Added #

• inTB property for accessing file size in terabytes
• Documentation examples for inTB property in code, README, and example files
• Comprehensive unit tests for inTB property conversions

Changed #

• BREAKING: SizedFile.min() now accepts Iterable<SizedFile> instead of two parameters
  • Returns the smallest size from a collection
  • Returns zero if the collection is empty
  • Example: SizedFile.min([size1, size2, size3])
• BREAKING: SizedFile.max() now accepts Iterable<SizedFile> instead of two parameters
  • Returns the largest size from a collection
  • Returns zero if the collection is empty
  • Example: SizedFile.max([size1, size2, size3])
• BREAKING renaming SizedFile.values() to SizedFile.units() factory constructor for creating instances from multiple units
  • Accepts optional named parameters: b, kb, mb, gb, tb
  • Example: SizedFile.units(gb: 2, mb: 500, kb: 256) creates a file size of 2 GB + 500 MB + 256 KB
  • Efficiently ignores zero values
  • All parameters default to 0
• Updated all examples and documentation to reflect new min() and max() signatures
• Improved _ByteConverter class with better encapsulation (renamed to private)

Added #

• SizedFile.units() factory constructor for creating instances from multiple units
• Accepts optional named parameters: b, kb, mb, gb, tb
• Example: SizedFile.units(gb: 2, mb: 500, kb: 256) creates a file size of 2 GB + 500 MB + 256 KB
• Efficiently ignores zero values
• All parameters default to 0
• Complete documentation for SizedFile.units with usage examples in README
• 8 new unit tests for SizedFile.units factory constructor (112 total tests)
• Practical examples in example/main.dart demonstrating mixed units use cases

Added #

• Equality and comparison operators (==, <, <=, >, >=)
• Hash code support for use in Set and Map collections
• Arithmetic operators for addition (+) and subtraction (-)
• Multiplication operator (*) for scaling by numeric factors
• Division operator (/) for dividing by numeric values (returns SizedFile)
• Comparable<SizedFile> interface implementation with compareTo() method
• Static helper methods: min(), max(), sum(), average()
• New ratioTo() method for calculating ratios between two SizedFile instances
  • Returns double representing the ratio
  • Example: used.ratioTo(total) returns 0.244 for 250 MB / 1 GB
• SizedFile.zero static constant for zero-byte instances
• Comprehensive test suite expanded to 104 tests
• Advanced features examples demonstrating all new capabilities
• Equality and comparison focused example file

Changed #

• Updated all documentation to reflect the new API
• Updated README.md with arithmetic operations, static helpers, and comparison features
• Updated all example files to use ratioTo() for ratio calculations
• Simplified test expectations by removing unnecessary equals() matchers

Fixed #

• Removed ambiguous division operator behavior
• Improved code clarity with dedicated methods for different operations

Changed #

• Enhanced documentation

Changed #

• Removed unnecessary_library_name rule from analysis_options.yaml

Added #

• Initial release of the sized_file package
• SizedFile class for handling file size conversions and formatting
• Support for multiple size units: bytes (B), kilobytes (KB), megabytes (MB), gigabytes (GB), and terabytes (TB)
• Constructors for creating instances from any unit: SizedFile.b(), SizedFile.kb(), SizedFile.mb(), SizedFile.gb(), SizedFile.tb()
• Properties to access size in different units: inBytes, inKB, inMB, inGB
• Smart format() method that automatically selects the most appropriate unit for display
• Customizable fraction digits in formatting (default: 2 decimal places)
• Support for custom postfixes (unit labels) per format call
• Global postfix generator for internationalization support via setPostfixesGenerator()
• Binary divider (1024) for accurate storage size calculations
• Comprehensive unit tests with 32 test cases covering all features
• Complete API documentation with examples
• Example code demonstrating real-world use cases
• README with detailed usage instructions and practical examples

Features #

• Zero dependencies - pure Dart implementation
• Lightweight and performant
• Type-safe API with proper error handling
• Fully documented code with dartdoc comments
• Tested and verified with 100% test coverage