- Updated issue loading process to create batches based on size (max 3 per batch).
- Removed semantic grouping in favor of simple size-based batching.
- Introduced a new command to batch query solutions for multiple issues.
- Improved solution loading to fetch all planned issues with bound solutions in a single call.
- Added detailed handling for multi-solution issues, including user selection for binding.
- Created a new workflow command for multi-agent development with documented progress and incremental iteration support.
- Added .gitignore for ace-tool directory to prevent unnecessary files from being tracked.
Ensure buildExecutionPrompt includes project constraints reference,
maintaining consistency with full workflow (plan + execute) which passes
project_guidelines via context-package.json. This allows execution phase
to respect user-defined constraints (via /workflow:session:solidify).
- Implemented loop control tasks in JSON format for testing.
- Created comprehensive test scripts for loop flow and standalone tests.
- Developed a shell script to automate the testing of the entire loop system flow, including mock endpoints and state transitions.
- Added error handling and execution history tests to ensure robustness.
- Established variable substitution and success condition evaluations in tests.
- Set up cleanup and workspace management for test environments.
- Add rationale/verification field generation for Medium severity bugs
- Add risks/code_skeleton/data_flow field support for High/Critical severity
- Update fix-plan.json requirements in cli-lite-planning-agent prompt
- Ensure executionContext includes complexity field for lite-execute consumption
- Align with plan-json-schema.json complexity-based field requirements
- Updated package name from `codexlens` to `codex-lens` in all relevant files to ensure consistency with `pyproject.toml`.
- Enhanced `findLocalPackagePath()` to always search for local paths, even when running from `node_modules`.
- Removed fallback logic for PyPI installation in several functions, providing clearer error messages for local installation failures.
- Added detailed documentation on installation steps and error handling for local development packages.
- Introduced a new summary document outlining the issues and fixes related to CodexLens installation.
- Implemented workflow installation, listing, and syncing commands in `workflow.ts`.
- Created utility functions for project root detection and package version retrieval in `project-root.ts`.
- Added update checker functionality to notify users of new package versions in `update-checker.ts`.
- Developed unit tests for project root utilities and update checker to ensure functionality and version comparison accuracy.
- Created a comprehensive guide for setting up TypeScript LSP in Claude Code, detailing installation methods, configuration, and troubleshooting.
- Added multiple debugging test scripts to validate LSP communication with pyright, including direct communication tests, configuration checks, and document symbol retrieval.
- Implemented error handling and logging for better visibility during LSP interactions.
- Introduced a new test script for the CodexLens LSP tool to validate core functionalities including symbol search, find definition, find references, and get hover.
- Created comprehensive documentation for the MCP endpoint design, detailing the architecture, features, and integration with the CCW MCP Manager.
- Developed a detailed implementation plan for transitioning to a real LSP server, outlining phases, architecture, and acceptance criteria.
- Introduced `simulate-cli-prompt.js` to simulate various prompt formats and display the final content passed to the CLI.
- Added `test-shell-prompt.js` to test actual shell execution of different prompt formats, demonstrating correct vs incorrect multi-line prompt handling.
- Created comprehensive tests in `cli-prompt-parsing.test.ts` to validate prompt parsing, including single-line, multi-line, special characters, and template concatenation.
- Implemented edge case handling for empty lines, long prompts, and Unicode characters.
- Skip template concatenation when using --uncommitted/--base/--commit
- Allow empty prompt for review mode with target flags
- Add hasReviewTarget check in command routing
- Update documentation with validation constraints
codex review constraint: target flags and prompt are mutually exclusive
- Replace $PROTO/$TMPL environment variable injection with systemRules/roles direct concatenation
- Append rules to END of prompt instead of prepending
- Change prompt field name from RULES to CONSTRAINTS in all prompts
- Default to universal-rigorous-style template when --rule not specified
- Update all .claude documentation, agents, commands, and skills
- Add streaming_content type support for Gemini delta messages
Breaking: Prompts now use CONSTRAINTS field instead of RULES
- #54: Add API endpoint configuration documentation to DASHBOARD_GUIDE.md
- #50: Add brainstorm context overflow protection with output size limits
Note: #72 and #53 not changed per user feedback - existing behavior is sufficient
(users can configure envFile themselves; default Python version is appropriate)
- Add 'review' to mode enum in ParamsSchema and schema
- Implement codex review subcommand in buildCommand (uses --uncommitted by default)
- Other tools (gemini/qwen/claude) accept review mode but no operation change
- Update cli-tools-usage.md with review mode documentation
- Replace getIndexDir() with getCommandFilePath() to find command.json
- Update file watcher to monitor command.json instead of index/ directory
- Modify API routes to read from unified command.json structure
- Add buildWorkflowRelationships() to dynamically build workflow data from flow fields
- Add /api/help/agents endpoint for agents list
- Add category merge logic for frontend compatibility (cli includes general)
- Add cli-init command to command.json
- Introduced command.json for CCW-Help with 88 commands and 16 agents, covering essential workflows and memory management.
- Created command.json for CCW with comprehensive capabilities for exploration, planning, execution, bug fixing, testing, reviewing, and documentation.
- Defined complex flows for rapid iteration, full exploration, coupled planning, bug fixing, issue lifecycle management, and more.
- Implemented intent rules for bug fixing, issue batch processing, exploration, UI design, TDD, review, and documentation.
- Established CLI tools and injection rules to enhance command execution based on context and complexity.
- Introduced action to diagnose documentation structure, identifying redundancies and conflicts.
- Added centralized category mappings in JSON format for improved detection and strategy application.
- Updated existing functions to utilize new mappings for taxonomy and strategy matching.
- Implemented new detection patterns for documentation redundancy and conflict.
- Expanded state schema to include documentation diagnosis results.
- Enhanced severity criteria and strategy selection guide to accommodate new documentation issues.
- Updated SKILL.md to reflect new requirement analysis capabilities, including input analysis and clarity scoring.
- Expanded issue workflow in issue.md to include discovery and creation phases, along with detailed command references.
- Introduced requirement analysis specification in requirement-analysis.md, outlining clarity scoring, dimension extraction, and validation processes.
- Added output templates specification in output-templates.md for consistent user experience across classification, planning, clarification, execution, and summary outputs.
- Introduced quality gates specification for skill tuning, detailing quality dimensions, scoring, and gate definitions.
- Added comprehensive tuning strategies for various issue categories, including context explosion, long-tail forgetting, data flow, and agent coordination.
- Created templates for diagnosis reports and fix proposals to standardize documentation and reporting processes.
