Strict Endianness

简体中文/Simplified Chinese

Strict Endianness，让程序（而非机器）决定文件的端序。

Strict Endianness 是一个 C 库，用于在读取和写入二进制数据时指定端序。它支持大端序（Big Endian）和小端序（Little Endian），并且可以在运行时动态选择端序。

Strict Endianness 的主要功能包括：

• 读取和写入二进制数据时指定端序
• 支持大端序和小端序
• 在运行时动态选择端序
• 提供简单的 API 来处理不同端序的数据

Strict Endianness 包含以下函数：

• sf_write_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: 写入指定端序的数据
• sf_read_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: 读取指定端序的数据
• sf_open: 打开文件并指定端序
• sf_close: 关闭文件
• sf_set_buffer: 设置缓冲区大小
• _sf_raw_read: 辅助原始读
• sf_seek: 定位文件指针
• sf_tell: 获取当前文件指针位置
• sf_align: 对齐数据
• sf_write_string: 写入字符串
• sf_read_string: 读取字符串
• strict_flush: 刷新缓冲区
• sm_open: 打开内存缓冲区
• sm_close: 关闭内存缓冲区
• sm_write_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: 写入内存缓冲区
• sm_read_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: 读取内存缓冲区
• sm_seek: 定位内存缓冲区指针
• sm_write_string: 写入字符串到内存缓冲区

兼容的 C/C++ 编译器和标准

Strict Endianness 兼容以下 C/C++ 编译器:

• GCC
• Clang
• MSVC

Strict Endianness 兼容以下 C/C++ 标准:

• C99
• C11
• C17
• C23
• C++98
• C++03
• C++11
• C++14
• C++17
• C++20
• C++23
• 此外，接下来的 C/C++ 标准也将继续兼容 Strict Endianness。

English

Strict Endianness allows the program (not the machine) to determine the endianness of files.

Strict Endianness is a C library for specifying endianness when reading and writing binary data. It supports both big-endian and little-endian formats and allows dynamic selection of endianness at runtime.

The main features of Strict Endianness include:

• Specifying endianness when reading and writing binary data
• Support for both big-endian and little-endian formats
• Dynamic selection of endianness at runtime
• Providing a simple API for handling data with different endianness

Strict Endianness includes the following functions:

• sf_write_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: Write data with specified endianness
• sf_read_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: Read data with specified endianness
• sf_open: Open a file and specify endianness
• sf_close: Close a file
• sf_set_buffer: Set buffer size
• _sf_raw_read: Helper for raw reading
• sf_seek: Seek file pointer
• sf_tell: Get current file pointer position
• sf_align: Align data
• sf_write_string: Write a string
• sf_read_string: Read a string
• strict_flush: Flush the buffer
• sm_open: Open a memory buffer
• sm_close: Close a memory buffer
• sm_write_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: Write to memory buffer
• sm_read_i8/u8/i16/u16/i32/u32/i64/u64/f32/f64: Read from memory buffer
• sm_seek: Seek memory buffer pointer
• sm_write_string: Write a string to memory buffer

Compatible C/C++ Compilers and Standards

Strict Endianness is compatible with the following C/C++ compilers:

• GCC
• Clang
• MSVC

Strict Endianness is compatible with the following C/C++ standards:

• C99
• C11
• C17
• C23
• C++98
• C++03
• C++11
• C++14
• C++17
• C++20
• C++23
• Additionally, future C/C++ standards will continue to be compatible with Strict Endianness.