搜索资源列表
crctest
- 一种crc的写法已经测试-a crc has written tests
modbus_console
- modbus调试助手,适合初学者,简化了crc的运算,由电脑自动完成。也适合linux。
crc
- 详细的crc校验源码 编译通过 已经实际应用 请仔细阅读-Detailed crc checksum to compile source code has been adopted for practical application please read carefully
11
- RTL8019作为以太网的物理层接口。主要功能包括物理编码子层、物理媒体附件、双绞线物理媒体子层、双绞线媒体访问单元等。 RTL8019基本工作原理是:在收到由主机发来的数据报后,侦听网络线路。如果线路忙,就等到线路空闲为止,负责立即发送该数据帧。发送过程中,首先添加以太网帧头,然后生成CRC校验码,最后将此数据帧发送到以太网上。-RTL8019
CRCcheck
- 关于CRC校验的文章,很清晰,可以学习下-CRC check on the article, it is clear, you can learn under
CRC
- 这是在qt下实现的crc检验程序,是在xp下验证过了的,直接使用即可-This is achieved under the qt crc testing procedure is verified in the next xp, direct use can be
CRC16_32
- CRC校验程序,支持CRC16,初始值为ffff,生产CRC校验码及检验-check CRC
program-for-error-detecting-code-using-CRC-CCITT-
- program for error detecting code using CRC-CCITT (16-bits).
CRC_V3.ZIP
- crc calculation files
crc.tar
- CRC校验算法,包括CRC8,CRC16,CRC32,MODBUS,和其他几种算法,C语言封装,方便使用-CRC checksum algorithm, including CRC8, CRC16, CRC32, MODBUS, and several other algorithms, C language package, easy to use
02_Linux_allCodes
- 达内培训Linux代码,杨强老师讲解,包括io、文件编程、进程、线程、信号、进程间通信、以及底层的网络编程、crc校验、抓包等-Linux code up to training, Yang Qiang teacher explain, io, file programming, processes, threads, signals, inter-process communication, as well as the underlying network programming, crc
crc-t10dif
- T10 Data Integrity Field CRC16 calculation
crc32
- compute the CRC-32 of a data stream.
pcrc
- the CRC tables are computed by the crctable.c program which is part of this distribution but not compiled.
crc32
- 对于mcu,芯片内部有唯一的ID可用于加密,防止复制。此CRC校验算法,用于芯片加密-For mcu, chip has a unique ID that can be used to encrypt and prevent duplication. This CRC checksum algorithm for encryption chip
crc8
- fill crc table for given polynomial in reverse bit order for Linux v2.13.6.
crc-ccitt
- This mysterious table is just the CRC of each possible byte.
crc-itu-t
- CRC table for the CRC ITU-T V.41 0x0x1021 (x^16 + x^12 + x^15 + 1).
crc-itu-t
- crc_itu_t - Compute the CRC-ITU-T for the data buffer.
crc
- crc32 源代码,包括16位和32位crc算法,循环冗余校验码(CRC)的基本原理是:在K位信息码后再拼接R位的校验码,整个编码长度为N位,因此,这种编码又叫(N,K)码。对于一个给定的(N,K)码,可以证明存在一个最高次幂为N-K R的多项式G(x)。根据G(x)可以生成K位信息的校验码,而G(x)叫做这个CRC码的生成多项式-crc32 functions