The GNU Debugger (gdb) is the most popular open source debugger in use.
GNUDebugger（gdb）是目前最受欢迎的开源调试器。
Part 2 of this "Interfacing with the CDT debugger" series explains how the CDT USES the CDI to interface the finest open source debugger of them all: the GNU debugger (GDB).
“使用CDT调试器”系列文章的第2部分将解释CDT如何使用CDI与最优秀的开源调试器进行交互：gnuDebugger (gdb)。
You can direct the debugger to search for the missing source in more locations by editing the source lookup path.
通过编辑源代码的查找路径，您可以将调试器指向更多位置处丢失的源代码处。
Debugging a problem involves locating the source of the problem using a debugger (or any other tool) and using the source code to track the root cause of the problem.
调试一个问题涉及到：使用调试器(或任何其它工具)找到问题的根源以及使用源代码来跟踪导致问题的根源。
The debugger shows a list of all the running threads, an area where you can examine variables, and another area where you can step through source code.
调试器显示所有正在运行的线程列表，您可以在这里检查变量，这里也是可以逐步执行源代码的另一个位置。
You can also set breakpoints before running the debugger directly in the source editor.
您还可以在源编辑器中直接运行调试器之前设置中断点。
It allows the changing of source code during a debugger session, which is better than exiting the application, changing the code, recompiling, then starting another debugging session.
该功能允许在调试器会话中改变源代码，这比退出应用程序、更改代码、重新编译、然后启动另一个调试会话更好。
You can decide whether to implement everything in the source code or to change the parameters during runtime using the debugger.
我们可以决定是在源代码中实现所有的功能，还是在运行时使用调试器来修改这些参数。
The debugger places the source code change into "live" production and checks it for correctness.
调试程序将源代码更改放入“现场”的生产过程，然后检查它是否正确。
It is a compact representation of the relationship between the executable program and the source in a way that is reasonably efficient for a debugger to process.
这种格式是可执行程序与源代码之间关系的简单表示，为了便于调试器对该关系进行处理。
EGL also features a built-in interpretive debugger that enables developers writing code at the abstract language level to perform source-level debugging.
EGL还有一个内嵌的解释调试器，它能够让用抽象语言层撰写代码的开发人员执行源代码层的调试。
We even offer a debugger that works at the EGL source code level, and a way to leverage JSF from your EGL code to visually build your application's GUI.
我们甚至提供了工作在egl源代码级的调试器和一种从您的EGL代码获取JSF来可视化地构建应用程序gui的工作方式。
There's also a new LLDB debugger, which is a replacement for the erstwhile GDB debugger but USES the same parser and source code tools as the compiler does.
全新的调试器LLDB也包含其中，它应用和编译器相同的解析器和源代码工具，目的是为了替代旧有的gd b调试器。
The debugger UI is built on the Eclipse open source language, and benefits from its advanced help system.
调试器UI构建于Eclipse开源语言上，并且可以从其高级帮助系统中获益。
You simply write your program and start debugging. The debugger and the EGL part editor (or source editor) together let you do the following tasks.
您可以简单地编写您的程序并开始调试。
This affects some debugger features while you are debugging the newly referenced source file.
当调试最新引用的源文件时，这会影响一些调试器功能。
To restore full debugger features for all source files, stop debugging and build.
若要还原所有源文件的全部调试器功能，请停止调试并生成。
All debugger features are available for other source files.
所有调试器功能可用于其他源文件。
In the Solution Property Pages, you can change the directories where the debugger looks for sources files and tell the debugger to ignore selected source files.
在解决方案属性页中，可以更改调试器查找源文件的目录，并通知调试器忽略选定的源文件。
In this paper discussion is made on the principle and methods of designing and implementing a source level debugger for UNIX system.
本文探讨在UNIX操作系统上设计和实现源级调试器的原理和方法。
Explains how to specify debugger Settings, how to set debug and release configurations, and how to manage symbols and source code.
解释如何指定调试器设置，如何设置调试和发布配置，以及如何管理符号和源代码。
The debugger cannot display source code or disassembly for the current location where execution has stopped.
代码在当前位置停止执行，但调试器不能显示当前位置的源代码或反汇编。
GDB is a very good performance source-level debugger, it can achieve all the functions of the normal debugger almost, therefore, it is essential in GNU tool chain, GDB has very good performance.
GDB是一种性能很好的源码级调试器，它几乎可以实现普通调试器所具有的全部功能，因此它在GNU工具链中是必不可少的。
Because of this rearrangement, the debugger cannot always identify the source code that corresponds to a set of instructions.
由于这种调整，调试器并不总能确定与一组指令对应的源代码。
You cannot set a breakpoint in a source file when the debugger has not loaded the debug information for the module where the code is located.
在侦错工具尚未载入有关程序码所在模组的侦错资讯之前，您无法在原始程序档中设定中断点。
You cannot set a breakpoint in a source file when the debugger has not loaded the debug information for the module where the code is located.
在侦错工具尚未载入有关程序码所在模组的侦错资讯之前，您无法在原始程序档中设定中断点。
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