可用来逐步执行网页或元件的侦错工具。
A debugger that you can use to step through a page or component as it is running.
允许侦错工具拦截目前在执行绪上的例外状况。
Allows a debugger to intercept the current exception on a thread.
侦错工具将会停止侦错工具正在执行的所有程式。
The debugger stops the execution of all programs running under the debugger.
下列清单提供了侦错工具如何评估运算式的逐步说明。
The following list provides a step-by-step description of how a debugger evaluates an expression.
在侦错工具的输出视窗中显示讯息，并中断侦错工具。
Displays a message in the debugger's output window and breaks into the debugger.
此处所选择的数值格式将会影响所有的侦错工具视窗。
The numeric format chosen here affects all debugger Windows.
说明如何加入可由侦错工具和其他工具使用的符号资讯。
Explains how to add symbolic information that can be used by debuggers and other tools.
描述如何显示IDE之预设设定是隐藏的侦错工具命令。
Describes how to make debugger commands visible that have been hidden by IDE default Settings.
某些语言的预设IDE设定可能会隐藏特定侦错工具命令。
Default ide Settings for some languages may hide certain debugger commands.
提供可让您检查和修改程序状态之各种侦错工具的相关资讯。
Provides information on a variety of debugging tools that enable you to inspect and modify the state of your program.
这种情况可能包括在侦错工具执行时开启的所有文件和活页簿。
This might include all documents or workbooks that are opened while the debugger is running.
指定工作流程侦错工具如何逐步执行复合活动的同步执行子活动。
Specifies how the workflow debugger will step through concurrently executing child activities of a composite activity.
如果您没有用这份资讯来编译程序，侦错工具的功能便会有所局限。
If you compile your program without this information, debugger functionality will be limited.
您可以将侦错工具视窗所使用的数字格式设定为十进位或十六进位。
You can set the numeric format used in the debugger Windows to decimal or hexadecimal.
在这些案例中，您可以让侦错工具在应用程序启动时启动并自动附加。
In these scenarios, you can have the debugger launch and automatically attach when your application starts.
在您附加至程序后，便可使用侦错工具的执行命令列、检查程序状态等等。
After you have attached to a program, you can use debugger execution commands, inspect the program state, and so on.
如果已经连结核心侦错工具，您将看到一则讯息，询问是否要继续进行侦错。
If the Kernel Debugger is hooked up, you will see a message that asks whether you want to continue to debug.
侦错工具视窗和对话方块会显示关于程序的资讯，并让您能够输入其他资讯。
Debugger Windows and dialog boxes display information about your program and enable you to enter additional information.
与呼叫堆叠(由侦错工具显示)不同，“呼叫阶层架构”可以在设计阶段使用。
Call Hierarchy is available at design time, unlike the call stack that is displayed by the debugger.
如果您使用附加至服务的方式开始进行侦错，则侦错工具便尚未附加至用户端。
If you began debugging by attaching to the service, the debugger is not yet attached to the client.
当侦错工具在中断模式时，可以使用变数视窗编辑出现在这些位置中的大部分变数值。
When the debugger is in break mode, you can use the variable Windows to edit the values of most variables that appear in these locations.
先与处理序中断连结，再停止侦错工具之后，您也可以继续在开启的文件或工作表中工作。
You can also detach from the process first if you still work in an open document or worksheet after stopping the debugger.
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.
如果想要使用预设IDE设定所隐藏的侦错工具功能，您可以执行下列程序，将命令加回功能表中。
If you want to use a debugger feature that is hidden by your default IDE Settings, you can add the command back to the menu using the following procedure.
若要在侦错工具输出视窗里显示程序的讯息，您可以使用ATLTRACE巨集或MF CTRACE巨集。
To display messages from your program in the debugger Output window, you can use the ATLTRACE macro or the MFC TRACE macro.
使用该侦错工具，可藉由在应用程式执行时逐步执行每个陈述式，并检视每个变数中的资料，了解应用程式的具体运作方式。
Using the debugger, you can see exactly how your application is working by stepping through each statement as it executes and by viewing the data in each variable.
他们必须对所处的世界有敏锐的意识，明白这世界对在何处错在何处，这样他们才能起到变化的工具这一作用。
They must be keenly aware of the world in which they live, what is right bout it and what is wrong, so that they can fulfil their role as instrument of change.
思维导图是一个使用自由的工具，应用中没什么对或错。
Mind mapping is a free flowing tool. There are no rights or wrongs to the process.
快乐变成悲伤：当得知矿工们没有生还，由于通信工具简陋，错发了他们生还的消息，欢乐变成了悲伤。
JOY to sorrow. The celebration turned to sorrow when the truth was heard, the miners were not alive and the reports of their arrival had been a mistake because of poor communications.
快乐变成悲伤：当得知矿工们没有生还，由于通信工具简陋，错发了他们生还的消息，欢乐变成了悲伤。
JOY to sorrow. The celebration turned to sorrow when the truth was heard, the miners were not alive and the reports of their arrival had been a mistake because of poor communications.
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