void LFPointer::DerivedPut( ExeMaker& eMaker ) const
/**************************************************/
{
eMaker.DumpToExe(&_pointer,sizeof(ct_pointer));
if ( _trailingType != NO_TYPING_INFO ) {
eMaker.DumpToExe( (unsigned_16) _trailingType);
}
}
uint SymbolSubsection::DumpPageAlign( ExeMaker& eMaker,
const uint padCount,
const unsigned_8 padVal )
/**************************************************************/
{
eMaker.DumpToExe((unsigned_16) (padCount+WORD));
eMaker.DumpToExe((unsigned_16) S_ALIGN);
for ( uint i = 0; i < padCount; i++ ) {
eMaker.DumpToExe(padVal);
}
return ( LONG_WORD + padCount );
}
void LFMethodList::DerivedPut( ExeMaker& eMaker ) const
/*****************************************************/
{
WCPtrConstSListIter<my_ct_mlist> iter(*_mList);
my_ct_mlist* currentPtr;
while ( ++iter ) {
currentPtr = iter.current();
eMaker.DumpToExe( &(currentPtr->attr),sizeof(cv_fldattr));
eMaker.DumpToExe( currentPtr -> type );
if ( currentPtr -> vtab != NO_VTAB_OFFSET ) {
eMaker.DumpToExe(currentPtr -> vtab);
}
}
}
void SstGlobalTypes::Put( ExeMaker& eMaker ) const
{
unsigned_32 offset = 0;
uint i;
eMaker.DumpToExe( (unsigned_32) 0 );
eMaker.DumpToExe( (unsigned_32) _globalTypingInfo.Entries() );
for ( i = ToTypeIndex(0); i < ToTypeIndex(_globalTypingInfo.Entries()); i++ ) {
eMaker.DumpToExe( offset );
offset += _globalTypingInfo[i] -> Length();
}
for ( i = ToTypeIndex(0); i < ToTypeIndex(_globalTypingInfo.Entries()); i++ ) {
_globalTypingInfo[i] -> Put( eMaker );
}
}
void SstAlignSym::Put( ExeMaker& eMaker ) const
/*********************************************/
{
WCPtrConstSListIter<SymbolStruct> iter(_symbolInfo);
eMaker.DumpToExe((unsigned_32) CV4_HEADER );
while ( ++iter ) {
iter.current() -> Put( eMaker );
}
}
void NameHashTable::Put( ExeMaker& eMaker ) const
/***********************************************/
{
uint i;
eMaker.DumpToExe( (unsigned_16) _cHash);
eMaker.DumpToExe((unsigned_16) 0);
unsigned_32 chain_offset = 0;
for ( i = 0; i < _cHash; i++ ) {
eMaker.DumpToExe(chain_offset);
chain_offset += _cTab[i].entries() * (2*LONG_WORD);
}
for ( i = 0; i < _cHash; i++ ) {
eMaker.DumpToExe((unsigned_32) _cTab[i].entries());
}
chain_table* currentPtr;
WCPtrConstSListIter<chain_table> iter;
for ( i = 0; i < _cHash; i++ ) {
iter.reset(_cTab[i]);
while ( ++iter ) {
currentPtr = iter.current();
eMaker.DumpToExe(currentPtr -> _offset);
eMaker.DumpToExe(currentPtr -> _checkSum);
}
}
}
void AddrHashTable::Put( ExeMaker& eMaker ) const
/***********************************************/
{
unsigned_32 chain_offset = 0;
uint i;
uint j;
eMaker.DumpToExe( (unsigned_16) _cSeg);
eMaker.DumpToExe((unsigned_16) 0);
for ( i = 0; i < _cSeg; i++ ) {
eMaker.DumpToExe(chain_offset);
chain_offset += _oTab[i].entries() * (2*LONG_WORD);
}
for ( i = 0; i < _cSeg; i++ ) {
eMaker.DumpToExe((unsigned_32) _oTab[i].entries());
}
offset_table** tempTable;
WCPtrConstSListIter<offset_table> iter;
for ( i = 0; i < _cSeg; i++ ) {
/*
cerr << "AddrHashTable::Put(), _cSeg ";
cerr << i;
cerr << "\n";
cerr.flush();
*/
tempTable = new offset_table* [_oTab[i].entries()];
iter.reset(_oTab[i]);
for ( j = 0; ++iter; j++ ) {
tempTable[j] = iter.current();
}
qsort(tempTable,_oTab[i].entries(),sizeof(offset_table*),AddrHashTable::Compare);
/*
cerr << "AddrHashTable has ";
cerr << _oTab[i].entries();
cerr << " entries\n";
cerr.flush();
*/
for ( j = 0; j < _oTab[i].entries(); j++ ) {
eMaker.DumpToExe(tempTable[j] -> _fileOffset);
eMaker.DumpToExe(tempTable[j] -> _memOffset);
}
delete [] tempTable;
}
/*
cerr << "AddHashTable done.\n";
cerr.flush();
*/
}
void LFOneMethod::DerivedPut( ExeMaker& eMaker ) const
/****************************************************/
{
eMaker.DumpToExe(&_oneMethod,sizeof(ct_onemethod));
}
void LFVFuncTab::DerivedPut( ExeMaker& eMaker ) const
/***************************************************/
{
eMaker.DumpToExe(&_vFuncTab,sizeof(ct_vfunctab));
}
void LFMember::DerivedPut( ExeMaker& eMaker ) const
/*************************************************/
{
eMaker.DumpToExe(&_member,sizeof(ct_member));
}
void LFFriendFcn::DerivedPut( ExeMaker& eMaker ) const
/****************************************************/
{
eMaker.DumpToExe(&_friendFcn,sizeof(ct_friendfcn));
}
void LFVBClass::DerivedPut( ExeMaker& eMaker ) const
/**************************************************/
{
eMaker.DumpToExe(&_vbClass,sizeof(ct_vbclass));
}
void LFVtShape::DerivedPut( ExeMaker& eMaker ) const
/**************************************************/
{
eMaker.DumpToExe(&_vtShape,sizeof(ct_vtshape));
}
void LFMFunction::DerivedPut( ExeMaker& eMaker ) const
/****************************************************/
{
eMaker.DumpToExe(&_mFunction,sizeof(ct_mfunction));
}
void LFProcedure::DerivedPut( ExeMaker& eMaker ) const
/****************************************************/
{
eMaker.DumpToExe(&_procedure,sizeof(ct_procedure));
}
void LFDerived::DerivedPut( ExeMaker& eMaker ) const
/**************************************************/
{
eMaker.DumpToExe(&_derived,sizeof(ct_derived));
eMaker.DumpToExe(_indices,sizeof(type_index)*_derived.count);
}
void LFBitField::DerivedPut( ExeMaker& eMaker ) const
/***************************************************/
{
eMaker.DumpToExe(&_bitField,sizeof(ct_bitfield));
}
void LFCobol0::DerivedPut( ExeMaker& eMaker ) const
/*************************************************/
{
eMaker.DumpToExe(&_cobol0,sizeof(ct_cobol0));
}
void LFDimConlu::DerivedPut( ExeMaker& eMaker ) const
/***************************************************/
{
eMaker.DumpToExe(&_dimConlu,sizeof(ct_dimconlu));
}
void LFBArray::DerivedPut( ExeMaker& eMaker ) const
/*************************************************/
{
eMaker.DumpToExe(&_bArray,sizeof(ct_barray));
}
void LFEnumerate::DerivedPut( ExeMaker& eMaker ) const
/****************************************************/
{
eMaker.DumpToExe(&_enumerate,sizeof(ct_enumerate));
}
void LFLabel::DerivedPut( ExeMaker& eMaker ) const
/************************************************/
{
eMaker.DumpToExe(&_label,sizeof(ct_label));
}
void LFIndex::DerivedPut( ExeMaker& eMaker ) const
/************************************************/
{
eMaker.DumpToExe(&_index,sizeof(ct_index));
}
void LFDimArray::DerivedPut( ExeMaker& eMaker ) const
/***************************************************/
{
eMaker.DumpToExe(&_dimArray,sizeof(ct_dimarray));
}
void LFNestedType::DerivedPut( ExeMaker& eMaker ) const
/*****************************************************/
{
eMaker.DumpToExe(&_nestedType,sizeof(ct_nestedtype));
}
void LFVftPath::DerivedPut( ExeMaker& eMaker ) const
/**************************************************/
{
eMaker.DumpToExe(&_vftPath,sizeof(ct_vftpath));
eMaker.DumpToExe(_bases, sizeof(type_index)*_vftPath.count);
}
void LFFriendCls::DerivedPut( ExeMaker& eMaker ) const
/****************************************************/
{
eMaker.DumpToExe(&_friendCls,sizeof(ct_friendcls));
}
void LFArgList::DerivedPut( ExeMaker& eMaker ) const
/**************************************************/
{
eMaker.DumpToExe(&_argList,sizeof(ct_arglist));
eMaker.DumpToExe(_indices, sizeof(type_index)*_argList.argcount);
}
void LFVFuncOff::DerivedPut( ExeMaker& eMaker ) const
/***************************************************/
{
eMaker.DumpToExe(&_vFuncOff,sizeof(ct_vfuncoff));
}
void LFDefArg::DerivedPut( ExeMaker& eMaker ) const
/*************************************************/
{
eMaker.DumpToExe(&_defArg,sizeof(ct_defarg));
}
