#include "stdafx.h"
#include <Mmsystem.h>
#pragma comment(lib, "winmm.lib ")
#include "VisionPlus.h"
#include "TaskWindow.h"
#include "ToolWindow.h"
#include "MainFrm.h"
#include "GlobalSetting.h"
#include "Utility.h"
#include "TaskControlWindow.h"
#include "HWindow.h"

#include "Preferences.h"

//// 禁用第661行的警告
//#pragma warning(disable:4700)

#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif

extern CTaskControlWindow* g_pTaskControlWindow;

////////////////////////////////////////////////////////////////////
//	处理流程控制器
void ProcessManager(CTaskWindow* linkprocess)
{
	if (/*(linkprocess->m_SelTools.empty() == false) &&*/ //处理流程不为空
		(linkprocess->m_TaskMode == TASK_MODE::MAIN_TASK)) //任务模式为主任务
	{
		// 执行任务
		linkprocess->RunProcess();
	}
	else
	{
		Sleep(1000);
	}

}

////////////////////////////////////////////////////////////////
// 处理流程控制器
UINT Process(LPVOID lpParam)
{
	UINT result = 1;
	CTaskWindow* linkprocess = (CTaskWindow*)lpParam;
	while (WAIT_OBJECT_0 == WaitForSingleObject(linkprocess->m_hExecuteEven, INFINITE))
	{
		if (linkprocess->m_bExitThread)
		{
			return 0;
		}
		ProcessManager(linkprocess);
	}
	return result;
}


////////////////////////////////////////////////////////
// 执行任务 2018.10.15
void CTaskWindow::RunProcess()
{
	int t1 = 0;
	int t2 = 0;

	CString strRunTime;
	CString strInfo;

	t2 = timeGetTime();

	for (int i = 0; i < m_SelTools.size(); i++)
	{
		TOOL& tool = m_SelTools[i];

		t1 = timeGetTime();
		//	printf("Tool:%S ID: %d  forID%d   NextID%d\r\n", tool.strShowName, tool.nToolID, i, tool.nNextToolID);
		ExProt(tool);

		if (tool.bEnable)
		{
			for (unsigned int j = 0; j < tool.Interfaces.size(); j++)
			{
				TOOL_INTERFACE& inf = tool.Interfaces[j];

				if (inf.InfDirection == INF_IN)
				{
					BOOL bStatus = DoDllInput(/*tool,*/ inf);
				}
			}

			int nRetCode = -1;

			tool.pDllPtr->Trigger(!g_nRunningState);//采用g_bRunningState 区分是运行还是运行一次

			tool.dTraggerTime = t1;

			if (tool.nInSleep != 0)
			{
				Sleep(tool.nInSleep);
			}
			
			nRetCode = DoDllExecute(tool);

			if (tool.pDllPtr->m_Even.hEvenHandle != NULL)
			{
				t2 = timeGetTime();
			}

			if (tool.nOutSleep != 0)
			{
				Sleep(tool.nOutSleep);
			}
			//printf("Tool:%S nRetCode:%d\r\n", tool.strShowName, nRetCode);

			//if (nRetCode != tool.nExecCode)
			{
				tool.nExecCode = nRetCode;

				RedrawToolExecCode(tool);
			}


			//异常统计
			if (nRetCode == RT_ERROR)
			{
				tool.nAbnormalCount++;
			}

			if (RT_TIMEOUT == nRetCode) // TimeOut
			{
				tool.dRunTime = -1;

				// 				OUTPUT_MSG msg;
				// 				strRunTime.Format(_T("%s: TimeOut"), tool.strShowName);
				// 				msg.strMsg = strRunTime;
				// 				g_pMainFrame->ShowOutputInfo(msg, LOG);
			}

			//t = ((double)cv::getTickCount() - t) / cv::getTickFrequency();
			t1 = timeGetTime() - t1;
			CString str;
			str.Format(_T("%d\r\n"), t1);
			//TRACE(str);

			tool.dRunTime = (double)t1 /** 1000.0*/;
			tool.dFrequency = 1.0 / t1 * 1000;

			if (nRetCode == RT_GOTO)
			{
				if (tool.hNextTool.nToolID != -1)
				{
					TOOL toolTemp;
					toolTemp.strName = tool.hNextTool.strName;
					toolTemp.strShowName = tool.hNextTool.strShowName;
					TOOL* pTargetTool = GetToolByTool(toolTemp);
					if (pTargetTool != NULL)
					{
						tool.hNextTool.nToolID = pTargetTool->nToolID;
						i = tool.hNextTool.nToolID - 1;
					}
					else
					{
						CString str;
						str.Format(_T("Task[%d] 模块 [%s] 找不到数据 [%s] "),m_nIndex, tool.strShowName, toolTemp.strShowName);
						USES_CONVERSION;
						char * s_str = T2A(str);
						g_Logger.Error(1 , __FILE__, __LINE__, s_str);
					}

					if (tool.nToolID > tool.hNextTool.nToolID)
					{
						CString str;
						str.Format(_T("Task[%d] 模块 [%s] 跳转到模块 [%s] 有死循环的风险，请注意"), m_nIndex, tool.strShowName, tool.hNextTool.strShowName);
						USES_CONVERSION;
						char * s_str = T2A(str);
						g_Logger.Warn(1, __FILE__, __LINE__, s_str);
					}
				}
			}

			if (m_editor.IsWindowVisible())
			{
				if (g_pTaskView)
				{
					DEUBGOBJ obj = tool.pDllPtr->GetDeubgDispObj();
					g_pTaskView->m_wndDisp.AddImage(obj.mImage);
					g_pTaskView->m_wndDisp.AddOjb(obj.mObj);
				}
			}
		}
		else
		{
			tool.nExecCode = RT_INVALID;
		}
	}
	if (m_editor.IsWindowVisible())
	{
		if (g_pTaskView)
			g_pTaskView->m_wndDisp.Refresh();
	}

	if (m_SelTools.size())
	{
		g_pTaskControlWindow->UpdateUI();
		m_dRunningCount++;

		thePrefs.m_nRunningCount++;
		thePrefs.m_nTotalRunningCount++;
	}
	else
	{
		Sleep(1000);
	}
	

	t2 = timeGetTime() - t2;
	Sleep(m_nSleepTime);
	m_RunningTime = t2;

	
	SetEvent(m_hDoneEven);
}



void CTaskWindow::ExProt(/*const */TOOL& tool)
{
	if (tool.Type == TOOL_TYPE::TOOL_BY_PROT)
	{
		TOOL_INTERFACE Sinf;

		for (unsigned int j = 0; j < tool.Interfaces.size(); j++)
		{
			TOOL_INTERFACE& inf = tool.Interfaces[j];
			if (inf.InfDirection == INF_IN)
			{
				Sinf = inf;
				if (inf.bShow)
				{
					BOOL bStatus = DoDllProt(tool, Sinf);
					break;
				}

			}
		}
	}
}


///////////////////////////////////////////////////////
// 重绘Tool的返回值状态
void CTaskWindow::RedrawToolExecCode(const TOOL& tool)
{
	// 如果值有变动，则需要进行重绘
	if (this->IsWindowVisible())
	{
		CDiagramEntityContainer* objs = static_cast<CDiagramEntityContainer*> (m_editor.GetDiagramEntityContainer());
		if (objs)
		{
			for (UINT nIndex = 0; nIndex < objs->GetSize(); nIndex++)
			{
				CFunctionBlock* obj = (CFunctionBlock*)objs->GetAt(nIndex);

				if (obj->Tools.strShowName == tool.strShowName)
				{
					obj->SetToolResult(tool.nExecCode);
					m_editor.InvalidateRect(tool.rect);
				}
			}
		}
	}

	// 	CRect textRect;
	// 	m_wndTree.GetItemRect(tool.hHandle, &textRect, TRUE);
	// 
	// 	CRect rcDraw(textRect.right, textRect.top, textRect.right + IMAGE_TOOL_CODE_WIDTH, textRect.top + IMAGE_TOOL_CODE_WIDTH);
	// 	m_wndTree.InvalidateRect(&rcDraw);
}

//===========================================================================================


////////////////////////////////////////////////////////
// 执行Dll的Input操作（根据不同类型，不同的处理）
bool CTaskWindow::DoDllInput(/*TOOL& tool,*/ TOOL_INTERFACE& inf)
{
	TOOL_INTERFACE* pLinkInf = GetHigherLinkInterface(inf);

	if (pLinkInf != NULL)
	{
		ValueLink(pLinkInf, inf);
		return true;
	}
	return false;
}



bool CTaskWindow::DoDllProt(TOOL& tool, TOOL_INTERFACE& inf)
{
	TOOL_INTERFACE* pLinkInf =/* GetHigherLinkInterface*/&(inf);

	if (pLinkInf == NULL)
	{
		return FALSE;
	}

	for (UINT i = 0; i < tool.Interfaces.size(); i++)
	{
		TOOL_INTERFACE& Inf = tool.Interfaces[i];

		if (Inf.InfDirection == INF_DIRECTION::INF_OUT)
		{
			if (Inf.VarType == pLinkInf->VarType)
			{
				ValueLink(pLinkInf, Inf);
			}
		}
	}
	return true;
}


void CTaskWindow::ValueLink(/*const */TOOL_INTERFACE* pLinkInf,/* const*/ TOOL_INTERFACE& inf)
{
	VAR_TYPE VarType = inf.VarType;
	//////////////////////////////////////////////////////////////////////////

	switch (VarType)
	{
	case VAR_TYPE::Bool_Var:
	{
		bool Value = CallOutputByDll<bool>(*pLinkInf);
		CallInputByDll<bool>(Value, inf);
	}break;
	case VAR_TYPE::Int_Var:
	{
		int Value = CallOutputByDll<int>(*pLinkInf);
		CallInputByDll<int>(Value, inf);
	}break;
	case VAR_TYPE::float_Var:
	{
		float Value = CallOutputByDll<float>(*pLinkInf);
		CallInputByDll<float>(Value, inf);
	}break;
	case VAR_TYPE::Doublel_Var:
	{

	}break;
	case VAR_TYPE::CharP_Var:
	{
		char* Value = CallOutputByDll<char*>(*pLinkInf);
		CallInputByDll<char*>(Value, inf);
	}break;
	case VAR_TYPE::String_Var:
	{

	}break;
	case VAR_TYPE::CString_Var:
	{
		if (inf.InfWay == INF_WAY::INF_BY_VALUE)
		{
			CString Value = CallOutputByDll<CString>(*pLinkInf);
			CallInputByDll<CString>(Value, inf);
		}
		else
		{
			CString& LinkValue = CallOutputByDll<CString>(*pLinkInf);
			CallInputByDll<CString>(LinkValue, inf);
		}
	}break;
	case VAR_TYPE::IpImageP_Var:
	{
		IplImage* Value = CallOutputByDll<IplImage*>(*pLinkInf);
		CallInputByDll<IplImage*>(Value, inf);
	}break;
	case VAR_TYPE::Mat_Var:
	{
		Mat Value = CallOutputByDll<Mat>(*pLinkInf);
		CallInputByDll<Mat>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Var:
	{
		HTuple Value = CallOutputByDll<HTuple>(*pLinkInf);
		CallInputByDll<HTuple>(Value, inf);
	}break;
	case VAR_TYPE::HObject_Vat:
	{
		HObject Value = CallOutputByDll<HObject>(*pLinkInf);
		CallInputByDll<HObject>(Value, inf);
	}break;
	case VAR_TYPE::HImage_Var:
	{
		HImage Value = CallOutputByDll<HImage>(*pLinkInf);
		CallInputByDll<HImage>(Value, inf);
	}break;
	case VAR_TYPE::ISocketP_Var:
	{
		ISocket* Value = CallOutputByDll<ISocket*>(*pLinkInf);
		CallInputByDll<ISocket*>(Value, inf);
	}break;
	case VAR_TYPE::ArrayInP_Var:
	{
		if (inf.InfWay == INF_WAY::INF_BY_VALUE)
		{
			Array1 Value = CallOutputByDll<Array1>(*pLinkInf);
			CallInputByDll<Array1>(Value, inf);
		}
		else if (inf.InfWay == INF_WAY::INF_BY_ADDRESS)
		{
			Array1& LinkValue = CallOutputByDll<Array1>(*pLinkInf);
			CallInputByDll<Array1>(LinkValue, inf);
		}
	}break;
	case VAR_TYPE::ArrayOutP_Var:
	{
		if (inf.InfWay == INF_WAY::INF_BY_VALUE)
		{
			Array1 Value = CallOutputByDll<Array1>(*pLinkInf);
			CallInputByDll<Array1>(Value, inf);
		}
		else if (inf.InfWay == INF_WAY::INF_BY_ADDRESS)
		{
			Array1& Value = CallOutputByDll<Array1>(*pLinkInf);
			CallInputByDll<Array1>(Value, inf);
		}
	}break;
	case VAR_TYPE::ArrayRobotPos_Vat:
	{
		Array1 Value = CallOutputByDll<Array1>(*pLinkInf);
		CallInputByDll<Array1>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Pos_Var:
	{
		HPOS Value = CallOutputByDll<HPOS>(*pLinkInf);
		CallInputByDll<HPOS>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_HomMat2D_Var:
	{
		HHomMat2D Value = CallOutputByDll<HHomMat2D>(*pLinkInf);
		CallInputByDll<HHomMat2D>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Point_Var:
	{
		HPoint Value = CallOutputByDll<HPoint>(*pLinkInf);
		CallInputByDll<HPoint>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Line_Var:
	{
		HLine Value = CallOutputByDll<HLine>(*pLinkInf);
		CallInputByDll<HLine>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Circle_Var:
	{
		HCircle Value = CallOutputByDll<HCircle>(*pLinkInf);
		CallInputByDll<HCircle>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Disp_Var:
	{
		HDISP Value = CallOutputByDll<HDISP>(*pLinkInf);
		CallInputByDll<HDISP>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Window_Var:
	{
		HWINDOW Value = CallOutputByDll<HWINDOW>(*pLinkInf);
		CallInputByDll<HWINDOW>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Ncc_Modle_Var:
	{
		HNCCMODLE Value = CallOutputByDll<HNCCMODLE>(*pLinkInf);
		CallInputByDll<HNCCMODLE>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Shape_Modle_Var:
	{
		CString strMsg;
		strMsg.Format(_T("Task[%d] ValueLink 未实现： %d"), m_nIndex, VarType);

		USES_CONVERSION;
		char * s_str = T2A(strMsg);
		g_Logger.Error(0, __FILE__, __LINE__, s_str);
	}break;
	case VAR_TYPE::QHalconWindow_Var:
	{
		QHalconWindow* Value = CallOutputByDll<QHalconWindow*>(*pLinkInf);
		CallInputByDll<QHalconWindow*>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_Calibration_Var:
	{
		HCALIBRATION Value = CallOutputByDll<HCALIBRATION>(*pLinkInf);
		CallInputByDll<HCALIBRATION>(Value, inf);
	}break;
	case VAR_TYPE::HTuple_CamParam_PoseCalib_Var:
	{	
		HCAMPARAM_POSECALIB Value = CallOutputByDll<HCAMPARAM_POSECALIB>(*pLinkInf);
		CallInputByDll<HCAMPARAM_POSECALIB>(Value, inf);
	}break;
	default:
		CString strMsg;
		strMsg.Format(_T("Task [%d]ValueLink 未知的参数类型： %d"), m_nIndex, VarType);

		USES_CONVERSION;
		char * s_str = T2A(strMsg);
		g_Logger.Error(0, __FILE__, __LINE__, s_str);
		break;
	}
}


////////////////////////////////////////////////////////////////
// 专门用来获取Dll中绑定控件的接口
CWnd* CTaskWindow::DoDllControlOutputWnd(TOOL_INTERFACE& inf)
{
	CWnd* pRet = &CallOutputByDll<CWnd>(inf);

	return pRet;
}

QHalconWindow*& CTaskWindow::DoDllControlOutputImage(TOOL_INTERFACE& inf)
{
	QHalconWindow*& pRet = CallOutputByDll<QHalconWindow *>(inf);

	return pRet;
}


///////////////////////////////////////////////////////
// 执行execute
int CTaskWindow::DoDllExecute(TOOL& tool)
{
	int nRetCode = RT_NONE;
	if (g_nRunningState != 0)
	{
		nRetCode = tool.pDllPtr->Execute();
	}
	else
	{
		//g_Logger.Warn(0,  __FILE__, __LINE__, "运行失败,系统为[busy]状态 RunningState:[%d]", g_nRunningState);
		Sleep(1);
	}
	CString str;
	str.Format(_T("nRetCode %d\r\n"), nRetCode);
	TRACE(str);

	return nRetCode;
}

////////////////////////////////////////////////////////////////////
// 当Item执行时
void CTaskWindow::OnItemExecute(const HTREEITEM& handle)
{
	// 重置所有工具执行状态
	ResetToolExecCode();

	// 根据句柄查询到工具
	TOOL* pActiveTool = GetToolByHandle(handle);

	if (pActiveTool->bEnable == false)
	{
		g_pMainFrame->PopupMessage(MSG_WAY::_WARNING, _T("操作被禁止"), _T("被禁用的工具，禁止该操作....."));
		return;
	}

	for (unsigned int i = 0; i < pActiveTool->Interfaces.size(); i++)
	{
		TOOL_INTERFACE& inf = pActiveTool->Interfaces[i];

		// 如果是输入接口，判断是否需要从link取值
		if (inf.InfDirection == INF_IN)
		{
			DoDllInput(/**pActiveTool,*/ inf);
		}
	}

	// 执行execute
	pActiveTool->nExecCode = pActiveTool->pDllPtr->Execute();

	Invalidate(TRUE);
}

/*
此处的执行流程为

1: 更新输入参数，以便 Execute() 函数获取到最新的值
2: 执行Execute() 函数，该函数的返回值用来判断执行是成功或者失败
3: 最后更新输出参数，让下一个工具获得最新的数据
*/

/////////////////////////////////////////////////////////
// Execute All
void CTaskWindow::OnItemExecuteAll()
{
	return;
	// 重置所有工具执行状态
	ResetToolExecCode();

	// 从头到尾执行所有的execute
	for (unsigned int i = 0; i < m_SelTools.size(); i++)
	{
		TOOL& tool = m_SelTools[i];

		if (tool.bEnable)
		{
			tool.nExecCode = RT_NONE;

			for (unsigned int j = 0; j < tool.Interfaces.size(); j++)
			{
				TOOL_INTERFACE& inf = tool.Interfaces[j];

				if (inf.InfDirection == INF_IN)
				{
					BOOL bStatus = DoDllInput(/*tool,*/ inf);
					if (!bStatus)
					{
						CString strMsg;
						strMsg.Format(_T("Task[%d] DoDllInput Error"), m_nIndex);

						USES_CONVERSION;
						char * s_str = T2A(strMsg);
						g_Logger.Error(0,  __FILE__, __LINE__, s_str);

					}
				}
			}
			int nRetCode = DoDllExecute(tool);
			tool.nExecCode = nRetCode;
		}
		else
		{
			tool.nExecCode = RT_INVALID;
		}
	}

	// 	m_wndTree.Invalidate(TRUE);
}



//////////////////////////////////////////////////////////
// 从dll中获取工具指针
BOOL CTaskWindow::GetToolPtrByDll(TOOL& tool)
{
	// 加载Dll
	HINSTANCE hDllTool = ::LoadLibrary(tool.strDll);

	assert(hDllTool != NULL);

	// 调用GetToolPtr接口
	typedef CDllTool* (*GETTOOLPTR)();
	GETTOOLPTR GetToolPtr = NULL;
	GetToolPtr = (GETTOOLPTR)GetProcAddress(hDllTool, FUNCTION_GETTOOLPTR);
	if (GetToolPtr == NULL)
	{
		g_Logger.Error(0,  __FILE__, __LINE__, "Task[%d] Not found %s()", m_nIndex, FUNCTION_GETTOOLPTR);
		return FALSE;
	}

	// 保存工具指针
	tool.pDllPtr = GetToolPtr();
	tool.hDllTool = hDllTool;

	// 2019-3-23 增加用于dll向exe同步的回调函数
	tool.pDllPtr->ControlCallback = std::bind(&CTaskControlWindow::ControlCallback, g_pTaskControlWindow, std::placeholders::_1, std::placeholders::_2);

	return TRUE;
}

/////////////////////////////////////////////////////////////////////////////////
// 调用dll中的Output
template<typename T>
T& CTaskWindow::CallOutputByDll(TOOL_INTERFACE& inf)
{
	//T* ret = NULL;

	TOOL* pTool = GetToolByInterface(inf);
	ASSERT(pTool != NULL);
	if (pTool == NULL)
	{
		CString strMsg;
		strMsg.Format(_T("pTool == NULL \n[%s --%s]"), inf.strParentName, inf.strName);
		BCGPMessageBox(strMsg, MB_YESNO | MB_ICONERROR, 0, NULL, _T("Error"));

		//	return 0;
	}

	CDllTool* pPtr = pTool->pDllPtr;

	return pPtr->Value<T>(inf.nIndex - 1);

	//return ret;
}

// 调用dll中的Input
template<typename T>
void CTaskWindow::CallInputByDll(T& t, TOOL_INTERFACE& inf)
{
	TOOL* pTool = GetToolByInterface(inf);
	if (pTool != NULL)
	{
		ASSERT(pTool != NULL);
		CDllTool* pPtr = pTool->pDllPtr;

		if (inf.InfWay == INF_BY_VALUE)
		{
			pPtr->SetValue<T>(inf.nIndex - 1, t);
		}
		else
		{
			pPtr->SetValue<T>(inf.nIndex - 1, t, INF_BY_ADDRESS);
		}
	}
	else
	{
		CString strMsg;
		strMsg.Format(_T("Task[%d] %s.%s"), m_nIndex, inf.strParentName, inf.strName);
		USES_CONVERSION;
		char * s_str = T2A(strMsg);
		g_Logger.Error(0, __FILE__, __LINE__, s_str);

	}
	
}


INTERFACE_DISP_TYPE CTaskWindow::UpdateUIValue(CString& str, HImage* hv_Image, HObject* hv_Obj, TOOL_INTERFACE* pInf)
{
	INTERFACE_DISP_TYPE mType = INTERFACE_DISP_TYPE::IVDT_NONE;
	if (! thePrefs.m_bEnableSmartTips)
	{
		return mType;
	}

	if (pInf == NULL)
	{
		return mType;
	}

	if (pInf->VarType == VAR_TYPE::Bool_Var)
	{
		bool LinkValue = false;
		LinkValue = CallOutputByDll<bool>(*pInf);
		str.Format(_T("%d"), LinkValue);
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// int类型
	else if (pInf->VarType == VAR_TYPE::Int_Var)
	{
		if (pInf->InfWay == INF_BY_VALUE)
		{
			int nValue = CallOutputByDll<int>(*pInf);
			str.Format(_T("%d"), nValue);
		}
		else if (pInf->InfWay == INF_BY_ADDRESS)
		{
			int* pValue = CallOutputByDll<int*>(*pInf);
			if (pValue)
			{
				str.Format(_T("%d"), *pValue);
			}
		}

		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// CString类型
	else if (pInf->VarType == VAR_TYPE::CString_Var)
	{
		if (pInf->InfWay == INF_BY_VALUE)
		{
			CString LinkValue;
			LinkValue = CallOutputByDll<CString>(*pInf);
			str.Format(_T("%s"), LinkValue);
		}
		else if (pInf->InfWay == INF_BY_ADDRESS)
		{
			CString* pValue = CallOutputByDll<CString*>(*pInf);
			str.Format(_T("%s"), *pValue);
		}
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}
	// lpImage类型
	else if (pInf->VarType == VAR_TYPE::IpImageP_Var)
	{
		str = _T("Image NULL");
		IplImage* LinkValue = NULL;
		LinkValue = CallOutputByDll<IplImage*>(*pInf);
		if (LinkValue != NULL)
		{
			str.Format(_T("ImageSize:\r\n%d,%d"), LinkValue->width, LinkValue->height);
			*hv_Obj = IplImageToHImage(LinkValue);
		}
		mType = INTERFACE_DISP_TYPE::IVDT_HIMAGE;
	}

	// Mat类型
	else if (pInf->VarType == VAR_TYPE::Mat_Var)
	{
		str = _T("Image NULL");
		Mat LinkValue;
		LinkValue = CallOutputByDll<Mat>(*pInf);
		if (!LinkValue.empty())
		{
			str.Format(_T("ImageSize:\r\n%d,%d"), LinkValue.cols, LinkValue.rows);
			IplImage imgTmp = IplImage(LinkValue);
			IplImage *input = cvCloneImage(&imgTmp);
			*hv_Obj = IplImageToHImage(input);
		}
		mType = INTERFACE_DISP_TYPE::IVDT_HIMAGE;
	}

	// HTuple类型
	else if (pInf->VarType == VAR_TYPE:: HTuple_Var)
	{
		HTuple LinkValue;
		LinkValue.Clear();
		LinkValue = CallOutputByDll<HTuple>(*pInf);
		str.Format(_T("HTuple"));
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// HObject类型
	else if (pInf->VarType == VAR_TYPE:: HObject_Vat)
	{
		HObject LinkValue;
		LinkValue.Clear();
		LinkValue = CallOutputByDll<HObject>(*pInf);
		str.Format(_T("HObject"));

		if (LinkValue.Key() != UNDEF_KEY)
		{
			*hv_Obj = LinkValue;
		}
		mType = INTERFACE_DISP_TYPE::IVDT_OBJECT;
	}

	// HImage类型
	else if (pInf->VarType == VAR_TYPE:: HImage_Var)
	{
		if (pInf->InfWay == INF_BY_VALUE)
		{
			HImage LinkValue;
			LinkValue.Clear();
			LinkValue = CallOutputByDll<HImage>(*pInf);

			if (LinkValue.Key() != UNDEF_KEY)
			{
				*hv_Image = LinkValue;
				str.Format(_T("HImage"));
			}
		}
		else if (pInf->InfWay == INF_BY_ADDRESS)
		{
			HImage* LinkValue = CallOutputByDll<HImage*>(*pInf);

			if (LinkValue != NULL)
			{
				hv_Image = LinkValue;
			}
			str.Format(_T("HImage"));
		}
		mType = INTERFACE_DISP_TYPE::IVDT_HIMAGE;

	}

	// char*类型
	else if (pInf->VarType == VAR_TYPE::CharP_Var)
	{
		char* LinkValue = NULL;
		LinkValue = CallOutputByDll<char*>(*pInf);
		if (LinkValue != NULL)
		{
			str.Format(_T("%s"), LinkValue);
		}
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// ISocketClient 类型
	else if (pInf->VarType == VAR_TYPE:: ISocketP_Var)
	{
		ISocket* LinkValue = NULL;
		LinkValue = CallOutputByDll<ISocket*>(*pInf);
		if (LinkValue != NULL)
		{
			str = LinkValue->ip();
		}
		else
		{
			str = _T("ISocket* LinkValue == NULL;");
		}
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// Array1 类型
	else if (pInf->VarType == VAR_TYPE:: ArrayInP_Var)
	{
		//Array1 LinkValue;
		//LinkValue.mData ={0};
		//LinkValue.nValidData = 0;
		//LinkValue = CallOutputByDll<Array1>(*pInf);

		//str.Format(_T("%d"), LinkValue.nValidData);
		str = _T("In P");
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// Array1 类型
	else if (pInf->VarType == VAR_TYPE:: ArrayOutP_Var)
	{
		//Array1 LinkValue;
		//LinkValue.mData ={0};
		//LinkValue.nValidData = 0;
		//LinkValue = CallOutputByDll<Array1>(*pInf);

		//str.Format(_T("%d"), LinkValue.nValidData);
		str = _T("Out P");
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// Array1 类型
	else if (pInf->VarType == VAR_TYPE:: ArrayRobotPos_Vat)
	{
		str = _T("Out");
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}
	// float 类型
	else if (pInf->VarType == VAR_TYPE:: float_Var)
	{
		float LinkValue = 0;
		LinkValue = CallOutputByDll<float>(*pInf);

		str.Format(_T("%f"), LinkValue);
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// HTuple_Pos 类型
	else if (pInf->VarType == VAR_TYPE:: HTuple_Pos_Var)
	{
		HPOS LinkValue;
		LinkValue.hv_Angle.Clear();
		LinkValue.hv_Column.Clear();
		LinkValue.hv_Row.Clear();
		LinkValue.hv_HomMat2D.Clear();
		LinkValue = CallOutputByDll<HPOS>(*pInf);

		for (int i = 0; i < LinkValue.hv_Row.TupleLength(); i++)
		{
			try
			{
				CString mStr;
				double r = 0.0;
				if (LinkValue.hv_Row[i].Length() > 0)
				{
					r = LinkValue.hv_Row[i].D();
				}

				double c = 0.0;
				if (LinkValue.hv_Row[i].Length() > 0)
				{
					c = LinkValue.hv_Column[i].D();
				}

				double a = 0.0;
				if (LinkValue.hv_Angle[i].Length() > 0)
				{
					HTuple aa;
					//TupleDeg(LinkValue.hv_Angle[i], &aa);
					aa = LinkValue.hv_Angle[i];
					a = aa.D();
				}
				mStr.Format(_T("X:%.2f--Y:%.2f--A:%.2f \r\n"), c, r, a);

				str = mStr + str;
			}
			catch (...) {}

		}

		//str.Format(_T("HTuple_Pos"));
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// HTuple_HomMat2D 类型
	else if (pInf->VarType == VAR_TYPE:: HTuple_HomMat2D_Var)
	{
		// 		HHOMMAT2D LinkValue ;
		// 		LinkValue = CallOutputByDll<HHOMMAT2D>(*pInf);
		str.Format(_T("H_HomMat2D"));
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	//Ncc Modle 类型
	else if (pInf->VarType == VAR_TYPE:: HTuple_Ncc_Modle_Var)
	{
		str.Format(_T("Hcc Modle"));
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}

	// VAR_TYPE:: HTuple_Disp_Var 类型
	else if (pInf->VarType == VAR_TYPE:: HTuple_Disp_Var)
	{
		HDISP LinkValue;
		LinkValue.ho_DispObj.Clear();
		LinkValue = CallOutputByDll<HDISP>(*pInf);
		str.Format(_T("HObject_Disp"));

		if (LinkValue.ho_DispObj.Key() != UNDEF_KEY)
		{
			*hv_Obj = LinkValue.ho_DispObj;
		}
		mType = INTERFACE_DISP_TYPE::IVDT_OBJECT;

	}

	// PARAM_HWINDOW 类型
	else if (pInf->VarType == VAR_TYPE:: HTuple_Window_Var)
	{
		HWINDOW LinkValue;
		LinkValue.hv_Window.Clear();
		LinkValue = CallOutputByDll<HWINDOW>(*pInf);
		if (LinkValue.hv_Window == -1)
		{
			str.Format(_T("NULL"));
		}
		else
		{
			str.Format(_T("Window Handle"));
		}
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}
	// QHalconWindow 类型
	else if (pInf->VarType == VAR_TYPE:: QHalconWindow_Var)
	{
		// 		QHalconWindow* LinkValue;
		// 		LinkValue = NULL;
		// 		LinkValue = CallOutputByDll<QHalconWindow*>(*pInf);
		// 		if (LinkValue == -NULL)
		// 		{
		// 			str.Format(_T("NULL"));
		// 		}
		// 		else
		// 		{
		str.Format(_T("QWindow Handle"));
		//		}
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}
	// VAR_TYPE:: HTuple_Window_Var 类型
	else if (pInf->VarType == VAR_TYPE:: HTuple_Calibration_Var)
	{
		str.Format(_T("HCalibration"));
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}
	else if (pInf->VarType == VAR_TYPE::HTuple_CamParam_PoseCalib_Var)
	{
		str.Format(_T("HCamParam_PoseCalib"));
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}
	// VAR_TYPE:: HTuple_Point_Var 类型
	else if (pInf->VarType == VAR_TYPE::HTuple_Point_Var)
	{
		str.Format(_T("HPoints"));
		mType = INTERFACE_DISP_TYPE::IVDT_CSTRING;
	}
	else
	{
		str.Format(_T("NULL"));
	}
	return mType;
}



/////////////////////////////////////////////////////////
// ExecuteTool
void CTaskWindow::OnExecuteTool(CString strToolName)
{
	if (m_SelTools.size() < 0 || m_SelTools.size() > 500)
	{
		CString strMsg;
		strMsg.Format(_T("Task[%d] ExecuteTool Error"), m_nIndex);

		USES_CONVERSION;
		char * s_str = T2A(strMsg);
		g_Logger.Error(0,  __FILE__, __LINE__, s_str);
		return;
	}
	// 重置所有工具执行状态
	ResetToolExecCode();

	// 从头到尾执行所有的execute
	for (unsigned int i = 0; i < m_SelTools.size(); i++)
	{
		TOOL& tool = m_SelTools[i];

		if (tool.bEnable)
		{

			if (tool.strShowName == strToolName)
			{
				tool.nExecCode = RT_NONE;

				for (unsigned int j = 0; j < tool.Interfaces.size(); j++)
				{
					TOOL_INTERFACE& inf = tool.Interfaces[j];

					if (inf.InfDirection == INF_IN && inf.bShow == true && inf.nUseCount > 0)
					{
						BOOL bStatus = DoDllInput(/*tool,*/ inf);
						if (!bStatus)
						{
							CString str = tool.strShowName +_T(".") + inf.strName;
						
							CString strMsg;
							strMsg.Format(_T("Task[%d] %s DoDllInput Error"), m_nIndex, str);

							USES_CONVERSION;
							char * s_str = T2A(strMsg);
							g_Logger.Error(0,  __FILE__, __LINE__, s_str);
						}
					}
				}
				int nRetCode = 0;
				nRetCode = tool.pDllPtr->Execute();
				tool.nExecCode = nRetCode;
			}

		}
		else
		{
			tool.nExecCode = RT_INVALID;
		}
	}

	//	m_wndTree.Invalidate(TRUE);
}

//////////////////////////////////////////////////////
// 添加一个新的输入接口到所选的工具中，返回插入的索引值
int CTaskWindow::AddDynamicInterface(TOOL& activeTool, const DLL_INF& dllInf, const HTREEITEM& handle)
{
	int newIndex = 0;

	// 生成新的输入接口
	TOOL_INTERFACE newInterface;

	newInterface.strParentName = activeTool.strShowName;
	newInterface.strName = dllInf.strName;
	newInterface.VarType = dllInf.VarType;
	newInterface.InfDirection = dllInf.InfDirection;
	newInterface.InfWay = dllInf.InfWay;
	newInterface.InfType = dllInf.InfType;

	// 首先检查是否有重复的
	for (unsigned int i = 0; i < activeTool.Interfaces.size(); i++)
	{
		if (newInterface.strName.Compare(activeTool.Interfaces[i].strName) == 0)
		{
			CString strMsg;
			strMsg.Format(_T("Task[%d] 添加 %s 接口失败，此名字的接口已存在！"), m_nIndex, newInterface.strName);

			USES_CONVERSION;
			char * s_str = T2A(strMsg);
			g_Logger.Error(0,  __FILE__, __LINE__, s_str);
			return -1;
		}
	}

	// 寻找添加位置
	int nIgnoreCount = 0;
	bool bFind = false;
	for (unsigned int i = 0; i < activeTool.Interfaces.size(); i++)
	{
		TOOL_INTERFACE& inf = activeTool.Interfaces[i];

		// 需要跳过控件接口以及隐藏的接口
		if (inf.InfType == INF_CONTROL || !inf.bShow)
		{
			nIgnoreCount++;
		}

		if (newInterface.InfDirection == INF_IN)
		{
			if (inf.InfDirection == INF_OUT || inf.InfType == INF_CONTROL)
			{
				bFind = true;
			}
		}
		else if (newInterface.InfDirection == INF_OUT)
		{
			if (inf.InfType == INF_CONTROL)
			{
				bFind = true;
			}
		}

		// 找到位置加入新的接口节点
		if (bFind)
		{
			newIndex = i;

			newInterface.nIndex = i;

			activeTool.Interfaces.insert(activeTool.Interfaces.begin() + newIndex, newInterface);

			// 然后后序所有的节点序号后移
			for (unsigned int j = newIndex; j < activeTool.Interfaces.size(); j++)
			{
				activeTool.Interfaces[j].nIndex++;
			}

			break;
		}

	}

	// 如果没找到的话，则说明tool没有输出和控件接口，那么直接添加到最后
	if (!bFind)
	{
		activeTool.Interfaces.push_back(newInterface);

		newIndex = (int)activeTool.Interfaces.size() - 1;
	}

	// 然后将接口添加到界面中
	AddNewInterfaceToTree(handle, activeTool.Interfaces[newIndex], newIndex - nIgnoreCount);

	return newIndex;
}

/////////////////////////////////////////////////////////////
// 添加一个新的接口到界面中
void CTaskWindow::AddNewInterfaceToTree(const HTREEITEM& hTool, TOOL_INTERFACE& newInf, const int& nPos)
{
	// 强制展开节点
// 	m_wndTree.Expand(hTool, TVE_EXPAND);
// 
// 	int nCount = 1;
// 	HTREEITEM hAfter = m_wndTree.GetChildItem(hTool);
// 	while (NULL != hAfter && nCount<nPos)
// 	{
// 		nCount++;
// 
// 		hAfter = m_wndTree.GetNextSiblingItem(hAfter);
// 	}
// 	
// 	// 将新的接口信息添加到树形控件中指定位置中
// 	if (newInf.InfDirection == INF_IN)
// 	{
// 		newInf.hHandle = m_wndTree.InsertItem(newInf.strName, 1 /* Image inedex */, 1, hTool, hAfter);
// 	}
// 	else
// 	{
// 		newInf.hHandle = m_wndTree.InsertItem(newInf.strName, 2 /* Image inedex */, 2, hTool, hAfter);
// 	}
}

///////////////////////////////////////////////////////////
// 2019-3-23 动态隐藏接口
void CTaskWindow::OnItemHideInterface(const HTREEITEM& handle)
{

}