tek-sys-hub/Rubix-lang

选用指南

AI 根据 README 整理 · 2026/10/22 13:56:55

适用场景

适合对汇编级编译原理、零依赖原生执行和跨平台系统编程感兴趣的用户，以及需要性能极致的嵌入式或低级代码场景。

查看 README 依据

<br clear="left"/> --- ## ⚡ Highlights - **Pure Assembly Compiler**: The compiler itself is written completely in GNU x86-64 assembly (`as` + `ld`). No external dependencies or runtime libraries are needed. - **Tiny & Instant**: The compiler binary is only **~42 KB**, with sub-millisecond compilation times. - **Zero OS Barrier (Universal Multi-OS Architecture)**: - Compiles `.ix` code into standalone native executables equipped with an adaptive runtime.

- **No WASM, No Virtual Machine**: Architected to execute directly on bare silicon across **Linux, Windows, and macOS** (verified on Linux x86-64). - **Dynamic Host OS Detection**: Automatically determines the host OS at binary entry (`rubix_host_os`). - **In-Memory Windows Resolver**: Walks the Windows PEB (`gs:[0x60]`) in pure assembly to resolve `kernel32.dll` API exports without external import tables. - **Rich Language Features**: - `for` and `while` loops with `break`, `continue`, and arbitrary nesting

使用方式

通过 make 构建编译器，使用 ./rubixc 驱动编译和运行 .ix 程序，也支持命令行参数指定目标平台或调试信息；提供 test.sh 验证。

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### 5. Separate Compilation & Static Object Linking Compile individual `.ix` files into ELF relocatable objects (`.o`) and link multiple units: ```bash ./rubixc -c module1.ix -o module1.o ./rubixc -c module2.ix -o module2.o ./rubixc module1.o module2.o -o my_app ``` --- ## 🛠️ Rich Diagnostic Error Reporting Rubix produces clear, informative compile-time diagnostics pointing directly to the offending token: ``` Rubix Compiler Error: Expected expression --> line 4 | 4 | let x = ; | ^ ``` --- ## 🚀 Quickstart & Usage ### Prerequisites - Linux OS (x86-64)

- GNU Assembler (`as`) and Linker (`ld`) (available via standard `binutils`) ### 1. Build the Compiler ```bash make clean && make ``` Produces `rubix_compiler` and `lib/runtime.o`. ### 2. Compile and Run a Program Use the `./rubixc` compiler driver: ```bash # Compile and immediately run ./rubixc -r examples/15_floats.ix ./rubixc -r examples/16_structs.ix ./rubixc -r examples/17_native_floats.ix # Compile for Windows PE64 ./rubixc -t windows examples/01_hello.ix -o hello.exe # Compile with DWARF debug info ./rubixc -g examples/01_hello.ix -o hello_dbg ``` ### 3. Run the Entire Test Suite

```bash ./test.sh ``` Executes all **18** test suites verifying the compiler build, arithmetic, control flow, functions, prime algorithms, dynamic arrays, modules, loops, standard library, floats, structs, native float SSE2 operators, Windows cross-linking, and separate compilation. --- ## 📜 License Created with precision in pure x86-64 Assembly. Free and open source.

部署要求

需要 Linux x86-64 操作系统，以及 GNU Assembler (as) 和 Linker (ld)。

查看 README 依据

### 5. Separate Compilation & Static Object Linking Compile individual `.ix` files into ELF relocatable objects (`.o`) and link multiple units: ```bash ./rubixc -c module1.ix -o module1.o ./rubixc -c module2.ix -o module2.o ./rubixc module1.o module2.o -o my_app ``` --- ## 🛠️ Rich Diagnostic Error Reporting Rubix produces clear, informative compile-time diagnostics pointing directly to the offending token: ``` Rubix Compiler Error: Expected expression --> line 4 | 4 | let x = ; | ^ ``` --- ## 🚀 Quickstart & Usage ### Prerequisites - Linux OS (x86-64)