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DCC-_based-_ARM-JTAG-debugger
- 本文详细介绍了基于DCC和JTAG的删硬件仿真调试器的研究与设计 过程。该硬件仿真调试器除了具有下载、断点、单步运行、连续运行、读写内存区域和对寄存器操作等基本调试功能外，还有通过使能DCC通道，来进行快速对目标机内存读写的功能。因为读写内存是调试过程中最常用的功能，这样就大大地提高了调试的效率。文中，首先对嵌入式系统开发和嵌入式调试器进行了全面的介绍。然后对当前嵌入式调试中应用最为广泛的JTAG技术和删中的 JTAG原理作了详细介绍。接着对删片上调试原理进行了深入分析。最后， 深入阐述了L锄b
hakgjkdag
- 读写其他进程的内存,适合初学者进行学习研究，不错的源码-Read-write memory of other processes, suitable for beginners to learn research, a good source
24C08-read-and-write-
- 存储器24C08的串口读取与写入程序，微机实验程序的典型案例-24C08 memory read and write the serial program, a typical case of computer experimental procedures
Memory
- 存储器设计，可以实现读和写，是用的图和代码结合的形式-Memory design, can read and write, is used in combination in the form of diagrams and code
task-1---Memory-Copy
- xmega128C存储器读写C语言程序开发，适合初学者-xmega128C memory read and write C language program development, suitable for beginners
HOOK_Process32Next
- .版本 2 HOOK_Process32Next.停止Hook () 返回值 ＝ api_Process32Next (hSnapshot, lppe) 原进程名 ＝ 指针到文本 (lppe ＋ 36) 实际应用中 换用效率高的代码 输出调试文本 (原进程名) 新进程名 ＝ “yinkirby” 写到内存 (新进程名, lppe ＋ 36, ) 实际应用中 换用效率高的代码 HOOK_Process32Next.开始Hook () 返回 (返回值) -.
memory
- 这个代码用于实现存储器的设计，可实现对存储器的读写。-The code used to implement memory design, memory read and write can be realized.
CPU
- 这个CPU具有简单的指令集，我们可以使用简单的例子进行测试。为简单起见，我们只考虑CPU内部的关联，寄存器、存储器和指令集。那么我们就只考虑一下部分：读写寄存器，读写存储器和执行指令。-This CPU has basic instruction set, and we will utilize its instruction set to generate a very simple program. For simplicity, we will only consider the rela
YP6oGESo
- 易语言 API 读写内存源码 不在为模块而烦恼 里面有详细注解 -Easy to read and write memory source language API for the module is not to worry there are detailed notes
DS1307
- DS1307時間IC控制與溝通程式碼可以讀寫記憶體-DS1307 IC time control and communication code can read and write memory
LPC-ARM7-1024
- LPC ARM7 IO口模拟IIC 读写存储器24C1024-LPC ARM7 IO port to read and write memory 24C1024 simulation IIC
ProcessInfo
- ProcessInfo，一个delphi编写的内存修改器，类似CE，比较简单，初学编写内存修改的可以-ProcessInfo, a modified delphi write memory device, similar to the CE
24c256
- 读写24c256存储器 读写存储器 使用51单片机开发-Memory read and write memory read and write 24c256 chip developed with 51
Flash-read-and-write-using-C
- 本文档描述了如何利用ISE中软件开发环境SDK进行C编程对FLASH进行读写的方法，免去了自建IP核对flash进行读写的步骤，大大提高了效率-This doc show a method that can read and write flash memory easily using SDK develop environment of ISE. That make it no necessary to develop a IP core by yourself and improve t
P89V51RD2_AT45DB321
- 编译环境为keil，单片机实现存储器读写，存储器芯片为AT45DB321。-Compiler environment keil, MCU memory read and write, memory chip AT45DB321.
Read-Modify-Write
- 所处理的FILE (暂存器，存储器，和I/O的统称)，其最终的值，和指令处理前的值有关-Handled FILE (registers, memory, and I/O collectively), and its final value, and the value of the pre-processing instructions
CaaCPPMemoryControl
- 伟大的Bill Gates 曾经失言： 640K ought to be enough for everybody — Bill Gates 1981 程序员们经常编写内存管理程序，往往提心吊胆。如果丌想触雷，唯一的解决办法就是发现所有潜伏的地雷并且排除它们，躲是躲丌了的。本文的内容比一般教科书的要深入得多，读者需细心阅读，做到真正地通晓内存管理。 -The great Bill Gates once indiscretions: 640K ought to be e
memory
- ATmel 4M存储器功能函数,包括主要的读写函数和处理函数-ATmel 4M memory performance function, including the major functions and handlers to read and write
duxieneicun
- 这个是易语言源码，首先声明不懂易语言的不要下，毒软误报的问题不再解释，源码内容：读写内存-This is an easy language source code, first of all do not understand the language, not poisonous, soft false problem will not explain, source: read write memory
Memory-read-and-write-source-code
- 内存读写源码，实现API读写内存接口，实现对内存的读写-Memory read and write source code