Don't mess around with EPOCROOT until actually entering raptor so we know what the original was
Put the original epocroot back on the front of the whatcomp output. This allows what output to be
either relative or absolute depending on what your epocroot is.
/*
* Copyright (c) 1997-2009 Nokia Corporation and/or its subsidiary(-ies).
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of the License "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description:
*
*/
#include <assert.h>
#include <stdlib.h>
#include "STRUCTST.H"
#include "RESOURCE.H"
#include "TOKENS.H"
#include "ERRORHAN.H"
// StructItem
StructItem::StructItem(String aLabelToSet):
iLabel(aLabelToSet)
{}
StructItem::~StructItem()
{}
StructItem::StructItem(StructItem& /*aSource*/): ArrayItem()
{
assert(0);
}
// SimpleStructItem
SimpleStructItem::SimpleStructItem(DataType aItemTypeToSet,String aLabelToSet):
StructItem(aLabelToSet),
iItemType(aItemTypeToSet)
{
switch(iItemType)
{
case L_BYTE:
case L_WORD:
case L_LONG:
iDefault = "0";
break;
case L_DOUBLE:
iDefault = "0.0";
break;
}
}
SimpleStructItem::SimpleStructItem(DataType aItemTypeToSet,String aLabelToSet,String aMaxLength):
StructItem(aLabelToSet),
iItemType(aItemTypeToSet),
iLengthLimit(aMaxLength)
{
switch(iItemType)
{
case L_BYTE:
case L_WORD:
case L_LONG:
iDefault = "0";
break;
case L_DOUBLE:
iDefault = "0.0";
break;
}
}
ResourceItem* SimpleStructItem::NewResourceItem()
{
SimpleResourceItem* item=new SimpleResourceItem(this);
return(item);
}
SimpleStructItem::~SimpleStructItem()
{}
SimpleStructItem::SimpleStructItem(SimpleStructItem& aSource):
StructItem(aSource)
{
assert(0);
}
SimpleStructItem& SimpleStructItem::operator=(SimpleStructItem& /*Source*/)
{
assert(0);
return *this;
}
// ArrayStructItem
ArrayStructItem::ArrayStructItem(DataType aItemTypeToSet,String aLabelToSet):
StructItem(aLabelToSet),
iItemType(aItemTypeToSet),
iLenType(0)
{}
ArrayStructItem::~ArrayStructItem()
{
iDefaults.DeleteAll();
}
ResourceItem * ArrayStructItem::NewResourceItem()
{
return new ArrayResourceItem( this);
}
// StructTypeStructItem
StructTypeStructItem::StructTypeStructItem(String aLabelToSet):
StructItem(aLabelToSet)
{}
ResourceItem * StructTypeStructItem::NewResourceItem()
{
return new StructTypeResourceItem( this);
}
// StructArrayStructItem
StructArrayStructItem::StructArrayStructItem(String aLabelToSet):
StructItem(aLabelToSet),
iLenType(0)
{}
StructArrayStructItem::StructArrayStructItem(String aLabelToSet,String aSizeToSet):
StructItem(aLabelToSet),
iLenType(0),
iSize(aSizeToSet)
{}
ResourceItem * StructArrayStructItem::NewResourceItem()
{
return new StructArrayResourceItem( this);
}
StructArrayStructItem::~StructArrayStructItem()
{}
// StructItemArray
StructItemArray::StructItemArray()
{}
StructItemArray::~StructItemArray()
{
DeleteAll();
}
void StructItemArray::Add( StructItem * pNewItem)
{
StructItemArrayIterator next( * this);
StructItem * p;
while( ( p = next() ) != NULL)
{
if ( p->iLabel == pNewItem->iLabel)
{
ErrorHandler::OutputErrorLine( "Label already in this structure.");
exit(1);
}
}
Array::Add( pNewItem);
}
// StructItemArrayIterator
StructItemArrayIterator::StructItemArrayIterator(const StructItemArray& aArray):
ArrayIterator(aArray)
{}
StructItem* StructItemArrayIterator::operator()()
{
return ( StructItem *) ArrayIterator::operator()();
}
// StructHeader
StructHeader::StructHeader(String aLabelToSet):
iLabel(aLabelToSet),
iLenType( 0)
{}
StructHeader::StructHeader(String aLabelToSet,DataType aLenTypeToSet):
iLabel(aLabelToSet),
iLenType(aLenTypeToSet)
{}
// StructHeaderArray
int StructHeaderArray::iInUse = 0;
StructHeaderArray::StructHeaderArray()
{
assert( iInUse == 0);
iInUse = 1;
}
StructHeaderArray::~StructHeaderArray()
{
assert( iInUse == 1);
iInUse = 0;
DeleteAll();
}
void StructHeaderArray::Add( StructHeader * pNewItem)
{
StructHeaderArrayIterator next( * this);
StructHeader * p;
while( ( p = next() ) != NULL)
{
if ( p->iLabel == pNewItem->iLabel)
{
ErrorHandler::OutputErrorLine( "STRUCT with this name already stored");
exit(1);
}
}
Array::Add( pNewItem);
}
StructHeader * StructHeaderArray::Find( const String & LabelSought)
{
StructHeaderArrayIterator next( * this);
StructHeader * p;
while( ( p = next() ) != NULL)
if ( p->iLabel == LabelSought)
return p;
ErrorHandler::OutputErrorLine( "Label not found");
exit(1);
}
// StructHeaderArrayIterator
StructHeaderArrayIterator::StructHeaderArrayIterator(const StructHeaderArray& aArray):
ArrayIterator(aArray)
{}
StructHeader * StructHeaderArrayIterator::operator()()
{
return (StructHeader*)ArrayIterator::operator()();
}