DrBase* Foomatic2Loader::createValue( const QString& name, const QMap<QString,QVariant>& m ) const
{
DrBase *choice = new DrBase;
choice->setName( name );
choice->set( "text", m.operator[]( "comment" ).toString() );
return choice;
}
void KXmlCommandAdvancedDlg::recreateGroup(TQListViewItem *item, DrGroup *grp)
{
if (!item)
return;
TQListViewItem *child = item->firstChild();
while (child)
{
DrBase *opt = (m_opts.contains(child->text(1)) ? m_opts[child->text(1)] : 0);
if (opt)
{
if (opt->type() == DrBase::Group)
{
DrGroup *childGroup = static_cast<DrGroup*>(opt);
recreateGroup(child, childGroup);
grp->addGroup(childGroup);
}
else
{
opt->setName("_kde-"+m_xmlcmd->name()+"-"+opt->name());
grp->addOption(opt);
}
m_opts.remove(child->text(1));
}
child = child->nextSibling();
}
}
void DriverItem::updateText()
{
if(m_item)
{
QString s(m_item->get("text"));
if(m_item->isOption())
s.append(QString::fromLatin1(": <%1>").arg(m_item->prettyText()));
if(m_item->type() == DrBase::List)
{
// remove all children: something has changed (otherwise this
// function would not be called), so it make sense to remove
// those children in all cases.
while(firstChild())
delete firstChild();
DrBase *ch = static_cast< DrListOption * >(m_item)->currentChoice();
if(ch && ch->type() == DrBase::ChoiceGroup)
{
// add new children
static_cast< DrChoiceGroup * >(ch)->createItem(this);
setOpen(true);
}
}
setText(0, s);
}
else
setText(0, "ERROR");
widthChanged();
}
void KXmlCommandAdvancedDlg::slotOptionRenamed(TQListViewItem *item, int)
{
if (item && m_opts.contains(item->text(1)))
{
DrBase *opt = m_opts[item->text(1)];
opt->set("text", item->text(0));
slotSelectionChanged(item);
}
}
void setupBooleanOption(DrBooleanOption *opt)
{
int i(0);
while(pt_bool[i])
{
DrBase *ch = new DrBase();
ch->setName(pt_bool[i++]);
ch->set("text", pt_bool[i++]);
opt->addChoice(ch);
}
}
void KXmlCommandAdvancedDlg::slotAddOption()
{
if (m_view->currentItem())
{
TQString ID = generateId(m_opts);
DrBase *opt = new DrStringOption;
opt->setName(ID);
opt->set("text", i18n("New Option"));
m_opts[ID] = opt;
TQListViewItem *item = new TQListViewItem(m_view->currentItem(), i18n("New Option"), ID);
item->setRenameEnabled(0, true);
item->setPixmap(0, SmallIcon("document"));
m_view->ensureItemVisible(item);
item->startRename(0);
}
}
DrMain* ApsHandler::loadDriver(KMPrinter *prt, PrintcapEntry *entry, bool config)
{
DrMain *driver = loadApsDriver(config);
if (driver /* && config */ ) // Load resources in all case, to get the correct page size
{
TQMap<TQString,TQString> opts = loadResources(entry);
if ( !config && opts.contains( "PAPERSIZE" ) )
{
// this is needed to keep applications informed
// about the current selected page size
opts[ "PageSize" ] = opts[ "PAPERSIZE" ];
// default page size needs to be set to the actual
// value of the printer driver, otherwise it's blocked
// to A4
DrBase *opt = driver->findOption( "PageSize" );
if ( opt )
opt->set( "default", opts[ "PageSize" ] );
}
driver->setOptions(opts);
driver->set("gsdriver", opts["PRINTER"]);
}
return driver;
}
bool PPDLoader::putFooProcessedData(const QVariant &var)
{
QMap< QString, QVariant >::ConstIterator it = var.mapFind("args_byname");
if(it != var.mapEnd())
{
QVariant opts = it.data();
for(it = opts.mapBegin(); it != opts.mapEnd(); ++it)
{
QMap< QString, QVariant > opt = it.data().toMap();
QString type = opt["type"].toString();
if(type == "float" || type == "int")
{
DrBase *o;
if(type == "float")
o = new DrFloatOption;
else
o = new DrIntegerOption;
o->setName(opt["name"].toString());
o->set("text", opt["comment"].toString());
o->set("minval", opt["min"].toString());
o->set("maxval", opt["max"].toString());
o->set("default", opt["default"].toString());
o->setValueText(o->get("default"));
DrGroup *grp = 0;
DrBase *old = m_groups.top()->findOption(o->name(), &grp);
if(old)
{
if(old->type() == DrBase::List)
{
QStringList vals;
QPtrListIterator< DrBase > it(*(static_cast< DrListOption * >(old)->choices()));
for(; it.current(); ++it)
vals.append(it.current()->name());
o->set("fixedvals", vals.join("|"));
}
grp->removeOption(o->name());
grp->addOption(o);
}
else
{
qWarning("Option %s not found in original PPD file", o->name().latin1());
delete o;
}
}
}
}
return true;
}
bool PPDLoader::putStatement(const QString &keyword, const QString &name, const QString &desc, const QStringList &values)
{
if(m_option)
{
if(!name.isEmpty() && m_option->name() == keyword)
{
if(m_option->type() >= DrBase::List)
{
DrBase *ch = new DrBase;
ch->setName(name);
if(desc.isEmpty())
ch->set("text", name);
else
ch->set("text", processLocaleString(desc));
static_cast< DrListOption * >(m_option)->addChoice(ch);
}
else
{
QString fv = m_option->get("fixedvals");
if(fv.isEmpty())
fv = name;
else
fv.append("|" + name);
m_option->set("fixedvals", fv);
}
}
else if(keyword == "FoomaticRIPOption" && name == m_option->name() && values.size() > 1)
{
QString type = values[0];
if(type == "float" || type == "int")
{
DrBase *opt = 0;
if(type == "float")
opt = new DrFloatOption;
else
opt = new DrIntegerOption;
opt->setName(m_option->name());
opt->set("text", m_option->get("text"));
opt->set("default", m_option->get("default"));
if(m_option->type() == DrBase::List)
{
QStringList vals;
QPtrListIterator< DrBase > it(*(static_cast< DrListOption * >(m_option)->choices()));
for(; it.current(); ++it)
vals.append(it.current()->name());
opt->set("fixedvals", vals.join("|"));
}
delete m_option;
m_option = opt;
}
// FIXME: support other option types
}
else if(keyword == "FoomaticRIPOptionRange" && name == m_option->name() && values.size() >= 2
&& (m_option->type() == DrBase::Float || m_option->type() == DrBase::Integer))
{
m_option->set("minval", values[0]);
m_option->set("maxval", values[1]);
}
}
else if(keyword == "Font" && m_groups.size() > 0)
{
m_fonts << name;
}
return true;
}
void KXmlCommandAdvancedDlg::slotApplyChanges()
{
TQListViewItem *item = m_view->currentItem();
if (item)
{
if (m_name->text().isEmpty() || m_name->text() == "__root__")
{
KMessageBox::error(this, i18n("Invalid identification name. Empty strings and \"__root__\" are not allowed."));
return;
}
m_apply->setEnabled(false);
DrBase *opt = (m_opts.contains(item->text(1)) ? m_opts[item->text(1)] : 0);
m_opts.remove(item->text(1));
delete opt;
// update tree item
item->setText(0, m_desc->text());
item->setText(1, m_name->text());
// recreate option
if (m_type->isEnabled())
{
int type = m_type->currentItem() + DrBase::String;
switch (type)
{
case DrBase::Integer:
case DrBase::Float:
if (type == DrBase::Integer)
opt = new DrIntegerOption;
else
opt = new DrFloatOption;
opt->set("minval", m_edit1->text());
opt->set("maxval", m_edit2->text());
break;
case DrBase::List:
case DrBase::Boolean:
{
if (type == DrBase::List)
opt = new DrListOption;
else
opt = new DrBooleanOption;
DrListOption *lopt = static_cast<DrListOption*>(opt);
TQListViewItem *item = m_values->firstChild();
while (item)
{
DrBase *choice = new DrBase;
choice->setName(item->text(0));
choice->set("text", item->text(1));
lopt->addChoice(choice);
item = item->nextSibling();
}
break;
}
case DrBase::String:
opt = new DrStringOption;
break;
}
opt->set("format", m_format->text());
opt->set("default", m_default->text());
opt->setValueText(opt->get("default"));
}
else
opt = new DrGroup;
opt->setName((m_name->text().isEmpty() ? generateId(m_opts) : m_name->text()));
opt->set("text", m_desc->text());
opt->set( "persistent", m_persistent->isChecked() ? "1" : "0" );
m_opts[opt->name()] = opt;
}
}
DrMain* Foomatic2Loader::buildDriver() const
{
if ( m_foodata.isEmpty() )
return NULL;
QVariant v = m_foodata.find( "VAR" ).data();
if ( !v.isNull() && v.type() == QVariant::Map )
{
DrMain *driver = new DrMain;
QMap<QString,DrGroup*> groups;
driver->set( "manufacturer", v.mapFind( "make" ).data().toString() );
driver->set( "model", v.mapFind( "model" ).data().toString() );
driver->set( "matic_printer", v.mapFind( "id" ).data().toString() );
driver->set( "matic_driver", v.mapFind( "driver" ).data().toString() );
driver->set( "text", QString( "%1 %2 (%3)" ).arg( driver->get( "manufacturer" ) ).arg( driver->get( "model" ) ).arg( driver->get( "matic_driver" ) ) );
if ( m_foodata.contains( "POSTPIPE" ) )
driver->set( "postpipe", m_foodata.find( "POSTPIPE" ).data().toString() );
v = v.mapFind( "args" ).data();
if ( !v.isNull() && v.type() == QVariant::List )
{
QValueList<QVariant>::ConstIterator it = v.listBegin();
for ( ; it!=v.listEnd(); ++it )
{
if ( ( *it ).type() != QVariant::Map )
continue;
DrBase *opt = createOption( ( *it ).toMap() );
if ( opt )
{
QString group = DrGroup::groupForOption( opt->name() );
DrGroup *grp = NULL;
if ( !groups.contains( group ) )
{
grp = new DrGroup;
grp->set( "text", group );
driver->addGroup( grp );
groups.insert( group, grp );
}
else
grp = groups[ group ];
grp->addOption( opt );
if ( opt->name() == "PageSize" )
{
// try to add the corresponding page sizes
QVariant choices = ( *it ).mapFind( "vals_byname" ).data();
QRegExp re( "(\\d+) +(\\d+)" );
if ( choices.type() == QVariant::Map )
{
QMap<QString,QVariant>::ConstIterator it = choices.mapBegin();
for ( ; it!=choices.mapEnd(); ++it )
{
QString driverval = ( *it ).mapFind( "driverval" ).data().toString();
if ( re.exactMatch( driverval ) )
{
driver->addPageSize( new DrPageSize( it.key(), re.cap( 1 ).toInt(), re.cap( 2 ).toInt(), 36, 24, 36, 24 ) );
}
}
}
}
}
else
kdWarning( 500 ) << "Failed to create option: " << ( *it ).toMap()[ "name" ].toString() << endl;
}
}
return driver;
}
return NULL;
}
void KPrinterImpl::preparePrinting(KPrinter *printer)
{
// page size -> try to find page size and margins from driver file
// use "PageSize" as option name to find the wanted page size. It's
// up to the driver loader to use that option name.
KMManager *mgr = KMFactory::self()->manager();
DrMain *driver = mgr->loadPrinterDriver(mgr->findPrinter(printer->printerName()), false);
if (driver)
{
// Find the page size:
// 1) print option
// 2) default driver option
QString psname = printer->option("PageSize");
if (psname.isEmpty())
{
DrListOption *opt = (DrListOption*)driver->findOption("PageSize");
if (opt) psname = opt->get("default");
}
if (!psname.isEmpty())
{
printer->setOption("kde-pagesize",TQString::number((int)pageNameToPageSize(psname)));
DrPageSize *ps = driver->findPageSize(psname);
if (ps)
{
printer->setRealPageSize( ps );
}
}
// Find the numerical resolution
// 1) print option (Resolution)
// 2) default driver option (Resolution)
// 3) default printer resolution
// The resolution must have the format: XXXdpi or XXXxYYYdpi. In the second
// case the YYY value is used as resolution.
TQString res = printer->option( "Resolution" );
if ( res.isEmpty() )
{
DrBase *opt = driver->findOption( "Resolution" );
if ( opt )
res = opt->get( "default" );
if ( res.isEmpty() )
res = driver->get( "resolution" );
}
if ( !res.isEmpty() )
{
TQRegExp re( "(\\d+)(?:x(\\d+))?dpi" );
if ( re.search( res ) != -1 )
{
if ( !re.cap( 2 ).isEmpty() )
printer->setOption( "kde-resolution", re.cap( 2 ) );
else
printer->setOption( "kde-resolution", re.cap( 1 ) );
}
}
// Find the supported fonts
TQString fonts = driver->get( "fonts" );
if ( !fonts.isEmpty() )
printer->setOption( "kde-fonts", fonts );
delete driver;
}
}
DrMain *KMFoomaticManager::createDriverFromXML(QDomElement *elem)
{
DrMain *driver = new DrMain();
QDomElement pelem = elem->namedItem("printer").toElement(), delem = elem->namedItem("driver").toElement();
if(!pelem.isNull() && !delem.isNull())
{
driver->set("manufacturer", pelem.namedItem("make").toElement().text());
driver->set("model", pelem.namedItem("model").toElement().text());
QString s = QString::fromLatin1("%1 %2 (%3)")
.arg(driver->get("manufacturer"))
.arg(driver->get("model"))
.arg(delem.namedItem("name").toElement().text());
driver->set("description", s);
driver->set("text", s);
QDomElement opts = elem->namedItem("options").toElement();
if(!opts.isNull())
{
QDomElement o = opts.firstChild().toElement();
while(!o.isNull())
{
if(o.tagName() == "option")
{
QString type = o.attribute("type");
DrBase *dropt(0);
if(type == "bool" || type == "enum")
{
if(type == "bool")
dropt = new DrBooleanOption();
else
dropt = new DrListOption();
QString defval = o.namedItem("arg_defval").toElement().text(), valuetext;
QDomNode val = o.namedItem("enum_vals").firstChild();
while(!val.isNull())
{
DrBase *choice = new DrBase();
choice->setName(val.namedItem("ev_shortname").namedItem("en").toElement().text());
choice->set("text", i18n(val.namedItem("ev_longname").namedItem("en").toElement().text().latin1()));
static_cast< DrListOption * >(dropt)->addChoice(choice);
if(val.toElement().attribute("id") == defval)
valuetext = choice->name();
val = val.nextSibling();
}
dropt->set("default", valuetext);
dropt->setValueText(valuetext);
}
else if(type == "int" || type == "float")
{
if(type == "int")
dropt = new DrIntegerOption();
else
dropt = new DrFloatOption();
dropt->set("minval", o.namedItem("arg_min").toElement().text());
dropt->set("maxval", o.namedItem("arg_max").toElement().text());
QString defval = o.namedItem("arg_defval").toElement().text();
dropt->set("default", defval);
dropt->setValueText(defval);
}
if(dropt)
{
dropt->setName(o.namedItem("arg_shortname").namedItem("en").toElement().text());
dropt->set("text", i18n(o.namedItem("arg_longname").namedItem("en").toElement().text().latin1()));
driver->addOption(dropt);
}
}
o = o.nextSibling().toElement();
}
}
}
return driver;
}
DrBase* Foomatic2Loader::createOption( const QMap<QString,QVariant>& m ) const
{
QString type = m.operator[]( "type" ).toString();
DrBase *opt = NULL;
if ( type == "enum" )
{
DrListOption *lopt = new DrListOption;
QVariant a = m.operator[]( "vals_byname" );
QMap<QString,QVariant>::ConstIterator it = a.mapBegin();
for ( ; it!=a.mapEnd(); ++it )
{
if ( it.data().type() != QVariant::Map )
continue;
DrBase *ch = createValue( it.key(), it.data().toMap() );
if ( ch )
lopt->addChoice( ch );
}
opt = lopt;
}
else if ( type == "int" || type == "float" )
{
if ( type == "int" )
opt = new DrIntegerOption;
else
opt = new DrFloatOption;
opt->set( "minval", m.operator[]( "min" ).toString() );
opt->set( "maxval", m.operator[]( "max" ).toString() );
}
else if ( type == "bool" )
{
DrBooleanOption *bopt = new DrBooleanOption;
DrBase *choice;
// choice 1
choice = new DrBase;
choice->setName( "0" );
choice->set( "text", m.operator[]( "name_false" ).toString() );
bopt->addChoice( choice );
choice = new DrBase;
choice->setName( "1" );
choice->set( "text", m.operator[]( "name_true" ).toString() );
bopt->addChoice( choice );
opt = bopt;
}
else if ( type == "string" )
{
opt = new DrStringOption;
}
if ( opt )
{
opt->setName( m.operator[]( "name" ).toString() );
opt->set( "text", m.operator[]( "comment" ).toString() );
QString defval = m.operator[]( "default" ).toString();
if ( !defval.isEmpty() )
{
opt->setValueText( defval );
opt->set( "default", defval );
}
}
return opt;
}
DrMain* Foomatic2Loader::modifyDriver( DrMain *driver ) const
{
if ( !m_foodata.isEmpty() )
{
QValueList<DrBase*> optList;
DrGroup *grp = NULL;
QVariant V = m_foodata.find( "VAR" ).data();
if ( !V.isNull() && V.type() == QVariant::Map )
{
QVariant v = V.mapFind( "args" ).data();
if ( !v.isNull() && v.type() == QVariant::List )
{
QValueList<QVariant>::ConstIterator it = v.listBegin();
for ( ; it!=v.listEnd(); ++it )
{
if ( ( *it ).type() != QVariant::Map )
continue;
DrBase *opt = createOption( ( *it ).toMap() );
if ( opt )
optList.append( opt );
else
kdWarning( 500 ) << "Failed to create option: " << ( *it ).toMap()[ "name" ].toString() << endl;
}
}
else
{
v = V.mapFind( "args_byname" ).data();
if ( !v.isNull() && v.type() == QVariant::Map )
{
QMap<QString,QVariant>::ConstIterator it = v.mapBegin();
for ( ; it!=v.mapEnd(); ++it )
{
if ( ( *it ).type() != QVariant::Map )
continue;
DrBase *opt = createOption( ( *it ).toMap() );
if ( opt )
optList.append( opt );
else
kdWarning( 500 ) << "Failed to create option: " << ( *it ).toMap()[ "name" ].toString() << endl;
}
}
}
}
for ( QValueList<DrBase*>::ConstIterator it=optList.begin(); it!=optList.end(); ++it )
{
DrBase *opt = ( *it );
if ( opt )
{
switch ( opt->type() )
{
case DrBase::List:
case DrBase::Boolean:
delete opt;
break;
default:
{
if ( !grp )
{
grp = new DrGroup;
grp->set( "text", i18n( "Adjustments" ) );
driver->addGroup( grp );
}
DrBase *oldOpt = driver->findOption( opt->name() );
if ( oldOpt && oldOpt->type() == DrBase::List )
{
QPtrListIterator<DrBase> it( *( static_cast<DrListOption*>( oldOpt )->choices() ) );
QString fixedvals;
for ( ; it.current(); ++it )
{
fixedvals.append( it.current()->name() );
if ( !it.atLast() )
fixedvals.append( "|" );
}
opt->set( "fixedvals", fixedvals );
}
driver->removeOptionGlobally( opt->name() );
grp->addOption( opt );
break;
}
}
}
}
}
return driver;
}
DrMain* LprHandler::loadToolDriver(const QString& filename)
{
QFile f(filename);
if (f.open(IO_ReadOnly))
{
DrMain *driver = new DrMain;
QValueStack<DrGroup*> groups;
QTextStream t(&f);
QStringList l;
DrListOption *lopt(0);
DrBase *opt(0);
groups.push(driver);
driver->set("text", "Tool Driver");
while (!t.atEnd())
{
l = QStringList::split('|', t.readLine().stripWhiteSpace(), false);
if (l.count() == 0)
continue;
if (l[0] == "GROUP")
{
DrGroup *grp = new DrGroup;
grp->setName(l[1]);
grp->set("text", l[2]);
groups.top()->addGroup(grp);
groups.push(grp);
}
else if (l[0] == "ENDGROUP")
{
groups.pop();
}
else if (l[0] == "OPTION")
{
opt = 0;
lopt = 0;
if (l.count() > 3)
{
if (l[3] == "STRING")
opt = new DrStringOption;
else if (l[3] == "BOOLEAN")
{
lopt = new DrBooleanOption;
opt = lopt;
}
}
else
{
lopt = new DrListOption;
opt = lopt;
}
if (opt)
{
opt->setName(l[1]);
opt->set("text", l[2]);
groups.top()->addOption(opt);
}
}
else if (l[0] == "CHOICE" && lopt)
{
DrBase *ch = new DrBase;
ch->setName(l[1]);
ch->set("text", l[2]);
lopt->addChoice(ch);
}
else if (l[0] == "DEFAULT" && opt)
{
opt->setValueText(l[1]);
opt->set("default", l[1]);
}
}
return driver;
}
return NULL;
}
void KXmlCommandAdvancedDlg::viewItem(TQListViewItem *item)
{
m_dummy->setEnabled((item != 0));
m_name->setText("");
m_desc->setText("");
m_format->setText("");
m_default->setText("");
m_values->clear();
m_edit1->setText("");
m_edit2->setText("");
m_persistent->setChecked( false );
int typeId(-1);
if (item)
{
m_name->setText(item->text(1));
m_desc->setText(item->text(0));
DrBase *opt = (m_opts.contains(item->text(1)) ? m_opts[item->text(1)] : 0);
if (opt)
{
bool isgroup = (opt->type() < DrBase::String);
if (!isgroup)
{
m_type->setCurrentItem(opt->type() - DrBase::String);
typeId = m_type->currentItem();
m_format->setText(opt->get("format"));
m_default->setText(opt->get("default"));
}
m_type->setEnabled(!isgroup);
m_default->setEnabled(!isgroup);
m_format->setEnabled(!isgroup);
m_stack->setEnabled(!isgroup);
switch (opt->type())
{
case DrBase::Float:
case DrBase::Integer:
m_edit1->setText(opt->get("minval"));
m_edit2->setText(opt->get("maxval"));
break;
case DrBase::Boolean:
case DrBase::List:
{
TQPtrListIterator<DrBase> it(*(static_cast<DrListOption*>(opt)->choices()));
TQListViewItem *item(0);
for (; it.current(); ++it)
{
item = new TQListViewItem(m_values, item, it.current()->name(), it.current()->get("text"));
item->setRenameEnabled(0, true);
item->setRenameEnabled(1, true);
}
break;
}
default:
break;
}
m_addgrp->setEnabled(isgroup);
m_addopt->setEnabled(isgroup);
TQListViewItem *prevItem = findPrev(item), *nextItem = findNext(item);
DrBase *prevOpt = (prevItem && m_opts.contains(prevItem->text(1)) ? m_opts[prevItem->text(1)] : 0);
DrBase *nextOpt = (nextItem && m_opts.contains(nextItem->text(1)) ? m_opts[nextItem->text(1)] : 0);
m_up->setEnabled(prevOpt && !(prevOpt->type() < DrBase::String && opt->type() >= DrBase::String));
m_down->setEnabled(nextOpt && !(isgroup && nextOpt->type() >= DrBase::String));
m_persistent->setChecked( opt->get( "persistent" ) == "1" );
}
m_delopt->setEnabled(true);
m_dummy->setEnabled(opt);
}
else
{
m_delopt->setEnabled(false);
m_addopt->setEnabled(m_view->currentItem() && m_view->isEnabled());
m_addgrp->setEnabled(m_view->currentItem() && m_view->isEnabled());
m_up->setEnabled(false);
m_down->setEnabled(false);
}
slotTypeChanged(typeId);
m_apply->setEnabled(false);
}
