xref: /honee/tests/junit.py (revision 0006be33bc3a095c7a40443db044019362bd3e1c)

#!/usr/bin/env python3
from junit_common import *


def create_argparser() -> argparse.ArgumentParser:
    """Creates argument parser to read command line arguments

    Returns:
        argparse.ArgumentParser: Created `ArgumentParser`
    """
    parser = argparse.ArgumentParser('Test runner with JUnit and TAP output')
    parser.add_argument(
        '-c',
        '--ceed-backends',
        type=str,
        nargs='*',
        default=['/cpu/self'],
        help='libCEED backend to use with convergence tests')
    parser.add_argument(
        '-m',
        '--mode',
        type=RunMode,
        action=CaseInsensitiveEnumAction,
        help='Output mode, junit or tap',
        default=RunMode.JUNIT)
    parser.add_argument('-n', '--nproc', type=int, default=1, help='number of MPI processes')
    parser.add_argument('-o', '--output', type=Optional[Path], default=None, help='Output file to write test')
    parser.add_argument('-b', '--junit-batch', type=str, default='', help='Name of JUnit batch for output file')
    parser.add_argument('-np', '--pool-size', type=int, default=1, help='Number of test cases to run in parallel')
    parser.add_argument('-s', '--smartredis_dir', type=str, default='', help='path to SmartSim library, if present')
    parser.add_argument('--has_torch', type=bool, default=False, help='Whether to build with torch')
    parser.add_argument('test', help='Test executable', nargs='?')

    return parser


# Necessary functions for running tests
class CeedSuiteSpec(SuiteSpec):
    def __init__(self, has_torch: bool):
        self.has_torch: bool = has_torch

    def get_source_path(self, test: str) -> Path:
        """Compute path to test source file

        Args:
            test (str): Name of test

        Returns:
            Path: Path to source file
        """
        return Path(test).with_suffix('.c')

    # get path to executable
    def get_run_path(self, test: str) -> Path:
        """Compute path to built test executable file

        Args:
            test (str): Name of test

        Returns:
            Path: Path to test executable
        """
        return Path('build') / test

    def get_output_path(self, test: str, output_file: str) -> Path:
        """Compute path to expected output file

        Args:
            test (str): Name of test
            output_file (str): File name of output file

        Returns:
            Path: Path to expected output file
        """
        return Path('tests') / 'output' / output_file

    def check_pre_skip(self, test: str, spec: TestSpec, resource: str, nproc: int) -> Optional[str]:
        """Check if a test case should be skipped prior to running, returning the reason for skipping

        Args:
            test (str): Name of test
            spec (TestSpec): Test case specification
            resource (str): libCEED backend
            nproc (int): Number of MPI processes to use when running test case

        Returns:
            Optional[str]: Skip reason, or `None` if test case should not be skipped
        """
        if contains_any(resource, ['occa']) and startswith_any(
                test, ['t4', 't5', 'ex', 'mfem', 'nek', 'petsc', 'fluids', 'solids']):
            return 'OCCA mode not supported'
        if test.startswith('t318') and contains_any(resource, ['/gpu/cuda/ref']):
            return 'CUDA ref backend not supported'
        if test.startswith('t506') and contains_any(resource, ['/gpu/cuda/shared']):
            return 'CUDA shared backend not supported'
        for condition in spec.only:
            if (condition == 'cpu') and ('gpu' in resource):
                return 'CPU only test with GPU backend'
            if condition == 'torch' and not self.has_torch:
                return 'PyTorch only test without USE_TORCH=1'

    def check_post_skip(self, test: str, spec: TestSpec, resource: str, stderr: str) -> Optional[str]:
        """Check if a test case should be allowed to fail, based on its stderr output

        Args:
            test (str): Name of test
            spec (TestSpec): Test case specification
            resource (str): libCEED backend
            stderr (str): Standard error output from test case execution

        Returns:
            Optional[str]: Skip reason, or `None` if unexpeced error
        """
        if 'OCCA backend failed to use' in stderr:
            return f'OCCA mode not supported'
        elif 'Backend does not implement' in stderr:
            return f'Backend does not implement'
        elif 'Can only provide HOST memory for this backend' in stderr:
            return f'Device memory not supported'
        elif 'Can only set HOST memory for this backend' in stderr:
            return f'Device memory not supported'
        elif 'Test not implemented in single precision' in stderr:
            return f'Test not implemented in single precision'
        elif 'No SYCL devices of the requested type are available' in stderr:
            return f'SYCL device type not available'
        elif 'You may need to add --download-ctetgen or --download-tetgen' in stderr:
            return f'Tet mesh generator not installed for {test}, {spec.name}'
        return None

    def check_required_failure(self, test: str, spec: TestSpec, resource: str, stderr: str) -> Tuple[str, bool]:
        """Check whether a test case is expected to fail and if it failed expectedly

        Args:
            test (str): Name of test
            spec (TestSpec): Test case specification
            resource (str): libCEED backend
            stderr (str): Standard error output from test case execution

        Returns:
            tuple[str, bool]: Tuple of the expected failure string and whether it was present in `stderr`
        """
        test_id: str = test[:4]
        fail_str: str = ''
        if test_id in ['t006', 't007']:
            fail_str = 'No suitable backend:'
        elif test_id in ['t008']:
            fail_str = 'Available backend resources:'
        elif test_id in ['t110', 't111', 't112', 't113', 't114']:
            fail_str = 'Cannot grant CeedVector array access'
        elif test_id in ['t115']:
            fail_str = 'Cannot grant CeedVector read-only array access, the access lock is already in use'
        elif test_id in ['t116']:
            fail_str = 'Cannot destroy CeedVector, the writable access lock is in use'
        elif test_id in ['t117']:
            fail_str = 'Cannot restore CeedVector array access, access was not granted'
        elif test_id in ['t118']:
            fail_str = 'Cannot sync CeedVector, the access lock is already in use'
        elif test_id in ['t215']:
            fail_str = 'Cannot destroy CeedElemRestriction, a process has read access to the offset data'
        elif test_id in ['t303']:
            fail_str = 'Length of input/output vectors incompatible with basis dimensions'
        elif test_id in ['t408']:
            fail_str = 'CeedQFunctionContextGetData(): Cannot grant CeedQFunctionContext data access, a process has read access'
        elif test_id in ['t409'] and contains_any(resource, ['memcheck']):
            fail_str = 'Context data changed while accessed in read-only mode'

        return fail_str, fail_str in stderr

    def check_allowed_stdout(self, test: str) -> bool:
        """Check whether a test is allowed to print console output

        Args:
            test (str): Name of test

        Returns:
            bool: True if the test is allowed to print console output
        """
        return test[:4] in ['t003']


if __name__ == '__main__':
    args = create_argparser().parse_args()

    # run tests
    if 'smartsim' in args.test:
        has_smartsim: bool = args.smartredis_dir and Path(args.smartredis_dir).is_dir()
        test_cases = []

        if args.mode is RunMode.TAP:
            print(f'1..1')
        if has_smartsim:
            sys.path.insert(0, str(Path(__file__).parents[1] / "examples" / "fluids"))
            from smartsim_regression_framework import SmartSimTest

            test_framework = SmartSimTest(Path(__file__).parent / 'test_dir')
            test_framework.setup()

            is_new_subtest = True
            subtest_ok = True
            for i, backend in enumerate(args.ceed_backends):
                test_cases.append(test_framework.test_junit(backend))
                if is_new_subtest and args.mode == RunMode.TAP:
                    is_new_subtest = False
                    print(f'# Subtest: {test_cases[0].category}')
                    print(f'    1..{len(args.ceed_backends)}')
                print(test_case_output_string(test_cases[i], TestSpec("SmartSim Tests"), args.mode, backend, '', i))
            if args.mode == RunMode.TAP:
                print(f'{"" if subtest_ok else "not "}ok 1 - {test_cases[0].category}')
            test_framework.teardown()
        elif args.mode is RunMode.TAP:
            print(f'ok 1 - # SKIP SmartSim not installed')
        result: TestSuite = TestSuite('SmartSim Tests', test_cases)
    else:
        result: TestSuite = run_tests(
            args.test,
            args.ceed_backends,
            args.mode,
            args.nproc,
            CeedSuiteSpec(args.has_torch),
            args.pool_size)

    # write output and check for failures
    if args.mode is RunMode.JUNIT:
        write_junit_xml(result, args.output, args.junit_batch)
        if has_failures(result):
            sys.exit(1)