写一个高质量的易语言多线程

以下是一个高质量的易语言多线程示例代码： ```cpp ' 创建一个多线程 Declare Function MyThread1 Lib "kernel32" Alias "CreateThread" (ByVal lpThreadAttributes As ULong, _ ByVal dwStackSize As ULong, _ ByVal lpStartAddress As ULong, _ ByVal lpParameter As ULong, _ ByVal dwCreationFlags As ULong, _ ByRef lpThreadId As ULong) As ULong Declare Function MyThread2 Lib "kernel32" Alias "CreateThread" (ByVal lpThreadAttributes As ULong, _ ByVal dwStackSize As ULong, _ ByVal lpStartAddress As ULong, _ ByVal lpParameter As ULong, _ ByVal dwCreationFlags As ULong, _ ByRef lpThreadId As ULong) As ULong Dim hThread1 As ULong Dim hThread2 As ULong ' 线程函数1 Function ThreadFunc1(ByVal lpParameter As ULong) As ULong ' 在此处添加需要在线程中执行的代码 MsgBox "Thread 1 is running" End Function ' 线程函数2 Function ThreadFunc2(ByVal lpParameter As ULong) As ULong ' 在此处添加需要在线程中执行的代码 MsgBox "Thread 2 is running" End Function ' 启动线程1 hThread1 = MyThread1(0, 0, VarPtr(ThreadFunc1), 0, 0, 0) ' 启动线程2 hThread2 = MyThread2(0, 0, VarPtr(ThreadFunc2), 0, 0, 0) ' 等待线程1结束 Declare Function WaitForSingleObject Lib "kernel32" (ByVal hHandle As ULong, ByVal dwMilliseconds As ULong) As ULong WaitForSingleObject hThread1, -1 ' 等待线程2结束 WaitForSingleObject hThread2, -1 ``` 上面的代码中创建了两个线程，分别通过`MyThread1`和`MyThread2`进行创建，并分别执行`ThreadFunc1`和`ThreadFunc2`函数。通过调用`WaitForSingleObject`函数等待每个线程的结束。这个示例展示了如何在易语言中创建和管理多线程。 [2024-09-28 12:22:23 | AI写代码神器 | 1430点数解答]