- Added Phase 5: Plan Quality Check to cli-lite-planning-agent.md, detailing mandatory quality validation after plan generation.
- Introduced quality dimensions: completeness, granularity, dependencies, acceptance criteria, implementation steps, and constraint compliance.
- Specified CLI command format for quality check execution and expected output structure.
- Implemented result parsing and auto-fix strategies for minor issues.
- Updated integration flow to ensure quality check is executed before returning the plan to the orchestrator.
Refactor lite-plan.md to reflect internal quality check execution for medium/high complexity plans.
Create new brainstorm-with-file.md for interactive brainstorming workflow, detailing session setup, execution process, and implementation steps.
- Removed deprecated constants and functions from cli-config-manager.ts.
- Introduced new provider model presets in litellm-provider-models.ts for better organization and management of model information.
- Created provider-routes.ts to handle API endpoints for retrieving provider information and models.
- Added integration tests for provider routes to ensure correct functionality and response structure.
- Implemented unit tests for settings persistence functions, covering various scenarios and edge cases.
- Enhanced error handling and validation in the new routes and settings functions.
- Introduced `analyze-with-file` command for collaborative analysis.
- Implemented session management for new and continued analysis sessions.
- Developed structured phases for topic understanding, exploration, discussion, and conclusion synthesis.
- Created detailed documentation for the workflow, including examples and implementation details.
- Added Codex prompt for deep analysis and exploration of codebase and concepts.
- Remove 'merged' from VALID_QUEUE_STATUSES constant
- Update mergeQueues() to set status to 'archived' instead of 'merged'
- Preserve merged_into/merged_at metadata for traceability
- Update frontend to use 'archived' for button visibility checks
- Fix queue --json returning fake queue ID when no active queue exists
- Added Level 5 (CCW Coordinator) chapter with complete Minimum Execution Units definition
- Added 3-Phase Workflow explanation (Analyze Requirements, Discover Commands, Execute)
- Integrated command port system for dynamic pipeline composition
- Added JavaScript task analysis and complexity assessment functions
- Included state file structure and complete Mermaid flowchart (119 lines)
- Updated Quick Selection Table to reference ccw-coordinator for complex workflows
- Updated Decision Flowchart to include Level 5 at top level
- Updated Summary Level Overview table to include Level 5 row
- Updated Core Principles with Level 5 selection criteria and usage guidelines
- Synchronized English version with WORKFLOW_GUIDE_CN.md Level 5 content
- Moved 6 empty test files (*.test.ts) to archive/
- Moved 5 Python test scripts (*.py) to archive/
- Moved 5 outdated/temporary documents to archive/
- Cleaned up root directory for better organization
- Add prominent section highlighting /ccw and /ccw-coordinator as main features
- /ccw: Auto workflow orchestrator for general tasks
- /ccw-coordinator: Smart orchestrator with intelligent recommendations
- Include comparison table, quick examples, and key differences
- Update both English and Chinese READMEs
- Update ccw-coordinator.md with clarified CLI execution format
- Command-first prompt structure: /workflow:<command> -y <parameters>
- Simplified documentation with universal prompt template
- Clarify that -y is a prompt parameter, not a ccw cli parameter
- Add missing README.md file required by setuptools
- Fix deprecated license format in pyproject.toml (use SPDX string instead of TOML table)
- Add MIT LICENSE file for proper packaging
- Verified successful local installation and import
Fixes permission denied error during npm-based installation on macOS
## Features
- New `ccw` command: Main process workflow orchestrator with auto intent-based workflow selection
- New CommandRegistry for dynamic command discovery and metadata management
## Improvements
- Optimize ccw-coordinator: Serial blocking execution model with hook-based continuation
- Refactor execution flow: Stop after CLI launch, wait for hook callbacks (no polling)
- Add task_id tracking and state.json checkpoints for resumable execution
- Consolidate documentation: Reduce report verbosity while maintaining all core information
## Documentation
- Add Execution Model comparison (main process vs external CLI)
- Add State Management section with TodoWrite tracking examples
- Update Type Comparison table highlighting ccw vs ccw-coordinator differences
- Simplify code examples with inline comments
## Changes Summary
- ccw-coordinator.md: +272/-26 (serial blocking), -143 docs (consolidation)
- ccw.md: +121/-352 (state management, execution model)
- Rename: CCW-COORDINATOR.md → ccw-coordinator.md (lowercase)
- Rename file to lowercase: CCW-COORDINATOR.md → ccw-coordinator.md
- Replace polling waitForTaskCompletion with stop-action blocking model
- CLI commands execute in background with immediate stop (no polling)
- Hook callbacks (handleCliCompletion) trigger continuation to next command
- Add task_id and completed_at fields to execution_results
- Maintain state checkpoint after each command launch
- Add status flow documentation (running → waiting → completed)
- Include CLI invocation example with hook configuration
- Separate concerns: orchestrator launches, hooks handle callbacks
- Support serial execution: one command at a time with break after launch
- Implemented the ccw command as a main workflow orchestrator.
- Added a 5-phase workflow including intent analysis, requirement clarification, workflow selection, user confirmation, and command execution.
- Developed functions for analyzing user input, selecting workflows, and executing command chains.
- Integrated TODO tracking for command execution progress.
- Created comprehensive tests for the CommandRegistry, covering YAML parsing, command retrieval, and error handling.
- Refactored the command execution process to support dynamic command chaining and intelligent prompt generation.
- Updated the architecture overview to reflect changes in the orchestrator and command execution logic.
- Improved the prompt generation strategy to directly include complete command calls, enhancing clarity and usability.
- Added detailed examples and templates for command prompts in the documentation.
- Enhanced error handling and user decision-making during command execution failures.
- Introduced logging for command execution details and state updates for better traceability.
- Updated specifications and README files to align with the new command execution and prompt generation logic.
- Remove hardcoded Windows paths (D:\Claude_dms3\codex-lens) that were displayed to macOS/Linux users
- Generate dynamic possible paths list based on runtime environment
- Support multiple installation locations (cwd, project root, home directory)
- Improve error messages with platform-appropriate paths
- Maintain consistency across both bootstrapWithUv() and installSemanticWithUv() functions
Fixes remaining issue from #104 regarding cross-platform error message compatibility
- Updated all references from `/workflow:action-plan-verify` to `/workflow:plan-verify` across various documentation and command files.
- Introduced a new command file for `/workflow:plan-verify` that performs read-only verification analysis on planning artifacts.
- Adjusted command relationships and help documentation to reflect the new command structure.
- Ensured consistency in command usage throughout the workflow guide and getting started documentation.
- Enhanced lite-execute, lite-fix, lite-lite-lite, lite-plan, multi-cli-plan, plan, replan, session complete, session solidify, and various UI design commands to support a --yes or -y flag for skipping user confirmations and auto-selecting defaults.
- Updated argument hints and examples to reflect new auto mode functionality.
- Implemented auto mode defaults for confirmation, execution methods, and code review options.
- Improved error handling and validation in command parsing and execution processes.
- Implement two-pass search strategy for codex-lens path detection
- First pass: prefer non-node_modules paths (development environment)
- Second pass: allow node_modules paths (NPM global install)
- Fixes CodexLens installation for all NPM global install users
- No breaking changes, maintains backward compatibility
Resolves issue where NPM global install users could not install CodexLens
because the code rejected paths containing /node_modules/, which is the
only valid location for codex-lens in NPM installations.
Tested on macOS with Node.js v22.18.0 via NPM global install.
- Add action files for session management, command selection, building, execution, and completion.
- Introduce orchestrator logic to drive state transitions and action selection.
- Create state schema to define session state structure.
- Develop command registry and validation tools for command metadata extraction and chain validation.
- Establish skill configuration and specifications for command library and validation rules.
- Implement tools for command registry and chain validation with CLI support.
- Add solutionsAction() to query all bound solutions in one call
- Reduces O(N) queries to O(1) for queue formation
- Update /issue:queue command to use new endpoint
- Performance: 18 individual queries → 1 batch query
Version: 6.3.42
