Avoid point-to-point invocation.
避免点到点调用。
Every invocation USES this same XSLT.
每个调用都使用这个相同的XSLT。
SCA provides four invocation patterns.
SCA提供四种调用模式。
Create an inline invocation human task.
创建内联调用人工任务。
This is the invocation of an operation.
这是对操作的调用。
This is known as the invocation pattern.
这被称为调用模式。
See the two invocation styles in Figure 35.
请参见图35中的两个调用样式。
The invocation pattern is the last pattern.
调用模式是最后一种模式。
Explicit invocation might occur anywhere.
显式调用可能发生在任何地方。
The sending server makes a remote invocation.
发送服务器进行远程调用。
Messaging and asynchronous invocation support.
消息和异步调用支持。
To support invocation from multiple protocols.
支持来自多个协议的调用。
Figure 2 shows the flow of service invocation.
图2显示了服务调用的流程。
You will now see the result of the invocation.
现在您将看到调用的结果。
Let's examine the invocation path and results.
现在我们将对调用路径和结果进行检查。
Current invocation styles and their drawbacks.
当前的调用风格及其缺点。
This invocation is modeled as a command pattern.
这种调用采用命令模式。
Ensures the automated invocation of the scripts.
确保自动地调用脚本。
Services accommodate multiple invocation patterns.
服务适应多种调用模式。
You will focus, however, on the opening invocation.
我们会集中研究开头的那段祷文。
But so far, I've only explored the invocation side.
但到目前为止，我还只是探讨了有关调用的内容。
It provides the best overall invocation performance.
它提供最佳的整体调用性能。
Asynchronous callback invocation breakdown view.
异步回调调用细分视图。
The result of the invocation of the selected service.
调用被选中服务的结果。
Do this invocation twice and watch the output console.
进行两次这样的调用，并观察输出控制台。
It can also import referenced services for invocation.
它还可以导入引用的服务以进行调用。
Create the dynamic invocation object from this service.
从此服务创建动态调用对象。
Traverse the network stack for the outbound invocation.
遍历网络堆栈，以寻找出站调用。
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