说明：  一个有限状态机的编程范例 StateMachine包 状态机管理 IStateMachine.as 状态机接口 MyEvent_Control.as 消息管理,状态管理 MyEvent_Single.as 单个事件 Total.as 实现了状态机接口(IStateMachine)的基类,将其理解为抽象类比较好 A.as 继承基类(Total)的状态机,这个才是真正可用的 B.as 同A Main.as 调用,以及启动 若要使用本状态机 前提: 1.你的基类名字叫basis.as 2.你继承基类的名字static.as 对应: 1.basis.as -- 相当于 Total.as 2.static.as -- 相当于 A.as 类功能: 参考"类说明.txt" 注: 1.管理类为静态类 使用“MyEvent_Control.istanceFun() ”来取到实例 消息部分-公开 -- //供外部调用的 发送消息 send() 状态机部分--公开 -- //绑定一个状态机 add_StateMachine(_idx) -- //开启状态机 Start_StateMachine(_modo:int=0,_idx=null) -- //状态更新 stateUpdate(_idx,str) 2.关于全局消息,和局部消息中 -- 使用 "e.sender" 来获取消息的发送者
(A state machine programming paradigm StateMachine package management IStateMachine.as state machine interfaces MyEvent_Control.as message management finite state machine, state management MyEvent_Single.as single event Total.as implements a state machine interfaces (IStateMachine) base class, be understood as An abstract class is better A.as inherit the base class (Total) state machine, this is the real available B.as with A Main.as calls, and start to use the state machine premise: a name of your base class You inherit called basis.as 2 corresponds to the base class name static.as:. 1.basis.as- equivalent Total.as 2.static.as- functional equivalent A.as: Refer to " class description txt " Note: 1 static class management class to use." MyEvent_Control.istanceFun () " to get to the instance of the message part- publicly-// for external calls to send a message send () state machine part- publicly-// bind a state machine add_StateMachine (_idx)-// open state machine Star)