def _test_install(self, code_directory: str):
cmdlist = ["ruby", "--version"]
LOG.info(cmdlist)
run_command(cmdlist, self.cwd)
cmdlist = ["bundle", "install"]
LOG.info(cmdlist)
result = run_command(cmdlist, self.cwd)
self.assertIn("Bundle complete!", result.stdout)
def _test_unit_tests(self, code_directory: str):
env = os.environ.copy()
env["PYTHONPATH"] = "lib:."
cmdlist = [self.python_executable, "-m", "pytest", "tests/unit"]
LOG.info(cmdlist)
result = run_command(cmdlist, self.cwd, env=env)
self.assertNotIn("ERRORS", result.stdout)
def _test_local_invoke(self):
events_path = Path(self.cwd, "events")
if not events_path.exists():
LOG.info(f"Skip event testing, {events_path} does not exist")
return
event_files = os.listdir(events_path)
for event_file in event_files:
if self.function_id_by_event:
cmdlist = [
self.SAM_COMMAND,
"local",
"invoke",
self.function_id_by_event[event_file],
"-e",
Path("events", event_file),
"--debug",
]
else:
cmdlist = [
self.SAM_COMMAND,
"local",
"invoke",
"-e",
Path("events", event_file),
"--debug",
]
LOG.info(cmdlist)
result = run_command(cmdlist, self.cwd)
LOG.info(result)
try:
self.invoke_output = json.loads(result.stdout)
except json.decoder.JSONDecodeError:
self.fail(f"Response is not a valid JSON: {result.stdout}")
def _test_build(self):
cmdlist = [self.SAM_COMMAND, "build", "--debug"]
if self.use_container:
cmdlist.append("--use-container")
LOG.info(cmdlist)
result = run_command(cmdlist, self.cwd)
self.assertIn("Build Succeeded", str(result.stdout))
def _test_unit_tests(self, code_directory: str):
cmdlist = ["dotnet", "test"]
LOG.info(cmdlist)
LOG.info("Running in folder %s", self.cwd)
result = run_command(cmdlist, Path(self.cwd, code_directory))
self.assertEqual(result.process.returncode, 0)
self.assertNotIn("Failed!", result.stdout)
def _test_unit_tests(self, code_directory: str):
cmdlist = [
"npm",
"test",
]
LOG.info(cmdlist)
result = run_command(cmdlist, Path(self.cwd, code_directory))
self.assertIn("pass", result.stdout + result.stderr)
self.assertNotIn("fail", result.stdout + result.stderr)
def _test_install(self, code_directory: str):
cmdlist = [
"npm",
"i",
]
LOG.info(cmdlist)
result = run_command(cmdlist, Path(self.cwd, code_directory))
self.assertRegex(
result.stdout,
r"added \d+ packages from \d+ contributors and audited \d+ packages",
)
self.assertIn(
"found 0 vulnerabilities",
result.stdout,
)
def _test_install(self, code_directory: str):
cmdlist = [
self.python_executable,
"-m",
"pip",
"install",
"-t",
"lib",
"-r",
f"{code_directory}/requirements.txt",
# to run pytest, pytest needs to be installed
"pytest",
"pytest-mock",
]
LOG.info(cmdlist)
result = run_command(cmdlist, self.cwd)
if result.stdout:
# when requirements.txt is empty, the stdout is also empty
self.assertIn("Successfully installed", result.stdout)
def _test_unit_tests(self, code_directory: str):
cmdlist = ["ruby", code_directory]
LOG.info(cmdlist)
result = run_command(cmdlist, self.cwd)
self.assertIn("100% passed", result.stdout)
def _test_unit_tests(self, code_directory: str):
cmdlist = ["go", "test", "-v"]
LOG.info(cmdlist)
result = run_command(cmdlist, Path(self.cwd, code_directory))
self.assertIn("PASS", result.stdout)
self.assertNotIn("FAIL", result.stdout)
def _test_unit_tests(self, code_directory: str):
cmdlist = ["dotnet", "test"]
LOG.info(cmdlist)
result = run_command(cmdlist, Path(self.cwd, code_directory))
self.assertIn("Passed", result.stdout)
self.assertNotIn("Failed", result.stdout)
def _test_unit_tests(self, code_directory: str):
cmdlist = ["mvn", "test"]
LOG.info(cmdlist)
result = run_command(cmdlist, Path(self.cwd, code_directory))
self.assertIn("BUILD SUCCESS", result.stdout)