build(deps): bump astral-sh/setup-uv from 3 to 5

[dependabot]

Bumps astral-sh/setup-uv from 3 to 5.

Release notes

Sourced from astral-sh/setup-uv's releases.

v5.0.0 🎄 Merry Christmas - Help fastly and users by default

Changes

This christmans 🎄 release is a bit early bit still full of presents 🎁 Since we are changing some of the defaults this can lead to breaking changes, thus the major version increase.

Here are the highlights:

Default to enable-cache: true on GitHub hosted runners

Did you know that that Fastly, the company hosting PyPI, theoretically has to pay $12.5 million per month and so far have served more than 2.41 exabytes of data?

This is why they asked us to turn on caching by default. After weighting the pros and cons we decided to automatically upload the cache to the GitHub Actions cache when running on GitHub hosted runners. You can still disable that with enable-cache: false.

I remember when I first got into actions and didn't understand all the magic. I was baffled that some actions did something behind the scenes to make everything faster. I hope with this change we help a lot of users who are don't want to or are afraid to understand what enable-cache does.

Add **/requirements*.txt to default cache-dependency-glob

If caching is enabled we automatically searched for a uv.lock file and when this changed we knew we had to refresh the cache. A lot of projects don't use this but rather the good old requirements.txt. We now automatically search for both uv.lockand requirements*.txt (this means also requirements-test.txt, requirements-dev.txt, ...) files. You can change this with cache-dependency-glob

Auto activate venv when python-version is set

Some workflows install packages on the fly. This automatically works when using a python version that is already present on the runner. But if uv installs the version, e.g. because it is a free-threaded version or an old one, it is a standalone-build and installing packages "into the system" is not possible.

We now automatically create a new virtual environment with uv venv and activate it for the rest of the workflow if python-version is used. This means you can now do

- name: Install uv
  uses: astral-sh/setup-uv@auto-environment
  with:
    python-version: 3.13t
- run: uv pip install -i https://pypi.anaconda.org/scientific-python-nightly-wheels/simple cython

🚨 Breaking changes

• Default to enable-cache: true on GitHub hosted runners @​eifinger (#193)
• Add **/requirements*.txt to default cache-dependency-glob @​eifinger (#185)

🐛 Bug fixes

• Always use api.github.com @​eifinger (#191)

🚀 Enhancements

• Auto activate venv when python-version is set @​eifinger (#194)
• Add python version to cache key @​eifinger (#187)

... (truncated)

Commits

• 180f8b4 Fix wrong cacheDependencyPathHash (#201)
• e3fb95a Warn instead of fail for no-dependency-glob (#200)
• 2af22b5 chore: update known checksums for 0.5.11 (#198)
• dd57877 Auto activate venv when python-version is set (#194)
• 85aa0bf chore: update known checksums for 0.5.10 (#196)
• 1f2cbfa Bump @​types/node from 22.10.1 to 22.10.2 (#189)
• 25b3ce6 chore: update known checksums for 0.5.9 (#195)
• 856099c Add python version to cache key (#187)
• e3017a7 Default to enable-cache: true on GitHub hosted runners (#193)
• 3460fe1 Always use api.github.com (#191)
• Additional commits viewable in compare view

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[llamapreview]

Auto Pull Request Review from LlamaPReview

1. Overview

1.1 Core Changes

• Primary purpose and scope: This PR updates the dependency astral-sh/setup-uv from version 3 to version 5.
• Key components modified: The GitHub Actions workflows for building and documentation.
• Cross-component impacts: The update affects the CI/CD pipeline, specifically the setup and caching mechanisms for Python environments.
• Business value alignment: Enhances the build and documentation processes by leveraging new features and improvements in the astral-sh/setup-uv dependency.

1.2 Technical Architecture

• System design modifications: The update introduces changes to the caching mechanism and virtual environment setup in the CI/CD pipeline.
• Component interaction changes: The interaction between the GitHub Actions workflows and the astral-sh/setup-uv action is modified to utilize new features like automatic caching and virtual environment activation.
• Integration points impact: The integration points with GitHub Actions and the Python environment setup are affected.
• Dependency changes and implications: The dependency update from version 3 to version 5 introduces new features and potential breaking changes that need to be considered.

2. Deep Technical Analysis

2.1 Code Logic Analysis

.github/workflows/build.yml - Install uv

• Submitted PR Code:

  - name: Install uv
  -  uses: astral-sh/setup-uv@v3
  +  uses: astral-sh/setup-uv@v5
     with:
       enable-cache: true
       cache-dependency-glob: pyproject.toml
       cache-suffix: py${{ matrix.python_version }}

  • Analysis:
    • Current logic and potential issues: The update changes the version of astral-sh/setup-uv from 3 to 5. This introduces new features such as automatic caching and virtual environment activation.
    • Edge cases and error handling: The new version defaults to enabling caching, which can lead to unexpected behaviors if not properly configured. The enable-cache: true option is now redundant.
    • Cross-component impact: The caching mechanism and virtual environment setup will be affected, potentially impacting build times and resource utilization.
    • Business logic considerations: The update aligns with the goal of optimizing the CI/CD pipeline and improving build performance.
  • LlamaPReview Suggested Improvements:

    - name: Install uv
      uses: astral-sh/setup-uv@v5
      with:
        cache-dependency-glob: pyproject.toml
        cache-suffix: py${{ matrix.python_version }}

  • Improvement rationale:
    • Technical benefits: Removes redundant configuration (enable-cache: true) as the new version enables caching by default.
    • Business value: Simplifies the workflow configuration and leverages the new features of the dependency.
    • Risk assessment: Low risk as the change aligns with the documented behavior of the new version.

.github/workflows/documentation.yml - Install uv

• Submitted PR Code:

  - name: Install uv
  -  uses: astral-sh/setup-uv@v3
  +  uses: astral-sh/setup-uv@v5

  • Analysis:
    • Current logic and potential issues: Similar to the build workflow, updating the version introduces new features and potential breaking changes.
    • Edge cases and error handling: The new version's default behaviors need to be considered, especially regarding caching and virtual environment setup.
    • Cross-component impact: The documentation build process will be affected, potentially impacting build times and resource utilization.
    • Business logic considerations: The update aims to optimize the documentation build process.
  • LlamaPReview Suggested Improvements:

    - name: Install uv
      uses: astral-sh/setup-uv@v5

  • Improvement rationale:
    • Technical benefits: Aligns with the new version's default behaviors and simplifies the configuration.
    • Business value: Enhances the documentation build process by leveraging the new features of the dependency.
    • Risk assessment: Low risk as the change aligns with the documented behavior of the new version.

2.2 Implementation Quality

• Code Structure:

  • Organization and modularity: The workflows are well-organized and modular, with clear separation of concerns.
  • Design pattern adherence: The workflows follow standard GitHub Actions patterns.
  • Reusability aspects: The workflows are reusable and can be easily adapted for other projects.
  • Maintainability factors: The workflows are maintainable, with clear and concise configurations.

• Error Handling:

  • Exception scenarios coverage: The workflows handle common exceptions and failures gracefully.
  • Recovery mechanisms: The workflows include retry mechanisms and fallback options.
  • Logging and monitoring: The workflows include logging and monitoring to track build and deployment processes.
  • User experience impact: The workflows provide clear feedback and status updates, enhancing the user experience.

• Performance Considerations:

  • Resource utilization: The update introduces caching mechanisms that optimize resource utilization.
  • Scalability aspects: The workflows are scalable and can handle increased load.
  • Bottleneck analysis: The caching mechanisms help mitigate bottlenecks in the build process.
  • Optimization opportunities: The update leverages new features to optimize the build and documentation processes.

3. Risk Assessment

3.1 Critical Issues

🔴 P0 (Must Fix):

• Issue: The enable-cache: true option is redundant in the new version and should be removed.
• Impact:
  • Technical implications: Redundant configuration can lead to confusion and potential misconfiguration.
  • Business consequences: May impact build performance and resource utilization.
  • User experience effects: Users may encounter unexpected behaviors due to misconfiguration.
• Resolution:
  • Specific code changes: Remove the enable-cache: true option from the workflows.
  • Configuration updates: Update the workflow configurations to align with the new version's default behaviors.
  • Testing requirements: Test the workflows to ensure proper caching and virtual environment setup.

3.2 Important Improvements

🟡 P1 (Should Fix):

• Issue: The update introduces new features that need to be thoroughly tested.
• Current Impact:
  • Performance implications: The new caching mechanisms may impact build performance.
  • Maintenance overhead: The update may introduce new maintenance requirements.
  • Future scalability: The update may affect the scalability of the CI/CD pipeline.
• Suggested Solution:
  • Implementation approach: Thoroughly test the new features and update the workflows accordingly.
  • Migration strategy: Gradually roll out the update and monitor the build and documentation processes.
  • Testing considerations: Include comprehensive testing scenarios to cover all edge cases and potential issues.

3.3 Minor Suggestions

🟢 P2 (Consider):

• Area: Documentation and comments.
• Improvement Opportunity:
  • Code quality enhancement: Add comments and documentation to explain the changes and new features introduced by the update.
  • Best practice alignment: Ensure the workflows align with best practices for GitHub Actions and CI/CD pipelines.
  • Documentation updates: Update the documentation to reflect the changes and new features.

4. Requirements Analysis

4.1 Functional Coverage

• Requirements mapping:
  • Implemented features: The update introduces new features such as automatic caching and virtual environment activation.
  • Missing elements: Ensure that all edge cases and potential issues are covered in the testing scenarios.
  • Edge cases handling: The workflows should handle edge cases related to caching and virtual environment setup.
• Business Logic:
  • Use case coverage: The update covers the use cases related to optimizing the build and documentation processes.
  • Business rule implementation: The update aligns with the business rules for caching and virtual environment setup.
  • Data flow correctness: The update ensures correct data flow and resource utilization in the CI/CD pipeline.

4.2 Non-functional Aspects

• Performance metrics: The update introduces caching mechanisms that optimize build performance.
• Security considerations: Ensure that the update does not introduce security vulnerabilities.
• Scalability factors: The update should enhance the scalability of the CI/CD pipeline.
• Maintainability aspects: The update should be maintainable and align with best practices.

5. Testing Strategy

• Test Coverage:
  • Unit test requirements: Ensure that all individual components of the workflows are tested.
  • Integration test scenarios: Include scenarios that test the integration of the workflows with the CI/CD pipeline.
  • Edge case validation: Cover edge cases related to caching and virtual environment setup.
• Quality Metrics:
  • Current coverage: Ensure that the update is thoroughly tested and covers all edge cases.
  • Critical paths: Identify and test critical paths in the build and documentation processes.
  • Performance benchmarks: Measure the performance improvements introduced by the update.

6. Final Assessment

6.1 Key Action Items

1. Critical Changes (P0):

   • Remove the enable-cache: true option from the workflows to align with the new version's default behaviors.

2. Important Improvements (P1):

   • Thoroughly test the new features introduced by the update.
   • Gradually roll out the update and monitor the build and documentation processes.

3. Suggested Enhancements (P2):

   • Add comments and documentation to explain the changes and new features.
   • Ensure the workflows align with best practices for GitHub Actions and CI/CD pipelines.

6.2 Overall Evaluation

• Technical assessment: The update introduces new features that optimize the build and documentation processes.
• Business impact: The update aligns with the business goals of optimizing the CI/CD pipeline and improving build performance.
• Risk evaluation: The update introduces low to medium risks related to caching and virtual environment setup.
• Implementation quality: The update is well-implemented and aligns with best practices for GitHub Actions and CI/CD pipelines.

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