The architecture is for multi - target cross debuggers using the technique of assembling components 本文基于构件组装技术,提出了一种多目标机交叉调试器的设计方案。
The debugger runs on a host computer and connects to the target through a serial port or network connection 除错器在宿主机上运行并且通过串口或网络连接到目标机上。
Because gcc has so many advantages mentioned above , we choose it to develop a new compiler for the target machine 由于gnucc的这种优点，我们选择它对新目标机进行移植。
The information of running programs users can get is just the register , memory and symbol state 所看到的程序执行现状，也只是目标机方当前程序寄存器、内存、符号信息等基本信息。
Finally , this thesis discusses the implementation of remote debugging when operating system is introduced to the target 最后，论文讨论了在目标机上引入了操作系统后，远程调试的实现。
In the past , compilation system was developed for a special kind of program language and a certain target machine 过去编译系统的研制均是针对某一种程序设计语言和某一种目标机而专门编写的。
Download your program to your target machine ( or get it there by whatever means the manufacturer provides ) , and start it 下载你的程序到目标机上(或者按照厂商提供的方法让它存在于目标机上) ，并且启动它。
Make sure you have a serial connection between your target machine and the gdb host , and identify the serial port on the host 确定你在目标机和gdb宿主机上有一个串口的连接，并且在宿主机上识别了这一串口。
On target machines that have instruction caches , gdb requires this function to make certain that the state of your program is stable 在有指令缓存的目标机上， gdb需要这一函数，以确定你的程序的状态是稳定的。
The gnu compiler collection ( gcc ) is the most important piece of open source software in the world . it has been ported to many platforms Gnucc是这种支持多语种、多目标机编译系统中最有代表性的一个系统。
