How to configure the event emitter primitive to an ESB flow and add the V6.2-specific mapping?
如何对es b流配置事件发送器原语并添加特定于V6.2的映射。
The CBE is then sent to the CEI server, using an event emitter, either synchronously or asynchronously.
通过使用同步或异步事件发射器(emitter)，将CBE发送到CEI服务器。
The BAM SDK can be used to create an event emitter that sends common base events to Monitor for processing.
可以使用BAMSDK来创建事件发射器，将通用基础事件发送到Monitor进行处理。
The new event emitter primitive provides an easy to use, flexible way to generate a Common Base event (CBE) in a mediation flow.
新的事件发射器基元提供了一种易用的、灵活的方式，可以在中介流中生成CommonBaseEvent (CBE)。
In the synchronous case, the communication between the Event Emitter and the Event Service is done by standard EJB mechanisms.
在同步发送情况下，事件发送者和事件服务之间的通信由标准的EJB机制完成。
You would likely do this using the message logger, event emitter primitives, or service invokes to auditing services or JDBC adapters.
您很可能使用消息记录器、事件发射器原语或者调用审计服务或JDBC适配器来实现此目的。
With respect to performance and reliability, it is important that the Event Emitter Factory Profile defines whether an event is sent within the same or its own transaction.
考虑到性能和可靠性，事件发送者工厂概要定义是在同一事务中发送事件还是在自已的事务中发送，这一点非常重要。
The production release enables administrators to configure emitters to filter events, that is, to discard events within the emitter so they are not sent to the event server.
产品发布版使管理员能配置发射器来过滤事件，就是说，在发射器中丢弃事件，这样这些事件就不能发送到事件服务器。
Emitters are used by event sources to send CBEs to the CEI server and are configured using an emitter factory profile.
事件源利用发射器发送CBE到CEI服务器，并且利用发射器工厂概要来配置发射器。
Event source 1 will be configured to use a synchronous emitter to send events through an EJB interface. Event source 2 will use an asynchronous emitter to post events to a JMS queue.
这里配置事件源1使用同步发射器来通过ejb界面发送事件，而事件源2利用异步发射器发送事件到jms队列。
The content handler may be invoked either by the user, calling the complete , method on the event instance, or at the point of emission where the emitter invokes the complete method.
内容处理程序可以由用户调用事件实例的complete方法来调用，或者是在发射器调用complete方法时的发射点处调用。
The event source does not need to manage any event-related resources except for the emitter as all resource handling is performed by the emitter factory and emitter instances themselves.
除了发射器，事件源不必管理任何与事件相关的资源，因为所有的资源处理都是由发射器工厂和发射器实例自身执行的。
If the second event source generates CBEs with a severity other than 70 the emitter will discard that event so that only CBEs with a severity of exactly 70 will be sent to the CEI server.
如果第二个事件用生成的CBE的问题严重级别不是70，发射器将丢弃该事件，因此只有问题严重级别为70的CBE才会被发送到CEI服务器。
Provided that no failures occur in the above steps, the emitter will then attempt to submit the event to the event server.
假设上述步骤中没有出现故障，发射器将试图提交事件到事件服务器。
When the emitter receives a CBE, it will use this filter to determine if the event should be sent to the CEI server.
当发射器接收到CBE 时，它将使用过滤器决定是否把该事件发送到CEI 服务器。
When an event is sent, the emitter may be configured to send the event inside the same transaction as the client or within a new transaction.
发送事件时，可以将发送器配置为发送象客户端那样的事务内部的事件或发送新事务的内部事件。
The emitter will attempt to pass the event to the event server via a direct EJB invocation.
发射器将试图通过直接的ejb调用传送事件到事件服务器。
Once this occurs, the emitter validates the event by calling the validate() method on the event instance.
一旦开始验证，发射器通过调用事件实例上的 validate()方法验证事件。
Event sources obtain the EmitterFactory from JNDI and use the object to create an emitter with the specified behavior.
事件源从JNDI中获得EmitterFactory对象，并利用该对象来创建带有指定行为的发射器。
A JACL script called event-message.jacl is located in /event/application/ and can be used to create an emitter and all the appropriate resources required to send events asynchronously.
名为event-message.jacl 的 JACL脚本位于/event/application/，它可以用来创建发射器，以及异步发送事件时需要的所有适当的资源。
To disable event validation, set a new custom property named validateEvent in the emitter profile. Give it a boolean value of false.
要禁用事件验证，在发送器配置文件中设置一个新的自定义属性validateEvent，并将它的值设置为布尔值 false。
In the event of an overload when ILOAD exceeds its maximum permissible value, the increase in voltage across R6 results in sufficient base-emitter voltage to turn on Q2.
当iload超过最大允许值时发生过载情况，R6上的电压增大导致基极-发射极电压足够大到导通Q2。
In the event of an overload when ILOAD exceeds its maximum permissible value, the increase in voltage across R6 results in sufficient base-emitter voltage to turn on Q2.
当iload超过最大允许值时发生过载情况，R6上的电压增大导致基极-发射极电压足够大到导通Q2。
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