. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132 7.2. 定义模块来控制作用域与私有性 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 第五章讨论结构体（struct）和方法，第六章介绍枚举（enum）、match 表达式和 if let 控 制流结构。在 Rust 中，创建自定义类型需要用到结构体和枚举。 第七章介绍 Rust 的模块（module）系统，其中的私有性规则用来组织代码和公开的 API（应 用程序接口）。第八章讨论标准库提供的常见集合数据结构，例如 Vector（向量）、字符串和 Hash Map（散列表）。第九章探索 Rust 的错误处理的理念与技术。 Panic！ 这段代码的运行结果不符合预期。 在大部分情况，我们会指导你将无法通过编译的代码修改为正确版本。 源代码 生成本书的源码可以在 GitHub 上找到。 译者注：此译本也有 GitHub 仓库，欢迎提交 Issue 和 PR :) 10/562Rust 程序设计语言 简体中文版 入门指南 让我们开始 Rust 之旅！有很多内容需要学习，但每次旅程总有起点。在本章中，我们会讨论： •

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use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host

use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host

use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host

use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host

use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host

use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host

use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host

use a Docker container of a 32-bit system. At least for now, building a 32-bit version of Julia is relatively straightforward using ubuntu 32-bit docker images. In brief, after setting up docker here here are the required steps: $ docker pull i386/ubuntu $ docker run --platform i386 -i -t i386/ubuntu /bin/bash At this point you should be in a 32-bit machine console (note that uname reports the host