在重载的数据源过程上创建过程。
重载的方法有时候也需要显式返回类型。
Overloaded methods can sometimes require an explicit return type.
WSDL允许重载的操作。
此示例展示了如何实现可自动重载的资源。
This example demonstrates how to implement automatically reloadable resources.
讨论运算符重载的更改。
现在我们的组件使用重载的方法和合适的参数。
Our assembly is now using the overloaded method and the suitable parameter.
低速大扭矩，特别适应三轮车低速重载的特点。
Low speed with high torque ADAPTS the characteristics of the tricycles.
c当方法是重载的，并且其中一个调用了另外一个的时候。
C.When a method is overloaded and one of the methods calls another.
在清单2中，可以看到我在清单1中设置的操作符重载的效果。
In Listing 2, you can see the operator overloading I set up in Listing 1 in action.
因此，从WS-I遵从性角度来看，不应该存在操作重载的情况。
So, from a WS-I compliance perspective, there should be no case of operation overloading.
以下示例演示如何处理重载的过程，以及如何在编目中查询本地属性。
The following example demonstrates how to deal with overloaded procedures, and how to query local attributes in the catalogs.
这是因为服务定位器将缓存不论哪个组件首次使用时所重载的名称的资源。
This is because the service locator will cache the resource for whichever component USES the overloaded name first.
因此重载的操作在将来可能没有出头之日，且应该避免重载操作。
Hence overloaded operations might not see the light in the future and should be avoided.
他设法借助一根长而粗的绳子把一个重载的篮子拉上了二层楼。
He managed to haul the loaded basket up the second floor by means of a long, sturdy rope.
这里我使用了一个参数适合的重写和重载的每一个(同时)的方法。
Here I used a parameter that fits to each one of the overridden and overloaded (simultaneously) methods.
请注意，有些情况下会有许多重载的构造器；对每种情况我只举例说明一个构造器。
Note that there are many overloaded constructors in some cases; I have illustrated just one for each case.
它继续成对考虑重载，直到只剩下一个重载为止，并解析对该重载的调用。
It continues considering overloads in pairs until only one overload remains, and it resolves the call to that overload.
在清单4 中，注意重载的代码是如何根据调用代码来推断方法名和参数的
Notice in Listing 4 the way the overloaded code has inferred the method names and parameters from the invocation code as follows
同一个重载的操作符让您可以在共享内存中构造类A、B和C 的对象。
The same overloaded operator allows you to construct objects of class A, B, and C in shared memory.
但为了解释作用域与重载的相互作用，我们将违反上述规则而使用局部函数声明。
To explain how scope interacts with overloading we will violate this practice and use a local function declaration.
在高速重载的动力传动中，有些联轴器还有缓冲、减振和提高轴系动态性能的作用。
Overloaded power transmission at high speed, some coupling still buffering, vibration and enhance the role of dynamic performance shaft.
在高速重载的动力传动中，有些联轴器还有缓冲、减振和提高轴系动态性能的作用。
In the power transmission of high speed and heavy load, some coupling also has the function of buffering, reducing vibration and improving the dynamic performance of the shaft system.
函数重载和运算符重载的两种松软的东西——有许多面向对象的语言不支持这2种特征。
Function overloading and operator overloading are two such fluffy things - there are many OO languages that don't support those 2 features.
带有资源缓存的集合服务定位器创建全局缓存，通过这种方式不能为重载的资源名正确处理组件级映射。
A singleton service locator with a resource cache creates a global cache that cannot properly handle the component-level mappings for an overloaded resource name.
重载的类成员通过它们的唯一签名来进行区分，签名包含成员的名称及其每个形参的数据类型。
Overloaded class members are distinguished by their unique signatures, which are comprised of the name of the member and the data type of each of its formal parameters.
因为在重载的上下文中，他们失去了左操作数的赋值在第二个之前的保证，而且之间也会有顺序点。
In the overloaded context they lose the guarantee that the left operand is evaluated before the second and that there is a sequence point inbetween.
调用重载的函数时，将调用其参数最密切匹配传递参数的重载函数，具体取决于传递给函数的实际参数类型。
When an overloaded function is called, the overloaded function whose arguments most closely match the passed arguments is called, depending on the actual types of arguments passed to the function.
正如所预测的那样，重载的资源名和缓存服务定位器使得代码执行有不同的结果，它使某些组件取得错误的资源。
Just as predicted, overloaded resource names and a caching service locator makes the code execute differently; it makes some components get the wrong resources.
当两个组件使用一个重载的资源名，也就是说，一个名称绑定到两个不同的资源，缓存服务定位器为两个组件返回相同的资源。
When two components use a resource name that is overloaded — that is, a name that is bound to two different resources — a caching service locator returns the same resource to both components.
当两个组件使用一个重载的资源名，也就是说，一个名称绑定到两个不同的资源，缓存服务定位器为两个组件返回相同的资源。
When two components use a resource name that is overloaded — that is, a name that is bound to two different resources — a caching service locator returns the same resource to both components.
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