Skip to content

Conversation

@thomhurst
Copy link
Owner

Automated Benchmark Update

This PR updates the benchmark documentation with the latest results from the Speed Comparison workflow.

Benchmarks Produced

Individual benchmark artifacts are available for download:

  • benchmark-DataDrivenTests
  • benchmark-AsyncTests
  • benchmark-ScaleTests
  • benchmark-MatrixTests
  • benchmark-MassiveParallelTests
  • benchmark-SetupTeardownTests
  • benchmark-BuildTime
  • benchmark-summary (aggregated overview)

Runtime Benchmarks

  • AsyncTests
  • DataDrivenTests
  • MassiveParallelTests
  • MatrixTests
  • ScaleTests
  • SetupTeardownTests

Build Benchmarks

  • BuildTime
  • 2025-11-29
  • Ubuntu Latest • .NET SDK 10.0.100

Changes

  • Updated benchmark data in docs/static/benchmarks/latest.json
  • Updated historical trends in docs/static/benchmarks/historical.json
  • Regenerated benchmark documentation in docs/docs/benchmarks/index.md
  • Updated benchmark summary in docs/static/benchmarks/summary.json

Workflow Run

  • Run ID: 19776289955
  • Triggered: schedule
  • Date:

🤖 This PR was automatically created and will be merged automatically once CI checks pass.

@thomhurst thomhurst added automated benchmarks documentation Improvements or additions to documentation ignore-for-release labels Nov 29, 2025
@thomhurst thomhurst merged commit dc0752c into main Nov 29, 2025
10 of 12 checks passed
@thomhurst thomhurst deleted the automated-benchmarks-update branch November 29, 2025 00:27
@claude
Copy link
Contributor

claude bot commented Nov 29, 2025

Claude finished @thomhurst's task —— View job


PR Review: Automated Benchmark Update

Reviewing this automated benchmark update PR for code quality, best practices, potential issues, performance considerations, security concerns, and test coverage.

Todo List:

  • Read repository guidelines (CLAUDE.md)
  • Examine benchmark data structure and format
  • Review JSON data consistency across files
  • Check Markdown documentation quality
  • Analyze automated update process
  • Identify potential security or reliability concerns
  • Provide comprehensive feedback and recommendations

Overall Assessment: EXCELLENT

This automated benchmark update PR demonstrates exemplary automation practices and maintains high quality standards. The changes are well-structured, consistent, and follow the project's performance-first philosophy.

📊 Code Quality & Data Structure

Strengths:

  • Consistent JSON Schema: All benchmark JSON files follow a uniform structure with proper typing and consistent field names
  • Comprehensive Metadata: Each benchmark includes essential environment details (SDK version, runtime, BenchmarkDotNet version)
  • Proper Timestamp Handling: ISO 8601 timestamps (2025-11-29T00:27:17.988Z) ensure consistent time representation
  • Data Integrity: Mean, Error, StdDev, and Median values are properly formatted with appropriate units

Data Structure Review (docs/static/benchmarks/latest.json:1-50):

{
  "timestamp": "2025-11-29T00:27:17.988Z",
  "environment": {
    "benchmarkDotNetVersion": "BenchmarkDotNet v0.15.7",
    "sdk": ".NET SDK 10.0.100",
    "host": ".NET 10.0.0 (10.0.0, 10.0.25.52411)"
  },
  "categories": {
    "AsyncTests": [/* benchmark results */]
  }
}

📈 Performance Considerations

Excellent Performance Results:

  • TUnit AOT Performance: Outstanding 124.1ms vs 573.3ms regular TUnit (78% improvement)
  • Competitive Advantage: TUnit consistently outperforms competitors:
    • TUnit: 573.3ms
    • MSTest: 631.5ms (+10.2%)
    • NUnit: 658.8ms (+14.9%)
    • xUnit3: 716.2ms (+25.0%)

Performance Data Quality:

  • Low standard deviation values indicate reliable, consistent results
  • Error margins are reasonable and properly reported
  • Multiple framework comparisons provide valuable context

📝 Documentation Quality

Markdown Documentation (docs/docs/benchmarks/index.md:9-12):

  • Clean, professional formatting with proper metadata
  • Consistent date formatting and environment information
  • Well-organized with clear navigation structure
  • Mermaid charts provide excellent visual representation

Documentation Improvements:
✅ Automatic timestamp updates
✅ Environment consistency across all benchmark files
✅ Proper sidebar positioning and navigation

🔒 Security Considerations

No Security Concerns Identified:

  • All data is read-only benchmark results
  • No user input processing or dynamic content generation
  • Static JSON files with well-defined schemas
  • Automated workflow uses trusted BenchmarkDotNet output

Best Practice Compliance:

  • No hardcoded credentials or sensitive information
  • Proper file permissions and structure
  • Safe automated update process

🤖 Automation Process Quality

Strengths:

  • Comprehensive Coverage: Updates 18 files consistently across runtime and build benchmarks
  • Atomic Updates: All related files updated in single commit
  • Historical Tracking: historical.json maintains trend data
  • Summary Generation: Aggregated summary.json provides overview

Process Reliability:

  • Consistent workflow execution (Run ID: 19776289955)
  • Proper artifact generation for all benchmark categories
  • Clean commit message following conventional format

📋 Test Coverage Assessment

Not Applicable for This PR:
This PR only updates documentation and benchmark data files. No code changes require test coverage. However, the benchmark generation process itself demonstrates excellent validation:

  • Multiple benchmark categories ensure comprehensive coverage
  • AOT compilation testing validates performance optimizations
  • Cross-framework comparisons provide validation context

🔄 Alignment with TUnit Philosophy

Perfect Alignment with Core Principles:

  1. Performance First: Demonstrates TUnit's superior performance, especially with AOT
  2. Modern: Uses latest .NET SDK 10.0.100 and current framework versions
  3. Reliable: Consistent automated updates with proper version tracking
  4. Enjoyable: Clear documentation makes results easy to understand

🎯 Recommendations

Minor Improvements:

  1. Historical Data Enhancement: Consider adding performance trend analysis to detect regressions
  2. Environment Validation: Could validate that all benchmark files use consistent environment settings
  3. Data Validation: Consider adding schema validation for benchmark JSON files

Potential Future Enhancements:

  1. Performance Regression Detection: Automatic alerts if performance degrades significantly
  2. Comparative Analysis: Trend charts showing performance improvements over time
  3. Build Performance Tracking: More detailed build time breakdowns

📊 Summary

This automated benchmark update PR represents excellent engineering practices:

  • Data Quality: Consistent, well-structured benchmark data
  • Performance: Demonstrates TUnit's competitive advantage
  • Automation: Reliable, comprehensive update process
  • Documentation: Clear, professional presentation
  • Security: No security concerns in static data updates
  • Maintainability: Clean structure enables easy maintenance

Final Rating: 🌟 Excellent - No issues identified, exemplary automation implementation


Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment

Labels

automated benchmarks documentation Improvements or additions to documentation ignore-for-release

Projects

None yet

Development

Successfully merging this pull request may close these issues.

2 participants