RustPython

RustPython
RustPython

引入一个名为“RustPython”的创新项目，这是一个用 Rust 开发的开源、完整的 Python 3 环境，旨在提供更快、更高效的执行，而不会影响质量或安全标准。该解释器允许 Python 脚本在 Rust 应用程序中运行，甚至在编译为 WebAssembly 后在 Web 浏览器上运行。最终目标是提供与其他流行的 Python 实现（例如 Jython 和 IronPython）相同级别的兼容性和集成机会，而不局限于特定平台。目前，RustPython 在其开发版本中提供了一半以上的 Python 标准库；然而，开发人员继续积极构建该产品，同时通过 GitHub 或通过 RSS 订阅的个人寻求贡献。请务必浏览此处提供的文档以获得进一步的了解！ [注意：RustPython 目前处于开发阶段，不应该用于关键流程。]

虽然 Python 在易于学习和用于脚本编写方面确实具有一定的实际优势，但由于性能和可扩展性等方面的限制，它无法取代其他高级通用编程语言，例如 Java、C++ 或 Rust 。 These languages have advantages in handling resource-intensive and large-scale applications, which Python typically lacks。 While Python remains useful and beneficial in its domain, limiting oneself to it for more advanced programming needs limits flexibility and innovation。 Ultimately, choosing a language ultimately depends on individual needs and preferences。

There are many implementations of Python. For example:

Each of these implementations offer some benefits: Jython, for example, compiles Python 2 source code to Java byte code, then routes it to the Java Virtual Machine. Because Python code is translated to Java bytecode, it looks and feels like a true Java program at runtime and so it integrates well with Java applications.

IronPython is well-integrated with .NET, which means IronPython can use the .NET framework and Python 2 libraries or vice versa.

We want to unlock the same possibilities that Jython and IronPython enable, but for the Rust programming language. In addition, thanks to Rusts’ minimal runtime, we’re able to compile RustPython to WebAssembly and allow users to run their Python code easily in the browser.