包含的主题连结描述如何侦错和解译WPF设计工具中的执行阶段错误。
Contains links to topics that describe how to debug and interpret runtime errors in the WPF Designer.
若除数为零则应传回0，且不应尝试执行除法，因为会产生执行阶段错误。
In that case, a 0 should be returned, and no attempt should be made to perform the division because a run-time error would result.
RTC范例显示如何使用C执行阶段程式库的执行阶段错误检查功能。
The RTC sample shows how to use the C run-time library's run-time error check feature.
隐含转换只在处理序不遗失资料时才会成功，否则会失败并且产生编译或执行阶段错误。
Implicit conversions succeed only when the process loses no data; otherwise they fail and generate a compile or run-time error.
早期系结减少执行阶段错误的次数和严重性，因为它允许编译器在编译程序时报告错误。
Early binding reduces the number and severity of run-time errors because it allows the compiler to report errors when a program is compiled.
更新处理流程——随着较新的操作发生或者在标识阶段处理业务错误时所发现的可选执行路径，现有的处理流程将得到进一步更新。
Updated process flows - Existing process flows are to be updated with the newer operations or alternate execution paths as discovered in the identification step to handle business errors.
分析阶段被视作是执行优化和检测某种错误的机会。
The analysis phase was viewed as an opportunity to perform optimization and to detect certain kinds of errors.
在执行期间的PREPARE阶段生成的错误，比如tabledoesnotexist错误，会立即出现并且无法捕捉。
Errors that are generated during the PREPARE phase of execution, such as a table does not exist error, are raised immediately and cannot be trapped.
对于在执行期间的EXECUTE或FETCH阶段产生的错误，比如uniquekeyconstraint违背，可以以多种方式返回。
Errors that are raised during the EXECUTE or FETCH phase of execution, such as a unique key constraint violation, can be returned in more than one way.
有时configure前阶段选择的编译器标记可以链接可执行文件，但最终生成的可执行文件却不能运行，这是一个特别致命的错误。
A particularly pernicious variation occurs when the compiler flags selected in the early phases of configure are able to link executables, but the resulting executables won't run.
如果在“扫描器”和“剖析器”阶段发生错误，就不会尝试执行“模型和物件执行个体化”阶段。
If errors are encountered in the Scanner and Parser phases, the Model and Object Instantiation phase is not attempted.
基于可执行规范的实现测试同步开发模式可以将错误尽早消灭在各个开发阶段的初期。
Synchronizing software implementation and test with executable specifications could find flaws as early as they occurred in each development stages.
验证程式的主要目的是确定错误在设计阶段为已知，且在执行阶段不会公开为例外状况。
The main purpose of a Validator is to ensure that errors are known during design time, and are not exposed as exceptions during runtime.
这会造成编译器错误，或微妙的执行阶段逻辑错误。
This can lead to compiler errors or subtle run-time logic errors.
在执行阶段时，如果作业系统无法将程序载入该位址，它便会发出错误讯息而且不会载入程序。
At run time, if the operating system is unable to load the program at that address, it issues an error message and does not load the program.
在执行阶段时，如果作业系统无法将程序载入该位址，它便会发出错误讯息而且不会载入程序。
At run time, if the operating system is unable to load the program at that address, it issues an error message and does not load the program.
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