#include "StdAfx.h"
#include "TimingProgressMgr.h"
#include "DlgTimingProgress.h"
#include "AllThreadMgr.h"
#include "GlobalFunction.h"

UINT TimingProgressThread(LPVOID pParam)
{
      CTimingProgressMgr *p = (CTimingProgressMgr *)pParam;
      p->StartTimingProgressExt();
      return 0;
}
CTimingProgressMgr gTimingProgressMgr;
CTimingProgressMgr::CTimingProgressMgr(void)
{
    m_StopExecute = true;
    m_bExecuting = false;//是否正在执行
    m_bCloseApp = false;//是否正在执行关闭软件操作
    m_CurExecuteTime = 0;//当前的执行时间ms
}
CTimingProgressMgr::~CTimingProgressMgr(void)
{
}

//设置进度条显示内容
void CTimingProgressMgr::SetShowInfo(CString str)
{
     m_ShowInfo = str;
}
//设置进度时间
void CTimingProgressMgr::SetTimingProgressTime(double ExecuteTime)
{
     //进度正在执行的时候不要修改时间
     if(m_bExecuting)
         return;
     m_ExecuteTime = ExecuteTime;//执行时间ms
}
//停止进度条
void CTimingProgressMgr::StopExecute()
{
     m_StopExecute = true;
     m_ShowInfo = "";
     m_CurExecuteTime = 0;//当前的执行时间ms
}
//启动进度条
void CTimingProgressMgr::StartTimingProgress()
{
     //进度正在执行的时候不要重复启动
     if(m_bExecuting)
         return;
     m_StopExecute = false;
     m_CurExecuteTime = 0;//当前的执行时间ms

     //在新的线程中启动进度条对话框
     //激光预热界面不要弹出对话框
     {
           CWinThread* pThread = AfxBeginThread(TimingProgressThread,this);
           if(m_bCloseApp)
           {
               WaitForThreadExit(pThread);//等待线程结束
           }
     }
}
//检查时间是否超过CheckTime 
bool CTimingProgressMgr::CheckCurExecuteTime(double CheckTime)
{
     if(CheckTime>0)
         return (m_CurExecuteTime>CheckTime);
     //CheckTime <0 的时候检查是否达到设定的总时间
     return (m_CurExecuteTime>m_ExecuteTime);
}
//获取进度条使用的比例值(0~99)
double CTimingProgressMgr::GetProgressVal()
{
     double val = 100;
     if(m_CurExecuteTime>0)
     {
           val = (m_CurExecuteTime/m_ExecuteTime)*100;
     }
     return val;
}
void CTimingProgressMgr::StartTimingProgressExt()
{
     CDlgTimingProgress dlg;
     dlg.DoModal();
}