#pragma once
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#include <vector>
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#include "CHCommonClasses/MacroFile.h"
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interface ISignalControl2Parnet
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{
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virtual void ISC2P_DisplayMessage(int nIndex, const TCHAR* lpstrFormat, ...) = 0;
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virtual void ISC2P_ReceiveSignal(int nIndex, int nSignalIndex, int nSignalValue, BOOL bOn=TRUE) = 0;
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virtual void ISC2P_SetSignalStatus(int nReadSignal, int nSendSignal, int nSendSignalWord = 0) = 0;
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};
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enum SignalConnectType { SignalConnectType_Simulation = 0,
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SignalConnectType_Plc,
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SignalConnectType_Dit_PcControl,
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SignalConnectType_Count };
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enum SignalDelayIndex { SignalDelayIndex_Loading=0,
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SignalDelayIndex_AlignStart,
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SignalDelayIndex_AlignEnd,
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SignalDelayIndex_ReviewStart,
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SignalDelayIndex_ReviewEnd,
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SignalDelayIndex_Unloading,
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SignalDelayIndex_Count };
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enum ReceiveSignal { RecvSig_BypassMode=0,
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RecvSig_AutoMode,
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RecvSig_ManualMode,
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RecvSig_ReviewMode,
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RecvSig_Loading,
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RecvSig_AlignStart,
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RecvSig_AlignEnd,
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RecvSig_ReviewStart,
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RecvSig_ReviewEnd,
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RecvSig_Unloading,
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RecvSig_Count };
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struct SSignalSettingData
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{
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SSignalSettingData(int nIdx=-1, CString strN=_T(""), CString strA=_T(""), int nS=0)
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{
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nIndex = nIdx;
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strName = strN;
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strAddr = strA;
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nSize = nS;
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}
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~SSignalSettingData() { Reset(); }
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void Reset()
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{
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nIndex = -1;
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strName = _T("");
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strAddr = _T("");
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nSize = 0;
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}
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int nIndex;
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CString strName;
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CString strAddr;
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int nSize;
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};
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typedef std::vector<SSignalSettingData> VectorSignalSettingData;
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typedef std::vector<SSignalSettingData>::iterator VectorSignalSettingDataIt;
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typedef std::vector<SSignalSettingData>::const_iterator constVectorSignalSettingDataIt;
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typedef std::vector<int> VectorInt;
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typedef std::vector<CString> VectorCString;
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class CSignalControlInfo
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{
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public:
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CSignalControlInfo(int nIndex=0) : m_nIndex(nIndex) { Reset(); }
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~CSignalControlInfo(void) { Reset(); }
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void Reset()
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{
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m_nIndex = 0;
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m_strName = _T("");
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m_nPort = 0;
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m_nControllerType = 0;
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m_nReceiveSignalCount = 1;
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m_nSendSignalCount = 1;
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m_nMSPeriod = 0;
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m_nMSTimerTime = 0;
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m_nMSTotalTime = 0;
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memset(m_pMsSignalDelayTime, 0x00, sizeof(int)*SignalDelayIndex_Count);
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m_bUseContinuousReadAddr = FALSE;
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m_bUseContinuousSendAddr = FALSE;
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m_vecReadSigAddr.clear();
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m_vecSendSigAddr.clear();
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m_vecReadDataAddr.clear();
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m_vecSendDataAddr.clear();
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}
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BOOL LoadInfo(CMacroFile* pFile, const CString& strItemName)
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{
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return FALSE;
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}
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BOOL SaveInfo(CMacroFile* pFile, const CString& strItemName)
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{
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return FALSE;
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}
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// getter
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int GetIndex() const { return m_nIndex; }
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CString GetName() const { return m_strName; }
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int GetPort() const { return m_nPort; }
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int GetControllerType() const { return m_nControllerType; }
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int GetReceiveSignalCount() const { return m_nReceiveSignalCount; }
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int GetSendSignalCount() const { return m_nSendSignalCount; }
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int GetMSPeriod() const { return m_nMSPeriod; }
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int GetMSTimerTime() const { return m_nMSTimerTime; }
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int GetMSTotalTime() const { return m_nMSTotalTime; }
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int* GetDelayTimeData() { return &(m_pMsSignalDelayTime[0]); }
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int GetMSLoadingSignalDelay() const { return m_pMsSignalDelayTime[SignalDelayIndex_Loading]; }
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int GetMSAlignStartSignalDelay() const { return m_pMsSignalDelayTime[SignalDelayIndex_AlignStart]; }
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int GetMSAlignEndSignalDelay() const { return m_pMsSignalDelayTime[SignalDelayIndex_AlignEnd]; }
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int GetMSReviewStartSignalDelay() const { return m_pMsSignalDelayTime[SignalDelayIndex_ReviewStart]; }
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int GetMSReviewEndSignalDelay() const { return m_pMsSignalDelayTime[SignalDelayIndex_ReviewEnd]; }
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int GetMSUnloadingSignalDelay() const { return m_pMsSignalDelayTime[SignalDelayIndex_Unloading]; }
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int GetDefocusValueMin()const { return m_nDefocusValueMin; }
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int GetDefocusValueMax()const { return m_nDefocusValueMax; }
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BOOL GetUseContinuousReadAddress() const { return m_bUseContinuousReadAddr; }
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BOOL GetUseContinuousSendAddress() const { return m_bUseContinuousSendAddr; }
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int GetReadSignalAddressCount() const
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{
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return int(m_vecReadSigAddr.size());
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}
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CString GetReadSignalAddress(int nIdx) const
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{
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if (nIdx<0 || nIdx>=int(m_vecReadSigAddr.size())) return _T("");
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return m_vecReadSigAddr[nIdx];
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}
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int GetSendSignalAddressCount() const
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{
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return int(m_vecSendSigAddr.size());
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}
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CString GetSendSignalAddress(int nIdx) const
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{
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if (nIdx<0 || nIdx>=int(m_vecSendSigAddr.size())) return _T("");
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return m_vecSendSigAddr[nIdx];
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}
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int GetReadDataAddressCount() const
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{
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return int(m_vecReadDataAddr.size());
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}
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SSignalSettingData* GetReadDataAddress(int nIdx)
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{
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if (nIdx<0 || nIdx>=int(m_vecReadDataAddr.size())) return NULL;
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return &m_vecReadDataAddr[nIdx];
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}
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const SSignalSettingData* GetReadDataAddress(int nIdx) const
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{
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if (nIdx<0 || nIdx>=int(m_vecReadDataAddr.size())) return NULL;
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return &m_vecReadDataAddr[nIdx];
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}
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int CSignalControlInfo::GetSendDataAddressCount() const
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{
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return int(m_vecSendDataAddr.size());
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}
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SSignalSettingData* GetSendDataAddress(int nIdx)
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{
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if (nIdx<0 || nIdx>=int(m_vecSendDataAddr.size())) return NULL;
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return &m_vecSendDataAddr[nIdx];
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}
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const SSignalSettingData* GetSendDataAddress(int nIdx) const
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{
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if (nIdx<0 || nIdx>=int(m_vecSendDataAddr.size())) return NULL;
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return &m_vecSendDataAddr[nIdx];
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}
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// setter
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void SetIndex(int nIndex) { m_nIndex = nIndex; }
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void SetName(const CString& strName) { m_strName = strName; }
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void SetPort(int nPort) { m_nPort = nPort; }
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void SetControllerType(int nType) { m_nControllerType = nType; }
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void SetReceiveSignalCount(int nCount) { m_nReceiveSignalCount = nCount; }
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void SetSendSignalCount(int nCount) { m_nSendSignalCount = nCount; }
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void SetMSPeriod(int nTime) { m_nMSPeriod = nTime; }
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void SetMSTimerTime(int nTime) { m_nMSTimerTime = nTime; }
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void SetMSLodingSignalDelay(int nTime) { m_pMsSignalDelayTime[SignalDelayIndex_Loading] = nTime; }
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void SetMSAlignStartSignalDelay(int nTime) { m_pMsSignalDelayTime[SignalDelayIndex_AlignStart] = nTime; }
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void SetMSAlignEndSignalDelay(int nTime) { m_pMsSignalDelayTime[SignalDelayIndex_AlignEnd] = nTime; }
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void SetMSReviewStartSignalDelay(int nTime) { m_pMsSignalDelayTime[SignalDelayIndex_ReviewStart] = nTime; }
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void SetMSReviewEndSignalDelay(int nTime) { m_pMsSignalDelayTime[SignalDelayIndex_ReviewEnd] = nTime; }
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void SetMSUnloadingSignalDelay(int nTime) { m_pMsSignalDelayTime[SignalDelayIndex_Unloading] = nTime; }
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void SetMSTotalTime(int nTime) { m_nMSTotalTime = nTime; }
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void SetUseContinuousReadAddress(BOOL bUse) { m_bUseContinuousReadAddr = bUse; }
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void SetUseContinuousSendAddress(BOOL bUse) { m_bUseContinuousSendAddr = bUse; }
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void SetDefocusValueMin(int nValue) { m_nDefocusValueMin = nValue; }
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void SetDefocusValueMax(int nValue) { m_nDefocusValueMax = nValue; }
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void SetReadSignalAddressCount(int nCnt) { m_vecReadSigAddr.resize(nCnt); }
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void SetReadSignalAddress(CString strAddr) { m_vecReadSigAddr.push_back(strAddr); }
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void SetSendSignalAddressCount(int nCnt) { m_vecSendSigAddr.resize(nCnt); }
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void SetSendSignalAddress(CString strAddr) { m_vecSendSigAddr.push_back(strAddr); }
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void SetReadDataAddressCount(int nCnt) { m_vecReadDataAddr.resize(nCnt); }
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void SetReadDataAddress(const SSignalSettingData& data) { m_vecReadDataAddr.push_back(data); }
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void SetSendDataAddressCount(int nCnt) { m_vecSendDataAddr.resize(nCnt); }
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void SetSendDataAddress(const SSignalSettingData& data) { m_vecSendDataAddr.push_back(data); }
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protected:
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// single - param
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int m_nIndex;
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CString m_strName;
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int m_nPort;
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int m_nControllerType;
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int m_nReceiveSignalCount;
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int m_nSendSignalCount;
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int m_nMSPeriod;
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int m_nMSTimerTime;
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int m_nMSTotalTime;
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int m_pMsSignalDelayTime[SignalDelayIndex_Count];
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int m_nDefocusValueMin;
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int m_nDefocusValueMax;
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BOOL m_bUseContinuousReadAddr;
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BOOL m_bUseContinuousSendAddr;
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// multi - address
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VectorCString m_vecReadSigAddr;
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VectorCString m_vecSendSigAddr;
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VectorSignalSettingData m_vecReadDataAddr;
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VectorSignalSettingData m_vecSendDataAddr;
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};
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