Goose是一种新的系统编程语言，在性能和内存安全方面取得突破。根据基准测试，该语言在16项测试中比手工优化的C++快1.16倍，比最佳安全Rust实现快1.12倍，同时内存使用分别降低1.3倍和1.2倍1。
Goose采用了独特的设计理念，完全摒弃堆分配、垃圾回收、引用计数和析构函数机制，转而使用编译器管理的数据栈来实现资源管理1。这一设计使该语言能够在零注解的前提下实现内存安全，无需lifetime语法或unsafe代码1。
该项目由Wouter van Oortmerssen设计，编译器实现由Claude Fable完成，代码规模约为30000行C++1。编译器已采用Apache License 2.0许可证以开源形式发布，支持Windows、macOS和Linux平台1。
Goose, a new systems programming language designed for memory safety, has been released as an open-source project, demonstrating performance gains over both C++ and Rust while eliminating common memory management burdens.1 Benchmarks across 16 test cases show Goose running 1.16 times faster than hand-optimized C++ and 1.12 times faster than safe Rust, while reducing memory consumption by 1.3 times and 1.2 times respectively compared to those languages.1
The language achieves memory safety through a compiler-managed data stack model that foregoes heap allocation, garbage collection, reference counting, and destructors entirely.1 This design eliminates the need for lifetime annotations, unsafe code blocks, or other explicit memory safety annotations, allowing developers to write secure code without additional syntax overhead.1 The compiler implementation comprises approximately 30,000 lines of C++ code and supports Windows, macOS, and Linux platforms.1 The project was conceived by Wouter van Oortmerssen and implemented by Claude Fable, with the compiler codebase generated almost entirely through AI assistance.1 Goose is distributed under the Apache License 2.0.1
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