kanzi-cpp
Fast lossless data compression in C++
Learn to cross-compile Kanzi C++ on Windows Linux and macOS using Visual Studio GCC or Clang. Master Kanzi builds with detailed instructions for each compiler and platform.
Understanding Seekable Bitstreams and Independent Block Decompression in KanziExplore Kanzi's seekable bitstreams and independent block decompression for O(1) random access and parallel decompression with the kanzi::Seekable interface.
How to Use the DNA Transform for Compressing Genomic Data in KanziLearn how to use the DNA transform in Kanzi for efficient genomic data compression. Kanzi automatically optimizes nucleotide alphabet mapping for high compression ratios without manual setup.
Using the Kanzi EXE Transform for x86 and ARM64 Executable CompressionCompress x86 and ARM64 executables with the Kanzi EXE transform. Learn how this preprocessing step normalizes branches for more efficient compression and smaller file sizes.
How Kanzi’s UTF-8 Transform Handles International Character DataDiscover how Kanzi's UTF-8 transform efficiently handles international character data by validating Unicode text, packing code points, and using short aliases for lossless multilingual data reconstruction.
TPAQ vs TPAQX: Choosing Neural Network-Based Compression in KanziDecide between TPAQ and TPAQX for Kanzi neural network compression. Choose TPAQ for balanced performance or TPAQX for max compression with higher RAM usage and slower speeds.
How to Build Kanzi as a Shared Library (.so/.dll) for Dynamic LinkingBuild Kanzi as a shared library (.so/.dll) for dynamic linking. Learn how to create libkanzi_shared using CMake and link your application efficiently.
How to Handle Errors and Detect Corrupted Data When Using Kanzi: Complete Validation GuideLearn how Kanzi detects corrupted data through header integrity, block checksums, and output size verification. Handle errors using IOException or numeric codes.
What Is the Performance Impact of Tuning Kanzi Block Sizes?Discover the performance impact of tuning Kanzi block sizes from 4MB to 1GB. Learn how smaller blocks boost CPU use and larger blocks affect encoding speed.
Implementing Streaming Compression and Decompression with Kanzi: A Complete C++ GuideImplement streaming compression and decompression in C++ with Kanzi's CompressedOutputStream and CompressedInputStream. Process data incrementally, leveraging multi-core parallelism for efficiency. A complete guide for developers.
Understanding the Internals of Kanzi's CM (Context Mixing) Entropy CodecExplore Kanzi's CM entropy codec internals. Learn how it uses a binary arithmetic coder and context mixing predictor with count tables for efficient data compression.
Optimize Kanzi for Compression Ratio vs. Decompression Speed: A Complete GuideMaster Kanzi compression ratio vs decompression speed. Adjust level, block size, and threads for optimal performance. Learn how to tune complex transforms and fast decoding pipelines.
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