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BinBuffer

将对象转换为二进制缓冲区的简单crate。它支持读取和写入以下类型：u64, u32, u16, u8, f64, f32, (f64,f64), String, Vec<Bufferable + Clone>, (U,V), (U,V,W), (U,V,W,X) 其中 U,V,W 是 Bufferable。这是一个简单的crate，用于读取和写入二进制数据。

示例

use bin_buffer::*;
let x = 16u16;
let y = String::from("hello");
let z = (0.0001f64,1.1111f64);
let mut buffer = Vec::new();
x.into_buffer(&mut buffer);
y.copy_into_buffer(&mut buffer);
z.into_buffer(&mut buffer);
let mut buffer = ReadBuffer::from_raw(buffer);
assert_eq!(Some(x), u16::from_buffer(&mut buffer));
assert_eq!(Some(y), String::from_buffer(&mut buffer));
assert_eq!(Some(z), <(f64,f64)>::from_buffer(&mut buffer));

lib.rs:

这是一个简单的crate，用于读取和写入二进制数据。

示例

use bin_buffer::*;
let x = 16u16;
let y = String::from("hello");
let z = (0.0001f64,1.1111f64);
let mut buffer = Vec::new();
x.into_buffer(&mut buffer);
y.copy_into_buffer(&mut buffer);
z.into_buffer(&mut buffer);
let mut buffer = ReadBuffer::from_raw(buffer);
assert_eq!(Some(x), u16::from_buffer(&mut buffer));
assert_eq!(Some(y), String::from_buffer(&mut buffer));
assert_eq!(Some(z), <(f64,f64)>::from_buffer(&mut buffer));