一名拥有7年Rust开发经验的开发者用Zig重新实现了JSONPath库，将原有的jsonpath-rust项目改写为zig-jsonpath，以对标RFC 9535规范 1。这次实践项目让开发者得以深入对比两种语言在实际工程中的差异。
在开发工具方面，Zig的IDE支持明显不足，仅提供语法高亮和基本自动补全功能，促使开发者转而依赖命令行工具 1。项目结构设计上，Zig倾向于采用平铺的文件组织方式，相比Rust版本超过15个源文件分布在深层文件夹结构中，该Zig项目仅使用了5个源文件 1。
内存管理是两种语言的重大分歧。Zig强制进行显式内存管理，开发者在实践中发现了4类常见内存泄漏场景：忘记调用deinit、错误处理路径中跳过deinit、双重释放以及移入结构体失败导致的孤立内存分配 1。此外，Zig不支持函数式编程范式，需要将单子式转换模式改为手动变异操作 1。生态层面，Zig仍处于早期阶段，现有库尚不成熟，例如正则表达式引擎mvzr不支持Unicode属性转义（\p{...}）等高级特性 1。
开发者最终认为，Zig是现代、高性能的C语言继任者，但整个语言体系仍显不完善，需要进一步的成熟 1。
A developer with seven years of Rust experience has shared insights from reimplementing the JSONPath library to Zig, highlighting significant differences between the two languages.1 The developer ported the jsonpath-rust library to create zig-jsonpath, adhering to the RFC 9535 specification.1
The experience revealed both practical and design-level contrasts. Zig's IDE ecosystem remains nascent, offering only syntax highlighting and basic autocompletion, prompting the developer to adopt CLI tools instead.1 The language favors a flatter file structure; the Zig implementation required just five source files compared to over fifteen in the Rust version.1 Memory management demands explicit developer oversight, with the article identifying four categories of common memory leaks: forgetting to call deinit, bypassing deinit in error paths, double-free scenarios, and orphaned allocations from failed insertions into structures.1
Functional programming idioms that are native to Rust pose another challenge in Zig—monadic transformations must be replaced with manual mutation patterns.1 The ecosystem's relative youth manifests in library maturity gaps; for instance, the regular expression engine mvzr lacks support for Unicode property escapes such as \p{...}.1 Despite these limitations, the developer concluded that Zig represents a promising modern successor to C with strong performance characteristics, though the language still requires further refinement.1
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