Commit

Bismillah! I'll commit and push the current changes to the remote repository.

Arguments provided: $ARGUMENTS

Using with Thinking Mode

When executing this command with mode: think, I will:

• Analyze each changed file thoroughly before staging
• Review the logical grouping of changes for better commit organization
• Consider if changes should be split into multiple commits for clarity
• Examine the impact and relationships between modified files
• Craft more descriptive commit messages based on the deeper analysis
• Verify that all changes align with the intended purpose

This thoughtful approach ensures higher quality commits with better documentation and logical organization.

Let me:

1. Check repository status

   • Verify we're in a git repository
   • Check for staged and unstaged changes
   • Review current branch status

2. Analyze version bump necessity

   • Examine changes to determine if version increment is needed
   • Analyze file modifications, additions, and deletions
   • Check for breaking changes, new features, or bug fixes
   • Review package.json, Cargo.toml, or similar version files
   • Provide intelligent suggestions based on change analysis:
     • Major bump (X.0.0): Breaking changes, removed APIs, incompatible changes
     • Minor bump (0.X.0): New features, added APIs, backward-compatible enhancements
     • Patch bump (0.0.X): Bug fixes, small improvements, security patches
     • No bump needed: Documentation, formatting, tests, internal refactoring
   • Consider conventional commit patterns in existing history
   • Alert user if version bump is recommended with specific reasoning

   Version Bump Detection Logic:

   • Scan git diff for API signature changes, removed exports, or breaking modifications
   • Check for new public functions, classes, or modules (minor bump indicators)
   • Look for bug fix patterns in code changes (patch bump indicators)
   • Analyze package.json/Cargo.toml/pyproject.toml for dependency changes
   • Review CHANGELOG.md or similar files for version patterns
   • Examine file extensions (.js, .ts, .py, .rs, .go) vs documentation (.md, .txt)
   • Parse conventional commits (feat:, fix:, BREAKING CHANGE:) if present
   • Consider migration files, schema changes, or configuration updates
   • Evaluate test additions/changes as feature indicators
   • Check for security-related fixes requiring immediate patch bumps

3. Documentation Impact Analysis

   • Analyze staged changes to identify potential documentation impacts
   • Discover related documentation files and cross-references
   • Detect outdated content that needs updating
   • Suggest specific documentation improvements

   Documentation Discovery Logic:

   • Find README.md, CHANGELOG.md, docs/ folders, *.md files in project
   • Locate API documentation, JSDoc, docstrings, inline comments
   • Identify configuration files (package.json, Config.toml, etc.)
   • Check for example files, tutorials, and usage guides
   • Map relationships between code files and their documentation

   Outdated Content Detection:

   • Function/Class/API Changes: Scan docs for references to renamed/deleted functions, classes, or APIs
   • Import/Export Changes: Find documentation examples using old import paths or module names
   • Configuration Changes: Detect outdated config examples, environment variables, or settings
   • File Path Changes: Identify broken file path references in documentation
   • Version References: Find hardcoded version numbers that need updating
   • Installation Instructions: Check if install commands, dependencies, or setup steps changed
   • Code Examples: Verify that code snippets still work with current implementation
   • API Signatures: Check for function signatures that changed in examples
   • CLI Commands: Validate command-line examples against actual script/tool changes
   • Feature Descriptions: Ensure feature lists match actual implemented functionality

   Documentation Analysis Rules:

   High Priority Updates:
   - Broken code examples → Fix immediately
   - Non-existent function references → Remove/update
   - Incorrect API signatures → Update signatures
   - Wrong file paths → Fix paths
   - Outdated installation steps → Update instructions
   
   Medium Priority Updates:
   - Version number mismatches → Update versions
   - Missing new features → Add documentation
   - Deprecated feature mentions → Mark as deprecated
   - Outdated configuration examples → Update configs
   
   Low Priority Updates:
   - Minor wording improvements → Suggest enhancements
   - Additional examples → Propose new examples
   - Cross-reference opportunities → Suggest links
   

   Intelligent Content Mapping:

   • For each modified code file, find documentation that references it
   • Extract function/class names from code changes and search docs
   • Check import statements and find corresponding documentation
   • Analyze configuration changes and find related config docs
   • Map CLI argument changes to command documentation
   • Link test file changes to testing documentation

4. Comprehensive Change Decision Point

   • Present complete analysis with actionable recommendations
   • Show version bump analysis AND documentation impact assessment
   • Provide user with clear options for comprehensive updates

   Decision Matrix:

   Scenario A: Version bump needed + Documentation outdated
   → "🔍 **Comprehensive Update Needed**"
   → "Version: X.Y.Z → A.B.C | Documentation: N outdated references found"
   → Options: 1) Fix all now, 2) Version bump only, 3) Docs only, 4) Commit as-is
   
   Scenario B: Version bump needed + Documentation current  
   → "🔍 **Version Bump Detected**: X.Y.Z → A.B.C | Documentation appears current"
   → Options: 1) Bump version first, 2) Commit as-is
   
   Scenario C: No version bump + Documentation outdated
   → "📚 **Documentation Updates Needed**: N outdated references found"
   → Options: 1) Update docs first, 2) Commit as-is
   
   Scenario D: No version bump + Documentation current
   → Proceed directly to commit
   

   Smart Recommendations:

   • If breaking changes detected: "⚠️ BREAKING CHANGE: Consider major version bump + comprehensive doc review"
   • If new features added: "✨ NEW FEATURES: Minor version bump + feature documentation recommended"
   • If API examples outdated: "🔧 API EXAMPLES: Update code examples before release"
   • If installation changed: "📦 INSTALLATION: Update setup instructions for users"

5. Execute Selected Actions (based on user choice)

   • Option 1 - Fix All: Update version + documentation + commit + push
   • Option 2 - Version Only: Bump version + commit + push (leave docs for later)
   • Option 3 - Docs Only: Update documentation + commit + push (leave version for later)
   • Option 4 - Commit As-Is: Direct commit + push (user accepts current state)

6. Documentation Update Execution (when selected)

   • Automatically fix high-priority documentation issues
   • Update broken code examples with working implementations
   • Fix incorrect API signatures and function references
   • Update file paths and import statements
   • Correct version references and installation instructions
   • Present medium/low priority suggestions for user review

7. Smart Commit Message Generation

   • Analyze all changes to create comprehensive commit message
   • Include version bump information if applicable
   • Summarize documentation updates if performed
   • Follow conventional commit format when appropriate
   • Use provided argument as override if specified

8. Push to remote (only after successful commit)

   • Push current branch to remote repository
   • Handle upstream branch setup if needed
   • Dual-push: If configured, git push automatically syncs to both GitHub and GitLab

9. Comprehensive Completion Report

   • Show final status and remote sync confirmation
   • Summarize what was updated (code + version + docs)
   • Highlight any remaining recommendations for future commits
   • Provide links to updated documentation if applicable

Implementation Steps

Step 1: Repository Analysis

• Check git repository status and analyze staged changes
• Identify modified, added, and deleted files
• Extract function/class/API changes from diffs

Step 2: Version Bump Analysis

Version Bump Rules:
- MAJOR (X.0.0): Breaking changes, API removal, incompatible modifications
- MINOR (0.X.0): New features, API additions, backward-compatible enhancements  
- PATCH (0.0.X): Bug fixes, small improvements, security patches
- NONE: Documentation only, formatting, comments, tests only

Smart Detection:
- API signature changes → MAJOR
- New public functions/features → MINOR
- Bug fixes in logic → PATCH
- install.sh enhancements → MINOR
- Configuration changes → MINOR/PATCH
- Documentation only → NONE

Step 3: Documentation Impact Analysis

Discovery Process:
1. Find all documentation files (*.md, docs/, inline comments)
2. Map code changes to related documentation
3. Extract references (functions, imports, configs, examples)
4. Cross-reference against actual changes

Outdated Content Detection:
- Broken function/API references → HIGH PRIORITY
- Incorrect code examples → HIGH PRIORITY  
- Wrong file paths → HIGH PRIORITY
- Outdated version numbers → MEDIUM PRIORITY
- Missing new features → MEDIUM PRIORITY
- Minor improvements → LOW PRIORITY

Intelligent Mapping:
- Code file changes → Related documentation files
- Function name changes → Documentation references
- Configuration changes → Config documentation
- CLI changes → Command documentation

Step 4: Comprehensive Decision Point Present complete analysis with 4 scenarios:

• A) Version bump + Documentation outdated → Full update recommended
• B) Version bump + Documentation current → Version-only update
• C) No version bump + Documentation outdated → Documentation-only update
• D) No version bump + Documentation current → Direct commit

Step 5: Execute User Choice

• Fix All: Version bump + documentation updates + commit + push
• Version Only: Version bump + commit + push (docs later)
• Docs Only: Documentation updates + commit + push (version later)
• Commit As-Is: Direct commit + push (accept current state)

Step 6: Smart Documentation Updates (when selected)

• Automatically fix high-priority issues (broken references, examples)
• Update version numbers and file paths
• Suggest medium/low priority improvements
• Validate all code examples work with current implementation

Step 7: Intelligent Commit Message

• Combine all changes into meaningful commit message
• Include version bump details if applicable
• Summarize documentation updates if performed
• Use conventional commit format when appropriate

Step 8: Completion and Reporting

• Commit and push changes
• Provide comprehensive summary of all updates
• Highlight remaining recommendations for future commits

This enhanced approach ensures every commit maintains comprehensive consistency between code, version, and documentation - creating a more maintainable and professional codebase. InshaAllah, this will significantly improve the quality and completeness of all commits.