cooper

Evaluate code quality and suggest refactoring opportunities before committing. Ensure Cooper's codebase stays clean and maintainable.

Build comprehensive task context before making changes. Track constraints, dependencies, and execution order across multi-file work in Cooper's Electron architecture.

Define patterns for integrating with the Copilot SDK in Cooper. Cover session management, model switching, tool execution, event handling, and agent support.

Define and enforce IPC communication patterns between Cooper's main process, preload bridge, and renderer. Ensure all cross-process communication follows the secure, typed preload bridge pattern.

Create atomic commits with descriptive messages. Maintain clean git history for the Cooper project.

Decompose tasks into sub-tasks, assess risk, and create implementation checklists before starting work on Cooper features.

Define React, TypeScript, and Tailwind conventions for Cooper's renderer process. Ensure consistent, accessible, and maintainable UI components.

Validate proposed changes against requirements before execution. Detect scope creep, ensure alignment with Cooper conventions, and verify no breaking changes to IPC contracts.

Generate comprehensive Software Design Documents through a systematic, iterative review process with exactly 2 loops of 20 critique points each.

Review Electron security, IPC isolation, preload bridge safety, and input validation. Prevent common Electron security vulnerabilities in Cooper.

Fix failing tests, prevent regressions when modifying logic, and maintain test coverage. Cooper uses Vitest for unit tests and Playwright for E2E tests.