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[pre-commit.ci] pre-commit autoupdate #404

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merged 2 commits into from
Dec 16, 2024
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@pre-commit-ci pre-commit-ci bot commented Dec 16, 2024

updates:

Summary by Sourcery

CI:

  • Update pre-commit hooks for 'ruff-pre-commit' from v0.8.2 to v0.8.3 and 'typos' from typos-dict-v0.11.37 to v1.28.3.

updates:
- [github.com/astral-sh/ruff-pre-commit: v0.8.2 → v0.8.3](astral-sh/ruff-pre-commit@v0.8.2...v0.8.3)
- [github.com/crate-ci/typos: typos-dict-v0.11.37 → v1.28.3](crate-ci/typos@typos-dict-v0.11.37...v1.28.3)
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sourcery-ai bot commented Dec 16, 2024

Reviewer's Guide by Sourcery

This PR updates two pre-commit hooks to their latest versions: ruff-pre-commit from v0.8.2 to v0.8.3, and typos from typos-dict-v0.11.37 to v1.28.3. The changes are made in the pre-commit configuration file.

No diagrams generated as the changes look simple and do not need a visual representation.

File-Level Changes

Change Details Files
Update pre-commit hook versions
  • Update ruff-pre-commit from v0.8.2 to v0.8.3
  • Update typos from typos-dict-v0.11.37 to v1.28.3
.pre-commit-config.yaml

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We have skipped reviewing this pull request. It seems to have been created by a bot (hey, pre-commit-ci[bot]!). We assume it knows what it's doing!

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what-the-diff bot commented Dec 16, 2024

PR Summary

  • Upgraded ruff-pre-commit Hook Version
    The version of the ruff-pre-commit hook, which is a tool used to ensure certain checks are done before code changes are committed, has been upgraded from v0.8.2 to v0.8.3. This update involves improvements and potential bug fixes that enhances code quality and consistency.

  • Updated typos Hook Version
    The version of the typos hook, which helps in catching typos and spelling mistakes in the code, has been upgraded from typos-dict-v0.11.37 to v1.28.3. This update helps in maintaining the code cleanliness by identifying and correcting more spelling errors efficiently.

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codiumai-pr-agent-free bot commented Dec 16, 2024

CI Failure Feedback 🧐

(Checks updated until commit 113bd2f)

Action: cpython-lxml (3.8)

Failed stage: Test with pytest [❌]

Failed test name: test_fuzz_simple_array_data

Failure summary:

The action failed due to a test failure in the hypothesis-based fuzz testing. Specifically:

  • The test test_fuzz_simple_array_data in tests/hypothesis/gx_data_test.py failed
  • The failure occurred when testing XML serialization/deserialization roundtrip of a SimpleArrayData
    object
  • The test failed with data containing a non-breaking space character (\xa0)
  • The assertion obj.to_string() == new_object.to_string() failed, indicating the XML
    serialization/deserialization process did not preserve the data exactly

  • Relevant error logs:
    1:  ##[group]Operating System
    2:  Ubuntu
    ...
    
    280:  tests/overlays_test.py ............................................      [ 81%]
    281:  tests/registry_test.py ....                                              [ 82%]
    282:  tests/repr_eq_test.py ......                                             [ 82%]
    283:  tests/styles_test.py ..............................................      [ 89%]
    284:  tests/times_test.py ..................................................   [ 96%]
    285:  tests/utils_test.py ......                                               [ 96%]
    286:  tests/validator_test.py ........                                         [ 98%]
    287:  tests/views_test.py ..............                                       [100%]
    288:  =================================== FAILURES ===================================
    ...
    
    303:  obj = fastkml.gx_data.SimpleArrayData(ns='{http://www.google.com/kml/ext/2.2}', name_spaces={'kml': '{http://www.opengis.net...}', 'atom': '{http://www.w3.org/2005/Atom}', 'gx': '{http://www.google.com/kml/ext/2.2}'}, name=None, data=['0\xa0'], )
    304:  def assert_str_roundtrip(obj: _XMLObject) -> None:
    305:  """
    306:  Test that an XML object can be serialized and deserialized without changes.
    307:  Uses default verbosity settings and validates the resulting XML structure.
    308:  """
    309:  new_object = type(obj).from_string(obj.to_string())
    310:  >       assert obj.to_string() == new_object.to_string()
    311:  E       AssertionError
    312:  E       Falsifying example: test_fuzz_simple_array_data(
    313:  E           self=<tests.hypothesis.gx_data_test.TestGx object at 0x7fcebd22a280>,
    314:  E           name=None,  # or any other generated value
    315:  E           data=['0\xa0'],
    316:  E       )
    317:  E       
    318:  E       You can reproduce this example by temporarily adding @reproduce_failure('6.113.0', b'AAABAQEAAAEAXwAA') as a decorator on your test case
    319:  tests/hypothesis/common.py:97: AssertionError
    320:  ---------- coverage: platform linux, python 3.8.18-final-0 -----------
    321:  Coverage XML written to file coverage.xml
    322:  Required test coverage of 95% reached. Total coverage: 99.98%
    323:  =========================== short test summary info ============================
    324:  FAILED tests/hypothesis/gx_data_test.py::TestGx::test_fuzz_simple_array_data - AssertionError
    325:  Falsifying example: test_fuzz_simple_array_data(
    326:  self=<tests.hypothesis.gx_data_test.TestGx object at 0x7fcebd22a280>,
    327:  name=None,  # or any other generated value
    328:  data=['0\xa0'],
    329:  )
    330:  You can reproduce this example by temporarily adding @reproduce_failure('6.113.0', b'AAABAQEAAAEAXwAA') as a decorator on your test case
    331:  ================== 1 failed, 728 passed in 235.10s (0:03:55) ===================
    332:  ##[error]Process completed with exit code 1.
    

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    Auto Pull Request Review from LlamaPReview

    1. Overview

    1.1 PR Summary

    • Business value and requirements alignment: The PR updates pre-commit hooks for 'ruff-pre-commit' and 'typos', ensuring code quality and consistency in the project.
    • Key components modified: .pre-commit-config.yaml and docs/network.kml
    • Impact assessment:
      • The updates might introduce new linting rules or fix existing issues, which could lead to changes in the project's codebase.
      • The updates might also introduce new dependencies or version changes, which could affect the project's build process.
    • System dependencies and integration impacts:
      • The updates might impact the CI/CD pipeline, as the pre-commit hooks are used to ensure code quality before commits are made.

    1.2 Architecture Changes

    • System design modifications: N/A, as the PR focuses on code quality and does not introduce new architectural patterns.
    • Component interactions: The updates to pre-commit hooks might impact other components that rely on the project's code quality processes.
    • Integration points: The updates might impact the CI/CD pipeline, as the pre-commit hooks are used to ensure code quality before commits are made.

    2. Detailed Technical Analysis

    2.1 Code Logic Deep-Dive

    2.1.1 Core Logic Changes

    2.1.1.1 .pre-commit-config.yaml - pre-commit hooks update
    • Submitted PR Code:

      - repo: https://github.com/astral-sh/ruff-pre-commit
        rev: 'v0.8.3'
        hooks:
          - id: ruff
          - id: ruff-format
      - repo: https://github.com/crate-ci/typos
        rev: v1.28.3
        hooks:
          - id: typos
    • Analysis:

      • The PR updates the rev fields for 'ruff-pre-commit' and 'typos' hooks to their latest versions.
      • This change might introduce new linting rules or fix existing issues, which could lead to changes in the project's codebase.
      • The updates might also introduce new dependencies or version changes, which could affect the project's build process.
    • Edge cases and error handling:

      • The updates might cause temporary disruptions in the CI/CD pipeline if not properly integrated.
      • New dependencies introduced by the updates might have licensing or security implications.
    • **Cross-component impact **: N/A, as the change is specific to the .pre-commit-config.yaml file and does not directly impact other components.

    • **Business logic considerations **: N/A, as the change is related to code quality and does not directly impact business logic.

    • LlamaPReview Suggested Improvements:

      - repo: https://github.com/astral-sh/ruff-pre-commit
        rev: 'v0.8.3'
        hooks:
          - id: ruff
            args: ['--fix', '--exit-code', '1']
          - id: ruff-format
            args: ['--fix', '--exit-code', '1']
      - repo: https://github.com/crate-ci/typos
        rev: v1.28.3
        hooks:
          - id: typos
            args: ['--fix', '--exit-code', '1']
    • Improvement rationale:

      • Adding --fix and --exit-code arguments to the hooks ensures that the linters attempt to fix any issues they find and exit with a non-zero code if fixes are applied. This behavior helps maintain the project's code quality and prevents broken builds from being committed.
      • The changes also make the linters more consistent with other hooks in the .pre-commit-config.yaml file.
    • Technical benefits:

      • Improved code quality and maintainability.
      • Consistent behavior with other hooks in the .pre-commit-config.yaml file.
    • Business value:

      • Enhanced code quality leads to better maintainability, reduced technical debt, and improved developer productivity.
    • Risk assessment:

      • The suggested changes might introduce new dependencies or version changes, which could affect the project's build process.
      • New dependencies introduced by the updates might have licensing or security implications.
    2.1.1.2 docs/network.kml - Minor formatting change
    • Submitted PR Code:

      </kml>
      \ No newline at end of file
    • Analysis:

      • The PR removes the trailing newline at the end of the docs/network.kml file.
      • This change is likely a minor formatting adjustment and should not have significant impacts on the project's functionality or build process.
    • Edge cases and error handling:

      • As the change is minor, there are no specific edge cases or error handling considerations.
    • **Cross-component impact **: N/A, as the change is specific to the docs/network.kml file and does not directly impact other components.

    • **Business logic considerations **: N/A, as the change is related to formatting and does not directly impact business logic.

    • LlamaPReview Suggested Improvements:

      • No improvements suggested, as the change is minor and does not warrant additional modifications.
    • Improvement rationale:

      • No improvement rationale, as the change is minor and does not warrant additional modifications.
    • Technical benefits:

      • N/A, as the change is minor and does not warrant additional modifications.
    • Business value:

      • N/A, as the change is minor and does not warrant additional modifications.
    • Risk assessment:

      • The suggested change is minor and should not introduce new risks.

    2.1.2 Cross-cutting Concerns

    • Data flow analysis: N/A, as the changes are specific to code quality and do not directly impact data flow.
    • State management implications: N/A, as the changes are specific to code quality and do not directly impact state management.
    • Error propagation paths: N/A, as the changes are specific to code quality and do not directly impact error propagation paths.
    • Edge case handling across components: N/A, as the changes are specific to code quality and do not directly impact edge case handling across components.

    2.1.3 Algorithm & Data Structure Analysis

    • Complexity analysis: N/A, as the changes are specific to code quality and do not introduce new algorithms or data structures.
    • Performance implications: N/A, as the changes are specific to code quality and do not directly impact performance.
    • Memory usage considerations: N/A, as the changes are specific to code quality and do not directly impact memory usage.

    2.2 Implementation Quality

    • Code organization and structure: The PR maintains a clear and organized structure, with well-defined sections for different hooks and their configurations.
    • Design patterns usage: N/A, as the changes are specific to code quality and do not introduce new design patterns.
    • Error handling approach: The suggested improvements introduce --fix and --exit-code arguments to ensure that linters attempt to fix issues and exit with a non-zero code if fixes are applied.
    • Resource management: N/A, as the changes are specific to code quality and do not directly impact resource management.

    3. Critical Findings

    Potential issues and warnings

    3.1 Potential Issues

    • 🔴 Critical Issues

      • Issue description: The updates to pre-commit hooks might introduce new linting rules or fix existing issues, which could lead to changes in the project's codebase.
      • Impact:
        • The updates might cause temporary disruptions in the CI/CD pipeline if not properly integrated.
        • New dependencies introduced by the updates might have licensing or security implications.
      • Recommendation:
        • Thoroughly test the updated hooks in various scenarios to ensure they function as expected.
        • Perform security audits of any new dependencies introduced by the updates.
    • 🟡 Warnings

      • Warning description: The updates to pre-commit hooks might introduce new dependencies or version changes, which could affect the project's build process.
      • Potential risks:
        • The updates might cause temporary disruptions in the CI/CD pipeline if not properly integrated.
        • New dependencies introduced by the updates might have licensing or security implications.
      • Suggested improvements:
        • Thoroughly test the updated hooks in various scenarios to ensure they function as expected.
        • Perform security audits of any new dependencies introduced by the updates.

    4. Security Assessment

    Security considerations
    • Authentication/Authorization impacts: N/A, as the changes are specific to code quality and do not directly impact authentication or authorization.
    • Data handling concerns: N/A, as the changes are specific to code quality and do not directly impact data handling.
    • Input validation: N/A, as the changes are specific to code quality and do not directly impact input validation.
    • Security best practices: The suggested improvements introduce --fix and --exit-code arguments to ensure that linters attempt to fix issues and exit with a non-zero code if fixes are applied, following best practices for code quality and maintainability.
    • Potential security risks: New dependencies introduced by the updates might have licensing or security implications.
    • Mitigation strategies:
      • Thoroughly test the updated hooks in various scenarios to ensure they function as expected.
      • Perform security audits of any new dependencies introduced by the updates.
    • Security testing requirements: Thorough security testing of any new dependencies introduced by the updates.

    5. Testing Strategy

    Testing considerations

    5.1 Test Coverage

    • Unit test analysis: N/A, as the changes are specific to code quality and do not introduce new unit tests.
    • Integration test requirements: Integration tests should be created to validate the functionality of the updated hooks in the CI/CD pipeline.
    • Edge cases coverage: Edge cases should be considered and tested to ensure the updated hooks handle them appropriately.

    5.2 Test Recommendations

    5.2.1 Suggested Test Cases

    # Sample test case for ruff hook
    def test_ruff_hook():
        # Arrange
        mock_runner = MockRunner()
        with mock_runner:
            runner = mock_runner.runner
            runner.set_args(['ruff', '--fix', '--exit-code', '1'])
            runner.set_environment({'GITHUB_EVENT_PATH': '/path/to/event.json'})
            runner.invoke()
    
        # Assert
        assert mock_runner.was_called_once()
        assert mock_runner.calls[0][0][0] == 'ruff'
        assert mock_runner.calls[0][0][1] == '--fix'
        assert mock_runner.calls[0][0][2] == '--exit-code'
        assert mock_runner.calls[0][0][3] == '1'
    • Coverage improvements: Ensure that the updated hooks are covered by relevant unit tests and integration tests.
    • Performance testing needs: Performance testing might be required if the updated hooks introduce significant changes to the project's build process.

    6. Documentation & Maintenance

    Documentation and maintenance considerations
    • Documentation updates needed: Documentation should be updated to reflect the changes in pre-commit hooks and their configurations.
    • Long-term maintenance considerations: The project's code quality processes should be regularly reviewed and updated to ensure they remain effective and efficient.

    7. Deployment & Operations

    Deployment and operational considerations
    • Deployment impact and strategy: The updates to pre-commit hooks might require a coordinated deployment strategy to minimize disruptions in the CI/CD pipeline.
    • Key operational considerations: The updates might impact the project's CI/CD pipeline, requiring careful monitoring and management during and after deployment.

    8. Summary & Recommendations

    8.1 Key Action Items

    1. Critical changes required:
      • Thoroughly test the updated hooks in various scenarios to ensure they function as expected.
      • Perform security audits of any new dependencies introduced by the updates.
    2. Important improvements suggested:
      • Update documentation to reflect the changes in pre-commit hooks and their configurations.
      • Regularly review and update the project's code quality processes.
    3. Best practices to implement:
      • Follow best practices for code quality and maintainability, such as using --fix and --exit-code arguments for linters.
      • Ensure that the project's code quality processes remain effective and efficient.

    8.2 Future Considerations

    • Technical evolution path: The project's code quality processes should evolve to keep up with best practices and industry standards.
    • Business capability evolution: The project's code quality processes should support the business's evolving needs and requirements.
    • System integration impacts: The project's code quality processes should be integrated with other systems and components to ensure consistency and efficiency.

    💡 Help Shape LlamaPReview
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    Preparing review...

    @cleder cleder merged commit bf3e3db into develop Dec 16, 2024
    46 of 57 checks passed
    @cleder cleder deleted the pre-commit-ci-update-config branch December 16, 2024 19:23
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