Process-Thread

Development Platform:
Visual C++

LiftThread.cpp：Code Content
							// LiftThread.cpp : 实现文件
//
#include "stdafx.h"
#include "LIFTT.h"
#include "LiftThread.h"
// CLiftThread
IMPLEMENT_DYNAMIC(CLiftThread, CWnd)
CLiftThread::CLiftThread()
{
	liftWarn = FALSE;
	liftState = LIFTCLOSE;
	liftFloor = 1;
	liftRunning = NULL;
	liftTurn.liftMax = 1;
	liftTurn.liftMin = 20;
	liftTurn.upDown.clear();
}
CLiftThread::~CLiftThread()
{
}
BEGIN_MESSAGE_MAP(CLiftThread, CWnd)
END_MESSAGE_MAP()
// CLiftThread 消息处理程序
UINT CLiftThread::RunningLift(LPVOID pParam)
{
	while (1)
	{
		CLiftThread * moveLift = (CLiftThread *)pParam;
		while (!moveLift->liftTurn.upDown.empty())
		{
			/*if (moveLift->liftTurn.upDown.front().allNumber == LIFTWARN)
			{
				moveLift->liftState = LIFTWARN;
				moveLift->liftTurn.upDown.clear();
			}
			else*/ if (moveLift->liftTurn.upDown.front().allNumber == LIFTCLOSE)
			{
				moveLift->liftMove.SetWindowText(L"关");
				moveLift->liftState = LIFTCLOSE;
				moveLift->liftTurn.upDown.erase(moveLift->liftTurn.upDown.begin());
			}
			else if (moveLift->liftTurn.upDown.front().allNumber == LIFTOPEN)
			{
				moveLift->liftMove.SetWindowText(L"开");
				moveLift->liftState = LIFTOPEN;
				Sleep(1000);
				moveLift->liftMove.SetWindowText(L"关");
				moveLift->liftState = LIFTCLOSE;
				moveLift->liftTurn.upDown.erase(moveLift->liftTurn.upDown.begin());
			}
			else
			{
				if (moveLift->liftFloor < moveLift->liftTurn.upDown.front().buttonNumber)
				{
					moveLift->liftState = LIFTUP;
					CRect temp;
					moveLift->liftMove.GetWindowRect(&temp);
					moveLift->liftMove.GetParent()->ScreenToClient(&temp);
					moveLift->liftMove.MoveWindow(temp.left,temp.top-25,100,25);
					CString cstr;
					cstr.Format(L"%d",moveLift->GetLiftFloor()+1);
					moveLift->liftFloor++;
					moveLift->liftMove.SetWindowText(cstr);
				}
				if (moveLift->liftFloor > moveLift->liftTurn.upDown.front().buttonNumber)
				{
					moveLift->liftState = LIFTDOWN;
					CRect temp;
					moveLift->liftMove.GetWindowRect(&temp);
					moveLift->liftMove.GetParent()->ScreenToClient(&temp);
					moveLift->liftMove.MoveWindow(temp.left,temp.top+25,100,25);
					CString cstr;
					cstr.Format(L"%d",moveLift->GetLiftFloor()-1);
					moveLift->liftFloor--;
					moveLift->liftMove.SetWindowText(cstr);
				}
				if (moveLift->liftFloor == moveLift->liftTurn.upDown.front().buttonNumber)
				{
					moveLift->liftMove.SetWindowText(L"开");
					Sleep(500);
					moveLift->liftMove.SetWindowText(L"关");
					Sleep(500);
					CString cstr;
					cstr.Format(L"%d",moveLift->GetLiftFloor());
					moveLift->liftMove.SetWindowText(cstr);
					moveLift->liftTurn.upDown.erase(moveLift->liftTurn.upDown.begin());
					moveLift->liftTurn.liftMax = 1;
					moveLift->liftTurn.liftMin = 20;
					for (std::vector<lift>::iterator i = moveLift->liftTurn.upDown.begin();i != moveLift->liftTurn.upDown.end();i ++)
					{
						if (moveLift->liftTurn.liftMax < i->buttonNumber && (i->allNumber == LIFTUP || i->allNumber == LIFTDOWN))
						{
							moveLift->liftTurn.liftMax = i->buttonNumber;
						}
						if (moveLift->liftTurn.liftMin > i->buttonNumber && (i->allNumber == LIFTUP || i->allNumber == LIFTDOWN))
						{
							moveLift->liftTurn.liftMin = i->buttonNumber;
						}
					}
				}
			}
			Sleep(500);
		}
		moveLift->liftState = LIFTCLOSE;
		Sleep(1000);
	}
	return 0;
}
void CLiftThread::SetLiftFloor(int temp)
{
	liftFloor = temp;
}
void CLiftThread::SetLiftState(int temp)
{
	liftState = temp;
}
void CLiftThread::SetLiftTo(lift numberState)
{
	if (numberState.allNumber == LIFTWARN)
	{
		if (!liftWarn)
		{
			liftWarn = TRUE;
			liftTurn.upDown.clear();
			//liftTurn.upDown.push_back(numberState);
			liftTurn.liftMax = 1;
			liftTurn.liftMin = 20;
			setTo = 1000000;
			liftMove.SetWindowText(L"警");
		}
		else
		{
			liftWarn = FALSE;
			liftMove.SetWindowText(L"关");
		}
	}
	if (!liftWarn && numberState.allNumber != LIFTWARN)
	{
		if (numberState.allNumber == LIFTOPEN || numberState.allNumber == LIFTCLOSE)
		{
			if (liftState == LIFTCLOSE)
			{
				liftTurn.upDown.push_back(numberState);
				goto asfd;
			}
		}
		if (liftState == LIFTCLOSE || liftState == LIFTOPEN)
		{
			liftTurn.upDown.push_back(numberState);
			goto asfd;
		}
		if (liftState == numberState.allNumber)
		{
			if (liftState == LIFTUP)
			{
				if (numberState.buttonNumber > liftFloor)
				{
					for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
					{
						if (i->allNumber == LIFTUP && i->buttonNumber > liftFloor)
						{
							if (numberState.buttonNumber < i->buttonNumber)
							{
								liftTurn.upDown.insert(i,numberState);
								goto asfd;
							}
						}
					}
					liftTurn.upDown.insert(liftTurn.upDown.begin(),numberState);
					goto asfd;
				}
				else
				{
					for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
					{
						if (i->allNumber == LIFTUP && i->buttonNumber < liftFloor)
						{
							if (numberState.buttonNumber < i->buttonNumber)
							{
								liftTurn.upDown.insert(i,numberState);
								goto asfd;
							}
						}
					}
					std::vector<lift>::iterator i = liftTurn.upDown.end()-1;
					while (liftTurn.upDown.back().allNumber == LIFTOPEN || liftTurn.upDown.back().allNumber == LIFTCLOSE)
					{
						i --;
					}
					if ((int)liftTurn.upDown.size() == 1)
					{
						liftTurn.upDown.push_back(numberState);
						goto asfd;
					}
					else
					{
						liftTurn.upDown.insert(i+1,numberState);
						goto asfd;
					}
				}
			}
			else
			{
				if (numberState.buttonNumber < liftFloor)
				{
					for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
					{
						if (i->allNumber == LIFTDOWN && i->buttonNumber < liftFloor)
						{
							if (numberState.buttonNumber > i->buttonNumber)
							{
								liftTurn.upDown.insert(i,numberState);
								goto asfd;
							}
						}
					}
					liftTurn.upDown.insert(liftTurn.upDown.begin(),numberState);
					goto asfd;
				}
				else
				{
					for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
					{
						if (i->allNumber == LIFTDOWN && i->buttonNumber > liftFloor)
						{
							if (numberState.buttonNumber > i->buttonNumber)
							{
								liftTurn.upDown.insert(i,numberState);
								goto asfd;
							}
						}
					}
					std::vector<lift>::iterator i = liftTurn.upDown.end()-1;
					while (liftTurn.upDown.back().allNumber == LIFTOPEN || liftTurn.upDown.back().allNumber == LIFTCLOSE)
					{
						i --;
					}
					if ((int)liftTurn.upDown.size() == 1)
					{
						liftTurn.upDown.push_back(numberState);
						goto asfd;
					}
					else
					{
						liftTurn.upDown.insert(i+1,numberState);
						goto asfd;
					}
				}
			}
		}
		if ((liftState == LIFTUP && numberState.allNumber == LIFTDOWN) || (liftState == LIFTDOWN && numberState.allNumber == LIFTUP))
		{
			if (liftState == LIFTUP)
			{
				for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
				{
					if (i->allNumber == LIFTDOWN)
					{
						if (numberState.buttonNumber > i->buttonNumber)
						{
							liftTurn.upDown.insert(i,numberState);
							goto asfd;
						}
					}
				}
				for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
				{
					if (i->buttonNumber == liftTurn.liftMax)
					{
						if ((int)liftTurn.upDown.size() == 1)
						{
							liftTurn.upDown.push_back(numberState);
							goto asfd;
						}
						else
						{
							liftTurn.upDown.insert(i+1,numberState);
							goto asfd;
						}
					}
				}
			}
			else
			{
				for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
				{
					if (i->allNumber == LIFTUP)
					{
						if (numberState.buttonNumber < i->buttonNumber)
						{
							liftTurn.upDown.insert(i,numberState);
							goto asfd;
						}
					}
				}
				for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
				{
					if (i->buttonNumber == liftTurn.liftMin)
					{
						if ((int)liftTurn.upDown.size() == 1)
						{
							liftTurn.upDown.push_back(numberState);
							goto asfd;
						}
						else
						{
							liftTurn.upDown.insert(i+1,numberState);
							goto asfd;
						}
					}
				}
			}
		}
asfd:
		liftTurn.liftMax = 1;
		liftTurn.liftMin = 20;
		for (std::vector<lift>::iterator i = liftTurn.upDown.begin();i != liftTurn.upDown.end();i ++)
		{
			if (liftTurn.liftMax < i->buttonNumber && (i->allNumber == LIFTUP || i->allNumber == LIFTDOWN))
			{
				liftTurn.liftMax = i->buttonNumber;
			}
			if (liftTurn.liftMin > i->buttonNumber && (i->allNumber == LIFTUP || i->allNumber == LIFTDOWN))
			{
				liftTurn.liftMin = i->buttonNumber;
			}
		}
	}
}
void CLiftThread::StartLiftThread()
{
	liftRunning = AfxBeginThread(RunningLift,this);
}
int CLiftThread::GetLiftFloor()
{
	return liftFloor;
}
int CLiftThread::GetLiftState()
{
	return liftState;
}

						