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/***************************************************************************
pivotgrid.h
-------------------
begin : Sat May 22 2004
copyright : (C) 2004-2005 by Ace Jones
email : <ace.j@hotpop.com>
Thomas Baumgart <ipwizard@users.sourceforge.net>
***************************************************************************/
/***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************/
#ifndef PIVOTGRID_H
#define PIVOTGRID_H
// ----------------------------------------------------------------------------
// QT Includes
#include <tqmap.h>
#include <tqvaluelist.h>
// ----------------------------------------------------------------------------
// KDE Includes
// ----------------------------------------------------------------------------
// Project Includes
#include "reportaccount.h"
namespace reports {
enum ERowType {eActual, eBudget, eBudgetDiff, eForecast, eAverage, ePrice };
/**
* The fundamental data construct of this class is a 'grid'. It is organized as follows:
*
* A 'Row' is a row of money values, each column is a month. The first month corresponds to
* m_beginDate.
*
* A 'Row Pair' is two rows of money values. Each column is the SAME month. One row is the
* 'actual' values for the period, the other row is the 'budgetted' values for the same
* period. For ease of implementation, a Row Pair is implemented as a Row which tqcontains
* another Row. The inherited Row is the 'actual', the contained row is the 'Budget'.
*
* An 'Inner Group' contains a rows for each subordinate account within a single top-level
* account. It also contains a mapping from the account descriptor for the subordinate account
* to its row data. So if we have an Expense account called "Computers", with sub-accounts called
* "Hardware", "Software", and "Peripherals", there will be one Inner Group for "Computers"
* which contains three Rows.
*
* An 'Outer Group' contains Inner Row Groups for all the top-level accounts in a given
* account class. Account classes are Expense, Income, Asset, Liability. In the case above,
* the "Computers" Inner Group is contained within the "Expense" Outer Group.
*
* A 'Grid' is the set of all Outer Groups contained in this report.
*
*/
class PivotCell: public MyMoneyMoney
{
public:
PivotCell() : m_stockSplit(MyMoneyMoney(1,1)), m_cellUsed(false) {}
PivotCell(const MyMoneyMoney& value);
static PivotCell stockSplit(const MyMoneyMoney& factor);
PivotCell operator += (const PivotCell& right);
PivotCell operator += (const MyMoneyMoney& value);
const TQString formatMoney(int fraction, bool showThousandSeparator = true) const;
const TQString formatMoney(const TQString& currency, const int prec, bool showThousandSeparator = true) const;
MyMoneyMoney calculateRunningSum(const MyMoneyMoney& runningSum);
MyMoneyMoney cellBalance(const MyMoneyMoney& _balance);
bool isUsed(void) const { return m_cellUsed; }
private:
MyMoneyMoney m_stockSplit;
MyMoneyMoney m_postSplit;
bool m_cellUsed;
};
class PivotGridRow: public TQValueList<PivotCell>
{
public:
PivotGridRow( unsigned _numcolumns = 0 )
{
if ( _numcolumns )
insert( end(), _numcolumns, PivotCell() );
}
MyMoneyMoney m_total;
};
class PivotGridRowSet: public TQMap<ERowType, PivotGridRow>
{
public:
PivotGridRowSet( unsigned _numcolumns = 0 );
};
class PivotInnerGroup: public TQMap<ReportAccount,PivotGridRowSet>
{
public:
PivotInnerGroup( unsigned _numcolumns = 0 ): m_total(_numcolumns) {}
PivotGridRowSet m_total;
};
class PivotOuterGroup: public TQMap<TQString,PivotInnerGroup>
{
public:
PivotOuterGroup( unsigned _numcolumns = 0, unsigned _sort=m_kDefaultSortOrder, bool _inverted=false): m_total(_numcolumns), m_inverted(_inverted), m_sortOrder(_sort) {}
int operator<( const PivotOuterGroup& _right )
{
if ( m_sortOrder != _right.m_sortOrder )
return m_sortOrder < _right.m_sortOrder;
else
return m_displayName < _right.m_displayName;
}
PivotGridRowSet m_total;
// An inverted outergroup means that all values placed in subordinate rows
// should have their sign inverted from typical cash-flow notation. Also it
// means that when the report is summed, the values should be inverted again
// so that the grand total is really "non-inverted outergroup MINUS inverted outergroup".
bool m_inverted;
// The localized name of the group for display in the report. Outergoups need this
// independently, because they will lose their association with the TGrid when the
// report is rendered.
TQString m_displayName;
// lower numbers sort toward the top of the report. defaults to 100, which is a nice
// middle-of-the-road value
unsigned m_sortOrder;
// default sort order
static const unsigned m_kDefaultSortOrder;
};
class PivotGrid: public TQMap<TQString,PivotOuterGroup>
{
public:
PivotGridRowSet rowSet (TQString id);
PivotGridRowSet m_total;
};
}
#endif
// PIVOTGRID_H
// vim:cin:si:ai:et:ts=2:sw=2:
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