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/*
* Copyright (c) 2005 Cyrille Berger <[email protected]>
* Copyright (c) 2006 Isaac Clerencia <[email protected]>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU Library General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program 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 program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
#include "krs_cell.h"
#include "manipulator.h"
#include "manipulator_data.h"
namespace Kross { namespace KSpreadCore {
Cell::Cell(KSpread::Cell* cell, KSpread::Sheet* sheet, uint col, uint row)
: Kross::Api::Class<Cell>("KSpreadCell"), m_cell(cell), m_sheet(sheet), m_col(col), m_row(row)
{
this->addFunction0< Kross::Api::Variant >("value", this, &Cell::value);
this->addFunction1< Kross::Api::Variant, Kross::Api::Variant >("setValue", this, &Cell::setValue);
this->addFunction0< Kross::Api::Variant >("column", this, &Cell::column);
this->addFunction0< Kross::Api::Variant >("row", this, &Cell::row);
this->addFunction0< Cell >("previousCell", this, &Cell::previousCell);
this->addFunction0< Cell >("nextCell", this, &Cell::nextCell);
this->addFunction1< void, Cell >("setPreviousCell", this, &Cell::setPreviousCell);
this->addFunction1< void, Cell >("setNextCell", this, &Cell::setNextCell);
this->addFunction0< Kross::Api::Variant >("name", this, &Cell::name);
this->addFunction0< Kross::Api::Variant >("fullName", this, &Cell::fullName);
this->addFunction0< Kross::Api::Variant >("comment", this, &Cell::comment);
this->addFunction1< void, Kross::Api::Variant >("setComment", this, &Cell::setComment);
this->addFunction0< Kross::Api::Variant >("getFormatString", this, &Cell::getFormatString);
this->addFunction1< void, Kross::Api::Variant >("setFormatString", this, &Cell::setFormatString);
this->addFunction0< Kross::Api::Variant >("text", this, &Cell::text);
this->addFunction1< void, Kross::Api::Variant >("setText", this, &Cell::setText);
this->addFunction0< Kross::Api::Variant >("textColor", this, &Cell::textColor);
this->addFunction1< void, Kross::Api::Variant >("setTextColor", this, &Cell::setTextColor);
this->addFunction0< Kross::Api::Variant >("backgroundColor", this, &Cell::backgroundColor);
this->addFunction1< void, Kross::Api::Variant >("setBackgroundColor", this, &Cell::setBackgroundColor);
}
Cell::~Cell() {
}
const TQString Cell::getClassName() const {
return "Kross::KSpreadCore::KSpreadCell";
}
TQVariant Cell::toVariant(const KSpread::Value& value) const
{
//Should we use following value-format enums here?
//fmt_None, fmt_Boolean, fmt_Number, fmt_Percent, fmt_Money, fmt_DateTime, fmt_Date, fmt_Time, fmt_String
switch(value.type()) {
case KSpread::Value::Empty:
return TQVariant();
case KSpread::Value::Boolean:
return TQVariant( value.asBoolean() );
case KSpread::Value::Integer:
return static_cast<TQ_LLONG>(value.asInteger());
case KSpread::Value::Float:
return (float)value.asFloat();
case KSpread::Value::String:
return value.asString();
case KSpread::Value::Array: {
TQValueList<TQVariant> colarray;
for(uint j = 0; j < value.rows(); j++) {
TQValueList<TQVariant> rowarray;
for( uint i = 0; i < value.columns(); i++) {
KSpread::Value v = value.element(i,j);
rowarray.append( toVariant(v) );
}
colarray.append(rowarray);
}
return colarray;
} break;
case KSpread::Value::CellRange:
//FIXME: not yet used
return TQVariant();
case KSpread::Value::Error:
return TQVariant();
}
return TQVariant();
}
TQVariant Cell::value() const {
return toVariant( m_cell->value() );
}
bool Cell::setValue(const TQVariant& value) {
KSpread::Value v = m_cell->value();
switch(value.type()) {
case TQVariant::Bool: v.setValue( value.toBool() ); break;
case TQVariant::ULongLong: v.setValue( (long)value.toLongLong() ); break;
case TQVariant::Int: v.setValue( value.toInt() ); break;
case TQVariant::Double: v.setValue( value.toDouble() ); break;
case TQVariant::String: v.setValue( value.toString() ); break;
case TQVariant::Date: v.setValue( value.toDate() ); break;
case TQVariant::Time: v.setValue( value.toTime() ); break;
case TQVariant::DateTime: v.setValue( value.toDateTime() ); break;
default: return false;
}
return true;
}
int Cell::column() const {
return m_cell->column();
}
int Cell::row() const {
return m_cell->row();
}
Cell* Cell::previousCell() const {
KSpread::Cell* c = m_cell->previousCell();
return c ? new Cell(c,c->sheet(),c->column(),c->row()) : 0;
}
Cell* Cell::nextCell() const {
KSpread::Cell* c = m_cell->nextCell();
return c ? new Cell(c,c->sheet(),c->column(),c->row()) : 0;
}
void Cell::setPreviousCell(Cell* c) {
return m_cell->setPreviousCell(c->m_cell);
}
void Cell::setNextCell(Cell* c) {
return m_cell->setNextCell(c->m_cell);
}
const TQString Cell::name() const {
return m_cell->name();
}
const TQString Cell::fullName() const {
return m_cell->fullName();
}
const TQString Cell::comment() const {
return m_cell->format()->comment(m_col, m_row);
}
void Cell::setComment(const TQString& c) {
return m_cell->format()->setComment(c);
}
const TQString Cell::getFormatString() const {
return m_cell->format()->getFormatString(m_col, m_row);
}
void Cell::setFormatString(const TQString& format) {
m_cell->format()->setFormatString(format);
}
const TQString Cell::text() const {
return m_cell->text();
}
bool Cell::setText(const TQString& text) {
KSpread::ProtectedCheck prot;
prot.setSheet (m_sheet);
prot.add (TQPoint (m_col, m_row));
if (prot.check())
return false;
KSpread::DataManipulator *dm = new KSpread::DataManipulator ();
dm->setSheet (m_sheet);
dm->setValue (text);
dm->setParsing (true);
dm->add (TQPoint (m_col, m_row));
dm->execute ();
return true;
}
const TQString Cell::textColor() {
return m_cell->format()->textColor(m_col, m_row).name();
}
void Cell::setTextColor(const TQString& textcolor) {
m_cell->format()->setTextColor( TQColor(textcolor) );
}
const TQString Cell::backgroundColor() {
return m_cell->format()->bgColor(m_col, m_row).name();
}
void Cell::setBackgroundColor(const TQString& backgroundcolor) {
m_cell->format()->setBgColor( TQColor(backgroundcolor) );
}
}
}
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