The same parameter dependency relationships must hold in the composed pattern.
复合模式必须具有相同参数依赖关系。
Delegate this dependency operation to the corresponding parameter dependency operation in the Session Facade pattern.
将这种依赖操作委托给SessionFacade模式的相应参数依赖操作。
The approach I describe works well if the parameter interfaces defined by multiple dependency components are compatible in that they can be implemented by the very same object.
这个方法适合以下情况，即多个依赖项组件定义的参数接口是兼容的，从而能够由相同的对象实现。
This section describes example scenario 4 that generates a dependency problem, and it describes how to resolve the problem by setting the DB CFG parameter AUTO_REVAL to DEFERRED_FORCE.
本节描述的示例场景4 中出现了一个依赖性问题，可通过将DBCFG 的 AUTO_REVAL参数设置为 DEFERRED_FORCE 来解决此问题。
Determine the parameter and dependency delegations.
确定参数和依赖委托。
Solving the dependency problem using the AUTO_REVAL parameter
使用 AUTO_REVAL参数解决依赖性问题
This parameter implements data connection between the two component patterns through Rational Software Architect pattern parameter and dependency delegations.
这一参数通过Rational Software Architect模式参数和依赖委托实现了两个组件模式间的数据连接。
For each parameter that has a dependency on other parameters, add a PatternDependencyDelegate statement to the constructor of the parameter's dependency inner class (see Listing 3). In this case.
对于每个依赖于其他参数的参数而言，要为参数内部依赖类的构造函数增加PatternDependencyDelegate声明(参看列表3)。
The compiler examines each parameter and determines whether the function has a dependency on the specific type of that parameter.
编译器将检查每个参数，并确定函数是否依赖于该参数的特定类型。
The compiler examines each parameter and determines whether the function has a dependency on the specific type of that parameter.
编译器将检查每个参数，并确定函数是否依赖于该参数的特定类型。
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