int CInstrumentManager::GetFreeSequenceIndex(inst_type_t InstType, int Type, CSeqInstrument *pInst) const
{
// moved from CFamiTrackerDoc
std::vector<bool> Used(CSequenceCollection::MAX_SEQUENCES, false);
for (int i = 0; i < MAX_INSTRUMENTS; i++) if (GetInstrumentType(i) == InstType) { // // //
auto pInstrument = std::static_pointer_cast<CSeqInstrument>(GetInstrument(i));
if (pInstrument->GetSeqEnable(Type) && (pInst && pInst->GetSequence(Type)->GetItemCount() || pInst != pInstrument.get()))
Used[pInstrument->GetSeqIndex(Type)] = true;
}
for (int i = 0; i < CSequenceCollection::MAX_SEQUENCES; ++i) if (!Used[i]) {
const CSequence *pSeq = GetSequence(InstType, Type, i);
if (!pSeq || !pSeq->GetItemCount())
return i;
}
return -1;
}
bool CTradeSPI::GetSymbol(IN map<string, CSymbol> &mapSymbol)
{
map<string, CSymbol> mapSymbolTemp;
vector<CThostFtdcInstrumentField> vecInstrumentField;
vector<CThostFtdcDepthMarketDataField> vecMarketDataField;
if (true == GetInstrument(vecInstrumentField))
{
for (vector<CThostFtdcInstrumentField>::iterator itInstrumentField = vecInstrumentField.begin(); vecInstrumentField.end() != itInstrumentField; ++itInstrumentField)
{
CSymbol Symbol;
FillSymbolByInstrument(Symbol, *itInstrumentField);
mapSymbolTemp[Symbol.GetSymbol().c_str()] = Symbol;
}
Sleep(1100);
if (true == GetMarketData(vecMarketDataField))
{
for (vector<CThostFtdcDepthMarketDataField>::iterator itMarketDataField = vecMarketDataField.begin(); vecMarketDataField.end() != itMarketDataField; ++itMarketDataField)
{
map<string, CSymbol>::iterator itSymbol = mapSymbolTemp.find(itMarketDataField->InstrumentID);
if (mapSymbolTemp.end() != itSymbol)
{
FillSymbolByMarketData(itSymbol->second, *itMarketDataField);
mapSymbol[itSymbol->first] = itSymbol->second;
}
}
return true;
}
}
return false;
}
int CBase_AnalysisTemplate::Sample_PrepareAcquire(CBase_AnalysisSample *pcSample)
{
if(!pcSample) {
return IAERROR_PARAMETER_WRONGTYPE;
}
CBase_AnalysisInstrument *pcInstru=NULL;
BOOL bConnected=FALSE;
for(int i=0; i<m_cArrayInstrument2Sample.GetCount(); ++i) {
if(m_cArrayInstrument2Sample[i].m_pcSample==pcSample) {
bConnected = TRUE;
pcInstru = m_cArrayInstrument2Sample[i].m_pcInstrument;
g_TracePersistentlyWithTime(_T("Sample_Prepare: CBase_AnalysisTemplate::Sample_PrepareAcquire(connected).\r\n"));
break;
}
}
if(!bConnected) pcInstru = GetInstrument();
if(pcInstru == NULL) return IAERROR_INSTRUMENT_NOTCONNECT;
if(!pcInstru->Instrument_IsReady())
{
//ALERT(ICON_CRITICAL, _T("仪器未连接"), _T("样品准备"), NULL);
return IAERROR_INSTRUMENT_NOTCONNECT;
}
bool bNeedDownload = true;
if(m_pcWindowTask)
{
CAnalysisTask* pTask = m_pcWindowTask->GetTask();
if(pTask)
{
const CAnalysisTaskItem* pItem = pTask->GetItem(pcSample);
if(pItem && pItem->m_bUsingCurrentArgs) bNeedDownload = false;
}
}
if(bNeedDownload)
{
//参数比较
//首先取得当前仪器参数
CString xmlString;
if(pcInstru->Base_UploadFromDevice(xmlString) != IAERROR_SUCCESS) return IAERROR_CG_SAMPLE_NOTREADY;
CAnalysisData ad;
if(ad.LoadFromDocument(xmlString) != IAERROR_SUCCESS) return IAERROR_CG_SAMPLE_NOTREADY;
//然后和样品中的参数进行比较
CAnalysisData& adSample = pcSample->m_data;
CStringArray notequal;
static CString sp(_T("Sample/Parameter/"));
if((g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_GC_PX) == 0) || (g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_GC1120) == 0))
{
static LPCTSTR vs[] =
{
_T("Instrument/MainFrame/Temp_ColumnBox"),
_T("Instrument/MainFrame/Temp_FrontDetector"),
_T("Instrument/MainFrame/Temp_RearDectetor"),
_T("Instrument/MainFrame/Temp_FrontInjector"),
_T("Instrument/MainFrame/Temp_RearInjector")
};
for(int i=0; i<sizeof(vs)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs[i], ad, vs[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs[i]);
}
}
else if(g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_GC2400) == 0)
{
static LPCTSTR vs[] =
{
_T("Instrument/MainFrame/Temp_ColumnBox"),
_T("Instrument/MainFrame/Temp_FrontInjector"),
_T("Instrument/MainFrame/Temp_RearDectetor")
};
for(int i=0; i<sizeof(vs)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs[i], ad, vs[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs[i]);
}
}
else if((g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_GC1100W) == 0))
{
static LPCTSTR vs[] =
{
_T("Instrument/MainFrame/Temp_ColumnBox"),
_T("Instrument/MainFrame/Temp_Detector")
};
for(int i=0; i<sizeof(vs)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs[i], ad, vs[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs[i]);
}
}
else if((g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_GC1100P) == 0))
{
static LPCTSTR vs[] =
{
_T("Instrument/MainFrame/Temp_InputDetect"),
_T("Instrument/MainFrame/Pressure"),
_T("Instrument/MainFrame/Flow_ZQ"),
_T("Instrument/MainFrame/Flow_WC")
};
for(int i=0; i<sizeof(vs)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs[i], ad, vs[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs[i]);
}
}
else if(g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_LC1620A) == 0)
{
static LPCTSTR vs[] =
{
_T("Instrument/Pump/InitFLowAPercent"),
_T("Instrument/Pump/InitFLowBPercent"),
_T("Instrument/Pump/InitFLow")
};
for(int i=0; i<sizeof(vs)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs[i], ad, vs[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs[i]);
}
static LPCTSTR vs2[] =
{
_T("Instrument/UVDetector/WaveLength")
};
for(int i=0; i<sizeof(vs2)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs2[i], ad, vs2[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs2[i]);
}
}
else if(g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_IC1800) == 0)
{
static LPCTSTR vs[] =
{
_T("Instrument/Pump/InitFLow")
};
for(int i=0; i<sizeof(vs)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs[i], ad, vs[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs[i]);
}
static LPCTSTR vs2[] =
{
_T("Instrument/Detector/Temp"),
_T("Instrument/Detector/YZQDL")/*,
_T("Instrument/Detector/Range")//*/
};
for(int i=0; i<sizeof(vs2)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs2[i], ad, vs2[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs2[i]);
}
static LPCTSTR vs3[] =
{
_T("Instrument/ColumnBox/Temp")
};
for(int i=0; i<sizeof(vs3)/sizeof(LPCTSTR); ++i)
{
if(adSample.CompareValue_Double(sp + vs3[i], ad, vs3[i]) != CAnalysisData::CR_EQUAL) notequal.Add(vs3[i]);
}
}
if(!notequal.IsEmpty())
{
CString name, sv, cv, tr;
// 弹出不同对话框
CString msg(_T("<table border='1'><tr><td>名称</td><td>样品参值</td><td>当前参值</td></tr>"));
for(int i=0; i<=notequal.GetUpperBound(); ++i)
{
const CString& si = notequal.GetAt(i);
adSample.GetProperty(sp + si, XMLPROP_NAME, name);
adSample.GetValue_String(sp + si, sv);
if((ad.GetValue_String(si, cv) != IAERROR_SUCCESS) || cv.IsEmpty()) cv = _T(" ");
if((g_cConfigIni.CurrentSystemName().Compare(PASYSTEM_NAME_IC1800) == 0) && (si == _T("Instrument/Detector/Temp")))
{
if(sv == _T("0")) sv = _T("40℃");
else if(sv == _T("1")) sv = _T("50℃");
else if(sv == _T("2")) sv = _T("60℃");
else sv = _T("参数错误");
if(cv == _T("0")) cv = _T("40℃");
else if(cv == _T("1")) cv = _T("50℃");
else if(cv == _T("2")) cv = _T("60℃");
else cv = _T("参数错误");
}
tr.Format(_T("<tr><td>%s</td><td>%s</td><td>%s</td></tr>"), name, sv, cv);
msg += tr;
}
msg += _T("</table>");
switch(HTMLMessageBox(NULL, msg, _T("当前设置参数与样品中的仪器参数不一致"), _T("采用样品中的仪器参数;采用当前设置参数;取消"), _T(";"), ICON_QUESTION))
{
case 0:
// 采用样品中的仪器参数
if(adSample.GetValue_XMLString(XMLPATH_SAMPLE_PARAM_INSTRUMENT, xmlString) != IAERROR_SUCCESS) return IAERROR_CG_SAMPLE_NOTREADY;
if(pcInstru->Base_DownloadToDevice(xmlString) != IAERROR_SUCCESS) return IAERROR_CG_SAMPLE_NOTREADY;
break;
case 1:break;
default://取消或X
return IAERROR_CG_SAMPLE_NOTREADY;
}
}
}
if(!bConnected)
{
//连接仪器
int nret = Sample_LinkToInstrument(pcSample, pcInstru, pcSample->GetInstrumentChannel());
RETURNifERROR(nret);
CString t;
t.Format(_T("Sample_Prepare: CBase_AnalysisTemplate::Sample_LinkToInstrument:%d.\r\n"), nret);
g_TracePersistentlyWithTime(t);
}
//设定仪器参数
int nRet = IAERROR_SUCCESS;
// CString cStrXMLParam;
//
// if(IAERROR_SUCCESS!=pcSample->m_data.GetValue_XMLString(_T("Sample\\Parameter\\Instrument"), cStrXMLParam))
// return IAERROR_XML_ITEMNOTFOUND;//没有找到相应的仪器参数
//
// nRet = Instrument_SetParam(pcInstru, _T("Instrument"), cStrXMLParam);
if(nRet==IAERROR_CG_INSTRUMENT_ERROR) {
return IAERROR_CG_INSTRUMENT_ERROR;
}
else if(nRet==IAERROR_SUCCESS) {
return IAERROR_SUCCESS;
}
else
return nRet;
return IAERROR_CG_SAMPLE_NOTREADY;
}
