Figure 4: UML state-machine diagram for timesheet (two states).
图4：时间表的UML状态机图表(两个状态)。
It lets you effectively add a state-machine column to your database.
它使您可以有效地将一个状态机列添加到数据库中。
什么是状态机？
My understanding of the state machine is evolving.
我对状态机的理解在不断演变。
Next, I build a state machine, step by step.
接下来，我将逐步构建一个状态机。
This state machine has three states and two transitions.
此状态机有三种状态和两种转换。
I'm closing in on a working state machine.
我得到了一个能正常运行的状态机。
See Figure 4 for the lifecycle state machine.
生命周期状态机请参见图4。
Also consider whether you even need a state machine.
还请考虑您是否需要使用状态机。
Escalations are like timers in a business state machine.
升级就像业务状态机中的计时器。
At this point, I have a simple working state machine.
现在，我具有一个可简单运行的状态机。
A convenient place to put the state machine code.
能够方便放置状态机代码的位置。
The following example shows how to build a state machine.
以下的示例展示了如何构建一个状态机。
In this case, my state machine should remember two different states.
在本例中，我的状态机应该记忆两种不同的状态。
All the parts of a business state machine.
业务状态机的所有部分。
Complex business logic simulation with runtime variable state machine.
包含运行时变量状态机的复杂业务逻辑模拟。
You used the finite state machine pattern to design this behavior.
我们使用有限状态机模式设计了这种行为。
A state machine basically consists of states with transitions between them.
状态机主要由状态和状态之间的转换构成。
For example, consider the state machine in Figure 9.
例如，考虑图9中的状态机。
Right now, the state machine is too permissive.
目前，状态机缺乏严密性。
Use the state machine implementation if the process logic is event driven.
如果流程逻辑为事件驱动的，则使用状态机实现。
A dialog opens asking in which folder the state machine should be placed.
将随即打开一个对话框，询问应将状态机放置在哪个文件夹中。
I'll start to work some transitions into the state machine.
我将开始对状态机进行一些转换。
In this example, we implement a simplified order process using a state machine.
在本示例中，我们使用状态机实现一个简化订单流程。
The following simple example is a case when you need a state machine.
下面这个简单的例子说明了需要使用状态机的情况。
Here, the converged application tracks and manages each call as a state machine.
这里，聚合应用程序跟踪和管理每个会话，将其作为一个状态机。
A business state machine can be implemented by a BPEL process.
业务状态机可以通过BPEL流程来实现。
In Figure 1, the state machine starts at node 1.
在图1中，状态机从节点1开始。
The finite state machine pattern used to design this behavior makes its logic transparent.
设计此行为所用的有限状态机模式使逻辑清晰透明。
But you can also see that this state machine already satisfies a bunch of requirements.
但是，您还可以看到，这个状态机已经能够满足一些需求了。
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