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eec0075e549067c42ffffa673ce982b85c70d186
core/OdfFile/Reader/Converter/StarMath2OOXML/cconversionsmtoooxml.cpp
Dmitry Okunev eec0075e54 Сhange of architecture
2023-10-13 18:18:06 +03:00

229 lines
7.7 KiB
C++
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#include "cconversionsmtoooxml.h"
#include "../../../../DesktopEditor/common/File.h"
#include <fstream>
/*namespace StarMath {
CConversionSMtoOOXML::CConversionSMtoOOXML()
{
}
void CConversionSMtoOOXML::StartConversion(std::vector<StarMath::CElement*> arPars)
{
m_oXmlWrite.WriteNodeBegin(L"m:oMathPara",false);
m_oXmlWrite.WriteNodeBegin(L"m:oMath",false);
for(CElement* m_oTempElement:arPars)
{
ConversionOneElement(m_oTempElement);
}
EndConversion();
NSFile::CFileBinary oFile;
oFile.CreateFileW(L"Test.txt");
oFile.WriteStringUTF8(m_oXmlWrite.GetXmlString());
oFile.CloseFile();
}
void CConversionSMtoOOXML::ConversionOneElement(CElement *m_oElement)
{
switch (m_oElement->GetType())
{
case Text:
ConversText(dynamic_cast<CText*>(m_oElement));
break;
case BinOperator:
ConversBinOperator(dynamic_cast<CBinaryOperator*> (m_oElement));
break;
case Operator:
ConversOperator(dynamic_cast<COperator*> (m_oElement));
break;
default:
break;
}
}
void CConversionSMtoOOXML::ConversBinOperator(CBinaryOperator *m_oElement)
{
if(m_oElement->GetTypeBin() == plus || m_oElement->GetTypeBin() == minus || m_oElement->GetTypeBin() == multipl || m_oElement->GetTypeBin() == cdot || m_oElement->GetTypeBin() == times || m_oElement->GetTypeBin() == div || m_oElement->GetTypeBin() == odivide || m_oElement->GetTypeBin() == oplus || m_oElement->GetTypeBin() == ominus || m_oElement->GetTypeBin() == odot || m_oElement->GetTypeBin() == otimes)
{
ConversionOneElement(m_oElement->GetFirstElement());
m_oXmlWrite.WriteNodeBegin(L"m:r",false);
StandartProperties();
m_oXmlWrite.WriteNodeBegin(L"m:t",false);
switch (m_oElement->GetTypeBin())
{
case plus: m_oXmlWrite.WriteString(L"+");break;
case minus:
m_oXmlWrite.WriteString(L"-");
break;
case multipl:
m_oXmlWrite.WriteString(L"*");
break;
case cdot:
m_oXmlWrite.WriteString(L"\u00B7");
break;
case times:
m_oXmlWrite.WriteString(L"\u00D7");
break;
case div:
m_oXmlWrite.WriteString(L"\u00F7");
break;
case odivide:
m_oXmlWrite.WriteString(L"\u2298");
break;
case oplus:
m_oXmlWrite.WriteString(L"\u2295");
break;
case ominus:
m_oXmlWrite.WriteString(L"\u2296");
break;
case odot:
m_oXmlWrite.WriteString(L"\u2299");
break;
case otimes:
m_oXmlWrite.WriteString(L"\u2297");
break;
default:
break;
}
if(m_oElement->GetTypeSecondElement() == Text)
{
CText* m_oNumber = dynamic_cast<CText*> (m_oElement->GetSecondElement());
m_oXmlWrite.WriteString(m_oNumber->GetValue());
m_oXmlWrite.WriteNodeEnd(L"m:t",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:r",false,false);
}
else
{
m_oXmlWrite.WriteNodeEnd(L"m:t",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:r",false,false);
ConversionOneElement(m_oElement->GetSecondElement());
}
}
else if(m_oElement->GetTypeBin() == over || m_oElement->GetTypeBin() == division)
{
m_oXmlWrite.WriteNodeBegin(L"m:f",false);
if(m_oElement->GetTypeBin() == division) PropertiesMFPR(true,L"lin");
else PropertiesMFPR(false,L"");
BlockRecording(L"m:num",m_oElement->GetFirstElement());
BlockRecording(L"m:den",m_oElement->GetSecondElement());
m_oXmlWrite.WriteNodeEnd(L"m:f",false,false);
}
}
void CConversionSMtoOOXML::ConversText(CText *m_oElement)
{
m_oXmlWrite.WriteNodeBegin(L"m:r",false);
StandartProperties();
m_oXmlWrite.WriteNodeBegin(L"m:t",false);
m_oXmlWrite.WriteString(m_oElement->GetValue());
m_oXmlWrite.WriteNodeEnd(L"m:t",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:r",false,false);
}
void CConversionSMtoOOXML::ConversOperator(COperator *m_oElement)
{
if(m_oElement->GetTypeOp() == sum)
{
m_oXmlWrite.WriteNodeBegin(L"m:nary",false);
PropertiesNaryPr(L"\u2211",nullptr == m_oElement->GetFrom(),nullptr == m_oElement->GetTo());
if(m_oElement->GetFrom() == nullptr) m_oXmlWrite.WriteNode(L"m:sub",L"");
else
{
BlockRecording(L"m:sub",m_oElement->GetFrom());
}
if(m_oElement->GetTo() == nullptr) m_oXmlWrite.WriteNode(L"m:sup",L"");
else
{
BlockRecording(L"m:sup",m_oElement->GetTo());
}
BlockRecording(L"m:e",m_oElement->GetValueOp());
m_oXmlWrite.WriteNodeEnd(L"m:nary",false,false);
}
}
void CConversionSMtoOOXML::StandartProperties()
{
m_oXmlWrite.WriteNodeBegin(L"w:rPr",false);
m_oXmlWrite.WriteNodeBegin(L"w:rFonts",true);
m_oXmlWrite.WriteAttribute(L"w:hAnsi",L"Cambria Math");
m_oXmlWrite.WriteAttribute(L"w:ascii",L"Cambria Math");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNodeBegin(L"w:sz",true);
m_oXmlWrite.WriteAttribute(L"w:val",L"40");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNodeBegin(L"w:szCs",true);
m_oXmlWrite.WriteAttribute(L"w:val",L"40");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNodeEnd(L"w:rPr",false,false);
}
void CConversionSMtoOOXML::PropertiesMFPR(bool bType,const std::wstring& wsType)
{
m_oXmlWrite.WriteNodeBegin(L"m:fPr",false);
if(bType)
{
m_oXmlWrite.WriteNodeBegin(L"m:type",true);
m_oXmlWrite.WriteAttribute(L"m:val",wsType);
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
}
m_oXmlWrite.WriteNodeBegin(L"m:ctrlPr",false);
m_oXmlWrite.WriteNodeBegin(L"w:rPr",false);
m_oXmlWrite.WriteNodeBegin(L"w:rFonts",true);
m_oXmlWrite.WriteAttribute(L"w:hAnsi",L"Cambria Math");
m_oXmlWrite.WriteAttribute(L"w:ascii",L"Cambria Math");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNode(L"w:i",L"");
//m_oXmlWrite.WriteNode(L"w:iCs",L"");
m_oXmlWrite.WriteNodeBegin(L"w:sz",true);
m_oXmlWrite.WriteAttribute(L"w:val",L"40");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNodeBegin(L"w:szCs",true);
m_oXmlWrite.WriteAttribute(L"w:val",L"40");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNodeEnd(L"w:rPr",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:ctrlPr",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:fPr",false,false);
}
void CConversionSMtoOOXML::PropertiesNaryPr(const std::wstring& wsTypeOperator,bool bEmptySub,bool bEmptySup)
{
m_oXmlWrite.WriteNodeBegin(L"m:naryPr",false);
m_oXmlWrite.WriteNodeBegin(L"m:chr",true);
m_oXmlWrite.WriteAttribute(L"m:val",wsTypeOperator);
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNodeBegin(L"m:limLoc",true);
m_oXmlWrite.WriteAttribute(L"m:val",L"undOvr");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
if(bEmptySub)
{
m_oXmlWrite.WriteNodeBegin(L"m:subHide",true);
m_oXmlWrite.WriteAttribute(L"m:val",L"1");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
}
if(bEmptySup)
{
m_oXmlWrite.WriteNodeBegin(L"m:supHide",true);
m_oXmlWrite.WriteAttribute(L"m:val",L"1");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
}
m_oXmlWrite.WriteNodeBegin(L"m:ctrlPr",false);
m_oXmlWrite.WriteNodeBegin(L"w:rPr",false);
m_oXmlWrite.WriteNodeBegin(L"w:rFonts",true);
m_oXmlWrite.WriteAttribute(L"w:hAnsi",L"Cambria Math");
m_oXmlWrite.WriteAttribute(L"w:ascii",L"Cambria Math");
m_oXmlWrite.WriteNodeEnd(L"w",true,true);
m_oXmlWrite.WriteNode(L"w:i",L"");
m_oXmlWrite.WriteNodeEnd(L"w:rPr",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:ctrlPr",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:naryPr",false,false);
}
void CConversionSMtoOOXML::BlockRecording(const std::wstring &wsNameBlock, CElement *CValueBlock)
{
m_oXmlWrite.WriteNodeBegin(wsNameBlock,false);
ConversionOneElement(CValueBlock);
m_oXmlWrite.WriteNodeEnd(wsNameBlock,false,false);
}
std::wstring CConversionSMtoOOXML::GetOOXML()
{
return m_oXmlWrite.GetXmlString();
}
void CConversionSMtoOOXML::EndConversion()
{
//m_oXmlWrite.WriteNodeEnd(L"m:r",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:oMath",false,false);
m_oXmlWrite.WriteNodeEnd(L"m:oMathPara",false,false);
}
}
*/
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