Since a procedure in a high-level language has a single entry and a single exit point, it is common for a CFG to have a unique entry and exit node as well.
因为在高级语言中一个过程有一个单一入口点和一个单一出口点，所以一个CFG通常也有唯一的入口结点和出口结点。
Next, at point (3), the user exit is invoked after the node processing is completed.
接下来在点(3)处，在节点处理完成后调用了用户出口。
Subsequently, at point (2), the user exit is invoked when the message is propagated to the node for processing.
随后在点 (2) 处，在消息传播到该节点进行处理时调用了用户出口。
At point (1), the user exit is invoked just before the node propagates the message.
在点(1)处，紧跟在节点传播消息之前调用了用户出口。
Note that the three input node event types (entry, exit, and failure) introduced in V6.1.0.2 are also supported.
请注意，还支持V6.1.0.2中引入的三个输入节点事件类型(进入、退出和失败)。
The user exit APIs are provided inside the C user-defined node APIs.
用户出口API在用户定义的c节点api中提供。
At the business application node CheckFraudHistory, if the user exit fails, continue the process.
在CheckFraudHistory业务应用程序节点上，如果用户退出失败，那么请继续此过程。
In the next section, if the cluster and shapefile node that has just been printed is the home node, exit the main loop without writing edge or linkage information.
在第二部分中，如果刚刚打印出来的聚类和shapefile节点是主节点，那么退出主循环并且不要编写边或链接信息。
The Oracle JDBC driver might throw the ORA-24756: transaction does not exit exception; rac-node2, the surviving rac node, might not even be aware of the transaction branch TxB1.
OracleJDBC驱动程序可能会抛出OR a- 24756：事务不存在这一异常；仍然运行的rac节点rac -node2甚至还不知道事务分支TxB1。
The simulation results show that the designed structure reduces join and exit number of messages that each node sends and the search delay of information. It achieves good customer satisfaction.
仿真实验表明，设计的系统结构降低每个结点加入和退出时发送的消息数量，减少了信息检索延迟，取得了较好的用户满意度。
The basic operations of the protocol include: node joining, node exit, node failure restore, and node capability aggregation.
协议基本操作包括：节点加入、节点退出、节点失效恢复、节点能力度汇聚和节点关系更新。
Eg. For the purpose of applying KVL, a path has an orientation in the sense that in "walking" along the path one would enter one of the node and exit the other.
为了应用KVL定律，我们可以用这种方式规定支路的绕行方向，即从一个节点接入，从另一节点离开。
Eg. For the purpose of applying KVL, a path has an orientation in the sense that in "walking" along the path one would enter one of the node and exit the other.
为了应用KVL定律，我们可以用这种方式规定支路的绕行方向，即从一个节点接入，从另一节点离开。
应用推荐