Typescript

[maxvonhippel]

No description provided.

[benchify]

🧪 Benchify Analysis of PR 306

We analyzed typescript.

The analysis revealed that out of the four properties tested, two failed and two passed. The put_record_to_kinesis function failed when given an empty stream_name and an empty data dictionary, resulting in a ParamValidationError due to invalid length for the StreamName parameter. The install_cobc_and_compile_script function failed when testing for an unsupported Linux distribution, but the failure was due to an AttributeError because the platform module does not have the attribute linux_distribution. In contrast, the format_pic_9_5_v_99 function passed when given a valid input within the range of 0 to 99999.99, and the Levenshtein distance calculation between two strings also passed, always returning a non-negative distance. To resolve the failures, the put_record_to_kinesis function should be modified to handle empty inputs, and the install_cobc_and_compile_script function should be updated to use the correct attributes from the platform module.

Status	Property Name	Example Input	# Inputs Tested	Explanation
❌	Response contains ShardId	stream_name='' data={}	3	The put_record_to_kinesis function failed when called with an empty stream_name and an empty data dictionary, because the stream_name parameter has a minimum length requirement of 1, because the stream_name cannot be empty.
❌	COBOL Compiler Installation Error Handling	os_name='Linux'	1	The test failed because the platform module does not have a linux_distribution attribute, which is being patched in the test. This attribute was removed in Python 3.9, so the test is not compatible with the current Python version. The install_cobc_and_compile_script function is not being called due to this error, so the expected subprocess.CalledProcessError is not being raised. Instead, an AttributeError is raised when trying to patch the non-existent linux_distribution attribute.
✅	Valid input returns 7-character string	num=0.0	200	The format_pic_9_5_v_99 function correctly returned a 7-character string for the input num=0.0, meeting the expected length requirement.
✅	getStringDistance is non-negative	superjson.parse('{"json":[["o[2}",":1\'8;amT-LM... view full input	200	The getStringDistance function correctly calculated the Levenshtein distance between str1 and str2 as a non-negative value for all tested string pairs, including the example inputs str1 = "o[2" and str2 = ":1'8;amT-LM".

Reproducible Unit Tests

# Unit Test for "Response contains ShardId": The response from `put_record_to_kinesis` should always contain a `ShardId` key, indicating that the record was successfully placed in a shard of the Kinesis stream.
def benchify_test_response_contains_shard_id(stream_name, data):
    response = put_record_to_kinesis(stream_name, data)
    assert 'ShardId' in response

def benchify_test_response_contains_shard_id_exec_test_failing_0():
    stream_name=''
    data={}
    benchify_test_response_contains_shard_id(stream_name, data)


# Unit Test for "COBOL Compiler Installation Error Handling": The function should raise a subprocess.CalledProcessError if the installation of the GNU COBOL compiler fails due to an unsupported Linux distribution or any other installation error.
def benchify_test_install_cobc_unsupported_linux_distribution(os_name):
    with patch('platform.system', return_value=os_name), \
         patch('platform.linux_distribution', return_value=('unsupported', '', '')):
        with pytest.raises(Exception, match='Unsupported Linux distribution'):
            install_cobc_and_compile_script()

def benchify_test_install_cobc_unsupported_linux_distribution_exec_test_failing_0():
    os_name='Linux'
    benchify_test_install_cobc_unsupported_linux_distribution(os_name)


# Unit Test for "Valid input returns 7-character string": The function should return a 7-character string with leading zeros for valid inputs within the range of 0 to 99999.99.
def benchify_test_format_pic_9_5_v_99_valid_input(num):
    result = format_pic_9_5_v_99(num)
    assert len(result) == 7

def benchify_test_format_pic_9_5_v_99_valid_input_exec_test_passing_0():
    num=0.0
    benchify_test_format_pic_9_5_v_99_valid_input(num)

// Unit Test for "`getStringDistance` is non-negative": The Levenshtein distance between any two strings is always non-negative.
function benchify_str1(str1, str2) {
    const distance = getStringDistance(str1, str2);
    expect(distance).toBeGreaterThanOrEqual(0);
}

it('benchify_str1_exec_test_passing_0', () => {
  const args = superjson.parse('{"json":[["o[2}",":1\'8;amT-LM"]]}');

  benchify_str1(...args);
});

[juancastano]

@Benchify test

[benchify-dev]

Benchify ran into an issue while running the test command on the following files from the latest commit cdb91d4:

• PyTorch2Jax/script.py
  Please try again.