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da50f1355f4cc7cdec8fac460a80cb36291beddb
core/ASCOfficePDFWriter/PdfWriterLib/PdfWriterLib.cpp
Elen.Subbotina 9c6f21685b последыши изменений интерфейса IRenderer 
git-svn-id: svn://fileserver/activex/AVS/Sources/TeamlabOffice/trunk/ServerComponents@63629 954022d7-b5bf-4e40-9824-e11837661b57
2016-05-21 00:16:48 +03:00

6856 lines
222 KiB
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#include "PdfWriterLib.h"
#include "../../../DesktopEditor/graphics/structures.h"
#include "../../../DesktopEditor/graphics/Image.h"
#include "../../../Common/FileDownloader.h""
#include "OnlineOfficeBinToPdf.h"
#include "../../../Common/Base64.h"
#include "../../../Common/DocxFormat/Source/SystemUtility/FileSystem/Directory.h"
#include "../../../Common/DocxFormat/Source/SystemUtility/File.h"
#include "../../../Common/DocxFormat/Source/Base/Types_32.h"
#include "../../../DesktopEditor/common/Directory.h"
CPdfWriterLib::CPdfWriterLib()
{
m_pFontManager = NULL;
m_bIsFontsInitialize = false;
m_pFindFonts = NULL;
//m_hSynchMutex = CreateMutex(NULL, false, _T("AVSPDFWriterMutex") );
m_pDocument = NULL;
m_pCurrentFont = NULL;
m_pCurrentExtGState = NULL;
m_pCurrentXObject = NULL;
m_pXObjectList = NULL;
m_pOutlineList = NULL;
m_pDestList = NULL;
m_pCurrentDestination = NULL;
m_pAnnotList = NULL;
m_pCurrentAnnotation = NULL;
m_pFontEncodingList = NULL;
m_bStartSubPath = false;
m_bGStateChange = false;
m_oCommandParams.dAngle = 0;
m_oCommandParams.dHeight = -1;
m_oCommandParams.dLeft = -1;
m_oCommandParams.dTop = -1;
m_oCommandParams.dWidth = -1;
m_oCommandParams.nFlag = 0;
m_oCommandParams.oMatrix.fA = 1.0f;
m_oCommandParams.oMatrix.fB = 0.0f;
m_oCommandParams.oMatrix.fC = 0.0f;
m_oCommandParams.oMatrix.fD = 1.0f;
m_oCommandParams.oMatrix.fE = 0.0f;
m_oCommandParams.oMatrix.fF = 0.0f;
m_oShadow.Visible = false;
m_oFont.Name = CString( _T("Arial") );
m_oFont.Size = 12.0;
m_dCharSpace = 0.0;
m_pCurCommand = NULL;
m_pCurPath = NULL;
m_bClipPath = false;
m_wsTempDir = _T("");
m_bIsWhiteBackImage = false;
m_bUseTextureRect = false;
m_bUseImageTransform = true;
m_bUseImageTextureAlpha = false;
m_XForm = NULL;
m_IsStrokeShape = false;
}
CPdfWriterLib::~CPdfWriterLib()
{
FreePDF();
RELEASEOBJECT(m_pFindFonts);
m_pFontManager = NULL;//освободится ниже
RELEASEOBJECT(m_pFontManager);
}
void CPdfWriterLib::SetFontDir(std::wstring& sFontDir)
{
m_pFontManager = NULL;//освободится ниже
m_oFontsApplication.InitializeFromFolder(sFontDir);
m_pFontManager = m_oFontsApplication.GenerateFontManager();
m_bIsFontsInitialize = true;
}
void CPdfWriterLib::SetThemesPlace(const std::wstring & sThemesPlace)
{
m_sThemesPlace = sThemesPlace;
}
void CPdfWriterLib::InitializeFonts(bool bIsUseSystem, std::vector<std::wstring> arAdditionalFolders)
{
m_pFontManager = NULL;//освободится ниже
CArray<std::wstring> fonts;
if (bIsUseSystem)
{
fonts = m_oFontsApplication.GetSetupFontFiles();
}
for (std::vector<std::wstring>::iterator iter = arAdditionalFolders.begin(); iter != arAdditionalFolders.end(); ++iter)
{
NSDirectory::GetFiles2(*iter, fonts);
}
m_oFontsApplication.InitializeFromArrayFiles(fonts);
m_pFontManager = m_oFontsApplication.GenerateFontManager();
m_bIsFontsInitialize = true;
}
HRESULT CPdfWriterLib::SetAdditionalParam (CString ParamName, VARIANT ParamValue)
{
CString sParamName; sParamName = ParamName;
if ( _T("TempDirectory") == sParamName && VT_BSTR == ParamValue.vt )
{
m_wsTempDir = CString( ParamValue.bstrVal );
DocSetTempDir( m_pDocument, (wchar_t*)m_wsTempDir.c_str() );
}
else if ( (_T("FontDirectory") == sParamName
|| _T("InitializeFromFolder")== sParamName ) && VT_BSTR == ParamValue.vt )
{
std::wstring strFontDirectory = std::wstring( ParamValue.bstrVal );
SetFontDir(strFontDirectory);
}
else if ( _T("ThemesPlace") == sParamName && VT_BSTR == ParamValue.vt )
{
std::wstring strFontDirectory = std::wstring( ParamValue.bstrVal );
SetThemesPlace(strFontDirectory);
}
else if ( _T("WhiteBackImage") == sParamName && VT_BOOL == ParamValue.vt )
{
m_bIsWhiteBackImage = (ParamValue.boolVal == VARIANT_TRUE) ? true : false;
}
else if ( _T("BaseTransform") == sParamName && VT_ARRAY == ParamValue.vt )
{
//// check for valid pixel array size
//if ( 1 != SafeArrayGetDim(*ParamValue.pparray) )
// return S_FALSE;
//VARTYPE vType;
//// check for valid array element type
//if ( S_OK != (SafeArrayGetVartype(*ParamValue.pparray, &vType)) || VT_R8 != vType )
// return S_FALSE;
//double* pTemp = (double* (*ParamValue.pparray)->pvData;
//m_oBaseTransform.fA = pTemp[0]; m_oBaseTransform.fB = pTemp[1];
//m_oBaseTransform.fC = pTemp[2]; m_oBaseTransform.fD = pTemp[3];
//m_oBaseTransform.fE = pTemp[4]; m_oBaseTransform.fF = pTemp[5];
}
else if ( _T("BrushFillBoundsEnable") == sParamName && VT_BOOL == ParamValue.vt )
{
m_bUseTextureRect = (ParamValue.boolVal == VARIANT_TRUE) ? true : false;
}
// NOTE: пока градиенты выставим в виде svg-xml
// TODO: потом убрать
else if (_T("Fill-LinearGradient") == sParamName && VT_BSTR == ParamValue.vt)
{
if (!CreateLinearGradientFromSvgXml(std::wstring(ParamValue.bstrVal), true))
return S_FALSE;
}
// NOTE: пока градиенты выставим в виде svg-xml
// TODO: потом убрать
else if (_T("Stroke-LinearGradient") == sParamName && VT_BSTR == ParamValue.vt)
{
if (!CreateLinearGradientFromSvgXml(std::wstring(ParamValue.bstrVal), false))
return S_FALSE;
}
// NOTE: пока градиенты выставим в виде svg-xml
// TODO: потом убрать
else if (_T("Fill-RadialGradient") == sParamName && VT_BSTR == ParamValue.vt)
{
if (!CreateRadialGradientFromSvgXml(std::wstring(ParamValue.bstrVal), true))
return S_FALSE;
}
// NOTE: пока градиенты выставим в виде svg-xml
// TODO: потом убрать
else if (_T("Stroke-RadialGradient") == sParamName && VT_BSTR == ParamValue.vt)
{
if (!CreateRadialGradientFromSvgXml(std::wstring(ParamValue.bstrVal), false))
return S_FALSE;
}
return S_OK;
}
HRESULT CPdfWriterLib::GetAdditionalParam (CString ParamName, VARIANT * ParamValue)
{
return S_OK;
}
HRESULT CPdfWriterLib::CreatePDF ()
{
if ( m_pFontManager && !m_bIsFontsInitialize )
{
#ifdef BUILD_CONFIG_OPENSOURCE_VERSION
m_pFontManager->Init( L"", true, true );
#else
m_pFontManager->Initialize();
#endif
m_bIsFontsInitialize = true;
}
m_pDocument = New();
if ( !m_pDocument )
return AVS_OFFICEPDFWRITER_ERROR_FAILD_TO_ALLOC_MEM;
// m_pDocument->patterns = &m_oPatterns;
// Создаем стек команд
m_pCurCommand = new TCommandType();
m_pCurCommand->nType = c_nNone;
m_pCurCommand->nFlag = 0;
m_pCurCommand->pPrev = NULL;
m_pFindFonts = new CFindFonts();
m_bClipPath = false;
m_wsTempDir = _T("");
m_oTransform.Reset();
m_oRendererState.Reset();
m_bFirstMoveTo = true;
return S_OK;
}
HRESULT CPdfWriterLib::DeletePDF ()
{
FreePDF();
return S_OK;
}
HRESULT CPdfWriterLib::SaveToFile (CString bsPath)
{
SetState( rendstateNone );
CString sFileName( bsPath );
// Проверяем не пустой ли документ мы пытаемся записать.
if ( m_pDocument->pPageList->nCount <= 0 )
return AVS_OFFICEPDFWRITER_ERROR_INVALID_DOCUMENT;
std::wstring wsFileName = string2std_string(sFileName);
unsigned long nRet = SaveDocToFile( m_pDocument, wsFileName);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFPageMode (long nMode)
{
unsigned long nRet = SetPageMode( m_pDocument, (EPageMode)nMode);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetPDFPageMode (long *pnMode)
{
*pnMode = (long)GetPageMode( m_pDocument );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFPageLayout (long nLayout)
{
unsigned long nRet = SetPageLayout( m_pDocument, (EPageLayout)nLayout);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetPDFPageLayout (long *pnLayout)
{
*pnLayout = (long)GetPageLayout( m_pDocument );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFViewerPreference (long nValue )
{
unsigned long nRet = SetViewerPreference( m_pDocument, nValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetPDFViewerPreference (long *pnValue)
{
*pnValue = (long)GetViewerPreference( m_pDocument );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFCompressionMode (long nMode)
{
unsigned long nRet = SetCompressionMode( m_pDocument, nMode );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFOpenAction (long nAction)
{
if ( !m_pCurrentDestination )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_DESTINATION_NOT_FOUND;
unsigned long nRet = SetOpenAction( m_pDocument, m_pCurrentDestination );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetLastErrorCode (long *pnErrorCode)
{
*pnErrorCode = ErrorGetCode( &m_pDocument->oError );
return S_OK;
}
HRESULT CPdfWriterLib::GetLastErrorString (CString *pbsErrorString)
{
const char *sErrorString = ErrorGetString( &m_pDocument->oError );
CString sErr(sErrorString);
*pbsErrorString = sErr;
return S_OK;
}
//-----------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::AddNewPage ()
{
if ( !m_pDocument )
return AVS_OFFICEPDFWRITER_ERROR_INVALID_DOCUMENT;
// новая страница становится текущей
Page page = AddPage( m_pDocument );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetPagesCount (long *pnCount )
{
*pnCount = m_pDocument->pPageList->nCount;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCurrentPage (long nIndex)
{
if ( nIndex > m_pDocument->pPageList->nCount )
return S_FALSE;
Page pTempPage = (Page)ListItemAt( m_pDocument->pPageList, nIndex );
DocSetCurrentPage( m_pDocument, pTempPage );
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentPageIndex (long *pnIndex)
{
*pnIndex = ListFind( m_pDocument->pPageList, m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPageWidth (float fWidth)
{
unsigned long nRet = PageSetWidth( m_pDocument->pCurPage, fWidth );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPageHeight (float fHeight)
{
unsigned long nRet = PageSetHeight( m_pDocument->pCurPage, fHeight );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetWidth (float *pfWidth)
{
*pfWidth = PageGetWidth( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetHeight (float *pfHeight)
{
*pfHeight = PageGetHeight( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetSize (long nSize, long nDirection)
{
unsigned long nRet = PageSetSize(m_pDocument->pCurPage, (EPageSizes)nSize, (EPageDirection)nDirection);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetRotate (long nAngle)
{
unsigned long nRet = PageSetRotate( m_pDocument->pCurPage, nAngle );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::AddLabel (long nPageNum, long nNumStyle, long nFirstPage, CString bsPrefix )
{
const char* sPrefix = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sPrefix = W2A(bsPrefix);
#else
std::string ansiStr(bsPrefix.begin(), bsPrefix.end());
sPrefix = ansiStr.c_str();
#endif
unsigned long nRet = AddPageLabel( m_pDocument, nPageNum, (PageNumStyle)nNumStyle, nFirstPage, sPrefix );
if ( OK != nRet )
return nRet;
return S_OK;
}
//-----------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::SetLineWidth (float fLineWidth)
{
unsigned long nRet = PageSetLineWidth( m_pDocument->pCurPage, fLineWidth );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetLineWidth (float *pfLineWidth)
{
*pfLineWidth = PageGetLineWidth( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetLineCap (long nLineCap)
{
unsigned long nRet = PageSetLineCap( m_pDocument->pCurPage, (ELineCapStyle)nLineCap);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetLineCap (long *pnLineCap)
{
*pnLineCap = PageGetLineCap( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetLineJoin (long nLineJoin)
{
unsigned long nRet = PageSetLineJoin( m_pDocument->pCurPage, (LineJoinStyle)nLineJoin);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetLineJoin (long *pnLineJoin)
{
*pnLineJoin = PageGetLineJoin( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetMiterLimit (float fMiterLimit)
{
unsigned long nRet = PageSetMiterLimit( m_pDocument->pCurPage, fMiterLimit);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetMiterLimit (float *pfMiterLimit)
{
*pfMiterLimit = PageGetMiterLimit( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
//HRESULT CPdfWriterLib::SetDash (SAFEARRAY **ppnDashPtn, long nNumParam, float fPhase)
//{
// double *pArray = new double[nNumParam];
// if ( 0 != nNumParam )
// {
// // check for valid pixel array size
// if ( 1 != SafeArrayGetDim(*ppnDashPtn) )
// return false;
// VARTYPE vType;
// // check for valid array element type
// if ( S_OK != (SafeArrayGetVartype(*ppnDashPtn, &vType)) || VT_R4 != vType )
// return S_OK;
// float* pTemp = (float* (*ppnDashPtn)->pvData;
// for ( int nIndex = 0 ; nIndex < nNumParam; nIndex++ )
// {
// pArray[nIndex] = *(pTemp + nIndex);
// }
// }
// unsigned long nRet = PageSetDash( m_pDocument->pCurPage, pArray, nNumParam, fPhase);
// delete[] pArray;
// if ( OK != nRet )
// return nRet;
// return S_OK;
//}
//HRESULT CPdfWriterLib::GetDash (SAFEARRAY **ppnDashPtn, long *pnNumParam, float *pfPhase)
//{
// DashMode oMode = {{0, 0, 0, 0, 0, 0, 0, 0}, 0, 0};
// oMode = PageGetDash( m_pDocument->pCurPage );
// // проверяем не появилась ли ошибка
// unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
// if ( OK != nRet )
// return nRet;
// if ( 0 == oMode.nNumPoints )
// {
// *ppnDashPtn = NULL;
// *pnNumParam = 0;
// *pfPhase = 0;
// return S_OK;
// }
// float* pTemp = new float[oMode.nNumPoints];
// for ( int nIndex = 0; nIndex < oMode.nNumPoints; nIndex++ )
// pTemp[nIndex] = (float)oMode.afPtn[nIndex];
// SAFEARRAYBOUND bounds[1];
// bounds[0].lLbound = 0;
// bounds[0].cElements = oMode.nNumPoints;
// (*ppnDashPtn) = SafeArrayCreate(VT_R4, 1, bounds);
// if ( !(*ppnDashPtn) )
// {
// delete[] pTemp;
// return S_OK;
// }
// memcpy( (*ppnDashPtn)->pvData, pTemp, oMode.nNumPoints * sizeof(float) );
// delete[] pTemp;
// *pnNumParam = (long)oMode.nNumPoints;
// *pfPhase = (float)oMode.fPhase;
// return S_OK;
//}
HRESULT CPdfWriterLib::SetFlat (float fFlatness)
{
unsigned long nRet = PageSetFlat( m_pDocument->pCurPage, fFlatness );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFlat (float *pfFlatness)
{
*pfFlatness = PageGetFlat( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::NewExtGraphicsState ()
{
m_pCurrentExtGState = CreateExtGState( m_pDocument );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ExtGraphicsStateSetAlphaStroke (float fValue)
{
unsigned long nRet = ExtGStateSetAlphaStroke( m_pCurrentExtGState, fValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ExtGraphicsStateSetAlphaFill (float fValue)
{
unsigned long nRet = ExtGStateSetAlphaFill( m_pCurrentExtGState, fValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ExtGraphicsStateSetBlendMode (long nBlendMode)
{
unsigned long nRet = ExtGStateSetBlendMode( m_pCurrentExtGState, (EBlendMode)nBlendMode );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ExtGraphicsStateSetStrokeAdjustment (int nFlag)
{
bool bFlag = ( 0 == nFlag ? false : true);
unsigned long nRet = ExtGStateSetStrokeAdjustment( m_pCurrentExtGState, bFlag );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetExtGraphicsState ()
{
if ( !m_pCurrentExtGState )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_EXTGSTATE_NOT_FOUND;
unsigned long nRet = PageSetExtGState( m_pDocument->pCurPage, m_pCurrentExtGState );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GSave ()
{
unsigned long nRet = PageGSave( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GRestore ()
{
bool bIsPrevGState = false;
if ( m_pDocument->pCurPage && m_pDocument->pCurPage )
{
PageAttr pAttr = (PageAttr)m_pDocument->pCurPage->pAttr;
if ( pAttr->pGState->pPrev )
bIsPrevGState = true;
}
if ( bIsPrevGState )
{
unsigned long nRet = PageGRestore( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
}
return S_OK;
}
HRESULT CPdfWriterLib::GetGStateDepth (long *pnDepth)
{
*pnDepth = PageGetGStateDepth( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetGMode (long *pnGMode)
{
*pnGMode = PageGetGMode( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::Concat (float fA, float fB, float fC, float fD, float fX, float fY)
{
unsigned long nRet = PageConcat( m_pDocument->pCurPage, fA, fB, fC, fD, fX, fY);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::MoveTo (float fX, float fY)
{
unsigned long nRet = PageMoveTo( m_pDocument->pCurPage, fX, fY);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentPosition (float *pfX, float *pfY)
{
TPoint oCurPos = {0,0};
unsigned long nRet = PageGetCurrentPos2( m_pDocument->pCurPage, &oCurPos );
if ( OK != nRet )
{
*pfX = 0.0f;
*pfY = 0.0f;
return nRet;
}
*pfX = oCurPos.fX;
*pfY = oCurPos.fY;
return S_OK;
}
HRESULT CPdfWriterLib::LineTo (float fX, float fY)
{
unsigned long nRet = PageLineTo( m_pDocument->pCurPage, fX, fY);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::CurveTo (float fX1, float fY1, float fX2, float fY2, float fX3, float fY3)
{
unsigned long nRet = PageCurveTo( m_pDocument->pCurPage, fX1, fY1, fX2, fY2, fX3, fY3);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::CurveTo2 (float fX2, float fY2, float fX3, float fY3)
{
unsigned long nRet = PageCurveTo2( m_pDocument->pCurPage, fX2, fY2, fX3, fY3);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::CurveTo3 (float fX1, float fY1, float fX3, float fY3)
{
unsigned long nRet = PageCurveTo3( m_pDocument->pCurPage, fX1, fY1, fX3, fY3);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ClosePath ()
{
unsigned long nRet = PageClosePath( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::AppendRectangle (float fX, float fY, float fWidth, float fHeight)
{
unsigned long nRet = PageRectangle( m_pDocument->pCurPage, fX, fY, fWidth, fHeight );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::Stroke ()
{
unsigned long nRet = PageStroke( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetStrokingColorSpace (long *pnColorSpace)
{
*pnColorSpace = (long)PageGetStrokingColorSpace( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ClosePathStroke ()
{
unsigned long nRet = PageClosePathStroke( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::Fill ()
{
unsigned long nRet = PageFill( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFillingColorSpace (long *pnColorSpace)
{
*pnColorSpace = (long)PageGetFillingColorSpace( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::EoFill ()
{
unsigned long nRet = PageEoFill( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::FillStroke ()
{
unsigned long nRet = PageFillStroke( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::EoFillStroke ()
{
unsigned long nRet = PageEoFillStroke( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ClosePathFillStroke ()
{
unsigned long nRet = PageClosePathFillStroke( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ClosePathEoFillStroke ()
{
unsigned long nRet = PageClosePathEoFillStroke( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::EndPath ()
{
unsigned long nRet = PageEndPath( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::Clip ()
{
unsigned long nRet = PageClip( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::EoClip ()
{
unsigned long nRet = PageEoclip( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::BeginText ()
{
unsigned long nRet = PageBeginText( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::EndText ()
{
unsigned long nRet = PageEndText( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCharSpace (float fValue)
{
unsigned long nRet = PageSetCharSpace( m_pDocument->pCurPage, fValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCharSpace (float *pfValue)
{
*pfValue = PageGetCharSpace( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetWordSpace (float fValue)
{
unsigned long nRet = PageSetWordSpace( m_pDocument->pCurPage, fValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetWordSpace (float *pfValue)
{
*pfValue = PageGetWordSpace( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetHorizontalScalling (float fValue)
{
unsigned long nRet = PageSetHorizontalScalling( m_pDocument->pCurPage, fValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetHorizontalScalling (float *pfValue)
{
*pfValue = PageGetHorizontalScalling( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetTextLeading (float fValue)
{
unsigned long nRet = PageSetTextLeading( m_pDocument->pCurPage, fValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetTextLeading (float *pfValue)
{
*pfValue = PageGetTextLeading( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetFontAndSizeToGState (float fSize)
{
unsigned long nRet = PageSetFontAndSize( m_pDocument->pCurPage, m_pCurrentFont, fSize);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentFontFromGState (CString *pbsFontName, CString *pbsEncodingName)
{
FontDict pFont = PageGetCurrentFont( m_pDocument->pCurPage );
if ( !pFont )
{
*pbsFontName = _T("");
*pbsEncodingName = _T("");
}
else
{
CString sFontName(FontGetFontName( pFont ));
CString sEncodingName(((FontAttr)pFont->pAttr)->pEncoder->sName);
*pbsFontName = sFontName;
*pbsEncodingName = sEncodingName;
}
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentFontSizeFromGState (float *pfSize)
{
*pfSize = PageGetCurrentFontSize( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetTextRenderingMode (long nMode)
{
unsigned long nRet = PageSetTextRenderingMode( m_pDocument->pCurPage, (ETextRenderingMode)nMode );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetTextRenderingMode (long *pnMode)
{
*pnMode = (long)PageGetTextRenderingMode( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetTextRise (float fValue)
{
unsigned long nRet = PageSetTextRise( m_pDocument->pCurPage, fValue );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetTextRise (float *pfValue)
{
*pfValue = PageGetTextRise( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::MoveTextPos (float fX, float fY)
{
unsigned long nRet = PageMoveTextPos( m_pDocument->pCurPage, fX, fY );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::MoveTextPos2 (float fX, float fY)
{
unsigned long nRet = PageMoveTextPos2( m_pDocument->pCurPage, fX, fY );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentTextPosition (float *pfX, float *pfY)
{
TPoint oCurPos = {0,0};
oCurPos = PageGetCurrentTextPos( m_pDocument->pCurPage);
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
{
*pfX = 0.0f;
*pfY = 0.0f;
return nRet;
}
*pfX = oCurPos.fX;
*pfY = oCurPos.fY;
return S_OK;
}
HRESULT CPdfWriterLib::SetTextMatrix (float fA, float fB, float fC, float fD, float fX, float fY)
{
unsigned long nRet = PageSetTextMatrix( m_pDocument->pCurPage, fA, fB, fC, fD, fX, fY );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetTextMatrix (float *pfA, float *pfB, float *pfC, float *pfD, float *pfX, float *pfY)
{
TransMatrix oMatrix = { 1, 0, 0, 1, 0, 0};
oMatrix = PageGetTextMatrix( m_pDocument->pCurPage );
*pfA = oMatrix.fA;
*pfB = oMatrix.fB;
*pfC = oMatrix.fC;
*pfD = oMatrix.fD;
*pfX = oMatrix.fX;
*pfY = oMatrix.fY;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::MoveToNextLine ()
{
unsigned long nRet = PageMoveToNextLine( m_pDocument->pCurPage );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ShowText (CString bsText)
{
const char* sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A( bsText );
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
#endif
// TO DO: ShowText: надо нормально конвертировать текст, иизмерять его длину
unsigned long nRet = PageShowText( m_pDocument->pCurPage, (BYTE *)sText, strlen(sText), NULL, 0 );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ShowTextNextLine (CString bsText)
{
const char* sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A(bsText);
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
#endif
// TO DO: ShowText: надо нормально конвертировать текст, иизмерять его длину
unsigned long nRet = PageShowTextNextLine( m_pDocument->pCurPage, (BYTE *)sText, strlen(sText), NULL, 0 );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ShowTextNextLineEx (float fWordSpace, float fCharSpace, CString bsText)
{
const char* sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A(bsText);
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
#endif
// TO DO: ShowText: надо нормально конвертировать текст, иизмерять его длину
unsigned long nRet = PageShowTextNextLineEx( m_pDocument->pCurPage, fWordSpace, fCharSpace, (BYTE *)sText, strlen(sText), NULL, 0 );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetGrayStroke (float fGray)
{
unsigned long nRet = PageSetGrayStroke( m_pDocument->pCurPage, fGray );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetGrayStroke (float *pfGray)
{
*pfGray = PageGetGrayStroke( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetGrayFill (float fGray)
{
unsigned long nRet = PageSetGrayFill( m_pDocument->pCurPage, fGray );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetGrayFill (float *pfGray)
{
*pfGray = PageGetGrayFill( m_pDocument->pCurPage );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetRGBStroke (float fR, float fG, float fB)
{
unsigned long nRet = PageSetRGBStroke( m_pDocument->pCurPage, fR, fG, fB);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetRGBStroke (float *pfR, float *pfG, float *pfB)
{
RGBColor oRGB = { 0, 0, 0};
oRGB = PageGetRGBStroke( m_pDocument->pCurPage );
*pfR = oRGB.r;
*pfG = oRGB.g;
*pfB = oRGB.b;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetRGBFill (float fR, float fG, float fB)
{
//unsigned long nRet = PageSetShadingFill( m_pDocument->pCurPage, fR, fG, fB);
//if ( OK != nRet )
// return nRet;
//return S_OK;
unsigned long nRet = PageSetRGBFill( m_pDocument->pCurPage, fR, fG, fB);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetRGBFill (float *pfR, float *pfG, float *pfB)
{
RGBColor oColor = PageGetRGBFill( m_pDocument->pCurPage );
*pfR = oColor.r;
*pfG = oColor.g;
*pfB = oColor.b;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCMYKStroke (float fC, float fM, float fY, float fK)
{
unsigned long nRet = PageSetCMYKStroke( m_pDocument->pCurPage, fC, fM, fY, fK);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCMYKStroke (float *pfC, float *pfM, float *pfY, float *pfK)
{
CMYKColor oCMYK = { 0, 0, 0, 0};
oCMYK = PageGetCMYKStroke( m_pDocument->pCurPage );
*pfC = oCMYK.c;
*pfM = oCMYK.m;
*pfY = oCMYK.y;
*pfK = oCMYK.k;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCMYKFill (float fC, float fM, float fY, float fK)
{
unsigned long nRet = PageSetCMYKFill( m_pDocument->pCurPage, fC, fM, fY, fK);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCMYKFill (float *pfC, float *pfM, float *pfY, float *pfK)
{
CMYKColor oCMYK = { 0, 0, 0, 0};
oCMYK = PageGetCMYKFill( m_pDocument->pCurPage );
*pfC = oCMYK.c;
*pfM = oCMYK.m;
*pfY = oCMYK.y;
*pfK = oCMYK.k;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ExecuteXObject ()
{
unsigned long nRet = PageExecuteXObject( m_pDocument->pCurPage, m_pCurrentXObject );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetExtGraphicsState2 (CString bsXmlOptions)
{
CString wsXml( bsXmlOptions );
XmlUtils::CXmlNode oMainNode;
oMainNode.FromXmlString( wsXml );
if ( _T("ExtGState") == oMainNode.GetName() )
{
float fAlphaStroke = -1, fAlphaFill = -1;
BlendMode eMode = BMEOF;
int nStrokeAdjustment = -1;
CString sValue;
XmlUtils::CXmlNode oNode;
if ( oMainNode.GetNode( _T("AlphaStroke"), oNode ) )
{
sValue = oNode.GetAttribute( _T("value"), _T("-1") );
fAlphaStroke = (float)XmlUtils::GetDouble( sValue );
}
if ( oMainNode.GetNode( _T("AlphaFill"), oNode ) )
{
sValue = oNode.GetAttribute( _T("value"), _T("-1") );
fAlphaFill = (float)XmlUtils::GetDouble( sValue );
}
if ( oMainNode.GetNode( _T("BlendMode"), oNode ) )
{
sValue = oNode.GetAttribute( _T("value"), _T("12") );
eMode = (BlendMode)XmlUtils::GetInteger( sValue );
}
if ( oMainNode.GetNode( _T("StrokeAdjustment"), oNode ) )
{
sValue = oNode.GetAttribute( _T("value"), _T("-1") );
nStrokeAdjustment = XmlUtils::GetInteger( sValue );
}
m_pCurrentExtGState = GetExtGState( m_pDocument, fAlphaStroke, fAlphaFill, eMode, nStrokeAdjustment );
return PageSetExtGState( m_pDocument->pCurPage, m_pCurrentExtGState );
}
return S_OK;
}
//-----------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::AppendCircle (float fX, float fY, float fRad)
{
unsigned long nRet = PageCircle( m_pDocument->pCurPage, fX, fY, fRad );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::AppendEllipse (float fX, float fY, float fXRad, float fYRad)
{
unsigned long nRet = PageEllipse( m_pDocument->pCurPage, fX, fY, fXRad, fYRad );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::AppendArc (float fX, float fY, float fRad, float fAngle1, float fAngle2)
{
unsigned long nRet = PageArc( m_pDocument->pCurPage, fX, fY, fRad, fAngle1, fAngle2);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::AppendEllipseArc (float fX, float fY, float fXRad, float fYRad, float fAngle1, float fAngle2, bool bClockDirection /*= false*/)
{
unsigned long nRet = PageEllipseArc2( m_pDocument->pCurPage, fX, fY, fXRad, fYRad, fAngle1, fAngle2, bClockDirection );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::TextOut_ (float fXPos, float fYPos, std::wstring & bsText)
{
if ( !m_pCurrentFont )
return S_OK;
FontAttr pFontAttr = (FontAttr)m_pCurrentFont->pAttr;
if ( FontDefCID != pFontAttr->pFontDef->eType )
{
// В данном случае все символы имеют значение от 0 до 255, т.е. на них нужен 1 байт
char* sText = new char[bsText.length() + 1];
sText[bsText.length()] = '\0';
bool *pZeros = new bool[bsText.length()];
bool bCodedString = true;
for ( int nIndex = 0; nIndex < bsText.length(); nIndex++ )
{
if ( (unsigned int)bsText[nIndex] >= 256 )
{
bCodedString = false;
}
if ( 0xFFFE == (unsigned int)bsText[nIndex] )
{
pZeros[nIndex] = 1;
}
else
{
pZeros[nIndex] = 0;
}
}
if ( bCodedString )
wcstombs( sText, bsText.c_str(), bsText.length() );
else
{
delete []sText; sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A( bsText.c_str() );
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = (char*)ansiStr.c_str();
#endif
}
BYTE *pString = new BYTE[bsText.length()];
for ( int nIndex = 0; nIndex < bsText.length(); nIndex++ )
{
if ( 0 == pZeros[nIndex] )
pString[nIndex] = sText[nIndex];
else
pString[nIndex] = '\0';
}
delete []pZeros;
unsigned long nRet = PageTextOut( m_pDocument->pCurPage, fXPos, fYPos, pString, bsText.length(), NULL, 0 );
delete []pString;
if ( bCodedString )
delete []sText;
if ( OK != nRet )
return nRet;
}
else
{
// В CID шрифтах количество байт на каждый символ зависит от самого символа
// и от кодировки CMap, заданной в шрифте.
EncoderRecPtr pEncoder = pFontAttr->pEncoder;
if ( EncoderTypeDoubleByteStream != pEncoder->eType )
return S_OK;
CMapEncoderStreamAttr pEncoderAttr = (CMapEncoderStreamAttr)pEncoder->pAttr;
//todooo по нормальному в анси
const wchar_t* wsText = bsText.c_str();
int nSrcLen = wcslen( wsText );
int nDstLen = 0;
// Для начала рассчитаем длину выходной строки
for ( int nIndex = 0; nIndex < nSrcLen; nIndex++ )
{
int nCID = (int)wsText[nIndex];
if ( 0xFFFE == nCID )
nCID = 0;
int nUsedLen = 0;
char *sBuffer = new char[4];
CMapEncoderStreamGetCodeByCID( pEncoder, nCID, (char **)&sBuffer, &nUsedLen );
delete []sBuffer;
nDstLen += nUsedLen;
}
BYTE *pText = new BYTE[nDstLen + 1];
pText[nDstLen] = '\0';
for ( int nIndex = 0, nIndex2 = 0; nIndex < nSrcLen; nIndex++ )
{
int nCID = (int)wsText[nIndex];
if ( 0xFFFE == nCID )
nCID = 0;
int nUsedLen = 0;
char *sBuffer = new char [4];
CMapEncoderStreamGetCodeByCID( pEncoder, nCID, (char **)&sBuffer, &nUsedLen );
for ( int nCurIndex = 0; nCurIndex < nUsedLen; nCurIndex++ )
{
pText[nIndex2 + nCurIndex] = sBuffer[4 - nUsedLen + nCurIndex];
}
delete []sBuffer;
nIndex2 += nUsedLen;
}
unsigned int *pCIDs = new unsigned int[nSrcLen];
for ( int nIndex = 0; nIndex < nSrcLen; nIndex++ )
{
pCIDs[nIndex] = (unsigned int)wsText[nIndex];
}
unsigned long nRet = PageTextOut( m_pDocument->pCurPage, fXPos, fYPos, pText, nDstLen, pCIDs, nSrcLen );
delete []pCIDs;
delete []pText;
if ( OK != nRet )
return nRet;
}
return S_OK;
}
HRESULT CPdfWriterLib::TextRect (float fLeft, float fTop, float fRight, float fBottom, CString bsText, long nAlign, unsigned int *pnLen)
{
const char* sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A(bsText);
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
#endif
unsigned long nRet = PageTextRect( m_pDocument->pCurPage, fLeft, fTop, fRight, fBottom, sText, (ETextAlignment)nAlign, pnLen, NULL, 0 );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetSlideShow (long nType, float fDispTime, float fTransTime)
{
unsigned long nRet = PageSetSlideShow( m_pDocument->pCurPage, (ETransitionStyle)nType, fDispTime, fTransTime );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetTextWidth (std::wstring bsText, float *pfResult)
{
const char* sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A(bsText.c_str());
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
#endif
*pfResult = PageTextWidth( m_pDocument->pCurPage, (BYTE *)sText, strlen(sText), NULL, 0 );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::MeasureText (CString bsText, float fWidth, bool bWordWrap, float *pfRealWidth, long *pnLength)
{
const char* sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A(bsText);
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
#endif
bool bWW = ( bWordWrap == 0 ? false : true);
*pnLength = PageMeasureText( m_pDocument->pCurPage, sText, NULL, 0, fWidth, bWW, pfRealWidth );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
//-----------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::LoadT1FFromFile ( CString bsAFMFileName, CString bsDataFileName, CString *bsFontName)
{
std::wstring wsAFMFileName = string2std_string(bsAFMFileName);
std::wstring wsData = string2std_string(bsDataFileName);
// Чтобы не изменять интерфейс, при перезаписи PDF, храним тип шрифта в его расширении
short nType = 0;
if ( wsData.length() > 0 )
{
CString wsExt;
int res = bsDataFileName.ReverseFind(_T('.'));
if (res>=0) wsExt = bsDataFileName.Mid(res);
wsExt.MakeLower();
if ( _T(".pfb_t1cot") == wsExt )
nType = 2;
else if ( _T(".pfb_t1c") == wsExt )
nType = 1;
else
nType = 0;
}
const char* sFontName = LoadType1FontFromFile( m_pDocument, wsAFMFileName, wsData, nType );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( AVS_OFFICEPDFWRITER_ERROR_FONT_EXISTS == nRet )
ResetError( m_pDocument );
else if ( OK != nRet )
{
(*bsFontName) = _T("");
return nRet;
}
CString sTemp(sFontName);
(*bsFontName) = sTemp;
return S_OK;
}
HRESULT CPdfWriterLib::LoadTTFFromFile ( CString bsFileName, bool bEmbedding, CString bsEncodingName, CString *bsFontName)
{
std::wstring sFileName = string2std_string( bsFileName );
if ( !FileExist( bsFileName ) )
return AVS_OFFICEPDFWRITER_ERROR_FILE_OPEN_ERROR;
const char* sEncodingName = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sEncodingName = W2A( bsEncodingName.GetBuffer());
#else
std::string ansiStr(bsEncodingName.begin(), bsEncodingName.end());
sEncodingName = ansiStr.c_str();
#endif
if ( NULL != sEncodingName && strlen( sEncodingName ) < 1 )
sEncodingName = NULL;
bool bEmbed = ( bEmbedding == 0 ? false : true);
const char *sFontName = ( bsFontName == NULL ? LoadTTFontFromFile( m_pDocument, sFileName, bEmbed, sEncodingName ) : LoadTTFontFromFile( m_pDocument, sFileName, bEmbed, sEncodingName, "_Embedded" ) );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( AVS_OFFICEPDFWRITER_ERROR_FONT_EXISTS == nRet )
ResetError( m_pDocument );
else if ( OK != nRet )
{
(*bsFontName) = _T("");
return nRet;
}
CString sTemp(sFontName);
(*bsFontName) = sTemp;
return S_OK;
}
HRESULT CPdfWriterLib::LoadTTCFromFile ( CString bsFileName, long nIndex, bool bEmbedding, CString *bsFontName)
{
std::wstring sFileName = string2std_string( bsFileName );
const char* sFontName = LoadTTFontFromFile2( m_pDocument, sFileName, (unsigned int)nIndex, bEmbedding );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
{
(*bsFontName) = _T("");
return nRet;
}
CString sTemp(sFontName);
(*bsFontName) = sTemp;
return S_OK;
}
HRESULT CPdfWriterLib::SetCurrentFont ( CString bsFontName, CString bsEncodingName, bool bNameIsUnicodeArray, CString bsToUnicodeName)
{
const char* sFontName = NULL;
const char* sEncodingName = NULL;
const char* sToUnicodeName = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sFontName = W2A(bsFontName);
sEncodingName = W2A(bsEncodingName);
sToUnicodeName = W2A(bsToUnicodeName);
#else
std::string ansiFontName(bsFontName.begin(), bsFontName.end());
std::string ansiEncodingName(bsEncodingName.begin(), bsEncodingName.end());
std::string ansiToUnicodeName(bsToUnicodeName.begin(), bsToUnicodeName.end());
sFontName = ansiFontName.c_str();
sEncodingName = ansiEncodingName.c_str();
sToUnicodeName = ansiToUnicodeName.c_str();
#endif
if ( UtilsStrLen( sEncodingName, LIMIT_MAX_NAME_LEN ) <= 0 )
sEncodingName = NULL;
if ( UtilsStrLen( sToUnicodeName, LIMIT_MAX_NAME_LEN ) <= 0 )
sToUnicodeName = NULL;
if ( !bNameIsUnicodeArray )
m_pCurrentFont = GetFont( m_pDocument, sFontName, sEncodingName, sToUnicodeName );
else
{
bool bNewEncoding;
EncoderRecPtr pCurEncoder = FindEncoderForString( m_pDocument, bsEncodingName, &bNewEncoding );
m_pCurrentFont = GetFont( m_pDocument, sFontName, pCurEncoder->sName, sToUnicodeName );
//CStringW oArray = (CStringW)bsEncodingName;
//int nCount = oArray.GetLength();
//unsigned short *pUnicode = new unsigned short[nCount];
//for ( int nIndex = 0; nIndex < nCount; nIndex++ )
//{
// pUnicode[nIndex] = (unsigned short)oArray.GetAt(nIndex);
//}
//m_pCurrentFont = GetFont( m_pDocument, sFontName, sEncodingName, pUnicode, nCount );
//delete []pUnicode;
}
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentFont ( CString *pbsFontName, CString *pbsEncodingName )
{
if ( !m_pCurrentFont )
{
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_FONT_NOT_FOUND;
}
else
{
CString sFontName(FontGetFontName( m_pCurrentFont ));
CString sEncodingName(((FontAttr)m_pCurrentFont->pAttr)->pEncoder->sName);
*pbsFontName = sFontName;
*pbsEncodingName = sEncodingName;
}
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFontUnicodeWidth (long nCode, long *pnUnicode)
{
if ( !m_pCurrentFont )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_FONT_NOT_FOUND;
*pnUnicode = (long)FontGetUnicodeWidth( m_pCurrentFont, (unsigned int)nCode );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFontBBox (float *pfLeft, float *pfBottom, float *pfRight, float *pfTop)
{
if ( !m_pCurrentFont )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_FONT_NOT_FOUND;
Box oBox = { 0, 0, 0, 0};
oBox = FontGetBBox( m_pCurrentFont );
*pfLeft = oBox.fLeft;
*pfBottom = oBox.fBottom;
*pfRight = oBox.fRight;
*pfTop = oBox.fTop;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFontAscent (long *pnAscent)
{
if ( !m_pCurrentFont )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_FONT_NOT_FOUND;
*pnAscent = (long)FontGetAscent( m_pCurrentFont );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFontDescent (long *pnDescent)
{
if ( !m_pCurrentFont )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_FONT_NOT_FOUND;
*pnDescent = (long)FontGetDescent( m_pCurrentFont );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFontXHeight (long *pnXHeight)
{
if ( !m_pCurrentFont )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_FONT_NOT_FOUND;
*pnXHeight = (long)FontGetXHeight( m_pCurrentFont );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetFontCapHeight (long *pnCapHeight)
{
if ( !m_pCurrentFont )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_FONT_NOT_FOUND;
*pnCapHeight = (long)FontGetCapHeight( m_pCurrentFont );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
//-----------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::SetCurrentEncoder ( CString bsEncodingName )
{
const char *sEncodingName = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sEncodingName = W2A(bsEncodingName);
#else
std::string ansiEncodingName(bsEncodingName.begin(), bsEncodingName.end());
sEncodingName = ansiEncodingName.c_str();
#endif
unsigned long nRet = DocSetCurrentEncoder( m_pDocument, sEncodingName);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentEncoder ( CString *pbsEncodingName )
{
EncoderRecPtr pCurEncoder = DocGetCurrentEncoder( m_pDocument );
if ( !pCurEncoder )
*pbsEncodingName = _T("");
else
{
CString sEncodingName(pCurEncoder->sName);
*pbsEncodingName = sEncodingName;
}
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetEncoderUnicode (long nCode, long *pnUnicode)
{
EncoderRecPtr pCurEncoder = DocGetCurrentEncoder( m_pDocument );
*pnUnicode = EncoderGetUnicode( pCurEncoder, nCode );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetEncoderByteType (CString bsText, long nIndex, long *pnByteType)
{
const char *sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A(bsText);
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
#endif
EncoderRecPtr pCurEncoder = DocGetCurrentEncoder( m_pDocument);
*pnByteType = (long)EncoderGetByteType( pCurEncoder, sText, nIndex );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetEncoderType (long *pnEncoderType)
{
EncoderRecPtr pCurEncoder = DocGetCurrentEncoder( m_pDocument);
*pnEncoderType = (long)EncoderGetType( pCurEncoder );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetEncoderWritingMode (long *pnWritingMode)
{
EncoderRecPtr pCurEncoder = DocGetCurrentEncoder( m_pDocument);
*pnWritingMode = (long)EncoderGetWritingMode( pCurEncoder );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
//-----------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::CreateNewDestination ()
{
if ( !m_pDestList )
m_pDestList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
m_pCurrentDestination = PageCreateDestination( m_pDocument->pCurPage );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ListAdd( m_pDestList, m_pCurrentDestination ) ) )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetXYZ (float fLeft, float fTop, float fZoom)
{
unsigned long nRet = DestinationSetXYZ( m_pCurrentDestination, fLeft, fTop, fZoom );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetFit ()
{
unsigned long nRet = DestinationSetFit( m_pCurrentDestination );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetFitH (float fTop)
{
unsigned long nRet = DestinationSetFitH( m_pCurrentDestination, fTop );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetFitV (float fLeft)
{
unsigned long nRet = DestinationSetFitV( m_pCurrentDestination, fLeft );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetFitR (float fLeft, float fBottom, float fRight, float fTop)
{
unsigned long nRet = DestinationSetFitR( m_pCurrentDestination, fLeft, fBottom, fRight, fTop );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetFitB ()
{
unsigned long nRet = DestinationSetFitB( m_pCurrentDestination );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetFitBH (float fTop)
{
unsigned long nRet = DestinationSetFitBH( m_pCurrentDestination, fTop );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::DestSetFitBV (float fLeft)
{
unsigned long nRet = DestinationSetFitBV( m_pCurrentDestination, fLeft );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCurrentDest (long nIndex)
{
Destination pTemp = (Destination)ListItemAt( m_pDestList, nIndex );
m_pCurrentDestination = pTemp;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentDestIndex (long *pnIndex)
{
if ( !m_pCurrentDestination || !m_pDestList )
{
*pnIndex = -1;
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_DESTINATION_NOT_FOUND;
}
else
*pnIndex = ListFind( m_pDestList, m_pCurrentDestination );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
//------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::CreateTextAnnot (float fLeft, float fBottom, float fRight, float fTop, CString bsText, CString bsEncoder)
{
const char* sEncoder = NULL;
const char* sText = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sText = W2A(bsText);
sEncoder = W2A(bsEncoder);
#else
std::string ansiStr(bsText.begin(), bsText.end());
sText = ansiStr.c_str();
std::string ansiEncoder(bsEncoder.begin(), bsEncoder.end());
sEncoder = ansiEncoder.c_str();
#endif
EncoderRecPtr pEncoder = NULL;
if ( UtilsStrLen( sEncoder, LIMIT_MAX_NAME_LEN ) > 0 )
pEncoder = GetEncoder( m_pDocument, sEncoder );
TRect oRect = { fLeft, fBottom, fRight, fTop};
if ( !m_pAnnotList )
m_pAnnotList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
m_pCurrentAnnotation = PageCreateTextAnnot( m_pDocument->pCurPage, oRect, sText, pEncoder);
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ListAdd( m_pAnnotList, m_pCurrentAnnotation) ) )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::CreateLinkAnnot (float fLeft, float fBottom, float fRight, float fTop)
{
unsigned long nRet = OK;
if ( !m_pAnnotList )
{
m_pAnnotList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
}
TRect oRect = { fLeft, fBottom, fRight, fTop};
if ( !m_pCurrentDestination )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_DESTINATION_NOT_FOUND;
m_pCurrentAnnotation = PageCreateLinkAnnot( m_pDocument->pCurPage, oRect, m_pCurrentDestination );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ListAdd( m_pAnnotList, m_pCurrentAnnotation) ) )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::CreateUriLinkAnnot (float fLeft, float fBottom, float fRight, float fTop, CString bsUrl)
{
unsigned long nRet = OK;
if ( !m_pAnnotList )
{
m_pAnnotList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
}
const char* sUrl = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sUrl = W2A(bsUrl);
#else
std::string ansiUrl (bsUrl.begin(), bsUrl.end());
sUrl = ansiUrl.c_str();
#endif
TRect oRect = { fLeft, fBottom, fRight, fTop};
m_pCurrentAnnotation = PageCreateUriLinkAnnot( m_pDocument->pCurPage, oRect, sUrl );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ListAdd( m_pAnnotList, m_pCurrentAnnotation) ) )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::ArbAnnotationSetBorderStyle (long nSubtype, float fWidth, long nDashOn, long nDashOff, long nDashPhase)
{
unsigned long nRet = AnnotationSetBorderStyle( m_pCurrentAnnotation, (BSSubtype)nSubtype, fWidth, (unsigned short)nDashOn, (unsigned short)nDashOff, (unsigned short)nDashPhase );
if( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::LinkAnnotationSetBorderStyle (float fWidth, long nDashOn, long nDashOff )
{
unsigned long nRet = LinkAnnotSetBorderStyle( m_pCurrentAnnotation, fWidth, (unsigned short)nDashOn, (unsigned short)nDashOff );
if( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::LinkAnnotationSetHighlightMode (long nMode)
{
unsigned long nRet = LinkAnnotSetHighlightMode( m_pCurrentAnnotation, (AnnotHighlightMode)nMode );
if( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::TextAnnotationSetIcon (long nIcon)
{
unsigned long nRet = TextAnnotSetIcon( m_pCurrentAnnotation, (AnnotIcon)nIcon );
if( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::TextAnnotationSetOpened (bool bOpened)
{
unsigned long nRet = TextAnnotSetOpened( m_pCurrentAnnotation, bOpened );
if( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCurrentAnnot (long nIndex)
{
Annotation pTemp = (Annotation)ListItemAt( m_pAnnotList, nIndex );
m_pCurrentAnnotation = pTemp;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentAnnotIndex (long *pnIndex)
{
if ( !m_pCurrentAnnotation || !m_pAnnotList )
{
*pnIndex = -1;
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_ANNOTATION_NOT_FOUND;
}
else
*pnIndex = ListFind( m_pAnnotList, m_pCurrentAnnotation );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::MakeAnnotationFromXml (CString bsXML)
{
HRESULT hRes = S_OK;
// Запоминаем текущую страницу
long nStartPageIndex = 0;
if ( S_OK != ( hRes = GetCurrentPageIndex( &nStartPageIndex ) ) )
return hRes;
// Считываем количество страниц (для контроля)
long nPagesCount = 0;
if ( S_OK != ( hRes = GetPagesCount( &nPagesCount ) ) )
return hRes;
float fPageHeight = 0;
float fPageWidth = 0;
if ( S_OK != ( hRes = GetWidth( &fPageWidth ) ) )
return hRes;
if ( S_OK != ( hRes = GetHeight( &fPageHeight ) ) )
return hRes;
XmlUtils::CXmlNode oLinker;
oLinker.FromXmlString( CString( bsXML ) );
if ( -1 != oLinker.GetName().Find( _T("linker") ) )
{
XmlUtils::CXmlNodes oLinks;
oLinker.GetNodes( _T("link"), oLinks );
for ( int nIndex = 0; nIndex < oLinks.GetCount(); nIndex++ )
{
XmlUtils::CXmlNode oLink;
oLinks.GetAt( nIndex, oLink );
XmlUtils::CXmlNode oSource;
XmlUtils::CXmlNode oTarget;
float fSrcX = 0;
float fSrcY = 0;
float fSrcH = 0;
float fSrcW = 0;
int nSrcPageIndex = nStartPageIndex;
if ( oLink.GetNode( _T("source"), oSource ) )
{
CString sValue;
sValue = oSource.GetAttribute( _T("page"), _T("0") );
long nPagesCountRead = _wtoi( sValue.GetBuffer());
nSrcPageIndex = (std::max)( (long)0, (std::min)( nPagesCount - 1, nPagesCountRead) );
sValue = oSource.GetAttribute( _T("x"), _T("0") );
fSrcX = (float)_wtof( sValue.GetBuffer() );
sValue = oSource.GetAttribute( _T("y"), _T("0") );
fSrcY = (float)_wtof( sValue.GetBuffer() );
sValue = oSource.GetAttribute( _T("width"), _T("0") );
fSrcW = (float)_wtof( sValue.GetBuffer() );
sValue = oSource.GetAttribute( _T("height"), _T("0") );
fSrcH = (float)_wtof( sValue.GetBuffer() );
}
float fDstX = 0;
float fDstY = 0;
float fDstH = 0;
float fDstW = 0;
int nDstPageIndex = nStartPageIndex;
CString sURL = _T("");
bool bLinkURL = false;
if ( oLink.GetNode( _T("target"), oTarget ) )
{
CString sValue;
sValue = oTarget.GetAttribute( _T("url"), _T("") );
if ( sValue.GetLength() > 0 )
{
sURL = sValue;
bLinkURL = true;
}
else
{
sValue = oTarget.GetAttribute( _T("page"), _T("0") );
nDstPageIndex = (std::max)( 0, (std::min)( (int)nPagesCount - 1, _wtoi( sValue.GetBuffer() ) ) );
sValue = oTarget.GetAttribute( _T("x"), _T("0") );
fDstX = (float)_wtof( sValue.GetBuffer() );
sValue = oTarget.GetAttribute( _T("y"), _T("0") );
fDstY = (float)_wtof( sValue.GetBuffer() );
sValue = oTarget.GetAttribute( _T("width"), _T("0") );
fDstW = (float)_wtof( sValue.GetBuffer() );
sValue = oTarget.GetAttribute( _T("height"), _T("0") );
fDstH = (float)_wtof( sValue.GetBuffer() );
}
}
if ( bLinkURL )
{
if ( S_OK != ( hRes = SetCurrentPage( nSrcPageIndex ) ) )
return hRes;
if ( S_OK != ( hRes = GetHeight( &fPageHeight ) ) )
return hRes;
if ( S_OK != ( hRes = CreateUriLinkAnnot( fSrcX, fPageHeight - ( fSrcY + fSrcH ), fSrcX + fSrcW, fPageHeight - fSrcY, sURL ) ) )
return hRes;
if ( S_OK != ( hRes = ArbAnnotationSetBorderStyle( 0, 0, 0, 0, 0 ) ) )
return hRes;
}
else
{
// Создаем объект Destination
if ( S_OK != ( hRes = SetCurrentPage( nDstPageIndex ) ) )
return hRes;
if ( S_OK != ( hRes = GetHeight( &fPageHeight ) ) )
return hRes;
if ( S_OK != ( hRes = CreateNewDestination() ) )
return hRes;
if ( S_OK != ( hRes = DestSetXYZ( 0, fPageHeight - fDstY, 0 ) ) )
return hRes;
// Создаем ссылку на текущий объект Destionation
if ( S_OK != ( hRes = SetCurrentPage( nSrcPageIndex ) ) )
return hRes;
if ( S_OK != ( hRes = GetHeight( &fPageHeight ) ) )
return hRes;
if ( S_OK != ( hRes = CreateLinkAnnot( fSrcX, fPageHeight - ( fSrcY + fSrcH ), fSrcX + fSrcW, fPageHeight - fSrcY ) ) )
return hRes;
if ( S_OK != ( hRes = ArbAnnotationSetBorderStyle( 0, 0, 0, 0, 0 ) ) )
return hRes;
}
}
}
// Восстанавливаем текущую страницу
if ( S_OK != ( hRes = SetCurrentPage( nStartPageIndex ) ) )
return hRes;
return S_OK;
}
//------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::CreateNewOutline (long nParentIndex, CString bsTitle, CString bsEncoder)
{
unsigned long nRet = OK;
const char* sTitle = NULL;
const char* sEncoder = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sTitle = W2A(bsTitle);
sEncoder = W2A(bsEncoder);
#else
std::string ansiEncoder(bsEncoder.begin(), bsEncoder.end());
sEncoder = ansiEncoder.c_str();
std::string ansiTitle(bsTitle.begin(), bsTitle.end());
sTitle = ansiTitle.c_str();
#endif
EncoderRecPtr pEncoder = NULL;
if ( UtilsStrLen( sEncoder, LIMIT_MAX_NAME_LEN ) > 0 )
{
pEncoder = GetEncoder( m_pDocument, sEncoder );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
}
if ( !m_pOutlineList )
{
m_pOutlineList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
}
Outline pRoot = NULL;
if ( nParentIndex < m_pOutlineList->nCount && nParentIndex >= 0 )
{
pRoot = (Outline)ListItemAt( m_pOutlineList, nParentIndex );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
}
m_pCurrentOutline = CreateOutline( m_pDocument, pRoot, sTitle, pEncoder );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ListAdd( m_pOutlineList, m_pCurrentOutline ) ) )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::OutlineSetCurrentDestination ()
{
unsigned long nRet = OutlineSetDestination( m_pCurrentOutline, m_pCurrentDestination );
if( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetOutlineOpened (bool bOpened)
{
unsigned long nRet = OutlineSetOpened( m_pCurrentOutline, bOpened );
if( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCurrentOutline (long nIndex)
{
Outline pTemp = (Outline)ListItemAt( m_pOutlineList, nIndex );
m_pCurrentOutline = pTemp;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentOutlineIndex (long *pnIndex)
{
if ( !m_pCurrentOutline || !m_pOutlineList )
{
*pnIndex = -1;
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_OUTLINE_NOT_FOUND;
}
else
*pnIndex = ListFind( m_pOutlineList, m_pCurrentOutline );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::MakeOutlineFromXml (CString bsXML)
{
HRESULT hRes = S_OK;
// текущая страница изменится, поэтому ее запоминаем и восстанавливаем
long nCurPageIndex = 0;
if ( S_OK != ( hRes = GetCurrentPageIndex( &nCurPageIndex ) ) )
return hRes;
CString sXml(bsXML);
XmlUtils::CXmlLiteReader oReader;
oReader.FromString(sXml);
CString nameNode;
if (oReader.ReadNextNode())
nameNode = oReader.GetName();
if ( -1 != nameNode.Find( _T("PDF-Chapters") ) || -1 != nameNode.Find( _T("Outline") ) )
if ( S_OK != ( hRes = ReadOutlineChilds( oReader.GetOuterXml(), -1 ) ) )
return hRes;
if ( S_OK != ( hRes = SetCurrentPage( nCurPageIndex ) ) )
return hRes;
return S_OK;
}
//------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::LoadJpegFromFile (CString bsFileName)
{
unsigned long nRet = OK;
CString sFileName( bsFileName );
if ( !m_pXObjectList )
{
m_pXObjectList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
}
m_pCurrentXObject = LoadJpegImageFromFile( m_pDocument, string2std_string(sFileName));
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ListAdd( m_pXObjectList, m_pCurrentXObject) ) )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::LoadJpxFromFile (CString bsFileName, int nFlag)
{
unsigned long nRet = OK;
CString sFileName( bsFileName );
if ( !m_pXObjectList )
{
m_pXObjectList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
}
// Параметр nFlag соответсвуют значению SMaskInData в записи о загружаемом Jpx
// nFlag: 0, даже если в Jpx есть прозрачность, игнорируем ее
// 1, наличие в Jpx SMask
// 2, наличие в Jpx отдельных каналов с прозрачностью
long nOpacityFlag = (std::max)( 0, (std::min) ( 2, nFlag ));
m_pCurrentXObject = LoadJpxImageFromFile( m_pDocument, string2std_string(sFileName), nOpacityFlag );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ListAdd( m_pXObjectList, m_pCurrentXObject) ) )
return nRet;
return S_OK;
}
//HRESULT CPdfWriterLib::LoadImageFromFile (CString bsFileName, long nWidth, long nHeight, long nColorSpace)
//{
// unsigned long nRet = OK;
//
// CString sFileName( bsFileName );
//
// if ( !m_pXObjectList )
// {
// m_pXObjectList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
// if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
// return nRet;
// }
//
// m_pCurrentXObject = LoadRawImageFromFile( m_pDocument, sFileName.GetBuffer(), nWidth, nHeight, (ColorSpace)nColorSpace );
// if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
// return nRet;
//
// if ( OK != ( nRet = ListAdd( m_pXObjectList, m_pCurrentXObject) ) )
// return nRet;
//
// return S_OK;
//}
//HRESULT CPdfWriterLib::LoadImageFromArray (SAFEARRAY **ppImage, long nWidth, long nHeight, long nColorSpace, long nBitsPerComponent)
//{
// unsigned long nRet = OK;
//
// BYTE *pArray;
// if ( nHeight && nWidth )
// {
// // check for valid pixel array size
// if ( 1 != SafeArrayGetDim(*ppImage) )
// return AVS_OFFICEPDFWRITER_ERROR_INVALID_IMAGE;
//
// VARTYPE vType;
// // check for valid array element type
// if ( S_OK != (SafeArrayGetVartype(*ppImage, &vType)) || VT_UI1 != vType )
// return AVS_OFFICEPDFWRITER_ERROR_INVALID_IMAGE;
//
// pArray = (BYTE* (*ppImage)->pvData;
// }
// if ( !m_pXObjectList )
// {
// m_pXObjectList = ListNew( m_pDocument->oMMgr, DEF_ITEMS_PER_BLOCK );
// if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
// return nRet;
// }
//
// m_pCurrentXObject = LoadRawImageFromMem( m_pDocument, pArray, nWidth, nHeight, (ColorSpace)nColorSpace, nBitsPerComponent );
// if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
// return nRet;
//
// if ( OK != ( nRet = ListAdd( m_pXObjectList, m_pCurrentXObject) ) )
// return nRet;
//
// return S_OK;
//}
//
HRESULT CPdfWriterLib::GetImageBitsPerComponent (long *pnBitsPerComponent)
{
*pnBitsPerComponent = ImageGetBitsPerComponent( m_pCurrentXObject );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetImageColorSpace (long *pnColorSpace)
{
EColorSpace eCS = ImageGetColorSpace2( m_pCurrentXObject );
*pnColorSpace = (long)eCS;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetImageHeight (long *pnHeight)
{
*pnHeight = ImageGetHeight( m_pCurrentXObject );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetImageWidth (long *pnWidth)
{
*pnWidth = ImageGetWidth( m_pCurrentXObject );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetImageColorMask (long nRMin, long nRMax, long nGMin, long nGMax, long nBMin, long nBMax)
{
unsigned long nRet = ImageSetColorMask( m_pCurrentXObject, nRMin, nRMax, nGMin, nGMax, nBMin, nBMax );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetImageMaskImage (long nMaskImageIndex)
{
unsigned long nRet = OK;
XObject pTemp = (XObject)ListItemAt( m_pXObjectList, nMaskImageIndex );
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
return nRet;
if ( OK != ( nRet = ImageSetMaskImage( m_pCurrentXObject, pTemp ) ) )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetCurrentImage (long nIndex)
{
XObject pTemp = (XObject)ListItemAt( m_pXObjectList, nIndex );
m_pCurrentXObject = pTemp;
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::GetCurrentImageIndex (long *pnIndex)
{
if ( !m_pCurrentXObject || !m_pXObjectList )
{
*pnIndex = -1;
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_IMAGE_NOT_FOUND;
}
else
*pnIndex = ListFind( m_pXObjectList, m_pCurrentXObject );
// проверяем не появилась ли ошибка
unsigned long nRet = ErrorGetCode( &m_pDocument->oError );
if ( OK != nRet )
return nRet;
return S_OK;
}
//------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::SetEncryptOn ()
{
unsigned long nRet = DocSetEncryptOn( m_pDocument );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFPassword (CString bsOwnerPassword, CString bsUserPassword)
{
const char* sOwnerPassword = NULL;
const char* sUserPassword = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sOwnerPassword = W2A( bsOwnerPassword );
sUserPassword = W2A( bsUserPassword );
#else
std::string ansiOwnerPassword(bsOwnerPassword.begin(), bsOwnerPassword.end());
sOwnerPassword = ansiOwnerPassword.c_str();
std::string ansiUserPassword(bsUserPassword.begin(), bsUserPassword.end());
sUserPassword = ansiUserPassword.c_str();
#endif
if ( UtilsStrLen(sOwnerPassword, LIMIT_MAX_NAME_LEN ) <= 0 )
sOwnerPassword = NULL;
if ( UtilsStrLen(sUserPassword, LIMIT_MAX_NAME_LEN ) <= 0 )
sUserPassword = NULL;
// Паролей нет, ничего не делаем
if ( NULL == sOwnerPassword && NULL == sUserPassword )
return S_OK;
// Если пароли одинаковые, тогда устанавливаем только пользовательский пароль
if ( sOwnerPassword && sUserPassword && 0 == UtilsStrCmp( sOwnerPassword, sUserPassword ) )
sUserPassword = NULL;
unsigned long nRet = SetPassword( m_pDocument, sOwnerPassword, sUserPassword );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFPermission (long nPermission)
{
unsigned long nRet = SetPermission( m_pDocument, (unsigned long)nPermission);
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetPDFEncryptionMode (long nMode, long nKeyLen)
{
unsigned long nRet = SetEncryptionMode( m_pDocument, (EEncryptMode)nMode, nKeyLen );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetEncryptOff ()
{
unsigned long nRet = DocSetEncryptOff( m_pDocument );
if ( OK != nRet )
return nRet;
return S_OK;
}
//------------------------------------------------------------------------------------------------
HRESULT CPdfWriterLib::GetInfoItem (long nDataType, CString *pbsItem)
{
unsigned long nRet = OK;
const char* sItem = GetInfoAttr( m_pDocument, (InfoType)nDataType);
if ( OK != ( nRet = ErrorGetCode( &m_pDocument->oError ) ) )
{
*pbsItem = _T("");
return nRet;
}
CString sTemp(sItem);
*pbsItem = sTemp;
return S_OK;
}
HRESULT CPdfWriterLib::SetInfoItem (long nDataType, CString bsData)
{
const char *sData = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sData = W2A(bsData);
#else
std::string ansiData(bsData.begin(), bsData.end());
sData = ansiData.c_str();
#endif
unsigned long nRet = SetInfoAttr( m_pDocument, (InfoType)nDataType, sData );
if ( OK != nRet )
return nRet;
return S_OK;
}
HRESULT CPdfWriterLib::SetInfoDateItem (long nType, long nYear, long nMonth, long nDay, long nHour, long nMinutes, long nSeconds, long nInd, long nOffHour, long nOffMinutes)
{
TDate oDate;
oDate.nYear = nYear;
oDate.nMinutes = nMinutes;
oDate.nMonth = nMonth;
oDate.nDay = nDay;
oDate.nHour = nHour;
oDate.nSeconds = nSeconds;
oDate.nInd = nInd;
oDate.nOffHour = nOffHour;
oDate.nOffMinutes = nOffMinutes;
unsigned long nRet = SetInfoDateAttr( m_pDocument, (InfoType)nType, oDate );
if ( OK != nRet )
return nRet;
return S_OK;
}
namespace NSCommonReader
{
inline _INT32 ReadInt(BYTE*& pData, int& nOffset)
{
#ifdef _ARM_ALIGN_
_INT32 ret = 0;
memcpy(&ret, pData, sizeof(_INT32));
pData += 4;
nOffset += 4;
return ret;
#else
_INT32 ret = *((_INT32*)pData);
pData += 4;
nOffset += 4;
return ret;
#endif
}
inline USHORT ReadUSHORT(BYTE*& pData, int& nOffset)
{
#ifdef _ARM_ALIGN_
USHORT ret = 0;
memcpy(&ret, pData, sizeof(USHORT));
pData += 2;
nOffset += 2;
return ret;
#else
USHORT ret = *((USHORT*)pData);
pData += 2;
nOffset += 2;
return ret;
#endif
}
inline std::wstring ReadString16(BYTE*& pData, int& nOffset, int nLen)
{
std::wstring wsTempString;
#ifdef _ARM_ALIGN_
if (sizeof(wchar_t) == 4)
{
#if !defined(_WIN32) && !defined(_WIN64)
int len = nLen / 2;
UTF16* buf = new UTF16[len];
memcpy(buf, pData, nLen);
wsTempString = stringUtf16ToWString(buf, len);
RELEASEARRAYOBJECTS(buf);
#endif
}
else
{
int len = nLen / 2;
wchar_t* buf = new wchar_t[len];
memcpy(buf, pData, nLen);
wsTempString = std::wstring(buf, len);
RELEASEARRAYOBJECTS(buf);
}
#else
if (sizeof(wchar_t) == 4)
{
#if !defined(_WIN32) && !defined(_WIN64)
wsTempString = stringUtf16ToWString((UTF16*)pData, nLen/2);
#endif
}
else
{
wsTempString = std::wstring((wchar_t*)pData, nLen/2);
}
#endif
pData += nLen;
nOffset += nLen;
return wsTempString;
}
}
void CPdfWriterLib::OnlineWordToPdfInternal(BYTE* dstArray, LONG len, const std::wstring& sHtmlPlace, std::wstring& sHypers, int& nCountPages, CString sTempLogo, LONG nReg)
{
using namespace NOnlineOfficeBinToPdf;
NOnlineOfficeBinToPdf::CommandType eCommand = NOnlineOfficeBinToPdf::ctError;
bool bIsPathOpened = false;
int curindex = 0;
_INT32* m = NULL;
USHORT* ms = NULL;
int _sLen = 0;
_INT32 gradientType = 0;
double m1 = 0;
double m2 = 0;
double m3 = 0;
double m4 = 0;
double m5 = 0;
double m6 = 0;
BYTE* p = dstArray;
{
BYTE* current = p;
while (curindex < len)
{
eCommand = (CommandType)(*current);
current++;
curindex++;
switch (eCommand)
{
case ctPageWidth:
//ATLTRACE2 ("CommandType::ctPageWidth:\n");
put_Width (NSCommonReader::ReadInt(current, curindex) / 100000.0);
break;
case ctPageHeight:
//ATLTRACE2 ("CommandType::ctPageHeight:\n");
put_Height (NSCommonReader::ReadInt(current, curindex) / 100000.0);
break;
case ctPageStart:
//ATLTRACE2 ("\nCommandType::ctPageStart:\n");
NewPage();
BeginCommand(1);
++nCountPages;
break;
case ctPageEnd:
//ATLTRACE2 ("CommandType::ctPageEnd:\n");
if (bIsPathOpened)
{
PathCommandEnd();
EndCommand(4);
}
bIsPathOpened = false;
if (!nReg)
{
double ww;
get_Width(&ww);
double wh;
get_Height(&wh);
double dR = ww - 13;
double dB = wh - 5;
double k = 1.0;
if (ww <= wh)
{
// ориентация книжная.
double k1 = ww / 210;
double k2 = wh / 297;
k = (std::min)(k1, k2);
}
else
{
double k1 = ww / 297;
double k2 = wh / 210;
k = (std::min)(k1, k2);
}
double dW = 46 * k;
double dH = 15 * k;
double dKoef = 72 / 25.4;
CString sTempHyper;
sTempHyper.Format(_T("<link><source x=\"%i\" y=\"%i\" width=\"%i\" height=\"%i\" page=\"%i\"/>"), (int)((dR - dW) * dKoef), (int)((dB - dH) * dKoef), (int)(dW * dKoef), (int)(dH * dKoef), nCountPages - 1);
sHypers += sTempHyper;
sHypers += _T("<target url=\"www.onlyoffice.com\"/></link>");
ResetTransform();
bool bWriteTextFile = true;
if (sTempLogo.IsEmpty())
{
sTempLogo = FileSystem::Directory::GetTempPath();
bWriteTextFile = WriteFile_ (sTempLogo, (BYTE*) cpLogo1);
}
if (bWriteTextFile)
{
DrawImageFromFile (string2std_string(sTempLogo), dR - dW, dB - dH, dW, dH);
}
}
EndCommand(1);
break;
case ctPenColor:
//ATLTRACE2 ("CommandType::ctPenColor:\n");
put_PenColor (NSCommonReader::ReadInt(current, curindex));
break;
case ctPenAlpha:
//ATLTRACE2 ("CommandType::ctPenAlpha:\n");
put_PenAlpha (*current);
current++;
curindex++;
break;
case ctPenSize:
//ATLTRACE2 ("CommandType::ctPenSize:\n");
put_PenSize (NSCommonReader::ReadInt(current, curindex) / 100000.0);
break;
case ctPenLineJoin:
//ATLTRACE2 ("CommandType::ctPenLineJoin:\n");
put_PenLineJoin (*current);
current++;
curindex++;
break;
case ctBrushType:
//ATLTRACE2 ("CommandType::ctBrushType:\n");
put_BrushType (NSCommonReader::ReadInt(current, curindex));
break;
case ctBrushColor1:
//ATLTRACE2 ("CommandType::ctBrushColor1:\n");
put_BrushColor1 (NSCommonReader::ReadInt(current, curindex));
break;
case ctBrushAlpha1:
//ATLTRACE2 ("CommandType::ctBrushAlpha1:\n");
put_BrushAlpha1 (*current);
current++;
curindex++;
break;
case ctBrushColor2:
//ATLTRACE2 ("CommandType::ctBrushColor2:\n");
put_BrushColor1 (NSCommonReader::ReadInt(current, curindex));
break;
case ctBrushAlpha2:
//ATLTRACE2 ("CommandType::ctBrushAlpha2:\n");
put_BrushAlpha2 (*current);
current++;
curindex++;
break;
case ctBrushRectable:
//ATLTRACE2 ("CommandType::ctBrushRectable:\n");
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m3 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m4 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
BrushRect(0, m1, m2, m3, m4);
break;
case ctBrushRectableEnabled:
{
//ATLTRACE2 ("CommandType::ctBrushRectableEnabled:\n");
VARIANT bEn;
bEn.vt = VT_BOOL;
bEn.boolVal = (1 == *current) ? VARIANT_TRUE : VARIANT_FALSE;
SetAdditionalParam(L"BrushFillBoundsEnable", bEn);
current += 1;
curindex += 1;
}break;
case ctBrushTexturePath:
{
_sLen = 2 * NSCommonReader::ReadUSHORT(current, curindex);
std::wstring wsTempString = NSCommonReader::ReadString16(current, curindex, _sLen);
std::wstring base64TempFile;
if (0 == wsTempString.find(_T("data:")))
{
try
{
int nFind = wsTempString.find(_T(","));
wsTempString = wsTempString.substr(nFind + 1);
base64TempFile = sHtmlPlace + FILE_SEPARATOR_STR + _T("media");
base64TempFile = FileSystem::Directory::CreateTempFileWithUniqueName(base64TempFile, _T("img"));
std::string sBase64MultyByte(wsTempString.begin(), wsTempString.end());
int nBuffLen = Base64::Base64DecodeGetRequiredLength(sBase64MultyByte.length());
BYTE *byteIm = new BYTE[nBuffLen+64];
if (Base64::Base64Decode(sBase64MultyByte.c_str(), sBase64MultyByte.length(),
byteIm, &nBuffLen))
{
WriteFile_ (std_string2string(base64TempFile), byteIm, nBuffLen);
wsTempString = base64TempFile;
}
else throw;
}
catch (...)
{
//ATLTRACE2 ("CommandType::ctBrushTexturePath:base64Decoder failed!\n");
}
}
else
{
if (0 != wsTempString.find(_T("http:")) &&
0 != wsTempString.find(_T("https:")) &&
0 != wsTempString.find(_T("ftp:")) &&
0 != wsTempString.find(_T("file:")))
{
if (0 == wsTempString.find(_T("theme")))
{
if (m_sThemesPlace.length() > 0)
wsTempString = m_sThemesPlace + _T("/") + wsTempString;
}
else
{
if (sHtmlPlace.length() > 0)
wsTempString = sHtmlPlace + _T("/") + wsTempString;
std::wstring sSvgExt(_T(".svg"));
if (0 == wsTempString.compare(wsTempString.length() - sSvgExt.length(), std::wstring::npos, sSvgExt))
{
std::wstring sTestPath = wsTempString.substr(0, wsTempString.length() - sSvgExt.length());
if (NSFile::CFileBinary::Exists(sTestPath + _T(".emf")))
wsTempString = sTestPath + _T(".emf");
else if (NSFile::CFileBinary::Exists(sTestPath + _T(".wmf")))
wsTempString = sTestPath + _T(".wmf");
}
}
string_replaceAll(wsTempString, _T("\\"), _T("/") );
}
if (0 == wsTempString.find(_T("file:///")))
{
string_replaceAll(wsTempString, _T("file:///"), _T(""));
string_replaceAll(wsTempString, _T("\\"), _T("/") );
}
}
put_BrushTexturePath(wsTempString);
}break;
case ctBrushGradient:
{
current++;
curindex++;
CString strAttrMain = L"";
CString strColors = L"";
bool bIsLinear = true;
while (true)
{
BYTE _command = *current;
current++;
curindex++;
if (251 == _command)
break;
switch (_command)
{
case 0:
{
current += 5;
curindex += 5;
double d1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d3 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d4 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
strAttrMain.Format (L"x1 = '%f' y1 = '%f' x2 = '%f' y2 = '%f' gradientUnits='userSpaceOnUse' ", d1, d2, d3, d4);
break;
}
case 1:
{
bIsLinear = false;
current++;
curindex++;
double d1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d3 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d4 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d5 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double d6 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
strAttrMain.Format (L"cx = '%f' cy = '%f' r0 = '%f' r1 = '%f' rx = '%f' ry = '%f' gradientUnits='userSpaceOnUse' ", d1, d2, d5, d6, d1, d2);
break;
}
case 2:
{
int nCountColors = NSCommonReader::ReadInt(current, curindex);
for (int nI = 0; nI < nCountColors; ++nI)
{
int pos = NSCommonReader::ReadInt(current, curindex);
double dPos = pos / 100000.0;
BYTE _r = *current++;
BYTE _g = *current++;
BYTE _b = *current++;
BYTE _a = *current++;
curindex += 4;
int _color = ((_b << 16) & 0xFF0000) | ((_g << 8) & 0xFF00) | _r;
CString sColor;
sColor.Format (L"<stop stop-color='%d' stop-opacity='%f' offset='%f' />", _color, _a / 255.0, dPos);
strColors += sColor;
}
break;
}
default:
break;
};
}
std::wstring strXml;
if (bIsLinear)
{
strXml = L"<linearGradient " + strAttrMain + L">" + strColors + L"</linearGradient>";
CreateLinearGradientFromSvgXml(strXml, true);
}
else
{
strXml = L"<radialGradient " + strAttrMain + L">" + strColors + L"</radialGradient>";
CreateRadialGradientFromSvgXml(strXml, true);
}
}break;
case ctBrushTextureMode:
{
//ATLTRACE2 ("CommandType::ctBrushTextureMode:\n");
LONG mode = (LONG)(*current);
put_BrushTextureMode(mode);
current += 1;
curindex += 1;
}break;
case ctBrushTextureAlpha:
{
//ATLTRACE2 ("CommandType::ctBrushTextureAlpha:\n");
LONG txalpha = (LONG)(*current);
put_BrushTextureAlpha(txalpha);
current += 1;
curindex += 1;
}
break;
case ctSetTransform:
//ATLTRACE2 ("CommandType::ctSetTransform:\n");
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m3 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m4 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m5 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m6 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
SetTransform(m1, m2, m3, m4, m5, m6);
break;
case ctPathCommandStart:
//ATLTRACE2 ("CommandType::ctPathCommandStart:\n");
if (bIsPathOpened)
{
PathCommandEnd();
EndCommand(4);
BeginCommand(4);
PathCommandStart();
}
else
{
BeginCommand(4);
PathCommandStart();
}
bIsPathOpened = true;
break;
case ctPathCommandMoveTo:
//ATLTRACE2 ("CommandType::ctPathCommandMoveTo:\n");
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
PathCommandMoveTo(m1, m2);
break;
case ctPathCommandLineTo:
//ATLTRACE2 ("CommandType::ctPathCommandLineTo:\n");
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
PathCommandLineTo(m1, m2);
break;
case ctPathCommandCurveTo:
//ATLTRACE2 ("CommandType::ctPathCommandCurveTo:\n");
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m3 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m4 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m5 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m6 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
PathCommandCurveTo(m1, m2, m3, m4, m5, m6);
break;
case ctPathCommandClose:
//ATLTRACE2 ("CommandType::ctPathCommandClose:\n");
PathCommandClose();
break;
case ctPathCommandEnd:
if (bIsPathOpened)
{
PathCommandEnd();
EndCommand(4);
bIsPathOpened = false;
}
break;
case ctDrawPath:
//ATLTRACE2 ("CommandType::ctDrawPath\n");
DrawPath(NSCommonReader::ReadInt(current, curindex));
break;
case ctDrawImageFromFile:
{
//ATLTRACE2 ("CommandType::ctDrawImageFromFile:\n");
_sLen = NSCommonReader::ReadInt(current, curindex);
std::wstring wsTempString = NSCommonReader::ReadString16(current, curindex, _sLen);
std::wstring base64TempFile;
if (0 == wsTempString.find(_T("data:")))
{
try
{
int nFind = wsTempString.find(_T(","));
wsTempString = wsTempString.substr(nFind + 1);
base64TempFile = sHtmlPlace + FILE_SEPARATOR_STR + _T("media");
base64TempFile = FileSystem::Directory::CreateTempFileWithUniqueName(base64TempFile, _T("img"));
std::string sBase64MultyByte(wsTempString.begin(), wsTempString.end());
int nBuffLen = Base64::Base64DecodeGetRequiredLength(sBase64MultyByte.length());
BYTE *byteIm = new BYTE[nBuffLen+64];
if (Base64::Base64Decode(sBase64MultyByte.c_str(), sBase64MultyByte.length(), byteIm, &nBuffLen))
{
WriteFile_ (std_string2string(base64TempFile), byteIm,nBuffLen);
wsTempString = base64TempFile;
}
else throw;
}
catch (...)
{
//ATLTRACE2 ("CommandType::ctDrawImageFromFile:base64Decoder failed!\n");
}
}
else
{
if (0 != wsTempString.find(_T("http:")) &&
0 != wsTempString.find(_T("https:")) &&
0 != wsTempString.find(_T("ftp:")) &&
0 != wsTempString.find(_T("file:")))
{
if (0 == wsTempString.find(_T("theme")))
{
if (m_sThemesPlace.length() > 0)
wsTempString = m_sThemesPlace + _T("/") + wsTempString;
}
else
{
if (sHtmlPlace.length() > 0)
wsTempString = sHtmlPlace + _T("/") + wsTempString;
std::wstring sSvgExt(_T(".svg"));
if (0 == wsTempString.compare(wsTempString.length() - sSvgExt.length(), std::wstring::npos, sSvgExt))
{
std::wstring sTestPath = wsTempString.substr(0, wsTempString.length() - sSvgExt.length());
if (NSFile::CFileBinary::Exists(sTestPath + _T(".emf")))
wsTempString = sTestPath + _T(".emf");
else if (NSFile::CFileBinary::Exists(sTestPath + _T(".wmf")))
wsTempString = sTestPath + _T(".wmf");
}
}
string_replaceAll(wsTempString, _T("\\"), _T("/") );
}
if (0 == wsTempString.find(_T("file:///")))
{
string_replaceAll(wsTempString, _T("file:///"), _T(""));
string_replaceAll(wsTempString, _T("\\"), _T("/") );
}
}
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m3 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m4 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
try
{
DrawImageFromFile(wsTempString, m1, m2, m3, m4);
}
catch (...)
{
//ATLTRACE2 ("DrawImageFromFile failed!\n");
}
}break;
case ctFontName:
{
//ATLTRACE2 ("CommandType::ctFontName\n");
_sLen = 2 * (int)NSCommonReader::ReadUSHORT(current, curindex);
std::wstring wsTempString = NSCommonReader::ReadString16(current, curindex, _sLen);
put_FontName (wsTempString);
}
break;
case ctFontSize:
//ATLTRACE2 ("CommandType::ctFontSize:\n");
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
put_FontSize (m1);
break;
case ctFontStyle:
//ATLTRACE2 ("CommandType::ctFontStyle:\n");
put_FontStyle (NSCommonReader::ReadInt(current, curindex));
break;
case ctDrawText:
{
_sLen = 2 * (int)NSCommonReader::ReadUSHORT(current, curindex);
std::wstring wsTempString = NSCommonReader::ReadString16(current, curindex, _sLen);
m1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
m2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
CommandDrawText(wsTempString, m1, m2, 0, 0);//, 0);
}
break;
case ctBeginCommand:
//ATLTRACE2 ("CommandType::ctBeginCommand:\n");
if (bIsPathOpened)
{
PathCommandEnd();
EndCommand(4);
bIsPathOpened = false;
}
BeginCommand((DWORD)(NSCommonReader::ReadInt(current, curindex)));
break;
case ctGradientFill:
{
gradientType = NSCommonReader::ReadInt(current, curindex);
std::wstring sXml, sXmlStop;
if (0 == gradientType) // linearGradient
{
double x1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double x2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double y1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double y2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
int stops = (_INT32)(*current);
current += 4;
curindex += 4;
sXml = string_format(_T("<linearGradient x1='%f' x2='%f' y1='%f' y2='%f'>"), x1, x2, y1, y2);
for (int i = 0; i < stops; ++i)
{
_INT32 color = static_cast<_INT32>(*current);
double opacity = static_cast<double>(static_cast<_INT32>(*(current + 1))) / 255.0;
double offset = static_cast<double>(static_cast<_INT32>(*(current + 2))) / 255.0;
current += 6 * 4; // 4 + 1 + 1
curindex += 6 * 4;
sXmlStop= string_format(_T("<stop stop-color='%d' offset='%f' stop-opacity='%f' />"), color, offset);
sXml += sXmlStop;
}
sXml += _T("</linearGradient>");
if (stops)
{
CreateLinearGradientFromSvgXml(sXml, true);
}
}
else if (1 == gradientType)
{
double cx = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double cy = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double r = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double fx = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double fy = NSCommonReader::ReadInt(current, curindex) / 100000.0;
int stops = NSCommonReader::ReadInt(current, curindex);
std::wstring sXml= string_format(_T("<radialGradient cx='%f' cy='%f' r='%f' fx='%f' fy='%f' >"), cx, cy, r, fx, fy);
for (int i = 0; i < stops; ++i)
{
_INT32 color = static_cast<_INT32>(*current);
double opacity = static_cast<double>(static_cast<_INT32>(*(current + 1))) / 255.0;
double offset = static_cast<double>(static_cast<_INT32>(*(current + 2))) / 255.0;
current += 6 * 4; // 4 + 1 + 1
curindex += 6 * 4;
sXmlStop = string_format(_T("<stop stop-color='%d' offset='%f' stop-opacity='%f' />"), color, offset);
sXml += sXmlStop;
}
sXml += _T("</radialGradient>");
if (stops)
{
CreateRadialGradientFromSvgXml(sXml, true);
}
}
}
break;
case ctGradientFillXML:
{
gradientType = NSCommonReader::ReadInt(current, curindex);
_sLen = (int)NSCommonReader::ReadInt(current, curindex);
std::wstring wsTempString = NSCommonReader::ReadString16(current, curindex, _sLen);
if (0 == gradientType) // linearGradient
CreateLinearGradientFromSvgXml(wsTempString, true);
else if (1 == gradientType) // radialGradient
CreateRadialGradientFromSvgXml(wsTempString, true);
}
break;
case ctGradientStroke:
{
gradientType = NSCommonReader::ReadInt(current, curindex);
CString sXml, sXmlStop;
if (0 == gradientType) // linearGradient
{
double x1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double x2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double y1 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double y2 = NSCommonReader::ReadInt(current, curindex) / 100000.0;
int stops = NSCommonReader::ReadInt(current, curindex);
sXml.Format(_T("<linearGradient x1='' x2='' y1='' y2=''>"), x1, x2, y1, y2);
for (int i = 0; i < stops; ++i)
{
_INT32 color = static_cast<_INT32>(*current);
double opacity = static_cast<double>(static_cast<_INT32>(*(current + 1))) / 255.0;
double offset = static_cast<double>(static_cast<_INT32>(*(current + 2))) / 255.0;
current += 6 * 4; // 4 + 1 + 1
curindex += 6 * 4;
sXmlStop.Format(_T("<stop stop-color='%d' offset='%f' stop-opacity='%f' />"), color, offset);
sXml += sXmlStop;
}
sXml += _T("</linearGradient>");
if (stops)
{
CreateLinearGradientFromSvgXml(string2std_string(sXml), false);
}
}
else if (1 == gradientType)
{
double cx = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double cy = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double r = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double fx = NSCommonReader::ReadInt(current, curindex) / 100000.0;
double fy = NSCommonReader::ReadInt(current, curindex) / 100000.0;
int stops = NSCommonReader::ReadInt(current, curindex);
sXml.Format(_T("<radialGradient cx='%f' cy='%f' r='%f' fx='%f' fy='%f' >"), cx, cy, r, fx, fy);
for (int i = 0; i < stops; ++i)
{
_INT32 color = static_cast<_INT32>(*current);
double opacity = static_cast<double>(static_cast<_INT32>(*(current + 1))) / 255.0;
double offset = static_cast<double>(static_cast<_INT32>(*(current + 2))) / 255.0;
current += 6 * 4; // 4 + 1 + 1
curindex += 6 * 4;
sXmlStop.Format(_T("<stop stop-color='%d' offset='%f' stop-opacity='%f' />"), color, offset);
sXml += sXmlStop;
}
sXml += _T("</radialGradient>");
if (stops)
{
CreateRadialGradientFromSvgXml(string2std_string(sXml), false);
}
}
}
break;
case ctGradientStrokeXML:
{
gradientType = NSCommonReader::ReadInt(current, curindex);
_sLen = (int)NSCommonReader::ReadInt(current, curindex);
std::wstring wsTempString = NSCommonReader::ReadString16(current, curindex, _sLen);
if (0 == gradientType) // linearGradient
CreateLinearGradientFromSvgXml(wsTempString, false);
else if (1 == gradientType) // radialGradient
CreateRadialGradientFromSvgXml(wsTempString, false);
}
break;
case ctEndCommand:
//ATLTRACE2 ("CommandType::ctEndCommand:\n");
if (bIsPathOpened)
{
PathCommandEnd();
EndCommand(4);
bIsPathOpened = false;
}
EndCommand((DWORD)(NSCommonReader::ReadInt(current, curindex)));
PathCommandEnd();
break;
default:
//ATLTRACE2 ("CommandType:DEFAULT!\n");
break;
}; // switch (eCommand)
} // while (curindex < len)
}
}
HRESULT CPdfWriterLib::OnlineWordToPdf(std::wstring sPathXml, std::wstring sDstFile, LONG nReg)
{
return OnlineWordToPdfExec(sPathXml, sDstFile, nReg, false);
}
HRESULT CPdfWriterLib::OnlineWordToPdfFromBinary(std::wstring sPathXml, std::wstring sDstFile, LONG nReg)
{
return OnlineWordToPdfExec(sPathXml, sDstFile, nReg, true);
}
HRESULT CPdfWriterLib::OnlineWordToPdfExec (std::wstring sPathXml, std::wstring sDstFile, LONG nReg, bool bBinary)
{
using namespace NOnlineOfficeBinToPdf;
HRESULT hRes = S_OK;
CString sTempLogo;
std::wstring sHtmlPlace = FileSystem::Directory::GetFolderPath(std_string2string(sPathXml));
try
{
hRes = CreatePDF();
if (S_OK != (hRes))
throw "CreatePDF failed!";
hRes = SetPDFCompressionMode(15);
if (S_OK != (hRes))
throw "SetPDFCompressionMode(15) failed!";
int nCountPages = 0;
std::wstring sHypers =_T("<linker>");
// read file
CString sOpenPathName = FileSystem::Directory::GetLongPathName_(std_string2string(sPathXml));
CFile oFile;
if (oFile.OpenFile(sOpenPathName) != S_OK)
return S_FALSE;
ULONG64 dwFileSize = oFile.GetFileSize();
BYTE *fileContent = new BYTE[dwFileSize];
if (fileContent == NULL)
{
oFile.CloseFile();
return S_FALSE;
}
oFile.ReadFile(fileContent, dwFileSize);
oFile.CloseFile();
if (bBinary)
{
OnlineWordToPdfInternal(fileContent, dwFileSize, sHtmlPlace, sHypers, nCountPages, sTempLogo, nReg);
}
else
{
//схема с разбивкой по 50 страниц убрана из js. теперь на входе всегда файл с одним base64
int len = Base64::Base64DecodeGetRequiredLength(dwFileSize);
BYTE * dstArray = new BYTE[len];
if (Base64::Base64Decode((LPCSTR)fileContent, dwFileSize, dstArray, &len))
OnlineWordToPdfInternal(dstArray, len, sHtmlPlace, sHypers, nCountPages, sTempLogo, nReg);
RELEASEARRAYOBJECTS(dstArray);
}
RELEASEARRAYOBJECTS(fileContent);
sHypers += _T("</linker>");
if (!nReg)
{
BeginCommand(8);
CommandDrawText(sHypers, 0, 0, 0, 0/*, 0*/);
EndCommand(8);
}
if (sTempLogo != _T(""))
{
::CDirectory::DeleteFile(sTempLogo);
}
SaveToFile(std_string2string(sDstFile));
}
catch (char *pcError)
{
//ATLTRACE2 (pcError);
}
//if (NULL != piWinFonts)
//{
// piWinFonts->Release();
// piWinFonts = NULL;
//}
return hRes;
}
HRESULT CPdfWriterLib::DrawCurrentImage (float fX, float fY, float fWidth, float fHeight)
{
if ( !m_pCurrentXObject )
return AVS_OFFICEPDFWRITER_ERROR_CURRENT_IMAGE_NOT_FOUND;
unsigned long nRet = PageDrawImage( m_pDocument->pCurPage, m_pCurrentXObject, fX, fY, fWidth, fHeight );
if ( OK != nRet )
return nRet;
return S_OK;
}
void CPdfWriterLib::FreePDF()
{
m_pCurrentFont = NULL;
m_pCurrentExtGState = NULL;
m_pCurrentXObject = NULL;
if ( m_pOutlineList )
ListFree2( m_pOutlineList );
m_pOutlineList = NULL;
m_pCurrentOutline = NULL;
if ( m_pDestList )
ListFree2( m_pDestList );
m_pDestList = NULL;
m_pCurrentDestination = NULL;
if ( m_pAnnotList )
ListFree2( m_pAnnotList );
m_pAnnotList = NULL;
m_pCurrentAnnotation = NULL;
if ( m_pXObjectList )
ListFree2( m_pXObjectList );
m_pXObjectList = NULL;
m_pCurrentXObject = NULL;
if ( m_pFontEncodingList )
ListFree( m_pFontEncodingList );
m_pFontEncodingList = NULL;
// Документ освобождаем в конце, т.к. все списки строились
// через m_pDocument->oMMgr
if ( m_pDocument )
Free( m_pDocument );
m_pDocument = NULL;
while( m_pCurCommand )
{
TCommandType *pPrev = m_pCurCommand->pPrev;
delete m_pCurCommand;
m_pCurCommand = pPrev;
}
RELEASEOBJECT(m_pCurPath);
}
TFontEncodingPair *CPdfWriterLib::FindFontEncodingPair( char* sFontName, char* sEncodingName/* = NULL */)
{
if ( NULL == m_pFontEncodingList )
return NULL;
for ( int nIndex = 0; nIndex < m_pFontEncodingList->nCount; nIndex++ )
{
TFontEncodingPair *pPair = (TFontEncodingPair *)ListItemAt( m_pFontEncodingList, nIndex );
if ( NULL == sEncodingName )
{
if ( 0 == UtilsStrCmp( pPair->sRealFontName, sFontName ) )
return pPair;
}
else
{
if ( 0 == UtilsStrCmp( pPair->sRealFontName, sFontName ) && 0 == UtilsStrCmp( pPair->sEncodingName, sEncodingName ) )
return pPair;
}
}
return NULL;
}
inline static PDF::Matrix BuildFromSvgMatrix(CString sXml)
{
if (sXml.GetLength())
{
int st = 0;
int del = sXml.Tokenize(_T("("), st).GetLength();
CString sTransform = sXml.Mid(del + 1, sXml.GetLength() - del - 2);
if (sTransform.GetLength())
{
std::vector<double> numbers;
if (ParseUtils::DoubleValues(sTransform, numbers))
{
if (6 == numbers.size())
{
return PDF::Matrix(numbers[0], numbers[1], numbers[4], numbers[2], numbers[3], numbers[5], 0, 0, 1);
}
}
}
}
return PDF::Matrix();
}
bool CPdfWriterLib::ApplyFillGradient()
{
PDF::Rect pageBounds = PageBounds();
PDF::Rect pathBounds = PathBounds();
PDF::XForm* form = NULL;
int maskRefId = -1;
CString formName = L"";
CString stateName = L"";
CString alphaExt = L"";
PDF::Pattern* pattern = m_oPatternState.GetFill();
if (pattern)
{
//ATLTRACE2(_T("ApplyFillGradient\n"));
// % fill
// /Pattern cs
// /P12345 scn
CString sVal;
sVal.Format(L"/P%d scn\012", pattern->GetRefIndex());
if (PDF::ShadingPatternType == pattern->GetType())
{
// NOTE! прозрачность задается через сам градиент или маску
if (m_pCurrentExtGState)
{
ExtGState disableAlpha = CreateExtGState(m_pDocument);
if (disableAlpha)
{
disableAlpha->sBuffer = new CString(L"<< /Type /ExtGState\012 /CA 1\012 /ca 1\012>>");
alphaExt = CString(PageGetExtGStateName(m_pDocument->pCurPage, disableAlpha));
}
}
PDF::Shading* shading = (static_cast<PDF::ShadingPattern*>(pattern))->GetTopShading();
if (shading)
{
shading->SetTransform(PDF::Matrix(m_oCommandParams.oMatrix.fA, m_oCommandParams.oMatrix.fC, MMToPDFCoords(m_oCommandParams.oMatrix.fE),
m_oCommandParams.oMatrix.fB, m_oCommandParams.oMatrix.fD, MMToPDFCoords(m_oCommandParams.oMatrix.fF),
0, 0, 1));
shading->CalculateCoords(pathBounds, pageBounds.Height);
}
PDF::Pattern* alpha = pattern->GetAlphaPattern();
if (alpha)
{
if (PDF::ShadingPatternType == alpha->GetType())
{
PDF::Shading* shading = (static_cast<PDF::ShadingPattern*>(alpha))->GetTopShading();
if (shading)
{
shading->SetTransform(PDF::Matrix(m_oCommandParams.oMatrix.fA, m_oCommandParams.oMatrix.fC, MMToPDFCoords(m_oCommandParams.oMatrix.fE),
m_oCommandParams.oMatrix.fB, m_oCommandParams.oMatrix.fD, MMToPDFCoords(m_oCommandParams.oMatrix.fF),
0, 0, 1));
shading->CalculateCoords(pathBounds, pageBounds.Height);
PDF::PatternAlphaGroup* alpha = m_oPatterns.GetAlphaGroupTop();
if (alpha)
{
form = new PDF::XForm();
if (form)
{
ExtGState smask = CreateExtGState(m_pDocument);
if (smask)
{
CString str; str.Format(L"<< /Type /ExtGState\012 /SMask %d 0 R\012 /ca 1\012>>", alpha->GetMask()->GetId());
smask->sBuffer = new CString(str);
stateName = CString(PageGetExtGStateName(m_pDocument->pCurPage, smask));
Proxy proxyForm = GenXRef<PDF::XForm>(form, OCLASS_XFORM);
form->SetBound(pageBounds);
alpha->SetFormId(form->GetId());
alpha->GetMask()->SetStateId(smask->pHeader.nObjId & (~OTYPE_INDIRECT));
m_oPatterns.AddXForm(form);
XrefEntry entry = XrefGetEntry(m_pDocument->pXref, m_pDocument->pXref->pEntries->nCount - 1);
if (entry)
{
XObject obj = (XObject)entry->pObj;
if (obj)
{
formName = CString(PageGetXObjectName(m_pDocument->pCurPage, obj));
}
}
RebuildResources();
maskRefId = alpha->GetMask()->GetStateId();
}
}
}
}
}
}
}
PageAttr attr = (PageAttr)m_pDocument->pCurPage->pAttr;
if (attr)
{
m_strPatternFill = CString (L"/Pattern cs\012") + sVal;
if (alphaExt.GetLength())
{
m_strPatternFill = L"/" + alphaExt + L" gs \012" + m_strPatternFill;
}
StreamWriteStr(attr->pStream, CStringA(m_strPatternFill));
}
if (form)
{
// q /s13 gs /x14 Do Q
// к x-N объекту применяется маска s-N
m_MaskWithFormCommands.Format(L"q\012/%ls gs /%ls Do\012Q\012", stateName, formName);
m_XForm = form;
}
m_oPatternState.SetFill(NULL);
return true;
}
return false;
}
bool CPdfWriterLib::ApplyStrokeGradient()
{
PDF::Rect pageBounds = PageBounds();
PDF::Rect pathBounds = PathBounds();
PDF::XForm* form = NULL;
int maskRefId = -1;
CString formName = L"";
CString stateName = L"";
CString alphaExt = L"";
PDF::Pattern* pattern = m_oPatternState.GetStroke();
if (pattern)
{
//ATLTRACE2(_T("ApplyStrokeGradient\n"));
// % stroke
// /Pattern CS
// /P12345 SCN
CString sVal;
sVal.Format(L"/P%d SCN\012", pattern->GetRefIndex());
if (PDF::ShadingPatternType == pattern->GetType())
{
// NOTE! прозрачность задается через сам градиент или маску
if (m_pCurrentExtGState)
{
ExtGState disableAlpha = CreateExtGState(m_pDocument);
if (disableAlpha)
{
disableAlpha->sBuffer = new CString(L"<< /Type /ExtGState\012 /CA 1\012 /ca 1\012>>");
alphaExt = CString(PageGetExtGStateName(m_pDocument->pCurPage, disableAlpha));
}
}
PDF::Shading* shading = (static_cast<PDF::ShadingPattern*>(pattern))->GetTopShading();
if (shading)
{
shading->SetTransform(PDF::Matrix(m_oCommandParams.oMatrix.fA, m_oCommandParams.oMatrix.fC, MMToPDFCoords(m_oCommandParams.oMatrix.fE),
m_oCommandParams.oMatrix.fB, m_oCommandParams.oMatrix.fD, MMToPDFCoords(m_oCommandParams.oMatrix.fF),
0, 0, 1));
shading->CalculateCoords(pathBounds, pageBounds.Height);
}
PDF::Pattern* alpha = pattern->GetAlphaPattern();
if (alpha)
{
if (PDF::ShadingPatternType == alpha->GetType())
{
PDF::Shading* shading = (static_cast<PDF::ShadingPattern*>(alpha))->GetTopShading();
if (shading)
{
shading->SetTransform(PDF::Matrix(m_oCommandParams.oMatrix.fA, m_oCommandParams.oMatrix.fC, MMToPDFCoords(m_oCommandParams.oMatrix.fE),
m_oCommandParams.oMatrix.fB, m_oCommandParams.oMatrix.fD, MMToPDFCoords(m_oCommandParams.oMatrix.fF),
0, 0, 1));
shading->CalculateCoords(pathBounds, pageBounds.Height);
PDF::PatternAlphaGroup* alpha = m_oPatterns.GetAlphaGroupTop();
if (alpha)
{
form = new PDF::XForm();
if (form)
{
ExtGState smask = CreateExtGState(m_pDocument);
if (smask)
{
CString str; str.Format(L"<< /Type /ExtGState\012 /SMask %d 0 R\012 /ca 1\012>>", alpha->GetMask()->GetId());
smask->sBuffer = new CString(str);
stateName = CString(PageGetExtGStateName(m_pDocument->pCurPage, smask));
Proxy proxyForm = GenXRef<PDF::XForm>(form, OCLASS_XFORM);
form->SetBound(pageBounds);
alpha->SetFormId(form->GetId());
alpha->GetMask()->SetStateId(smask->pHeader.nObjId & (~OTYPE_INDIRECT));
m_oPatterns.AddXForm(form);
XrefEntry entry = XrefGetEntry(m_pDocument->pXref, m_pDocument->pXref->pEntries->nCount - 1);
if (entry)
{
XObject obj = (XObject)entry->pObj;
if (obj)
{
formName = CString(PageGetXObjectName(m_pDocument->pCurPage, obj));
}
}
RebuildResources();
maskRefId = alpha->GetMask()->GetStateId();
}
}
}
}
}
}
}
PageAttr attr = (PageAttr)m_pDocument->pCurPage->pAttr;
if (attr)
{
m_strPatternStroke = CString (L"/Pattern CS\012") + sVal;
if (alphaExt.GetLength())
{
m_strPatternFill = L"/" + alphaExt + L" gs \012" + m_strPatternStroke;
}
StreamWriteStr(attr->pStream, CStringA(m_strPatternStroke));
}
if (form)
{
// q /s13 gs /x14 Do Q
// к x-N объекту применяется маска s-N
m_MaskWithFormCommands.Format(L"q /%ls gs /%ls Do Q", stateName, formName);
m_XForm = form;
}
m_oPatternState.SetStroke(NULL);
return true;
}
return false;
}
bool CPdfWriterLib::CreateLinearGradientFromSvgXml(const std::wstring & sXml, bool fill)
{
//ATLTRACE2(_T("CreateLinearGradientFromSvgXml\n"));
m_oBrush.TexturePath = L"";
m_oBrush.Type = 1000;
int FormId = -1;
XrefEntry entry = XrefGetEntry(m_pDocument->pXref, m_pDocument->pXref->pEntries->nCount - 2);
if (entry)
{
XObject obj = (XObject)entry->pObj;
if (obj)
{
FormId = (obj->pHeader.nObjId & (~OTYPE_INDIRECT));
}
}
XmlUtils::CXmlNode oXml;
if (oXml.FromXmlString(std_string2string(sXml)))
{
PDF::ShadingPattern* alphaShading = NULL;
PDF::ShadingPattern* shading = new PDF::ShadingPattern();
if (shading)
{
PDF::AxialShading* axial = new PDF::AxialShading();
if (axial)
{
// единицы измерения (координаты документа или нормализованые)
bool userSpaceOnUse = (L"userSpaceOnUse" == oXml.GetAttribute(L"gradientUnits"));
bool isSvgElement = (L"svg" == oXml.GetAttribute(L"sourceType"));
// направление
double x1 = _wtof(oXml.GetAttributeOrValue(L"x1", L"0"));
double y1 = _wtof(oXml.GetAttributeOrValue(L"y1", L"0"));
double x2 = _wtof(oXml.GetAttributeOrValue(L"x2", L"1"));
double y2 = _wtof(oXml.GetAttributeOrValue(L"y2", L"0"));
if (false == isSvgElement)
{
if (userSpaceOnUse)
{
x1 = MMToPDFCoords(x1);
y1 = MMToPDFCoords(y1);
x2 = MMToPDFCoords(x2);
y2 = MMToPDFCoords(y2);
}
}
axial->SetGradientVector(PDF::float4(x1, y1, x2, y2), !userSpaceOnUse);
// матрица
PDF::Matrix matrix = BuildFromSvgMatrix(oXml.GetAttributeOrValue(L"gradientTransform"));
axial->SetTransform(matrix);
float width = 0.0f; GetWidth(&width);
float height = 0.0f; GetHeight(&height);
GenXRef<PDF::ShadingPattern>(shading, OCLASS_PATTERN_REF);
XmlUtils::CXmlNodes oNodes;
if (oXml.GetNodes(L"stop", oNodes))
{
std::vector<PDF::ExponentialInterpolationFunction*> functions;
std::vector<PDF::float3> colors;
std::vector<float> offsets;
std::vector<float> opacity;
bool alphaPatternEnable = false;
for (int i = 0; i < oNodes.GetCount(); ++i)
{
XmlUtils::CXmlNode oNode;
if(oNodes.GetAt(i, oNode))
{
CString sColor = _T("0");
oNode.ReadAttributeBase(L"stop-color", sColor);
long color = _wtoi(sColor.GetBuffer());
CString sOff = _T("0");
oNode.ReadAttributeBase(L"offset", sOff);
float off = _wtof(sOff.GetBuffer()) ;
CString sAlpha = _T("0");
oNode.ReadAttributeBase(L"stop-opacity", sAlpha);
float alpha = (float)((std::min)((std::max)(_wtof(sAlpha.GetBuffer()), 0.0), 1.0));
colors.push_back(PDF::float3((0xFF & color) / 255.0f, (0xFF & (color >> 8)) / 255.0f, (0xFF & (color >> 16)) / 255.0f));
offsets.push_back((std::min)((std::max)(off, 0.0f), 1.0f));
opacity.push_back(alpha);
if (fabs(alpha - 1.0) > DBL_EPSILON)
{
alphaPatternEnable = true;
}
}
}
if (colors.size())// && false == isSvgElement)
{
if (offsets[0] > DBL_EPSILON)
{
PDF::float3 color = colors[0];
float alpha = opacity[0];
colors.insert (colors.begin() , color);
offsets.insert (offsets.begin(), 0.0f);
opacity.insert (opacity.begin(), alpha);
}
long count = offsets.size() - 1;
if (fabs(offsets[count] - 1.0) > DBL_EPSILON)
{
PDF::float3 color = colors[count];
float alpha = opacity[count];
colors.push_back(color);
offsets.push_back(1.0f);
opacity.push_back(alpha);
}
}
// простой градиент из двух цветов
if (2 == colors.size() && 2 == offsets.size())
{
PDF::ExponentialInterpolationFunction* func = new PDF::ExponentialInterpolationFunction();
if (func)
{
func->AddC(3, colors[0].f1, colors[0].f2, colors[0].f3);
func->AddC(3, colors[1].f1, colors[1].f2, colors[1].f3);
func->AddOffset(PDF::float2(offsets[0], offsets[1]));
func->AddDomain(PDF::float2(0.0f, 1.0f));
func->AddN(1);
GenXRef<PDF::ExponentialInterpolationFunction>(func, OCLASS_FUNC_REF);
axial->AddFunc(func);
if (alphaPatternEnable)
{
alphaShading = new PDF::ShadingPattern();
if (alphaShading)
{
PDF::AxialShading* alphaAxial = new PDF::AxialShading();
if (alphaAxial)
{
alphaAxial->SetColorSpace(L"DeviceGray");
alphaAxial->SetGradientVector(PDF::float4(x1, y1, x2, y2), !userSpaceOnUse);
alphaAxial->SetTransform(matrix);
PDF::ExponentialInterpolationFunction* alphaFunc = new PDF::ExponentialInterpolationFunction();
if (alphaFunc)
{
alphaFunc->AddC(1, opacity[0]);
alphaFunc->AddC(1, opacity[1]);
alphaFunc->AddOffset(PDF::float2(offsets[0], offsets[1]));
alphaFunc->AddDomain(PDF::float2(0.0f, 1.0f));
alphaFunc->AddN(1);
GenXRef<PDF::ShadingPattern>(alphaShading, OCLASS_PATTERN_REF);
GenXRef<PDF::ExponentialInterpolationFunction>(alphaFunc, OCLASS_FUNC_REF);
alphaAxial->AddFunc(alphaFunc);
alphaShading->AddShading(alphaAxial);
}
}
}
}
}
}
else
{
// составной градиент из нескольких цветов
PDF::StitchFunction* stitch = new PDF::StitchFunction();
if (stitch)
{
stitch->AddDomain(PDF::float2(0.0f, 1.0f));
for (size_t i = 0; i < colors.size() - 1; ++i)
{
PDF::ExponentialInterpolationFunction* func = new PDF::ExponentialInterpolationFunction();
if (func)
{
func->AddC(3, colors[i].f1, colors[i].f2, colors[i].f3);
func->AddC(3, colors[i + 1].f1, colors[i + 1].f2, colors[i + 1].f3);
func->AddOffset(PDF::float2(offsets[i], offsets[i + 1]));
func->AddDomain(PDF::float2(0.0f, 1.0f));
func->AddN(1);
GenXRef<PDF::ExponentialInterpolationFunction>(func, OCLASS_FUNC_REF);
axial->AddFunc(func);
stitch->AddFunc(func);
stitch->AddEncode(PDF::float2(0.0f, 1.0f));
if (i >= 1)
{
stitch->AddBounds(offsets[i]);
}
}
}
if (stitch->IsValid())
{
GenXRef<PDF::StitchFunction>(stitch, OCLASS_FUNC_REF);
axial->AddFunc(stitch);
if (alphaPatternEnable)
{
alphaShading = new PDF::ShadingPattern();
if (alphaShading)
{
PDF::AxialShading* alphaAxial = new PDF::AxialShading();
if (alphaAxial)
{
alphaAxial->SetColorSpace(L"DeviceGray");
alphaAxial->SetGradientVector(PDF::float4(x1, y1, x2, y2), !userSpaceOnUse);
alphaAxial->SetTransform(matrix);
PDF::StitchFunction* alphaStitch = new PDF::StitchFunction();
if (alphaStitch)
{
alphaStitch->AddDomain(PDF::float2(0.0f, 1.0f));
int count = opacity.size();
for (size_t i = 0; i < count - 1; ++i)
{
PDF::ExponentialInterpolationFunction* alphaFunc = new PDF::ExponentialInterpolationFunction();
if (alphaFunc)
{
alphaFunc->AddC(1, opacity[i]);
alphaFunc->AddC(1, opacity[(i + 1)]);
alphaFunc->AddOffset(PDF::float2(offsets[i], offsets[i + 1]));
alphaFunc->AddDomain(PDF::float2(0.0f, 1.0f));
alphaFunc->AddN(1);
GenXRef<PDF::ExponentialInterpolationFunction>(alphaFunc, OCLASS_FUNC_REF);
alphaAxial->AddFunc(alphaFunc);
alphaStitch->AddFunc(alphaFunc);
alphaStitch->AddEncode(PDF::float2(0.0f, 1.0f));
if (i >= 1)
{
alphaStitch->AddBounds(offsets[i]);
}
}
}
}
GenXRef<PDF::StitchFunction>(alphaStitch, OCLASS_FUNC_REF);
alphaAxial->AddFunc(alphaStitch);
GenXRef<PDF::ShadingPattern>(alphaShading, OCLASS_PATTERN_REF);
alphaShading->AddShading(alphaAxial);
}
}
}
}
else
{
RELEASEOBJECT(stitch);
}
}
}
}
shading->AddShading(axial);
if (fill)
m_oPatternState.SetFill(shading);
else
m_oPatternState.SetStroke(shading);
m_oPatterns.Add(shading);
if (alphaShading)
{
shading->SetAlphaPattern(alphaShading);
// как маска будет отрисована ( паттерно в ч.б цветовом пространстве )
PDF::PatternAlphaGroup* mask = new PDF::PatternAlphaGroup();
if (mask)
{
mask->SetFillId(alphaShading->GetId());
mask->SetBound(PDF::Rect(0, 0, width, height));
mask->SetFormId(FormId);
GenXRef<PDF::PatternAlphaGroup>(mask, OCLASS_MASK_FORM);
// определение маски
if (mask->GetMask())
{
GenXRef<PDF::SoftMask>(mask->GetMask(), OCLASS_MASK_REF);
mask->GetMask()->SetGroupId(mask->GetId());
}
m_oPatterns.AddMask(mask);
}
m_oPatterns.Add(alphaShading);
}
RebuildResources();
return true;
}
}
}
return false;
}
bool CPdfWriterLib::CreateRadialGradientFromSvgXml(const std::wstring & sXml, bool fill)
{
//ATLTRACE2(_T("CreateRadialGradientFromSvgXml\n"));
m_oBrush.TexturePath = L"";
m_oBrush.Type = 1000;
int FormId = -1;
XrefEntry entry = XrefGetEntry(m_pDocument->pXref, m_pDocument->pXref->pEntries->nCount - 2);
if (entry)
{
XObject obj = (XObject)entry->pObj;
if (obj)
{
FormId = (obj->pHeader.nObjId & (~OTYPE_INDIRECT));
}
}
XmlUtils::CXmlNode oXml;
if (oXml.FromXmlString(std_string2string(sXml)))
{
PDF::ShadingPattern* alphaShading = NULL;
PDF::ShadingPattern* shading = new PDF::ShadingPattern();
if (shading)
{
PDF::RadialShading* radial = new PDF::RadialShading();
if (radial)
{
// единицы измерения (координаты документа или нормализованые)
bool userSpaceOnUse = (L"userSpaceOnUse" == oXml.GetAttribute(L"gradientUnits"));
bool isSvgElement = (L"svg" == oXml.GetAttribute(L"sourceType"));
// направление
double cx = _wtof(oXml.GetAttributeOrValue(L"cx", L"0"));
double cy = _wtof(oXml.GetAttributeOrValue(L"cy", L"0"));
double r = _wtof(oXml.GetAttributeOrValue(L"r", L"0"));
double r0 = _wtof(oXml.GetAttributeOrValue(L"r1", L"0"));
double r1 = _wtof(oXml.GetAttributeOrValue(L"r0", L"0"));
double fx = _wtof(oXml.GetAttributeOrValue(L"fx", L"0"));
double fy = _wtof(oXml.GetAttributeOrValue(L"fy", L"0"));
if (oXml.GetAttribute(L"rx").GetLength())
fx = _wtof(oXml.GetAttributeOrValue(L"rx", L"0"));
if (oXml.GetAttribute(L"ry").GetLength())
fy = _wtof(oXml.GetAttributeOrValue(L"ry", L"0"));
if (false == isSvgElement)
{
if (userSpaceOnUse)
{
cx = MMToPDFCoords(cx);
cy = MMToPDFCoords(cy);
r = MMToPDFCoords(r);
r0 = MMToPDFCoords(r0);
r1 = MMToPDFCoords(r1);
fx = MMToPDFCoords(fx);
fy = MMToPDFCoords(fy);
}
if (oXml.GetAttribute(L"r0").GetLength() && oXml.GetAttribute(L"r1").GetLength())
{
if (fabs(r0 - r1) < 0.0001)
r1 = r0 + 0.0001;
radial->SetGradientCircles(PDF::float2(cx, cy), PDF::float2(fx, fy), PDF::float2(r1 , r0),!userSpaceOnUse);
}
else
{
radial->SetGradientCircles(PDF::float2(cx, cy), PDF::float2(fx, fy), PDF::float2(r * 0.5, r * 0.5 * 2),!userSpaceOnUse);
}
}
else
{
radial->SetGradientCircles(PDF::float2(cx, cy), PDF::float2(fx, fy), PDF::float2(0, r),!userSpaceOnUse);
}
// матрица
PDF::Matrix matrix = BuildFromSvgMatrix(oXml.GetAttributeOrValue(L"gradientTransform"));
radial->SetTransform(matrix);
float width = 0.0f; GetWidth(&width);
float height = 0.0f; GetHeight(&height);
GenXRef<PDF::ShadingPattern>(shading, OCLASS_PATTERN_REF);
XmlUtils::CXmlNodes oNodes;
if (oXml.GetNodes(L"stop", oNodes))
{
std::vector<PDF::ExponentialInterpolationFunction*> functions;
std::vector<PDF::float3> colors;
std::vector<float> offsets;
std::vector<float> opacity;
bool alphaPatternEnable = false;
for (int i = 0; i < oNodes.GetCount(); ++i)
{
XmlUtils::CXmlNode oNode;
if (oNodes.GetAt(i, oNode))
{
CString sColor = _T("0");
oNode.ReadAttributeBase(L"stop-color", sColor);
long color = _wtoi(sColor.GetBuffer());
CString sOff = _T("0");
oNode.ReadAttributeBase(L"offset", sOff);
float offset =_wtof(sOff.GetBuffer());
CString sAlpha = _T("0");
oNode.ReadAttributeBase(L"stop-opacity", sAlpha);
float alpha = (float)((std::min)((std::max)(_wtof(sAlpha.GetBuffer()), 0.0), 1.0));
// если есть несколько нулевых смещение идущих друг за другом, отсечем их как не нужные
if (offset < DBL_EPSILON && colors.size())
{
colors.clear();
offsets.clear();
opacity.clear();
}
CString sOffset = L"0";
oNode.ReadAttributeBase(L"offset", sOffset);
float fVal = _wtof(sOffset.GetBuffer());
colors.push_back(PDF::float3((0xFF & color) / 255.0f, (0xFF & (color >> 8)) / 255.0f, (0xFF & (color >> 16)) / 255.0f));
offsets.push_back((std::min)((std::max)(fVal, 0.0f), 1.0f));
opacity.push_back(alpha);
if (fabs(alpha - 1.0) > DBL_EPSILON)
{
alphaPatternEnable = true;
}
}
}
if (colors.size())
{
if (offsets[0] > DBL_EPSILON)
{
PDF::float3 color = colors[0];
float alpha = opacity[0];
colors.insert (colors.begin() , color);
offsets.insert (offsets.begin(), 0.0f);
opacity.insert (opacity.begin(), alpha);
}
long count = offsets.size() - 1;
if (fabs(offsets[count] - 1.0) > DBL_EPSILON)
{
PDF::float3 color = colors[count];
float alpha = opacity[count];
colors.push_back(color);
offsets.push_back(1.0f);
opacity.push_back(alpha);
}
}
// простой градиент из двух цветов
if (2 == colors.size() && 2 == offsets.size())
{
PDF::ExponentialInterpolationFunction* func = new PDF::ExponentialInterpolationFunction();
if (func)
{
func->AddC(3, colors[0].f1, colors[0].f2, colors[0].f3);
func->AddC(3, colors[1].f1, colors[1].f2, colors[1].f3);
func->AddOffset(PDF::float2(offsets[0], offsets[1]));
func->AddDomain(PDF::float2(0.0f, 1.0f));
func->AddN(1);
GenXRef<PDF::ExponentialInterpolationFunction>(func, OCLASS_FUNC_REF);
radial->AddFunc(func);
}
if (alphaPatternEnable)
{
alphaShading = new PDF::ShadingPattern();
if (alphaShading)
{
PDF::RadialShading* alphaRadial = new PDF::RadialShading();
if (alphaRadial)
{
alphaRadial->SetColorSpace(L"DeviceGray");
alphaRadial->SetGradientCircles(radial->GetC0(), radial->GetC1(), radial->GetR(), !userSpaceOnUse);
alphaRadial->SetTransform(matrix);
PDF::ExponentialInterpolationFunction* alphaFunc = new PDF::ExponentialInterpolationFunction();
if (alphaFunc)
{
alphaFunc->AddC(1, offsets[0]);
alphaFunc->AddC(1, offsets[1]);
alphaFunc->AddOffset(PDF::float2(offsets[0], offsets[1]));
alphaFunc->AddDomain(PDF::float2(0.0f, 1.0f));
alphaFunc->AddN(1);
GenXRef<PDF::ShadingPattern>(alphaShading, OCLASS_PATTERN_REF);
GenXRef<PDF::ExponentialInterpolationFunction>(alphaFunc, OCLASS_FUNC_REF);
alphaRadial->AddFunc(alphaFunc);
alphaShading->AddShading(alphaRadial);
}
}
}
}
}
else
{
// составной градиент из нескольких цветов
PDF::StitchFunction* stitch = new PDF::StitchFunction();
if (stitch)
{
stitch->AddDomain(PDF::float2(0.0f, 1.0f));
for (size_t i = 0; i < colors.size() - 1; ++i)
{
PDF::ExponentialInterpolationFunction* func = new PDF::ExponentialInterpolationFunction();
if (func)
{
func->AddC(3, colors[i].f1, colors[i].f2, colors[i].f3);
func->AddC(3, colors[i + 1].f1, colors[i + 1].f2, colors[i + 1].f3);
func->AddOffset(PDF::float2(offsets[i], offsets[i + 1]));
func->AddDomain(PDF::float2(0.0f, 1.0f));
func->AddN(1);
GenXRef<PDF::ExponentialInterpolationFunction>(func, OCLASS_FUNC_REF);
radial->AddFunc(func);
stitch->AddFunc(func);
stitch->AddEncode(PDF::float2(0.0f, 1.0f));
if (i >= 1)
{
stitch->AddBounds(offsets[i]);
}
}
}
if (stitch->IsValid())
{
GenXRef<PDF::StitchFunction>(stitch, OCLASS_FUNC_REF);
radial->AddFunc(stitch);
if (alphaPatternEnable)
{
alphaShading = new PDF::ShadingPattern();
if (alphaShading)
{
PDF::RadialShading* alphaRadial = new PDF::RadialShading();
if (alphaRadial)
{
alphaRadial->SetColorSpace(L"DeviceGray");
alphaRadial->SetGradientCircles(radial->GetC0(), radial->GetC1(), radial->GetR(), !userSpaceOnUse);
alphaRadial->SetTransform(matrix);
PDF::StitchFunction* alphaStitch = new PDF::StitchFunction();
if (alphaStitch)
{
alphaStitch->AddDomain(PDF::float2(0.0f, 1.0f));
int count = opacity.size();
for (size_t i = 0; i < count - 1; ++i)
{
PDF::ExponentialInterpolationFunction* alphaFunc = new PDF::ExponentialInterpolationFunction();
if (alphaFunc)
{
alphaFunc->AddC(1, opacity[i]);
alphaFunc->AddC(1, opacity[(i + 1)]);
alphaFunc->AddOffset(PDF::float2(offsets[i], offsets[i + 1]));
alphaFunc->AddDomain(PDF::float2(0.0f, 1.0f));
alphaFunc->AddN(1);
GenXRef<PDF::ExponentialInterpolationFunction>(alphaFunc, OCLASS_FUNC_REF);
alphaRadial->AddFunc(alphaFunc);
alphaStitch->AddFunc(alphaFunc);
alphaStitch->AddEncode(PDF::float2(0.0f, 1.0f));
if (i >= 1)
{
alphaStitch->AddBounds(offsets[i]);
}
}
}
}
GenXRef<PDF::StitchFunction>(alphaStitch, OCLASS_FUNC_REF);
alphaRadial->AddFunc(alphaStitch);
GenXRef<PDF::ShadingPattern>(alphaShading, OCLASS_PATTERN_REF);
alphaShading->AddShading(alphaRadial);
}
}
}
}
else
{
RELEASEOBJECT(stitch);
}
}
}
}
shading->AddShading(radial);
if (fill)
m_oPatternState.SetFill(shading);
else
m_oPatternState.SetStroke(shading);
m_oPatterns.Add(shading);
if (alphaShading)
{
shading->SetAlphaPattern(alphaShading);
// как маска будет отрисована ( паттерно в ч.б цветовом пространстве )
PDF::PatternAlphaGroup* mask = new PDF::PatternAlphaGroup();
if (mask)
{
mask->SetFillId(alphaShading->GetId());
mask->SetBound(PDF::Rect(0, 0, width, height));
mask->SetFormId(FormId);
GenXRef<PDF::PatternAlphaGroup>(mask, OCLASS_MASK_FORM);
// определение маски
if (mask->GetMask())
{
GenXRef<PDF::SoftMask>(mask->GetMask(), OCLASS_MASK_REF);
mask->GetMask()->SetGroupId(mask->GetId());
}
m_oPatterns.AddMask(mask);
}
m_oPatterns.Add(alphaShading);
}
RebuildResources();
return true;
}
}
}
return false;
}
bool CPdfWriterLib::RebuildResources()
{
Dict element = (Dict)(GetElement(m_pDocument->pCurPage, "Resources")->pValue);
if (element)
{
Dict patternDict = DictNew(m_pDocument->oMMgr);
if (patternDict)
{
DictAdd(element, "Pattern", patternDict);
RELEASEOBJECT(patternDict->sBuffer);
patternDict->sBuffer = new CString(m_oPatterns.Defines());
return true;
}
}
return false;
}
template <typename T> Proxy CPdfWriterLib::GenXRef(T* object, int Type)
{
Proxy ref = ProxyNew(m_pDocument->oMMgr, object);
if (ref)
{
ref->pHeader.nObjClass = Type;
XrefAdd(m_pDocument->pXref, ref);
object->SetId(ref->pHeader.nObjId & (~OTYPE_INDIRECT));
}
return ref;
}
PDF::Rect CPdfWriterLib::PathBounds()
{
PDF::Rect rect;
if (m_pCurPath)
{
double x = rect.X, y = rect.Y, w = rect.Width, h = rect.Height;
m_pCurPath->GetBounds(x, y, w, h);
rect.X = MMToPDFCoords(x);
rect.Y = MMToPDFCoords(y);
rect.Width = MMToPDFCoords(w);
rect.Height = MMToPDFCoords(h);
}
if (m_bUseTextureRect)
{
rect.X = MMToPDFCoords(m_oBrush.Rect.X);
rect.Y = MMToPDFCoords(m_oBrush.Rect.Y);
rect.Width = MMToPDFCoords(m_oBrush.Rect.Width) + rect.X * 2;
rect.Height = MMToPDFCoords(m_oBrush.Rect.Height)+ rect.Y * 2;
rect.X = 0;
rect.Y = 0;
}
return rect;
}
PDF::Rect CPdfWriterLib::PageBounds()
{
PDF::Rect rect;
GetHeight(&rect.Height);
GetWidth(&rect.Width);
return rect;
}
unsigned long CPdfWriterLib::FontFromFileToPdfFont()
{
unsigned long nRet = OK;
if ( _T("") != m_oFont.Path )
{
std::wstring wsFontName, wsEncodingName, wsToUnicodeName;
if ( m_oFontLoader.Find( m_oFont.Path, &wsFontName, &wsEncodingName, &wsToUnicodeName ) )
{
if ( wsFontName.length() <= 0 )
{
nRet = SetCurrentFont( _T("Helvetica"), _T(""), false, _T("") );
return nRet;
}
nRet = SetCurrentFont( std_string2string(wsFontName), std_string2string(wsEncodingName), false, std_string2string(wsToUnicodeName) );
return nRet;
}
CString sExt;
int res = m_oFont.Path.rfind(_T("."));
if (res >= 0) sExt = std_string2string(m_oFont.Path.substr(res));
sExt.MakeLower();
int res2 = (std::max)(m_oFont.Path.rfind(_T("\\")), m_oFont.Path.rfind(_T("/")));
if (res2 >= 0)wsFontName = m_oFont.Path.substr(res2 + 1, res>=0 ? (res-res2) : m_oFont.Path.length()-res2-1);
CString bsPDFFontName;
bool bEmb = true, bCIDfont = false;
if ( _T(".non") == sExt )
bEmb = false;
else if ( _T(".cid_non") == sExt )
{
bEmb = false;
bCIDfont = true;
}
else if ( _T(".n022003l") == sExt )
bsPDFFontName = CString( _T(FONT_COURIER) );
else if ( _T(".n022004l") == sExt )
bsPDFFontName = CString( _T(FONT_COURIER_BOLD) );
else if ( _T(".n022024l") == sExt )
bsPDFFontName = CString( _T(FONT_COURIER_BOLD_OBLIQUE) );
else if ( _T(".n022023l") == sExt )
bsPDFFontName = CString( _T(FONT_COURIER_OBLIQUE) );
else if ( _T(".n019003l") == sExt )
bsPDFFontName = CString( _T(FONT_HELVETICA) );
else if ( _T(".n019004l") == sExt )
bsPDFFontName = CString( _T(FONT_HELVETICA_BOLD) );
else if ( _T(".n019024l") == sExt )
bsPDFFontName = CString( _T(FONT_HELVETICA_BOLD_OBLIQUE) );
else if ( _T(".n019023l") == sExt )
bsPDFFontName = CString( _T(FONT_HELVETICA_OBLIQUE) );
else if ( _T(".s050000l") == sExt )
bsPDFFontName = CString( _T(FONT_SYMBOL) );
else if ( _T(".n021004l") == sExt )
bsPDFFontName = CString( _T(FONT_TIMES_BOLD) );
else if ( _T(".n021024l") == sExt )
bsPDFFontName = CString( _T(FONT_TIMES_BOLD_ITALIC) );
else if ( _T(".n021023l") == sExt )
bsPDFFontName = CString( _T(FONT_TIMES_ITALIC) );
else if ( _T(".n021003l") == sExt )
bsPDFFontName = CString( _T(FONT_TIMES_ROMAN) );
else if ( _T(".d050000l") == sExt )
bsPDFFontName = CString( _T(FONT_ZAPF_DINGBATS) );
else if ( _T(".pfb") == sExt || _T(".pfa") == sExt || _T(".pfb_t1") == sExt || _T(".pfb_t1c") == sExt || _T(".pfb_t1cot") == sExt )
{
// Значит шрифт не один из 14 стандартных
CStringW wsPFBpath(m_oFont.Path.c_str());
// Ищем файл *.afm, с тем же именем, что и *.pfb
CStringW wsAFMpath;
int res = wsPFBpath.ReverseFind(_T('.'));
if (res >=0)
wsAFMpath = wsPFBpath.Mid(0,res);
else
wsAFMpath = wsPFBpath;
wsAFMpath += CString( _T(".afm") );
unsigned long nRes = LoadT1FFromFile( wsAFMpath, wsPFBpath, &bsPDFFontName );
if ( OK != nRes )
{
ResetError( m_pDocument );
SetCurrentFont( _T(FONT_HELVETICA), _T("CP1251"), false, _T("") );
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
}
else if ( _T(".ttf") == sExt || _T(".otf") == sExt )
{
CString sTTFpath(m_oFont.Path.c_str());
unsigned long nRes = LoadTTFFromFile( sTTFpath, true, _T(""), &bsPDFFontName );
if ( OK != nRes )
{
ResetError( m_pDocument );
SetCurrentFont( _T(FONT_HELVETICA), _T("CP1251"), false, _T("") );
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
}
else if ( _T(".cid_0") == sExt || _T(".cid_0c") == sExt || _T(".cid_0cot") == sExt || _T(".cid_2") == sExt || _T(".cid_2ot") == sExt )
{
bCIDfont = true;
}
else
{
ResetError( m_pDocument );
SetCurrentFont( _T(FONT_HELVETICA), _T("CP1251"), false, _T("") );
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
// Шрифт загружен, нужно установить кодировку, которая должна лежать рядом с файлом, с таким же названием и расширением ".enc"
CString wsEncodingPath;
int res1 = m_oFont.Path.rfind(_T("."));
if (res1 >= 0 ) wsEncodingPath = std_string2string(m_oFont.Path.substr(0,res1));
else wsEncodingPath = std_string2string(m_oFont.Path);
wsEncodingPath += _T(".enc");
if ( !FileExist( wsEncodingPath ) )
return SetCurrentFont( bsPDFFontName, _T(""), false, _T("") );
XmlUtils::CXmlNode oMainNode;
oMainNode.FromXmlFile( wsEncodingPath );
if ( _T("PDF-resources") == oMainNode.GetName() )
{
if ( !bCIDfont )
{
CString wsEncodingName, wsToUnicodeName;
XmlUtils::CXmlNode oNode;
if ( oMainNode.GetNode( _T("FontBase"), oNode ) )
{
CString sValue = oNode.GetAttribute( _T("value"), _T("Helvetica") );
if ( !bEmb )
{
bsPDFFontName = sValue;
}
else if ( _T("") == CString( bsPDFFontName ) )
{
bsPDFFontName = sValue;
}
}
if ( oMainNode.GetNode( _T("Encoding"), oNode ) )
{
CString sValue;
sValue = oNode.GetAttribute( _T("type"), _T("-1") );
int nEncodingType = XmlUtils::GetInteger( sValue );
sValue = oNode.GetAttribute( _T("base"), _T("-1") );
int nBaseEncoding = XmlUtils::GetInteger( sValue );
if ( -1 != nEncodingType )
{
char *sBaseName;
switch ( nBaseEncoding )
{
case 0: sBaseName = ENCODING_MAC_ROMAN; break;
case 1: sBaseName = ENCODING_MAC_EXPERT; break;
case 2: sBaseName = ENCODING_WIN_ANSI; break;
default: sBaseName = ENCODING_FONT_SPECIFIC; break;
}
EncoderRecPtr pEncoding = BasicEncoderNew( m_pDocument->oMMgr, sBaseName );
const char *sName = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sName = W2A( wsFontName.c_str() );
#else
std::string ansiFontName(wsFontName.begin(), wsFontName.end());
sName = ansiFontName.c_str();
#endif
strcpy( pEncoding->sName, sName );
if ( 1 == nEncodingType )
{
BasicEncoderAttr pAttr = (BasicEncoderAttr)pEncoding->pAttr;
pAttr->bHasDifferences = true;
XmlUtils::CXmlNode oDiff;
if( oNode.GetNode( _T("Differences"), oDiff ) )
{
int nCount = XmlUtils::GetInteger( oDiff.GetAttribute( _T("count"), _T("0") ) );
XmlUtils::CXmlNodes oDiffNodes;
oDiff.GetNodes( _T("*"), oDiffNodes );
int nCode = 0;
for ( int nIndex = 0; nIndex < nCount; nIndex++ )
{
XmlUtils::CXmlNode oCurNode;
oDiffNodes.GetAt( nIndex, oCurNode );
if ( _T("Code") == oCurNode.GetName() )
{
nCode = XmlUtils::GetInteger( oCurNode.GetAttribute( _T("value"), _T("0") ) );
}
else if ( _T("Name") == oCurNode.GetName() )
{
if ( nCode < BASIC_ENCODER_MAX_CHAR_INDEX )
{
pAttr->anDifferences[nCode] = 1;
CString wsName = oCurNode.GetAttribute( _T("value"), _T(".notdef") ) ;
char * sName = NULL;
#ifdef defined(_WIN32) || defined(_WIN64)
sName = W2A( wsName );
#else
std::wstring ws = string2std_string(wsName);
std::string s(ws.begin(), ws.end());
sName = (char*)s.c_str();
#endif
pAttr->anUnicodeMap[nCode] = GlyphNameToUnicode( sName );
strcpy( (char *)pAttr->asGlyphNameMap[nCode], sName );
nCode++;
}
}
}
}
}
unsigned long nRes = DocRegisterEncoder( m_pDocument, pEncoding );
if ( AVS_OFFICEPDFWRITER_ERROR_DUPLICATE_REGISTRATION == nRes )
ResetError( m_pDocument );
else if ( OK != nRes )
return nRes;
wsEncodingName = std_string2string(wsFontName);
}
}
if ( oMainNode.GetNode( _T("ToUnicode"), oNode ) )
{
CStringA sValue = oNode.GetText();
int sz_out = Base64::Base64DecodeGetRequiredLength(sValue.GetLength());
BYTE* buf_out = new BYTE[sz_out + 64];
if ((buf_out) && (Base64::Base64Decode(sValue.GetBuffer(),sValue.GetLength(), buf_out, &sz_out)))
{
PToUnicode pToUnicode = GetToUnicode( m_pDocument, buf_out, sz_out );
wsToUnicodeName = CStringW( pToUnicode->sName );
delete []buf_out;
}
}
if ( _T("") != bsPDFFontName )
m_oFontLoader.Add( m_oFont.Path, string2std_string(bsPDFFontName), string2std_string(wsEncodingName),
string2std_string(wsToUnicodeName) );
else
m_oFontLoader.Add( m_oFont.Path, _T(""), string2std_string(wsEncodingName),string2std_string(wsToUnicodeName) );
nRet = SetCurrentFont( bsPDFFontName, wsEncodingName, false, wsToUnicodeName );
if ( OK != nRet )
return nRet;
if ( oMainNode.GetNode( _T("FontDescriptor"), oNode ) )
{
FontAttr pFontAttr = (FontAttr)m_pCurrentFont->pAttr;
XmlUtils::CXmlNode oCurNode;
if ( oNode.GetNode( _T("Ascent"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nAscent = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("Descent"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nDescent = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("Flags"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nFlags = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("FontBBox"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value0") );
short nValue0 = XmlUtils::GetInteger( sValue );
sValue = oCurNode.GetAttribute( _T("value1") );
short nValue1 = XmlUtils::GetInteger( sValue );
sValue = oCurNode.GetAttribute( _T("value2") );
short nValue2 = XmlUtils::GetInteger( sValue );
sValue = oCurNode.GetAttribute( _T("value3") );
short nValue3 = XmlUtils::GetInteger( sValue );
pFontAttr->pFontDef->oFontBox = ToBox( nValue0, nValue1, nValue2, nValue3 );
}
if ( oNode.GetNode( _T("ItalicAngle"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nItalicAngle = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("StemV"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nStemV = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("AvgWidth"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nAvgWidth = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("MaxWidth"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nMaxWidth = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("MissingWidth"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nMissingWidth = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("StemH"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nStemH = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("XHeight"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nXHeight = XmlUtils::GetInteger( sValue );
}
if ( oNode.GetNode( _T("CapHeight"), oCurNode ) )
{
CString sValue = oCurNode.GetAttribute( _T("value") );
pFontAttr->pFontDef->nCapHeight = XmlUtils::GetInteger( sValue );
}
}
if ( oMainNode.GetNode( _T("Widths"), oNode ) )
{
FontAttr pFontAttr = (FontAttr)m_pCurrentFont->pAttr;
pFontAttr->oExternWidths.bUse = true;
CString sValue;
sValue = oNode.GetAttribute( _T("FirstChar"), _T("0") );
pFontAttr->oExternWidths.nFirstChar = XmlUtils::GetInteger( sValue );
sValue = oNode.GetAttribute( _T("LastChar"), _T("0") );
pFontAttr->oExternWidths.nLastChar = XmlUtils::GetInteger( sValue );
XmlUtils::CXmlNodes oWidthNodes;
oNode.GetNodes( _T("Width"), oWidthNodes );
pFontAttr->oExternWidths.anWidths = (short *)GetMem( m_pDocument->oMMgr, sizeof(short) * oWidthNodes.GetCount() );
for ( int nIndex = 0; nIndex < oWidthNodes.GetCount(); nIndex++ )
{
XmlUtils::CXmlNode oWidthNode;
oWidthNodes.GetAt( nIndex, oWidthNode );
sValue = oWidthNode.GetAttribute( _T("value") );
pFontAttr->oExternWidths.anWidths[nIndex] = XmlUtils::GetInteger( sValue );
}
}
return nRet;
}
else //if ( bCIDfont )
{
CString wsEncodingName, wsToUnicodeName;
XmlUtils::CXmlNode oType0Node;
if ( oMainNode.GetNode( _T("Type0"), oType0Node ) )
{
bsPDFFontName = oType0Node.GetAttribute( _T("value") );
XmlUtils::CXmlNode oNode;
if ( oType0Node.GetNode( _T("ToUnicode"), oNode ) )
{
//todooo был ранее переход в анси .. нужен ли?
CStringA sValue = oNode.GetText();
int sz_out = Base64::Base64DecodeGetRequiredLength(sValue.GetLength());
BYTE* buf_out = new BYTE[sz_out + 64];
if ((buf_out) && (Base64::Base64Decode(sValue.GetBuffer(),sValue.GetLength(), buf_out, &sz_out)))
{
PToUnicode pToUnicode = GetToUnicode( m_pDocument, buf_out, sz_out );
wsToUnicodeName = CStringW( pToUnicode->sName );
delete []buf_out;
}
}
if ( oType0Node.GetNode( _T("Encoding"), oNode ) )
{
int nType = 0;
wsEncodingName = oNode.GetAttribute( _T("name") );
StreamRecPtr pStream = NULL, pUseCMapStream = NULL;
CStringW wsCMapName, wsRegistry, wsOrdering, wsUseCMap;
int nSupplement = 0, nWMode = 0;
if ( _T("") == wsEncodingName )
{
nType = 1;
CString wsValue;
XmlUtils::CXmlNode oEncNode;
if ( oNode.GetNode( _T("CMapName"), oEncNode ) )
{
wsCMapName = oEncNode.GetAttribute( _T("name") );
wsEncodingName = wsCMapName;
}
if ( oNode.GetNode( _T("CIDSystemInfo"), oEncNode ) )
{
XmlUtils::CXmlNode oInfo;
if ( oEncNode.GetNode( _T("Registry"), oInfo ) )
{
wsRegistry = oInfo.GetAttribute( _T("string") );
}
if ( oEncNode.GetNode( _T("Ordering"), oInfo ) )
{
wsOrdering = oInfo.GetAttribute( _T("string") );
}
if ( oEncNode.GetNode( _T("Supplement"), oInfo ) )
{
wsValue = oInfo.GetAttribute( _T("integer") );
nSupplement = XmlUtils::GetInteger( wsValue );
}
}
if ( oNode.GetNode( _T("WMode"), oEncNode ) )
{
wsValue = oEncNode.GetAttribute( _T("integer") );
nWMode = XmlUtils::GetInteger( wsValue );
}
if ( oNode.GetNode( _T("UseCMap"), oEncNode ) )
{
wsUseCMap = oEncNode.GetAttribute( _T("name") );
const char *sT = NULL;
CString bsText = oEncNode.GetText();
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sT = W2A( bsText );
#else
std::string ansiText(bsText.begin(), bsText.end());
sT = ansiText.c_str();
#endif
CStringA sText = sT;
if ( sText.GetLength() > 0 )
{
int sz_out = Base64::Base64DecodeGetRequiredLength(sText.GetLength());
BYTE* buf_out = new BYTE[sz_out + 64];
if ((buf_out) && (Base64::Base64Decode(sText.GetBuffer(),sText.GetLength(), buf_out, &sz_out)))
{
pUseCMapStream = TempFileStreamNew( m_pDocument->oMMgr );
if ( pUseCMapStream )
{
StreamSeek( pUseCMapStream, 0, SeekSet );
StreamWrite( pUseCMapStream, buf_out, sz_out , true );
}
delete []buf_out;
}
}
}
if ( oNode.GetNode( _T("Stream"), oEncNode ) )
{
const char *sT= NULL;
CString bsText = oEncNode.GetText();
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sT = W2A( bsText );
#else
std::string ansiText(bsText.begin(), bsText.end());
sT = ansiText.c_str();
#endif
CStringA sText = sT;
if ( sText.GetLength() > 0 )
{
int sz_out = Base64::Base64DecodeGetRequiredLength(sText.GetLength());
BYTE* buf_out = new BYTE[sz_out + 64];
if ((buf_out) && (Base64::Base64Decode(sText.GetBuffer(),sText.GetLength(), buf_out, &sz_out)))
{
pStream = TempFileStreamNew( m_pDocument->oMMgr );
if ( pStream )
{
StreamSeek( pUseCMapStream, 0, SeekSet );
StreamWrite( pStream, buf_out, sz_out, true );
}
delete []buf_out;
}
}
}
}
char *sT = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sT = W2A( wsEncodingName );
#else
std::string ansiText(wsEncodingName.begin(), wsEncodingName.end());
sT = (char*)ansiText.c_str();
#endif
EncoderRecPtr pEncoder = CMapEncoderStreamNew( m_pDocument->oMMgr, nType, sT , pStream );
if ( !pEncoder )
return AVS_OFFICEPDFWRITER_ERROR_FAILD_TO_ALLOC_MEM;
//// Ищем Cmap файл и парсим его
//CString wsCMapPath = CString(wsDrive) + CString(wsDir) + CString(wsFileName) + CString(_T(".cmap"));
//if ( FileExist( wsCMapPath ) )
// CMapEncoderStreamLoadVector( pEncoder, wsCMapPath );
CStringA sCMapName(wsCMapName);
CStringA sRegistry(wsRegistry);
CStringA sOrdering(wsOrdering);
CStringA sUseCMap(wsUseCMap);
CMapEncoderStreamSetAttrs( pEncoder, sCMapName.GetBuffer() , sRegistry.GetBuffer(), sOrdering.GetBuffer(), nSupplement, (WritingMode)nWMode, sUseCMap.GetBuffer(), pUseCMapStream );
nRet = DocRegisterEncoder( m_pDocument, pEncoder );
if ( nRet == AVS_OFFICEPDFWRITER_ERROR_DUPLICATE_REGISTRATION )
ResetError( m_pDocument);
}
if ( oType0Node.GetNode( _T("DescendantFonts"), oNode ) )
{
XmlUtils::CXmlNode oDescNode;
int nCIDtype = 0; // 0 - Type 0, 2 - Type 2
CString wsBaseFont, wsValue;
if ( oNode.GetNode( _T("Subtype"), oDescNode ) )
{
wsValue = oDescNode.GetAttribute( _T("name") );
if ( _T("CIDFontType0") == wsValue ) nCIDtype = 0;
else if ( _T("CIDFontType2") == wsValue ) nCIDtype = 2;
}
if ( oNode.GetNode( _T("BaseFont"), oDescNode ) )
{
wsBaseFont = oDescNode.GetAttribute( _T("name") );
}
// Создаем FontDef с данным именем
char *sName = NULL;
#if defined(_WIN32) || defined (_WIN64)
USES_CONVERSION;
sName = W2A( bsPDFFontName/*wsBaseFont*/ );
#else
std::string ansiName(bsPDFFontName.begin(), bsPDFFontName.end());
sName = (char*)ansiName.c_str();
#endif
FontDef pFontDef = CIDFontDefNew( m_pDocument->oMMgr, sName, NULL );
// Добовляем в него CIDSystemInfo
if ( oNode.GetNode( _T("CIDSystemInfo"), oDescNode ) )
{
XmlUtils::CXmlNode oInfo;
CStringW wsRegistry, wsOrdering;
int nSupplement = 0;
if ( oDescNode.GetNode( _T("Registry"), oInfo ) )
{
wsRegistry = oInfo.GetAttribute( _T("string") );
}
if ( oDescNode.GetNode( _T("Ordering"), oInfo ) )
{
wsOrdering = oInfo.GetAttribute( _T("string") );
}
if ( oDescNode.GetNode( _T("Supplement"), oInfo ) )
{
wsValue = oInfo.GetAttribute( _T("integer") );
nSupplement = XmlUtils::GetInteger( wsValue );
}
#ifdef defined(_WIN32) || defined(_WIN64)
CIDFontDefSetInfoSys( pFontDef, W2A( wsRegistry.GetBuffer() ), W2A( wsOrdering.GetBuffer() ), nSupplement );
#else
std::wstring ws1 = string2std_string(wsRegistry);
std::string s1(ws1.begin(), ws1.end());
std::wstring ws2 = string2std_string(wsOrdering);
std::string s2(ws2.begin(), ws2.end());
CIDFontDefSetInfoSys( pFontDef, (char*)s1.c_str(), (char*)s2.c_str(), nSupplement );
#endif
}
// Записываем всевозможные настройки FontDescriptor
if ( oNode.GetNode( _T("FontDescriptor"), oDescNode ) )
{
XmlUtils::CXmlNode oFDNode;
if ( oDescNode.GetNode( _T("FontName"), oFDNode ) )
{
CString wsFontName = oFDNode.GetAttribute( _T("name") );
}
if ( oDescNode.GetNode( _T("FontStretch"), oFDNode ) )
{
CString wsStretch = oFDNode.GetAttribute( _T("name") );
}
if ( oDescNode.GetNode( _T("FontWeight"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
int nWeight = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("Flags"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("integer") );
pFontDef->nFlags = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("FontBBox"), oFDNode ) )
{
short shValue[4];
wsValue = oFDNode.GetAttribute( _T("value0") );
shValue[0] = XmlUtils::GetInteger( wsValue );
wsValue = oFDNode.GetAttribute( _T("value1") );
shValue[1] = XmlUtils::GetInteger( wsValue );
wsValue = oFDNode.GetAttribute( _T("value2") );
shValue[2] = XmlUtils::GetInteger( wsValue );
wsValue = oFDNode.GetAttribute( _T("value3") );
shValue[3] = XmlUtils::GetInteger( wsValue );
pFontDef->oFontBox = ToBox( shValue[0], shValue[1], shValue[2], shValue[3] );
}
if ( oDescNode.GetNode( _T("ItalicAngle"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nItalicAngle = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("Ascent"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nAscent = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("Descent"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nDescent = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("Leading"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
int nLeading = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("CapHeight"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nCapHeight = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("XHeight"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nXHeight = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("StemV"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nStemV = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("StemH"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nStemH = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("AvgWidth"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nAvgWidth = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("MaxWidth"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nMaxWidth = XmlUtils::GetInteger( wsValue );
}
if ( oDescNode.GetNode( _T("MissingWidth"), oFDNode ) )
{
wsValue = oFDNode.GetAttribute( _T("number") );
pFontDef->nMissingWidth = XmlUtils::GetInteger( wsValue );
}
}
// Записываем файл с шрифтом и устанавливаем его тип
CIDFontFileType eType;
if ( _T(".cid_0" ) == sExt ) eType = cidType0;
else if ( _T(".cid_0c" ) == sExt ) eType = cidType0C;
else if ( _T(".cid_0cot") == sExt ) eType = cidType0COT;
else if ( _T(".cid_2" ) == sExt ) eType = cidType2;
else if ( _T(".cid_2ot" ) == sExt ) eType = cidType2OT;
else
{
if ( 0 == nCIDtype )
eType = cidType0;
else
eType = cidType2;
}
if ( bEmb )
{
if ( OK != ( nRet = CIDFontDefLoadFontData( pFontDef, m_oFont.Path, eType ) ) )
return nRet;
}
else
{
if ( OK != ( nRet = CIDFontDefLoadFontData( pFontDef, _T(""), eType ) ) )
return nRet;
}
// Пишим ширины
if ( oNode.GetNode( _T("DW"), oDescNode ) )
{
wsValue = oDescNode.GetAttribute( _T("integer") );
int nDW = XmlUtils::GetInteger( wsValue );
CIDFontDefSetDW( pFontDef, nDW );
}
if ( oNode.GetNode( _T("W"), oDescNode ) )
{
int nPrevType = -1; // -1 - ничего, 0 - cid, 1 - cid_last, 2 - array, 3 - width
int nCid_first = 0, nCid_last = 0, nWidth = 0;
CIDWidth oWidth;
XmlUtils::CXmlNodes oNodesW;
// Забираем все ноды
oDescNode.GetNodes( _T("*"), oNodesW );
for ( int nIndex = 0; nIndex < oNodesW.GetCount(); nIndex++ )
{
XmlUtils::CXmlNode oNodeW;
if ( oNodesW.GetAt( nIndex, oNodeW ) )
{
if ( _T("Int") == oNodeW.GetName() )
{
wsValue = oNodeW.GetAttribute( _T("value") );
if ( -1 == nPrevType || 2 == nPrevType || 3 == nPrevType )
{
nPrevType = 0;
nCid_first = XmlUtils::GetInteger( wsValue );
}
else if ( 0 == nPrevType )
{
nPrevType = 1;
nCid_last = XmlUtils::GetInteger( wsValue );
}
else // if ( 1 == nPrevType )
{
nPrevType = 3;
nWidth = XmlUtils::GetInteger( wsValue );
oWidth.unCid_First = nCid_first;
oWidth.unCid_Last = nCid_last;
oWidth.shWidth = nWidth;
CIDFontDefAddWidth( pFontDef, oWidth );
}
}
else if ( _T("Array") == oNodeW.GetName() )
{
nPrevType = 2;
XmlUtils::CXmlNodes oArrayNodes;
oNodeW.GetNodes( _T("Int"), oArrayNodes );
for ( int nArrayIndex = 0; nArrayIndex < oArrayNodes.GetCount(); nArrayIndex++ )
{
XmlUtils::CXmlNode oArrayItem;
if ( oArrayNodes.GetAt( nArrayIndex, oArrayItem ) )
{
wsValue = oArrayItem.GetAttribute( _T("value") );
nWidth = XmlUtils::GetInteger( wsValue );
oWidth.unCid_First = nCid_first;
oWidth.unCid_Last = nCid_first;
oWidth.shWidth = nWidth;
nCid_first++;
CIDFontDefAddWidth( pFontDef, oWidth );
}
}
}
}
}
}
if ( oNode.GetNode( _T("DW2"), oDescNode ) )
{
int anDW2[2];
wsValue = oDescNode.GetAttribute( _T("value0") );
anDW2[0] = XmlUtils::GetInteger( wsValue );
wsValue = oDescNode.GetAttribute( _T("value1") );
anDW2[1] = XmlUtils::GetInteger( wsValue );
CIDFontDefSetDW2( pFontDef, anDW2 );
}
if ( oNode.GetNode( _T("W2"), oDescNode ) )
{
int nPrevType = -1; // -1 - ничего, 0 - cid, 1 - cid_last, 2 - array, 3 - W, 4 - Vx, 5 - Vy
int nCid_first = 0, nCid_last = 0, nWidth = 0, nVx = 0, nVy = 0;
CIDWidth2 oWidth2;
XmlUtils::CXmlNodes oNodesW;
// Забираем все ноды
oDescNode.GetNodes( _T("*"), oNodesW );
for ( int nIndex = 0; nIndex < oNodesW.GetCount(); nIndex++ )
{
XmlUtils::CXmlNode oNodeW;
if ( oNodesW.GetAt( nIndex, oNodeW ) )
{
if ( _T("Int") == oNodeW.GetName() )
{
wsValue = oNodeW.GetAttribute( _T("value") );
if ( -1 == nPrevType || 2 == nPrevType || 5 == nPrevType )
{
nPrevType = 0;
nCid_first = XmlUtils::GetInteger( wsValue );
}
else if ( 0 == nPrevType )
{
nPrevType = 1;
nCid_last = XmlUtils::GetInteger( wsValue );
}
else if ( 1 == nPrevType )
{
nPrevType = 3;
nWidth = XmlUtils::GetInteger( wsValue );
}
else if ( 3 == nPrevType )
{
nPrevType = 4;
nVx = XmlUtils::GetInteger( wsValue );
}
else // if ( 4 == nPrevType )
{
nPrevType = 5;
nVy = XmlUtils::GetInteger( wsValue );
oWidth2.unCid_First = nCid_first;
oWidth2.unCid_Last = nCid_last;
oWidth2.shW = nWidth;
oWidth2.shVx = nVx;
oWidth2.shVy = nVy;
CIDFontDefAddWidth2( pFontDef, oWidth2 );
}
}
else if ( _T("Array") == oNodeW.GetName() )
{
nPrevType = 2;
int nWidthPrevType = -1; // -1 - ничего, 0 - W, 1 - Vx, 2 - Vy
XmlUtils::CXmlNodes oArrayNodes;
oNodeW.GetNodes( _T("Int"), oArrayNodes );
for ( int nArrayIndex = 0; nArrayIndex < oArrayNodes.GetCount(); nArrayIndex++ )
{
XmlUtils::CXmlNode oArrayItem;
if ( oArrayNodes.GetAt( nArrayIndex, oArrayItem ) )
{
wsValue = oArrayItem.GetAttribute( _T("value") );
if ( -1 == nWidthPrevType || 2 == nWidthPrevType )
{
nWidthPrevType = 0;
nWidth = XmlUtils::GetInteger( wsValue );
}
else if ( 0 == nWidthPrevType )
{
nWidthPrevType = 1;
nVx = XmlUtils::GetInteger( wsValue );
}
else // if ( 1 == nWidthPrevType )
{
nWidthPrevType = 2;
nVy = XmlUtils::GetInteger( wsValue );
oWidth2.unCid_First = nCid_first;
oWidth2.unCid_Last = nCid_first;
oWidth2.shW = nWidth;
oWidth2.shVx = nVx;
oWidth2.shVy = nVy;
nCid_first++;
CIDFontDefAddWidth2( pFontDef, oWidth2 );
}
}
}
}
}
}
}
if ( oNode.GetNode( _T("CIDToGIDMap"), oDescNode ) )
{
wsValue = oDescNode.GetAttribute( _T("name"), _T("") );
if (wsValue.GetLength() > 0 )
{
CStringA sValue(wsValue);
CIDFontDefSetCIDtoGID( pFontDef, sValue.GetBuffer() );
}
else
{
CString wsText = oDescNode.GetText();
if ( wsText.GetLength() > 0 )
{
CStringA sText(wsText);
int sz_out = Base64::Base64DecodeGetRequiredLength(sText.GetLength());
BYTE* buf_out = new BYTE[sz_out + 64];
if ((buf_out) && (Base64::Base64Decode(sText.GetBuffer(),sText.GetLength(), buf_out, &sz_out)))
{
CIDFontDefSetCIDtoGID( pFontDef, buf_out, sz_out );
delete []buf_out;
}
}
}
}
CStringA sEncodingName(wsEncodingName);
CStringA sToUnicodeName (wsToUnicodeName);
EncoderRecPtr pEncoder = GetEncoder( m_pDocument, sEncodingName );
PToUnicode pToUnicode = GetToUnicode( m_pDocument, sToUnicodeName );
FontDict pFont = Type0FontNew2( m_pDocument->oMMgr, pFontDef, pEncoder, m_pDocument->pXref, pToUnicode);
// Регистрируем FontDef и Font в документе
if ( pFontDef )
ListAdd( m_pDocument->pFontDefList, pFontDef );
if ( pFont )
ListAdd( m_pDocument->pFontManager, pFont );
if ( _T("") != bsPDFFontName )
m_oFontLoader.Add( m_oFont.Path, string2std_string(bsPDFFontName),
string2std_string(wsEncodingName), string2std_string(wsToUnicodeName) );
else
m_oFontLoader.Add( m_oFont.Path, _T(""), string2std_string(wsEncodingName), string2std_string(wsToUnicodeName));
nRet = SetCurrentFont( bsPDFFontName, wsEncodingName, false, wsToUnicodeName );
return nRet;
}
}
}
}
if ( _T("") != bsPDFFontName )
nRet = SetCurrentFont( bsPDFFontName, _T(""), false, _T(""));
return nRet;
}
return OK;
}
unsigned long CPdfWriterLib::GdiFontToPdfFont(CString bsEncodingName/* = L"CP1251"*/, bool bNameIsUnicodeArray/* = false*/)
{
CString bsDefaultFont = L"Helvetica";
CString bsDefaultEncoding = L"CP1251";
bool bBold = m_oFont.Bold;
bool bItalic = m_oFont.Italic;
std::wstring wsDisplayName;
std::wstring wsFontName;
// получаем фонт по его названию
std::wstring bsFileName;
if ( !m_pFindFonts->Find( m_oFont.Name, &bsFileName, &bBold, &bItalic ) )
{
bool bOldBold = bBold;
bool bOldItalic = bItalic;
if ( !GetFontFile( &m_oFont, m_oFont.Name, wsDisplayName, wsFontName, &bBold, &bItalic ) )
{
m_pFindFonts->Add( m_oFont.Name, _T(""), bOldBold, bOldItalic, bBold, bItalic );
SetCurrentFont( bsDefaultFont, bsDefaultEncoding, bNameIsUnicodeArray, _T("") );
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
m_pFindFonts->Add( m_oFont.Name, wsFontName, bOldBold, bOldItalic, bBold, bItalic );
}
else
{
if ( bsFileName.length() <= 0 || bsFileName.length() >= 1000 )
{
SetCurrentFont( bsDefaultFont, bsDefaultEncoding, bNameIsUnicodeArray, _T("") );
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
else
{
//2 ???? 4 ???? todoooo
wsFontName = bsFileName;
}
}
m_oFont.Bold = bBold;
m_oFont.Italic = bItalic;
// пока фонт не включаем в документ
// TO DO: 1. Сначала пытаемся включить фонт в документ
// 2. Если этого сделать нельзя, тогда загружаем фонт не включая его в документ.
CString bsPDFFontName = _T("Embedded");
CString bsFontFile = std_string2string(wsFontName);
unsigned long nRes = LoadTTFFromFile( bsFontFile, true, bsEncodingName, &bsPDFFontName );
if ( OK == nRes )
{
nRes = SetCurrentFont( bsPDFFontName, bsEncodingName, bNameIsUnicodeArray, _T("") );
return nRes;
}
else if ( AVS_OFFICEPDFWRITER_ERROR_FILE_OPEN_ERROR == nRes )
ResetError( m_pDocument );
else
{
ResetError( m_pDocument );
SetCurrentFont( bsDefaultFont, bsDefaultEncoding, bNameIsUnicodeArray, _T("") );
return nRes;
}
// Скорее всего фонт не загрузился из-за того, что sFontFile содержит не полный путь
char *pValue;
size_t len;
//todooo
// errno_t err = _dupenv_s( &pValue, &len, "windir" );
CString sFontFilePath(pValue);
free( pValue );
sFontFilePath += CString(FILE_SEPARATOR_STR) + _T("Fonts") + FILE_SEPARATOR_STR;
sFontFilePath += bsFontFile;
bsFontFile = sFontFilePath;
nRes = LoadTTFFromFile( bsFontFile, true, bsEncodingName, &bsPDFFontName );
if ( OK == nRes )
{
nRes = SetCurrentFont( bsPDFFontName, bsEncodingName, bNameIsUnicodeArray, _T(""));
return nRes;
}
else
{
ResetError( m_pDocument );
SetCurrentFont( bsDefaultFont, bsDefaultEncoding, bNameIsUnicodeArray, _T("") );
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
}
unsigned long CPdfWriterLib::GdiFontToPdfFont2(CString bsToUnicodeName/* = NULL*/, CString bsEncodingName/* = NULL*/)
{
CString bsDefaultFont = L"Helvetica";
bool bBold = m_oFont.Bold;
bool bItalic = m_oFont.Italic;
std::wstring wsDisplayName;
std::wstring wsFontName;
// получаем фонт по его названию
std::wstring bsFileName;
bool bPath = ( m_oFont.Path != _T("") ? true : false );
if ( bPath )
m_oFont.Name = m_oFont.Path;
if ( !m_pFindFonts->Find( m_oFont.Name, &bsFileName, &bBold, &bItalic ) )
{
bool bOldBold = bBold;
bool bOldItalic = bItalic;
if ( !bPath )
{
if ( !GetFontFile2( &m_oFont, m_oFont.Name, wsDisplayName, wsFontName, &bBold, &bItalic, m_pFontManager ) )
{
m_pFindFonts->Add( m_oFont.Name, std::wstring(_T("")), bOldBold, bOldItalic, bBold, bItalic );
SetCurrentFont( bsDefaultFont, _T(""), false, _T(""));
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
}
else
{
int nTempLen = (std::min)( (size_t)499, m_oFont.Path.length() );
wsFontName = std::wstring(m_oFont.Path.begin() , m_oFont.Path.begin() + nTempLen );
wsDisplayName = std::wstring(m_oFont.Path.begin() , m_oFont.Path.begin() + nTempLen );
}
m_pFindFonts->Add( m_oFont.Name, std::wstring(wsFontName), bOldBold, bOldItalic, bBold, bItalic );
}
else
{
CString sFName = std_string2string( bsFileName );
if ( sFName.GetLength() <= 0 || sFName.GetLength() >= 1000 )
{
SetCurrentFont( bsDefaultFont, _T(""), false, _T(""));
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
else
{
//2 ???? 4 ???? todoooo
wsFontName = string2std_string(sFName);
}
}
m_oFont.Bold = bBold;
m_oFont.Italic = bItalic;
// пока фонт не включаем в документ
// TO DO: 1. Сначала пытаемся включить фонт в документ
// 2. Если этого сделать нельзя, тогда загружаем фонт не включая его в документ.
CString bsPDFFontName = _T("Embedded");
CString bsFontFile = std_string2string(wsFontName);
if (bsFontFile.GetLength() < 1) bsFontFile = std_string2string(m_oFont.Name);
unsigned long nRes = LoadTTFFromFile( bsFontFile, true, bsToUnicodeName, &bsPDFFontName );
if ( OK == nRes )
{
nRes = SetCurrentFont( bsPDFFontName, bsEncodingName, false, bsToUnicodeName );
return nRes;
}
else if ( AVS_OFFICEPDFWRITER_ERROR_FILE_OPEN_ERROR == nRes )
ResetError( m_pDocument );
else
{
ResetError( m_pDocument );
SetCurrentFont( bsDefaultFont, _T(""), false, _T("") );
return nRes;
}
// Скорее всего фонт не загрузился из-за того, что sFontFile содержит не полный путь
char *pValue = NULL;
size_t len=0;
#if defined(_WIN32) || defined(_WIN64)
errno_t err = _dupenv_s( &pValue, &len, "windir" );
#endif
CString sFontFilePath;
if (pValue)
{
sFontFilePath = CString(pValue);
free( pValue );
}
sFontFilePath += CString(FILE_SEPARATOR_STR) + _T("Fonts") + FILE_SEPARATOR_STR;
sFontFilePath += bsFontFile;
nRes = LoadTTFFromFile(sFontFilePath, true, bsEncodingName, &bsPDFFontName );
if ( OK == nRes )
{
nRes = SetCurrentFont( bsPDFFontName, bsEncodingName, false, bsToUnicodeName );
return nRes;
}
else
{
ResetError( m_pDocument );
SetCurrentFont( bsDefaultFont, _T(""), false, _T(""));
return AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND;
}
}
unsigned long CPdfWriterLib::GdiDashToPDFDash( int nDashStyle/* = 0*/, double *pDashPattern/* = NULL*/, int nDashPatternSize/* = 0*/, float fDashOffset/* = 0 */)
{
unsigned long nRet = OK;
float fWidth = PageGetLineWidth( m_pDocument->pCurPage );
// Константы для стилей от 1 до 4 вычислены на основе MicrosoftOfficePowerPoint
if ( 0 == nDashStyle ) // Solid
{
nRet = PageSetDash( m_pDocument->pCurPage, NULL, 0, 0 );
}
else if ( 1 == nDashStyle )
{
double arrDashPtn[2] = { 4 * fWidth, 3 * fWidth };
nRet = PageSetDash( m_pDocument->pCurPage, arrDashPtn, 2, fDashOffset );
}
else if ( 2 == nDashStyle )
{
double arrDashPtn[2] = { fWidth, fWidth };
nRet = PageSetDash( m_pDocument->pCurPage, arrDashPtn, 2, fDashOffset );
}
else if ( 3 == nDashStyle )
{
double arrDashPtn[4] = { 4 * fWidth, 3 * fWidth, fWidth, 3 * fWidth };
nRet = PageSetDash( m_pDocument->pCurPage, arrDashPtn, 4, fDashOffset );
}
else if ( 4 == nDashStyle )
{
double arrDashPtn[6] = { 8 * fWidth, 3 * fWidth, fWidth, 3 * fWidth, fWidth, 3 * fWidth };
nRet = PageSetDash( m_pDocument->pCurPage, arrDashPtn, 6, fDashOffset );
}
else if ( 5 == nDashStyle ) // Custom
{
nRet = PageSetDash( m_pDocument->pCurPage, pDashPattern, nDashPatternSize, fDashOffset );
}
return nRet;
}
unsigned long CPdfWriterLib::ReadOutlineChilds(CString sXml, int nRootIndex)
{
HRESULT hRes = S_OK;
XmlUtils::CXmlNode oNode;
oNode.FromXmlString(sXml);
XmlUtils::CXmlNodes oNodes;
oNode.GetNodes( _T("Chapter"), oNodes);
for ( int nIndex = 0; nIndex < oNodes.GetCount(); nIndex++ )
{
XmlUtils::CXmlNode oCurNode;
oNodes.GetAt( nIndex, oCurNode );
if ( -1 != oCurNode.GetName().Find( _T("Chapter") ) )
{
CString sName = oCurNode.GetAttribute( _T("name") );
CStringA sPage = (CStringA)oCurNode.GetAttribute( _T("page") );
int nPageNum = UtilsAToI( sPage.GetBuffer() );
if ( S_OK != ( hRes = SetCurrentPage( nPageNum ) ) )
return hRes;
CString sNode = oNode.GetXml();
if ( S_OK != ( hRes = CreateNewOutline( nRootIndex, sName, _T("")) ) )
return hRes;
if ( S_OK != ( hRes = CreateNewDestination() ) )
return hRes;
if ( S_OK != ( hRes = OutlineSetCurrentDestination() ) )
return hRes;
if ( S_OK != ( hRes = SetOutlineOpened( false ) ) )
return hRes;
long nCurrentIndex = -1;
if ( S_OK != ( hRes = GetCurrentOutlineIndex(&nCurrentIndex) ) )
return hRes;
if ( S_OK != ( hRes = ReadOutlineChilds( oCurNode.GetXml(), nCurrentIndex ) ) )
return hRes;
}
}
return S_OK;
}
unsigned long CPdfWriterLib::UpdateGState()
{
HRESULT hRes = S_OK;
if ( ! ( NULL != m_pCurCommand->pPrev && c_nClipType == m_pCurCommand->pPrev->nType ) )
{
if ( S_OK != ( hRes = GSave() ) )
return hRes;
if ( S_OK != ( hRes = UpdateCoordSpace() ) )
return hRes;
long nColor = m_oBrush.Color1;
float fR = ( nColor & 0xFF ) / 255.0f;
float fG = ( ( nColor >> 8 ) & 0xFF ) / 255.0f;
float fB = ( (nColor >> 16) ) / 255.0f;
if ( S_OK != ( hRes = SetRGBFill( fR, fG, fB ) ) )
return hRes;
float fLineWidth = MMToPDFCoords( m_oPen.Size );
if ( S_OK != ( hRes = SetLineWidth( fLineWidth ) ) )
return hRes;
float fDashOffset = m_oPen.DashOffset;
int nDashStyle = m_oPen.DashStyle;
double *pDashPattern = m_oPen.DashPattern;
int nDashPatternSize = m_oPen.Count;
if ( S_OK != ( hRes = GdiDashToPDFDash( nDashStyle, pDashPattern, nDashPatternSize, fDashOffset ) ) )
return hRes;
//if ( 0 != nLineCap )
// if ( S_OK != ( hRes = SetLineCap( nLineCap ) ) )
// return hRes;
//int nLineJoin = m_oPen.LineJoin;
//if ( 0 != nLineJoin )
// if ( S_OK != ( hRes = SetLineJoin( nLineJoin ) ) )
// return hRes;
nColor = m_oPen.Color;
fR = ( nColor & 0xFF ) / 255.0f;
fG = ( ( nColor >> 8 ) & 0xFF ) / 255.0f;
fB = ( (nColor >> 16) ) / 255.0f;
if (S_OK != (hRes = SetRGBStroke(fR, fG, fB)))
return hRes;
if (c_BrushTypeTexture == m_oBrush.Type && c_BrushTextureModeStretch == m_oBrush.TextureMode)
{
if (255 != m_oBrush.TextureAlpha)
{
XmlUtils::CXmlWriter oWriter;
oWriter.WriteNodeBegin(_T("ExtGState"));
if (255 != m_oBrush.Alpha1)
{
oWriter.WriteNodeBegin(_T("AlphaFill"), true);
oWriter.WriteAttribute(_T("value"), (double)m_oBrush.TextureAlpha/255.0f);
oWriter.WriteNodeEnd(_T("AlphaFill"), true, true);
}
oWriter.WriteNodeEnd(_T("ExtGState"));
CString bsXml = oWriter.GetXmlString();
if (S_OK != (hRes = SetExtGraphicsState2(bsXml)))
{
return hRes;
}
}
}
else
{
if (255 != m_oBrush.Alpha1 || 255 != m_oPen.Alpha)
{
XmlUtils::CXmlWriter oWriter;
oWriter.WriteNodeBegin( _T("ExtGState") );
if (255 != m_oBrush.Alpha1)
{
oWriter.WriteNodeBegin( _T("AlphaFill"), true);
oWriter.WriteAttribute( _T("value"), (double)m_oBrush.Alpha1/255.0f);
oWriter.WriteNodeEnd( _T("AlphaFill"), true, true);
}
if ( 255 != m_oPen.Alpha )
{
oWriter.WriteNodeBegin(_T("AlphaStroke"), true);
oWriter.WriteAttribute(_T("value"), (double)m_oPen.Alpha/255.0f);
oWriter.WriteNodeEnd(_T("AlphaStroke"), true, true);
}
oWriter.WriteNodeEnd(_T("ExtGState"));
CString sXml = oWriter.GetXmlString();
if (S_OK != (hRes = SetExtGraphicsState2(sXml)))
{
return hRes;
}
}
}
}
else
{
if (S_OK != (hRes = UpdateCoordSpace()))
return hRes;
}
return S_OK;
}
unsigned long CPdfWriterLib::UpdateCoordSpace()
{
// Здесь предполагается, что текущая матрица CTM единичная
// Поэтому этой функцией надо пользоваться аккуратно
HRESULT hRes = S_OK;
float fPageHeight = 0.0f;
float fPageWidth = 0.0f;
if ( S_OK != ( hRes = GetHeight( &fPageHeight ) ) )
return hRes;
if ( S_OK != ( hRes = GetWidth( &fPageWidth ) ) )
return hRes;
DWORD nFlags = m_oCommandParams.nFlag;
if ( !( nFlags == 16 ) )
{
double dAngle = m_oCommandParams.dAngle;
double dLeft = m_oCommandParams.dLeft;
double dHeight = m_oCommandParams.dHeight;
double dWidth = m_oCommandParams.dWidth;
double dTop = m_oCommandParams.dTop;
if ( 0 == nFlags && 0 == dAngle )
return S_OK;
// Миллиметры -> координаты PDF (72dpi)
dLeft = MMToPDFCoords( dLeft );
dTop = MMToPDFCoords( dTop );
dWidth = MMToPDFCoords( dWidth );
dHeight = MMToPDFCoords( dHeight );
dTop = fPageHeight - dTop;
dAngle = dAngle * 3.141592f / 180;
// Высчитываем центр прямоугольника ( относительно него производится поворот )
double dX0 = dLeft + dWidth / 2;
double dY0 = dTop - dHeight / 2;
double dA = cos( dAngle );
double dB = sin( dAngle );
double dC = -sin( dAngle );
double dD = cos( dAngle );
double dE = dX0 - dX0 * cos ( dAngle ) + dY0 * sin( dAngle );
double dF = dY0 - dX0 * sin ( dAngle ) - dY0 * cos( dAngle );
bool bFlipX = nFlags & 1;
bool bFlipY = nFlags & 2;
if ( !bFlipX && !bFlipY )
{
// Ничего не делаем
//if ( S_OK != ( hRes = Concat( dA, dB, dC, dD, dE, dF ) ) )
// return hRes;
}
else if ( bFlipX && !bFlipY )
{
dA = -dA;
dC = -dC;
dE = -dE + 2 * dX0;
//if ( S_OK != ( hRes = Concat( -dA, dB, -dC, dD, -dE + 2 * dX0, dF ) ) )
// return hRes;
}
else if ( !bFlipX && bFlipY )
{
dB = -dB;
dD = -dD;
dF = -dF + 2 * dY0;
//if ( S_OK != ( hRes = Concat( dA, -dB, dC, -dD, dE, -dF + 2 * dY0 ) ) )
// return hRes;
}
else
{
dA = -dA;
dB = -dB;
dC = -dC;
dD = -dD;
dE = -dE + 2 * dX0;
dF = -dF + 2 * dY0;
//if ( S_OK != ( hRes = Concat( -dA, -dB, -dC, -dD, -dE + 2 * dX0, -dF + 2 * dY0 ) ) )
// return hRes;
}
if ( S_OK != ( hRes = Concat( dA, dB, dC, dD, dE, dF ) ) )
return hRes;
//if ( (NULL != m_pCurCommand->pPrev && c_nClipType == m_pCurCommand->pPrev->nType) || c_nClipType == m_pCurCommand->nType )
m_oClipCTM.Set( dA, dB, dC, dD, dE, dF );
}
else
{
float fA = m_oCommandParams.oMatrix.fA;
float fB = m_oCommandParams.oMatrix.fB;
float fC = m_oCommandParams.oMatrix.fC;
float fD = m_oCommandParams.oMatrix.fD;
float fE = m_oCommandParams.oMatrix.fE;
float fF = m_oCommandParams.oMatrix.fF;
if ( S_OK != ( hRes = Concat( fA, -fB, -fC, fD, MMToPDFCoords( fE ) + fC * fPageHeight, fPageHeight - fPageHeight * fD - MMToPDFCoords( fF ) ) ) )
return hRes;
//if ( (NULL != m_pCurCommand->pPrev && c_nClipType == m_pCurCommand->pPrev->nType) || c_nClipType == m_pCurCommand->nType )
m_oClipCTM.Set( fA, -fB, -fC, fD, MMToPDFCoords( fE ) + fC * fPageHeight, fPageHeight - fPageHeight * fD - MMToPDFCoords( fF ) );
}
return S_OK;
}
unsigned long CPdfWriterLib::UpdateCoordSpace2(CMatrix *pTransform)
{
// Здесь предполагается, что текущая матрица CTM единичная
// Поэтому этой функцией надо пользоваться аккуратно
HRESULT hRes = S_OK;
float fPageHeight = 0.0f;
float fPageWidth = 0.0f;
if ( S_OK != ( hRes = GetHeight( &fPageHeight ) ) )
return hRes;
if ( S_OK != ( hRes = GetWidth( &fPageWidth ) ) )
return hRes;
float fA = (float)pTransform->get_A();
float fB = (float)pTransform->get_B();
float fC = (float)pTransform->get_C();
float fD = (float)pTransform->get_D();
float fE = (float)pTransform->get_E();
float fF = (float)pTransform->get_F();
if ( S_OK != ( hRes = Concat( fA, -fB, -fC, fD, MMToPDFCoords( fE ) + fC * fPageHeight, fPageHeight - fPageHeight * fD - MMToPDFCoords( fF ) ) ) )
return hRes;
m_oClipCTM.Set( fA, -fB, -fC, fD, MMToPDFCoords( fE ) + fC * fPageHeight, fPageHeight - fPageHeight * fD - MMToPDFCoords( fF ) );
return S_OK;
}
bool CPdfWriterLib::FileExist(CString sFilePath )
{
return NSFile::CFileBinary::Exists(string2std_string(sFilePath)) || CFileDownloader::IsNeedDownload(sFilePath) ;
}
// Устанавливаем текущее состояние рендерера
bool CPdfWriterLib::SetState ( ERendererState eState )
{
m_oRendererState.set_NewState( eState, m_oTransform );
if ( rendstatePath == m_oRendererState.get_PrevState() && rendstatePath != m_oRendererState.get_State() )
{
// TODO: перенести сюда запись пата
}
else if ( rendstateClipPath == m_oRendererState.get_PrevState() && rendstateClipReset == m_oRendererState.get_State() )
{
// Набили клип и его удалили, в данном случае ничего не делаем. Обнуляем клип
}
else if ( rendstateClipPath == m_oRendererState.get_PrevState() && rendstateClipPath != m_oRendererState.get_State() )
{
// TODO: Перенести сюда набивку клипа
}
else if ( rendstateClipReset == m_oRendererState.get_PrevState() && rendstateClipReset != m_oRendererState.get_State() )
{
// TODO: Reset клипа
}
else if ( rendstateText == m_oRendererState.get_PrevState() && ( rendstateText != m_oRendererState.get_State() || m_oRendererState.IsMatrixChanged() ) )
{
// TODO: Пока оставим так, но в будущем сделать, чтобы можно было менять матрицу сразу у текста
int nTextsCount = m_oContiniousText.GetSize();
// Если матрица преобразования изменилась, тогда последний текстовый
// элемент не нужно записывать. С него нужно начать новый текст.
if ( rendstateText == m_oRendererState.get_State() && m_oRendererState.IsMatrixChanged() )
nTextsCount--;
if ( nTextsCount > 0 )
{
//CSynchAccess oSynchAccess = m_hSynchMutex;
// Загрузка шрифтов проиходит через m_oFont, поэтому далее этот параметр изменится
NSStructures::CFont CurFont = m_oFont;
// Запоминаем некоторые настройки, чтобы потом их восстановить
float fOldLineWidth = 0.0f;
float fFillR, fFillG, fFillB, fStrokeR, fStrokeG, fStrokeB;
if ( S_OK != ( GetLineWidth( &fOldLineWidth ) ) )
return false;
if ( S_OK != ( GetRGBFill( &fFillR, &fFillG, &fFillB ) ) )
return false;
if ( S_OK != ( GetRGBStroke( &fStrokeR, &fStrokeG, &fStrokeB ) ) )
return false;
bool bDefaultFont = false;
bool bWasHorScale = false;
bool bFirst = true;
NSStructures::CFont oPrevFont;
CContiniousText::TColor oPrevColor;
PToUnicode pPrevToUnicode = NULL;
double dPrevCharSpacing = 0;
long nAscent = 0;
long nDescent = 0;
long nXHeight = 0;
double dItalicAngle = 0;
float fPageHeight = 0.0f;
float fFontSize = 0;
float fXHeight = (float)nXHeight / 1000;
float fAscent = (float)nAscent / 1000;
float fDescent = fabs( (float)nDescent / 1000 );
float fR = 0;
float fG = 0;
float fB = 0;
if ( S_OK != ( GetHeight( &fPageHeight ) ) )
return false;
// Делаем сохранение состояния
//ATLTRACE2( _T("GSave: DrawText\n") );
if ( S_OK != ( GSave() ) )
return false;
// Выставляем систему координат
CMatrix oTransform = m_oContiniousText.get_Matrix();
if ( S_OK != ( UpdateCoordSpace2( &oTransform ) ) )
return false;
// Устанавливаем альфу для данного текста
float fAlphaFill = (float)m_oContiniousText.get_Color( 0 )->unA / 255.0f;
float fAlphaStroke = (float)m_oContiniousText.get_Color( 0 )->unA / 255.0f;
m_pCurrentExtGState = GetExtGState( m_pDocument, fAlphaStroke, fAlphaFill );
if ( OK != ( PageSetExtGState( m_pDocument->pCurPage, m_pCurrentExtGState ) ) )
return false;
if ( S_OK != ( BeginText() ) )
return false;
// Выясним как нам рисовать текст (пока сделаем всегда fill)
// TODO: В будущем надо добавить данную настройку в ContiniusText, и следить
// за ее изменениями, как, например, при изменении шрифта
ETextRenderingMode eRenderingMode = ETextRenderingMode::Fill; // Fill (по умолчанию)
//if ( c_nStrokeTextType == m_pCurCommand->nType )
// eRenderingMode = ETextRenderingMode::Stroke; // Stroke
if ( S_OK != ( SetTextRenderingMode( (long)eRenderingMode ) ) )
return false;
/*
if ( ETextRenderingMode::Fill == eRenderingMode )
{
// Если данный фонт не нашли с атрибутом Bold, тогда заливаем и обводим текст, тем самым утолщяя его
if ( m_oFont.Bold )
{
if ( S_OK != ( hRes = SetTextRenderingMode((long)ETextRenderingMode::FillThenStroke) ) )
{
::SysFreeString( bsCodedString );
return hRes;
}
}
else
if ( S_OK != ( hRes = SetTextRenderingMode((long)ETextRenderingMode::Fill) ) )
{
::SysFreeString( bsCodedString );
return hRes;
}
}
else
{
if ( S_OK != ( hRes = SetTextRenderingMode( (long)eRenderingMode ) ) )
{
::SysFreeString( bsCodedString );
return hRes;
}
}
*/
for ( int nIndex = 0; nIndex < nTextsCount; nIndex++ )
{
const CContiniousText::TText *pText = m_oContiniousText.get_Text ( nIndex );
const NSStructures::CFont *pFont = m_oContiniousText.get_Font ( nIndex );
const CContiniousText::TColor *pColor = m_oContiniousText.get_Color ( nIndex );
const double dCharSp = m_oContiniousText.get_CharSp ( nIndex );
if ( !pText || !pFont || !pColor )
continue;
// Ищем кодировку ToUnicode для данной строки
PToUnicode pToUnicode = FindToUnicodeForString( m_pDocument, pText->sText );
if ( !pToUnicode )
continue;
// Кодируем нашу строку в соответствии с текущей ToUnicode
std::wstring sCodedString;
ToUnicodeWCharToString( pToUnicode, pText->sText, sCodedString );
bool bFontChange = false, bSizeChange = false, bColorChange = false, bCharSpChange = false;
if ( bFirst )
{
// Для первого текста выставляем все настройки
bFontChange = true;
bSizeChange = true;
bColorChange = true;
bCharSpChange = true;
bFirst = false;
}
else
{
if ( ( CString( pToUnicode->sName ) != CString( pPrevToUnicode->sName ) ) || ( oPrevFont.Path != pFont->Path ) || ( _T("") == pFont->Path && ( oPrevFont.Name != pFont->Name || oPrevFont.Bold != pFont->Bold || oPrevFont.Italic != pFont->Italic ) ) )
bFontChange = true;
if ( fabs( oPrevFont.Size - pFont->Size ) > 0.001 )
bSizeChange = true;
if ( oPrevColor.unA != pColor->unA || oPrevColor.unB != pColor->unB || oPrevColor.unG != pColor->unG || oPrevColor.unR != pColor->unR )
bColorChange = true;
if ( fabs( dPrevCharSpacing - dCharSp ) > 0.001 )
bCharSpChange = true;
}
// Запоминаем настройки
oPrevColor = *pColor;
oPrevFont = *pFont;
pPrevToUnicode = pToUnicode;
dPrevCharSpacing = dCharSp;
m_oFont = *pFont;
bool bOldBold = m_oFont.Bold;
bool bOldItalic = m_oFont.Italic;
if ( bSizeChange )
fFontSize = (float)m_oFont.Size;
if ( bFontChange )
{
// Запоминаем значения Bold и Italic, потому что в функции GdiFontToPdfFont они могут измениться
HRESULT hRes = S_OK;
CString strUnicodeName = CString(pToUnicode->sName);
if ( S_OK != ( hRes = GdiFontToPdfFont2( strUnicodeName, _T("")) ) )
{
if ( AVS_OFFICEPDFWRITER_ERROR_FONT_NOT_FOUND == hRes )
{
ResetError( m_pDocument );
sCodedString = std_string2string( pText->sText );
bDefaultFont = true;
}
else
{
continue;
}
}
else
{
bDefaultFont = false;
if ( bWasHorScale )
{
// Отменяем горизонтальное сжатие/растяжение
if ( S_OK != ( SetHorizontalScalling( 100 ) ) )
continue;
bWasHorScale = false;
}
}
if ( !m_oFont.Italic )
dItalicAngle = 0;
else
dItalicAngle = 3.141592f / 12;
if ( S_OK != ( GetFontAscent( &nAscent ) ) )
continue;
if ( S_OK != ( GetFontDescent( &nDescent ) ) )
continue;
if ( S_OK != ( GetFontXHeight( &nXHeight ) ) )
continue;
fXHeight = (float)nXHeight / 1000;
fAscent = (float)nAscent / 1000;
fDescent = fabs( (float)nDescent / 1000 );
// Данная ветка сделана специально для конвертации Djvu -> PDF
if ( _T("AVSEmptyFont") == pFont->Name )
{
float fVKoef;
if ( fabs( pFont->Size ) < 0.01 )
fVKoef = 1;
else
fVKoef = pText->fHeight / pFont->Size;
// Если данный фонт не нашли с атрибутом Italic, тогда наколняем текст сами на угол dItalicAngle
if ( S_OK != ( SetTextMatrix( 1, (float)tan( 0.0 ), (float)fVKoef * tan( dItalicAngle ), fVKoef * 1, 0, 0 ) ) )
continue;
}
else
{
// Если данный фонт не нашли с атрибутом Italic, тогда наколняем текст сами на угол dItalicAngle
if ( S_OK != ( SetTextMatrix( 1, (float)tan( 0.0 ), (float)tan( dItalicAngle ), 1, 0, 0 ) ) )
continue;
}
}
if ( bColorChange )
{
fR = ( pColor->unR ) / 255.0f;
fG = ( pColor->unG ) / 255.0f;
fB = ( pColor->unB ) / 255.0f;
// Выставляем цвет текста и линий
if ( S_OK != ( SetRGBFill( fR, fG, fB ) ) )
continue;
if ( S_OK != ( SetRGBStroke( fR, fG, fB ) ) )
continue;
}
if ( bCharSpChange )
{
// Устанавливаем межсимвольный интервал
if ( S_OK != ( SetCharSpace( (float)dCharSp ) ) )
continue;
}
if ( bFontChange || bSizeChange )
{
// Устанавливаем текущий шрифт и размер шрифта
if ( S_OK != ( SetFontAndSizeToGState( fFontSize ) ) )
continue;
}
// Если шрифт не нашли, и используется стандартный шрифт, значит, ширина слов будет неверной.
// Чтобы слова не наползали друг на друга скейлим текст к его реальной ширине.
if ( bDefaultFont )
{
bWasHorScale = true;
// Измеряем размер
float fTextWidth = 0.0f;
if ( S_OK != ( GetTextWidth( sCodedString, &fTextWidth ) ) )
{
continue;
}
float fKoef;
if ( fabs( fTextWidth ) < 0.01 )
fKoef = 1;
else
fKoef = pText->fWidth / fTextWidth * 100; // Scale задается в процентах
if ( fKoef > 0.001 )
{
if ( S_OK != ( SetHorizontalScalling( fKoef ) ) )
{
continue;
}
}
}
// Выводим текст
if ( S_OK != ( TextOut_( (float)pText->fX, fPageHeight - (float) (pText->fY + pText->fBaseLineOffset), sCodedString ) ) )
{
continue;
}
if ( bFontChange )
{
m_oFont.Bold = bOldBold;
m_oFont.Italic = bOldItalic;
}
}
// Заканчиваем запись текста
if ( S_OK != ( EndText() ) )
return false;
// Восстанавливаем систему координат
//ATLTRACE2( _T("GRestore: DrawText\n") );
if ( S_OK != ( GRestore() ) )
return false;
// Восстанавливаем старые настройки
if ( S_OK != ( SetLineWidth( fOldLineWidth ) ) )
return false;
if ( S_OK != ( SetRGBFill( fFillR, fFillG, fFillB ) ) )
return false;
if ( S_OK != ( SetRGBStroke( fStrokeR, fStrokeG, fStrokeB ) ) )
return false;
// Восстанавливаем текущий шрифт
m_oFont = CurFont;
}
if ( rendstateText == m_oRendererState.get_State() && m_oRendererState.IsMatrixChanged() )
m_oContiniousText.LeaveLast();
else
m_oContiniousText.Reset();
}
return true;
}
bool CPdfWriterLib::ApplyTileFill()
{
//todooo проверить
Aggplus::CImage image(m_oBrush.TexturePath);
if (image.m_Status != Aggplus::Ok) return false;
LONG width = image.m_dwWidth;
LONG height = image.m_dwHeight;
m_bUseImageTextureAlpha = true;
if ((m_bUseImageTextureAlpha || m_bIsWhiteBackImage))
{
BYTE* buffer = image.GetData();
LONG lCountPix = width * height;
if (m_bIsWhiteBackImage)
{
while (lCountPix > 0)
{
if (0 == buffer[3])
memset(buffer, 0xFF, 4);
--lCountPix;
buffer += 4;
}
}
else if (m_bUseImageTextureAlpha)
{
double alpha = ((double)m_oBrush.TextureAlpha / 255.0);
while (lCountPix > 0)
{
buffer[3] *= alpha;
--lCountPix;
buffer += 4;
}
}
}
m_bUseImageTextureAlpha = false;
//m_bIsWhiteBackImage = true; для теста записи монохрома
if (LoadImageFromInterface(&image, true) == S_OK)
{
if (m_pCurrentXObject)
{
int RefImageId = m_pCurrentXObject->pHeader.nObjId;
PDF::Rect pageBounds = PageBounds();
PDF::Rect pathBounds = PathBounds();
PDF::TilePattern* shading = new PDF::TilePattern();
if (shading)
{
// create pdf ref index
Proxy ref = GenXRef<PDF::TilePattern>(shading, OCLASS_PATTERN_REF);
// настройка заливки
shading->SetRefIdX(RefImageId & (~OTYPE_INDIRECT));
shading->SetBox(PDF::Rect(0.0f, 0.0f, floor ( MMToPDFCoords(PxToMM(width)) ), floor ( MMToPDFCoords(PxToMM(height))) ) );
shading->SetId(ref->pHeader.nObjId & (~OTYPE_INDIRECT));
shading->SetTransform(PDF::Matrix(m_oCommandParams.oMatrix.fA, m_oCommandParams.oMatrix.fC,
MMToPDFCoords(m_oCommandParams.oMatrix.fE),
m_oCommandParams.oMatrix.fB, m_oCommandParams.oMatrix.fD,
MMToPDFCoords(m_oCommandParams.oMatrix.fF),
0, 0, 1));
shading->CalculateCoords(pathBounds, pageBounds.Height);
m_oPatternState.SetTiling(shading);
m_oPatterns.Add(shading);
RebuildResources();
// заливка для фигуры
CString sVal;
sVal.Format(L"/P%d scn\012", shading->GetRefIndex());
PageAttr attr = (PageAttr)m_pDocument->pCurPage->pAttr;
if (attr)
{
StreamWriteStr(attr->pStream, "/Pattern cs\012");
StreamWriteStr(attr->pStream, CStringA(sVal));
}
m_oPatternState.SetFill(NULL);
image.Destroy();
return true;
}
}
}
image.Destroy();
return false;
}
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