/* This file is part of the wvWare 2 project
   Copyright (C) 2001 Werner Trobin <trobin@kde.org>

   This library is free software; you can redistribute it and/or
   modify it under the terms of the Library GNU General Public
   version 2 of the License, or (at your option) version 3 or,
   at the discretion of KDE e.V (which shall act as a proxy as in
   section 14 of the GPLv3), any later version..

   This library is distributed in the hope that it will be useful,
   but WITHOUT ANY WARRANTY; without even the implied warranty of
   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
   Library General Public License for more details.

   You should have received a copy of the GNU Library General Public License
   along with this library; see the file COPYING.LIB.  If not, write to
   the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
   Boston, MA 02110-1301, USA.
*/

// This code is generated from the Microsoft HTML specification of the
// WinWord format. Do NOT edit this code, but fix the spec or the script
// generating the sources. If you want to add some additional code, some
// includes or any other stuff, please add it to the template file!
// For information about the script and the "hidden features" please read
// the comments at the begin of the script.

// If you find bugs or strange behavior please contact Werner Trobin
// <trobin@kde.org>

#include <word95_generated.h>
#include <olestream.h>
#include <string.h>  // memset(), memcpy()
#include "wvlog.h"

namespace wvWare {

namespace Word95 {


// DTTM implementation

DTTM::DTTM() {
    clear();
}

DTTM::DTTM(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

DTTM::DTTM(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool DTTM::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    mint=shifterU16;
    shifterU16>>=6;
    hr=shifterU16;
    shifterU16>>=5;
    dom=shifterU16;
    shifterU16=stream->readU16();
    mon=shifterU16;
    shifterU16>>=4;
    yr=shifterU16;
    shifterU16>>=9;
    wdy=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

void DTTM::readPtr(const U8 *ptr) {

    U16 shifterU16;

    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    mint=shifterU16;
    shifterU16>>=6;
    hr=shifterU16;
    shifterU16>>=5;
    dom=shifterU16;
    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    mon=shifterU16;
    shifterU16>>=4;
    yr=shifterU16;
    shifterU16>>=9;
    wdy=shifterU16;
}

bool DTTM::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=mint;
    shifterU16|=hr << 6;
    shifterU16|=dom << 11;
    stream->write(shifterU16);
    shifterU16=mon;
    shifterU16|=yr << 4;
    shifterU16|=wdy << 13;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void DTTM::clear() {
    mint=0;
    hr=0;
    dom=0;
    mon=0;
    yr=0;
    wdy=0;
}

void DTTM::dump() const
{
    wvlog << "Dumping DTTM:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping DTTM done." << endl;
}

std::string DTTM::toString() const
{
    std::string s( "DTTM:" );
    s += "\nmint=";
    s += uint2string( mint );
    s += "\nhr=";
    s += uint2string( hr );
    s += "\ndom=";
    s += uint2string( dom );
    s += "\nmon=";
    s += uint2string( mon );
    s += "\nyr=";
    s += uint2string( yr );
    s += "\nwdy=";
    s += uint2string( wdy );
    s += "\nDTTM Done.";
    return s;
}

bool operator==(const DTTM &lhs, const DTTM &rhs) {

    return lhs.mint==rhs.mint &&
           lhs.hr==rhs.hr &&
           lhs.dom==rhs.dom &&
           lhs.mon==rhs.mon &&
           lhs.yr==rhs.yr &&
           lhs.wdy==rhs.wdy;
}

bool operator!=(const DTTM &lhs, const DTTM &rhs) {
    return !(lhs==rhs);
}


// PRM2 implementation

PRM2::PRM2() {
    clear();
}

PRM2::PRM2(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool PRM2::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    fComplex=shifterU16;
    shifterU16>>=1;
    igrpprl=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

bool PRM2::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=fComplex;
    shifterU16|=igrpprl << 1;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void PRM2::clear() {
    fComplex=0;
    igrpprl=0;
}

bool operator==(const PRM2 &lhs, const PRM2 &rhs) {

    return lhs.fComplex==rhs.fComplex &&
           lhs.igrpprl==rhs.igrpprl;
}

bool operator!=(const PRM2 &lhs, const PRM2 &rhs) {
    return !(lhs==rhs);
}


// PRM implementation

const unsigned int PRM::sizeOf = 2;

PRM::PRM() {
    clear();
}

PRM::PRM(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

PRM::PRM(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool PRM::read(OLEStreamReader *stream, bool preservePos) {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    shifterU8=stream->readU8();
    fComplex=shifterU8;
    shifterU8>>=1;
    sprm=shifterU8;
    val=stream->readU8();

    if(preservePos)
        stream->pop();
    return true;
}

void PRM::readPtr(const U8 *ptr) {

    U8 shifterU8;

    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    fComplex=shifterU8;
    shifterU8>>=1;
    sprm=shifterU8;
    val=readU8(ptr);
    ptr+=sizeof(U8);
}

bool PRM::write(OLEStreamWriter *stream, bool preservePos) const {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    shifterU8=fComplex;
    shifterU8|=sprm << 1;
    stream->write(shifterU8);
    stream->write(val);

    if(preservePos)
        stream->pop();
    return true;
}

void PRM::clear() {
    fComplex=0;
    sprm=0;
    val=0;
}

bool operator==(const PRM &lhs, const PRM &rhs) {

    return lhs.fComplex==rhs.fComplex &&
           lhs.sprm==rhs.sprm &&
           lhs.val==rhs.val;
}

bool operator!=(const PRM &lhs, const PRM &rhs) {
    return !(lhs==rhs);
}


// SHD implementation

SHD::SHD() {
    clear();
}

SHD::SHD(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

SHD::SHD(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool SHD::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    icoFore=shifterU16;
    shifterU16>>=5;
    icoBack=shifterU16;
    shifterU16>>=5;
    ipat=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

void SHD::readPtr(const U8 *ptr) {

    U16 shifterU16;

    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    icoFore=shifterU16;
    shifterU16>>=5;
    icoBack=shifterU16;
    shifterU16>>=5;
    ipat=shifterU16;
}

bool SHD::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=icoFore;
    shifterU16|=icoBack << 5;
    shifterU16|=ipat << 10;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void SHD::clear() {
    icoFore=0;
    icoBack=0;
    ipat=0;
}

void SHD::dump() const
{
    wvlog << "Dumping SHD:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping SHD done." << endl;
}

std::string SHD::toString() const
{
    std::string s( "SHD:" );
    s += "\nicoFore=";
    s += uint2string( icoFore );
    s += "\nicoBack=";
    s += uint2string( icoBack );
    s += "\nipat=";
    s += uint2string( ipat );
    s += "\nSHD Done.";
    return s;
}

bool operator==(const SHD &lhs, const SHD &rhs) {

    return lhs.icoFore==rhs.icoFore &&
           lhs.icoBack==rhs.icoBack &&
           lhs.ipat==rhs.ipat;
}

bool operator!=(const SHD &lhs, const SHD &rhs) {
    return !(lhs==rhs);
}


// PHE implementation

const unsigned int PHE::sizeOf = 6;

PHE::PHE() {
    clear();
}

PHE::PHE(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

PHE::PHE(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool PHE::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    fSpare=shifterU16;
    shifterU16>>=1;
    fUnk=shifterU16;
    shifterU16>>=1;
    fDiffLines=shifterU16;
    shifterU16>>=1;
    unused0_3=shifterU16;
    shifterU16>>=5;
    clMac=shifterU16;
    dxaCol=stream->readU16();
    dylLine_dylHeight=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

void PHE::readPtr(const U8 *ptr) {

    U16 shifterU16;

    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    fSpare=shifterU16;
    shifterU16>>=1;
    fUnk=shifterU16;
    shifterU16>>=1;
    fDiffLines=shifterU16;
    shifterU16>>=1;
    unused0_3=shifterU16;
    shifterU16>>=5;
    clMac=shifterU16;
    dxaCol=readU16(ptr);
    ptr+=sizeof(U16);
    dylLine_dylHeight=readU16(ptr);
    ptr+=sizeof(U16);
}

bool PHE::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=fSpare;
    shifterU16|=fUnk << 1;
    shifterU16|=fDiffLines << 2;
    shifterU16|=unused0_3 << 3;
    shifterU16|=clMac << 8;
    stream->write(shifterU16);
    stream->write(dxaCol);
    stream->write(dylLine_dylHeight);

    if(preservePos)
        stream->pop();
    return true;
}

void PHE::clear() {
    fSpare=0;
    fUnk=0;
    fDiffLines=0;
    unused0_3=0;
    clMac=0;
    dxaCol=0;
    dylLine_dylHeight=0;
}

void PHE::dump() const
{
    wvlog << "Dumping PHE:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping PHE done." << endl;
}

std::string PHE::toString() const
{
    std::string s( "PHE:" );
    s += "\nfSpare=";
    s += uint2string( fSpare );
    s += "\nfUnk=";
    s += uint2string( fUnk );
    s += "\nfDiffLines=";
    s += uint2string( fDiffLines );
    s += "\nunused0_3=";
    s += uint2string( unused0_3 );
    s += "\nclMac=";
    s += uint2string( clMac );
    s += "\ndxaCol=";
    s += uint2string( dxaCol );
    s += "\ndylLine_dylHeight=";
    s += uint2string( dylLine_dylHeight );
    s += "\nPHE Done.";
    return s;
}

bool operator==(const PHE &lhs, const PHE &rhs) {

    return lhs.fSpare==rhs.fSpare &&
           lhs.fUnk==rhs.fUnk &&
           lhs.fDiffLines==rhs.fDiffLines &&
           lhs.unused0_3==rhs.unused0_3 &&
           lhs.clMac==rhs.clMac &&
           lhs.dxaCol==rhs.dxaCol &&
           lhs.dylLine_dylHeight==rhs.dylLine_dylHeight;
}

bool operator!=(const PHE &lhs, const PHE &rhs) {
    return !(lhs==rhs);
}


// BRC implementation

const unsigned int BRC::sizeOf = 2;

BRC::BRC() {
    clear();
}

BRC::BRC(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

BRC::BRC(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool BRC::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    dxpLineWidth=shifterU16;
    shifterU16>>=3;
    brcType=shifterU16;
    shifterU16>>=2;
    fShadow=shifterU16;
    shifterU16>>=1;
    ico=shifterU16;
    shifterU16>>=5;
    dxpSpace=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

void BRC::readPtr(const U8 *ptr) {

    U16 shifterU16;

    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    dxpLineWidth=shifterU16;
    shifterU16>>=3;
    brcType=shifterU16;
    shifterU16>>=2;
    fShadow=shifterU16;
    shifterU16>>=1;
    ico=shifterU16;
    shifterU16>>=5;
    dxpSpace=shifterU16;
}

bool BRC::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=dxpLineWidth;
    shifterU16|=brcType << 3;
    shifterU16|=fShadow << 5;
    shifterU16|=ico << 6;
    shifterU16|=dxpSpace << 11;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void BRC::clear() {
    dxpLineWidth=0;
    brcType=0;
    fShadow=0;
    ico=0;
    dxpSpace=0;
}

void BRC::dump() const
{
    wvlog << "Dumping BRC:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping BRC done." << endl;
}

std::string BRC::toString() const
{
    std::string s( "BRC:" );
    s += "\ndxpLineWidth=";
    s += uint2string( dxpLineWidth );
    s += "\nbrcType=";
    s += uint2string( brcType );
    s += "\nfShadow=";
    s += uint2string( fShadow );
    s += "\nico=";
    s += uint2string( ico );
    s += "\ndxpSpace=";
    s += uint2string( dxpSpace );
    s += "\nBRC Done.";
    return s;
}

bool operator==(const BRC &lhs, const BRC &rhs) {

    return lhs.dxpLineWidth==rhs.dxpLineWidth &&
           lhs.brcType==rhs.brcType &&
           lhs.fShadow==rhs.fShadow &&
           lhs.ico==rhs.ico &&
           lhs.dxpSpace==rhs.dxpSpace;
}

bool operator!=(const BRC &lhs, const BRC &rhs) {
    return !(lhs==rhs);
}


// TLP implementation

TLP::TLP() {
    clear();
}

TLP::TLP(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

TLP::TLP(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool TLP::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    itl=stream->readU16();
    shifterU16=stream->readU16();
    fBorders=shifterU16;
    shifterU16>>=1;
    fShading=shifterU16;
    shifterU16>>=1;
    fFont=shifterU16;
    shifterU16>>=1;
    fColor=shifterU16;
    shifterU16>>=1;
    fBestFit=shifterU16;
    shifterU16>>=1;
    fHdrRows=shifterU16;
    shifterU16>>=1;
    fLastRow=shifterU16;
    shifterU16>>=1;
    fHdrCols=shifterU16;
    shifterU16>>=1;
    fLastCol=shifterU16;
    shifterU16>>=1;
    unused2_9=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

void TLP::readPtr(const U8 *ptr) {

    U16 shifterU16;

    itl=readU16(ptr);
    ptr+=sizeof(U16);
    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    fBorders=shifterU16;
    shifterU16>>=1;
    fShading=shifterU16;
    shifterU16>>=1;
    fFont=shifterU16;
    shifterU16>>=1;
    fColor=shifterU16;
    shifterU16>>=1;
    fBestFit=shifterU16;
    shifterU16>>=1;
    fHdrRows=shifterU16;
    shifterU16>>=1;
    fLastRow=shifterU16;
    shifterU16>>=1;
    fHdrCols=shifterU16;
    shifterU16>>=1;
    fLastCol=shifterU16;
    shifterU16>>=1;
    unused2_9=shifterU16;
}

bool TLP::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(itl);
    shifterU16=fBorders;
    shifterU16|=fShading << 1;
    shifterU16|=fFont << 2;
    shifterU16|=fColor << 3;
    shifterU16|=fBestFit << 4;
    shifterU16|=fHdrRows << 5;
    shifterU16|=fLastRow << 6;
    shifterU16|=fHdrCols << 7;
    shifterU16|=fLastCol << 8;
    shifterU16|=unused2_9 << 9;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void TLP::clear() {
    itl=0;
    fBorders=0;
    fShading=0;
    fFont=0;
    fColor=0;
    fBestFit=0;
    fHdrRows=0;
    fLastRow=0;
    fHdrCols=0;
    fLastCol=0;
    unused2_9=0;
}

void TLP::dump() const
{
    wvlog << "Dumping TLP:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping TLP done." << endl;
}

std::string TLP::toString() const
{
    std::string s( "TLP:" );
    s += "\nitl=";
    s += uint2string( itl );
    s += "\nfBorders=";
    s += uint2string( fBorders );
    s += "\nfShading=";
    s += uint2string( fShading );
    s += "\nfFont=";
    s += uint2string( fFont );
    s += "\nfColor=";
    s += uint2string( fColor );
    s += "\nfBestFit=";
    s += uint2string( fBestFit );
    s += "\nfHdrRows=";
    s += uint2string( fHdrRows );
    s += "\nfLastRow=";
    s += uint2string( fLastRow );
    s += "\nfHdrCols=";
    s += uint2string( fHdrCols );
    s += "\nfLastCol=";
    s += uint2string( fLastCol );
    s += "\nunused2_9=";
    s += uint2string( unused2_9 );
    s += "\nTLP Done.";
    return s;
}

bool operator==(const TLP &lhs, const TLP &rhs) {

    return lhs.itl==rhs.itl &&
           lhs.fBorders==rhs.fBorders &&
           lhs.fShading==rhs.fShading &&
           lhs.fFont==rhs.fFont &&
           lhs.fColor==rhs.fColor &&
           lhs.fBestFit==rhs.fBestFit &&
           lhs.fHdrRows==rhs.fHdrRows &&
           lhs.fLastRow==rhs.fLastRow &&
           lhs.fHdrCols==rhs.fHdrCols &&
           lhs.fLastCol==rhs.fLastCol &&
           lhs.unused2_9==rhs.unused2_9;
}

bool operator!=(const TLP &lhs, const TLP &rhs) {
    return !(lhs==rhs);
}


// TC implementation

const unsigned int TC::sizeOf = 10;

TC::TC() {
    clear();
}

TC::TC(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

TC::TC(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool TC::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    fFirstMerged=shifterU16;
    shifterU16>>=1;
    fMerged=shifterU16;
    shifterU16>>=1;
    fUnused=shifterU16;
    brcTop.read(stream, false);
    brcLeft.read(stream, false);
    brcBottom.read(stream, false);
    brcRight.read(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

void TC::readPtr(const U8 *ptr) {

    U16 shifterU16;

    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    fFirstMerged=shifterU16;
    shifterU16>>=1;
    fMerged=shifterU16;
    shifterU16>>=1;
    fUnused=shifterU16;
    brcTop.readPtr(ptr);
    ptr+=BRC::sizeOf;
    brcLeft.readPtr(ptr);
    ptr+=BRC::sizeOf;
    brcBottom.readPtr(ptr);
    ptr+=BRC::sizeOf;
    brcRight.readPtr(ptr);
    ptr+=BRC::sizeOf;
}

bool TC::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=fFirstMerged;
    shifterU16|=fMerged << 1;
    shifterU16|=fUnused << 2;
    stream->write(shifterU16);
    brcTop.write(stream, false);
    brcLeft.write(stream, false);
    brcBottom.write(stream, false);
    brcRight.write(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

void TC::clear() {
    fFirstMerged=0;
    fMerged=0;
    fUnused=0;
    brcTop.clear();
    brcLeft.clear();
    brcBottom.clear();
    brcRight.clear();
}

void TC::dump() const
{
    wvlog << "Dumping TC:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping TC done." << endl;
}

std::string TC::toString() const
{
    std::string s( "TC:" );
    s += "\nfFirstMerged=";
    s += uint2string( fFirstMerged );
    s += "\nfMerged=";
    s += uint2string( fMerged );
    s += "\nfUnused=";
    s += uint2string( fUnused );
    s += "\nbrcTop=";
    s += "\n{" + brcTop.toString() + "}\n";
    s += "\nbrcLeft=";
    s += "\n{" + brcLeft.toString() + "}\n";
    s += "\nbrcBottom=";
    s += "\n{" + brcBottom.toString() + "}\n";
    s += "\nbrcRight=";
    s += "\n{" + brcRight.toString() + "}\n";
    s += "\nTC Done.";
    return s;
}

bool operator==(const TC &lhs, const TC &rhs) {

    return lhs.fFirstMerged==rhs.fFirstMerged &&
           lhs.fMerged==rhs.fMerged &&
           lhs.fUnused==rhs.fUnused &&
           lhs.brcTop==rhs.brcTop &&
           lhs.brcLeft==rhs.brcLeft &&
           lhs.brcBottom==rhs.brcBottom &&
           lhs.brcRight==rhs.brcRight;
}

bool operator!=(const TC &lhs, const TC &rhs) {
    return !(lhs==rhs);
}


// DPHEAD implementation

DPHEAD::DPHEAD() {
    clear();
}

DPHEAD::DPHEAD(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPHEAD::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    dpk=stream->readU16();
    cb=stream->readU16();
    xa=stream->readU16();
    ya=stream->readU16();
    dxa=stream->readU16();
    dya=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool DPHEAD::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(dpk);
    stream->write(cb);
    stream->write(xa);
    stream->write(ya);
    stream->write(dxa);
    stream->write(dya);

    if(preservePos)
        stream->pop();
    return true;
}

void DPHEAD::clear() {
    dpk=0;
    cb=0;
    xa=0;
    ya=0;
    dxa=0;
    dya=0;
}

bool operator==(const DPHEAD &lhs, const DPHEAD &rhs) {

    return lhs.dpk==rhs.dpk &&
           lhs.cb==rhs.cb &&
           lhs.xa==rhs.xa &&
           lhs.ya==rhs.ya &&
           lhs.dxa==rhs.dxa &&
           lhs.dya==rhs.dya;
}

bool operator!=(const DPHEAD &lhs, const DPHEAD &rhs) {
    return !(lhs==rhs);
}


// DPTXBX implementation

DPTXBX::DPTXBX() {
    clear();
}

DPTXBX::DPTXBX(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPTXBX::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    lnpc=stream->readU32();
    lnpw=stream->readU16();
    lnps=stream->readU16();
    dlpcFg=stream->readU32();
    dlpcBg=stream->readU32();
    flpp=stream->readU16();
    shdwpi=stream->readU16();
    xaOffset=stream->readU16();
    yaOffset=stream->readU16();
    shifterU16=stream->readU16();
    fRoundCorners=shifterU16;
    shifterU16>>=1;
    zaShape=shifterU16;
    dzaInternalMargin=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool DPTXBX::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(lnpc);
    stream->write(lnpw);
    stream->write(lnps);
    stream->write(dlpcFg);
    stream->write(dlpcBg);
    stream->write(flpp);
    stream->write(shdwpi);
    stream->write(xaOffset);
    stream->write(yaOffset);
    shifterU16=fRoundCorners;
    shifterU16|=zaShape << 1;
    stream->write(shifterU16);
    stream->write(dzaInternalMargin);

    if(preservePos)
        stream->pop();
    return true;
}

void DPTXBX::clear() {
    dphead.clear();
    lnpc=0;
    lnpw=0;
    lnps=0;
    dlpcFg=0;
    dlpcBg=0;
    flpp=0;
    shdwpi=0;
    xaOffset=0;
    yaOffset=0;
    fRoundCorners=0;
    zaShape=0;
    dzaInternalMargin=0;
}

bool operator==(const DPTXBX &lhs, const DPTXBX &rhs) {

    return lhs.dphead==rhs.dphead &&
           lhs.lnpc==rhs.lnpc &&
           lhs.lnpw==rhs.lnpw &&
           lhs.lnps==rhs.lnps &&
           lhs.dlpcFg==rhs.dlpcFg &&
           lhs.dlpcBg==rhs.dlpcBg &&
           lhs.flpp==rhs.flpp &&
           lhs.shdwpi==rhs.shdwpi &&
           lhs.xaOffset==rhs.xaOffset &&
           lhs.yaOffset==rhs.yaOffset &&
           lhs.fRoundCorners==rhs.fRoundCorners &&
           lhs.zaShape==rhs.zaShape &&
           lhs.dzaInternalMargin==rhs.dzaInternalMargin;
}

bool operator!=(const DPTXBX &lhs, const DPTXBX &rhs) {
    return !(lhs==rhs);
}


// DPPOLYLINE implementation

DPPOLYLINE::DPPOLYLINE() {
    clearInternal();
}

DPPOLYLINE::DPPOLYLINE(OLEStreamReader *stream, bool preservePos) {
    clearInternal();
    read(stream, preservePos);
}

DPPOLYLINE::DPPOLYLINE(const DPPOLYLINE &rhs) {
    dphead=rhs.dphead;
    lnpc=rhs.lnpc;
    lnpw=rhs.lnpw;
    lnps=rhs.lnps;
    dlpcFg=rhs.dlpcFg;
    dlpcBg=rhs.dlpcBg;
    flpp=rhs.flpp;
    eppsStart=rhs.eppsStart;
    eppwStart=rhs.eppwStart;
    epplStart=rhs.epplStart;
    unused30_6=rhs.unused30_6;
    eppsEnd=rhs.eppsEnd;
    eppwEnd=rhs.eppwEnd;
    epplEnd=rhs.epplEnd;
    unused32_6=rhs.unused32_6;
    shdwpi=rhs.shdwpi;
    xaOffset=rhs.xaOffset;
    yaOffset=rhs.yaOffset;
    fPolygon=rhs.fPolygon;
    cpt=rhs.cpt;
    xaFirst=rhs.xaFirst;
    yaFirst=rhs.yaFirst;
    xaEnd=rhs.xaEnd;
    yaEnd=rhs.yaEnd;
    rgpta=rhs.rgpta;
}

DPPOLYLINE::~DPPOLYLINE() {
    delete [] rgpta;
}

DPPOLYLINE &DPPOLYLINE::operator=(const DPPOLYLINE &rhs) {

    // Check for assignment to self
    if(this==&rhs)
        return *this;

    dphead=rhs.dphead;
    lnpc=rhs.lnpc;
    lnpw=rhs.lnpw;
    lnps=rhs.lnps;
    dlpcFg=rhs.dlpcFg;
    dlpcBg=rhs.dlpcBg;
    flpp=rhs.flpp;
    eppsStart=rhs.eppsStart;
    eppwStart=rhs.eppwStart;
    epplStart=rhs.epplStart;
    unused30_6=rhs.unused30_6;
    eppsEnd=rhs.eppsEnd;
    eppwEnd=rhs.eppwEnd;
    epplEnd=rhs.epplEnd;
    unused32_6=rhs.unused32_6;
    shdwpi=rhs.shdwpi;
    xaOffset=rhs.xaOffset;
    yaOffset=rhs.yaOffset;
    fPolygon=rhs.fPolygon;
    cpt=rhs.cpt;
    xaFirst=rhs.xaFirst;
    yaFirst=rhs.yaFirst;
    xaEnd=rhs.xaEnd;
    yaEnd=rhs.yaEnd;
    rgpta=rhs.rgpta;

    return *this;
}

bool DPPOLYLINE::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    lnpc=stream->readU32();
    lnpw=stream->readU16();
    lnps=stream->readU16();
    dlpcFg=stream->readU32();
    dlpcBg=stream->readU32();
    flpp=stream->readU16();
    shifterU16=stream->readU16();
    eppsStart=shifterU16;
    shifterU16>>=2;
    eppwStart=shifterU16;
    shifterU16>>=2;
    epplStart=shifterU16;
    shifterU16>>=2;
    unused30_6=shifterU16;
    shifterU16=stream->readU16();
    eppsEnd=shifterU16;
    shifterU16>>=2;
    eppwEnd=shifterU16;
    shifterU16>>=2;
    epplEnd=shifterU16;
    shifterU16>>=2;
    unused32_6=shifterU16;
    shdwpi=stream->readU16();
    xaOffset=stream->readU16();
    yaOffset=stream->readU16();
    shifterU16=stream->readU16();
    fPolygon=shifterU16;
    shifterU16>>=1;
    cpt=shifterU16;
    xaFirst=stream->readU16();
    yaFirst=stream->readU16();
    xaEnd=stream->readU16();
    yaEnd=stream->readU16();
    // Attention: I don't know how to read rgpta - U16[]
#ifdef __GNUC__
#warning "Couldn't generate reading code for DPPOLYLINE::rgpta"
#endif

    if(preservePos)
        stream->pop();
    return true;
}

bool DPPOLYLINE::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(lnpc);
    stream->write(lnpw);
    stream->write(lnps);
    stream->write(dlpcFg);
    stream->write(dlpcBg);
    stream->write(flpp);
    shifterU16=eppsStart;
    shifterU16|=eppwStart << 2;
    shifterU16|=epplStart << 4;
    shifterU16|=unused30_6 << 6;
    stream->write(shifterU16);
    shifterU16=eppsEnd;
    shifterU16|=eppwEnd << 2;
    shifterU16|=epplEnd << 4;
    shifterU16|=unused32_6 << 6;
    stream->write(shifterU16);
    stream->write(shdwpi);
    stream->write(xaOffset);
    stream->write(yaOffset);
    shifterU16=fPolygon;
    shifterU16|=cpt << 1;
    stream->write(shifterU16);
    stream->write(xaFirst);
    stream->write(yaFirst);
    stream->write(xaEnd);
    stream->write(yaEnd);
    // Attention: I don't know how to write rgpta - U16[]
#ifdef __GNUC__
#warning "Couldn't generate writing code for DPPOLYLINE::rgpta"
#endif

    if(preservePos)
        stream->pop();
    return true;
}

void DPPOLYLINE::clear() {
    delete [] rgpta;
    clearInternal();
}

void DPPOLYLINE::clearInternal() {
    dphead.clear();
    lnpc=0;
    lnpw=0;
    lnps=0;
    dlpcFg=0;
    dlpcBg=0;
    flpp=0;
    eppsStart=0;
    eppwStart=0;
    epplStart=0;
    unused30_6=0;
    eppsEnd=0;
    eppwEnd=0;
    epplEnd=0;
    unused32_6=0;
    shdwpi=0;
    xaOffset=0;
    yaOffset=0;
    fPolygon=0;
    cpt=0;
    xaFirst=0;
    yaFirst=0;
    xaEnd=0;
    yaEnd=0;
    rgpta=0;
}

bool operator==(const DPPOLYLINE &lhs, const DPPOLYLINE &rhs) {
    // Attention: I don't know how to compare rgpta - U16[]
#ifdef __GNUC__
#warning "Can't compare DPPOLYLINE::rgpta items"
#endif

    return lhs.dphead==rhs.dphead &&
           lhs.lnpc==rhs.lnpc &&
           lhs.lnpw==rhs.lnpw &&
           lhs.lnps==rhs.lnps &&
           lhs.dlpcFg==rhs.dlpcFg &&
           lhs.dlpcBg==rhs.dlpcBg &&
           lhs.flpp==rhs.flpp &&
           lhs.eppsStart==rhs.eppsStart &&
           lhs.eppwStart==rhs.eppwStart &&
           lhs.epplStart==rhs.epplStart &&
           lhs.unused30_6==rhs.unused30_6 &&
           lhs.eppsEnd==rhs.eppsEnd &&
           lhs.eppwEnd==rhs.eppwEnd &&
           lhs.epplEnd==rhs.epplEnd &&
           lhs.unused32_6==rhs.unused32_6 &&
           lhs.shdwpi==rhs.shdwpi &&
           lhs.xaOffset==rhs.xaOffset &&
           lhs.yaOffset==rhs.yaOffset &&
           lhs.fPolygon==rhs.fPolygon &&
           lhs.cpt==rhs.cpt &&
           lhs.xaFirst==rhs.xaFirst &&
           lhs.yaFirst==rhs.yaFirst &&
           lhs.xaEnd==rhs.xaEnd &&
           lhs.yaEnd==rhs.yaEnd;
}

bool operator!=(const DPPOLYLINE &lhs, const DPPOLYLINE &rhs) {
    return !(lhs==rhs);
}


// TAP implementation

TAP::TAP() : Shared() {
    clearInternal();
}

TAP::TAP(OLEStreamReader *stream, bool preservePos) : Shared() {
    clearInternal();
    read(stream, preservePos);
}

TAP::TAP(const TAP &rhs) : Shared() {
    jc=rhs.jc;
    dxaGapHalf=rhs.dxaGapHalf;
    dyaRowHeight=rhs.dyaRowHeight;
    fCantSplit=rhs.fCantSplit;
    fTableHeader=rhs.fTableHeader;
    tlp=rhs.tlp;
    fCaFull=rhs.fCaFull;
    fFirstRow=rhs.fFirstRow;
    fLastRow=rhs.fLastRow;
    fOutline=rhs.fOutline;
    unused12_4=rhs.unused12_4;
    itcMac=rhs.itcMac;
    dxaAdjust=rhs.dxaAdjust;
    rgdxaCenter=new U16[itcMac + 1];
    memcpy(rgdxaCenter, rhs.rgdxaCenter, sizeof(U16)*(itcMac + 1));
    rgtc=new TC[itcMac];
    memcpy(rgtc, rhs.rgtc, sizeof(TC)*(itcMac));
    rgshd=new SHD[itcMac];
    memcpy(rgshd, rhs.rgshd, sizeof(SHD)*(itcMac));
    memcpy(&rgbrcTable, &rhs.rgbrcTable, sizeof(rgbrcTable));
}

TAP::~TAP() {
    delete [] rgdxaCenter;
    delete [] rgtc;
    delete [] rgshd;
}

TAP &TAP::operator=(const TAP &rhs) {

    // Check for assignment to self
    if(this==&rhs)
        return *this;

    jc=rhs.jc;
    dxaGapHalf=rhs.dxaGapHalf;
    dyaRowHeight=rhs.dyaRowHeight;
    fCantSplit=rhs.fCantSplit;
    fTableHeader=rhs.fTableHeader;
    tlp=rhs.tlp;
    fCaFull=rhs.fCaFull;
    fFirstRow=rhs.fFirstRow;
    fLastRow=rhs.fLastRow;
    fOutline=rhs.fOutline;
    unused12_4=rhs.unused12_4;
    itcMac=rhs.itcMac;
    dxaAdjust=rhs.dxaAdjust;
    delete [] rgdxaCenter;
    rgdxaCenter=new U16[itcMac + 1];
    memcpy(rgdxaCenter, rhs.rgdxaCenter, sizeof(U16)*(itcMac + 1));
    delete [] rgtc;
    rgtc=new TC[itcMac];
    memcpy(rgtc, rhs.rgtc, sizeof(TC)*(itcMac));
    delete [] rgshd;
    rgshd=new SHD[itcMac];
    memcpy(rgshd, rhs.rgshd, sizeof(SHD)*(itcMac));
    memcpy(&rgbrcTable, &rhs.rgbrcTable, sizeof(rgbrcTable));

    return *this;
}

bool TAP::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    jc=stream->readU16();
    dxaGapHalf=stream->readU16();
    dyaRowHeight=stream->readU16();
    fCantSplit=stream->readU8();
    fTableHeader=stream->readU8();
    tlp.read(stream, false);
    shifterU16=stream->readU16();
    fCaFull=shifterU16;
    shifterU16>>=1;
    fFirstRow=shifterU16;
    shifterU16>>=1;
    fLastRow=shifterU16;
    shifterU16>>=1;
    fOutline=shifterU16;
    shifterU16>>=1;
    unused12_4=shifterU16;
    itcMac=stream->readU16();
    dxaAdjust=stream->readU16();
    rgdxaCenter=new U16[itcMac + 1];
    for(int _i=0; _i<(itcMac + 1); ++_i)
        rgdxaCenter[_i]=stream->readU16();
    rgtc=new TC[itcMac];
    for(int _i=0; _i<(itcMac); ++_i)
        rgtc[_i].read(stream, false);
    rgshd=new SHD[itcMac];
    for(int _i=0; _i<(itcMac); ++_i)
        rgshd[_i].read(stream, false);
    for(int _i=0; _i<(6); ++_i)
        rgbrcTable[_i].read(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

bool TAP::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(jc);
    stream->write(dxaGapHalf);
    stream->write(dyaRowHeight);
    stream->write(fCantSplit);
    stream->write(fTableHeader);
    tlp.write(stream, false);
    shifterU16=fCaFull;
    shifterU16|=fFirstRow << 1;
    shifterU16|=fLastRow << 2;
    shifterU16|=fOutline << 3;
    shifterU16|=unused12_4 << 4;
    stream->write(shifterU16);
    stream->write(itcMac);
    stream->write(dxaAdjust);
    for(int _i=0; _i<(itcMac + 1); ++_i)
        stream->write(rgdxaCenter[_i]);
    for(int _i=0; _i<(itcMac); ++_i)
        rgtc[_i].write(stream, false);
    for(int _i=0; _i<(itcMac); ++_i)
        rgshd[_i].write(stream, false);
    for(int _i=0; _i<(6); ++_i)
        rgbrcTable[_i].write(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

void TAP::clear() {
    delete [] rgdxaCenter;
    delete [] rgtc;
    delete [] rgshd;
    clearInternal();
}

void TAP::dump() const
{
    wvlog << "Dumping TAP:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping TAP done." << endl;
}

std::string TAP::toString() const
{
    std::string s( "TAP:" );
    s += "\njc=";
    s += uint2string( jc );
    s += "\ndxaGapHalf=";
    s += uint2string( dxaGapHalf );
    s += "\ndyaRowHeight=";
    s += uint2string( dyaRowHeight );
    s += "\nfCantSplit=";
    s += uint2string( fCantSplit );
    s += "\nfTableHeader=";
    s += uint2string( fTableHeader );
    s += "\ntlp=";
    s += "\n{" + tlp.toString() + "}\n";
    s += "\nfCaFull=";
    s += uint2string( fCaFull );
    s += "\nfFirstRow=";
    s += uint2string( fFirstRow );
    s += "\nfLastRow=";
    s += uint2string( fLastRow );
    s += "\nfOutline=";
    s += uint2string( fOutline );
    s += "\nunused12_4=";
    s += uint2string( unused12_4 );
    s += "\nitcMac=";
    s += uint2string( itcMac );
    s += "\ndxaAdjust=";
    s += uint2string( dxaAdjust );
    for(int _i=0; _i<(itcMac + 1); ++_i) {
        s += "\nrgdxaCenter[" + int2string( _i ) + "]=";
    s += uint2string( rgdxaCenter[_i] );
    }
    for(int _i=0; _i<(itcMac); ++_i) {
        s += "\nrgtc[" + int2string( _i ) + "]=";
    s += "\n{" + rgtc[_i].toString() + "}\n";
    }
    for(int _i=0; _i<(itcMac); ++_i) {
        s += "\nrgshd[" + int2string( _i ) + "]=";
    s += "\n{" + rgshd[_i].toString() + "}\n";
    }
    for(int _i=0; _i<(6); ++_i) {
        s += "\nrgbrcTable[" + int2string( _i ) + "]=";
    s += "\n{" + rgbrcTable[_i].toString() + "}\n";
    }
    s += "\nTAP Done.";
    return s;
}

void TAP::clearInternal() {
    jc=0;
    dxaGapHalf=0;
    dyaRowHeight=0;
    fCantSplit=0;
    fTableHeader=0;
    tlp.clear();
    fCaFull=0;
    fFirstRow=0;
    fLastRow=0;
    fOutline=0;
    unused12_4=0;
    itcMac=0;
    dxaAdjust=0;
    rgdxaCenter=0;
    rgtc=0;
    rgshd=0;
    for(int _i=0; _i<(6); ++_i)
        rgbrcTable[_i].clear();
}

bool operator==(const TAP &lhs, const TAP &rhs) {

    if((lhs.itcMac)!=(rhs.itcMac))
        return false;
    for(int _i=0; _i<(lhs.itcMac); ++_i) {
        if(lhs.rgdxaCenter[_i]!=rhs.rgdxaCenter[_i])
            return false;
    }

    if((lhs.itcMac)!=(rhs.itcMac))
        return false;
    for(int _i=0; _i<(lhs.itcMac); ++_i) {
        if(lhs.rgtc[_i]!=rhs.rgtc[_i])
            return false;
    }

    if((lhs.itcMac)!=(rhs.itcMac))
        return false;
    for(int _i=0; _i<(lhs.itcMac); ++_i) {
        if(lhs.rgshd[_i]!=rhs.rgshd[_i])
            return false;
    }

    for(int _i=0; _i<(6); ++_i) {
        if(lhs.rgbrcTable[_i]!=rhs.rgbrcTable[_i])
            return false;
    }

    return lhs.jc==rhs.jc &&
           lhs.dxaGapHalf==rhs.dxaGapHalf &&
           lhs.dyaRowHeight==rhs.dyaRowHeight &&
           lhs.fCantSplit==rhs.fCantSplit &&
           lhs.fTableHeader==rhs.fTableHeader &&
           lhs.tlp==rhs.tlp &&
           lhs.fCaFull==rhs.fCaFull &&
           lhs.fFirstRow==rhs.fFirstRow &&
           lhs.fLastRow==rhs.fLastRow &&
           lhs.fOutline==rhs.fOutline &&
           lhs.unused12_4==rhs.unused12_4 &&
           lhs.itcMac==rhs.itcMac &&
           lhs.dxaAdjust==rhs.dxaAdjust;
}

bool operator!=(const TAP &lhs, const TAP &rhs) {
    return !(lhs==rhs);
}


// ANLD implementation

ANLD::ANLD() {
    clear();
}

ANLD::ANLD(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

ANLD::ANLD(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool ANLD::read(OLEStreamReader *stream, bool preservePos) {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    nfc=stream->readU8();
    cxchTextBefore=stream->readU8();
    cxchTextAfter=stream->readU8();
    shifterU8=stream->readU8();
    jc=shifterU8;
    shifterU8>>=2;
    fPrev=shifterU8;
    shifterU8>>=1;
    fHang=shifterU8;
    shifterU8>>=1;
    fSetBold=shifterU8;
    shifterU8>>=1;
    fSetItalic=shifterU8;
    shifterU8>>=1;
    fSetSmallCaps=shifterU8;
    shifterU8>>=1;
    fSetCaps=shifterU8;
    shifterU8=stream->readU8();
    fSetStrike=shifterU8;
    shifterU8>>=1;
    fSetKul=shifterU8;
    shifterU8>>=1;
    fPrevSpace=shifterU8;
    shifterU8>>=1;
    fBold=shifterU8;
    shifterU8>>=1;
    fItalic=shifterU8;
    shifterU8>>=1;
    fSmallCaps=shifterU8;
    shifterU8>>=1;
    fCaps=shifterU8;
    shifterU8>>=1;
    fStrike=shifterU8;
    shifterU8=stream->readU8();
    kul=shifterU8;
    shifterU8>>=3;
    ico=shifterU8;
    ftc=stream->readS16();
    hps=stream->readU16();
    iStartAt=stream->readU16();
    dxaIndent=stream->readU16();
    dxaSpace=stream->readU16();
    fNumber1=stream->readU8();
    fNumberAcross=stream->readU8();
    fRestartHdn=stream->readU8();
    fSpareX=stream->readU8();
    for(int _i=0; _i<(32); ++_i)
        rgchAnld[_i]=stream->readU8();

    if(preservePos)
        stream->pop();
    return true;
}

void ANLD::readPtr(const U8 *ptr) {

    U8 shifterU8;

    nfc=readU8(ptr);
    ptr+=sizeof(U8);
    cxchTextBefore=readU8(ptr);
    ptr+=sizeof(U8);
    cxchTextAfter=readU8(ptr);
    ptr+=sizeof(U8);
    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    jc=shifterU8;
    shifterU8>>=2;
    fPrev=shifterU8;
    shifterU8>>=1;
    fHang=shifterU8;
    shifterU8>>=1;
    fSetBold=shifterU8;
    shifterU8>>=1;
    fSetItalic=shifterU8;
    shifterU8>>=1;
    fSetSmallCaps=shifterU8;
    shifterU8>>=1;
    fSetCaps=shifterU8;
    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    fSetStrike=shifterU8;
    shifterU8>>=1;
    fSetKul=shifterU8;
    shifterU8>>=1;
    fPrevSpace=shifterU8;
    shifterU8>>=1;
    fBold=shifterU8;
    shifterU8>>=1;
    fItalic=shifterU8;
    shifterU8>>=1;
    fSmallCaps=shifterU8;
    shifterU8>>=1;
    fCaps=shifterU8;
    shifterU8>>=1;
    fStrike=shifterU8;
    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    kul=shifterU8;
    shifterU8>>=3;
    ico=shifterU8;
    ftc=readS16(ptr);
    ptr+=sizeof(S16);
    hps=readU16(ptr);
    ptr+=sizeof(U16);
    iStartAt=readU16(ptr);
    ptr+=sizeof(U16);
    dxaIndent=readU16(ptr);
    ptr+=sizeof(U16);
    dxaSpace=readU16(ptr);
    ptr+=sizeof(U16);
    fNumber1=readU8(ptr);
    ptr+=sizeof(U8);
    fNumberAcross=readU8(ptr);
    ptr+=sizeof(U8);
    fRestartHdn=readU8(ptr);
    ptr+=sizeof(U8);
    fSpareX=readU8(ptr);
    ptr+=sizeof(U8);
    for(int _i=0; _i<(32); ++_i) {
        rgchAnld[_i]=readU8(ptr);
        ptr+=sizeof(U8);
    }
}

bool ANLD::write(OLEStreamWriter *stream, bool preservePos) const {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    stream->write(nfc);
    stream->write(cxchTextBefore);
    stream->write(cxchTextAfter);
    shifterU8=jc;
    shifterU8|=fPrev << 2;
    shifterU8|=fHang << 3;
    shifterU8|=fSetBold << 4;
    shifterU8|=fSetItalic << 5;
    shifterU8|=fSetSmallCaps << 6;
    shifterU8|=fSetCaps << 7;
    stream->write(shifterU8);
    shifterU8=fSetStrike;
    shifterU8|=fSetKul << 1;
    shifterU8|=fPrevSpace << 2;
    shifterU8|=fBold << 3;
    shifterU8|=fItalic << 4;
    shifterU8|=fSmallCaps << 5;
    shifterU8|=fCaps << 6;
    shifterU8|=fStrike << 7;
    stream->write(shifterU8);
    shifterU8=kul;
    shifterU8|=ico << 3;
    stream->write(shifterU8);
    stream->write(ftc);
    stream->write(hps);
    stream->write(iStartAt);
    stream->write(dxaIndent);
    stream->write(dxaSpace);
    stream->write(fNumber1);
    stream->write(fNumberAcross);
    stream->write(fRestartHdn);
    stream->write(fSpareX);
    for(int _i=0; _i<(32); ++_i)
        stream->write(rgchAnld[_i]);

    if(preservePos)
        stream->pop();
    return true;
}

void ANLD::clear() {
    nfc=0;
    cxchTextBefore=0;
    cxchTextAfter=0;
    jc=0;
    fPrev=0;
    fHang=0;
    fSetBold=0;
    fSetItalic=0;
    fSetSmallCaps=0;
    fSetCaps=0;
    fSetStrike=0;
    fSetKul=0;
    fPrevSpace=0;
    fBold=0;
    fItalic=0;
    fSmallCaps=0;
    fCaps=0;
    fStrike=0;
    kul=0;
    ico=0;
    ftc=0;
    hps=0;
    iStartAt=0;
    dxaIndent=0;
    dxaSpace=0;
    fNumber1=0;
    fNumberAcross=0;
    fRestartHdn=0;
    fSpareX=0;
    for(int _i=0; _i<(32); ++_i)
        rgchAnld[_i]=0;
}

void ANLD::dump() const
{
    wvlog << "Dumping ANLD:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping ANLD done." << endl;
}

std::string ANLD::toString() const
{
    std::string s( "ANLD:" );
    s += "\nnfc=";
    s += uint2string( nfc );
    s += "\ncxchTextBefore=";
    s += uint2string( cxchTextBefore );
    s += "\ncxchTextAfter=";
    s += uint2string( cxchTextAfter );
    s += "\njc=";
    s += uint2string( jc );
    s += "\nfPrev=";
    s += uint2string( fPrev );
    s += "\nfHang=";
    s += uint2string( fHang );
    s += "\nfSetBold=";
    s += uint2string( fSetBold );
    s += "\nfSetItalic=";
    s += uint2string( fSetItalic );
    s += "\nfSetSmallCaps=";
    s += uint2string( fSetSmallCaps );
    s += "\nfSetCaps=";
    s += uint2string( fSetCaps );
    s += "\nfSetStrike=";
    s += uint2string( fSetStrike );
    s += "\nfSetKul=";
    s += uint2string( fSetKul );
    s += "\nfPrevSpace=";
    s += uint2string( fPrevSpace );
    s += "\nfBold=";
    s += uint2string( fBold );
    s += "\nfItalic=";
    s += uint2string( fItalic );
    s += "\nfSmallCaps=";
    s += uint2string( fSmallCaps );
    s += "\nfCaps=";
    s += uint2string( fCaps );
    s += "\nfStrike=";
    s += uint2string( fStrike );
    s += "\nkul=";
    s += uint2string( kul );
    s += "\nico=";
    s += uint2string( ico );
    s += "\nftc=";
    s += int2string( ftc );
    s += "\nhps=";
    s += uint2string( hps );
    s += "\niStartAt=";
    s += uint2string( iStartAt );
    s += "\ndxaIndent=";
    s += uint2string( dxaIndent );
    s += "\ndxaSpace=";
    s += uint2string( dxaSpace );
    s += "\nfNumber1=";
    s += uint2string( fNumber1 );
    s += "\nfNumberAcross=";
    s += uint2string( fNumberAcross );
    s += "\nfRestartHdn=";
    s += uint2string( fRestartHdn );
    s += "\nfSpareX=";
    s += uint2string( fSpareX );
    for(int _i=0; _i<(32); ++_i) {
        s += "\nrgchAnld[" + int2string( _i ) + "]=";
    s += uint2string( rgchAnld[_i] );
    }
    s += "\nANLD Done.";
    return s;
}

bool operator==(const ANLD &lhs, const ANLD &rhs) {

    for(int _i=0; _i<(32); ++_i) {
        if(lhs.rgchAnld[_i]!=rhs.rgchAnld[_i])
            return false;
    }

    return lhs.nfc==rhs.nfc &&
           lhs.cxchTextBefore==rhs.cxchTextBefore &&
           lhs.cxchTextAfter==rhs.cxchTextAfter &&
           lhs.jc==rhs.jc &&
           lhs.fPrev==rhs.fPrev &&
           lhs.fHang==rhs.fHang &&
           lhs.fSetBold==rhs.fSetBold &&
           lhs.fSetItalic==rhs.fSetItalic &&
           lhs.fSetSmallCaps==rhs.fSetSmallCaps &&
           lhs.fSetCaps==rhs.fSetCaps &&
           lhs.fSetStrike==rhs.fSetStrike &&
           lhs.fSetKul==rhs.fSetKul &&
           lhs.fPrevSpace==rhs.fPrevSpace &&
           lhs.fBold==rhs.fBold &&
           lhs.fItalic==rhs.fItalic &&
           lhs.fSmallCaps==rhs.fSmallCaps &&
           lhs.fCaps==rhs.fCaps &&
           lhs.fStrike==rhs.fStrike &&
           lhs.kul==rhs.kul &&
           lhs.ico==rhs.ico &&
           lhs.ftc==rhs.ftc &&
           lhs.hps==rhs.hps &&
           lhs.iStartAt==rhs.iStartAt &&
           lhs.dxaIndent==rhs.dxaIndent &&
           lhs.dxaSpace==rhs.dxaSpace &&
           lhs.fNumber1==rhs.fNumber1 &&
           lhs.fNumberAcross==rhs.fNumberAcross &&
           lhs.fRestartHdn==rhs.fRestartHdn &&
           lhs.fSpareX==rhs.fSpareX;
}

bool operator!=(const ANLD &lhs, const ANLD &rhs) {
    return !(lhs==rhs);
}


// ANLV implementation

const unsigned int ANLV::sizeOf = 16;

ANLV::ANLV() {
    clear();
}

ANLV::ANLV(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

ANLV::ANLV(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool ANLV::read(OLEStreamReader *stream, bool preservePos) {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    nfc=stream->readU8();
    cxchTextBefore=stream->readU8();
    cxchTextAfter=stream->readU8();
    shifterU8=stream->readU8();
    jc=shifterU8;
    shifterU8>>=2;
    fPrev=shifterU8;
    shifterU8>>=1;
    fHang=shifterU8;
    shifterU8>>=1;
    fSetBold=shifterU8;
    shifterU8>>=1;
    fSetItalic=shifterU8;
    shifterU8>>=1;
    fSetSmallCaps=shifterU8;
    shifterU8>>=1;
    fSetCaps=shifterU8;
    shifterU8=stream->readU8();
    fSetStrike=shifterU8;
    shifterU8>>=1;
    fSetKul=shifterU8;
    shifterU8>>=1;
    fPrevSpace=shifterU8;
    shifterU8>>=1;
    fBold=shifterU8;
    shifterU8>>=1;
    fItalic=shifterU8;
    shifterU8>>=1;
    fSmallCaps=shifterU8;
    shifterU8>>=1;
    fCaps=shifterU8;
    shifterU8>>=1;
    fStrike=shifterU8;
    shifterU8=stream->readU8();
    kul=shifterU8;
    shifterU8>>=3;
    ico=shifterU8;
    ftc=stream->readS16();
    hps=stream->readU16();
    iStartAt=stream->readU16();
    dxaIndent=stream->readU16();
    dxaSpace=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

void ANLV::readPtr(const U8 *ptr) {

    U8 shifterU8;

    nfc=readU8(ptr);
    ptr+=sizeof(U8);
    cxchTextBefore=readU8(ptr);
    ptr+=sizeof(U8);
    cxchTextAfter=readU8(ptr);
    ptr+=sizeof(U8);
    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    jc=shifterU8;
    shifterU8>>=2;
    fPrev=shifterU8;
    shifterU8>>=1;
    fHang=shifterU8;
    shifterU8>>=1;
    fSetBold=shifterU8;
    shifterU8>>=1;
    fSetItalic=shifterU8;
    shifterU8>>=1;
    fSetSmallCaps=shifterU8;
    shifterU8>>=1;
    fSetCaps=shifterU8;
    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    fSetStrike=shifterU8;
    shifterU8>>=1;
    fSetKul=shifterU8;
    shifterU8>>=1;
    fPrevSpace=shifterU8;
    shifterU8>>=1;
    fBold=shifterU8;
    shifterU8>>=1;
    fItalic=shifterU8;
    shifterU8>>=1;
    fSmallCaps=shifterU8;
    shifterU8>>=1;
    fCaps=shifterU8;
    shifterU8>>=1;
    fStrike=shifterU8;
    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    kul=shifterU8;
    shifterU8>>=3;
    ico=shifterU8;
    ftc=readS16(ptr);
    ptr+=sizeof(S16);
    hps=readU16(ptr);
    ptr+=sizeof(U16);
    iStartAt=readU16(ptr);
    ptr+=sizeof(U16);
    dxaIndent=readU16(ptr);
    ptr+=sizeof(U16);
    dxaSpace=readU16(ptr);
    ptr+=sizeof(U16);
}

bool ANLV::write(OLEStreamWriter *stream, bool preservePos) const {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    stream->write(nfc);
    stream->write(cxchTextBefore);
    stream->write(cxchTextAfter);
    shifterU8=jc;
    shifterU8|=fPrev << 2;
    shifterU8|=fHang << 3;
    shifterU8|=fSetBold << 4;
    shifterU8|=fSetItalic << 5;
    shifterU8|=fSetSmallCaps << 6;
    shifterU8|=fSetCaps << 7;
    stream->write(shifterU8);
    shifterU8=fSetStrike;
    shifterU8|=fSetKul << 1;
    shifterU8|=fPrevSpace << 2;
    shifterU8|=fBold << 3;
    shifterU8|=fItalic << 4;
    shifterU8|=fSmallCaps << 5;
    shifterU8|=fCaps << 6;
    shifterU8|=fStrike << 7;
    stream->write(shifterU8);
    shifterU8=kul;
    shifterU8|=ico << 3;
    stream->write(shifterU8);
    stream->write(ftc);
    stream->write(hps);
    stream->write(iStartAt);
    stream->write(dxaIndent);
    stream->write(dxaSpace);

    if(preservePos)
        stream->pop();
    return true;
}

void ANLV::clear() {
    nfc=0;
    cxchTextBefore=0;
    cxchTextAfter=0;
    jc=0;
    fPrev=0;
    fHang=0;
    fSetBold=0;
    fSetItalic=0;
    fSetSmallCaps=0;
    fSetCaps=0;
    fSetStrike=0;
    fSetKul=0;
    fPrevSpace=0;
    fBold=0;
    fItalic=0;
    fSmallCaps=0;
    fCaps=0;
    fStrike=0;
    kul=0;
    ico=0;
    ftc=0;
    hps=0;
    iStartAt=0;
    dxaIndent=0;
    dxaSpace=0;
}

void ANLV::dump() const
{
    wvlog << "Dumping ANLV:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping ANLV done." << endl;
}

std::string ANLV::toString() const
{
    std::string s( "ANLV:" );
    s += "\nnfc=";
    s += uint2string( nfc );
    s += "\ncxchTextBefore=";
    s += uint2string( cxchTextBefore );
    s += "\ncxchTextAfter=";
    s += uint2string( cxchTextAfter );
    s += "\njc=";
    s += uint2string( jc );
    s += "\nfPrev=";
    s += uint2string( fPrev );
    s += "\nfHang=";
    s += uint2string( fHang );
    s += "\nfSetBold=";
    s += uint2string( fSetBold );
    s += "\nfSetItalic=";
    s += uint2string( fSetItalic );
    s += "\nfSetSmallCaps=";
    s += uint2string( fSetSmallCaps );
    s += "\nfSetCaps=";
    s += uint2string( fSetCaps );
    s += "\nfSetStrike=";
    s += uint2string( fSetStrike );
    s += "\nfSetKul=";
    s += uint2string( fSetKul );
    s += "\nfPrevSpace=";
    s += uint2string( fPrevSpace );
    s += "\nfBold=";
    s += uint2string( fBold );
    s += "\nfItalic=";
    s += uint2string( fItalic );
    s += "\nfSmallCaps=";
    s += uint2string( fSmallCaps );
    s += "\nfCaps=";
    s += uint2string( fCaps );
    s += "\nfStrike=";
    s += uint2string( fStrike );
    s += "\nkul=";
    s += uint2string( kul );
    s += "\nico=";
    s += uint2string( ico );
    s += "\nftc=";
    s += int2string( ftc );
    s += "\nhps=";
    s += uint2string( hps );
    s += "\niStartAt=";
    s += uint2string( iStartAt );
    s += "\ndxaIndent=";
    s += uint2string( dxaIndent );
    s += "\ndxaSpace=";
    s += uint2string( dxaSpace );
    s += "\nANLV Done.";
    return s;
}

bool operator==(const ANLV &lhs, const ANLV &rhs) {

    return lhs.nfc==rhs.nfc &&
           lhs.cxchTextBefore==rhs.cxchTextBefore &&
           lhs.cxchTextAfter==rhs.cxchTextAfter &&
           lhs.jc==rhs.jc &&
           lhs.fPrev==rhs.fPrev &&
           lhs.fHang==rhs.fHang &&
           lhs.fSetBold==rhs.fSetBold &&
           lhs.fSetItalic==rhs.fSetItalic &&
           lhs.fSetSmallCaps==rhs.fSetSmallCaps &&
           lhs.fSetCaps==rhs.fSetCaps &&
           lhs.fSetStrike==rhs.fSetStrike &&
           lhs.fSetKul==rhs.fSetKul &&
           lhs.fPrevSpace==rhs.fPrevSpace &&
           lhs.fBold==rhs.fBold &&
           lhs.fItalic==rhs.fItalic &&
           lhs.fSmallCaps==rhs.fSmallCaps &&
           lhs.fCaps==rhs.fCaps &&
           lhs.fStrike==rhs.fStrike &&
           lhs.kul==rhs.kul &&
           lhs.ico==rhs.ico &&
           lhs.ftc==rhs.ftc &&
           lhs.hps==rhs.hps &&
           lhs.iStartAt==rhs.iStartAt &&
           lhs.dxaIndent==rhs.dxaIndent &&
           lhs.dxaSpace==rhs.dxaSpace;
}

bool operator!=(const ANLV &lhs, const ANLV &rhs) {
    return !(lhs==rhs);
}


// BKF implementation

BKF::BKF() {
    clear();
}

BKF::BKF(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool BKF::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    ibkl=stream->readS16();
    shifterU16=stream->readU16();
    itcFirst=shifterU16;
    shifterU16>>=7;
    fPub=shifterU16;
    shifterU16>>=1;
    itcLim=shifterU16;
    shifterU16>>=7;
    fCol=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

bool BKF::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(ibkl);
    shifterU16=itcFirst;
    shifterU16|=fPub << 7;
    shifterU16|=itcLim << 8;
    shifterU16|=fCol << 15;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void BKF::clear() {
    ibkl=0;
    itcFirst=0;
    fPub=0;
    itcLim=0;
    fCol=0;
}

bool operator==(const BKF &lhs, const BKF &rhs) {

    return lhs.ibkl==rhs.ibkl &&
           lhs.itcFirst==rhs.itcFirst &&
           lhs.fPub==rhs.fPub &&
           lhs.itcLim==rhs.itcLim &&
           lhs.fCol==rhs.fCol;
}

bool operator!=(const BKF &lhs, const BKF &rhs) {
    return !(lhs==rhs);
}


// BKL implementation

BKL::BKL() {
    clear();
}

BKL::BKL(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool BKL::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    ibkf=stream->readS16();

    if(preservePos)
        stream->pop();
    return true;
}

bool BKL::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(ibkf);

    if(preservePos)
        stream->pop();
    return true;
}

void BKL::clear() {
    ibkf=0;
}

bool operator==(const BKL &lhs, const BKL &rhs) {

    return lhs.ibkf==rhs.ibkf;
}

bool operator!=(const BKL &lhs, const BKL &rhs) {
    return !(lhs==rhs);
}


// BRC10 implementation

BRC10::BRC10() {
    clear();
}

BRC10::BRC10(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool BRC10::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    dxpLine2Width=shifterU16;
    shifterU16>>=3;
    dxpSpaceBetween=shifterU16;
    shifterU16>>=3;
    dxpLine1Width=shifterU16;
    shifterU16>>=3;
    dxpSpace=shifterU16;
    shifterU16>>=5;
    fShadow=shifterU16;
    shifterU16>>=1;
    fSpare=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

bool BRC10::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=dxpLine2Width;
    shifterU16|=dxpSpaceBetween << 3;
    shifterU16|=dxpLine1Width << 6;
    shifterU16|=dxpSpace << 9;
    shifterU16|=fShadow << 14;
    shifterU16|=fSpare << 15;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void BRC10::clear() {
    dxpLine2Width=0;
    dxpSpaceBetween=0;
    dxpLine1Width=0;
    dxpSpace=0;
    fShadow=0;
    fSpare=0;
}

bool operator==(const BRC10 &lhs, const BRC10 &rhs) {

    return lhs.dxpLine2Width==rhs.dxpLine2Width &&
           lhs.dxpSpaceBetween==rhs.dxpSpaceBetween &&
           lhs.dxpLine1Width==rhs.dxpLine1Width &&
           lhs.dxpSpace==rhs.dxpSpace &&
           lhs.fShadow==rhs.fShadow &&
           lhs.fSpare==rhs.fSpare;
}

bool operator!=(const BRC10 &lhs, const BRC10 &rhs) {
    return !(lhs==rhs);
}


// BTE implementation

const unsigned int BTE::sizeOf = 2;

BTE::BTE() {
    clear();
}

BTE::BTE(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool BTE::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    pn=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool BTE::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(pn);

    if(preservePos)
        stream->pop();
    return true;
}

void BTE::clear() {
    pn=0;
}

bool operator==(const BTE &lhs, const BTE &rhs) {

    return lhs.pn==rhs.pn;
}

bool operator!=(const BTE &lhs, const BTE &rhs) {
    return !(lhs==rhs);
}


// CHP implementation

CHP::CHP() : Shared() {
    clear();
}

CHP::CHP(OLEStreamReader *stream, bool preservePos) : Shared() {
    clear();
    read(stream, preservePos);
}

bool CHP::read(OLEStreamReader *stream, bool preservePos) {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    shifterU8=stream->readU8();
    fBold=shifterU8;
    shifterU8>>=1;
    fItalic=shifterU8;
    shifterU8>>=1;
    fRMarkDel=shifterU8;
    shifterU8>>=1;
    fOutline=shifterU8;
    shifterU8>>=1;
    fFldVanish=shifterU8;
    shifterU8>>=1;
    fSmallCaps=shifterU8;
    shifterU8>>=1;
    fCaps=shifterU8;
    shifterU8>>=1;
    fVanish=shifterU8;
    shifterU8=stream->readU8();
    fRMark=shifterU8;
    shifterU8>>=1;
    fSpec=shifterU8;
    shifterU8>>=1;
    fStrike=shifterU8;
    shifterU8>>=1;
    fObj=shifterU8;
    shifterU8>>=1;
    fShadow=shifterU8;
    shifterU8>>=1;
    fLowerCase=shifterU8;
    shifterU8>>=1;
    fData=shifterU8;
    shifterU8>>=1;
    fOle2=shifterU8;
    unused2=stream->readU16();
    ftc=stream->readU16();
    hps=stream->readU16();
    dxaSpace=stream->readU16();
    shifterU8=stream->readU8();
    iss=shifterU8;
    shifterU8>>=3;
    unused10_3=shifterU8;
    shifterU8>>=3;
    fSysVanish=shifterU8;
    shifterU8>>=1;
    unused10_7=shifterU8;
    shifterU8=stream->readU8();
    ico=shifterU8;
    shifterU8>>=5;
    kul=shifterU8;
    hpsPos=stream->readS16();
    lid=stream->readU16();
    fcPic_fcObj_lTagObj=stream->readU32();
    ibstRMark=stream->readU16();
    dttmRMark.read(stream, false);
    unused26=stream->readU16();
    istd=stream->readU16();
    ftcSym=stream->readU16();
    chSym=stream->readU8();
    fChsDiff=stream->readU8();
    idslRMReason=stream->readU16();
    ysr=stream->readU8();
    chYsr=stream->readU8();
    chse=stream->readU16();
    hpsKern=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool CHP::write(OLEStreamWriter *stream, bool preservePos) const {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    shifterU8=fBold;
    shifterU8|=fItalic << 1;
    shifterU8|=fRMarkDel << 2;
    shifterU8|=fOutline << 3;
    shifterU8|=fFldVanish << 4;
    shifterU8|=fSmallCaps << 5;
    shifterU8|=fCaps << 6;
    shifterU8|=fVanish << 7;
    stream->write(shifterU8);
    shifterU8=fRMark;
    shifterU8|=fSpec << 1;
    shifterU8|=fStrike << 2;
    shifterU8|=fObj << 3;
    shifterU8|=fShadow << 4;
    shifterU8|=fLowerCase << 5;
    shifterU8|=fData << 6;
    shifterU8|=fOle2 << 7;
    stream->write(shifterU8);
    stream->write(unused2);
    stream->write(ftc);
    stream->write(hps);
    stream->write(dxaSpace);
    shifterU8=iss;
    shifterU8|=unused10_3 << 3;
    shifterU8|=fSysVanish << 6;
    shifterU8|=unused10_7 << 7;
    stream->write(shifterU8);
    shifterU8=ico;
    shifterU8|=kul << 5;
    stream->write(shifterU8);
    stream->write(hpsPos);
    stream->write(lid);
    stream->write(fcPic_fcObj_lTagObj);
    stream->write(ibstRMark);
    dttmRMark.write(stream, false);
    stream->write(unused26);
    stream->write(istd);
    stream->write(ftcSym);
    stream->write(chSym);
    stream->write(fChsDiff);
    stream->write(idslRMReason);
    stream->write(ysr);
    stream->write(chYsr);
    stream->write(chse);
    stream->write(hpsKern);

    if(preservePos)
        stream->pop();
    return true;
}

void CHP::clear() {
    fBold=0;
    fItalic=0;
    fRMarkDel=0;
    fOutline=0;
    fFldVanish=0;
    fSmallCaps=0;
    fCaps=0;
    fVanish=0;
    fRMark=0;
    fSpec=0;
    fStrike=0;
    fObj=0;
    fShadow=0;
    fLowerCase=0;
    fData=0;
    fOle2=0;
    unused2=0;
    ftc=0;
    hps=0;
    dxaSpace=0;
    iss=0;
    unused10_3=0;
    fSysVanish=0;
    unused10_7=0;
    ico=0;
    kul=0;
    hpsPos=0;
    lid=0;
    fcPic_fcObj_lTagObj=0;
    ibstRMark=0;
    dttmRMark.clear();
    unused26=0;
    istd=0;
    ftcSym=0;
    chSym=0;
    fChsDiff=0;
    idslRMReason=0;
    ysr=0;
    chYsr=0;
    chse=0;
    hpsKern=0;
}

void CHP::dump() const
{
    wvlog << "Dumping CHP:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping CHP done." << endl;
}

std::string CHP::toString() const
{
    std::string s( "CHP:" );
    s += "\nfBold=";
    s += uint2string( fBold );
    s += "\nfItalic=";
    s += uint2string( fItalic );
    s += "\nfRMarkDel=";
    s += uint2string( fRMarkDel );
    s += "\nfOutline=";
    s += uint2string( fOutline );
    s += "\nfFldVanish=";
    s += uint2string( fFldVanish );
    s += "\nfSmallCaps=";
    s += uint2string( fSmallCaps );
    s += "\nfCaps=";
    s += uint2string( fCaps );
    s += "\nfVanish=";
    s += uint2string( fVanish );
    s += "\nfRMark=";
    s += uint2string( fRMark );
    s += "\nfSpec=";
    s += uint2string( fSpec );
    s += "\nfStrike=";
    s += uint2string( fStrike );
    s += "\nfObj=";
    s += uint2string( fObj );
    s += "\nfShadow=";
    s += uint2string( fShadow );
    s += "\nfLowerCase=";
    s += uint2string( fLowerCase );
    s += "\nfData=";
    s += uint2string( fData );
    s += "\nfOle2=";
    s += uint2string( fOle2 );
    s += "\nunused2=";
    s += uint2string( unused2 );
    s += "\nftc=";
    s += uint2string( ftc );
    s += "\nhps=";
    s += uint2string( hps );
    s += "\ndxaSpace=";
    s += uint2string( dxaSpace );
    s += "\niss=";
    s += uint2string( iss );
    s += "\nunused10_3=";
    s += uint2string( unused10_3 );
    s += "\nfSysVanish=";
    s += uint2string( fSysVanish );
    s += "\nunused10_7=";
    s += uint2string( unused10_7 );
    s += "\nico=";
    s += uint2string( ico );
    s += "\nkul=";
    s += uint2string( kul );
    s += "\nhpsPos=";
    s += int2string( hpsPos );
    s += "\nlid=";
    s += uint2string( lid );
    s += "\nfcPic_fcObj_lTagObj=";
    s += uint2string( fcPic_fcObj_lTagObj );
    s += "\nibstRMark=";
    s += uint2string( ibstRMark );
    s += "\ndttmRMark=";
    s += "\n{" + dttmRMark.toString() + "}\n";
    s += "\nunused26=";
    s += uint2string( unused26 );
    s += "\nistd=";
    s += uint2string( istd );
    s += "\nftcSym=";
    s += uint2string( ftcSym );
    s += "\nchSym=";
    s += uint2string( chSym );
    s += "\nfChsDiff=";
    s += uint2string( fChsDiff );
    s += "\nidslRMReason=";
    s += uint2string( idslRMReason );
    s += "\nysr=";
    s += uint2string( ysr );
    s += "\nchYsr=";
    s += uint2string( chYsr );
    s += "\nchse=";
    s += uint2string( chse );
    s += "\nhpsKern=";
    s += uint2string( hpsKern );
    s += "\nCHP Done.";
    return s;
}

bool operator==(const CHP &lhs, const CHP &rhs) {

    return lhs.fBold==rhs.fBold &&
           lhs.fItalic==rhs.fItalic &&
           lhs.fRMarkDel==rhs.fRMarkDel &&
           lhs.fOutline==rhs.fOutline &&
           lhs.fFldVanish==rhs.fFldVanish &&
           lhs.fSmallCaps==rhs.fSmallCaps &&
           lhs.fCaps==rhs.fCaps &&
           lhs.fVanish==rhs.fVanish &&
           lhs.fRMark==rhs.fRMark &&
           lhs.fSpec==rhs.fSpec &&
           lhs.fStrike==rhs.fStrike &&
           lhs.fObj==rhs.fObj &&
           lhs.fShadow==rhs.fShadow &&
           lhs.fLowerCase==rhs.fLowerCase &&
           lhs.fData==rhs.fData &&
           lhs.fOle2==rhs.fOle2 &&
           lhs.unused2==rhs.unused2 &&
           lhs.ftc==rhs.ftc &&
           lhs.hps==rhs.hps &&
           lhs.dxaSpace==rhs.dxaSpace &&
           lhs.iss==rhs.iss &&
           lhs.unused10_3==rhs.unused10_3 &&
           lhs.fSysVanish==rhs.fSysVanish &&
           lhs.unused10_7==rhs.unused10_7 &&
           lhs.ico==rhs.ico &&
           lhs.kul==rhs.kul &&
           lhs.hpsPos==rhs.hpsPos &&
           lhs.lid==rhs.lid &&
           lhs.fcPic_fcObj_lTagObj==rhs.fcPic_fcObj_lTagObj &&
           lhs.ibstRMark==rhs.ibstRMark &&
           lhs.dttmRMark==rhs.dttmRMark &&
           lhs.unused26==rhs.unused26 &&
           lhs.istd==rhs.istd &&
           lhs.ftcSym==rhs.ftcSym &&
           lhs.chSym==rhs.chSym &&
           lhs.fChsDiff==rhs.fChsDiff &&
           lhs.idslRMReason==rhs.idslRMReason &&
           lhs.ysr==rhs.ysr &&
           lhs.chYsr==rhs.chYsr &&
           lhs.chse==rhs.chse &&
           lhs.hpsKern==rhs.hpsKern;
}

bool operator!=(const CHP &lhs, const CHP &rhs) {
    return !(lhs==rhs);
}


// DCS implementation

DCS::DCS() {
    clear();
}

DCS::DCS(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

DCS::DCS(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool DCS::read(OLEStreamReader *stream, bool preservePos) {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    shifterU8=stream->readU8();
    fdct=shifterU8;
    shifterU8>>=3;
    lines=shifterU8;
    unused1=stream->readU8();

    if(preservePos)
        stream->pop();
    return true;
}

void DCS::readPtr(const U8 *ptr) {

    U8 shifterU8;

    shifterU8=readU8(ptr);
    ptr+=sizeof(U8);
    fdct=shifterU8;
    shifterU8>>=3;
    lines=shifterU8;
    unused1=readU8(ptr);
    ptr+=sizeof(U8);
}

bool DCS::write(OLEStreamWriter *stream, bool preservePos) const {

    U8 shifterU8;

    if(preservePos)
        stream->push();

    shifterU8=fdct;
    shifterU8|=lines << 3;
    stream->write(shifterU8);
    stream->write(unused1);

    if(preservePos)
        stream->pop();
    return true;
}

void DCS::clear() {
    fdct=0;
    lines=0;
    unused1=0;
}

void DCS::dump() const
{
    wvlog << "Dumping DCS:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping DCS done." << endl;
}

std::string DCS::toString() const
{
    std::string s( "DCS:" );
    s += "\nfdct=";
    s += uint2string( fdct );
    s += "\nlines=";
    s += uint2string( lines );
    s += "\nunused1=";
    s += uint2string( unused1 );
    s += "\nDCS Done.";
    return s;
}

bool operator==(const DCS &lhs, const DCS &rhs) {

    return lhs.fdct==rhs.fdct &&
           lhs.lines==rhs.lines &&
           lhs.unused1==rhs.unused1;
}

bool operator!=(const DCS &lhs, const DCS &rhs) {
    return !(lhs==rhs);
}


// DO implementation

DO::DO() {
    clear();
}

DO::DO(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DO::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    fc=stream->readU32();
    dok=stream->readU16();
    cb=stream->readU16();
    bx=stream->readU8();
    by=stream->readU8();
    dhgt=stream->readU16();
    shifterU16=stream->readU16();
    fAnchorLock=shifterU16;
    shifterU16>>=1;
    unused8=shifterU16;
    rgdp=stream->readU8();

    if(preservePos)
        stream->pop();
    return true;
}

bool DO::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(fc);
    stream->write(dok);
    stream->write(cb);
    stream->write(bx);
    stream->write(by);
    stream->write(dhgt);
    shifterU16=fAnchorLock;
    shifterU16|=unused8 << 1;
    stream->write(shifterU16);
    stream->write(rgdp);

    if(preservePos)
        stream->pop();
    return true;
}

void DO::clear() {
    fc=0;
    dok=0;
    cb=0;
    bx=0;
    by=0;
    dhgt=0;
    fAnchorLock=0;
    unused8=0;
    rgdp=0;
}

bool operator==(const DO &lhs, const DO &rhs) {

    return lhs.fc==rhs.fc &&
           lhs.dok==rhs.dok &&
           lhs.cb==rhs.cb &&
           lhs.bx==rhs.bx &&
           lhs.by==rhs.by &&
           lhs.dhgt==rhs.dhgt &&
           lhs.fAnchorLock==rhs.fAnchorLock &&
           lhs.unused8==rhs.unused8 &&
           lhs.rgdp==rhs.rgdp;
}

bool operator!=(const DO &lhs, const DO &rhs) {
    return !(lhs==rhs);
}


// DOP implementation

DOP::DOP() {
    clear();
}

DOP::DOP(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DOP::read(OLEStreamReader *stream, bool preservePos) {

    U8 shifterU8;
    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    fFacingPages=shifterU16;
    shifterU16>>=1;
    fWidowControl=shifterU16;
    shifterU16>>=1;
    fPMHMainDoc=shifterU16;
    shifterU16>>=1;
    grfSuppression=shifterU16;
    shifterU16>>=2;
    fpc=shifterU16;
    shifterU16>>=2;
    unused0_7=shifterU16;
    shifterU16>>=1;
    grpfIhdt=shifterU16;
    shifterU16=stream->readU16();
    rncFtn=shifterU16;
    shifterU16>>=2;
    nFtn=shifterU16;
    shifterU8=stream->readU8();
    fOutlineDirtySave=shifterU8;
    shifterU8>>=1;
    unused4_1=shifterU8;
    shifterU8=stream->readU8();
    fOnlyMacPics=shifterU8;
    shifterU8>>=1;
    fOnlyWinPics=shifterU8;
    shifterU8>>=1;
    fLabelDoc=shifterU8;
    shifterU8>>=1;
    fHyphCapitals=shifterU8;
    shifterU8>>=1;
    fAutoHyphen=shifterU8;
    shifterU8>>=1;
    fFormNoFields=shifterU8;
    shifterU8>>=1;
    fLinkStyles=shifterU8;
    shifterU8>>=1;
    fRevMarking=shifterU8;
    shifterU8=stream->readU8();
    fBackup=shifterU8;
    shifterU8>>=1;
    fExactCWords=shifterU8;
    shifterU8>>=1;
    fPagHidden=shifterU8;
    shifterU8>>=1;
    fPagResults=shifterU8;
    shifterU8>>=1;
    fLockAtn=shifterU8;
    shifterU8>>=1;
    fMirrorMargins=shifterU8;
    shifterU8>>=1;
    fReadOnlyRecommended=shifterU8;
    shifterU8>>=1;
    fDfltTrueType=shifterU8;
    shifterU8=stream->readU8();
    fPagSuppressTopSpacing=shifterU8;
    shifterU8>>=1;
    fProtEnabled=shifterU8;
    shifterU8>>=1;
    fDispFormFldSel=shifterU8;
    shifterU8>>=1;
    fRMView=shifterU8;
    shifterU8>>=1;
    fRMPrint=shifterU8;
    shifterU8>>=1;
    fWriteReservation=shifterU8;
    shifterU8>>=1;
    fLockRev=shifterU8;
    shifterU8>>=1;
    fEmbedFonts=shifterU8;
    shifterU16=stream->readU16();
    copts_fNoTabForInd=shifterU16;
    shifterU16>>=1;
    copts_fNoSpaceRaiseLower=shifterU16;
    shifterU16>>=1;
    copts_fSuppressSpbfAfterPageBreak=shifterU16;
    shifterU16>>=1;
    copts_fWrapTrailSpaces=shifterU16;
    shifterU16>>=1;
    copts_fMapPrintTextColor=shifterU16;
    shifterU16>>=1;
    copts_fNoColumnBalance=shifterU16;
    shifterU16>>=1;
    copts_fConvMailMergeEsc=shifterU16;
    shifterU16>>=1;
    copts_fSupressTopSpacing=shifterU16;
    shifterU16>>=1;
    copts_fOrigWordTableRules=shifterU16;
    shifterU16>>=1;
    copts_fTransparentMetafiles=shifterU16;
    shifterU16>>=1;
    copts_fShowBreaksInFrames=shifterU16;
    shifterU16>>=1;
    copts_fSwapBordersFacingPgs=shifterU16;
    shifterU16>>=1;
    unused8_12=shifterU16;
    dxaTab=stream->readU16();
    wSpare=stream->readU16();
    dxaHotZ=stream->readU16();
    cConsecHypLim=stream->readU16();
    wSpare2=stream->readU16();
    dttmCreated.read(stream, false);
    dttmRevised.read(stream, false);
    dttmLastPrint.read(stream, false);
    nRevision=stream->readU16();
    tmEdited=stream->readU32();
    cWords=stream->readU32();
    cCh=stream->readU32();
    cPg=stream->readU16();
    cParas=stream->readU32();
    shifterU16=stream->readU16();
    rncEdn=shifterU16;
    shifterU16>>=2;
    nEdn=shifterU16;
    shifterU16=stream->readU16();
    epc=shifterU16;
    shifterU16>>=2;
    nfcFtnRef=shifterU16;
    shifterU16>>=4;
    nfcEdnRef=shifterU16;
    shifterU16>>=4;
    fPrintFormData=shifterU16;
    shifterU16>>=1;
    fSaveFormData=shifterU16;
    shifterU16>>=1;
    fShadeFormData=shifterU16;
    shifterU16>>=1;
    unused54_13=shifterU16;
    shifterU16>>=2;
    fWCFtnEdn=shifterU16;
    cLines=stream->readU32();
    cWordsFtnEnd=stream->readU32();
    cChFtnEdn=stream->readU32();
    cPgFtnEdn=stream->readU16();
    cParasFtnEdn=stream->readU32();
    cLinesFtnEdn=stream->readU32();
    lKeyProtDoc=stream->readU32();
    shifterU16=stream->readU16();
    wvkSaved=shifterU16;
    shifterU16>>=3;
    wScaleSaved=shifterU16;
    shifterU16>>=9;
    zkSaved=shifterU16;
    shifterU16>>=2;
    unused82_14=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

bool DOP::write(OLEStreamWriter *stream, bool preservePos) const {

    U8 shifterU8;
    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=fFacingPages;
    shifterU16|=fWidowControl << 1;
    shifterU16|=fPMHMainDoc << 2;
    shifterU16|=grfSuppression << 3;
    shifterU16|=fpc << 5;
    shifterU16|=unused0_7 << 7;
    shifterU16|=grpfIhdt << 8;
    stream->write(shifterU16);
    shifterU16=rncFtn;
    shifterU16|=nFtn << 2;
    stream->write(shifterU16);
    shifterU8=fOutlineDirtySave;
    shifterU8|=unused4_1 << 1;
    stream->write(shifterU8);
    shifterU8=fOnlyMacPics;
    shifterU8|=fOnlyWinPics << 1;
    shifterU8|=fLabelDoc << 2;
    shifterU8|=fHyphCapitals << 3;
    shifterU8|=fAutoHyphen << 4;
    shifterU8|=fFormNoFields << 5;
    shifterU8|=fLinkStyles << 6;
    shifterU8|=fRevMarking << 7;
    stream->write(shifterU8);
    shifterU8=fBackup;
    shifterU8|=fExactCWords << 1;
    shifterU8|=fPagHidden << 2;
    shifterU8|=fPagResults << 3;
    shifterU8|=fLockAtn << 4;
    shifterU8|=fMirrorMargins << 5;
    shifterU8|=fReadOnlyRecommended << 6;
    shifterU8|=fDfltTrueType << 7;
    stream->write(shifterU8);
    shifterU8=fPagSuppressTopSpacing;
    shifterU8|=fProtEnabled << 1;
    shifterU8|=fDispFormFldSel << 2;
    shifterU8|=fRMView << 3;
    shifterU8|=fRMPrint << 4;
    shifterU8|=fWriteReservation << 5;
    shifterU8|=fLockRev << 6;
    shifterU8|=fEmbedFonts << 7;
    stream->write(shifterU8);
    shifterU16=copts_fNoTabForInd;
    shifterU16|=copts_fNoSpaceRaiseLower << 1;
    shifterU16|=copts_fSuppressSpbfAfterPageBreak << 2;
    shifterU16|=copts_fWrapTrailSpaces << 3;
    shifterU16|=copts_fMapPrintTextColor << 4;
    shifterU16|=copts_fNoColumnBalance << 5;
    shifterU16|=copts_fConvMailMergeEsc << 6;
    shifterU16|=copts_fSupressTopSpacing << 7;
    shifterU16|=copts_fOrigWordTableRules << 8;
    shifterU16|=copts_fTransparentMetafiles << 9;
    shifterU16|=copts_fShowBreaksInFrames << 10;
    shifterU16|=copts_fSwapBordersFacingPgs << 11;
    shifterU16|=unused8_12 << 12;
    stream->write(shifterU16);
    stream->write(dxaTab);
    stream->write(wSpare);
    stream->write(dxaHotZ);
    stream->write(cConsecHypLim);
    stream->write(wSpare2);
    dttmCreated.write(stream, false);
    dttmRevised.write(stream, false);
    dttmLastPrint.write(stream, false);
    stream->write(nRevision);
    stream->write(tmEdited);
    stream->write(cWords);
    stream->write(cCh);
    stream->write(cPg);
    stream->write(cParas);
    shifterU16=rncEdn;
    shifterU16|=nEdn << 2;
    stream->write(shifterU16);
    shifterU16=epc;
    shifterU16|=nfcFtnRef << 2;
    shifterU16|=nfcEdnRef << 6;
    shifterU16|=fPrintFormData << 10;
    shifterU16|=fSaveFormData << 11;
    shifterU16|=fShadeFormData << 12;
    shifterU16|=unused54_13 << 13;
    shifterU16|=fWCFtnEdn << 15;
    stream->write(shifterU16);
    stream->write(cLines);
    stream->write(cWordsFtnEnd);
    stream->write(cChFtnEdn);
    stream->write(cPgFtnEdn);
    stream->write(cParasFtnEdn);
    stream->write(cLinesFtnEdn);
    stream->write(lKeyProtDoc);
    shifterU16=wvkSaved;
    shifterU16|=wScaleSaved << 3;
    shifterU16|=zkSaved << 12;
    shifterU16|=unused82_14 << 14;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void DOP::clear() {
    fFacingPages=0;
    fWidowControl=0;
    fPMHMainDoc=0;
    grfSuppression=0;
    fpc=0;
    unused0_7=0;
    grpfIhdt=0;
    rncFtn=0;
    nFtn=0;
    fOutlineDirtySave=0;
    unused4_1=0;
    fOnlyMacPics=0;
    fOnlyWinPics=0;
    fLabelDoc=0;
    fHyphCapitals=0;
    fAutoHyphen=0;
    fFormNoFields=0;
    fLinkStyles=0;
    fRevMarking=0;
    fBackup=0;
    fExactCWords=0;
    fPagHidden=0;
    fPagResults=0;
    fLockAtn=0;
    fMirrorMargins=0;
    fReadOnlyRecommended=0;
    fDfltTrueType=0;
    fPagSuppressTopSpacing=0;
    fProtEnabled=0;
    fDispFormFldSel=0;
    fRMView=0;
    fRMPrint=0;
    fWriteReservation=0;
    fLockRev=0;
    fEmbedFonts=0;
    copts_fNoTabForInd=0;
    copts_fNoSpaceRaiseLower=0;
    copts_fSuppressSpbfAfterPageBreak=0;
    copts_fWrapTrailSpaces=0;
    copts_fMapPrintTextColor=0;
    copts_fNoColumnBalance=0;
    copts_fConvMailMergeEsc=0;
    copts_fSupressTopSpacing=0;
    copts_fOrigWordTableRules=0;
    copts_fTransparentMetafiles=0;
    copts_fShowBreaksInFrames=0;
    copts_fSwapBordersFacingPgs=0;
    unused8_12=0;
    dxaTab=0;
    wSpare=0;
    dxaHotZ=0;
    cConsecHypLim=0;
    wSpare2=0;
    dttmCreated.clear();
    dttmRevised.clear();
    dttmLastPrint.clear();
    nRevision=0;
    tmEdited=0;
    cWords=0;
    cCh=0;
    cPg=0;
    cParas=0;
    rncEdn=0;
    nEdn=0;
    epc=0;
    nfcFtnRef=0;
    nfcEdnRef=0;
    fPrintFormData=0;
    fSaveFormData=0;
    fShadeFormData=0;
    unused54_13=0;
    fWCFtnEdn=0;
    cLines=0;
    cWordsFtnEnd=0;
    cChFtnEdn=0;
    cPgFtnEdn=0;
    cParasFtnEdn=0;
    cLinesFtnEdn=0;
    lKeyProtDoc=0;
    wvkSaved=0;
    wScaleSaved=0;
    zkSaved=0;
    unused82_14=0;
}

bool operator==(const DOP &lhs, const DOP &rhs) {

    return lhs.fFacingPages==rhs.fFacingPages &&
           lhs.fWidowControl==rhs.fWidowControl &&
           lhs.fPMHMainDoc==rhs.fPMHMainDoc &&
           lhs.grfSuppression==rhs.grfSuppression &&
           lhs.fpc==rhs.fpc &&
           lhs.unused0_7==rhs.unused0_7 &&
           lhs.grpfIhdt==rhs.grpfIhdt &&
           lhs.rncFtn==rhs.rncFtn &&
           lhs.nFtn==rhs.nFtn &&
           lhs.fOutlineDirtySave==rhs.fOutlineDirtySave &&
           lhs.unused4_1==rhs.unused4_1 &&
           lhs.fOnlyMacPics==rhs.fOnlyMacPics &&
           lhs.fOnlyWinPics==rhs.fOnlyWinPics &&
           lhs.fLabelDoc==rhs.fLabelDoc &&
           lhs.fHyphCapitals==rhs.fHyphCapitals &&
           lhs.fAutoHyphen==rhs.fAutoHyphen &&
           lhs.fFormNoFields==rhs.fFormNoFields &&
           lhs.fLinkStyles==rhs.fLinkStyles &&
           lhs.fRevMarking==rhs.fRevMarking &&
           lhs.fBackup==rhs.fBackup &&
           lhs.fExactCWords==rhs.fExactCWords &&
           lhs.fPagHidden==rhs.fPagHidden &&
           lhs.fPagResults==rhs.fPagResults &&
           lhs.fLockAtn==rhs.fLockAtn &&
           lhs.fMirrorMargins==rhs.fMirrorMargins &&
           lhs.fReadOnlyRecommended==rhs.fReadOnlyRecommended &&
           lhs.fDfltTrueType==rhs.fDfltTrueType &&
           lhs.fPagSuppressTopSpacing==rhs.fPagSuppressTopSpacing &&
           lhs.fProtEnabled==rhs.fProtEnabled &&
           lhs.fDispFormFldSel==rhs.fDispFormFldSel &&
           lhs.fRMView==rhs.fRMView &&
           lhs.fRMPrint==rhs.fRMPrint &&
           lhs.fWriteReservation==rhs.fWriteReservation &&
           lhs.fLockRev==rhs.fLockRev &&
           lhs.fEmbedFonts==rhs.fEmbedFonts &&
           lhs.copts_fNoTabForInd==rhs.copts_fNoTabForInd &&
           lhs.copts_fNoSpaceRaiseLower==rhs.copts_fNoSpaceRaiseLower &&
           lhs.copts_fSuppressSpbfAfterPageBreak==rhs.copts_fSuppressSpbfAfterPageBreak &&
           lhs.copts_fWrapTrailSpaces==rhs.copts_fWrapTrailSpaces &&
           lhs.copts_fMapPrintTextColor==rhs.copts_fMapPrintTextColor &&
           lhs.copts_fNoColumnBalance==rhs.copts_fNoColumnBalance &&
           lhs.copts_fConvMailMergeEsc==rhs.copts_fConvMailMergeEsc &&
           lhs.copts_fSupressTopSpacing==rhs.copts_fSupressTopSpacing &&
           lhs.copts_fOrigWordTableRules==rhs.copts_fOrigWordTableRules &&
           lhs.copts_fTransparentMetafiles==rhs.copts_fTransparentMetafiles &&
           lhs.copts_fShowBreaksInFrames==rhs.copts_fShowBreaksInFrames &&
           lhs.copts_fSwapBordersFacingPgs==rhs.copts_fSwapBordersFacingPgs &&
           lhs.unused8_12==rhs.unused8_12 &&
           lhs.dxaTab==rhs.dxaTab &&
           lhs.wSpare==rhs.wSpare &&
           lhs.dxaHotZ==rhs.dxaHotZ &&
           lhs.cConsecHypLim==rhs.cConsecHypLim &&
           lhs.wSpare2==rhs.wSpare2 &&
           lhs.dttmCreated==rhs.dttmCreated &&
           lhs.dttmRevised==rhs.dttmRevised &&
           lhs.dttmLastPrint==rhs.dttmLastPrint &&
           lhs.nRevision==rhs.nRevision &&
           lhs.tmEdited==rhs.tmEdited &&
           lhs.cWords==rhs.cWords &&
           lhs.cCh==rhs.cCh &&
           lhs.cPg==rhs.cPg &&
           lhs.cParas==rhs.cParas &&
           lhs.rncEdn==rhs.rncEdn &&
           lhs.nEdn==rhs.nEdn &&
           lhs.epc==rhs.epc &&
           lhs.nfcFtnRef==rhs.nfcFtnRef &&
           lhs.nfcEdnRef==rhs.nfcEdnRef &&
           lhs.fPrintFormData==rhs.fPrintFormData &&
           lhs.fSaveFormData==rhs.fSaveFormData &&
           lhs.fShadeFormData==rhs.fShadeFormData &&
           lhs.unused54_13==rhs.unused54_13 &&
           lhs.fWCFtnEdn==rhs.fWCFtnEdn &&
           lhs.cLines==rhs.cLines &&
           lhs.cWordsFtnEnd==rhs.cWordsFtnEnd &&
           lhs.cChFtnEdn==rhs.cChFtnEdn &&
           lhs.cPgFtnEdn==rhs.cPgFtnEdn &&
           lhs.cParasFtnEdn==rhs.cParasFtnEdn &&
           lhs.cLinesFtnEdn==rhs.cLinesFtnEdn &&
           lhs.lKeyProtDoc==rhs.lKeyProtDoc &&
           lhs.wvkSaved==rhs.wvkSaved &&
           lhs.wScaleSaved==rhs.wScaleSaved &&
           lhs.zkSaved==rhs.zkSaved &&
           lhs.unused82_14==rhs.unused82_14;
}

bool operator!=(const DOP &lhs, const DOP &rhs) {
    return !(lhs==rhs);
}


// DPARC implementation

DPARC::DPARC() {
    clear();
}

DPARC::DPARC(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPARC::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    lnpc=stream->readU32();
    lnpw=stream->readU16();
    lnps=stream->readU16();
    dlpcFg=stream->readU32();
    dlpcBg=stream->readU32();
    flpp=stream->readU16();
    shdwpi=stream->readU16();
    xaOffset=stream->readU16();
    yaOffset=stream->readU16();
    shifterU16=stream->readU16();
    fLeft=shifterU16;
    shifterU16>>=8;
    fUp=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

bool DPARC::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(lnpc);
    stream->write(lnpw);
    stream->write(lnps);
    stream->write(dlpcFg);
    stream->write(dlpcBg);
    stream->write(flpp);
    stream->write(shdwpi);
    stream->write(xaOffset);
    stream->write(yaOffset);
    shifterU16=fLeft;
    shifterU16|=fUp << 8;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void DPARC::clear() {
    dphead.clear();
    lnpc=0;
    lnpw=0;
    lnps=0;
    dlpcFg=0;
    dlpcBg=0;
    flpp=0;
    shdwpi=0;
    xaOffset=0;
    yaOffset=0;
    fLeft=0;
    fUp=0;
}

bool operator==(const DPARC &lhs, const DPARC &rhs) {

    return lhs.dphead==rhs.dphead &&
           lhs.lnpc==rhs.lnpc &&
           lhs.lnpw==rhs.lnpw &&
           lhs.lnps==rhs.lnps &&
           lhs.dlpcFg==rhs.dlpcFg &&
           lhs.dlpcBg==rhs.dlpcBg &&
           lhs.flpp==rhs.flpp &&
           lhs.shdwpi==rhs.shdwpi &&
           lhs.xaOffset==rhs.xaOffset &&
           lhs.yaOffset==rhs.yaOffset &&
           lhs.fLeft==rhs.fLeft &&
           lhs.fUp==rhs.fUp;
}

bool operator!=(const DPARC &lhs, const DPARC &rhs) {
    return !(lhs==rhs);
}


// DPCALLOUT implementation

DPCALLOUT::DPCALLOUT() {
    clear();
}

DPCALLOUT::DPCALLOUT(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPCALLOUT::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    unused12=stream->readU16();
    dzaOffset=stream->readU16();
    dzaDescent=stream->readU16();
    dzaLength=stream->readU16();
    dptxbx.read(stream, false);
    dpPolyLine.read(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

bool DPCALLOUT::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(unused12);
    stream->write(dzaOffset);
    stream->write(dzaDescent);
    stream->write(dzaLength);
    dptxbx.write(stream, false);
    dpPolyLine.write(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

void DPCALLOUT::clear() {
    dphead.clear();
    unused12=0;
    dzaOffset=0;
    dzaDescent=0;
    dzaLength=0;
    dptxbx.clear();
    dpPolyLine.clear();
}

bool operator==(const DPCALLOUT &lhs, const DPCALLOUT &rhs) {

    return lhs.dphead==rhs.dphead &&
           lhs.unused12==rhs.unused12 &&
           lhs.dzaOffset==rhs.dzaOffset &&
           lhs.dzaDescent==rhs.dzaDescent &&
           lhs.dzaLength==rhs.dzaLength &&
           lhs.dptxbx==rhs.dptxbx &&
           lhs.dpPolyLine==rhs.dpPolyLine;
}

bool operator!=(const DPCALLOUT &lhs, const DPCALLOUT &rhs) {
    return !(lhs==rhs);
}


// DPELLIPSE implementation

DPELLIPSE::DPELLIPSE() {
    clear();
}

DPELLIPSE::DPELLIPSE(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPELLIPSE::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    lnpc=stream->readU32();
    lnpw=stream->readU16();
    lnps=stream->readU16();
    dlpcFg=stream->readU32();
    dlpcBg=stream->readU32();
    flpp=stream->readU16();
    shdwpi=stream->readU16();
    xaOffset=stream->readU16();
    yaOffset=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool DPELLIPSE::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(lnpc);
    stream->write(lnpw);
    stream->write(lnps);
    stream->write(dlpcFg);
    stream->write(dlpcBg);
    stream->write(flpp);
    stream->write(shdwpi);
    stream->write(xaOffset);
    stream->write(yaOffset);

    if(preservePos)
        stream->pop();
    return true;
}

void DPELLIPSE::clear() {
    dphead.clear();
    lnpc=0;
    lnpw=0;
    lnps=0;
    dlpcFg=0;
    dlpcBg=0;
    flpp=0;
    shdwpi=0;
    xaOffset=0;
    yaOffset=0;
}

bool operator==(const DPELLIPSE &lhs, const DPELLIPSE &rhs) {

    return lhs.dphead==rhs.dphead &&
           lhs.lnpc==rhs.lnpc &&
           lhs.lnpw==rhs.lnpw &&
           lhs.lnps==rhs.lnps &&
           lhs.dlpcFg==rhs.dlpcFg &&
           lhs.dlpcBg==rhs.dlpcBg &&
           lhs.flpp==rhs.flpp &&
           lhs.shdwpi==rhs.shdwpi &&
           lhs.xaOffset==rhs.xaOffset &&
           lhs.yaOffset==rhs.yaOffset;
}

bool operator!=(const DPELLIPSE &lhs, const DPELLIPSE &rhs) {
    return !(lhs==rhs);
}


// DPLINE implementation

DPLINE::DPLINE() {
    clear();
}

DPLINE::DPLINE(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPLINE::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    xaStart=stream->readU16();
    yaStart=stream->readU16();
    xaEnd=stream->readU16();
    yaEnd=stream->readU16();
    lnpc=stream->readU32();
    lnpw=stream->readU16();
    lnps=stream->readU16();
    shifterU16=stream->readU16();
    eppsStart=shifterU16;
    shifterU16>>=2;
    eppwStart=shifterU16;
    shifterU16>>=2;
    epplStart=shifterU16;
    shifterU16>>=2;
    unused24_6=shifterU16;
    shifterU16=stream->readU16();
    eppsEnd=shifterU16;
    shifterU16>>=2;
    eppwEnd=shifterU16;
    shifterU16>>=2;
    epplEnd=shifterU16;
    shifterU16>>=2;
    unused26_6=shifterU16;
    shdwpi=stream->readU16();
    xaOffset=stream->readU16();
    yaOffset=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool DPLINE::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(xaStart);
    stream->write(yaStart);
    stream->write(xaEnd);
    stream->write(yaEnd);
    stream->write(lnpc);
    stream->write(lnpw);
    stream->write(lnps);
    shifterU16=eppsStart;
    shifterU16|=eppwStart << 2;
    shifterU16|=epplStart << 4;
    shifterU16|=unused24_6 << 6;
    stream->write(shifterU16);
    shifterU16=eppsEnd;
    shifterU16|=eppwEnd << 2;
    shifterU16|=epplEnd << 4;
    shifterU16|=unused26_6 << 6;
    stream->write(shifterU16);
    stream->write(shdwpi);
    stream->write(xaOffset);
    stream->write(yaOffset);

    if(preservePos)
        stream->pop();
    return true;
}

void DPLINE::clear() {
    dphead.clear();
    xaStart=0;
    yaStart=0;
    xaEnd=0;
    yaEnd=0;
    lnpc=0;
    lnpw=0;
    lnps=0;
    eppsStart=0;
    eppwStart=0;
    epplStart=0;
    unused24_6=0;
    eppsEnd=0;
    eppwEnd=0;
    epplEnd=0;
    unused26_6=0;
    shdwpi=0;
    xaOffset=0;
    yaOffset=0;
}

bool operator==(const DPLINE &lhs, const DPLINE &rhs) {

    return lhs.dphead==rhs.dphead &&
           lhs.xaStart==rhs.xaStart &&
           lhs.yaStart==rhs.yaStart &&
           lhs.xaEnd==rhs.xaEnd &&
           lhs.yaEnd==rhs.yaEnd &&
           lhs.lnpc==rhs.lnpc &&
           lhs.lnpw==rhs.lnpw &&
           lhs.lnps==rhs.lnps &&
           lhs.eppsStart==rhs.eppsStart &&
           lhs.eppwStart==rhs.eppwStart &&
           lhs.epplStart==rhs.epplStart &&
           lhs.unused24_6==rhs.unused24_6 &&
           lhs.eppsEnd==rhs.eppsEnd &&
           lhs.eppwEnd==rhs.eppwEnd &&
           lhs.epplEnd==rhs.epplEnd &&
           lhs.unused26_6==rhs.unused26_6 &&
           lhs.shdwpi==rhs.shdwpi &&
           lhs.xaOffset==rhs.xaOffset &&
           lhs.yaOffset==rhs.yaOffset;
}

bool operator!=(const DPLINE &lhs, const DPLINE &rhs) {
    return !(lhs==rhs);
}


// DPRECT implementation

DPRECT::DPRECT() {
    clear();
}

DPRECT::DPRECT(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPRECT::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    lnpc=stream->readU32();
    lnpw=stream->readU16();
    lnps=stream->readU16();
    dlpcFg=stream->readU32();
    dlpcBg=stream->readU32();
    flpp=stream->readU16();
    shdwpi=stream->readU16();
    xaOffset=stream->readU16();
    yaOffset=stream->readU16();
    shifterU16=stream->readU16();
    fRoundCorners=shifterU16;
    shifterU16>>=1;
    zaShape=shifterU16;

    if(preservePos)
        stream->pop();
    return true;
}

bool DPRECT::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(lnpc);
    stream->write(lnpw);
    stream->write(lnps);
    stream->write(dlpcFg);
    stream->write(dlpcBg);
    stream->write(flpp);
    stream->write(shdwpi);
    stream->write(xaOffset);
    stream->write(yaOffset);
    shifterU16=fRoundCorners;
    shifterU16|=zaShape << 1;
    stream->write(shifterU16);

    if(preservePos)
        stream->pop();
    return true;
}

void DPRECT::clear() {
    dphead.clear();
    lnpc=0;
    lnpw=0;
    lnps=0;
    dlpcFg=0;
    dlpcBg=0;
    flpp=0;
    shdwpi=0;
    xaOffset=0;
    yaOffset=0;
    fRoundCorners=0;
    zaShape=0;
}

bool operator==(const DPRECT &lhs, const DPRECT &rhs) {

    return lhs.dphead==rhs.dphead &&
           lhs.lnpc==rhs.lnpc &&
           lhs.lnpw==rhs.lnpw &&
           lhs.lnps==rhs.lnps &&
           lhs.dlpcFg==rhs.dlpcFg &&
           lhs.dlpcBg==rhs.dlpcBg &&
           lhs.flpp==rhs.flpp &&
           lhs.shdwpi==rhs.shdwpi &&
           lhs.xaOffset==rhs.xaOffset &&
           lhs.yaOffset==rhs.yaOffset &&
           lhs.fRoundCorners==rhs.fRoundCorners &&
           lhs.zaShape==rhs.zaShape;
}

bool operator!=(const DPRECT &lhs, const DPRECT &rhs) {
    return !(lhs==rhs);
}


// DPSAMPLE implementation

DPSAMPLE::DPSAMPLE() {
    clear();
}

DPSAMPLE::DPSAMPLE(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool DPSAMPLE::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.read(stream, false);
    lnpc=stream->readU32();
    lnpw=stream->readU16();
    lnps=stream->readU16();
    dlpcFg=stream->readU32();
    dlpcBg=stream->readU32();
    flpp=stream->readU16();
    shifterU16=stream->readU16();
    eppsStart=shifterU16;
    shifterU16>>=2;
    eppwStart=shifterU16;
    shifterU16>>=2;
    epplStart=shifterU16;
    shifterU16>>=2;
    unused30_6=shifterU16;
    shifterU16=stream->readU16();
    eppsEnd=shifterU16;
    shifterU16>>=2;
    eppwEnd=shifterU16;
    shifterU16>>=2;
    epplEnd=shifterU16;
    shifterU16>>=2;
    unused32_6=shifterU16;
    shdwpi=stream->readU16();
    xaOffset=stream->readU16();
    yaOffset=stream->readU16();
    unused40=stream->readU16();
    dzaOffset=stream->readU16();
    dzaDescent=stream->readU16();
    dzaLength=stream->readU16();
    shifterU16=stream->readU16();
    fRoundCorners=shifterU16;
    shifterU16>>=1;
    zaShape=shifterU16;
    dzaInternalMargin=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool DPSAMPLE::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    dphead.write(stream, false);
    stream->write(lnpc);
    stream->write(lnpw);
    stream->write(lnps);
    stream->write(dlpcFg);
    stream->write(dlpcBg);
    stream->write(flpp);
    shifterU16=eppsStart;
    shifterU16|=eppwStart << 2;
    shifterU16|=epplStart << 4;
    shifterU16|=unused30_6 << 6;
    stream->write(shifterU16);
    shifterU16=eppsEnd;
    shifterU16|=eppwEnd << 2;
    shifterU16|=epplEnd << 4;
    shifterU16|=unused32_6 << 6;
    stream->write(shifterU16);
    stream->write(shdwpi);
    stream->write(xaOffset);
    stream->write(yaOffset);
    stream->write(unused40);
    stream->write(dzaOffset);
    stream->write(dzaDescent);
    stream->write(dzaLength);
    shifterU16=fRoundCorners;
    shifterU16|=zaShape << 1;
    stream->write(shifterU16);
    stream->write(dzaInternalMargin);

    if(preservePos)
        stream->pop();
    return true;
}

void DPSAMPLE::clear() {
    dphead.clear();
    lnpc=0;
    lnpw=0;
    lnps=0;
    dlpcFg=0;
    dlpcBg=0;
    flpp=0;
    eppsStart=0;
    eppwStart=0;
    epplStart=0;
    unused30_6=0;
    eppsEnd=0;
    eppwEnd=0;
    epplEnd=0;
    unused32_6=0;
    shdwpi=0;
    xaOffset=0;
    yaOffset=0;
    unused40=0;
    dzaOffset=0;
    dzaDescent=0;
    dzaLength=0;
    fRoundCorners=0;
    zaShape=0;
    dzaInternalMargin=0;
}

bool operator==(const DPSAMPLE &lhs, const DPSAMPLE &rhs) {

    return lhs.dphead==rhs.dphead &&
           lhs.lnpc==rhs.lnpc &&
           lhs.lnpw==rhs.lnpw &&
           lhs.lnps==rhs.lnps &&
           lhs.dlpcFg==rhs.dlpcFg &&
           lhs.dlpcBg==rhs.dlpcBg &&
           lhs.flpp==rhs.flpp &&
           lhs.eppsStart==rhs.eppsStart &&
           lhs.eppwStart==rhs.eppwStart &&
           lhs.epplStart==rhs.epplStart &&
           lhs.unused30_6==rhs.unused30_6 &&
           lhs.eppsEnd==rhs.eppsEnd &&
           lhs.eppwEnd==rhs.eppwEnd &&
           lhs.epplEnd==rhs.epplEnd &&
           lhs.unused32_6==rhs.unused32_6 &&
           lhs.shdwpi==rhs.shdwpi &&
           lhs.xaOffset==rhs.xaOffset &&
           lhs.yaOffset==rhs.yaOffset &&
           lhs.unused40==rhs.unused40 &&
           lhs.dzaOffset==rhs.dzaOffset &&
           lhs.dzaDescent==rhs.dzaDescent &&
           lhs.dzaLength==rhs.dzaLength &&
           lhs.fRoundCorners==rhs.fRoundCorners &&
           lhs.zaShape==rhs.zaShape &&
           lhs.dzaInternalMargin==rhs.dzaInternalMargin;
}

bool operator!=(const DPSAMPLE &lhs, const DPSAMPLE &rhs) {
    return !(lhs==rhs);
}


// FDOA implementation

FDOA::FDOA() {
    clear();
}

FDOA::FDOA(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool FDOA::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    fc=stream->readU32();
    ctxbx=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool FDOA::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(fc);
    stream->write(ctxbx);

    if(preservePos)
        stream->pop();
    return true;
}

void FDOA::clear() {
    fc=0;
    ctxbx=0;
}

bool operator==(const FDOA &lhs, const FDOA &rhs) {

    return lhs.fc==rhs.fc &&
           lhs.ctxbx==rhs.ctxbx;
}

bool operator!=(const FDOA &lhs, const FDOA &rhs) {
    return !(lhs==rhs);
}


// FIB implementation

FIB::FIB() {
    clear();
}

FIB::FIB(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool FIB::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    wIdent=stream->readU16();
    nFib=stream->readU16();
    nProduct=stream->readU16();
    lid=stream->readU16();
    pnNext=stream->readU16();
    shifterU16=stream->readU16();
    fDot=shifterU16;
    shifterU16>>=1;
    fGlsy=shifterU16;
    shifterU16>>=1;
    fComplex=shifterU16;
    shifterU16>>=1;
    fHasPic=shifterU16;
    shifterU16>>=1;
    cQuickSaves=shifterU16;
    shifterU16>>=4;
    fEncrypted=shifterU16;
    shifterU16>>=1;
    unused10_9=shifterU16;
    shifterU16>>=1;
    fReadOnlyRecommended=shifterU16;
    shifterU16>>=1;
    fWriteReservation=shifterU16;
    shifterU16>>=1;
    fExtChar=shifterU16;
    shifterU16>>=1;
    unused10_13=shifterU16;
    nFibBack=stream->readU16();
    lKey=stream->readU32();
    envr=stream->readU8();
    unused19=stream->readU8();
    chse=stream->readU16();
    chseTables=stream->readU16();
    fcMin=stream->readU32();
    fcMac=stream->readU32();
    cbMac=stream->readU32();
    fcSpare0=stream->readU32();
    fcSpare1=stream->readU32();
    fcSpare2=stream->readU32();
    fcSpare3=stream->readU32();
    ccpText=stream->readU32();
    ccpFtn=stream->readU32();
    ccpHdd=stream->readU32();
    ccpMcr=stream->readU32();
    ccpAtn=stream->readU32();
    ccpEdn=stream->readU32();
    ccpTxbx=stream->readU32();
    ccpHdrTxbx=stream->readU32();
    ccpSpare2=stream->readU32();
    fcStshfOrig=stream->readU32();
    lcbStshfOrig=stream->readU32();
    fcStshf=stream->readU32();
    lcbStshf=stream->readU32();
    fcPlcffndRef=stream->readU32();
    lcbPlcffndRef=stream->readU32();
    fcPlcffndTxt=stream->readU32();
    lcbPlcffndTxt=stream->readU32();
    fcPlcfandRef=stream->readU32();
    lcbPlcfandRef=stream->readU32();
    fcPlcfandTxt=stream->readU32();
    lcbPlcfandTxt=stream->readU32();
    fcPlcfsed=stream->readU32();
    lcbPlcfsed=stream->readU32();
    fcPlcfpad=stream->readU32();
    lcbPlcfpad=stream->readU32();
    fcPlcfphe=stream->readU32();
    lcbPlcfphe=stream->readU32();
    fcSttbfglsy=stream->readU32();
    lcbSttbfglsy=stream->readU32();
    fcPlcfglsy=stream->readU32();
    lcbPlcfglsy=stream->readU32();
    fcPlcfhdd=stream->readU32();
    lcbPlcfhdd=stream->readU32();
    fcPlcfbteChpx=stream->readU32();
    lcbPlcfbteChpx=stream->readU32();
    fcPlcfbtePapx=stream->readU32();
    lcbPlcfbtePapx=stream->readU32();
    fcPlcfsea=stream->readU32();
    lcbPlcfsea=stream->readU32();
    fcSttbfffn=stream->readU32();
    lcbSttbfffn=stream->readU32();
    fcPlcffldMom=stream->readU32();
    lcbPlcffldMom=stream->readU32();
    fcPlcffldHdr=stream->readU32();
    lcbPlcffldHdr=stream->readU32();
    fcPlcffldFtn=stream->readU32();
    lcbPlcffldFtn=stream->readU32();
    fcPlcffldAtn=stream->readU32();
    lcbPlcffldAtn=stream->readU32();
    fcPlcffldMcr=stream->readU32();
    lcbPlcffldMcr=stream->readU32();
    fcSttbfbkmk=stream->readU32();
    lcbSttbfbkmk=stream->readU32();
    fcPlcfbkf=stream->readU32();
    lcbPlcfbkf=stream->readU32();
    fcPlcfbkl=stream->readU32();
    lcbPlcfbkl=stream->readU32();
    fcCmds=stream->readU32();
    lcbCmds=stream->readU32();
    fcPlcmcr=stream->readU32();
    lcbPlcmcr=stream->readU32();
    fcSttbfmcr=stream->readU32();
    lcbSttbfmcr=stream->readU32();
    fcPrDrvr=stream->readU32();
    lcbPrDrvr=stream->readU32();
    fcPrEnvPort=stream->readU32();
    lcbPrEnvPort=stream->readU32();
    fcPrEnvLand=stream->readU32();
    lcbPrEnvLand=stream->readU32();
    fcWss=stream->readU32();
    lcbWss=stream->readU32();
    fcDop=stream->readU32();
    lcbDop=stream->readU32();
    fcSttbfAssoc=stream->readU32();
    lcbSttbfAssoc=stream->readU32();
    fcClx=stream->readU32();
    lcbClx=stream->readU32();
    fcPlcfpgdFtn=stream->readU32();
    lcbPlcfpgdFtn=stream->readU32();
    fcAutosaveSource=stream->readU32();
    lcbAutosaveSource=stream->readU32();
    fcGrpStAtnOwners=stream->readU32();
    lcbGrpStAtnOwners=stream->readU32();
    fcSttbfAtnbkmk=stream->readU32();
    lcbSttbfAtnbkmk=stream->readU32();
    wSpare4Fib=stream->readU16();
    pnChpFirst=stream->readU16();
    pnPapFirst=stream->readU16();
    cpnBteChp=stream->readU16();
    cpnBtePap=stream->readU16();
    fcPlcfdoaMom=stream->readU32();
    lcbPlcfdoaMom=stream->readU32();
    fcPlcfdoaHdr=stream->readU32();
    lcbPlcfdoaHdr=stream->readU32();
    fcUnused1=stream->readU32();
    lcbUnused1=stream->readU32();
    fcUnused2=stream->readU32();
    lcbUnused2=stream->readU32();
    fcPlcfAtnbkf=stream->readU32();
    lcbPlcfAtnbkf=stream->readU32();
    fcPlcfAtnbkl=stream->readU32();
    lcbPlcfAtnbkl=stream->readU32();
    fcPms=stream->readU32();
    lcbPms=stream->readU32();
    fcFormFldSttbf=stream->readU32();
    lcbFormFldSttbf=stream->readU32();
    fcPlcfendRef=stream->readU32();
    lcbPlcfendRef=stream->readU32();
    fcPlcfendTxt=stream->readU32();
    lcbPlcfendTxt=stream->readU32();
    fcPlcffldEdn=stream->readU32();
    lcbPlcffldEdn=stream->readU32();
    fcPlcfpgdEdn=stream->readU32();
    lcbPlcfpgdEdn=stream->readU32();
    fcUnused3=stream->readU32();
    lcbUnused3=stream->readU32();
    fcSttbfRMark=stream->readU32();
    lcbSttbfRMark=stream->readU32();
    fcSttbfCaption=stream->readU32();
    lcbSttbfCaption=stream->readU32();
    fcSttbfAutoCaption=stream->readU32();
    lcbSttbfAutoCaption=stream->readU32();
    fcPlcfwkb=stream->readU32();
    lcbPlcfwkb=stream->readU32();
    fcUnused4=stream->readU32();
    lcbUnused4=stream->readU32();
    fcPlcftxbxTxt=stream->readU32();
    lcbPlcftxbxTxt=stream->readU32();
    fcPlcffldTxbx=stream->readU32();
    lcbPlcffldTxbx=stream->readU32();
    fcPlcfHdrtxbxTxt=stream->readU32();
    lcbPlcfHdrtxbxTxt=stream->readU32();
    fcPlcffldHdrTxbx=stream->readU32();
    lcbPlcffldHdrTxbx=stream->readU32();
    fcStwUser=stream->readU32();
    lcbStwUser=stream->readU32();
    fcSttbttmbd=stream->readU32();
    lcbSttbttmbd=stream->readU32();
    fcUnused=stream->readU32();
    lcbUnused=stream->readU32();
    fcPgdMother=stream->readU32();
    lcbPgdMother=stream->readU32();
    fcBkdMother=stream->readU32();
    lcbBkdMother=stream->readU32();
    fcPgdFtn=stream->readU32();
    lcbPgdFtn=stream->readU32();
    fcBkdFtn=stream->readU32();
    lcbBkdFtn=stream->readU32();
    fcPgdEdn=stream->readU32();
    lcbPgdEdn=stream->readU32();
    fcBkdEdn=stream->readU32();
    lcbBkdEdn=stream->readU32();
    fcSttbfIntlFld=stream->readU32();
    lcbSttbfIntlFld=stream->readU32();
    fcRouteSlip=stream->readU32();
    lcbRouteSlip=stream->readU32();
    fcSttbSavedBy=stream->readU32();
    lcbSttbSavedBy=stream->readU32();
    fcSttbFnm=stream->readU32();
    lcbSttbFnm=stream->readU32();

    if(preservePos)
        stream->pop();
    return true;
}

bool FIB::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(wIdent);
    stream->write(nFib);
    stream->write(nProduct);
    stream->write(lid);
    stream->write(pnNext);
    shifterU16=fDot;
    shifterU16|=fGlsy << 1;
    shifterU16|=fComplex << 2;
    shifterU16|=fHasPic << 3;
    shifterU16|=cQuickSaves << 4;
    shifterU16|=fEncrypted << 8;
    shifterU16|=unused10_9 << 9;
    shifterU16|=fReadOnlyRecommended << 10;
    shifterU16|=fWriteReservation << 11;
    shifterU16|=fExtChar << 12;
    shifterU16|=unused10_13 << 13;
    stream->write(shifterU16);
    stream->write(nFibBack);
    stream->write(lKey);
    stream->write(envr);
    stream->write(unused19);
    stream->write(chse);
    stream->write(chseTables);
    stream->write(fcMin);
    stream->write(fcMac);
    stream->write(cbMac);
    stream->write(fcSpare0);
    stream->write(fcSpare1);
    stream->write(fcSpare2);
    stream->write(fcSpare3);
    stream->write(ccpText);
    stream->write(ccpFtn);
    stream->write(ccpHdd);
    stream->write(ccpMcr);
    stream->write(ccpAtn);
    stream->write(ccpEdn);
    stream->write(ccpTxbx);
    stream->write(ccpHdrTxbx);
    stream->write(ccpSpare2);
    stream->write(fcStshfOrig);
    stream->write(lcbStshfOrig);
    stream->write(fcStshf);
    stream->write(lcbStshf);
    stream->write(fcPlcffndRef);
    stream->write(lcbPlcffndRef);
    stream->write(fcPlcffndTxt);
    stream->write(lcbPlcffndTxt);
    stream->write(fcPlcfandRef);
    stream->write(lcbPlcfandRef);
    stream->write(fcPlcfandTxt);
    stream->write(lcbPlcfandTxt);
    stream->write(fcPlcfsed);
    stream->write(lcbPlcfsed);
    stream->write(fcPlcfpad);
    stream->write(lcbPlcfpad);
    stream->write(fcPlcfphe);
    stream->write(lcbPlcfphe);
    stream->write(fcSttbfglsy);
    stream->write(lcbSttbfglsy);
    stream->write(fcPlcfglsy);
    stream->write(lcbPlcfglsy);
    stream->write(fcPlcfhdd);
    stream->write(lcbPlcfhdd);
    stream->write(fcPlcfbteChpx);
    stream->write(lcbPlcfbteChpx);
    stream->write(fcPlcfbtePapx);
    stream->write(lcbPlcfbtePapx);
    stream->write(fcPlcfsea);
    stream->write(lcbPlcfsea);
    stream->write(fcSttbfffn);
    stream->write(lcbSttbfffn);
    stream->write(fcPlcffldMom);
    stream->write(lcbPlcffldMom);
    stream->write(fcPlcffldHdr);
    stream->write(lcbPlcffldHdr);
    stream->write(fcPlcffldFtn);
    stream->write(lcbPlcffldFtn);
    stream->write(fcPlcffldAtn);
    stream->write(lcbPlcffldAtn);
    stream->write(fcPlcffldMcr);
    stream->write(lcbPlcffldMcr);
    stream->write(fcSttbfbkmk);
    stream->write(lcbSttbfbkmk);
    stream->write(fcPlcfbkf);
    stream->write(lcbPlcfbkf);
    stream->write(fcPlcfbkl);
    stream->write(lcbPlcfbkl);
    stream->write(fcCmds);
    stream->write(lcbCmds);
    stream->write(fcPlcmcr);
    stream->write(lcbPlcmcr);
    stream->write(fcSttbfmcr);
    stream->write(lcbSttbfmcr);
    stream->write(fcPrDrvr);
    stream->write(lcbPrDrvr);
    stream->write(fcPrEnvPort);
    stream->write(lcbPrEnvPort);
    stream->write(fcPrEnvLand);
    stream->write(lcbPrEnvLand);
    stream->write(fcWss);
    stream->write(lcbWss);
    stream->write(fcDop);
    stream->write(lcbDop);
    stream->write(fcSttbfAssoc);
    stream->write(lcbSttbfAssoc);
    stream->write(fcClx);
    stream->write(lcbClx);
    stream->write(fcPlcfpgdFtn);
    stream->write(lcbPlcfpgdFtn);
    stream->write(fcAutosaveSource);
    stream->write(lcbAutosaveSource);
    stream->write(fcGrpStAtnOwners);
    stream->write(lcbGrpStAtnOwners);
    stream->write(fcSttbfAtnbkmk);
    stream->write(lcbSttbfAtnbkmk);
    stream->write(wSpare4Fib);
    stream->write(pnChpFirst);
    stream->write(pnPapFirst);
    stream->write(cpnBteChp);
    stream->write(cpnBtePap);
    stream->write(fcPlcfdoaMom);
    stream->write(lcbPlcfdoaMom);
    stream->write(fcPlcfdoaHdr);
    stream->write(lcbPlcfdoaHdr);
    stream->write(fcUnused1);
    stream->write(lcbUnused1);
    stream->write(fcUnused2);
    stream->write(lcbUnused2);
    stream->write(fcPlcfAtnbkf);
    stream->write(lcbPlcfAtnbkf);
    stream->write(fcPlcfAtnbkl);
    stream->write(lcbPlcfAtnbkl);
    stream->write(fcPms);
    stream->write(lcbPms);
    stream->write(fcFormFldSttbf);
    stream->write(lcbFormFldSttbf);
    stream->write(fcPlcfendRef);
    stream->write(lcbPlcfendRef);
    stream->write(fcPlcfendTxt);
    stream->write(lcbPlcfendTxt);
    stream->write(fcPlcffldEdn);
    stream->write(lcbPlcffldEdn);
    stream->write(fcPlcfpgdEdn);
    stream->write(lcbPlcfpgdEdn);
    stream->write(fcUnused3);
    stream->write(lcbUnused3);
    stream->write(fcSttbfRMark);
    stream->write(lcbSttbfRMark);
    stream->write(fcSttbfCaption);
    stream->write(lcbSttbfCaption);
    stream->write(fcSttbfAutoCaption);
    stream->write(lcbSttbfAutoCaption);
    stream->write(fcPlcfwkb);
    stream->write(lcbPlcfwkb);
    stream->write(fcUnused4);
    stream->write(lcbUnused4);
    stream->write(fcPlcftxbxTxt);
    stream->write(lcbPlcftxbxTxt);
    stream->write(fcPlcffldTxbx);
    stream->write(lcbPlcffldTxbx);
    stream->write(fcPlcfHdrtxbxTxt);
    stream->write(lcbPlcfHdrtxbxTxt);
    stream->write(fcPlcffldHdrTxbx);
    stream->write(lcbPlcffldHdrTxbx);
    stream->write(fcStwUser);
    stream->write(lcbStwUser);
    stream->write(fcSttbttmbd);
    stream->write(lcbSttbttmbd);
    stream->write(fcUnused);
    stream->write(lcbUnused);
    stream->write(fcPgdMother);
    stream->write(lcbPgdMother);
    stream->write(fcBkdMother);
    stream->write(lcbBkdMother);
    stream->write(fcPgdFtn);
    stream->write(lcbPgdFtn);
    stream->write(fcBkdFtn);
    stream->write(lcbBkdFtn);
    stream->write(fcPgdEdn);
    stream->write(lcbPgdEdn);
    stream->write(fcBkdEdn);
    stream->write(lcbBkdEdn);
    stream->write(fcSttbfIntlFld);
    stream->write(lcbSttbfIntlFld);
    stream->write(fcRouteSlip);
    stream->write(lcbRouteSlip);
    stream->write(fcSttbSavedBy);
    stream->write(lcbSttbSavedBy);
    stream->write(fcSttbFnm);
    stream->write(lcbSttbFnm);

    if(preservePos)
        stream->pop();
    return true;
}

void FIB::clear() {
    wIdent=0;
    nFib=0;
    nProduct=0;
    lid=0;
    pnNext=0;
    fDot=0;
    fGlsy=0;
    fComplex=0;
    fHasPic=0;
    cQuickSaves=0;
    fEncrypted=0;
    unused10_9=0;
    fReadOnlyRecommended=0;
    fWriteReservation=0;
    fExtChar=0;
    unused10_13=0;
    nFibBack=0;
    lKey=0;
    envr=0;
    unused19=0;
    chse=0;
    chseTables=0;
    fcMin=0;
    fcMac=0;
    cbMac=0;
    fcSpare0=0;
    fcSpare1=0;
    fcSpare2=0;
    fcSpare3=0;
    ccpText=0;
    ccpFtn=0;
    ccpHdd=0;
    ccpMcr=0;
    ccpAtn=0;
    ccpEdn=0;
    ccpTxbx=0;
    ccpHdrTxbx=0;
    ccpSpare2=0;
    fcStshfOrig=0;
    lcbStshfOrig=0;
    fcStshf=0;
    lcbStshf=0;
    fcPlcffndRef=0;
    lcbPlcffndRef=0;
    fcPlcffndTxt=0;
    lcbPlcffndTxt=0;
    fcPlcfandRef=0;
    lcbPlcfandRef=0;
    fcPlcfandTxt=0;
    lcbPlcfandTxt=0;
    fcPlcfsed=0;
    lcbPlcfsed=0;
    fcPlcfpad=0;
    lcbPlcfpad=0;
    fcPlcfphe=0;
    lcbPlcfphe=0;
    fcSttbfglsy=0;
    lcbSttbfglsy=0;
    fcPlcfglsy=0;
    lcbPlcfglsy=0;
    fcPlcfhdd=0;
    lcbPlcfhdd=0;
    fcPlcfbteChpx=0;
    lcbPlcfbteChpx=0;
    fcPlcfbtePapx=0;
    lcbPlcfbtePapx=0;
    fcPlcfsea=0;
    lcbPlcfsea=0;
    fcSttbfffn=0;
    lcbSttbfffn=0;
    fcPlcffldMom=0;
    lcbPlcffldMom=0;
    fcPlcffldHdr=0;
    lcbPlcffldHdr=0;
    fcPlcffldFtn=0;
    lcbPlcffldFtn=0;
    fcPlcffldAtn=0;
    lcbPlcffldAtn=0;
    fcPlcffldMcr=0;
    lcbPlcffldMcr=0;
    fcSttbfbkmk=0;
    lcbSttbfbkmk=0;
    fcPlcfbkf=0;
    lcbPlcfbkf=0;
    fcPlcfbkl=0;
    lcbPlcfbkl=0;
    fcCmds=0;
    lcbCmds=0;
    fcPlcmcr=0;
    lcbPlcmcr=0;
    fcSttbfmcr=0;
    lcbSttbfmcr=0;
    fcPrDrvr=0;
    lcbPrDrvr=0;
    fcPrEnvPort=0;
    lcbPrEnvPort=0;
    fcPrEnvLand=0;
    lcbPrEnvLand=0;
    fcWss=0;
    lcbWss=0;
    fcDop=0;
    lcbDop=0;
    fcSttbfAssoc=0;
    lcbSttbfAssoc=0;
    fcClx=0;
    lcbClx=0;
    fcPlcfpgdFtn=0;
    lcbPlcfpgdFtn=0;
    fcAutosaveSource=0;
    lcbAutosaveSource=0;
    fcGrpStAtnOwners=0;
    lcbGrpStAtnOwners=0;
    fcSttbfAtnbkmk=0;
    lcbSttbfAtnbkmk=0;
    wSpare4Fib=0;
    pnChpFirst=0;
    pnPapFirst=0;
    cpnBteChp=0;
    cpnBtePap=0;
    fcPlcfdoaMom=0;
    lcbPlcfdoaMom=0;
    fcPlcfdoaHdr=0;
    lcbPlcfdoaHdr=0;
    fcUnused1=0;
    lcbUnused1=0;
    fcUnused2=0;
    lcbUnused2=0;
    fcPlcfAtnbkf=0;
    lcbPlcfAtnbkf=0;
    fcPlcfAtnbkl=0;
    lcbPlcfAtnbkl=0;
    fcPms=0;
    lcbPms=0;
    fcFormFldSttbf=0;
    lcbFormFldSttbf=0;
    fcPlcfendRef=0;
    lcbPlcfendRef=0;
    fcPlcfendTxt=0;
    lcbPlcfendTxt=0;
    fcPlcffldEdn=0;
    lcbPlcffldEdn=0;
    fcPlcfpgdEdn=0;
    lcbPlcfpgdEdn=0;
    fcUnused3=0;
    lcbUnused3=0;
    fcSttbfRMark=0;
    lcbSttbfRMark=0;
    fcSttbfCaption=0;
    lcbSttbfCaption=0;
    fcSttbfAutoCaption=0;
    lcbSttbfAutoCaption=0;
    fcPlcfwkb=0;
    lcbPlcfwkb=0;
    fcUnused4=0;
    lcbUnused4=0;
    fcPlcftxbxTxt=0;
    lcbPlcftxbxTxt=0;
    fcPlcffldTxbx=0;
    lcbPlcffldTxbx=0;
    fcPlcfHdrtxbxTxt=0;
    lcbPlcfHdrtxbxTxt=0;
    fcPlcffldHdrTxbx=0;
    lcbPlcffldHdrTxbx=0;
    fcStwUser=0;
    lcbStwUser=0;
    fcSttbttmbd=0;
    lcbSttbttmbd=0;
    fcUnused=0;
    lcbUnused=0;
    fcPgdMother=0;
    lcbPgdMother=0;
    fcBkdMother=0;
    lcbBkdMother=0;
    fcPgdFtn=0;
    lcbPgdFtn=0;
    fcBkdFtn=0;
    lcbBkdFtn=0;
    fcPgdEdn=0;
    lcbPgdEdn=0;
    fcBkdEdn=0;
    lcbBkdEdn=0;
    fcSttbfIntlFld=0;
    lcbSttbfIntlFld=0;
    fcRouteSlip=0;
    lcbRouteSlip=0;
    fcSttbSavedBy=0;
    lcbSttbSavedBy=0;
    fcSttbFnm=0;
    lcbSttbFnm=0;
}

bool operator==(const FIB &lhs, const FIB &rhs) {

    return lhs.wIdent==rhs.wIdent &&
           lhs.nFib==rhs.nFib &&
           lhs.nProduct==rhs.nProduct &&
           lhs.lid==rhs.lid &&
           lhs.pnNext==rhs.pnNext &&
           lhs.fDot==rhs.fDot &&
           lhs.fGlsy==rhs.fGlsy &&
           lhs.fComplex==rhs.fComplex &&
           lhs.fHasPic==rhs.fHasPic &&
           lhs.cQuickSaves==rhs.cQuickSaves &&
           lhs.fEncrypted==rhs.fEncrypted &&
           lhs.unused10_9==rhs.unused10_9 &&
           lhs.fReadOnlyRecommended==rhs.fReadOnlyRecommended &&
           lhs.fWriteReservation==rhs.fWriteReservation &&
           lhs.fExtChar==rhs.fExtChar &&
           lhs.unused10_13==rhs.unused10_13 &&
           lhs.nFibBack==rhs.nFibBack &&
           lhs.lKey==rhs.lKey &&
           lhs.envr==rhs.envr &&
           lhs.unused19==rhs.unused19 &&
           lhs.chse==rhs.chse &&
           lhs.chseTables==rhs.chseTables &&
           lhs.fcMin==rhs.fcMin &&
           lhs.fcMac==rhs.fcMac &&
           lhs.cbMac==rhs.cbMac &&
           lhs.fcSpare0==rhs.fcSpare0 &&
           lhs.fcSpare1==rhs.fcSpare1 &&
           lhs.fcSpare2==rhs.fcSpare2 &&
           lhs.fcSpare3==rhs.fcSpare3 &&
           lhs.ccpText==rhs.ccpText &&
           lhs.ccpFtn==rhs.ccpFtn &&
           lhs.ccpHdd==rhs.ccpHdd &&
           lhs.ccpMcr==rhs.ccpMcr &&
           lhs.ccpAtn==rhs.ccpAtn &&
           lhs.ccpEdn==rhs.ccpEdn &&
           lhs.ccpTxbx==rhs.ccpTxbx &&
           lhs.ccpHdrTxbx==rhs.ccpHdrTxbx &&
           lhs.ccpSpare2==rhs.ccpSpare2 &&
           lhs.fcStshfOrig==rhs.fcStshfOrig &&
           lhs.lcbStshfOrig==rhs.lcbStshfOrig &&
           lhs.fcStshf==rhs.fcStshf &&
           lhs.lcbStshf==rhs.lcbStshf &&
           lhs.fcPlcffndRef==rhs.fcPlcffndRef &&
           lhs.lcbPlcffndRef==rhs.lcbPlcffndRef &&
           lhs.fcPlcffndTxt==rhs.fcPlcffndTxt &&
           lhs.lcbPlcffndTxt==rhs.lcbPlcffndTxt &&
           lhs.fcPlcfandRef==rhs.fcPlcfandRef &&
           lhs.lcbPlcfandRef==rhs.lcbPlcfandRef &&
           lhs.fcPlcfandTxt==rhs.fcPlcfandTxt &&
           lhs.lcbPlcfandTxt==rhs.lcbPlcfandTxt &&
           lhs.fcPlcfsed==rhs.fcPlcfsed &&
           lhs.lcbPlcfsed==rhs.lcbPlcfsed &&
           lhs.fcPlcfpad==rhs.fcPlcfpad &&
           lhs.lcbPlcfpad==rhs.lcbPlcfpad &&
           lhs.fcPlcfphe==rhs.fcPlcfphe &&
           lhs.lcbPlcfphe==rhs.lcbPlcfphe &&
           lhs.fcSttbfglsy==rhs.fcSttbfglsy &&
           lhs.lcbSttbfglsy==rhs.lcbSttbfglsy &&
           lhs.fcPlcfglsy==rhs.fcPlcfglsy &&
           lhs.lcbPlcfglsy==rhs.lcbPlcfglsy &&
           lhs.fcPlcfhdd==rhs.fcPlcfhdd &&
           lhs.lcbPlcfhdd==rhs.lcbPlcfhdd &&
           lhs.fcPlcfbteChpx==rhs.fcPlcfbteChpx &&
           lhs.lcbPlcfbteChpx==rhs.lcbPlcfbteChpx &&
           lhs.fcPlcfbtePapx==rhs.fcPlcfbtePapx &&
           lhs.lcbPlcfbtePapx==rhs.lcbPlcfbtePapx &&
           lhs.fcPlcfsea==rhs.fcPlcfsea &&
           lhs.lcbPlcfsea==rhs.lcbPlcfsea &&
           lhs.fcSttbfffn==rhs.fcSttbfffn &&
           lhs.lcbSttbfffn==rhs.lcbSttbfffn &&
           lhs.fcPlcffldMom==rhs.fcPlcffldMom &&
           lhs.lcbPlcffldMom==rhs.lcbPlcffldMom &&
           lhs.fcPlcffldHdr==rhs.fcPlcffldHdr &&
           lhs.lcbPlcffldHdr==rhs.lcbPlcffldHdr &&
           lhs.fcPlcffldFtn==rhs.fcPlcffldFtn &&
           lhs.lcbPlcffldFtn==rhs.lcbPlcffldFtn &&
           lhs.fcPlcffldAtn==rhs.fcPlcffldAtn &&
           lhs.lcbPlcffldAtn==rhs.lcbPlcffldAtn &&
           lhs.fcPlcffldMcr==rhs.fcPlcffldMcr &&
           lhs.lcbPlcffldMcr==rhs.lcbPlcffldMcr &&
           lhs.fcSttbfbkmk==rhs.fcSttbfbkmk &&
           lhs.lcbSttbfbkmk==rhs.lcbSttbfbkmk &&
           lhs.fcPlcfbkf==rhs.fcPlcfbkf &&
           lhs.lcbPlcfbkf==rhs.lcbPlcfbkf &&
           lhs.fcPlcfbkl==rhs.fcPlcfbkl &&
           lhs.lcbPlcfbkl==rhs.lcbPlcfbkl &&
           lhs.fcCmds==rhs.fcCmds &&
           lhs.lcbCmds==rhs.lcbCmds &&
           lhs.fcPlcmcr==rhs.fcPlcmcr &&
           lhs.lcbPlcmcr==rhs.lcbPlcmcr &&
           lhs.fcSttbfmcr==rhs.fcSttbfmcr &&
           lhs.lcbSttbfmcr==rhs.lcbSttbfmcr &&
           lhs.fcPrDrvr==rhs.fcPrDrvr &&
           lhs.lcbPrDrvr==rhs.lcbPrDrvr &&
           lhs.fcPrEnvPort==rhs.fcPrEnvPort &&
           lhs.lcbPrEnvPort==rhs.lcbPrEnvPort &&
           lhs.fcPrEnvLand==rhs.fcPrEnvLand &&
           lhs.lcbPrEnvLand==rhs.lcbPrEnvLand &&
           lhs.fcWss==rhs.fcWss &&
           lhs.lcbWss==rhs.lcbWss &&
           lhs.fcDop==rhs.fcDop &&
           lhs.lcbDop==rhs.lcbDop &&
           lhs.fcSttbfAssoc==rhs.fcSttbfAssoc &&
           lhs.lcbSttbfAssoc==rhs.lcbSttbfAssoc &&
           lhs.fcClx==rhs.fcClx &&
           lhs.lcbClx==rhs.lcbClx &&
           lhs.fcPlcfpgdFtn==rhs.fcPlcfpgdFtn &&
           lhs.lcbPlcfpgdFtn==rhs.lcbPlcfpgdFtn &&
           lhs.fcAutosaveSource==rhs.fcAutosaveSource &&
           lhs.lcbAutosaveSource==rhs.lcbAutosaveSource &&
           lhs.fcGrpStAtnOwners==rhs.fcGrpStAtnOwners &&
           lhs.lcbGrpStAtnOwners==rhs.lcbGrpStAtnOwners &&
           lhs.fcSttbfAtnbkmk==rhs.fcSttbfAtnbkmk &&
           lhs.lcbSttbfAtnbkmk==rhs.lcbSttbfAtnbkmk &&
           lhs.wSpare4Fib==rhs.wSpare4Fib &&
           lhs.pnChpFirst==rhs.pnChpFirst &&
           lhs.pnPapFirst==rhs.pnPapFirst &&
           lhs.cpnBteChp==rhs.cpnBteChp &&
           lhs.cpnBtePap==rhs.cpnBtePap &&
           lhs.fcPlcfdoaMom==rhs.fcPlcfdoaMom &&
           lhs.lcbPlcfdoaMom==rhs.lcbPlcfdoaMom &&
           lhs.fcPlcfdoaHdr==rhs.fcPlcfdoaHdr &&
           lhs.lcbPlcfdoaHdr==rhs.lcbPlcfdoaHdr &&
           lhs.fcUnused1==rhs.fcUnused1 &&
           lhs.lcbUnused1==rhs.lcbUnused1 &&
           lhs.fcUnused2==rhs.fcUnused2 &&
           lhs.lcbUnused2==rhs.lcbUnused2 &&
           lhs.fcPlcfAtnbkf==rhs.fcPlcfAtnbkf &&
           lhs.lcbPlcfAtnbkf==rhs.lcbPlcfAtnbkf &&
           lhs.fcPlcfAtnbkl==rhs.fcPlcfAtnbkl &&
           lhs.lcbPlcfAtnbkl==rhs.lcbPlcfAtnbkl &&
           lhs.fcPms==rhs.fcPms &&
           lhs.lcbPms==rhs.lcbPms &&
           lhs.fcFormFldSttbf==rhs.fcFormFldSttbf &&
           lhs.lcbFormFldSttbf==rhs.lcbFormFldSttbf &&
           lhs.fcPlcfendRef==rhs.fcPlcfendRef &&
           lhs.lcbPlcfendRef==rhs.lcbPlcfendRef &&
           lhs.fcPlcfendTxt==rhs.fcPlcfendTxt &&
           lhs.lcbPlcfendTxt==rhs.lcbPlcfendTxt &&
           lhs.fcPlcffldEdn==rhs.fcPlcffldEdn &&
           lhs.lcbPlcffldEdn==rhs.lcbPlcffldEdn &&
           lhs.fcPlcfpgdEdn==rhs.fcPlcfpgdEdn &&
           lhs.lcbPlcfpgdEdn==rhs.lcbPlcfpgdEdn &&
           lhs.fcUnused3==rhs.fcUnused3 &&
           lhs.lcbUnused3==rhs.lcbUnused3 &&
           lhs.fcSttbfRMark==rhs.fcSttbfRMark &&
           lhs.lcbSttbfRMark==rhs.lcbSttbfRMark &&
           lhs.fcSttbfCaption==rhs.fcSttbfCaption &&
           lhs.lcbSttbfCaption==rhs.lcbSttbfCaption &&
           lhs.fcSttbfAutoCaption==rhs.fcSttbfAutoCaption &&
           lhs.lcbSttbfAutoCaption==rhs.lcbSttbfAutoCaption &&
           lhs.fcPlcfwkb==rhs.fcPlcfwkb &&
           lhs.lcbPlcfwkb==rhs.lcbPlcfwkb &&
           lhs.fcUnused4==rhs.fcUnused4 &&
           lhs.lcbUnused4==rhs.lcbUnused4 &&
           lhs.fcPlcftxbxTxt==rhs.fcPlcftxbxTxt &&
           lhs.lcbPlcftxbxTxt==rhs.lcbPlcftxbxTxt &&
           lhs.fcPlcffldTxbx==rhs.fcPlcffldTxbx &&
           lhs.lcbPlcffldTxbx==rhs.lcbPlcffldTxbx &&
           lhs.fcPlcfHdrtxbxTxt==rhs.fcPlcfHdrtxbxTxt &&
           lhs.lcbPlcfHdrtxbxTxt==rhs.lcbPlcfHdrtxbxTxt &&
           lhs.fcPlcffldHdrTxbx==rhs.fcPlcffldHdrTxbx &&
           lhs.lcbPlcffldHdrTxbx==rhs.lcbPlcffldHdrTxbx &&
           lhs.fcStwUser==rhs.fcStwUser &&
           lhs.lcbStwUser==rhs.lcbStwUser &&
           lhs.fcSttbttmbd==rhs.fcSttbttmbd &&
           lhs.lcbSttbttmbd==rhs.lcbSttbttmbd &&
           lhs.fcUnused==rhs.fcUnused &&
           lhs.lcbUnused==rhs.lcbUnused &&
           lhs.fcPgdMother==rhs.fcPgdMother &&
           lhs.lcbPgdMother==rhs.lcbPgdMother &&
           lhs.fcBkdMother==rhs.fcBkdMother &&
           lhs.lcbBkdMother==rhs.lcbBkdMother &&
           lhs.fcPgdFtn==rhs.fcPgdFtn &&
           lhs.lcbPgdFtn==rhs.lcbPgdFtn &&
           lhs.fcBkdFtn==rhs.fcBkdFtn &&
           lhs.lcbBkdFtn==rhs.lcbBkdFtn &&
           lhs.fcPgdEdn==rhs.fcPgdEdn &&
           lhs.lcbPgdEdn==rhs.lcbPgdEdn &&
           lhs.fcBkdEdn==rhs.fcBkdEdn &&
           lhs.lcbBkdEdn==rhs.lcbBkdEdn &&
           lhs.fcSttbfIntlFld==rhs.fcSttbfIntlFld &&
           lhs.lcbSttbfIntlFld==rhs.lcbSttbfIntlFld &&
           lhs.fcRouteSlip==rhs.fcRouteSlip &&
           lhs.lcbRouteSlip==rhs.lcbRouteSlip &&
           lhs.fcSttbSavedBy==rhs.fcSttbSavedBy &&
           lhs.lcbSttbSavedBy==rhs.lcbSttbSavedBy &&
           lhs.fcSttbFnm==rhs.fcSttbFnm &&
           lhs.lcbSttbFnm==rhs.lcbSttbFnm;
}

bool operator!=(const FIB &lhs, const FIB &rhs) {
    return !(lhs==rhs);
}


// LSPD implementation

LSPD::LSPD() {
    clear();
}

LSPD::LSPD(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool LSPD::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    dyaLine=stream->readU16();
    fMultLinespace=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool LSPD::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(dyaLine);
    stream->write(fMultLinespace);

    if(preservePos)
        stream->pop();
    return true;
}

void LSPD::clear() {
    dyaLine=0;
    fMultLinespace=0;
}

void LSPD::dump() const
{
    wvlog << "Dumping LSPD:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping LSPD done." << endl;
}

std::string LSPD::toString() const
{
    std::string s( "LSPD:" );
    s += "\ndyaLine=";
    s += uint2string( dyaLine );
    s += "\nfMultLinespace=";
    s += uint2string( fMultLinespace );
    s += "\nLSPD Done.";
    return s;
}

bool operator==(const LSPD &lhs, const LSPD &rhs) {

    return lhs.dyaLine==rhs.dyaLine &&
           lhs.fMultLinespace==rhs.fMultLinespace;
}

bool operator!=(const LSPD &lhs, const LSPD &rhs) {
    return !(lhs==rhs);
}


// METAFILEPICT implementation

METAFILEPICT::METAFILEPICT() {
    clear();
}

METAFILEPICT::METAFILEPICT(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool METAFILEPICT::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    mm=stream->readU16();
    xExt=stream->readU16();
    yExt=stream->readU16();
    hMF=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool METAFILEPICT::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(mm);
    stream->write(xExt);
    stream->write(yExt);
    stream->write(hMF);

    if(preservePos)
        stream->pop();
    return true;
}

void METAFILEPICT::clear() {
    mm=0;
    xExt=0;
    yExt=0;
    hMF=0;
}

void METAFILEPICT::dump() const
{
    wvlog << "Dumping METAFILEPICT:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping METAFILEPICT done." << endl;
}

std::string METAFILEPICT::toString() const
{
    std::string s( "METAFILEPICT:" );
    s += "\nmm=";
    s += uint2string( mm );
    s += "\nxExt=";
    s += uint2string( xExt );
    s += "\nyExt=";
    s += uint2string( yExt );
    s += "\nhMF=";
    s += uint2string( hMF );
    s += "\nMETAFILEPICT Done.";
    return s;
}

bool operator==(const METAFILEPICT &lhs, const METAFILEPICT &rhs) {

    return lhs.mm==rhs.mm &&
           lhs.xExt==rhs.xExt &&
           lhs.yExt==rhs.yExt &&
           lhs.hMF==rhs.hMF;
}

bool operator!=(const METAFILEPICT &lhs, const METAFILEPICT &rhs) {
    return !(lhs==rhs);
}


// OBJHEADER implementation

OBJHEADER::OBJHEADER() {
    clear();
}

OBJHEADER::OBJHEADER(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool OBJHEADER::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    lcb=stream->readU32();
    cbHeader=stream->readU16();
    icf=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool OBJHEADER::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(lcb);
    stream->write(cbHeader);
    stream->write(icf);

    if(preservePos)
        stream->pop();
    return true;
}

void OBJHEADER::clear() {
    lcb=0;
    cbHeader=0;
    icf=0;
}

bool operator==(const OBJHEADER &lhs, const OBJHEADER &rhs) {

    return lhs.lcb==rhs.lcb &&
           lhs.cbHeader==rhs.cbHeader &&
           lhs.icf==rhs.icf;
}

bool operator!=(const OBJHEADER &lhs, const OBJHEADER &rhs) {
    return !(lhs==rhs);
}


// OLST implementation

const unsigned int OLST::sizeOf = 212;

OLST::OLST() {
    clear();
}

OLST::OLST(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

OLST::OLST(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool OLST::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    for(int _i=0; _i<(9); ++_i)
        rganlv[_i].read(stream, false);
    fRestartHdr=stream->readU8();
    fSpareOlst2=stream->readU8();
    fSpareOlst3=stream->readU8();
    fSpareOlst4=stream->readU8();
    for(int _i=0; _i<(64); ++_i)
        rgch[_i]=stream->readU8();

    if(preservePos)
        stream->pop();
    return true;
}

void OLST::readPtr(const U8 *ptr) {

    for(int _i=0; _i<(9); ++_i) {
        rganlv[_i].readPtr(ptr);
        ptr+=ANLV::sizeOf;
    }
    fRestartHdr=readU8(ptr);
    ptr+=sizeof(U8);
    fSpareOlst2=readU8(ptr);
    ptr+=sizeof(U8);
    fSpareOlst3=readU8(ptr);
    ptr+=sizeof(U8);
    fSpareOlst4=readU8(ptr);
    ptr+=sizeof(U8);
    for(int _i=0; _i<(64); ++_i) {
        rgch[_i]=readU8(ptr);
        ptr+=sizeof(U8);
    }
}

bool OLST::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    for(int _i=0; _i<(9); ++_i)
        rganlv[_i].write(stream, false);
    stream->write(fRestartHdr);
    stream->write(fSpareOlst2);
    stream->write(fSpareOlst3);
    stream->write(fSpareOlst4);
    for(int _i=0; _i<(64); ++_i)
        stream->write(rgch[_i]);

    if(preservePos)
        stream->pop();
    return true;
}

void OLST::clear() {
    for(int _i=0; _i<(9); ++_i)
        rganlv[_i].clear();
    fRestartHdr=0;
    fSpareOlst2=0;
    fSpareOlst3=0;
    fSpareOlst4=0;
    for(int _i=0; _i<(64); ++_i)
        rgch[_i]=0;
}

void OLST::dump() const
{
    wvlog << "Dumping OLST:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping OLST done." << endl;
}

std::string OLST::toString() const
{
    std::string s( "OLST:" );
    for(int _i=0; _i<(9); ++_i) {
        s += "\nrganlv[" + int2string( _i ) + "]=";
    s += "\n{" + rganlv[_i].toString() + "}\n";
    }
    s += "\nfRestartHdr=";
    s += uint2string( fRestartHdr );
    s += "\nfSpareOlst2=";
    s += uint2string( fSpareOlst2 );
    s += "\nfSpareOlst3=";
    s += uint2string( fSpareOlst3 );
    s += "\nfSpareOlst4=";
    s += uint2string( fSpareOlst4 );
    for(int _i=0; _i<(64); ++_i) {
        s += "\nrgch[" + int2string( _i ) + "]=";
    s += uint2string( rgch[_i] );
    }
    s += "\nOLST Done.";
    return s;
}

bool operator==(const OLST &lhs, const OLST &rhs) {

    for(int _i=0; _i<(9); ++_i) {
        if(lhs.rganlv[_i]!=rhs.rganlv[_i])
            return false;
    }

    for(int _i=0; _i<(64); ++_i) {
        if(lhs.rgch[_i]!=rhs.rgch[_i])
            return false;
    }

    return lhs.fRestartHdr==rhs.fRestartHdr &&
           lhs.fSpareOlst2==rhs.fSpareOlst2 &&
           lhs.fSpareOlst3==rhs.fSpareOlst3 &&
           lhs.fSpareOlst4==rhs.fSpareOlst4;
}

bool operator!=(const OLST &lhs, const OLST &rhs) {
    return !(lhs==rhs);
}


// PAP implementation

PAP::PAP() : Shared() {
    clearInternal();
}

PAP::PAP(OLEStreamReader *stream, bool preservePos) : Shared() {
    clearInternal();
    read(stream, preservePos);
}

PAP::PAP(const PAP &rhs) : Shared() {
    istd=rhs.istd;
    jc=rhs.jc;
    fKeep=rhs.fKeep;
    fKeepFollow=rhs.fKeepFollow;
    fPageBreakBefore=rhs.fPageBreakBefore;
    fBrLnAbove=rhs.fBrLnAbove;
    fBrLnBelow=rhs.fBrLnBelow;
    fUnused=rhs.fUnused;
    pcVert=rhs.pcVert;
    pcHorz=rhs.pcHorz;
    brcp=rhs.brcp;
    brcl=rhs.brcl;
    unused9=rhs.unused9;
    nLvlAnm=rhs.nLvlAnm;
    fNoLnn=rhs.fNoLnn;
    fSideBySide=rhs.fSideBySide;
    dxaRight=rhs.dxaRight;
    dxaLeft=rhs.dxaLeft;
    dxaLeft1=rhs.dxaLeft1;
    lspd=rhs.lspd;
    dyaBefore=rhs.dyaBefore;
    dyaAfter=rhs.dyaAfter;
    phe=rhs.phe;
    fAutoHyph=rhs.fAutoHyph;
    fWidowControl=rhs.fWidowControl;
    fInTable=rhs.fInTable;
    fTtp=rhs.fTtp;
    ptap=rhs.ptap;
    dxaAbs=rhs.dxaAbs;
    dyaAbs=rhs.dyaAbs;
    dxaWidth=rhs.dxaWidth;
    brcTop=rhs.brcTop;
    brcLeft=rhs.brcLeft;
    brcBottom=rhs.brcBottom;
    brcRight=rhs.brcRight;
    brcBetween=rhs.brcBetween;
    brcBar=rhs.brcBar;
    dxaFromText=rhs.dxaFromText;
    dyaFromText=rhs.dyaFromText;
    wr=rhs.wr;
    fLocked=rhs.fLocked;
    dyaHeight=rhs.dyaHeight;
    fMinHeight=rhs.fMinHeight;
    shd=rhs.shd;
    dcs=rhs.dcs;
    anld=rhs.anld;
    itbdMac=rhs.itbdMac;
    rgdxaTab=new U16[itbdMac];
    memcpy(rgdxaTab, rhs.rgdxaTab, sizeof(U16)*(itbdMac));
    rgtbd=new U8[itbdMac];
    memcpy(rgtbd, rhs.rgtbd, sizeof(U8)*(itbdMac));
}

PAP::~PAP() {
    delete [] rgdxaTab;
    delete [] rgtbd;
}

PAP &PAP::operator=(const PAP &rhs) {

    // Check for assignment to self
    if(this==&rhs)
        return *this;

    istd=rhs.istd;
    jc=rhs.jc;
    fKeep=rhs.fKeep;
    fKeepFollow=rhs.fKeepFollow;
    fPageBreakBefore=rhs.fPageBreakBefore;
    fBrLnAbove=rhs.fBrLnAbove;
    fBrLnBelow=rhs.fBrLnBelow;
    fUnused=rhs.fUnused;
    pcVert=rhs.pcVert;
    pcHorz=rhs.pcHorz;
    brcp=rhs.brcp;
    brcl=rhs.brcl;
    unused9=rhs.unused9;
    nLvlAnm=rhs.nLvlAnm;
    fNoLnn=rhs.fNoLnn;
    fSideBySide=rhs.fSideBySide;
    dxaRight=rhs.dxaRight;
    dxaLeft=rhs.dxaLeft;
    dxaLeft1=rhs.dxaLeft1;
    lspd=rhs.lspd;
    dyaBefore=rhs.dyaBefore;
    dyaAfter=rhs.dyaAfter;
    phe=rhs.phe;
    fAutoHyph=rhs.fAutoHyph;
    fWidowControl=rhs.fWidowControl;
    fInTable=rhs.fInTable;
    fTtp=rhs.fTtp;
    ptap=rhs.ptap;
    dxaAbs=rhs.dxaAbs;
    dyaAbs=rhs.dyaAbs;
    dxaWidth=rhs.dxaWidth;
    brcTop=rhs.brcTop;
    brcLeft=rhs.brcLeft;
    brcBottom=rhs.brcBottom;
    brcRight=rhs.brcRight;
    brcBetween=rhs.brcBetween;
    brcBar=rhs.brcBar;
    dxaFromText=rhs.dxaFromText;
    dyaFromText=rhs.dyaFromText;
    wr=rhs.wr;
    fLocked=rhs.fLocked;
    dyaHeight=rhs.dyaHeight;
    fMinHeight=rhs.fMinHeight;
    shd=rhs.shd;
    dcs=rhs.dcs;
    anld=rhs.anld;
    itbdMac=rhs.itbdMac;
    delete [] rgdxaTab;
    rgdxaTab=new U16[itbdMac];
    memcpy(rgdxaTab, rhs.rgdxaTab, sizeof(U16)*(itbdMac));
    delete [] rgtbd;
    rgtbd=new U8[itbdMac];
    memcpy(rgtbd, rhs.rgtbd, sizeof(U8)*(itbdMac));

    return *this;
}

bool PAP::read(OLEStreamReader *stream, bool preservePos) {

    U8 shifterU8;
    U16 shifterU16;

    if(preservePos)
        stream->push();

    istd=stream->readU16();
    jc=stream->readU8();
    fKeep=stream->readU8();
    fKeepFollow=stream->readU8();
    fPageBreakBefore=stream->readU8();
    shifterU8=stream->readU8();
    fBrLnAbove=shifterU8;
    shifterU8>>=1;
    fBrLnBelow=shifterU8;
    shifterU8>>=1;
    fUnused=shifterU8;
    shifterU8>>=2;
    pcVert=shifterU8;
    shifterU8>>=2;
    pcHorz=shifterU8;
    brcp=stream->readU8();
    brcl=stream->readU8();
    unused9=stream->readU8();
    nLvlAnm=stream->readU8();
    fNoLnn=stream->readU8();
    fSideBySide=stream->readU8();
    dxaRight=stream->readS16();
    dxaLeft=stream->readS16();
    dxaLeft1=stream->readS16();
    lspd.read(stream, false);
    dyaBefore=stream->readU16();
    dyaAfter=stream->readU16();
    phe.read(stream, false);
    fAutoHyph=stream->readU8();
    fWidowControl=stream->readU8();
    fInTable=stream->readU8();
    fTtp=stream->readU8();
    ptap=stream->readU16();
    dxaAbs=stream->readS16();
    dyaAbs=stream->readS16();
    dxaWidth=stream->readU16();
    brcTop.read(stream, false);
    brcLeft.read(stream, false);
    brcBottom.read(stream, false);
    brcRight.read(stream, false);
    brcBetween.read(stream, false);
    brcBar.read(stream, false);
    dxaFromText=stream->readU16();
    dyaFromText=stream->readU16();
    wr=stream->readU8();
    fLocked=stream->readU8();
    shifterU16=stream->readU16();
    dyaHeight=shifterU16;
    shifterU16>>=15;
    fMinHeight=shifterU16;
    shd.read(stream, false);
    dcs.read(stream, false);
    anld.read(stream, false);
    itbdMac=stream->readU16();
    rgdxaTab=new U16[itbdMac];
    for(int _i=0; _i<(itbdMac); ++_i)
        rgdxaTab[_i]=stream->readU16();
    rgtbd=new U8[itbdMac];
    for(int _i=0; _i<(itbdMac); ++_i)
        rgtbd[_i]=stream->readU8();

    if(preservePos)
        stream->pop();
    return true;
}

bool PAP::write(OLEStreamWriter *stream, bool preservePos) const {

    U8 shifterU8;
    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(istd);
    stream->write(jc);
    stream->write(fKeep);
    stream->write(fKeepFollow);
    stream->write(fPageBreakBefore);
    shifterU8=fBrLnAbove;
    shifterU8|=fBrLnBelow << 1;
    shifterU8|=fUnused << 2;
    shifterU8|=pcVert << 4;
    shifterU8|=pcHorz << 6;
    stream->write(shifterU8);
    stream->write(brcp);
    stream->write(brcl);
    stream->write(unused9);
    stream->write(nLvlAnm);
    stream->write(fNoLnn);
    stream->write(fSideBySide);
    stream->write(dxaRight);
    stream->write(dxaLeft);
    stream->write(dxaLeft1);
    lspd.write(stream, false);
    stream->write(dyaBefore);
    stream->write(dyaAfter);
    phe.write(stream, false);
    stream->write(fAutoHyph);
    stream->write(fWidowControl);
    stream->write(fInTable);
    stream->write(fTtp);
    stream->write(ptap);
    stream->write(dxaAbs);
    stream->write(dyaAbs);
    stream->write(dxaWidth);
    brcTop.write(stream, false);
    brcLeft.write(stream, false);
    brcBottom.write(stream, false);
    brcRight.write(stream, false);
    brcBetween.write(stream, false);
    brcBar.write(stream, false);
    stream->write(dxaFromText);
    stream->write(dyaFromText);
    stream->write(wr);
    stream->write(fLocked);
    shifterU16=dyaHeight;
    shifterU16|=fMinHeight << 15;
    stream->write(shifterU16);
    shd.write(stream, false);
    dcs.write(stream, false);
    anld.write(stream, false);
    stream->write(itbdMac);
    for(int _i=0; _i<(itbdMac); ++_i)
        stream->write(rgdxaTab[_i]);
    for(int _i=0; _i<(itbdMac); ++_i)
        stream->write(rgtbd[_i]);

    if(preservePos)
        stream->pop();
    return true;
}

void PAP::clear() {
    delete [] rgdxaTab;
    delete [] rgtbd;
    clearInternal();
}

void PAP::dump() const
{
    wvlog << "Dumping PAP:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping PAP done." << endl;
}

std::string PAP::toString() const
{
    std::string s( "PAP:" );
    s += "\nistd=";
    s += uint2string( istd );
    s += "\njc=";
    s += uint2string( jc );
    s += "\nfKeep=";
    s += uint2string( fKeep );
    s += "\nfKeepFollow=";
    s += uint2string( fKeepFollow );
    s += "\nfPageBreakBefore=";
    s += uint2string( fPageBreakBefore );
    s += "\nfBrLnAbove=";
    s += uint2string( fBrLnAbove );
    s += "\nfBrLnBelow=";
    s += uint2string( fBrLnBelow );
    s += "\nfUnused=";
    s += uint2string( fUnused );
    s += "\npcVert=";
    s += uint2string( pcVert );
    s += "\npcHorz=";
    s += uint2string( pcHorz );
    s += "\nbrcp=";
    s += uint2string( brcp );
    s += "\nbrcl=";
    s += uint2string( brcl );
    s += "\nunused9=";
    s += uint2string( unused9 );
    s += "\nnLvlAnm=";
    s += uint2string( nLvlAnm );
    s += "\nfNoLnn=";
    s += uint2string( fNoLnn );
    s += "\nfSideBySide=";
    s += uint2string( fSideBySide );
    s += "\ndxaRight=";
    s += int2string( dxaRight );
    s += "\ndxaLeft=";
    s += int2string( dxaLeft );
    s += "\ndxaLeft1=";
    s += int2string( dxaLeft1 );
    s += "\nlspd=";
    s += "\n{" + lspd.toString() + "}\n";
    s += "\ndyaBefore=";
    s += uint2string( dyaBefore );
    s += "\ndyaAfter=";
    s += uint2string( dyaAfter );
    s += "\nphe=";
    s += "\n{" + phe.toString() + "}\n";
    s += "\nfAutoHyph=";
    s += uint2string( fAutoHyph );
    s += "\nfWidowControl=";
    s += uint2string( fWidowControl );
    s += "\nfInTable=";
    s += uint2string( fInTable );
    s += "\nfTtp=";
    s += uint2string( fTtp );
    s += "\nptap=";
    s += uint2string( ptap );
    s += "\ndxaAbs=";
    s += int2string( dxaAbs );
    s += "\ndyaAbs=";
    s += int2string( dyaAbs );
    s += "\ndxaWidth=";
    s += uint2string( dxaWidth );
    s += "\nbrcTop=";
    s += "\n{" + brcTop.toString() + "}\n";
    s += "\nbrcLeft=";
    s += "\n{" + brcLeft.toString() + "}\n";
    s += "\nbrcBottom=";
    s += "\n{" + brcBottom.toString() + "}\n";
    s += "\nbrcRight=";
    s += "\n{" + brcRight.toString() + "}\n";
    s += "\nbrcBetween=";
    s += "\n{" + brcBetween.toString() + "}\n";
    s += "\nbrcBar=";
    s += "\n{" + brcBar.toString() + "}\n";
    s += "\ndxaFromText=";
    s += uint2string( dxaFromText );
    s += "\ndyaFromText=";
    s += uint2string( dyaFromText );
    s += "\nwr=";
    s += uint2string( wr );
    s += "\nfLocked=";
    s += uint2string( fLocked );
    s += "\ndyaHeight=";
    s += uint2string( dyaHeight );
    s += "\nfMinHeight=";
    s += uint2string( fMinHeight );
    s += "\nshd=";
    s += "\n{" + shd.toString() + "}\n";
    s += "\ndcs=";
    s += "\n{" + dcs.toString() + "}\n";
    s += "\nanld=";
    s += "\n{" + anld.toString() + "}\n";
    s += "\nitbdMac=";
    s += uint2string( itbdMac );
    for(int _i=0; _i<(itbdMac); ++_i) {
        s += "\nrgdxaTab[" + int2string( _i ) + "]=";
    s += uint2string( rgdxaTab[_i] );
    }
    for(int _i=0; _i<(itbdMac); ++_i) {
        s += "\nrgtbd[" + int2string( _i ) + "]=";
    s += uint2string( rgtbd[_i] );
    }
    s += "\nPAP Done.";
    return s;
}

void PAP::clearInternal() {
    istd=0;
    jc=0;
    fKeep=0;
    fKeepFollow=0;
    fPageBreakBefore=0;
    fBrLnAbove=0;
    fBrLnBelow=0;
    fUnused=0;
    pcVert=0;
    pcHorz=0;
    brcp=0;
    brcl=0;
    unused9=0;
    nLvlAnm=0;
    fNoLnn=0;
    fSideBySide=0;
    dxaRight=0;
    dxaLeft=0;
    dxaLeft1=0;
    lspd.clear();
    dyaBefore=0;
    dyaAfter=0;
    phe.clear();
    fAutoHyph=0;
    fWidowControl=0;
    fInTable=0;
    fTtp=0;
    ptap=0;
    dxaAbs=0;
    dyaAbs=0;
    dxaWidth=0;
    brcTop.clear();
    brcLeft.clear();
    brcBottom.clear();
    brcRight.clear();
    brcBetween.clear();
    brcBar.clear();
    dxaFromText=0;
    dyaFromText=0;
    wr=0;
    fLocked=0;
    dyaHeight=0;
    fMinHeight=0;
    shd.clear();
    dcs.clear();
    anld.clear();
    itbdMac=0;
    rgdxaTab=0;
    rgtbd=0;
}

bool operator==(const PAP &lhs, const PAP &rhs) {

    if((lhs.itbdMac)!=(rhs.itbdMac))
        return false;
    for(int _i=0; _i<(lhs.itbdMac); ++_i) {
        if(lhs.rgdxaTab[_i]!=rhs.rgdxaTab[_i])
            return false;
    }

    if((lhs.itbdMac)!=(rhs.itbdMac))
        return false;
    for(int _i=0; _i<(lhs.itbdMac); ++_i) {
        if(lhs.rgtbd[_i]!=rhs.rgtbd[_i])
            return false;
    }

    return lhs.istd==rhs.istd &&
           lhs.jc==rhs.jc &&
           lhs.fKeep==rhs.fKeep &&
           lhs.fKeepFollow==rhs.fKeepFollow &&
           lhs.fPageBreakBefore==rhs.fPageBreakBefore &&
           lhs.fBrLnAbove==rhs.fBrLnAbove &&
           lhs.fBrLnBelow==rhs.fBrLnBelow &&
           lhs.fUnused==rhs.fUnused &&
           lhs.pcVert==rhs.pcVert &&
           lhs.pcHorz==rhs.pcHorz &&
           lhs.brcp==rhs.brcp &&
           lhs.brcl==rhs.brcl &&
           lhs.unused9==rhs.unused9 &&
           lhs.nLvlAnm==rhs.nLvlAnm &&
           lhs.fNoLnn==rhs.fNoLnn &&
           lhs.fSideBySide==rhs.fSideBySide &&
           lhs.dxaRight==rhs.dxaRight &&
           lhs.dxaLeft==rhs.dxaLeft &&
           lhs.dxaLeft1==rhs.dxaLeft1 &&
           lhs.lspd==rhs.lspd &&
           lhs.dyaBefore==rhs.dyaBefore &&
           lhs.dyaAfter==rhs.dyaAfter &&
           lhs.phe==rhs.phe &&
           lhs.fAutoHyph==rhs.fAutoHyph &&
           lhs.fWidowControl==rhs.fWidowControl &&
           lhs.fInTable==rhs.fInTable &&
           lhs.fTtp==rhs.fTtp &&
           lhs.ptap==rhs.ptap &&
           lhs.dxaAbs==rhs.dxaAbs &&
           lhs.dyaAbs==rhs.dyaAbs &&
           lhs.dxaWidth==rhs.dxaWidth &&
           lhs.brcTop==rhs.brcTop &&
           lhs.brcLeft==rhs.brcLeft &&
           lhs.brcBottom==rhs.brcBottom &&
           lhs.brcRight==rhs.brcRight &&
           lhs.brcBetween==rhs.brcBetween &&
           lhs.brcBar==rhs.brcBar &&
           lhs.dxaFromText==rhs.dxaFromText &&
           lhs.dyaFromText==rhs.dyaFromText &&
           lhs.wr==rhs.wr &&
           lhs.fLocked==rhs.fLocked &&
           lhs.dyaHeight==rhs.dyaHeight &&
           lhs.fMinHeight==rhs.fMinHeight &&
           lhs.shd==rhs.shd &&
           lhs.dcs==rhs.dcs &&
           lhs.anld==rhs.anld &&
           lhs.itbdMac==rhs.itbdMac;
}

bool operator!=(const PAP &lhs, const PAP &rhs) {
    return !(lhs==rhs);
}


// PCD implementation

const unsigned int PCD::sizeOf = 8;

PCD::PCD() {
    clear();
}

PCD::PCD(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

PCD::PCD(const U8 *ptr) {
    clear();
    readPtr(ptr);
}

bool PCD::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    fNoParaLast=shifterU16;
    shifterU16>>=1;
    fPaphNil=shifterU16;
    shifterU16>>=1;
    fCopied=shifterU16;
    shifterU16>>=1;
    unused0_3=shifterU16;
    shifterU16>>=5;
    fn=shifterU16;
    fc=stream->readU32();
    prm.read(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

void PCD::readPtr(const U8 *ptr) {

    U16 shifterU16;

    shifterU16=readU16(ptr);
    ptr+=sizeof(U16);
    fNoParaLast=shifterU16;
    shifterU16>>=1;
    fPaphNil=shifterU16;
    shifterU16>>=1;
    fCopied=shifterU16;
    shifterU16>>=1;
    unused0_3=shifterU16;
    shifterU16>>=5;
    fn=shifterU16;
    fc=readU32(ptr);
    ptr+=sizeof(U32);
    prm.readPtr(ptr);
    ptr+=PRM::sizeOf;
}

bool PCD::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=fNoParaLast;
    shifterU16|=fPaphNil << 1;
    shifterU16|=fCopied << 2;
    shifterU16|=unused0_3 << 3;
    shifterU16|=fn << 8;
    stream->write(shifterU16);
    stream->write(fc);
    prm.write(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

void PCD::clear() {
    fNoParaLast=0;
    fPaphNil=0;
    fCopied=0;
    unused0_3=0;
    fn=0;
    fc=0;
    prm.clear();
}

bool operator==(const PCD &lhs, const PCD &rhs) {

    return lhs.fNoParaLast==rhs.fNoParaLast &&
           lhs.fPaphNil==rhs.fPaphNil &&
           lhs.fCopied==rhs.fCopied &&
           lhs.unused0_3==rhs.unused0_3 &&
           lhs.fn==rhs.fn &&
           lhs.fc==rhs.fc &&
           lhs.prm==rhs.prm;
}

bool operator!=(const PCD &lhs, const PCD &rhs) {
    return !(lhs==rhs);
}


// PGD implementation

PGD::PGD() {
    clear();
}

PGD::PGD(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool PGD::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    unused0_0=shifterU16;
    shifterU16>>=5;
    fGhost=shifterU16;
    shifterU16>>=2;
    unused0_7=shifterU16;
    shifterU16=stream->readU16();
    fContinue=shifterU16;
    shifterU16>>=1;
    fUnk=shifterU16;
    shifterU16>>=1;
    fRight=shifterU16;
    shifterU16>>=1;
    fPgnRestart=shifterU16;
    shifterU16>>=1;
    fEmptyPage=shifterU16;
    shifterU16>>=1;
    fAllFtn=shifterU16;
    shifterU16>>=1;
    fColOnly=shifterU16;
    shifterU16>>=1;
    fTableBreaks=shifterU16;
    shifterU16>>=1;
    fMarked=shifterU16;
    shifterU16>>=1;
    fColumnBreaks=shifterU16;
    shifterU16>>=1;
    fTableHeader=shifterU16;
    shifterU16>>=1;
    fNewPage=shifterU16;
    shifterU16>>=1;
    bkc=shifterU16;
    lnn=stream->readU16();
    pgn=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool PGD::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=unused0_0;
    shifterU16|=fGhost << 5;
    shifterU16|=unused0_7 << 7;
    stream->write(shifterU16);
    shifterU16=fContinue;
    shifterU16|=fUnk << 1;
    shifterU16|=fRight << 2;
    shifterU16|=fPgnRestart << 3;
    shifterU16|=fEmptyPage << 4;
    shifterU16|=fAllFtn << 5;
    shifterU16|=fColOnly << 6;
    shifterU16|=fTableBreaks << 7;
    shifterU16|=fMarked << 8;
    shifterU16|=fColumnBreaks << 9;
    shifterU16|=fTableHeader << 10;
    shifterU16|=fNewPage << 11;
    shifterU16|=bkc << 12;
    stream->write(shifterU16);
    stream->write(lnn);
    stream->write(pgn);

    if(preservePos)
        stream->pop();
    return true;
}

void PGD::clear() {
    unused0_0=0;
    fGhost=0;
    unused0_7=0;
    fContinue=0;
    fUnk=0;
    fRight=0;
    fPgnRestart=0;
    fEmptyPage=0;
    fAllFtn=0;
    fColOnly=0;
    fTableBreaks=0;
    fMarked=0;
    fColumnBreaks=0;
    fTableHeader=0;
    fNewPage=0;
    bkc=0;
    lnn=0;
    pgn=0;
}

bool operator==(const PGD &lhs, const PGD &rhs) {

    return lhs.unused0_0==rhs.unused0_0 &&
           lhs.fGhost==rhs.fGhost &&
           lhs.unused0_7==rhs.unused0_7 &&
           lhs.fContinue==rhs.fContinue &&
           lhs.fUnk==rhs.fUnk &&
           lhs.fRight==rhs.fRight &&
           lhs.fPgnRestart==rhs.fPgnRestart &&
           lhs.fEmptyPage==rhs.fEmptyPage &&
           lhs.fAllFtn==rhs.fAllFtn &&
           lhs.fColOnly==rhs.fColOnly &&
           lhs.fTableBreaks==rhs.fTableBreaks &&
           lhs.fMarked==rhs.fMarked &&
           lhs.fColumnBreaks==rhs.fColumnBreaks &&
           lhs.fTableHeader==rhs.fTableHeader &&
           lhs.fNewPage==rhs.fNewPage &&
           lhs.bkc==rhs.bkc &&
           lhs.lnn==rhs.lnn &&
           lhs.pgn==rhs.pgn;
}

bool operator!=(const PGD &lhs, const PGD &rhs) {
    return !(lhs==rhs);
}


// PICF implementation

PICF::PICF() : Shared() {
    clear();
}

PICF::PICF(OLEStreamReader *stream, bool preservePos) : Shared() {
    clear();
    read(stream, preservePos);
}

bool PICF::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    lcb=stream->readU32();
    cbHeader=stream->readU16();
    mfp.read(stream, false);
    for(int _i=0; _i<(14); ++_i)
        bm_rcWinMF[_i]=stream->readU8();
    dxaGoal=stream->readU16();
    dyaGoal=stream->readU16();
    mx=stream->readU16();
    my=stream->readU16();
    dxaCropLeft=stream->readU16();
    dyaCropTop=stream->readU16();
    dxaCropRight=stream->readU16();
    dyaCropBottom=stream->readU16();
    shifterU16=stream->readU16();
    brcl=shifterU16;
    shifterU16>>=4;
    fFrameEmpty=shifterU16;
    shifterU16>>=1;
    fBitmap=shifterU16;
    shifterU16>>=1;
    fDrawHatch=shifterU16;
    shifterU16>>=1;
    fError=shifterU16;
    shifterU16>>=1;
    bpp=shifterU16;
    brcTop.read(stream, false);
    brcLeft.read(stream, false);
    brcBottom.read(stream, false);
    brcRight.read(stream, false);
    dxaOrigin=stream->readU16();
    dyaOrigin=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool PICF::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(lcb);
    stream->write(cbHeader);
    mfp.write(stream, false);
    for(int _i=0; _i<(14); ++_i)
        stream->write(bm_rcWinMF[_i]);
    stream->write(dxaGoal);
    stream->write(dyaGoal);
    stream->write(mx);
    stream->write(my);
    stream->write(dxaCropLeft);
    stream->write(dyaCropTop);
    stream->write(dxaCropRight);
    stream->write(dyaCropBottom);
    shifterU16=brcl;
    shifterU16|=fFrameEmpty << 4;
    shifterU16|=fBitmap << 5;
    shifterU16|=fDrawHatch << 6;
    shifterU16|=fError << 7;
    shifterU16|=bpp << 8;
    stream->write(shifterU16);
    brcTop.write(stream, false);
    brcLeft.write(stream, false);
    brcBottom.write(stream, false);
    brcRight.write(stream, false);
    stream->write(dxaOrigin);
    stream->write(dyaOrigin);

    if(preservePos)
        stream->pop();
    return true;
}

void PICF::clear() {
    lcb=0;
    cbHeader=0;
    mfp.clear();
    for(int _i=0; _i<(14); ++_i)
        bm_rcWinMF[_i]=0;
    dxaGoal=0;
    dyaGoal=0;
    mx=0;
    my=0;
    dxaCropLeft=0;
    dyaCropTop=0;
    dxaCropRight=0;
    dyaCropBottom=0;
    brcl=0;
    fFrameEmpty=0;
    fBitmap=0;
    fDrawHatch=0;
    fError=0;
    bpp=0;
    brcTop.clear();
    brcLeft.clear();
    brcBottom.clear();
    brcRight.clear();
    dxaOrigin=0;
    dyaOrigin=0;
}

void PICF::dump() const
{
    wvlog << "Dumping PICF:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping PICF done." << endl;
}

std::string PICF::toString() const
{
    std::string s( "PICF:" );
    s += "\nlcb=";
    s += uint2string( lcb );
    s += "\ncbHeader=";
    s += uint2string( cbHeader );
    s += "\nmfp=";
    s += "\n{" + mfp.toString() + "}\n";
    for(int _i=0; _i<(14); ++_i) {
        s += "\nbm_rcWinMF[" + int2string( _i ) + "]=";
    s += uint2string( bm_rcWinMF[_i] );
    }
    s += "\ndxaGoal=";
    s += uint2string( dxaGoal );
    s += "\ndyaGoal=";
    s += uint2string( dyaGoal );
    s += "\nmx=";
    s += uint2string( mx );
    s += "\nmy=";
    s += uint2string( my );
    s += "\ndxaCropLeft=";
    s += uint2string( dxaCropLeft );
    s += "\ndyaCropTop=";
    s += uint2string( dyaCropTop );
    s += "\ndxaCropRight=";
    s += uint2string( dxaCropRight );
    s += "\ndyaCropBottom=";
    s += uint2string( dyaCropBottom );
    s += "\nbrcl=";
    s += uint2string( brcl );
    s += "\nfFrameEmpty=";
    s += uint2string( fFrameEmpty );
    s += "\nfBitmap=";
    s += uint2string( fBitmap );
    s += "\nfDrawHatch=";
    s += uint2string( fDrawHatch );
    s += "\nfError=";
    s += uint2string( fError );
    s += "\nbpp=";
    s += uint2string( bpp );
    s += "\nbrcTop=";
    s += "\n{" + brcTop.toString() + "}\n";
    s += "\nbrcLeft=";
    s += "\n{" + brcLeft.toString() + "}\n";
    s += "\nbrcBottom=";
    s += "\n{" + brcBottom.toString() + "}\n";
    s += "\nbrcRight=";
    s += "\n{" + brcRight.toString() + "}\n";
    s += "\ndxaOrigin=";
    s += uint2string( dxaOrigin );
    s += "\ndyaOrigin=";
    s += uint2string( dyaOrigin );
    s += "\nPICF Done.";
    return s;
}

bool operator==(const PICF &lhs, const PICF &rhs) {

    for(int _i=0; _i<(14); ++_i) {
        if(lhs.bm_rcWinMF[_i]!=rhs.bm_rcWinMF[_i])
            return false;
    }

    return lhs.lcb==rhs.lcb &&
           lhs.cbHeader==rhs.cbHeader &&
           lhs.mfp==rhs.mfp &&
           lhs.dxaGoal==rhs.dxaGoal &&
           lhs.dyaGoal==rhs.dyaGoal &&
           lhs.mx==rhs.mx &&
           lhs.my==rhs.my &&
           lhs.dxaCropLeft==rhs.dxaCropLeft &&
           lhs.dyaCropTop==rhs.dyaCropTop &&
           lhs.dxaCropRight==rhs.dxaCropRight &&
           lhs.dyaCropBottom==rhs.dyaCropBottom &&
           lhs.brcl==rhs.brcl &&
           lhs.fFrameEmpty==rhs.fFrameEmpty &&
           lhs.fBitmap==rhs.fBitmap &&
           lhs.fDrawHatch==rhs.fDrawHatch &&
           lhs.fError==rhs.fError &&
           lhs.bpp==rhs.bpp &&
           lhs.brcTop==rhs.brcTop &&
           lhs.brcLeft==rhs.brcLeft &&
           lhs.brcBottom==rhs.brcBottom &&
           lhs.brcRight==rhs.brcRight &&
           lhs.dxaOrigin==rhs.dxaOrigin &&
           lhs.dyaOrigin==rhs.dyaOrigin;
}

bool operator!=(const PICF &lhs, const PICF &rhs) {
    return !(lhs==rhs);
}


// SED implementation

const unsigned int SED::sizeOf = 12;

SED::SED() {
    clear();
}

SED::SED(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool SED::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=stream->readU16();
    fSwap=shifterU16;
    shifterU16>>=1;
    fUnk=shifterU16;
    shifterU16>>=1;
    fn=shifterU16;
    fcSepx=stream->readU32();
    fnMpr=stream->readU16();
    fcMpr=stream->readU32();

    if(preservePos)
        stream->pop();
    return true;
}

bool SED::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    shifterU16=fSwap;
    shifterU16|=fUnk << 1;
    shifterU16|=fn << 2;
    stream->write(shifterU16);
    stream->write(fcSepx);
    stream->write(fnMpr);
    stream->write(fcMpr);

    if(preservePos)
        stream->pop();
    return true;
}

void SED::clear() {
    fSwap=0;
    fUnk=0;
    fn=0;
    fcSepx=0;
    fnMpr=0;
    fcMpr=0;
}

bool operator==(const SED &lhs, const SED &rhs) {

    return lhs.fSwap==rhs.fSwap &&
           lhs.fUnk==rhs.fUnk &&
           lhs.fn==rhs.fn &&
           lhs.fcSepx==rhs.fcSepx &&
           lhs.fnMpr==rhs.fnMpr &&
           lhs.fcMpr==rhs.fcMpr;
}

bool operator!=(const SED &lhs, const SED &rhs) {
    return !(lhs==rhs);
}


// SEP implementation

SEP::SEP() : Shared() {
    clear();
}

SEP::SEP(OLEStreamReader *stream, bool preservePos) : Shared() {
    clear();
    read(stream, preservePos);
}

bool SEP::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    bkc=stream->readU8();
    fTitlePage=stream->readU8();
    ccolM1=stream->readU16();
    dxaColumns=stream->readU16();
    fAutoPgn=stream->readU8();
    nfcPgn=stream->readU8();
    pgnStart=stream->readU16();
    fUnlocked=stream->readU8();
    cnsPgn=stream->readU8();
    fPgnRestart=stream->readU8();
    fEndNote=stream->readU8();
    lnc=stream->readU8();
    grpfIhdt=stream->readU8();
    nLnnMod=stream->readU16();
    dxaLnn=stream->readU16();
    dyaHdrTop=stream->readU16();
    dyaHdrBottom=stream->readU16();
    dxaPgn=stream->readU16();
    dyaPgn=stream->readU16();
    fLBetween=stream->readU8();
    vjc=stream->readU8();
    lnnMin=stream->readU16();
    dmOrientPage=stream->readU8();
    iHeadingPgn=stream->readU8();
    xaPage=stream->readU16();
    yaPage=stream->readU16();
    dxaLeft=stream->readU16();
    dxaRight=stream->readU16();
    dyaTop=stream->readU16();
    dyaBottom=stream->readU16();
    dzaGutter=stream->readU16();
    dmBinFirst=stream->readU16();
    dmBinOther=stream->readU16();
    dmPaperReq=stream->readU16();
    fEvenlySpaced=stream->readU8();
    unused55=stream->readU8();
    dxaColumnWidth=stream->readU16();
    for(int _i=0; _i<(89); ++_i)
        rgdxaColumnWidthSpacing[_i]=stream->readU16();
    olstAnm.read(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

bool SEP::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(bkc);
    stream->write(fTitlePage);
    stream->write(ccolM1);
    stream->write(dxaColumns);
    stream->write(fAutoPgn);
    stream->write(nfcPgn);
    stream->write(pgnStart);
    stream->write(fUnlocked);
    stream->write(cnsPgn);
    stream->write(fPgnRestart);
    stream->write(fEndNote);
    stream->write(lnc);
    stream->write(grpfIhdt);
    stream->write(nLnnMod);
    stream->write(dxaLnn);
    stream->write(dyaHdrTop);
    stream->write(dyaHdrBottom);
    stream->write(dxaPgn);
    stream->write(dyaPgn);
    stream->write(fLBetween);
    stream->write(vjc);
    stream->write(lnnMin);
    stream->write(dmOrientPage);
    stream->write(iHeadingPgn);
    stream->write(xaPage);
    stream->write(yaPage);
    stream->write(dxaLeft);
    stream->write(dxaRight);
    stream->write(dyaTop);
    stream->write(dyaBottom);
    stream->write(dzaGutter);
    stream->write(dmBinFirst);
    stream->write(dmBinOther);
    stream->write(dmPaperReq);
    stream->write(fEvenlySpaced);
    stream->write(unused55);
    stream->write(dxaColumnWidth);
    for(int _i=0; _i<(89); ++_i)
        stream->write(rgdxaColumnWidthSpacing[_i]);
    olstAnm.write(stream, false);

    if(preservePos)
        stream->pop();
    return true;
}

void SEP::clear() {
    bkc=2;
    fTitlePage=0;
    ccolM1=0;
    dxaColumns=0;
    fAutoPgn=0;
    nfcPgn=0;
    pgnStart=0;
    fUnlocked=0;
    cnsPgn=0;
    fPgnRestart=0;
    fEndNote=true;
    lnc=0;
    grpfIhdt=0;
    nLnnMod=0;
    dxaLnn=0;
    dyaHdrTop=720;
    dyaHdrBottom=720;
    dxaPgn=720;
    dyaPgn=720;
    fLBetween=0;
    vjc=0;
    lnnMin=0;
    dmOrientPage=1;
    iHeadingPgn=0;
    xaPage=12240;
    yaPage=15840;
    dxaLeft=0;
    dxaRight=0;
    dyaTop=0;
    dyaBottom=0;
    dzaGutter=0;
    dmBinFirst=0;
    dmBinOther=0;
    dmPaperReq=0;
    fEvenlySpaced=true;
    unused55=0;
    dxaColumnWidth=0;
    for(int _i=0; _i<(89); ++_i)
        rgdxaColumnWidthSpacing[_i]=0;
    olstAnm.clear();
}

void SEP::dump() const
{
    wvlog << "Dumping SEP:" << endl;
    wvlog << toString().c_str() << endl;
    wvlog << "\nDumping SEP done." << endl;
}

std::string SEP::toString() const
{
    std::string s( "SEP:" );
    s += "\nbkc=";
    s += uint2string( bkc );
    s += "\nfTitlePage=";
    s += uint2string( fTitlePage );
    s += "\nccolM1=";
    s += uint2string( ccolM1 );
    s += "\ndxaColumns=";
    s += uint2string( dxaColumns );
    s += "\nfAutoPgn=";
    s += uint2string( fAutoPgn );
    s += "\nnfcPgn=";
    s += uint2string( nfcPgn );
    s += "\npgnStart=";
    s += uint2string( pgnStart );
    s += "\nfUnlocked=";
    s += uint2string( fUnlocked );
    s += "\ncnsPgn=";
    s += uint2string( cnsPgn );
    s += "\nfPgnRestart=";
    s += uint2string( fPgnRestart );
    s += "\nfEndNote=";
    s += uint2string( fEndNote );
    s += "\nlnc=";
    s += uint2string( lnc );
    s += "\ngrpfIhdt=";
    s += uint2string( grpfIhdt );
    s += "\nnLnnMod=";
    s += uint2string( nLnnMod );
    s += "\ndxaLnn=";
    s += uint2string( dxaLnn );
    s += "\ndyaHdrTop=";
    s += uint2string( dyaHdrTop );
    s += "\ndyaHdrBottom=";
    s += uint2string( dyaHdrBottom );
    s += "\ndxaPgn=";
    s += uint2string( dxaPgn );
    s += "\ndyaPgn=";
    s += uint2string( dyaPgn );
    s += "\nfLBetween=";
    s += uint2string( fLBetween );
    s += "\nvjc=";
    s += uint2string( vjc );
    s += "\nlnnMin=";
    s += uint2string( lnnMin );
    s += "\ndmOrientPage=";
    s += uint2string( dmOrientPage );
    s += "\niHeadingPgn=";
    s += uint2string( iHeadingPgn );
    s += "\nxaPage=";
    s += uint2string( xaPage );
    s += "\nyaPage=";
    s += uint2string( yaPage );
    s += "\ndxaLeft=";
    s += uint2string( dxaLeft );
    s += "\ndxaRight=";
    s += uint2string( dxaRight );
    s += "\ndyaTop=";
    s += uint2string( dyaTop );
    s += "\ndyaBottom=";
    s += uint2string( dyaBottom );
    s += "\ndzaGutter=";
    s += uint2string( dzaGutter );
    s += "\ndmBinFirst=";
    s += uint2string( dmBinFirst );
    s += "\ndmBinOther=";
    s += uint2string( dmBinOther );
    s += "\ndmPaperReq=";
    s += uint2string( dmPaperReq );
    s += "\nfEvenlySpaced=";
    s += uint2string( fEvenlySpaced );
    s += "\nunused55=";
    s += uint2string( unused55 );
    s += "\ndxaColumnWidth=";
    s += uint2string( dxaColumnWidth );
    for(int _i=0; _i<(89); ++_i) {
        s += "\nrgdxaColumnWidthSpacing[" + int2string( _i ) + "]=";
    s += uint2string( rgdxaColumnWidthSpacing[_i] );
    }
    s += "\nolstAnm=";
    s += "\n{" + olstAnm.toString() + "}\n";
    s += "\nSEP Done.";
    return s;
}

bool operator==(const SEP &lhs, const SEP &rhs) {

    for(int _i=0; _i<(89); ++_i) {
        if(lhs.rgdxaColumnWidthSpacing[_i]!=rhs.rgdxaColumnWidthSpacing[_i])
            return false;
    }

    return lhs.bkc==rhs.bkc &&
           lhs.fTitlePage==rhs.fTitlePage &&
           lhs.ccolM1==rhs.ccolM1 &&
           lhs.dxaColumns==rhs.dxaColumns &&
           lhs.fAutoPgn==rhs.fAutoPgn &&
           lhs.nfcPgn==rhs.nfcPgn &&
           lhs.pgnStart==rhs.pgnStart &&
           lhs.fUnlocked==rhs.fUnlocked &&
           lhs.cnsPgn==rhs.cnsPgn &&
           lhs.fPgnRestart==rhs.fPgnRestart &&
           lhs.fEndNote==rhs.fEndNote &&
           lhs.lnc==rhs.lnc &&
           lhs.grpfIhdt==rhs.grpfIhdt &&
           lhs.nLnnMod==rhs.nLnnMod &&
           lhs.dxaLnn==rhs.dxaLnn &&
           lhs.dyaHdrTop==rhs.dyaHdrTop &&
           lhs.dyaHdrBottom==rhs.dyaHdrBottom &&
           lhs.dxaPgn==rhs.dxaPgn &&
           lhs.dyaPgn==rhs.dyaPgn &&
           lhs.fLBetween==rhs.fLBetween &&
           lhs.vjc==rhs.vjc &&
           lhs.lnnMin==rhs.lnnMin &&
           lhs.dmOrientPage==rhs.dmOrientPage &&
           lhs.iHeadingPgn==rhs.iHeadingPgn &&
           lhs.xaPage==rhs.xaPage &&
           lhs.yaPage==rhs.yaPage &&
           lhs.dxaLeft==rhs.dxaLeft &&
           lhs.dxaRight==rhs.dxaRight &&
           lhs.dyaTop==rhs.dyaTop &&
           lhs.dyaBottom==rhs.dyaBottom &&
           lhs.dzaGutter==rhs.dzaGutter &&
           lhs.dmBinFirst==rhs.dmBinFirst &&
           lhs.dmBinOther==rhs.dmBinOther &&
           lhs.dmPaperReq==rhs.dmPaperReq &&
           lhs.fEvenlySpaced==rhs.fEvenlySpaced &&
           lhs.unused55==rhs.unused55 &&
           lhs.dxaColumnWidth==rhs.dxaColumnWidth &&
           lhs.olstAnm==rhs.olstAnm;
}

bool operator!=(const SEP &lhs, const SEP &rhs) {
    return !(lhs==rhs);
}


// SEPX implementation

SEPX::SEPX() {
    clearInternal();
}

SEPX::SEPX(OLEStreamReader *stream, bool preservePos) {
    clearInternal();
    read(stream, preservePos);
}

SEPX::SEPX(const SEPX &rhs) {
    cb=rhs.cb;
    grpprl=rhs.grpprl;
}

SEPX::~SEPX() {
    delete [] grpprl;
}

SEPX &SEPX::operator=(const SEPX &rhs) {

    // Check for assignment to self
    if(this==&rhs)
        return *this;

    cb=rhs.cb;
    grpprl=rhs.grpprl;

    return *this;
}

bool SEPX::read(OLEStreamReader *stream, bool preservePos) {

    if(preservePos)
        stream->push();

    cb=stream->readU8();
    // Attention: I don't know how to read grpprl - U8[]
#ifdef __GNUC__
#warning "Couldn't generate reading code for SEPX::grpprl"
#endif

    if(preservePos)
        stream->pop();
    return true;
}

bool SEPX::write(OLEStreamWriter *stream, bool preservePos) const {

    if(preservePos)
        stream->push();

    stream->write(cb);
    // Attention: I don't know how to write grpprl - U8[]
#ifdef __GNUC__
#warning "Couldn't generate writing code for SEPX::grpprl"
#endif

    if(preservePos)
        stream->pop();
    return true;
}

void SEPX::clear() {
    delete [] grpprl;
    clearInternal();
}

void SEPX::clearInternal() {
    cb=0;
    grpprl=0;
}

bool operator==(const SEPX &lhs, const SEPX &rhs) {
    // Attention: I don't know how to compare grpprl - U8[]
#ifdef __GNUC__
#warning "Can't compare SEPX::grpprl items"
#endif

    return lhs.cb==rhs.cb;
}

bool operator!=(const SEPX &lhs, const SEPX &rhs) {
    return !(lhs==rhs);
}


// STSHI implementation

const unsigned int STSHI::sizeOf = 14;

STSHI::STSHI() {
    clear();
}

STSHI::STSHI(OLEStreamReader *stream, bool preservePos) {
    clear();
    read(stream, preservePos);
}

bool STSHI::read(OLEStreamReader *stream, bool preservePos) {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    cstd=stream->readU16();
    cbSTDBaseInFile=stream->readU16();
    shifterU16=stream->readU16();
    fStdStylenamesWritten=shifterU16;
    shifterU16>>=1;
    unused4_2=shifterU16;
    stiMaxWhenSaved=stream->readU16();
    istdMaxFixedWhenSaved=stream->readU16();
    nVerBuiltInNamesWhenSaved=stream->readU16();
    ftcStandardChpStsh=stream->readU16();

    if(preservePos)
        stream->pop();
    return true;
}

bool STSHI::write(OLEStreamWriter *stream, bool preservePos) const {

    U16 shifterU16;

    if(preservePos)
        stream->push();

    stream->write(cstd);
    stream->write(cbSTDBaseInFile);
    shifterU16=fStdStylenamesWritten;
    shifterU16|=unused4_2 << 1;
    stream->write(shifterU16);
    stream->write(stiMaxWhenSaved);
    stream->write(istdMaxFixedWhenSaved);
    stream->write(nVerBuiltInNamesWhenSaved);
    stream->write(ftcStandardChpStsh);

    if(preservePos)
        stream->pop();
    return true;
}

void STSHI::clear() {
    cstd=0;
    cbSTDBaseInFile=0;
    fStdStylenamesWritten=0;
    unused4_2=0;
    stiMaxWhenSaved=0;
    istdMaxFixedWhenSaved=0;
    nVerBuiltInNamesWhenSaved=0;
    ftcStandardChpStsh=0;
}

bool operator==(const STSHI &lhs, const STSHI &rhs) {

    return lhs.cstd==rhs.cstd &&
           lhs.cbSTDBaseInFile==rhs.cbSTDBaseInFile &&
           lhs.fStdStylenamesWritten==rhs.fStdStylenamesWritten &&
           lhs.unused4_2==rhs.unused4_2 &&
           lhs.stiMaxWhenSaved==rhs.stiMaxWhenSaved &&
           lhs.istdMaxFixedWhenSaved==rhs.istdMaxFixedWhenSaved &&
           lhs.nVerBuiltInNamesWhenSaved==rhs.nVerBuiltInNamesWhenSaved &&
           lhs.ftcStandardChpStsh==rhs.ftcStandardChpStsh;
}

bool operator!=(const STSHI &lhs, const STSHI &rhs) {
    return !(lhs==rhs);
}



} // namespace Word95

} // namespace wvWare
