z-libs/Zen-C

Features

• High-Level Source Transpilation - Translates high-level logic into human-readable GNU C or C11 code while maintaining binary interface compatibility.
• Source-to-C Transpilers - Translates high-level source code into human-readable GNU C or C11 code while maintaining binary interface compatibility.
• GPU Kernel Implementations - Maps specialized syntax to CUDA C++ to execute compute tasks on graphics hardware.
• Real-Time Code Evaluation - Executes code snippets in real time using an integrated compiler for immediate feedback.
• Just-In-Time Compilation - Evaluate code snippets in real time using an in-process just-in-time compiler for immediate feedback.
• Tiered JIT Compilation - Provides an in-process compiler for real-time interactive code evaluation and testing.
• CUDA Kernel Compilers - Transpiles specialized syntax to CUDA C++ for graphics hardware compute kernels.
• GPU Kernel Programming - Run compute tasks on graphics hardware by transpiling to specialized syntax and device attributes.
• GPU Kernel Transpilers - Maps specialized syntax to CUDA C++ using device attributes to target graphics hardware compute kernels.
• In-Process JIT Evaluators - Executes code snippets in real time using an integrated compiler for immediate interactive feedback.
• Native C Interoperability - Bridges high-level logic with C++, Objective-C, and native libraries to access system frameworks.
• Multi-Target Systems Languages - Emits compatible code for C++, Objective-C, and Lisp to bridge native system frameworks.
• Multi-Target Compilers - Produces diverse output formats including C++, CUDA, Objective-C, and Lisp based on the target environment.
• C Code Generators - Converts high-level logic into human-readable GNU C or C11 code.
• Arbitrary Precision Arithmetic - Implements a mathematical engine for calculations with variable-length integers and floats to prevent precision loss.
• Language Server Protocols - Implements the Language Server Protocol to provide auto-completion and real-time diagnostics for editors.
• Concurrent Task Groups - Coordinates multiple simultaneous tasks using threads and synchronization primitives to prevent data conflicts.
• Networking & Communication - Sends and receives data across network connections using TCP, UDP, HTTP, and DNS operations.
• Network Programming - Implements network communication capabilities using TCP, UDP, HTTP, and DNS operations.
• File System Access - Organizes data on disk by performing file manipulations, resolving directory paths, and accessing environment variables.
• Systems Programming - Provides low-level systems programming capabilities including thread management and file system operations.
• Embeddable Compilers - Exposes core parsing and type checking functions through a public C interface for external applications.
• Native Library Integrations - Connects native headers and libraries by emitting compatible code segments within a high-level logic flow.
• C-Library Bindings - Connects native C++ headers and libraries with high-level logic by emitting compatible code.
• Multi-Target Code Generation - Produces various output formats including C, C++, JSON, and Graphviz.
• Objective-C - Bridges to Objective-C to access system frameworks and existing codebase elements by compiling to native syntax.

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