同样的问题也会发生在操作系统的代码中:一个程序覆写操作系统的代码将垮掉操作系统。
The same problem would occur with operating system code, a program that overwrote part of the operating system code would crash the operating system.
在大部分情况下应用程序范围的设定是唯读的,这是因为它们只是程序资讯通常不需覆写。
In most cases, the application-scoped Settings are read-only; because they are program information, you will typically not need to overwrite them.
本章节的主题将说明如何覆写目标、修改预设工作及设定属性,以自订建置程序。
The topics in this section describe how to override targets, modify default tasks, and set properties to customize the build process.
服务应用程序和元件的传统模式是使用更新档和修正档覆写现有的程序码。
The traditional model of servicing applications and components is to overwrite existing code with updates and fixes.
不过,开发人员可以覆写这个行为并且指示应用程序在更新的。
However, developers can override this behavior and direct the application to run under a newer version of the.
因此,新版元件可能会覆写旧版元件并破坏应用程序。
As a result, a new version of a component could overwrite an older version and break applications.
在衍生类别中覆写时,这个方法允许外部程序码对要求产生影响。
When overridden in a derived class, this method allows outside code to affect the request.
最后,在资料库需要透过预存程序进行资料表存取时,也可以覆写预设更新行为。
Finally, you can override the default update behavior when the database requires table access through stored procedures.
然而,在部分情况下,应用程序或环境可能需要以自己的一个选择,覆写元件原本使用的设定提供者。
However, in some cases, the application or environment may need to override the Settings provider natively used by a component with one of its own choosing.
在衍生类别中覆写时,请建立新的程序码产生器。
When overridden in a derived class, creates a new code generator.
在衍生类别中覆写时,请使用指定的输出档名建立新的程序码产生器。
When overridden in a derived class, creates a new code generator using the specified file name for output.
在衍生类别中覆写时,请使用指定的输出档名建立新的程序码产生器。
When overridden in a derived class, creates a new code generator using the specified file name for output.
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