waruqi/tbox

Features

• Cross-Platform C Libraries - Provides a portable set of core utility libraries for developing software in C across multiple operating systems.
• System Primitive Abstractions - Provides unified abstractions for low-level system primitives such as timers, mutexes, and thread pools.
• Generic C Containers - Provides hash tables, vectors, and queues using a consistent interface for iterating through data.
• Protocol Abstraction Layers - Implements a layered network abstraction to unify DNS resolution and encrypted transfers across multiple protocol versions.
• C Memory Management - Provides low-level memory allocation and cleanup tools specifically for C-based portable libraries.
• Generic Container Libraries - Provides standardized container types to handle groups of objects and avoid manual memory management.
• Pool Allocators - Provides pool-based memory management to reduce heap fragmentation and allocation overhead for similar object sizes.
• Fixed-Size Memory Pool Managers - Provides specialized memory pool managers to reduce heap fragmentation and optimize allocation performance.
• Low-Level Systems Programming - Offers a foundation for high-performance development including memory pools, thread synchronization, and fixed-point math.
• Stack-Based Coroutine Schedulers - Implements stackfull coroutine scheduling to manage asynchronous execution by saving and restoring call stacks.
• Memory Corruption Debugging - Implements tools for detecting memory leaks, heap overflows, and use-after-free errors to ensure system stability.
• Cooperative Multitasking - Provides a cooperative multitasking model allowing functions to pause and resume to prevent blocking the main execution flow.
• Coroutine Implementations - Implements stackfull and stackless coroutines to manage concurrent tasks and asynchronous execution without blocking threads.
• Generic Algorithmic Tools - Offers a suite of generic algorithms that operate across various data collection types using a consistent iterator interface.
• Generic Data Structures - Provides a library of generic C containers, including hash tables and vectors, with a consistent iterator interface.
• XML Parsing - Provides XML parsing capabilities using both DOM and SAX modes for structured document processing.
• Data Compression Algorithms - Includes data compression algorithms to reduce the size of stored or transmitted information.
• Data Serialization - Provides capabilities to encode and parse data structures into JSON, XML, and binary formats for storage and transmission.
• Data Serialization and Parsing - Provides core functionality for reading, writing, and converting structured data between formats like JSON and XML.
• Data Stream Filters - Implements I/O stream filtering for transparent data compression and character set conversion.
• Internet Transfers - Enables data transfers across the internet using encrypted protocols and standard address resolution.
• Network and Serialization Toolsets - Provides an integrated suite for DNS, encrypted transfers, and multi-format data serialization.
• Network Protocol Implementations - Implements network protocol stacks including DNS resolution and encrypted data transfers.
• Character Set Converters - Transforms text between different encodings to ensure compatibility across diverse character sets.
• Binary to Text Encodings - Provides utilities for converting binary data to and from Base32 and Base64 text representations.
• Fixed-Point Math Optimizations - Implements fixed-point arithmetic to maintain precision while avoiding the overhead of floating point operations.
• Fixed-Point Arithmetic Engines - Provides a fast mathematical engine using integers and configurable scale factors to avoid floating point hardware overhead.
• Windows Environments - Listed in the “Windows Environments” section of the Awesome C awesome list.

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