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        • US1_getResults.sh
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        • Associating Code With Tests
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        • How to Generate / Edit the Report
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        • STEP 1: Deploy SeaLights
        • STEP 2: Take a Quality Snapshot
        • STEP 3: Prioritize Code Areas
          • Add Code Labels
          • Ignore Irrelevant Code
          • Perform a Deep CSV Analysis
        • STEP 4: Set Baseline & Threshold
        • STEP 5: Analyze Test Gaps
        • STEP 6: Write Tests
        • Step 7: Make a Go / No Go Decision Based on Quality Gate
        • STEP 8: Measure Defect Escape Rate
      • Over Time Quality Improvement Guide
        • STEP 1: Deploy SeaLights
        • STEP 2: Take a Quality Snapshot
        • STEP 3: Prioritize code areas
          • Add Code Labels
          • Ignore Irrelevant Code
          • Perform a Deep CSV Analysis
        • STEP 4: Set Baseline & Goal
        • STEP 5: Set timeline
        • STEP 6: Write tests
        • STEP 7: Monitor progress
        • STEP 8: Measure Defect Escape Rate
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    • Test Optimization - Savings Breakdown
      • TIA Configuration
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  • Execute the smallest subset of tests—without compromising quality
  • How it works?

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  1. Test Optimization

Test Optimization Overview

PreviousTest Optimization Main AdvantagesNextAutomated Test Optimization

Last updated 1 year ago

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Execute the smallest subset of tests—without compromising quality

  • Drastically reduce testing cycle time by running a focused subset of tests, enabling faster feedback and more frequent code deployments.

  • Achieve faster feedback loops by bypassing irrelevant tests, allowing developers to identify and address issues promptly.

  • Shift left testing and accelerate time to market by running partial test suites (based on code changes) earlier in the development process, enabling earlier issues identification.

How it works?