=unused-argument
raise KeyError
test_case.run_side_effect = side_effect
runner.run(test_list)
self.assertTrue(report.result_of("test").failed)
def test_collects_output(self):
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
output = "Output string, <xml>, </xml>\n"
def side_effect(*args, **kwargs):
print(output, end="")
return True
test_case.run.side_effect = side_effect
self.runner.run(test_list)
self.assertTrue(self.report.result_of("test").passed)
self.assertEqual(self.report.result_of("test").output, output)
def from_project(self, project, entity_filter=None):
test_list = TestList()
for library in project.get_libraries():
for entity in library.get_entities():
if entity_filter is None or entity_filter(entity):
self._create_tests_from_entity(test_list, entity)
return test_list
def create_tests(self, simulator_if, elaborate_only):
"""
Create all test cases from the test benches
"""
test_list = TestList()
for test_bench in self.get_test_benches():
test_bench.create_tests(simulator_if, elaborate_only, test_list)
return test_list
def test_collects_output(self):
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
output = "Output string, <xml>, </xml>\n"
def side_effect(*args, **kwargs): # pylint: disable=unused-argument
"""
Side effect that print output to stdout
"""
print(output, end="")
return True
test_case.run.side_effect = side_effect
self.runner.run(test_list)
self.assertTrue(self.report.result_of("test").passed)
self.assertEqual(self.report.result_of("test").output, output)
def test_runs_testcases_in_order(self):
report = TestReport()
runner = TestRunner(report, self.output_path)
test_case1 = self.create_test("test1", True)
test_case2 = self.create_test("test2", False)
test_case3 = self.create_test("test3", True)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
runner.run(test_list)
test_case1.run.assert_called_once_with(
create_output_path(self.output_path, "test1"))
test_case2.run.assert_called_once_with(
create_output_path(self.output_path, "test2"))
self.assertFalse(test_case3.run.called)
self.assertEqual(self._tests, ["test1", "test2"])
self.assertTrue(report.result_of("test1").passed)
self.assertTrue(report.result_of("test2").failed)
def test_fail_fast(self):
report = TestReport()
runner = TestRunner(report, self.output_path, fail_fast=True)
test_case1 = self.create_test("test1", True)
test_case2 = self.create_test("test2", False)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
try:
runner.run(test_list)
except KeyboardInterrupt:
pass
test_case1.run.assert_called_once_with(
create_output_path(self.output_path, "test1"))
test_case2.run.assert_called_once_with(
create_output_path(self.output_path, "test2"))
self.assertEqual(self._tests, ["test1", "test2"])
self.assertTrue(report.result_of("test1").passed)
self.assertTrue(report.result_of("test2").failed)
def test_runs_testcases_in_order(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir)
order = []
test_case1 = self.create_test("test1", True, order=order)
test_case2 = self.create_test("test2", False, order=order)
test_case3 = self.create_test("test3", True, order=order)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
test_list.add_test(test_case3)
runner.run(test_list)
self.assertEqual(test_case1.output_path, create_output_path(tempdir, "test1"))
self.assertEqual(test_case2.output_path, create_output_path(tempdir, "test2"))
self.assertEqual(test_case3.output_path, create_output_path(tempdir, "test3"))
self.assertEqual(order, ["test1", "test2", "test3"])
self.assertTrue(report.result_of("test1").passed)
self.assertTrue(report.result_of("test2").failed)
self.assertTrue(report.result_of("test3").passed)
def test_collects_output(self):
report = TestReport()
runner = TestRunner(report, self.output_path)
test_case = self.create_test("test", True)
test_list = TestList()
test_list.add_test(test_case)
output = "Output string, <xml>, </xml>\n"
def side_effect(*args, **kwargs): # pylint: disable=unused-argument
"""
Side effect that print output to stdout
"""
print(output, end="")
return True
test_case.run.side_effect = side_effect
runner.run(test_list)
self.assertTrue(report.result_of("test").passed)
self.assertEqual(report.result_of("test").output, output)
def create_tests(self, simulator_if, elaborate_only, test_list=None):
"""
Create all test cases from this test bench
"""
self._check_architectures(self.design_unit)
if test_list is None:
test_list = TestList()
if self._individual_tests:
for test_case in self._test_cases:
test_case.create_tests(simulator_if, elaborate_only, test_list)
elif self._implicit_test:
for config in self._get_configurations_to_run():
test_list.add_test(
IndependentSimTestCase(test=self._implicit_test,
config=config,
simulator_if=simulator_if,
elaborate_only=elaborate_only))
else:
for config in self._get_configurations_to_run():
test_list.add_suite(
SameSimTestSuite(
tests=[test.test for test in self._test_cases],
config=config,
simulator_if=simulator_if,
elaborate_only=elaborate_only))
return test_list
def test_fail_fast(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir, fail_fast=True)
order = []
test_case1 = self.create_test("test1", True, order=order)
test_case2 = self.create_test("test2", False, order=order)
test_case3 = self.create_test("test3", True, order=order)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
test_list.add_test(test_case3)
try:
runner.run(test_list)
except KeyboardInterrupt:
pass
self.assertEqual(test_case1.output_path, create_output_path(tempdir, "test1"))
self.assertEqual(test_case2.output_path, create_output_path(tempdir, "test2"))
self.assertEqual(test_case3.called, False)
self.assertEqual(order, ["test1", "test2"])
self.assertTrue(report.result_of("test1").passed)
self.assertTrue(report.result_of("test2").failed)
def from_project(self, project, entity_filter=None):
"""
Return a TestList with all test found within the project
entity_filter -- An optional filter function of entity objects
"""
test_list = TestList()
for library in sorted(project.get_libraries(), key=lambda lib: lib.name):
for entity in sorted(library.get_entities(), key=lambda ent: ent.name):
if entity_filter is None or entity_filter(entity):
self._create_tests_from_entity(test_list, entity)
for module in sorted(library.get_modules(), key=lambda module: module.name):
if entity_filter is None or entity_filter(module):
self._create_tests_from_module(test_list, module)
return test_list
def test_runs_testcases_in_order(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir)
order = []
test_case1 = self.create_test("test1", True, order=order)
test_case2 = self.create_test("test2", False, order=order)
test_case3 = self.create_test("test3", True, order=order)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
test_list.add_test(test_case3)
runner.run(test_list)
self.assertEqual(test_case1.output_path, create_output_path(tempdir, "test1"))
self.assertEqual(test_case2.output_path, create_output_path(tempdir, "test2"))
self.assertEqual(test_case3.output_path, create_output_path(tempdir, "test3"))
self.assertEqual(order, ["test1", "test2", "test3"])
self.assertTrue(report.result_of("test1").passed)
self.assertTrue(report.result_of("test2").failed)
self.assertTrue(report.result_of("test3").passed)
def test_fail_fast(self, tempdir):
report = TestReport()
runner = TestRunner(report, tempdir, fail_fast=True)
order = []
test_case1 = self.create_test("test1", True, order=order)
test_case2 = self.create_test("test2", False, order=order)
test_case3 = self.create_test("test3", True, order=order)
test_list = TestList()
test_list.add_test(test_case1)
test_list.add_test(test_case2)
test_list.add_test(test_case3)
try:
runner.run(test_list)
except KeyboardInterrupt:
pass
self.assertEqual(test_case1.output_path, create_output_path(tempdir, "test1"))
self.assertEqual(test_case2.output_path, create_output_path(tempdir, "test2"))
self.assertEqual(test_case3.called, False)
self.assertEqual(order, ["test1", "test2"])
self.assertTrue(report.result_of("test1").passed)
self.assertTrue(report.result_of("test2").failed)
