Changelog

[0.2.1] - 2025-04-10

Introduces the lens library to provide composable accessors and traversals for complex nested data structures. This implementation improves code maintainability by reducing boilerplate and enabling more elegant handling of nested record updates.

Key benefits:

• Simplified access to deeply nested structures
• Improved composability of record operations
• Enhanced type safety for record manipulation
• Add your changes here

Added

• Added -V as a shortcut for --version option (consistent with GHC)
• Fixed bug in bin/release script where tags were created in the wrong repository
• Improved release script with better directory handling and error checking
• First official major version release (0.2.0)

Changed

• Enhanced release process automation
• Fixed shell script best practices issues reported by shellcheck
• Improved error handling during release process
• Refined directory handling in release automation

[0.1.41] - 2025-04-07

• Automate release process

[0.1.6] - 2025-03-31

Changed

• Simplified man page installation in Homebrew formula
• Improved cross-platform compatibility
• Removed complex installation scripts in favor of more standard approaches
• Enhanced Homebrew formula based on best practices

[0.1.5] - 2025-03-31

Changed

• Major improvements to man page installation script:
  • Added detailed logging to aid in debugging installation issues
  • Enhanced pandoc detection to work in multiple environment configurations
  • Ensured script gracefully handles missing files or tools
  • Added fallbacks for all error conditions to prevent build failures
  • Fixed path handling edge cases in installation process
• Updated Homebrew formula to better handle installation requirements

[0.1.4] - 2025-03-31

Changed

• Updated man pages with improved documentation
• Fixed version inconsistencies across project files
• Improved error handling for file path validation
• Enhanced hidden file transformation logic
• Documentation updates across the project

[0.1.3] - 2025-03-31

Changed

• Minor performance improvements for large codebases
• Enhanced error messages for better troubleshooting
• Fixed edge cases in path transformation for special characters
• Improved SVG to XML transformation reliability

[0.1.2] - 2025-03-31

Changed

• Updated Dhall dependency to support newer versions (< 1.43)
• Fixed compatibility issues with template-haskell 2.20.0.0

[0.1.1] - 2025-03-31

Changed

• Removed unused dependencies (polysemy, deepseq, lens)
• Unified file format for path manifest to use Dhall instead of JSON for consistency

[0.1.0] - 2025-03-31

Added

• Initial release with core functionality
• Checksum-based file tracking to detect modified files
• Support for efficient file change detection using XXH3 (64-bit) hashes
• Database of file checksums for tracking changes between runs
• Rename detection using content checksums
• Magic-based file type detection using libmagic
• Respect for .gitignore and .clodignore patterns
• Automatic creation of default .clodignore file
• Case-insensitive extension matching
• Optimized file naming for Claude AI integration
• _path_manifest.dhall generation for mapping optimized filenames back to original paths
• Command-line options:
  • --all: Import all files (respecting .gitignore)
  • --test: Run in test mode
  • --staging-dir: Specify a custom staging directory for test mode
  • --verbose: Enable verbose output
  • --flush: Remove missing entries from the checksum database
  • --last: Reuse the previous staging directory
• Capability-based permission model for file system operations
• Path-restricted file operations to prevent unauthorized access
• Nested .gitignore file support
• Pattern caching for performance improvements
• Traditional monad stack (ReaderT/ExceptT/IO) for better type inference and clearer error messages
• Comprehensive man pages (clod.1, clod.7, clod.8) installed to standard system locations
• Cross-platform support (macOS, Linux, Windows)
• Homebrew formula template for macOS distribution
• Dhall serialization for configurations

Future Plans

• Performance optimizations for large codebases
• Parallel file processing capabilities
• Enhanced file transformations based on file type
• Integration with cloud storage services
• Remote file processing capabilities
• Optional GUI interface