Koder

User tags a GitHub issue with 'koder:fix'.

Koder identifies the failing code path using the stack trace provided.

Koder creates a reproduction test case to confirm the bug.

Koder modifies the source code to resolve the logic error.

Koder verifies the fix by running the reproduction test and the existing suite.

Koder opens a PR with the fix and a summary of the root cause.

Admin triggers a 'Migration Task' via the Koder dashboard.

Koder analyzes the entire repository to identify deprecated syntax.

Koder applies changes file-by-file, prioritizing core utilities.

Koder updates package dependencies and build configurations.

Koder fixes broken tests resulting from the framework changes.

Koder submits a series of logical PRs for the migration.

A CI check identifies a file with < 50% coverage.

Koder is triggered to 'Generate Tests' for the specific file.

Koder analyzes the logic paths and edge cases.

Koder writes Jest or PyTest cases covering the missing branches.

Koder runs the new tests to ensure they pass and don't conflict.

Koder submits a PR adding only the test files.

Developer provides a Swagger/OpenAPI spec to Koder.

Koder generates the necessary service layers and DTOs.

Koder implements basic CRUD logic following the project's pattern.

Koder adds documentation comments for the new endpoints.

Koder opens a PR with the scaffolded feature ready for logic implementation.

Security scanner report is uploaded to Koder.

Koder locates the vulnerable code segments across the repo.

Koder applies the recommended fix (e.g., parameterized queries).

Koder runs regression tests to ensure no functionality was broken.

Koder submits urgent PRs labeled 'Security' to all affected repos.