https://www.rust-lang.org/install.html 并按照说明安装 Rust。在安 装过程的某个步骤，你会被提示要安装 Visual Studio。它提供了一个链接器和编译程序所需 的原生库。如果你在此步骤需要更多帮助，请访问 https://rust-lang.github.io/rustup/ installation/windows-msvc.html。 本书的余下部分会使用能同时运行于 包。要运行这些示例，你需要保持网络连接， 或者事先下载好这些依赖。要提前下载依赖，可以运行以下命令。（我们稍后会详细解释 cargo 是什么，以及这些命令分别的作用。） $ cargo new get-dependencies $ cd get-dependencies $ cargo add rand@0.8.5 trpl@0.2.0 这会将这些包的下载结果缓存起来，因此你之后就不需要再下载它们了。运行完该命令后，你 无需保留 mkdir ~/projects $ cd ~/projects $ mkdir hello_world $ cd hello_world 对于 Windows CMD，输入： > mkdir "%USERPROFILE%\projects" > cd /d "%USERPROFILE%\projects" > mkdir hello_world > cd hello_world 编写并运行

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} script in a different directory than the current working one and executing both commands: julia> cd("/home/JuliaUser") # working directory julia> # create script at /home/JuliaUser/Projects open("

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} script in a different directory than the current working one and executing both commands: julia> cd("/home/JuliaUser") # working directory julia> # create script at /home/JuliaUser/Projects open("

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} script in a different directory than the current working one and executing both commands: julia> cd("/home/JuliaUser") # working directory julia> # create script at /home/JuliaUser/Projects open("

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} 0x759d18cc5346a65f julia> hash(10, a) # only use the output of another hash function as the second argument 0x03158cd61b1b0bd1 See also: objectid, Dict, Set. source Base.finalizer – Function. finalizer(f, x)CHAPTER

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} primary_world:m.deleted_world of the annotated or containing method. For ordinary code instances, R is ci.min_world:ci.max_world. A further implication is that :consistent functions may not make their return value

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} primary_world:m.deleted_world of the annotated or containing method. For ordinary code instances, R is ci.min_world:ci.max_world. A further implication is that :consistent functions may not make their return value

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} primary_world:m.deleted_world of the annotated or containing method. For ordinary code instances, R is ci.min_world:ci.max_world. A further implication is that :consistent functions may not make their return value

Microsoft 20T 100T 0 50 100 Q1:24 Q1:25151 AI Developer Use Cases = Broad & Varied Note: CI / CD pipelines are continuous integration / continuous deployment pipelines. Source: IBM, ‘AI in Software Workflow Management Documentation Refactoring & Optimization Security Enhancement DevOps & CI / CD Pipelines User Experience Design Architecture Design The AI Developer Next Door152 AI Model

during precompilation. 30.2 Pkg.jl JULIA_CI If set to true, this indicates to the package server that any package operations are part of a continuous integration (CI) system for the purposes of gathering is done with ^, not *. Implicit string concatenation of string literals like in Python (e.g. 'ab' 'cd' == 'abcd') is not done in Julia. • Python Lists—flexible but slow—correspond to the Julia Vector{Any} script in a different directory than the current working one and executing both commands: julia> cd("/home/JuliaUser") # working directory julia> # create script at /home/JuliaUser/Projects open("