#include "Pou.h"
#include "WindowAppItemInterface.h"
#include "WindowAppBlockStandard.h"
#include "WindowAppBlockStandardBase.h"
#include "WindowAppBlockGoto.h"
#include "WindowAppBlockWait.h"
#include "WindowAppVariableTable.h"
#include "GvlManager.h"
#include "TaskManager.h"
#include "WindowAppTaskView.h"
#include "WindowAppPouScene.h"
#include "WindowAppPouFrame.h"

#include "../Common/CameraBaseClass/IBaseCamCommon.h"
#include "../Common/CameraBaseClass/IBaseCamera.h"


//======================================================================
//
//						与Pou执行相关的函数集合
//
//======================================================================


/// <summary>
/// 2022-9-6，执行前预检查
/// </summary>
/// <param name="pTool"></param>
/// <param name="runMode"></param>
/// <returns></returns>
VPEnum::RETURN_VALUE POU::ToolExecutionDispatcherPreCheck(TOOL*& pTool, TOOL_RUN_MODE runMode)
{
	Q_UNUSED(runMode);

	// 如果本工具加入了并行组，则需要特殊处理一下
	if (pTool->isParallelSubTool())
	{
		//// 如果处于并行模式下运行，则等待执行信号
		//if (runMode == TOOL_RUN_MODE::IN_PARALLEL)
		//{
		//	// 设置Tool为Wait状态
		//	pTool->execParams.nStatus = VPEnum::EXEC_STATUS::Wait;

		//	vDebug() << "ParallelSubTool [" << pTool->strInstanceName << "] waiting...";

		//	pTool->waitForExecution();

		//	vDebug() << "ParallelSubTool [" << pTool->strInstanceName << "] waiting finished.";
		//}
		//// 否则，直接跳过执行
		//else
		//{
			vDebug() << "Ignore Tool[" + pTool->strInstanceName + "], reason: isParallelized.";

			return VPEnum::RETURN_VALUE::Abort;
		//}
	}
	// 如果本工具加入了For循环，则跳过执行
	else if (pTool->isForloopSubTool())
	{
		vDebug() << "Ignore Tool[" + pTool->strInstanceName + "], reason: isForlooped.";

		return VPEnum::RETURN_VALUE::Abort;
	}

	return VPEnum::RETURN_VALUE::Success;
}


/// <summary>
/// 2022-5-1 工具的执行总调度
/// </summary>
/// <param name="pTool"></param>
/// <returns></returns>
VPEnum::RETURN_VALUE POU::ToolExecutionDispatcher(TOOL*& pTool, TOOL_RUN_MODE runMode)
{
	VPEnum::RETURN_VALUE ret = VPEnum::RETURN_VALUE::None;

	// 执行预检查
	ret = this->ToolExecutionDispatcherPreCheck(pTool, runMode);
	if (ret != VPEnum::RETURN_VALUE::Success)
	{
		return ret;
	}

	// 正常流程

	// 设置Tool为Busy状态
	pTool->execParams.nStatus = VPEnum::EXEC_STATUS::Busy;
	
	// 执行标准工具
	if (pTool->isStandardTool())
	{
		ret = this->ToolExecuteStandard(pTool);
	}
	// 执行Goto工具
	else if (pTool->isGotoTool())
	{
		int nNextIndex = 0;

		// 执行Goto工具
		ret = this->ToolExecuteGoto(pTool, nNextIndex);

		// TODO：此处是否需要跳转到下一个工具继续执行
		if (ret == VPEnum::RETURN_VALUE::Goto)
		{
			TOOL* pNextTool = m_StandardTools[nNextIndex];

			ret = this->ToolExecuteStandard(pNextTool);
		}
	}
	// 执行并行工具
	else if (pTool->isParallelTool())
	{
		ret = this->ToolExecuteParallel(pTool);
	}
	// 执行ForLoop工具
	else if (pTool->isForloopTool())
	{
		ret = this->ToolExecuteForloop(pTool);
	}
	// 执行Wait工具
	else if (pTool->isWaitTool())
	{
		ret = this->ToolExecuteWait(pTool, runMode);
	}
	else
	{
		qDebug() << "[Error] POU::ToolExecute - Unknown tool type:" << (short)pTool->Type;

		ret = VPEnum::RETURN_VALUE::Error;
	}

	// 设置Tool为完成状态
	pTool->execParams.nStatus = VPEnum::EXEC_STATUS::Done;

	return ret;
}


/// <summary>
/// 2022-5-1 工具的执行总调度(Task中使用，关联执行序号)
/// </summary>
/// <param name="pTool"></param>
/// <param name="index"></param>
/// <returns></returns>
VPEnum::RETURN_VALUE POU::ToolExecutionDispatcher(TOOL*& pTool, int& index, TOOL_RUN_MODE runMode)
{
	VPEnum::RETURN_VALUE ret = VPEnum::RETURN_VALUE::None;
	
	// 执行预检查
	ret = this->ToolExecutionDispatcherPreCheck(pTool, runMode);
	if (ret != VPEnum::RETURN_VALUE::Success)
	{
		return ret;
	}

	// 设置Tool为Busy状态
	pTool->execParams.nStatus = VPEnum::EXEC_STATUS::Busy;

	// 如果是标准工具，正常执行	
	if (pTool->isStandardTool())
	{
		ret = this->ToolExecuteStandard(pTool);

		index++;
	}
	// 如果是Goto工具，要做跳转
	else if (pTool->isGotoTool())
	{
		// 执行Goto
		ret = this->ToolExecuteGoto(pTool, index);

		// 如果执行过程中没有发生跳转，那么继续执行下一个工具
		if (ret != VPEnum::RETURN_VALUE::Goto)
		{
			index++;
		}
	}
	// 如果是并行工具，则并行执行
	else if (pTool->isParallelTool())
	{
		ret = this->ToolExecuteParallel(pTool);

		index++;
	}
	// 如果是For循环工具，则执行For循环
	else if (pTool->isForloopTool())
	{
		ret = this->ToolExecuteForloop(pTool);

		index++;
	}
	// 如果是Wait工具，则执行等待
	else if (pTool->isWaitTool())
	{
		ret = this->ToolExecuteWait(pTool, runMode);		

		index++;
	}

	// 设置Tool为完成状态
	pTool->execParams.nStatus = VPEnum::EXEC_STATUS::Done;

	return ret;
}


///// <summary>
///// 执行当前工具
///// </summary>
///// <param name="pBlockItem"></param>
//VPEnum::RETURN_VALUE POU::ToolExecuteStandard(WindowAppBlockStandardBase* pBlockItem)
//{
//	// 重置所有工具执行状态
//	ResetToolExecCode();
//
//	TOOL* pActiveTool = m_itemToTools.value(pBlockItem);
//
//	// 交给调度器执行
//	return this->ToolExecutionDispatcher(pActiveTool);
//}


/// <summary>
/// 执行当前工具
/// </summary>
/// <param name="pActiveTool"></param>
VPEnum::RETURN_VALUE POU::ToolExecuteStandard(TOOL* pActiveTool)
{
	VPEnum::RETURN_VALUE nRet = VPEnum::RETURN_VALUE::None;

	if (pActiveTool == nullptr)
	{
		qDebug() << "[Error] [POU:" << m_strPouName << "] ToolExecuteStandard failed: pActiveTool is nullptr.";

		return VPEnum::RETURN_VALUE::Error;
	}	

	// Execute前更新上连接口
	nRet = this->ToolPreExecute(pActiveTool);

	// TODO：此处是否需要处理更新上行接口的执行结果

	// 然后执行本工具的Execute
	if (pActiveTool->pDllPtr != nullptr)
	{
		nRet = pActiveTool->pDllPtr->Execute();
	}
	else
	{
		qDebug() << "[POU:" << m_strPouName << "][Tool:" << pActiveTool->strInstanceName << "] executed finished.";
	}

	
	// 在窗体可见时候，才调用调试窗口。以便在后台运行的时候，提高运行速度
	if (this->parentScene()->parentFrame()->isVisible())
	{
		try
		{
			DebugData data = pActiveTool->pDllPtr->GetDebugData();
			this->parentScene()->parentFrame()->UpdataDebugData(data);
		}
		catch (...){	}
	}
	

	// 保存工具执行返回值
	pActiveTool->execParams.nRetValue = nRet;

	// 如果返回值不是成功的话，就需要加一个错误计数(Pou和Tool的都需要+1)
	if (nRet != VPEnum::RETURN_VALUE::Success)
	{
		pActiveTool->execParams.nErrorCount++;
		this->execParams.nErrorCount++;
	}

	// Execute后更新下连接口
	/*nRet =*/ this->ToolPostExecute(pActiveTool);

	//// 根据是否在Task中执行，输出不同的log
	//if (m_pParentTask == nullptr)
	//{
		qDebug() << "[POU:" << m_strPouName << "][Tool:" << pActiveTool->strInstanceName
			<< "][Index:" << pActiveTool->nIndex << "] executed finished.";
	//}

	// 执行完之后，重绘一下此工具，用于功能块的状态显示
	WindowAppBlockBase* pBlock = this->m_instNameToToolItems[pActiveTool->strInstanceName];
	pBlock->update();

	// 执行计数 +1
	pActiveTool->execParams.nExecCount++;

	return nRet;
}


/// <summary>
/// Execute前更新上连接口
/// </summary>
VPEnum::RETURN_VALUE POU::ToolPreExecute(TOOL* pActiveTool)
{
	VPEnum::RETURN_VALUE nRet = VPEnum::RETURN_VALUE::None;
	// qDebug() << "[POU] Execute tool start ------- " << pActiveTool->strInstanceName;

	// 先检查一下所有的输入接口
	for (_INTERFACE* pInf : pActiveTool->Interfaces)
	{
		// 2022-4-30，跳过Tool类型接口（尽管这种情况不会出现，但是以防万一还是加上）
		if (pInf->isToolInterface())
		{
			continue;
		}

		// 如果本接口有link连接的话，需要先到link那边去取值
		if (pInf->Direction == INF_DIRECTION::INF_DIR_IN
			&& pInf->pUpLinkInterface != nullptr)
		{
			// 从工具Dll中更新值
			if (pInf->pUpLinkInterface->Type == INF_TYPE::INF_TYPE_STANDARD)
			{
				// 2022-8-26增加，由于标准接口的情况分为两种，一种是dll工具，还有一种是系统内置工具，所以这里要区分一下
				
				// 如果上联工具为标准工具，则从Dll中更新值（这里这里要用realParent，防止Port工具绑定的情况）
				if (pInf->pUpLinkInterface->realParent()->Type == TOOL_TYPE::TOOL_TYPE_STANDARD)
				{
					QString strValueString = updateInterfaceValue(pInf, UPDATE_VALUE_MODE::MODE_FROM_TOOL);
					if (!strValueString.isEmpty())
					{
						qDebug() << "[POU] updateInterfaceValue from up link dll[" << pInf->strFullName << "], Value:" << strValueString;
					}
					else
					{
						// return nRet;
						continue;
					}
				}
				// 2022-8-26 是否应该是内置工具，直接从接口中取值，和变量一样
				else
				{
					QString strValueString = updateInterfaceValue(pInf, UPDATE_VALUE_MODE::MODE_FROM_VARIABLE);

					if (!strValueString.isEmpty())
					{
						qDebug() << "[POU] updateInterfaceValue from up link internal[" << pInf->strFullName << "], Value:" << strValueString;
					}
					else
					{
						// return nRet;
						continue;
					}
				}


			}
			// 从变量中更新值
			else if (pInf->pUpLinkInterface->Type == INF_TYPE::INF_TYPE_VALUE)
			{
				// 判断下上联的端口（全局变量组或者局部变量组）是否存在
				TOOL* pGvl = pInf->pUpLinkInterface->bindedParent();

				// 如果查询到了对应的变量组
				if (pGvl != nullptr)
				{
					QString strValueString = updateInterfaceValue(pInf, UPDATE_VALUE_MODE::MODE_FROM_VARIABLE);

					if (!strValueString.isEmpty())
					{
						qDebug() << "[POU] updateInterfaceValue from up link variable[" << pInf->strFullName << "], Value:" << strValueString;
					}
					else
					{
						// return nRet;
						continue;
					}
				}

				// 没查询到对应的全局变量或局部变量
				else					
				{
					// 把端口的状态设置为Error
					TOOL* pPort = pInf->pUpLinkInterface->parent();
					if (pPort != nullptr)
					{
						pPort->setPortError();
					}

					QString strErrorMsg = pInf->pUpLinkInterface->strName +	" ----------->" +
						pActiveTool->strInstanceName + "." + pInf->strName;
					qWarning() << strErrorMsg << "Error";
				}

			}
			// 2022-3-25 增加一个错误处理(此处屏蔽，因为有Goto连接到Tool的时候，一定会走到这里)
			else
			{
				qWarning() << "[Warning] POU::ToolPreExecute - Ingore value update, invalid interface category:" << (short)pInf->pUpLinkInterface->Type;
			}
		}
	}

	// 加上前延时
	Utility::qSleep(pActiveTool->execParams.nPreDelay);

	return nRet;
}


/// <summary>
/// Execute后更新下连接口
/// MEMO：对于Tool的接口来说不需要更新下联接口，但是对于Value类型，是需要更新下联接口的
/// </summary>
VPEnum::RETURN_VALUE POU::ToolPostExecute(TOOL* pActiveTool)
{
	VPEnum::RETURN_VALUE nRet = VPEnum::RETURN_VALUE::None;

	// 加上后延时
	Utility::qSleep(pActiveTool->execParams.nPostDelay);

	// qDebug() << "[POU] Execute tool - " << pActiveTool->strInstanceName << " Index - " << pActiveTool->nIndex;
	// LOG("[POU] Execute tool -  {} , index - {}.", pActiveTool->strInstanceName.toStdString(), pActiveTool->nIndex);

	// 2021-11-9，添加要向UI同步的接口
	QList<_INTERFACE*> syncInfs;
	// 2021-11-14，添加要向界面表格同步的接口
	QList<VARIABLE*>  syncValues;
	// 2021-12-12，添加要向复杂控件同步的接口（直接发向Runtime）
	// 复杂控件的同步机制就是直接从Pou中索引链接的数值变动直接向Runtime触发的
	QList<VARIABLE*> syncComplexIndexes;

	// 2021-5-29添加，execute完毕之后，如果有下联接口是Value类型的话（全局变量或局部变量）
	// 需要额外更新一下Value的值
	for (_INTERFACE* pInf : pActiveTool->Interfaces)
	{
		// 2022-4-30，跳过Top类型
		// REASON: 因为Top类型都是用来下联Tool的，不需要执行更新
		if (pInf->isToolEnd())
		{
			continue;
		}

		QVector<_INTERFACE*> pDownLinks = pInf->pDownLinkInterfaces;

		// 增加需要同步到Runtime的接口信息
		if (pInf->bDataLink)
		{
			syncInfs.push_back(pInf);
		}

		// 2021-12-15 如果是复杂控件索引，加入推送通知列表中
		if (pInf->bComplexLinkIndex)
		{
			syncComplexIndexes.push_back(pInf);
		}

		// 遍历所有的下联接口
		for (int i = 0; i < pDownLinks.size(); i++)
		{
			_INTERFACE* pDownInf = pDownLinks[i];

			// 只需要更新数值类型的输出接口
			if (pInf->Direction == INF_DIRECTION::INF_DIR_OUT
				&& pDownInf->Type == INF_TYPE::INF_TYPE_VALUE)
			{
				// 判断下上联的端口（全局变量组或者局部变量组）是否存在
				TOOL* pGvl = pDownInf->bindedParent();

				if (pGvl != nullptr)
				{
					// 将值更新到下接接口中
					QString strValueString = updateInterfaceValue(pDownInf, UPDATE_VALUE_MODE::MODE_TO_VARIABLE);
					if (strValueString.isEmpty())
					{
						// return nRet;
						continue;
					}

					qDebug() << "[POU] updateInterfaceValue to down link value -  " << pDownInf->strFullName;
				}
				else
					// 没查询到对应的全局变量或局部变量
				{
					// 把端口的状态设置为Error
					TOOL* pPort = pDownInf->parent();
					if (pPort != nullptr)
					{
						pPort->setPortError();
					}

					QString strErrorMsg =
						pActiveTool->strInstanceName + "." + pInf->strName +
						" ----------->" +
						pDownInf->strName;
					qWarning() << strErrorMsg << "Error";
				}

				// 添加需要刷新到变量界面表格的接口
				syncValues.push_back(pDownInf);

				// 添加需要刷新到界面的接口
				if (pDownInf->bDataLink)
				{
					syncInfs.push_back(pDownInf);
				}

				// 2021-12-15 如果是复杂控件索引，加入推送通知列表中
				if (pDownInf->bComplexLinkIndex)
				{
					syncComplexIndexes.push_back(pInf);
				}
			}
		}
	}

	// 2021-11-14 增加，一次性使用postEvent异步刷新所有变量界面表格
	if (syncValues.size() > 0)
	{
		syncValuesToTableUI(syncValues);
	}

	// 如果需要的话，则向UI同步（只有非硬件工具才触发execute后的更新动作）
	if (syncInfs.size() > 0 && !pActiveTool->isHardwareTool())
	{
		syncValuesToUi(syncInfs);
	}

	// 2021-12-15 进行复杂控件索引到Runtime的推送
	if (syncComplexIndexes.size() > 0)
	{
		syncComplexIndexesToRuntime(syncComplexIndexes);
	}

	return nRet;
}




/// <summary>
/// 执行Goto工具（应该为内部工具专门设计一套数据结构，暂时先放在这里）
/// </summary>
/// <param name="pGoto"></param>
/// <param name="index">goto的下一步跳转目标</param>
VPEnum::RETURN_VALUE POU::ToolExecuteGoto(TOOL* pTool, int& index)
{
	// 是否执行了跳转
	VPEnum::RETURN_VALUE nRet = VPEnum::RETURN_VALUE::None;

	// Execute前更新上连接口
	nRet = this->ToolPreExecute(pTool);

	// TODO：此处是否需要处理上联接口状态
	//// 如果返回值不是成功的话，就需要加一个错误计数(Pou和Tool的都需要+1)
	//if (nRet != VPEnum::RETURN_VALUE::Success)
	//{
	//	pGoto->execParams.nErrorCount++;
	//	this->execParams.nErrorCount++;
	//}

	// 然后开始执行Goto的内部逻辑

	// 如果这个Goto已经绑定了工具
	if (pTool->Interfaces[GOTO_OUTPUT_INDX]->isBinded())
	{
		// 获取输入接口的值
		bool bInput = false;
		if (pTool->Interfaces[GOTO_INPUT_INDX]->value.Ptr != nullptr)
		{
			bInput = pTool->Interfaces[GOTO_INPUT_INDX]->value.getValue<bool>();
		}

		// 然后根据取反位决定是否执行跳转
		WindowAppBlockGoto* pGotoBlock = qgraphicsitem_cast<WindowAppBlockGoto*>(m_instNameToToolItems[pTool->strInstanceName]);
		bool bNegation = pGotoBlock->m_bNegation;
		bool bJmp = false;

		// 是否取反
		bNegation ? bJmp = !bInput : bJmp = bInput;

		if (bJmp)
		{
			// 执行跳转
			// index = pGoto->Interfaces[1]->bindedParent()->nIndex;

			// 取出跳转的Tool
			QString strToolName = pTool->Interfaces[GOTO_OUTPUT_INDX]->pBindInterface->strName;
			TOOL* pGotoTool = this->GetToolByName(strToolName);
			if (pGotoTool != nullptr)
			{
				index = pGotoTool->nIndex;

				// 设置Goto工具状态
				pGotoTool->execParams.nRetValue = VPEnum::RETURN_VALUE::Goto;

				// Goto工具只有执行跳转，执行计数才会 +1
				pGotoTool->execParams.nExecCount++;

				//qDebug() << "[POU] Execute Goto tool - " << pGoto->strInstanceName << " Index[" << pGoto->nIndex
				//	<< "] Goto Index[" << index << "].";

				if (m_pParentTask == nullptr)
				{
					qDebug() << "[POU:" << m_strPouName << "][Tool:" << pGotoTool->strInstanceName
						<< "][Index:" << pGotoTool->nIndex << "] executed finished: GOTO Index[" << index << "].";
				}

				// 返回跳转标志
				return VPEnum::RETURN_VALUE::Goto;
			}
		}
	}

	// 不执行跳转
	qDebug() << "[POU:" << m_strPouName << "][Tool:" << pTool->strInstanceName
		<< "][Index:" << pTool->nIndex << "] executed finished: but not GOTO.";

	//// 根据是否在Task中执行，输出不同的log
	//if (m_pParentTask != nullptr)
	//{
	//	qDebug() << "[TASK:" << m_pParentTask->strName << "][POU:" << m_strGroup << "][Tool:" << pGoto->strInstanceName << "] executed finished.";
	//}
	//else
	//{
	//	qDebug() << "[TASK:null][POU:" << m_strGroup << "][Tool:" << pGoto->strInstanceName << "] executed finished.";
	//}

	// 设置Goto工具状态
	pTool->execParams.nRetValue = VPEnum::RETURN_VALUE::Success;

	return VPEnum::RETURN_VALUE::Success;;
}


/// <summary>
/// 2022-4-30 执行Parallel工具
/// </summary>
/// <param name="pTool"></param>
/// <returns></returns>
VPEnum::RETURN_VALUE POU::ToolExecuteParallel(TOOL* pTool)
{
	// 并行工具一定需要有ToolEnd接口
	Q_ASSERT(pTool->ToolInterfaces.size() >=0 );

	QString strLog;
	// QVector<TOOL*> runningTools;

	// 首先解析出本并行工具组中有几个并行子工具，并且逐一触发执行
	for (auto pDownInf : pTool->ToolInterfaces[INF_END]->pDownLinkInterfaces)
	{
		TOOL* pRunningTool = pDownInf->parent();
		if (pRunningTool == nullptr)
		{
			continue;
		}

		strLog += pRunningTool->strInstanceName + " ";

		// 启动线程执行此工具
		m_ParallelThreadPool.start(	new _ParallelThread(this, pRunningTool)	);

		//// 触发并行子工具执行
		//pRunningTool->activator.wakeAll();

		//runningTools.push_back(pRunningTool);
				
	}

	//qDebug() << "[POU:" << m_strPouName << "][Parallel:" << pTool->strInstanceName
	//			<< "] Run parallel tools [" << strLog << "] start.";

	//// 等待所有Tool执行完毕(所有工具都是Done的状态)
	//
	//bool bContinue = true;
	//while (bContinue)
	//{
	//	bContinue = false;
	//	for (int i = 0; i < runningTools.size(); i++)
	//	{
	//		if (runningTools[i]->execParams.nStatus == VPEnum::EXEC_STATUS::Busy)
	//		{
	//			bContinue = true;
	//			Utility::qSleep(10);
	//			break;
	//		}
	//	}
	//}

	//qDebug() << "[POU:" << m_strPouName << "][Parallel:" << pTool->strInstanceName
	//			<< "] Run parallel tools [" << strLog << "] finished.";



	qDebug() << "[POU:" << m_strPouName << "][Parallel:" << pTool->strInstanceName
		<< "] Run parallel tools [" << strLog << "] start.";

	// 等待所有线程执行完毕
	m_ParallelThreadPool.waitForDone();

	qDebug() << "[POU:" << m_strPouName << "][Parallel:" << pTool->strInstanceName
		<< "] Run parallel tools [" << strLog << "] finished.";

	return VPEnum::RETURN_VALUE::Success;
}


/// <summary>
/// 针对TOOL的index，从小到大排序
/// </summary>
/// <param name="a"></param>
/// <param name="b"></param>
/// <returns></returns>
bool sortLoopTool(TOOL*& a, TOOL*& b)
{
	if (a->nIndex < b->nIndex)
	{
		return true;
	}
	else
	{
		return false;
	}
}


/// <summary>
/// 2022-8-25 执行ForLoop工具
/// </summary>
/// <param name="pForloopTool"></param>
/// <returns></returns>
VPEnum::RETURN_VALUE POU::ToolExecuteForloop(TOOL* pTool)
{
	// 执行返回值
	VPEnum::RETURN_VALUE nRet = VPEnum::RETURN_VALUE::None;

	// ForLoop工具的计数与其他工具不同，需要在ForLoop工具内部处理运行计数，统计For循环的真正执行次数

	// Execute前首先更新上连接口，获取执行的Size（此处也有可能是通过对话框设置的Size，所以没有上级连接）
	nRet = this->ToolPreExecute(pTool);

	// 如果没有取到上联接口的值，则跳过ForLoop的执行，因为没有Size
	if (pTool->Interfaces[0]->isValueNullptr())
	{
		// 跳过执行
		qDebug() << "[POU:" << m_strPouName << "][Tool:" << pTool->strInstanceName
			<< "][Index:" << pTool->nIndex << "] executed ignore: input size is <=0.";

		return VPEnum::RETURN_VALUE::Success;
	}

	// 然后开始执行Forloop的内部逻辑

	// 如果没有下联标准工具，直接跳过执行
	if (pTool->ToolInterfaces[INF_END]->pDownLinkInterfaces.size() <=0 )
	{
		// 跳过执行
		qDebug() << "[POU:" << m_strPouName << "][Tool:" << pTool->strInstanceName
			<< "][Index:" << pTool->nIndex << "] executed ignore: invalid standard tool count in forloop.";

		return VPEnum::RETURN_VALUE::Success;
	}

	// 找到所有下联的工具，按照Index排序执行
	QVector<TOOL*> loopTools;

	for (auto& inf : pTool->ToolInterfaces[INF_END]->pDownLinkInterfaces)
	{
		if (inf->parent() != nullptr)
		{
			loopTools.push_back(inf->parent());
		}
	}

	// 按照Index排序（从小到大）
	qSort(loopTools.begin(), loopTools.end(), sortLoopTool);

	// 取出循环的Size(从Size输入接口中取)
	// 0号接口固定为ForLoop工具的Size输入值
	int nSize = pTool->Interfaces[0]->value.toInt();

	// 开始循环执行
	for (int i = 0; i < nSize; i++)
	{
		// 输出当前Index
		// 1号接口固定为ForLoop工具的Index输出值
		pTool->Interfaces[1]->value.setValue<int>(i);

		// 遍历所有For循环内部的工具，依次执行
		for (int toolIndex = 0; toolIndex < loopTools.size(); toolIndex++)
		{
			// 取出当前需要执行的工具
			TOOL* runningTool = loopTools[toolIndex];

			// 执行此工具
			this->ToolExecuteStandard(runningTool);

			qDebug() << "[ForLoop(" << pTool->strInstanceName << ") Index:" << i << "] | [POU:" 
				<< m_strPouName << "][Tool:" << runningTool->strInstanceName << "] executed finished.";
		}

		// 2022-8-28 ，执行次数 +1
		pTool->execParams.nExecCount++;
	}

	vDebug() << "[POU:" << m_strPouName << "][Forloop:" << pTool->strInstanceName << "] Round[" << nSize << "] finished.";

	// 设置ForLoop工具状态
	pTool->execParams.nRetValue = VPEnum::RETURN_VALUE::Success;

	return nRet;
}


/// <summary>
/// 2022-9-3 执行Wait工具
/// </summary>
/// <param name="pTool"></param>
/// <returns></returns>
VPEnum::RETURN_VALUE POU::ToolExecuteWait(TOOL* pTool, TOOL_RUN_MODE runMode)
{
	// WaitBlock指针，用于获取用户设定的功能块执行参数
	WindowAppBlockWait* pWaitBlock = qgraphicsitem_cast<WindowAppBlockWait*>(m_instNameToToolItems[pTool->strInstanceName]);
	
	// 异常
	if (pWaitBlock == nullptr)
	{
		vDebug() << "[Error] pWaitBlock is nullptr.";

		return VPEnum::RETURN_VALUE::Error;
	}

	// 如果处于单步执行状态，需要看一下用户是否选择了单步执行跳过等待
	if (runMode == TOOL_RUN_MODE::SINGLE_STEP)
	{
		if (pWaitBlock->m_bSkipWait)
		{
			vDebug() << "[POU:" << m_strPouName << "][Wait:" << pTool->strInstanceName << "] ignore waiting, reason: m_bSkipWait = true.";

			return VPEnum::RETURN_VALUE::Abort;
		}
	}

	// 如果本Wait工具都没有注册触发事件，则跳过等待
	if (!g_pTaskManager->isToolTriggerable(pTool))
	{
		vDebug() << "[POU:" << m_strPouName << "][Wait:" << pTool->strInstanceName << "] ignore waiting, reason: no event trigger.";

		return VPEnum::RETURN_VALUE::Abort;
	}

	// 启动等待机制
	vDebug() << "[POU:" << m_strPouName << "][Wait:" << pTool->strInstanceName
		<< "] start waiting for " << pWaitBlock->m_nTimeout << "ms .......";

	// 设置Tool为Wait状态
	pTool->execParams.nStatus = VPEnum::EXEC_STATUS::Wait;

	// 2022-9-26，为接口的等待时长计时
	QElapsedTimer waitTimer;
	waitTimer.start();

	// 直接开始等待工具事件触发
	pTool->waitForExecution(pWaitBlock->m_nTimeout);	

	// 2022-9-26，然后将本轮等待时长输出到1号接口中
	int nWaitTime = waitTimer.elapsed();
	pTool->Interfaces[1]->value.setValue<int>(nWaitTime);

	// 等待结束，设置Tool为Busy状态
	pTool->execParams.nStatus = VPEnum::EXEC_STATUS::Busy;

	vDebug() << "[POU:" << m_strPouName << "][Wait:" << pTool->strInstanceName
		<< "] waiting finished, elapse:" << nWaitTime;

	return VPEnum::RETURN_VALUE::Success;
}


/// <summary>
/// BreakPoint
/// </summary>
/// <param name="pBlockItem"></param>
void POU::ToolBreakPoint(WindowAppBlockStandardBase* pBlockItem)
{
	TOOL* pTool = m_itemToTools.value(pBlockItem);
	if (pTool)
	{
		pTool->bEnableBreakPoint = !pTool->bEnableBreakPoint;
		if (pTool->bEnableBreakPoint)
		{
			qDebug() << "Enable Tool" << pTool->strName << "Enable BreakPoint ";
		}
	}

}


/// <summary>
/// 从当前位置执行
/// </summary>
/// <param name="pBlockItem"></param>
void POU::ToolExecuteSub(WindowAppBlockStandardBase* pBlockItem)
{
	int nExecuteIndex = m_itemToTools.value(pBlockItem)->nIndex;

	// 从当前序号开始执行
	this->ToolExecuteAll(nExecuteIndex);
}


/// <summary>
/// 全部按顺序执行
/// </summary>
void POU::ToolExecuteAll(const int startIndex)
{
	qDebug() << "[POU:" << this->pouName() << "] ExecuteAll Start...";

	VPEnum::RETURN_VALUE ret = VPEnum::RETURN_VALUE::None;

	for (int index = startIndex; index < m_StandardTools.size(); )
	{
		TOOL* pRunningTool = m_StandardTools[index];

		//// 设置为busy状态
		//pRunningTool->execParams.nStatus = VPEnum::EXEC_STATUS::Busy;

		// 交给Pou执行调度器执行
		ret = this->ToolExecutionDispatcher(pRunningTool, index, TOOL_RUN_MODE::SEQUENTIAL);

		//// 设置为完成状态
		//pRunningTool->execParams.nStatus = VPEnum::EXEC_STATUS::Done;
	}

	qDebug() << "[POU:" << this->pouName() << "] ExecuteAll Finish.";
}


/// <summary>
/// 单步执行
/// </summary>
void POU::ToolExecuteSingleStep()
{
	int index = m_nExecuteIndex;
	VPEnum::RETURN_VALUE ret = VPEnum::RETURN_VALUE::None;

	if ((index >= 0) && (index < m_StandardTools.size()))
	{
		// 将前一个执行完毕的工具状态设置为Done
		if ((index == 0))
		{
			int nIndex = m_StandardTools.size() - 1;
			TOOL* pRunningTool = m_StandardTools[nIndex];
			pRunningTool->execParams.nStatus = VPEnum::EXEC_STATUS::Done;
		}
		else
		{
			int nIndex = index - 1;
			TOOL* pRunningTool = m_StandardTools[nIndex];
			pRunningTool->execParams.nStatus = VPEnum::EXEC_STATUS::Done;
		}

		TOOL* pRunningTool = m_StandardTools[index];

		// 2022-8-28，通过Dispatcher统一调度执行（以单步执行模式）
		ret = this->ToolExecutionDispatcher(pRunningTool, index, TOOL_RUN_MODE::SINGLE_STEP);

	}

	// 执行指针返回
	m_nExecuteIndex++;
	if (m_StandardTools.size() <= m_nExecuteIndex)
	{
		m_nExecuteIndex = 0;
	}
}



/// <summary>
/// 根据不同的传值情况从dll中取值
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="tValue"></param>
/// <param name="pInf"></param>
/// <param name="mode"></param>
template<typename T>
void POU::MoveValue(T& tValue, _INTERFACE* pInf, UPDATE_VALUE_MODE mode)
{
	// 被标记为废弃的端口，不参与数据链接
	if (pInf->pUpLinkInterface->Discard != INF_DISCARD::INF_DEFAULT
		|| pInf->Discard != INF_DISCARD::INF_DEFAULT
		)
	{
		qWarning() << "[LinkError]" << 
			m_strPouName << "." << 
			pInf->pUpLinkInterface->strFullName << " to " << 
			pInf->strFullName << 
			"Error Interface Is Discard.";
		return;
	}

	if (mode == UPDATE_VALUE_MODE::MODE_FROM_TOOL)
	{
		if (pInf->value.passMode == VALUE_PASS_MODE::PASS_BY_VALUE)
		{
			this->MoveValueByConverter(tValue, pInf->pUpLinkInterface, pInf);
		}
		else
		{
			T& value = GetDllInfValue<T>(pInf->pUpLinkInterface);
			SetDllInfValue(value, pInf);
			tValue = value;
		}
	}
	else if (mode == UPDATE_VALUE_MODE::MODE_FROM_VARIABLE)
	{
		tValue = pInf->pUpLinkInterface->getValue<T>();
		SetDllInfValue(tValue, pInf);
	}
	else if (mode == UPDATE_VALUE_MODE::MODE_TO_VARIABLE)
	{
		tValue = GetDllInfValue<T>(pInf->pUpLinkInterface);
		pInf->setValue(tValue, VALUE_PASS_MODE::PASS_BY_VALUE);
	}

}


/// <summary>
/// 2021-8-24 将基础数据类型转换后，再执行操作
/// </summary>
/// <param name="pSrcInf"></param>
/// <param name="pDstInf"></param>
template<typename T>
void POU::MoveValueByConverter(T& tValue, _INTERFACE* pSrcInf, _INTERFACE* pDstInf)
{
	// 走到这个函数里的，应该都是两种类型相同的接口，那么直接计算即可
	tValue = GetDllInfValue<T>(pSrcInf);
	SetDllInfValue(tValue, pDstInf);

	//// 异常，不应该执行到这里
	//else
	//{
	//	qWarning() << "[POU Execute] MoveValueByConverter(), but unknown value type.";
	//}
}


/// <summary>
/// 模板特例化 - 目标类型是QString时（为了实现自动接口数值类型转换）
/// </summary>
/// <param name="tValue"></param>
/// <param name="pSrcInf"></param>
/// <param name="pDstInf"></param>
void POU::MoveValueByConverter(QString& tValue, _INTERFACE* pSrcInf, _INTERFACE* pDstInf)
{
	VALUE_TYPE srcType = pSrcInf->value.type;

	if (srcType == VALUE_TYPE::Type_Int)
	{
		int nValue = GetDllInfValue<int>(pSrcInf);
		tValue = QString::number(nValue);
	}

	// float
	else if (srcType == VALUE_TYPE::Type_Float)
	{
		float fValue = GetDllInfValue<float>(pSrcInf);
		tValue = QString("%1").arg(fValue);
	}

	// double 
	else if (srcType == VALUE_TYPE::Type_Double)
	{
		double dValue = GetDllInfValue<double>(pSrcInf);
		tValue = QString("%1").arg(dValue);
	}

	// bool
	else if (srcType == VALUE_TYPE::Type_Bool)
	{
		bool bValue = GetDllInfValue<bool>(pSrcInf);
		tValue = QString("%1").arg(bValue);
	}

	else
	{
		tValue = GetDllInfValue<QString>(pSrcInf);
	}

	SetDllInfValue<QString>(tValue, pDstInf);
}


/// <summary>
/// 模板特例化 - 目标类型是int时（为了实现自动接口数值类型转换）
/// </summary>
/// <param name="tValue"></param>
/// <param name="pSrcInf"></param>
/// <param name="pDstInf"></param>
void POU::MoveValueByConverter(int& tValue, _INTERFACE* pSrcInf, _INTERFACE* pDstInf)
{
	VALUE_TYPE srcType = pSrcInf->value.type;

	// QString
	if (srcType == VALUE_TYPE::Type_String)
	{
		QString strValue = GetDllInfValue<QString>(pSrcInf);
		tValue = strValue.toInt();
	}

	// float
	else if (srcType == VALUE_TYPE::Type_Float)
	{
		float fValue = GetDllInfValue<float>(pSrcInf);
		tValue = static_cast<int>(fValue);
	}

	// double
	else if (srcType == VALUE_TYPE::Type_Double)
	{
		double dValue = GetDllInfValue<double>(pSrcInf);
		tValue = static_cast<int>(dValue);
	}

	// bool
	else if (srcType == VALUE_TYPE::Type_Bool)
	{
		bool bValue = GetDllInfValue<bool>(pSrcInf);
		tValue = static_cast<int>(bValue);
	}

	else
	{
		tValue = GetDllInfValue<int>(pSrcInf);
	}

	SetDllInfValue<int>(tValue, pDstInf);
}


/// <summary>
/// 模板特例化 - 目标类型是float时（为了实现自动接口数值类型转换）
/// </summary>
/// <param name="tValue"></param>
/// <param name="pSrcInf"></param>
/// <param name="pDstInf"></param>
void POU::MoveValueByConverter(float& tValue, _INTERFACE* pSrcInf, _INTERFACE* pDstInf)
{
	VALUE_TYPE srcType = pSrcInf->value.type;

	// QString
	if (srcType == VALUE_TYPE::Type_String)
	{
		QString strValue = GetDllInfValue<QString>(pSrcInf);
		tValue = strValue.toFloat();
	}

	// int
	else if (srcType == VALUE_TYPE::Type_Int)
	{
		int nValue = GetDllInfValue<int>(pSrcInf);
		tValue = static_cast<float>(nValue);
	}

	// double
	else if (srcType == VALUE_TYPE::Type_Double)
	{
		double dValue = GetDllInfValue<double>(pSrcInf);
		tValue = static_cast<float>(dValue);
	}

	// bool
	else if (srcType == VALUE_TYPE::Type_Bool)
	{
		bool bValue = GetDllInfValue<bool>(pSrcInf);
		tValue = static_cast<float>(bValue);
	}

	else
	{
		tValue = GetDllInfValue<float>(pSrcInf);
	}

	SetDllInfValue<float>(tValue, pDstInf);
}


/// <summary>
/// 模板特例化 - 目标类型是double时（为了实现自动接口数值类型转换）
/// </summary>
/// <param name="tValue"></param>
/// <param name="pSrcInf"></param>
/// <param name="pDstInf"></param>
void POU::MoveValueByConverter(double& tValue, _INTERFACE* pSrcInf, _INTERFACE* pDstInf)
{
	VALUE_TYPE srcType = pSrcInf->value.type;

	// QString
	if (srcType == VALUE_TYPE::Type_String)
	{
		QString strValue = GetDllInfValue<QString>(pSrcInf);
		tValue = strValue.toDouble();
	}

	// int
	else if (srcType == VALUE_TYPE::Type_Int)
	{
		int nValue = GetDllInfValue<int>(pSrcInf);
		tValue = static_cast<double>(nValue);
	}

	// float
	else if (srcType == VALUE_TYPE::Type_Float)
	{
		float fValue = GetDllInfValue<float>(pSrcInf);
		tValue = static_cast<double>(fValue);
	}

	// bool
	else if (srcType == VALUE_TYPE::Type_Bool)
	{
		bool bValue = GetDllInfValue<bool>(pSrcInf);
		tValue = static_cast<double>(bValue);
	}

	else
	{
		tValue = GetDllInfValue<double>(pSrcInf);
	}

	SetDllInfValue<double>(tValue, pDstInf);
}


/// <summary>
/// 模板特例化 - 目标类型是bool时（为了实现自动接口数值类型转换）
/// </summary>
/// <param name="tValue"></param>
/// <param name="pSrcInf"></param>
/// <param name="pDstInf"></param>
void POU::MoveValueByConverter(bool& tValue, _INTERFACE* pSrcInf, _INTERFACE* pDstInf)
{
	VALUE_TYPE srcType = pSrcInf->value.type;

	// QString
	if (srcType == VALUE_TYPE::Type_String)
	{
		QString strValue = GetDllInfValue<QString>(pSrcInf);
		if (strValue == STRING_TRUE || strValue == "1")
		{
			tValue = true;
		}
		else
		{
			tValue = false;
		}
	}

	// int
	else if (srcType == VALUE_TYPE::Type_Int)
	{
		int nValue = GetDllInfValue<int>(pSrcInf);
		tValue = static_cast<bool>(nValue);
	}

	// float
	else if (srcType == VALUE_TYPE::Type_Double)
	{
		double dValue = GetDllInfValue<float>(pSrcInf);
		tValue = static_cast<bool>(dValue);
	}

	// double
	else if (srcType == VALUE_TYPE::Type_Double)
	{
		double dValue = GetDllInfValue<double>(pSrcInf);
		tValue = static_cast<bool>(dValue);
	}

	else
	{
		tValue = GetDllInfValue<bool>(pSrcInf);
	}

	SetDllInfValue<bool>(tValue, pDstInf);
}


/// <summary>
/// 2021-11-9 向UI同步接口数值
/// </summary>
/// <param name="pInf"></param>
void POU::syncValuesToUi(QList<_INTERFACE*> pInfs)
{
	SyncValueEvent* valueEvent = new SyncValueEvent();

	// 携带需要同步的多个接口
	valueEvent->setSyncValues(pInfs);

	// post数值同步消息，post内部会自动释放event的指针，无需手工释放
	QCoreApplication::postEvent((QObject*)g_pUiManager, valueEvent);
}


/// <summary>
/// 2021-11-14 向变量表界面同步数值
/// </summary>
/// <param name="pInfs"></param>
void POU::syncValuesToTableUI(QList<_INTERFACE*> pInfs)
{
	SyncValueEvent* valueEvent = new SyncValueEvent();

	// 携带需要同步的多个接口
	valueEvent->setSyncValues(pInfs);

	// post数值同步消息，post内部会自动释放event的指针，无需手工释放
	QCoreApplication::postEvent((QObject*)g_pGvlManager, valueEvent);
}


/// <summary>
/// 2021-12-15 向Runtime推送索引数值的变动
/// </summary>
/// <param name="pInfs"></param>
void POU::syncComplexIndexesToRuntime(QList<VARIABLE*> pIndexes)
{
	SyncValueEvent* valueEvent = new SyncValueEvent();

	// 携带需要同步的多个接口
	valueEvent->setSyncValues(pIndexes);

	// post数值同步消息，post内部会自动释放event的指针，无需手工释放
	QCoreApplication::postEvent((QObject*)g_pRuntime, valueEvent);
}


/// <summary>
/// 更新接口的值（根据不同的模式）
/// </summary>
/// <param name="pInf"></param>
/// <param name="mode"></param>
QString POU::updateInterfaceValue(_INTERFACE* pInf, UPDATE_VALUE_MODE mode)
{
	// 2021-6-5 增加, 防止变量中的变量被删除的情况，首先检查值是否为空
	//if (mode == UPDATE_VALUE_MODE::MODE_FROM_VARIABLE)
	//{
	//	if (pInf->pUpLinkInterface->value.Ptr == nullptr)
	//	{
	//		Utility::VPCriticalMessageBox("Can't update value from " + pInf->pUpLinkInterface->strFullName + ", Reason: value is invalid.");

	//		return false;
	//	}
	//}

	// 被标记为废弃的端口，不参与数据链接
	if (pInf == nullptr || pInf->Discard != INF_DISCARD::INF_DEFAULT)
	{
		return "Interface Error";
	}

	// 根据不同类型分别进行操作
	VALUE_TYPE type = pInf->value.type;

	switch (type)
	{

	case VALUE_TYPE::Type_Bool:
	{
		bool value = false;
		MoveValue<bool>(value, pInf, mode);
		pInf->valueString = QString(value);
	}
	break;

	case VALUE_TYPE::Type_Int:
	{
		int value = 0;
		MoveValue<int>(value, pInf, mode);

		// 2021-11-9，保存接口数值
		pInf->valueString = QString::number(value);
	}
	break;

	case VALUE_TYPE::Type_Float:
	{
		float value = 0;
		MoveValue<float>(value, pInf, mode);
		pInf->valueString = QString("%1").arg(value);
	}
	break;

	case VALUE_TYPE::Type_Double:
	{
		double value = 0.0;
		MoveValue<double>(value, pInf, mode);
		pInf->valueString = QString("%1").arg(value);
	}
	break;

	//case VALUE_TYPE::Type_CharP:
	//{
	//	char* value = nullptr;
	//	MoveValue<char*>(value, pInf, mode);
	//	return QString("%1").arg(value);
	//}
	//break;

	case VALUE_TYPE::Type_StdString:
	{
		std::string  value = "";
		MoveValue<std::string>(value, pInf, mode);
		pInf->valueString = QString("%1").arg(value.c_str());
	}
	break;

	case VALUE_TYPE::Type_String:
	{
		QString  value = "";
		MoveValue<QString>(value, pInf, mode);
		pInf->valueString = value;
	}
	break;

	case VALUE_TYPE::Type_QImage:
	{
		QImage  value;
		MoveValue<QImage>(value, pInf, mode);
		//pInf->valueString = QString("%1 - %1").arg(value.size().width()).arg(value.size().height());
		pInf->valueString = QString("QImage");
	}
	break;


	case VALUE_TYPE::Type_Mat:
	{
		Mat  value;
		MoveValue<Mat>(value, pInf, mode);
		//pInf->valueString = QString("%1 - %1").arg(value.size().width()).arg(value.size().height());
		pInf->valueString = QString("Mat");
	}
	break;

	case VALUE_TYPE::Type_HTuple:
	{
		HTuple  value;
		MoveValue<HTuple>(value, pInf, mode);
		pInf->valueString = QString("HTuple");
	}
	break;

	case VALUE_TYPE::Type_HObject:
	{
		HObject  value;
		MoveValue<HObject>(value, pInf, mode);
		pInf->valueString = QString("HObject");
	}
	break;

	case VALUE_TYPE::Type_HImage:
	{
		HImage  value;
		MoveValue<HImage>(value, pInf, mode);
		pInf->valueString = QString("HImage");
	}
	break;

	case VALUE_TYPE::Type_ST_Pos:
	{
		ST_POS  value;
		MoveValue<ST_POS>(value, pInf, mode);
		pInf->valueString = QString("ST Pose");
	}
	break;

	case VALUE_TYPE::Type_ST_HomMat2D:
	{
		HHomMat2D  value;
		MoveValue<HHomMat2D>(value, pInf, mode);
		pInf->valueString = QString("HHomMat2D");
	}
	break;

	case VALUE_TYPE::Type_ST_Point:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_Line:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_Circle:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_Disp:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_Window:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_Ncc_Modle:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_Shape_Modle:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_Calibration:
	{

	}
	break;

	case VALUE_TYPE::Type_ST_CamParam_PoseCalib:
	{

	}
	break;

	case VALUE_TYPE::Type_pIBaseCamera:
	{
		IBaseCamera* value= nullptr;
		MoveValue<IBaseCamera*>(value, pInf, mode);
		if (value != nullptr)
		{
			pInf->valueString = QString("%1").arg(value->serial());
		}
		else
		{
			pInf->valueString = "null";
		}
		
	}
	break;

	case VALUE_TYPE::Type_pIpImage:
	{

	}
	break;

	case VALUE_TYPE::Type_pISocket:
	{

	}
	break;

	case VALUE_TYPE::Type_pArrayIn:
	{

	}
	break;

	case VALUE_TYPE::Type_pArrayOut:
	{

	}
	break;

	case VALUE_TYPE::Type_pArrayRobotPos:
	{

	}
	break;


	default:

		qWarning() << "[POU][LINK][ERROR]: updateInterfaceValue - Unknown value type: " << (short)type;

		return "";

		pInf->valueString.clear();
	}

	return pInf->valueString;

	// return "";
}











/// <summary>
/// 重置所有工具执行状态
/// </summary>
void POU::ResetToolExecCode()
{
	QHash<WindowAppBlockBase*, TOOL*>::iterator iter = m_itemToTools.begin();
	while (iter != m_itemToTools.end())
	{
		// 返回值
		iter.value()->execParams.nRetValue = VPEnum::RETURN_VALUE::None;

		// 状态
		iter.value()->execParams.nStatus = VPEnum::EXEC_STATUS::StandBy;

		iter++;
	}
}


/// <summary>
/// 从Dll获取接口的值
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="pInf"></param>
/// <returns></returns>
template<typename T>
T& POU::GetDllInfValue(_INTERFACE* pInf)
{
	// DllTool* pDllTool = pInf->pParentTool->pDllPtr;

	// 2022-3-23 根据真实的Parent获取对应的Dll（处理Port绑定的情况）
	DllTool* pDllTool = pInf->realParent()->pDllPtr;


	return pDllTool->Value<T>(pInf->nIndex);
}


/// <summary>
/// 设置Dll中接口的值
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="tValue"></param>
/// <param name="pInf"></param>
template<typename T>
void POU::SetDllInfValue(T& tValue, _INTERFACE* pInf)
{
	DllTool* pDllTool = pInf->realParent()->pDllPtr;
	if (pDllTool != nullptr)
	{
		if (pInf->value.passMode == VALUE_PASS_MODE::PASS_BY_VALUE)
		{
			pDllTool->UpdateValue<T>(pInf->nIndex, tValue);
		}
		else
		{
			pDllTool->UpdateValue<T>(pInf->nIndex, tValue, VALUE_PASS_MODE::PASS_BY_ADDRESS);
		}
	}
	else
	{
		pInf->setValue(tValue, VALUE_PASS_MODE::PASS_BY_VALUE);
	}
}


/// <summary>
/// 2022-9-25，查询WaitTool的等待Value（用于在TaskManager触发WaitTool执行的时候进行判断）
/// </summary>
/// <param name="pTool"></param>
/// <returns></returns>
VALUE* POU::getWaitToolValue(TOOL* pTool)
{
	WindowAppBlockWait* pWaitBlock = qgraphicsitem_cast<WindowAppBlockWait*>(m_instNameToToolItems[pTool->strInstanceName]);

	return &pWaitBlock->m_WaitValue;
}


//============================================================
//
//					Task 线程
//
//============================================================


/// <summary>
/// 线程函数
/// </summary>
void _ParallelThread::run()
{
	// 调用函数执行任务
	this->m_pPou->ToolExecutionDispatcher(m_pParallelSubTool, TOOL_RUN_MODE::IN_PARALLEL);
}

///// <summary>
///// 线程函数
///// </summary>
//void _ParallelThread::run()
//{
//	VPEnum::RETURN_VALUE ret = VPEnum::RETURN_VALUE::None;
//
//	// 循环执行任务，直到工具退出为止
//	while (ret != VPEnum::RETURN_VALUE::Abort)
//	{
//		// 调用函数执行任务
//		this->m_pPou->ToolExecutionDispatcher(m_pParallelSubTool, TOOL_RUN_MODE::IN_PARALLEL);
//	}
//
//	vDebug() << " _ParallelThread of SubTool[" << m_pParallelSubTool->strInstanceName << "] exit.";
//}
//
//
///// <summary>
///// 将本工具加入到并行子工具的预启动中
///// </summary>
///// <param name="pTool"></param>
//void POU::addParallelSubTool(TOOL* pTool)
//{
//	// 并行子工具在刚链接的时候，就直接启动线程，但是处于等待状态不执行
//	m_ParallelThreadPool.start(new _ParallelThread(this, pTool));
//
//	vDebug() << "ParallelSubTool[" << pTool->strInstanceName << "] thread start...";
//}
//
//
///// <summary>
///// 移除一个并行子工具
///// </summary>
///// <param name="pTool"></param>
//void POU::removeParallelSubTool(TOOL* pTool)
//{
//	Q_UNUSED(pTool);
//}