std::string PDFPageObject::ObjectEntry()
{
str = "<<\r";
if ( commentsOn )
{
str += "% Phys Page Num: ";
str += intToStr( physicalPageNumber );
str += "\r";
}
str += "/Type /Page\r";
str += "/Parent ";
str += GetParentObjectStr();
str += " 0 R\r";
str += "/Resources ";
str += GetResourceObjectStr();
str += " 0 R\r";
str += "/Contents ";
str += GetContentObjectStr();
str += " 0 R\r";
if (annotsList.size() )
{
str += "/Annots ";
str += GetAnnotsStr();
}
str += ">>\r";
AddContents( str );
return PDFBodyObject::ObjectEntry();
}
std::string PDFCatelogObject::ObjectEntry()
{
buffer = "<<\r";
buffer += "/Type /Catalog\r";
if ( pagesObjectNum != -1 )
{
buffer += "/Pages ";
buffer += PagesObjectStr();
buffer += " 0 R\r";
}
if ( outlinesObjectNum != -1 )
{
buffer += "/Outlines ";
buffer += OutlinesObjectStr();
buffer += " 0 R\r";
buffer += "/PageMode /UseOutlines\r";
}
// buffer += "/ViewerPreferences /FitWindow\r";
buffer += "/ViewerPreferences /CenterWindow\r";
//buffer += "/Names ";
//buffer += NamesObjectStr();
//buffer += " 0 R\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFColorSpaceObject::ObjectEntry()
{
buffer += "[/Indexed /DeviceRGB 255 ";
buffer += intToStr( PDFASCII85DecodeObjectNum );
buffer += " 0 R]\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFResourcesObject::ObjectEntry()
{
buffer = "<<\r";
if ( !imageLinkDataList.size() )
buffer += "/ProcSet [/PDF /Text ]\r";
else
buffer += "/ProcSet [/PDF /Text /ImageC /ImageI]\r";
buffer += "/Font <<";
for( PDFStrIntList::iterator iter = thePDFFontList.begin(); iter != thePDFFontList.end(); iter++ )
{
buffer += " ";
buffer += "/";
buffer += (*iter).theString;
buffer += " ";
buffer += intToStr( (*iter).theInt );
buffer += " 0 R";
}
//buffer += "\r";
/*buffer += GetFontName();
buffer += " ";
buffer += GetFontObjIdStr();
buffer += " 0 R\r";*/
buffer += " >>\r";
if ( imageLinkDataList.size() )
{
buffer += "/XObject <<\r";
for ( int i = 0; i < imageLinkDataList.size(); i++ )
{
buffer += "/";
buffer += imageLinkDataList[i].imageName;
buffer += " ";
buffer += intToStr( imageLinkDataList[i].imageNum );
buffer += " 0 R\r";
}
buffer += ">>\r";
}
buffer += "/ExtGState <<\r";
buffer += "/GS1 ";
buffer += GetExtGStateStr();
buffer += " 0 R\r";
buffer += ">>\r";
if ( imageLinkDataList.size() )
{
for ( int i = 0; i < imageLinkDataList.size(); i++ )
{
buffer += "/ColorSpace <<\r";
buffer += "/CS1 ";
buffer += intToStr( imageLinkDataList[i].colorSpaceNum );
buffer += " 0 R\r";
buffer += ">>\r";
}
}
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFEncodingObject::ObjectEntry()
{
buffer += "<<\r";
buffer += "/Type /Encoding\r";
// buffer += "/BaseEncoding /MacRomanEncoding\r";
// buffer += "/BaseEncoding /PDFDocEncoding\r";
buffer += "/BaseEncoding /WinAnsiEncoding\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFURIObject::ObjectEntry()
{
str = "<<\r";
str += "/Type /Action\r";
str += "/S /URI\r";
str += "/URI (";
str += URL();
str += ")\r>>\r";
AddContents( str );
return PDFBodyObject::ObjectEntry();
}
std::string PDFExtGState::ObjectEntry()
{
buffer = "<<\r";
buffer += "/Type /ExtGState\r";
buffer += "/SA false\r";
buffer += "/OP false\r";
buffer += "/HT /Default\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFLinkToPageObject::ObjectEntry()
{
buffer = "<<\r";
// buffer += "/Type /Action\r";
buffer += "/S /GoTo\r";
buffer += "/D [ ";
buffer += PageStr();
buffer += " 0 R /Fit ]\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFImageObject::ObjectEntry()
{
// if ( !ImageLen() )
// buffer = ObjectHeader();
buffer += "<<\r";
buffer += "/Type /XObject\r";
buffer += "/Subtype /Image\r";
buffer += "/Name /";
buffer += GetImageName();
buffer += "\r";
buffer += "/Width ";
buffer += GetWidth();
buffer += "\r";
buffer += "/Height ";
buffer += GetHeight();
buffer += "\r";
buffer += "/BitsPerComponent ";
buffer += GetBitsPerComponent();
buffer += "\r";
buffer += "/ColorSpace ";
// buffer += GetColorSpace();
// buffer += "\r";
buffer += GetColorSpaceObjIdStr();
if ( !GetFilter().empty() )
{
buffer += "/Filter ";
buffer += GetFilter();
buffer += "\r";
}
buffer += "/Length ";
if ( !ImageLen() )
buffer += intToStr( imageData.length() );
else
buffer += intToStr( imageLen );
buffer += "\r";
buffer += ">>\r";
buffer += "stream\r";
if ( !ImageLen() )
{
buffer += imageData;
buffer += "\r% Trev2\rendstream\r";
}
AddContents( buffer );
if ( !ImageLen() )
return PDFBodyObject::ObjectEntry();
else
return GetContents();
}
std::string PDFHalftone::ObjectEntry()
{
buffer = "<<\r";
buffer += "/Type /Halftone\r";
buffer += "/HalftoneType 1\r";
buffer += "/HalftoneName (Default)\r";
buffer += "/Frequency 60\r";
buffer += "/Angle 45\r";
buffer += "/SpotFunction /Round\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFPagesListObject::ObjectEntry()
{
buffer = "<<\r";
buffer += "/Type /Pages\r";
buffer += KidPagesStr();
buffer += "/Count ";
buffer += intToStr( PageCount() );
buffer += "\r";
buffer += SizeStr();
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFASCII85DecodeObject::ObjectEntry()
{
buffer = "<<\r";
buffer += "/Filter /ASCII85Decode\r";
buffer += "/Length ";
buffer += intToStr( decodeData.length() );
buffer += "\r>>\r";
buffer += "stream\r";
buffer += decodeData;
buffer += "\r% Trev1\rendstream\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFAnnotInternalLinkObject::ObjectEntry()
{
str = "<<\r";
str += "/Type /Annot\r";
str += "/Subtype /Link\r";
str += "/Dest ";
str += dest;
str += "/Rect ";
str += GetLinkRectStr();
str += "\r";
str += "/Border [ 0 0 0 ]\r";
str += ">>\r";
AddContents( str );
return PDFBodyObject::ObjectEntry();
}
std::string PDFOutlinesObject::ObjectEntry()
{
buffer = "<<\r";
buffer += "/Count ";
buffer += CountStr();
buffer += "\r/First ";
buffer += FirstObjectStr();
buffer += " 0 R\r";
buffer += "/Last ";
buffer += LastObjectStr();
buffer += " 0 R\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
/*|><|************************************************************************
*
* Method Name: CMessage - Constructor
*
*
* Inputs: None
*
* Outputs: None
*
* Returns: None
*
* Logic Notes:
*
* Caveats:
*
************************************************************************|<>|*/
CMessage::CMessage(unsigned long dwMsgType, void *pvArgument1,
void *pvArgument2, void *pvArgument3,
void *pvArgument4, void *pvArgument5)
:
#ifdef __pingtel_on_posix__
OsMsg('R', 'C'), /* Arbitrary values: R for RTCP and C for CMessage */
#endif
m_dwMsgType(UNASSIGNED), // Default Initializers
m_wArgIndex(0)
{
// Store the contents of the message
AddContents(dwMsgType, pvArgument1, pvArgument2, pvArgument3,
pvArgument4, pvArgument5);
}
std::string PDFAnnotURILinkObject::ObjectEntry()
{
str = "<<\r";
str += "/Type /Annot\r";
str += "/Subtype /Link\r";
str += "/Rect ";
str += URIObj->GetLinkRectStr();
str += "\r/A ";
str += URIObj->GetIdStr();
str += " 0 R\r";
str += "/Border [ 0 0 0 ]\r"; // If we want to set the border then use "[ 0 0 1 ]"
// str += "/C [1.0000 0.0000 0.0000]\r"; // Make the border red!
str += "/F 0\r";
str += ">>\r";
AddContents( str );
return PDFBodyObject::ObjectEntry();
}
std::string PDFFontObject::ObjectEntry()
{
buffer += "<<\r";
buffer += "/Type /Font\r";
buffer += "/Subtype /Type1\r";
buffer += "/Name /";
buffer += FontName();
buffer += "\r/Encoding ";
buffer += EncodingObjectStr();
buffer += " 0 R\r";
// buffer += "/BaseFont /MS Gothic\r";
buffer += "/BaseFont /";
buffer += actFontName;// "Times";
// buffer += "/BaseFont /Courier\r";
// buffer += "/BaseFont /Geneva\r";
if (actFontName == "Times")
{
if ( state & PDF_BOLD && state & PDF_ITALIC )
buffer += "-BoldItalic";
else if ( state & PDF_BOLD )
buffer += "-Bold";
else if ( state & PDF_ITALIC )
buffer += "-Italic";
else
buffer += "-Roman";
}
else if (actFontName == "Helvetica")
{
if ( state & PDF_BOLD && state & PDF_ITALIC )
buffer += "-BoldOblique";
else if ( state & PDF_BOLD )
buffer += "-Bold";
else if ( state & PDF_ITALIC )
buffer += "-Oblique";
}
buffer += "\r";
// buffer += "/Leading 4\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFInfoObject::ObjectEntry()
{
unsigned long origLen = 128;
unsigned long len = origLen;
unsigned long retLen;
char buf[128+1];
buffer += "<<\r";
buffer += "/CreationDate (";
retLen = GetCurrDateTime( buf, &len );
len = origLen;
buffer += buf;
buffer += ")\r";
buffer += "/Author (";
GetUserName( buf, &len );
len = origLen;
buffer += buf;
buffer += ")\r";
buffer += "/Creator (";
retLen = GetAppBuildDetails( buf );
len = origLen;
buffer += buf;
buffer += ")\r";
buffer += "/Producer (OS - ";
GetOSVersion( buf, &len );
len = origLen;
buffer += buf;
buffer += ")\r";
buffer += "/Title (";
buffer += title;
buffer += ")\r";
buffer += "/Subject (Web Server log file analysis.)\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
std::string PDFFontDesc::ObjectEntry()
{
buffer += "<<\r";
buffer += "/Type /FontDescriptor\r";
buffer += "/Ascent 859\r";
buffer += "/CapHeight 0\r";
buffer += "/Descent -136\r";
buffer += "/Flags 5\r";
buffer += "/FontBBox [ 0 -137 996 859 ]\r";
buffer += "/FontName /";
buffer += fontName;
buffer += "\r";
buffer += "/ItalicAngle 0\r";
buffer += "/StemV 0\r";
buffer += "/FontFile2 ";
buffer += intToStr( fontFileObjNum );
buffer += "0 R\r";
buffer += ">>\r";
AddContents( buffer );
return PDFBodyObject::ObjectEntry();
}
