How to use parametrized_func method in Slash

Best Python code snippet using slash

parametrize.py

Source:parametrize.py

...201            # copying func with new default parameters and name is necessary for introspection202            # without it, pytest, for example would think that parametrized values are fixtures203            @wraps(copy_func(f, name, parameters, context.signature))204            def parametrized_method(*args, **kwargs):205                return parametrized_func(*args, **kwargs)206            return parametrized_method...

test_api_client.py

Source:test_api_client.py

...133        )134    else:135        _mock_request(ENDPOINT_BASE + endpoint, json)136    parametrized_func = getattr(client, _func)137    res = parametrized_func(**kwargs) if kwargs else parametrized_func()138    if type(res) is list:139        if entity == "gates":140            _assert_gate(res)141        else:142            assert all([type(r) is _type for r in res])143    else:144        if entity == "gates":145            _assert_gate(res)146        else:147            assert type(res) is _type148def _assert_gate(gate):149    if type(gate) is dict:150        assert "Gate" in gate["type"]151    elif type(gate) is list:...

test_fixture_string_representation.py

Source:test_fixture_string_representation.py

...39        'first_fixture.value={},second_fixture.value={}'.format(i, j)40        for i, j in itertools.product(first_param_values, second_param_values)41    }42@pytest.fixture43def parametrized_func(params, param_names):44    buff = StringIO()45    formatter = CodeFormatter(buff)46    formatter.writeln('def f({}):'.format(', '.join(param_names)))47    with formatter.indented():48        formatter.writeln('pass')49    globs = {}50    exec(buff.getvalue(), globs)  # pylint: disable=exec-used51    returned = globs['f']52    for param_name in param_names:53        returned = slash.parametrize(54            param_name, list(params[param_name]))(returned)55    return returned56@pytest.fixture(57    params=[...

InfiniteRanges.py

Source:InfiniteRanges.py

1import matplotlib.pyplot as plt2import matplotlib as mpl3# mpl.use("macOSX")4from FORK import fork_inf_one_var as frk_inf5def parametrized_func(x, u):6    return (x**2 * (1 - u)**2 + u**2)**(-1)7def infinite_range():8    start = 09    stop = 110    N = 100011    init_val = 1.012    time, x_points = frk_inf(parametrized_func, init_val, start, stop, N)13    plt.plot(time, x_points)14    plt.title("Solution Over an Infinite Range")15    plt.xlabel("Time (t)")16    plt.ylabel("x(t)")17    plt.show()...

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