Every exported buffer transform now has the same shape:
int32_t AARU_xxx(const uint8_t *src_buffer, size_t src_size,
uint8_t *dst_buffer, size_t *dst_size, ...extras);
On entry *dst_size is the capacity of dst_buffer; on success it holds the
number of bytes written. The return value is 0 (AARU_ERROR_NONE) on success
and non-zero on error, either an AARU_ERROR_* constant or the underlying
library's own error code when it is propagated.
Changes by category:
- Parameter reorder only: all AARU_zip_*, AARU_stuffit*, AARU_dd_*,
AARU_cpt_*, AARU_lzo_*, AARU_xz_*, AARU_lzma2_*, AARU_kencode_*,
AARU_apple_lzh_* and ace_decompress_*.
- Byte count return replaced by an out-parameter plus a status code:
AARU_adc_*, AARU_apple_rle_*, AARU_lz4_*, AARU_lzip_*, AARU_lzfse_*,
AARU_lzvn_*, AARU_zstd_* and AARU_flac_*. Their algorithm bodies are kept
as static internals behind a thin exported wrapper.
- Type normalisation: bzip2 uint32_t* -> size_t*, zstd void* -> uint8_t*,
ZIP PPMd size_t -> size_t*, and int/unsigned char -> int32_t/uint8_t
throughout the header.
- AARU_lzma_decode_buffer no longer takes src_size as an in/out pointer; the
consumed length is tracked internally.
- Already conforming decompressors (arc_*, pak_*, ha_*, lha_*, larc_*,
pmarc_*, arj*, rar*, lh5_decompress) only had their declarations
normalised.
The streaming LZD context API and AARU_get_acn_version are left alone, as
they are not buffer transforms.
Tests updated to the new call convention; all 78 pass.
- Implemented Apple LZH decompression in `apple_lzh.c` and declared it in `apple_lzh.h`.
- Updated `CMakeLists.txt` to include new source files for the Apple LZH decompression.
- Added test cases for Apple LZH decompression in `tests/dart/dart.cpp` to verify functionality against known compressed files.
- Copied necessary test data files for both fast and best compression modes into the test data directory.
- Updated `library.h` to declare the new decompression function.
- Implemented range coder in `rangecoder.c` and `rangecoder.h` for efficient encoding/decoding.
- Added RLE90 decoding in `rle90.c` for handling StuffIt method 1.
- Introduced `stuffit.h` and `stuffit_internal.h` to define compression methods and internal structures.
- Implemented x86 address transformation in `x86.c` for StuffIt X preprocessing.
- Updated CMakeLists to include new test data files for various StuffIt methods.
- Created comprehensive tests in `stuffit.cpp` for validating decompression of multiple StuffIt formats.
- Added binary test data for StuffIt methods including compress, method 13, arsenic, and StuffIt X variants.
- Introduced dd.h header file with function declarations for various DiskDoubler decompression methods including ADn, DDn, Method 2, Stac LZS, Compact Pro, and LZW.
- Implemented wrapper functions in library.c to expose DiskDoubler decompression methods to the Aaru API.
- Updated library.h to declare the new DiskDoubler functions.
- Added test cases for DiskDoubler decompression methods in dd.cpp, covering ADn and DDn methods with corresponding binary test data.
- Included necessary test data files for ADn and DDn methods in the tests/data directory.
- Introduced a new header file `vm.h` for the RAR 3.0 virtual machine, defining its architecture, instruction set, and API.
- Implemented the core functionality for executing RAR decompression filters.
- Added test cases for RAR formats 1.5, 2.0, 3.0, and 5.0, verifying decompression and CRC checks.
- Included necessary binary test data files for RAR formats in the test directory.
- Updated CMake configuration to include new test files and data.
- Implement Deflate64 decompression in zip/deflate64.h and zip/deflate64.c.
- Add ZIP Implode decompression functionality in zip/implode.h and zip/implode.c.
- Introduce ZIP Reduce decompression in zip/reduce.h and zip/reduce.c.
- Implement ZIP Shrink decompression in zip/shrink.h and zip/shrink.c.
- Create a unified ZIP interface in zip/zip.h and zip/zip.c to handle multiple compression methods including PPMd, WavPack, and WinZip JPEG.
- Ensure all new functions adhere to the Aaru Data Preservation Suite licensing and documentation standards.
- Introduced arjz.h header file with function declaration for buffer decompression.
- Updated library.h to include ARJ and ARJZ decompression method declarations.
- Added test cases for ARJ decompression methods (Method 1 to Method 4) in arj.cpp.
- Implemented test cases for ARJZ decompression methods in arjz.cpp, including default and custom extended DEFLATE.
- Copied necessary binary test data files for ARJ and ARJZ methods into the tests/data directory.
- Implemented ace_decompress_v2 and ace_decompress_v20_block functions for handling ACE v2 (blocked) decompression.
- Added ace_decompress_lz77 function for ACE v1 (LZ77) decompression.
- Updated library.h to declare new decompression functions.
- Created unit tests for ACE v1 and v2 decompression, validating output against expected CRC32 checksums.
- Included necessary binary test data for ACE v1 and v2 formats.
- Refactored library.c to improve include order and reduce redundancy in function definitions.
- Implemented LZSS compression in lha/lzss.c and lha/lzss.h.
- Added PMarc decompression functionality in lha/pmarc1.c and lha/pmarc1.h.
- Updated library.h to include declarations for new decompression functions.
- Enhanced tests to cover LHA decompression for LH1, LH6, and PMarc formats.
- Added test helpers for loading LHA payloads and validating decompression results.
- Included sample data files for testing LHA and PMarc decompression.
