
Worked on stabilizing the DynamoRevit test suite to accommodate ongoing changes in the Revit API, focusing on maintaining robust validation rather than delivering new features. Updated subelement test assertions within the DynamoDS/DynamoRevit repository to ensure that tests accurately reflected the expected number of parameters and their values as the API evolved. Employed C# and NUnit-style unit testing to align test coverage with the latest Revit codebase, reducing false negatives and improving regression detection. Leveraged Git-based collaboration and cross-repository coordination to maintain code quality, ultimately increasing the reliability of automated testing and supporting safer, more efficient production releases.
Month: 2025-11 — Focused on stabilizing the DynamoRevit test suite to keep pace with Revit API changes. No new features delivered this month; priority was updating tests to reflect API evolution and ensure robust validation. Key activities: - Bug fix: Updated subelement test assertions to reflect changes in the Revit API, ensuring tests correctly check the expected number of parameters and their values across API updates. - Test alignment: Brought test coverage in line with the latest Revit codebase, reducing false negatives and improving confidence in regression checks (referencing commit b9d11858183b6f7a6b52b653b915db9ad8aafa09). Impact: - Increased reliability of the DynamoRevit test suite amid evolving Revit API, enabling faster and safer releases. - Reduced QA effort by catching regressions early in CI, lowering risk for production deployments. Technologies/skills demonstrated: - Revit API, Dynamo runtime integration, and test-driven quality assurance - C#/.NET test patterns and NUnit-style validations - Git-based code collaboration and change management - Cross-repo coordination within DynamoDS/DynamoRevit and related test suites
Month: 2025-11 — Focused on stabilizing the DynamoRevit test suite to keep pace with Revit API changes. No new features delivered this month; priority was updating tests to reflect API evolution and ensure robust validation. Key activities: - Bug fix: Updated subelement test assertions to reflect changes in the Revit API, ensuring tests correctly check the expected number of parameters and their values across API updates. - Test alignment: Brought test coverage in line with the latest Revit codebase, reducing false negatives and improving confidence in regression checks (referencing commit b9d11858183b6f7a6b52b653b915db9ad8aafa09). Impact: - Increased reliability of the DynamoRevit test suite amid evolving Revit API, enabling faster and safer releases. - Reduced QA effort by catching regressions early in CI, lowering risk for production deployments. Technologies/skills demonstrated: - Revit API, Dynamo runtime integration, and test-driven quality assurance - C#/.NET test patterns and NUnit-style validations - Git-based code collaboration and change management - Cross-repo coordination within DynamoDS/DynamoRevit and related test suites

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