Listing 2 illustrates an example of late static binding.
清单2展示了延迟静态绑定的一个例子。
Late static binding has been added in PHP V5.3 to alleviate this problem.
PHPV5.3添加了延迟静态绑定来解决这个问题。
Note that this is not used for dynamic binding of the services, but for static binding.
请注意，此信息不是用于服务的动态绑定，而是用于静态绑定。
In this article, I looked at late static binding, namespace support, class method overloading, and heredoc support.
在本文中，我讨论了延迟静态绑定、名称空间支持、类方法重载和heredoc支持。
Since we had all of the service binding information during deployment, we used static binding for the OTMPS example.
由于在部署过程中我们已经有了所有的服务绑定信息，所以在OTMPS实例中使用静态绑定。
A process connects to its partners using a static binding mechanism, which is generated at the time of process deployment.
流程通过静态绑定机制来连接它的合作者服务，它在流程发布的时候产生。
Limitations derived from static binding are significant — static binding in the code prevents reuse of services across the enterprise in different applications.
静态绑定的局限性是非常明显的——代码中的静态绑定阻止了不同应用程序中贯穿整个企业的服务的重用。
Static binding generation at run-time (through the WSDL service binding information).
运行时生成静态绑定(通过WSDL服务绑定信息)。
Static binding generation at run-time (through the WSDL service binding information).
运行时生成静态绑定(通过WSDL服务绑定信息)。
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