猜数字程序的第一部分请求和处理用户输入，并检查输入是否符合预期的格式。首先，我们会 允许玩家输入一个猜测。在 src/main.rs 中输入示例 2-1 中的代码。 文件名：src/main.rs use std::io; fn main() { println!("Guess the number!"); println!("Please input your guess."); 输入/输出库引入当前作用域。io 库来自于标准库，也被称为 std： use std::io; 默认情况下，Rust 设定了若干个会自动导入到每个程序作用域中的标准库内容，这组内容被 称为 预导入（prelude） 内容。你可以在标准库文档中查看预导入的所有内容。 如果你需要的类型不在预导入内容中，就必须使用 use 语句显式地将其引入作用域。std::io 库提供很多有用的功能，包括接收用户输入的功能。 回忆一下，我们在程序的第一行使用 use std::io; 从标准库中引入了输入/输出功能。现在调 用 io 库中的函数 stdin，这允许我们处理用户输入： io::stdin() .read_line(&mut guess) 如果程序的开头没有使用 use std::io; 引入 io 库，我们仍可以通过把函数调用写成 std::io::stdin 来使用该函数。stdin

Dispatch Codegen Built Shared Library runtime::PackedFunc DNNLModule::GetFunction( const std::string& name, const std::shared_ptr& sptr_to_self) { if (name == "init") { return PackedFunc([sptr_to_self this->Init(args[0]); . }); } else { std::string curr_id = GetSubgraphID(name); return PackedFunc([sptr_to_self, curr_id, this](TVMArgs TVMRetValue* rv) { auto out = reinterpret_cast(args[args.size() - 1]>data); std::string encoded_name = kDnnlPrefix + curr_id; . auto func_s = reinter

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of

workspace. See module and the manual section about modules for details. Module(name::Symbol=:anonymous, std_imports=true, default_names=true) Return a module with the specified name. A baremodule corresponds Unsafe pointer operations are compatible with loading and storing pointers declared with _Atomic and std::atomic type in C11 and C++23 respectively. An error may be thrown if there is not support for atomically The Statistics standard library module contains basic statistics functionality. Statistics.std – Function. std(itr; corrected::Bool=true, mean=nothing[, dims]) Compute the sample standard deviation of