def run_headless(ctx, spec_tests_directory, workload_executor, db_username,
db_password, org_name, project_name, cluster_name_salt,
polling_timeout, polling_frequency, xunit_output, no_delete,
startup_time):
"""
Run multiple APM tests in serial.
This command runs all tests found in the SPEC_TESTS_DIRECTORY sequentially
on an Atlas cluster.
"""
# Step-0: construct test configuration object and log configuration.
config = TestCaseConfiguration(organization_name=org_name,
project_name=project_name,
name_salt=cluster_name_salt,
polling_timeout=polling_timeout,
polling_frequency=polling_frequency,
database_username=unquote_plus(db_username),
database_password=unquote_plus(db_password),
workload_executor=workload_executor)
LOGGER.info(tabulate_astrolabe_configuration(config))
# Step-1: create the Test-Runner.
runner = MultiTestRunner(client=ctx.obj,
test_locator_token=spec_tests_directory,
configuration=config,
xunit_output=xunit_output,
persist_clusters=no_delete,
workload_startup_time=startup_time)
# Step-2: run the tests.
failed = runner.run()
if failed:
exit(1)
else:
exit(0)
def run_single_test(ctx, spec_test_file, workload_executor, db_username,
db_password, org_name, project_name, cluster_name_salt,
polling_timeout, polling_frequency, xunit_output,
no_delete, startup_time):
"""
Runs one APM test.
This is the main entry point for running APM tests in headless environments.
This command runs the test found in the SPEC_TEST_FILE.
"""
# Step-0: construct test configuration object and log configuration.
config = TestCaseConfiguration(organization_name=org_name,
project_name=project_name,
name_salt=cluster_name_salt,
polling_timeout=polling_timeout,
polling_frequency=polling_frequency,
database_username=unquote_plus(db_username),
database_password=unquote_plus(db_password),
workload_executor=workload_executor)
LOGGER.info(tabulate_astrolabe_configuration(config))
# Step-1: create the Test-Runner.
runner = SingleTestRunner(client=ctx.obj,
test_locator_token=spec_test_file,
configuration=config,
xunit_output=xunit_output,
persist_clusters=no_delete,
workload_startup_time=startup_time)
# Step-2: run the tests.
failed = runner.run()
if failed:
exit(1)
else:
exit(0)