Framework components happen to behave like a state machine: input message, output message and component state are part of the model.
框架组件的行为正好类似于状态机：输入消息、输出消息和组件状态是模型的组成部分。
It is a component in a module just like the others we have seen, such as a business process, business state machine or business rules.
它是模块中的一个组件，就像我们已看到过的其他组件一样，如业务流程、业务状态机或业务规则。
The business state machine provides the ability for a condition to call (invoke) another component to perform the condition check.
对于某个条件，业务状态机可以调用另一组件来执行条件检查。
In general, a state machine is useful when your component's activities are event driven and each activity that occurs depends on the current state of the component.
一般来说，如果组件的活动是事件驱动的，并且所发生的每个活动都取决于该组件的当前状态，那么状态是非常有用的。
We chose a state machine to implement that component because, for each order, the steps that were taken to process the order depended on the current state of the order.
选择状态机来实现此组件的原因在于：对于每个订单，用于处理该订单的步骤取决于该订单的当前状态。
The state machine or activity would then represent a single behavioral component that, when implemented as a SIP service, would support all the call flows.
状态机或活动会表示为(当作为SIP服务实现时)支持所有的调用流的单个行为组件。
We've decided to implement the ProcessOrder component with a business state machine.
我们决定使用业务状态机来实现ProcessOrder组件。
Notice the references on the right: these were added automatically when the state machine was created, based on the references you added to the ProcessOrder component.
请注意右侧的引用：这些引用是在创建状态机时基于添加到ProcessOrder组件的引用自动添加的。
A transition does not have to occur based on the state machine component receiving a message.
状态转换并不一定要基于接收消息的状态机组件出现。
This method aims to realize a universal component, separates data management from process management, design from control, and applies the theories of workflow and finite-state machine.
该方法以实现通用化组件为目标，将数据管理与过程管理相分离，设计与控制相分离，综合应用了工作流和有限状态自动机的相关理论。
This method aims to realize a universal component, separates data management from process management, design from control, and applies the theories of workflow and finite-state machine.
该方法以实现通用化组件为目标，将数据管理与过程管理相分离，设计与控制相分离，综合应用了工作流和有限状态自动机的相关理论。
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