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OpenResty XRay Helps Boost Script Performance by 44 Times

  • From Bottleneck Discovery to Significant Speed Improvement
  • How OpenResty XRay Works
  • Comparison with Traditional Methods
  • From Bottleneck Discovery to Significant Speed Improvement
  • How OpenResty XRay Works
  • Comparison with Traditional Methods

Case Study: OpenResty XRay Doubles Ylang Compiler Performance

  • Case Study: OpenResty XRay Doubles Ylang Compiler Performance
  • Significant Optimization Results
  • Ylang Language: The Ideal Tool for Dynamic Tracing
  • A Model of Technical Synergy
  • Further Reading
  • Case Study: OpenResty XRay Doubles Ylang Compiler Performance
  • Significant Optimization Results
  • Ylang Language: The Ideal Tool for Dynamic Tracing
  • A Model of Technical Synergy
  • Further Reading

Dynamic-Tracing Custom Go Programs with Custom Ylang Analyzers (using OpenResty XRay)

  • Insert two key-value Pairs into a Go Variable
  • Write a Customize Ylang Analyzer to Dynamically Trace the Go program
  • Test the Results
  • What is OpenResty XRay
  • Insert two key-value Pairs into a Go Variable
  • Write a Customize Ylang Analyzer to Dynamically Trace the Go program
  • Test the Results
  • What is OpenResty XRay

Memory Reduced by 60%, OpenResty XRay Precisely Locates Problem Code, Quickly Completes Fixes and Deployment

  • High Memory Usage by Worker Processes
  • Analysis Process
  • Questions about Worker Process Memory Not Being Released
  • High Memory Usage by Worker Processes
  • Analysis Process
  • Questions about Worker Process Memory Not Being Released
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