Files
core/ASCOfficeDocFile/DocxDocConverter/Clx.h

404 lines
8.6 KiB
C++

#pragma once
#include "Prl.h"
namespace ASCDocFileFormat
{
class PrcData: public IOperand
{
public:
PrcData( const vector<Prl>& _grpPrl ) : cbGrpprl(0), bytes(NULL), sizeInBytes(0)
{
short _cbGrpprl = 0;
for ( vector<Prl>::const_iterator iter = _grpPrl.begin(); iter != _grpPrl.end(); iter++ )
{
_cbGrpprl += (short)iter->Size();
if ( _cbGrpprl > 0x3FA2 )
{
break;
}
this->GrpPrl.push_back( *iter );
this->cbGrpprl = _cbGrpprl;
}
this->sizeInBytes = (unsigned int)( sizeof(this->cbGrpprl) + this->cbGrpprl );
if ( this->sizeInBytes > 0 )
{
this->bytes = new unsigned char[this->sizeInBytes];
if ( this->bytes != NULL )
{
memset( this->bytes, 0, this->sizeInBytes );
FormatUtils::SetBytes( this->bytes, this->cbGrpprl );
unsigned char* prlBytes = NULL;
unsigned long prlSize = 0;
unsigned int prlPrevSize = 0;
for ( unsigned int i = 0; i < this->GrpPrl.size(); i++ )
{
prlBytes = this->GrpPrl[i].GetBytes( &prlSize );
if ( prlBytes != NULL )
{
memcpy( ( this->bytes + sizeof(this->cbGrpprl) + prlPrevSize ), prlBytes, prlSize );
prlPrevSize += prlSize;
RELEASEARRAYOBJECTS (prlBytes);
}
}
}
}
}
PrcData( const PrcData& _prcData ) : cbGrpprl(_prcData.cbGrpprl), GrpPrl(_prcData.GrpPrl), bytes(NULL), sizeInBytes(_prcData.sizeInBytes)
{
if ( this->sizeInBytes != 0 )
{
this->bytes = new unsigned char[this->sizeInBytes];
if ( this->bytes != NULL )
{
memset( this->bytes, 0, this->sizeInBytes );
memcpy( this->bytes, _prcData.bytes, this->sizeInBytes );
}
}
}
virtual ~PrcData()
{
RELEASEARRAYOBJECTS (bytes);
}
virtual operator unsigned char*() const
{
return (unsigned char*)this->bytes;
}
virtual operator const unsigned char*() const
{
return (const unsigned char*)this->bytes;
}
virtual unsigned int Size() const
{
return this->sizeInBytes;
}
private:
short cbGrpprl;
vector<Prl> GrpPrl;
unsigned char* bytes;
unsigned int sizeInBytes;
};
class Prc: public IStreamWriter
{
public:
Prc( const PrcData& _prcData ) : data(_prcData)
{
}
Prc( const Prc& _prc ) : data(_prc.data)
{
}
virtual ~Prc()
{
}
virtual unsigned char* GetBytes( unsigned long* size ) const
{
unsigned char* bytes = NULL;
if ( size != NULL )
{
*size = sizeof(clxt) + this->data.Size();
bytes = new unsigned char[*size];
if ( bytes != NULL )
{
memset( bytes, 0, *size );
bytes[0] = clxt;
memcpy( ( bytes + sizeof(clxt) ), (unsigned char*)this->data, this->data.Size() );
}
}
return bytes;
}
unsigned int Size() const
{
return (unsigned int)( sizeof(clxt) + this->data.Size() );
}
private:
static const unsigned char clxt = 0x01;
PrcData data;
};
union FcCompressed
{
struct
{
unsigned int fc:30;
unsigned int fCompressed:1;
unsigned int r1:1;
} FcCompressedStruct;
unsigned int FcCompressedInt;
FcCompressed( unsigned int _fcCompressedInt ):
FcCompressedInt(_fcCompressedInt)
{
}
static const unsigned int SIZE_IN_BYTES = sizeof(unsigned int);
};
union Prm
{
struct
{
unsigned int fComplex:1; //MUST be 0
unsigned int isprm:7;
unsigned int val:8;
} Prm0Struct;
struct
{
unsigned int fComplex:1; // MUST be 1
unsigned int igrpprl:15;
} Prm1Struct;
short PrmShort;
Prm( short _prmShort):
PrmShort(_prmShort)
{
}
static const unsigned int SIZE_IN_BYTES = sizeof(short);
};
struct Pcd
{
union
{
struct
{
unsigned int fNoParaLast:1;
unsigned int fR1:1;
unsigned int fDirty:1;
unsigned int fR2:13;
} NoParaStruct;
short NoParaShort;
} NoPara;
FcCompressed fc;
Prm prm;
Pcd( bool _fNoParaLast, FcCompressed _fc, Prm _prm ):
fc(_fc), prm(_prm)
{
this->NoPara.NoParaShort = 0;
( _fNoParaLast ) ? ( this->NoPara.NoParaStruct.fNoParaLast = 1 ) : ( this->NoPara.NoParaStruct.fNoParaLast = 0 );
}
static const unsigned int SIZE_IN_BYTES = ( sizeof(short) + FcCompressed::SIZE_IN_BYTES + Prm::SIZE_IN_BYTES );
};
class PlcPcd : public IStreamWriter
{
public:
PlcPcd( const vector<unsigned int>& _aCP, const vector<Pcd>& _aPcd ) : aCP(_aCP), aPcd(_aPcd), sizeInBytes(0)
{
this->sizeInBytes = ( ( this->aCP.size() * sizeof(unsigned int) ) + ( this->aPcd.size() * Pcd::SIZE_IN_BYTES ) );
}
virtual unsigned char* GetBytes( unsigned long* size ) const
{
unsigned char* bytes = NULL;
if ( size != NULL )
{
*size = this->sizeInBytes;
bytes = new unsigned char[*size];
if ( bytes != NULL )
{
memset( bytes, 0, *size );
unsigned int i = 0;
for ( vector<unsigned int>::const_iterator iter = this->aCP.begin(); iter != this->aCP.end(); iter++ )
{
FormatUtils::SetBytes( ( bytes + i ), (int)(*iter) );
i += sizeof(unsigned int);
}
for ( vector<Pcd>::const_iterator iter = this->aPcd.begin(); iter != this->aPcd.end(); iter++ )
{
FormatUtils::SetBytes( ( bytes + i ), iter->NoPara.NoParaShort );
i += sizeof(iter->NoPara.NoParaShort);
FormatUtils::SetBytes( ( bytes + i ), (int)iter->fc.FcCompressedInt );
i += sizeof(iter->fc.FcCompressedInt);
FormatUtils::SetBytes( ( bytes + i ), iter->prm.PrmShort );
i += sizeof(iter->prm.PrmShort);
}
}
}
return bytes;
}
unsigned int Size() const
{
return this->sizeInBytes;
}
private:
vector<unsigned int> aCP;
vector<Pcd> aPcd;
unsigned int sizeInBytes;
};
class Pcdt : public IStreamWriter
{
public:
Pcdt( const PlcPcd& _plcPcd ) : lcb(0), plcPcd(_plcPcd)
{
this->lcb = this->plcPcd.Size();
}
Pcdt( const vector<unsigned int>& _aCP, const vector<Pcd>& _aPcd ): lcb(0), plcPcd( _aCP, _aPcd )
{
this->lcb = this->plcPcd.Size();
}
virtual unsigned char* GetBytes( unsigned long* size ) const
{
unsigned char* bytes = NULL;
if ( size != NULL )
{
*size = ( sizeof(clxt) + sizeof(this->lcb) + this->plcPcd.Size() );
bytes = new unsigned char[*size];
if ( bytes != NULL )
{
memset( bytes, 0, *size );
bytes[0] = clxt;
FormatUtils::SetBytes( ( bytes + sizeof(clxt) ), (int)this->lcb );
unsigned char* plcPcdBytes = NULL;
unsigned long plcPcdSize = 0;
plcPcdBytes = this->plcPcd.GetBytes( &plcPcdSize );
if ( plcPcdBytes != NULL )
{
int size = sizeof(clxt) + sizeof(this->lcb);
memcpy( ( bytes + sizeof(clxt) + sizeof(this->lcb) ), plcPcdBytes, plcPcdSize );
RELEASEARRAYOBJECTS (plcPcdBytes);
}
}
}
return bytes;
}
unsigned int Size() const
{
return ( sizeof(clxt) + sizeof(this->lcb) + this->plcPcd.Size() );
}
private:
static const unsigned char clxt = 0x02;
unsigned int lcb;
PlcPcd plcPcd;
};
class Clx : public IStreamWriter
{
public:
Clx (const vector<Prc>* _rgPrc, const Pcdt& _pcdt ) : pcdt(_pcdt), sizeInBytes(0)
{
if ( _rgPrc != NULL )
{
this->RgPrc = *_rgPrc;
}
this->sizeInBytes = this->pcdt.Size();
for ( vector<Prc>::iterator iter = this->RgPrc.begin(); iter != this->RgPrc.end(); iter++ )
{
this->sizeInBytes += iter->Size();
}
}
virtual unsigned char* GetBytes( unsigned long* size ) const
{
unsigned char* bytes = NULL;
if ( size != NULL )
{
*size = this->sizeInBytes;
bytes = new unsigned char[*size];
if ( bytes != NULL )
{
memset( bytes, 0, *size );
unsigned char* prcBytes = NULL;
unsigned long prcSize = 0;
unsigned int prcPrevSize = 0;
for ( unsigned int i = 0; i < this->RgPrc.size(); i++ )
{
prcBytes = this->RgPrc[i].GetBytes( &prcSize );
if ( prcBytes != NULL )
{
memcpy( ( bytes + prcPrevSize ), prcBytes, prcSize );
prcPrevSize += prcSize;
RELEASEARRAYOBJECTS (prcBytes);
}
}
unsigned char* pcdtBytes = NULL;
unsigned long pcdtSize = 0;
pcdtBytes = this->pcdt.GetBytes( &pcdtSize );
if ( pcdtBytes != NULL )
{
memcpy( ( bytes + prcPrevSize ), pcdtBytes, pcdtSize );
RELEASEARRAYOBJECTS (pcdtBytes);
}
}
}
return bytes;
}
unsigned int Size() const
{
return this->sizeInBytes;
}
private:
vector<Prc> RgPrc;
Pcdt pcdt;
unsigned int sizeInBytes;
};
}