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tdevelop/languages/cpp/cppnewclassdlg.cpp

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/***************************************************************************
* Copyright (C) 1998 by Sandy Meier *
* smeier@rz.uni-potsdam.de *
* Copyright (C) 1999 by Benoit.Cerrina *
* Benoit.Cerrina@writeme.com *
* Copyright (C) 2002 by Bernd Gehrmann *
* bernd@tdevelop.org *
* Copyright (C) 2003 by Eray Ozkural *
* <erayo@cs.bilkent.edu.tr> *
* Copyright (C) 2003-2004 by Alexander Dymo *
* adymo@tdevelop.org *
* *
* 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. *
* *
***************************************************************************/
#include "cppnewclassdlg.h"
#include <tqcheckbox.h>
#include <tqfile.h>
#include <tqfileinfo.h>
#include <tqradiobutton.h>
#include <tqregexp.h>
#include <tqtextedit.h>
#include <tqrect.h>
#include <tqstyle.h>
#include <kdebug.h>
#include <klocale.h>
#include <kmessagebox.h>
#include <tqcombobox.h>
#include <tqlistview.h>
#include <tqpopupmenu.h>
#include <tqpushbutton.h>
#include <tqtabwidget.h>
#include <klineedit.h>
#include <tdeversion.h>
#include "cppsupportpart.h"
#include "kdevproject.h"
#include "kdevsourceformatter.h"
#include "kdevcoderepository.h"
#include "kdevpartcontroller.h"
#include "backgroundparser.h"
#include "domutil.h"
#include "filetemplate.h"
#include "storeconverter.h"
#include "qtbuildconfig.h"
#include "classgeneratorconfig.h"
TQString TQRegExp_escape( const TQString& str )
{
return TQRegExp::escape( str );
}
CppNewClassDialog::CppNewClassDialog( CppSupportPart *part, TQWidget *parent, const char *name )
: CppNewClassDialogBase( parent, name ), myModel( 0 )
{
headerModified = false;
baseincludeModified = false;
implementationModified = false;
m_part = part;
// read file template configuration
// KDevProject *project = part->project();
TQDomDocument &dom = *part->projectDom();
interface_url = DomUtil::readEntry( dom, "/cppsupportpart/filetemplates/interfaceURL" );
implementation_url = DomUtil::readEntry( dom, "/cppsupportpart/filetemplates/implementationURL" );
interface_suffix = DomUtil::readEntry( dom, "/cppsupportpart/filetemplates/interfacesuffix", ".h" );
implementation_suffix = DomUtil::readEntry( dom, "/cppsupportpart/filetemplates/implementationsuffix", ".cpp" );
lowercase_filenames = DomUtil::readBoolEntry( dom, "/cppsupportpart/filetemplates/lowercasefilenames", true );
m_parse = DomUtil::readEntry( *m_part->projectDom(), "/cppsupportpart/newclass/filenamesetting", "none" );
// name_handler_combo->setCurrentText(m_parse);
baseclasses_view->setSorting( -1 );
constructors_view->setSorting( -1 );
accessMenu = new TQPopupMenu( this );
accessMenu->insertItem( i18n( "Use as Private" ),
this, TQT_SLOT( changeToPrivate() ), 0, 1 );
accessMenu->insertItem( i18n( "Use as Protected" ),
this, TQT_SLOT( changeToProtected() ), 0, 2 );
accessMenu->insertItem( i18n( "Use as Public" ),
this, TQT_SLOT( changeToPublic() ), 0, 3 );
accessMenu->insertSeparator();
accessMenu->insertItem( i18n( "Unset" ),
this, TQT_SLOT( changeToInherited() ), 0, 5 );
overMenu = new TQPopupMenu( this );
overMenu->insertItem( i18n( "Extend Base Class Functionality" ),
this, TQT_SLOT( extendFunctionality() ), 0, 11 );
overMenu->insertItem( i18n( "Replace Base Class Method" ),
this, TQT_SLOT( replaceFunctionality() ), 0, 12 );
compBasename = basename_edit->completionObject();
setCompletionBasename( m_part->codeModel() );
compNamespace = namespace_edit->completionObject();
setCompletionNamespaceRecursive( m_part->codeModel() ->globalNamespace() );
classname_edit->setFocus();
// enable/disable qt options for non qt projects
childclass_box->setEnabled( m_part->qtBuildConfig()->isUsed() );
qobject_box->setEnabled( m_part->qtBuildConfig()->isUsed() );
}
CppNewClassDialog::~CppNewClassDialog()
{
delete compBasename;
delete compNamespace;
delete myModel;
}
void CppNewClassDialog::setCompletionBasename( CodeModel *model )
{
compBasename->clear();
// Import selected namespace without qualifier
NamespaceDom namespaceDom = model->globalNamespace();
TQStringList::const_iterator it = currNamespace.begin();
for ( ; it != currNamespace.end() ; ++it )
{
if ( ! namespaceDom->hasNamespace( *it ) )
break;
namespaceDom = namespaceDom->namespaceByName( *it );
}
if ( it == currNamespace.end() )
// complete namespace has been found (not breaked)
compBasename->insertItems( sortedNameList( namespaceDom -> classList() ) );
addCompletionBasenameNamespacesRecursive( model->globalNamespace() );
TQStringList compItems = compBasename->items();
it = compItems.begin();
for ( int i = 0;
it != compItems.end(); ++it, ++i )
kdDebug( 9007 ) << "compBasename->items()[" << i << "] = \"" << *it << "\"" << endl;
}
TQStringList& gres( TQStringList &list, const TQRegExp & rx, const TQString & after )
{
TQStringList::Iterator it = list.begin();
while ( it != list.end() )
{
( *it ).replace( rx, after );
++it;
}
return list;
}
void CppNewClassDialog::addCompletionBasenameNamespacesRecursive( const NamespaceDom & namespaceDom,
const TQString & namespaceParent )
{
// Add classes of this namespace
TQStringList classList = sortedNameList( namespaceDom -> classList() );
if ( ! namespaceParent.isEmpty() )
{
classList.gres( TQRegExp( "^" ), namespaceParent + "::" );
}
compBasename -> insertItems( classList );
// Recursion
NamespaceList namespaceList = namespaceDom->namespaceList();
NamespaceList::const_iterator it = namespaceList.begin();
for ( ; it != namespaceList.end() ; ++it )
{
TQString fullNamespace;
if ( ! namespaceParent.isEmpty() )
fullNamespace = namespaceParent + "::";
fullNamespace += ( *it ) -> name();
addCompletionBasenameNamespacesRecursive( *it, fullNamespace );
}
}
void CppNewClassDialog::setCompletionNamespaceRecursive( const NamespaceDom & namespaceDom, const TQString & namespaceParent )
{
NamespaceList namespaceList = namespaceDom->namespaceList();
NamespaceList::const_iterator it = namespaceList.begin();
for ( ; it != namespaceList.end() ; ++it )
{
TQString fullNamespace;
if ( ! namespaceParent.isEmpty() )
fullNamespace = namespaceParent + "::";
fullNamespace += ( *it ) -> name();
kdDebug( 9007 ) << "compNamespace -> addItem( \"" << fullNamespace << "\" )" << endl;
compNamespace -> addItem( fullNamespace );
setCompletionNamespaceRecursive( *it, fullNamespace );
}
}
void CppNewClassDialog::nameHandlerChanged( const TQString &text )
{
DomUtil::writeEntry( *m_part->projectDom(), "/cppsupportpart/newclass/filenamesetting", text );
m_parse = text;
classNameChanged( classname_edit->text() );
}
void CppNewClassDialog::classNameChanged( const TQString &text )
{
TQString str = text;
if ( !headerModified )
{
TQString header = str + interface_suffix;
switch ( gen_config->fileCase() )
{
case ClassGeneratorConfig::LowerCase:
header = header.lower();
break;
case ClassGeneratorConfig::UpperCase:
header = header.upper();
break;
default:
;
}
header = header.replace( TQRegExp( "(template *<.*> *)?(class +)?" ), "" );
header_edit->setText( header );
}
if ( !implementationModified )
{
TQString implementation;
if ( str.contains( "template" ) )
implementation = str + "_impl" + interface_suffix;
else
implementation = str + implementation_suffix;
switch ( gen_config->fileCase() )
{
case ClassGeneratorConfig::LowerCase:
implementation = implementation.lower();
break;
case ClassGeneratorConfig::UpperCase:
implementation = implementation.upper();
break;
default:
;
}
implementation = implementation.replace( TQRegExp( "(template *<.*> *)?(class +)?" ), "" );
implementation_edit->setText( implementation );
}
}
void CppNewClassDialog::classNamespaceChanged( const TQString &text )
{
currNamespace = TQStringList::split( TQString( "::" ), text );
setCompletionBasename( m_part -> codeModel() );
reloadAdvancedInheritance( true );
}
void CppNewClassDialog::baseclassname_changed( const TQString &text )
{
if ( ( basename_edit->hasFocus() ) && ( !baseincludeModified ) )
{
TQString header = text;
// handle TQt classes in a special way.
if( m_part->qtBuildConfig()->isUsed() && header.startsWith( "Q" ) )
{
if( m_part->qtBuildConfig()->version() == 3 )
{
header = header.lower() + ".h";
}
else if( m_part->qtBuildConfig()->version() == 4 )
{
// 1:1, e.g TQObject is #include <TQObject>
}
}
else
{
if ( header.contains( TQRegExp( "::" ) ) )
header = header.mid( header.findRev( TQRegExp( "::" ) ) + 2 );
header = header.replace( TQRegExp( " *<.*>" ), "" );
header += interface_suffix;
switch ( gen_config->superCase() )
{
case ClassGeneratorConfig::LowerCase:
header = header.lower();
break;
case ClassGeneratorConfig::UpperCase:
header = header.upper();
break;
default:
;
}
}
baseinclude_edit->setText( header );
}
}
void CppNewClassDialog::baseIncludeChanged( const TQString &text )
{
if ( baseinclude_edit->hasFocus() )
{
baseincludeModified = true;
if ( baseclasses_view->selectedItem() )
baseclasses_view->selectedItem() ->setText( 4, "true" );
}
if ( baseclasses_view->selectedItem() )
{
baseclasses_view->selectedItem() ->setText( 3, text );
}
}
void CppNewClassDialog::headerChanged()
{
// Only if a change caused by the user himself
if ( header_edit->hasFocus() )
headerModified = true;
}
void CppNewClassDialog::implementationChanged()
{
// Only if a change caused by the user himself
if ( implementation_edit->hasFocus() )
implementationModified = true;
}
void CppNewClassDialog::checkObjCInheritance( int val )
{
childclass_box->setEnabled( !val && m_part->qtBuildConfig()->isUsed() );
gtk_box->setEnabled( !val );
qobject_box->setEnabled( !val && m_part->qtBuildConfig()->isUsed() );
namespace_edit->setEnabled( !val );
class_tabs->setTabEnabled( tab2, !val );
/* virtual_box->setEnabled(!val);
public_button->setEnabled(!val);
protected_button->setEnabled(!val);
private_button->setEnabled(!val);*/
if ( val && ( baseclasses_view->childCount() > 1 ) )
if ( KMessageBox::warningContinueCancel( this,
i18n( "Objective C does not support multiple inheritance.\nOnly the first base class in the list will be taken into account." ),
i18n( "Warning" ), KStdGuiItem::cont(), "Check Objective C inheritance rules" ) == KMessageBox::Cancel )
objc_box->setChecked( false );
}
void CppNewClassDialog::checkTQWidgetInheritance( int val )
{
if ( val )
{
qobject_box->setEnabled( val && m_part->qtBuildConfig()->isUsed() );
qobject_box->setChecked( val && m_part->qtBuildConfig()->isUsed() );
objc_box->setEnabled( !val );
gtk_box->setEnabled( !val );
}
else if ( qobject_box->isChecked() )
{
objc_box->setEnabled( false );
gtk_box->setEnabled( false );
}
else
{
objc_box->setEnabled( !val );
gtk_box->setEnabled( !val );
}
if ( val )
{
if ( baseclasses_view->childCount() == 0 )
{
addBaseClass();
basename_edit->setText( TQWIDGET_OBJECT_NAME_STRING );
}
/* constructors_cpp_edit->append(classname_edit->text() + "::" + classname_edit->text() +
"(TQWidget *parent, const char *name):\n TQWidget(parent, name)\n{\n}\n");
constructors_h_edit->append(classname_edit->text() + "(TQWidget *parent, const char *name);\n");*/
}
if ( val && ( baseclasses_view->childCount() > 1 ) )
if ( KMessageBox::warningContinueCancel( this,
i18n( "Multiple inheritance requires TQObject derivative to be first and unique in base class list." ),
i18n( "Warning" ), KStdGuiItem::cont(), "Check TQWidget inheritance rules" ) == KMessageBox::Cancel )
childclass_box->setChecked( false );
}
void CppNewClassDialog::qobject_box_stateChanged( int val )
{
if ( childclass_box->isChecked() )
return ;
if ( baseclasses_view->childCount() == 0 )
{
addBaseClass();
basename_edit->setText( TQOBJECT_OBJECT_NAME_STRING );
}
objc_box->setEnabled( !val );
gtk_box->setEnabled( !val );
}
void CppNewClassDialog::gtk_box_stateChanged( int val )
{
class_tabs->setTabEnabled( tab2, !val );
childclass_box->setEnabled( !val && m_part->qtBuildConfig()->isUsed() );
objc_box->setEnabled( !val );
qobject_box->setEnabled( !val && m_part->qtBuildConfig()->isUsed() );
namespace_edit->setEnabled( !val );
basename_edit->setEnabled( !val );
virtual_box->setEnabled( !val );
public_button->setEnabled( !val );
protected_button->setEnabled( !val );
private_button->setEnabled( !val );
addbaseclass_button->setEnabled( !val );
rembaseclass_button->setEnabled( !val );
upbaseclass_button->setEnabled( !val );
downbaseclass_button->setEnabled( !val );
baseclasses_view->setEnabled( !val );
baseinclude_edit->setEnabled( !val );
}
void CppNewClassDialog::accept()
{
ClassGenerator generator( *this );
if ( generator.generate() )
TQDialog::accept();
}
void CppNewClassDialog::setStateOfInheritanceEditors( bool state, bool hideList )
{
basename_edit->setEnabled( state );
virtual_box->setEnabled( state );
public_button->setEnabled( state );
protected_button->setEnabled( state );
private_button->setEnabled( state );
scope_box->setEnabled( state );
baseinclude_edit->setEnabled( state );
if ( state )
baseclasses_view->setEnabled( state );
else
baseclasses_view->setEnabled( hideList ? state : true );
rembaseclass_button->setEnabled( state );
if ( !state )
{
upbaseclass_button->setEnabled( state );
downbaseclass_button->setEnabled( state );
}
}
void CppNewClassDialog::addBaseClass()
{
baseincludeModified = false;
if ( baseclasses_view->selectedItem() )
baseclasses_view->selectedItem() ->setSelected( false );
TQListViewItem* it = new TQListViewItem( baseclasses_view, baseclasses_view->lastItem(),
TQString(), "public", TQString( "%1" ).arg( scope_box->currentItem() ), TQString(), "false" );
setStateOfInheritanceEditors( true );
public_button->setChecked( true );
virtual_box->setChecked( false );
basename_edit->setText( TQString() );
basename_edit->setFocus();
baseclasses_view->setSelected( it, true );
}
void CppNewClassDialog::remBaseClass()
{
bool basename_focused = false;
if ( basename_edit->hasFocus() )
{
basename_focused = true;
basename_edit->clearFocus();
}
if ( baseclasses_view->selectedItem() )
{
TQListViewItem * it = baseclasses_view->selectedItem();
remClassFromAdv( it->text( 0 ) );
baseclasses_view->selectedItem() ->setSelected( false );
if ( it->itemBelow() )
baseclasses_view->setSelected( it->itemBelow(), true );
else if ( it->itemAbove() )
baseclasses_view->setSelected( it->itemAbove(), true );
delete it;
if ( baseclasses_view->childCount() == 0 )
setStateOfInheritanceEditors( false );
baseincludeModified = false;
}
if ( basename_focused )
basename_edit->setFocus();
}
void CppNewClassDialog::remBaseClassOnly()
{
if ( baseclasses_view->selectedItem() )
{
TQListViewItem * it = baseclasses_view->selectedItem();
baseclasses_view->selectedItem() ->setSelected( false );
if ( it->itemBelow() )
baseclasses_view->setSelected( it->itemBelow(), true );
else if ( it->itemAbove() )
baseclasses_view->setSelected( it->itemAbove(), true );
delete it;
if ( baseclasses_view->childCount() == 0 )
setStateOfInheritanceEditors( false );
baseincludeModified = true;
}
}
void CppNewClassDialog::remClassFromAdv( TQString text )
{
// Strip off namespace qualification
if ( text.contains( "::" ) )
text = text.mid( text.findRev( "::" ) + 2 );
removeTemplateParams( text );
TQListViewItem *it = 0;
if ( ( it = access_view->findItem( text, 0 ) ) )
delete it;
if ( ( it = methods_view->findItem( text, 0 ) ) )
delete it;
if ( ( it = constructors_view->findItem( text, 0 ) ) )
{
/// @todo changing constructors text in constructors_cpp_edit
// and constructors_h_edit must be implemented
/* int *para = new int(1);
int *index = new int(1);
if (constructors_cpp_edit->find(text + "(", true, false, true, para, index))
{
tqWarning("%s( found", text.latin1());
if (para) constructors_cpp_edit->removeParagraph(*para);
}*/
delete it;
}
}
void CppNewClassDialog::currBaseNameChanged( const TQString &text )
{
if ( baseclasses_view->selectedItem() && ( basename_edit->hasFocus() ) )
{
if ( class_tabs->isTabEnabled( tab2 ) )
{
//check for this class in the adv. inheritance lists
//and delete if it exists
remClassFromAdv( baseclasses_view->selectedItem() ->text( 0 ) );
//parse new base class
parseClass( text, baseclasses_view->selectedItem() ->text( 1 ) );
}
baseclasses_view->selectedItem() ->setText( 0, text );
updateConstructorsOrder();
}
}
void CppNewClassDialog::currBasePrivateSet()
{
if ( baseclasses_view->selectedItem() )
{
setAccessForBase( baseclasses_view->selectedItem() ->text( 0 ), "private" );
baseclasses_view->selectedItem() ->setText( 1, ( virtual_box->isChecked() ? "virtual " : "" ) + TQString( "private" ) );
}
}
void CppNewClassDialog::currBaseProtectedSet()
{
if ( baseclasses_view->selectedItem() )
{
setAccessForBase( baseclasses_view->selectedItem() ->text( 0 ), "protected" );
baseclasses_view->selectedItem() ->setText( 1, ( virtual_box->isChecked() ? "virtual " : "" ) + TQString( "protected" ) );
}
}
void CppNewClassDialog::currBasePublicSet()
{
if ( baseclasses_view->selectedItem() )
{
setAccessForBase( baseclasses_view->selectedItem() ->text( 0 ), "public" );
baseclasses_view->selectedItem() ->setText( 1, ( virtual_box->isChecked() ? "virtual " : "" ) + TQString( "public" ) );
}
}
void CppNewClassDialog::scopeboxActivated( int value )
{
if ( baseclasses_view->selectedItem() )
{
baseclasses_view->selectedItem() ->setText( 2, TQString( "%1" ).arg( value ) );
}
}
void CppNewClassDialog::currBaseVirtualChanged( int val )
{
if ( baseclasses_view->selectedItem() )
{
baseclasses_view->selectedItem() ->setText( 1, TQString( val ? "virtual " : "" ) +
TQString( private_button->isChecked() ? "private" : "" ) +
TQString( protected_button->isChecked() ? "protected" : "" ) +
TQString( public_button->isChecked() ? "public" : "" ) );
}
}
void CppNewClassDialog::currBaseSelected( TQListViewItem *it )
{
if ( it == 0 )
{
setStateOfInheritanceEditors( false, false );
return ;
}
setStateOfInheritanceEditors( true );
basename_edit->setText( it->text( 0 ) );
baseinclude_edit->setText( it->text( 3 ) );
scope_box->setCurrentItem( it->text( 2 ).toInt() );
if ( it->text( 1 ).contains( "private" ) )
private_button->setChecked( true );
else
private_button->setChecked( false );
if ( it->text( 1 ).contains( "protected" ) )
protected_button->setChecked( true );
else
protected_button->setChecked( false );
if ( it->text( 1 ).contains( "public" ) )
public_button->setChecked( true );
else
public_button->setChecked( false );
if ( it->text( 1 ).contains( "virtual" ) )
virtual_box->setChecked( true );
else
virtual_box->setChecked( false );
checkUpButtonState();
checkDownButtonState();
if ( it->text( 4 ) == "true" )
baseincludeModified = true;
else
baseincludeModified = false;
}
void CppNewClassDialog::upbaseclass_button_clicked()
{
bool basename_focused = false;
if ( basename_edit->hasFocus() )
{
basename_focused = true;
basename_edit->clearFocus();
}
if ( baseclasses_view->selectedItem() )
{
TQListViewItem * it = baseclasses_view->selectedItem();
if ( it->itemAbove() )
{
TQListViewItem * newit;
if ( it->itemAbove() ->itemAbove() )
newit = new TQListViewItem( baseclasses_view, it->itemAbove() ->itemAbove(),
it->text( 0 ), it->text( 1 ), it->text( 2 ), it->text( 3 ), it->text( 4 ) );
else
newit = new TQListViewItem( baseclasses_view, it->text( 0 ), it->text( 1 ),
it->text( 2 ), it->text( 3 ), it->text( 4 ) );
remBaseClassOnly();
baseclasses_view->setSelected( newit, true );
checkUpButtonState();
updateConstructorsOrder();
}
}
if ( basename_focused )
basename_edit->setFocus();
}
void CppNewClassDialog::downbaseclass_button_clicked()
{
bool basename_focused = false;
if ( basename_edit->hasFocus() )
{
basename_focused = true;
basename_edit->clearFocus();
}
if ( baseclasses_view->selectedItem() )
{
TQListViewItem * it = baseclasses_view->selectedItem();
if ( it->itemBelow() )
{
TQListViewItem * newit = new TQListViewItem( baseclasses_view, it->itemBelow(),
it->text( 0 ), it->text( 1 ), it->text( 2 ), it->text( 3 ), it->text( 3 ) );
remBaseClassOnly();
baseclasses_view->setSelected( newit, true );
setStateOfInheritanceEditors( true );
checkDownButtonState();
updateConstructorsOrder();
}
}
if ( basename_focused )
basename_edit->setFocus();
}
void CppNewClassDialog::updateConstructorsOrder()
{
TQListViewItemIterator it( baseclasses_view );
TQListViewItem *c_it;
TQListViewItem *fc_it = 0;
while ( it.current() )
{
if ( ( c_it = constructors_view->findItem( it.current() ->text( 0 ), 0 ) ) )
{
c_it->moveItem( fc_it );
fc_it = c_it;
}
++it;
}
}
void CppNewClassDialog::checkUpButtonState()
{
if ( baseclasses_view->selectedItem() )
upbaseclass_button->setEnabled( baseclasses_view->selectedItem() ->itemAbove() );
}
void CppNewClassDialog::checkDownButtonState()
{
if ( baseclasses_view->selectedItem() )
downbaseclass_button->setEnabled( baseclasses_view->selectedItem() ->itemBelow() );
}
void CppNewClassDialog::baseclasses_view_selectionChanged()
{
/* if (baseclasses_view->selectedItem())
{
setStateOfInheritanceEditors(false, false);
}*/
}
void CppNewClassDialog::changeToPrivate()
{
if ( access_view->selectedItem() )
access_view->selectedItem() ->setText( 2, "private" );
}
void CppNewClassDialog::changeToProtected()
{
if ( access_view->selectedItem() )
access_view->selectedItem() ->setText( 2, "protected" );
}
void CppNewClassDialog::changeToPublic()
{
if ( access_view->selectedItem() )
access_view->selectedItem() ->setText( 2, "public" );
}
void CppNewClassDialog::changeToInherited()
{
if ( access_view->selectedItem() )
access_view->selectedItem() ->setText( 2, TQString() );
}
void CppNewClassDialog::newTabSelected( const TQString& /*text*/ )
{
/* if (text == i18n("&Advanced Inheritance"))
reloadAdvancedInheritance(true);*/
}
void CppNewClassDialog::newTabSelected( TQWidget* /*w*/ )
{
/* if ( TQString(w->name()) == TQString("tab2"))
{
reloadAdvancedInheritance(false);
}*/
}
void CppNewClassDialog::reloadAdvancedInheritance( bool clean )
{
clearConstructorsList( clean );
clearMethodsList( clean );
clearUpgradeList( clean );
TQListViewItemIterator it( baseclasses_view );
while ( it.current() )
{
if ( ! ( it.current() ->text( 0 ).isEmpty() ) )
{
parseClass( it.current() ->text( 0 ), it.current() ->text( 1 ) );
}
++it;
}
}
void CppNewClassDialog::parseClass( TQString clName, TQString inheritance )
{
// Determine namespace
TQStringList clNamespace = currNamespace;
bool clFullQualified = false;
if ( clName.contains( "::" ) )
{
// Full qualified, override imported namespace
clFullQualified = true;
int splitpoint = clName.findRev( "::" );
clNamespace = TQStringList::split( "::", clName.left( splitpoint ) );
clName = clName.mid( splitpoint + 2 );
}
kdDebug( 9007 ) << "clFullQualified = " << clFullQualified << endl;
kdDebug( 9007 ) << "clName = " << clName << endl;
TQString debMsg = "clNamespace = ";
for ( TQStringList::const_iterator it = clNamespace.begin();
it != clNamespace.end(); ++it )
debMsg += ( *it ) + "::";
kdDebug( 9007 ) << debMsg << endl;
TQString templateAdd = templateActualParamsFormatted( clName );
removeTemplateParams( clName );
ClassList myClasses; // = m_part->codeModel()->globalNamespace()->classByName(clName);
NamespaceDom namespaceDom = m_part->codeModel() ->globalNamespace();
TQStringList::const_iterator namespaceIt = clNamespace.begin();
for ( ; namespaceIt != clNamespace.end(); ++namespaceIt )
{
if ( ! namespaceDom -> hasNamespace( *namespaceIt ) )
break;
namespaceDom = namespaceDom->namespaceByName( *namespaceIt );
}
if ( namespaceIt == clNamespace.end() )
{
// Found specified namespace
myClasses = namespaceDom->classByName( clName );
// Fall back to global namespace if class was not fully qualified and is not found in selected namespace
if ( myClasses.empty() && ! clFullQualified )
myClasses = m_part -> codeModel() -> globalNamespace() -> classByName( clName );
}
if ( myClasses.empty() )
{
kdDebug() << "Trying persistent class store..." << endl;
parsePCSClass( clName, inheritance );
}
for ( ClassList::const_iterator classIt = myClasses.begin(); classIt != myClasses.end(); ++classIt )
{
PCheckListItem<ClassDom> *it = new PCheckListItem<ClassDom>( *classIt, constructors_view, ( *classIt ) ->name() );
it->templateAddition = templateAdd;
PListViewItem<ClassDom> *over = new PListViewItem<ClassDom>( *classIt, methods_view, ( *classIt ) ->name() );
over->templateAddition = templateAdd;
TQListViewItem *over_methods = new TQListViewItem( over, i18n( "Methods" ) );
TQListViewItem *over_slots = new TQListViewItem( over, i18n( "Slots (TQt-specific)" ) );
PListViewItem<ClassDom> *access = new PListViewItem<ClassDom>( *classIt, access_view, ( *classIt ) ->name() );
TQListViewItem *access_methods = new TQListViewItem( access, i18n( "Methods" ) );
TQListViewItem *access_slots = new TQListViewItem( access, i18n( "Slots (TQt-specific)" ) );
TQListViewItem *access_attrs = new TQListViewItem( access, i18n( "Attributes" ) );
FunctionList functionList = ( *classIt ) ->functionList();
for ( FunctionList::const_iterator methodIt = functionList.begin();
methodIt != functionList.end(); ++methodIt )
{
if ( ( *methodIt ) ->isSignal() )
{
// don't show signals as overridable methods
}
else if ( isConstructor( ( *classIt ) ->name(), *methodIt ) )
{
addToConstructorsList( it, *methodIt );
}
else if ( ( *methodIt ) ->isSlot() )
{
if ( ( *methodIt ) ->access() != CodeModelItem::Private )
{
addToMethodsList( over_slots, *methodIt );
TQString inhModifier;
//protected inheritance gives protected attributes
if ( inheritance.contains( "protected" ) )
inhModifier = "protected";
//private inheritance gives private attributes
else if ( inheritance.contains( "private" ) )
inhModifier = "private";
//public inheritance gives protected and public attributes
else if ( inheritance.contains( "public" ) )
inhModifier = ( *methodIt ) ->access() == CodeModelItem::Public ? "public" : "protected";
addToUpgradeList( access_slots, *methodIt, inhModifier );
}
}
else
{
// display only public and protected methods of the base class
if ( ( !isDestructor( ( *classIt ) ->name(), *methodIt ) ) && ( ( *methodIt ) ->access() != CodeModelItem::Private ) )
{
addToMethodsList( over_methods, *methodIt );
// see what modifier is given for the base class
TQString inhModifier;
//protected inheritance gives protected methods
if ( inheritance.contains( "protected" ) )
inhModifier = "protected";
//private inheritance gives private methods
else if ( inheritance.contains( "private" ) )
inhModifier = "private";
//public inheritance gives protected and public methods
else if ( inheritance.contains( "public" ) )
inhModifier = ( *methodIt ) ->access() == CodeModelItem::Public ? "public" : "protected";
addToUpgradeList( access_methods, *methodIt, inhModifier );
}
}
}
VariableList variableList = ( *classIt ) ->variableList();
for ( VariableList::const_iterator varIt = variableList.begin();
varIt != variableList.end(); ++varIt )
{
if ( ( *varIt ) ->access() != CodeModelItem::Private )
{
TQString inhModifier;
//protected inheritance gives protected attributes
if ( inheritance.contains( "protected" ) )
inhModifier = "protected";
//private inheritance gives private attributes
else if ( inheritance.contains( "private" ) )
inhModifier = "private";
//public inheritance gives protected and public attributes
else if ( inheritance.contains( "public" ) )
inhModifier = ( *varIt ) ->access() == CodeModelItem::Public ? "public" : "protected";
addToUpgradeList( access_attrs, *varIt, inhModifier );
}
}
}
}
bool CppNewClassDialog::isConstructor( TQString className, const FunctionDom &method )
{
// regexp: myclass\\s*\\(\\s*(const)?\\s*myclass\\s*&[A-Za-z_0-9\\s]*\\) is for copy constructors
if ( ( className == method->name() ) )
{
tqWarning( "1x" );
if ( ( method->argumentList().count() == 1 ) && ( m_part->formatModelItem( method->argumentList() [ 0 ].data() ).contains( TQRegExp( " *(const)? *" + className + " *& *" ) ) ) )
// if ( method->asString().contains(TQRegExp(className + "\\s*\\(\\s*(const)?\\s*" + className + "\\s*&[A-Za-z_0-9\\s]*\\)", true, false)) )
return false;
else
return true;
}
else
return false;
}
void CppNewClassDialog::addToConstructorsList( TQCheckListItem *myClass, FunctionDom method )
{
new PCheckListItem<FunctionDom>( method, myClass, m_part->formatModelItem( method.data() ), TQCheckListItem::RadioButton );
}
void CppNewClassDialog::addToMethodsList( TQListViewItem *parent, FunctionDom method )
{
PCheckListItem<FunctionDom> *it = new PCheckListItem<FunctionDom>( method, parent, m_part->formatModelItem( method.data() ), TQCheckListItem::CheckBox );
method->isAbstract() ? it->setText( 1, i18n( "replace" ) ) : it->setText( 1, i18n( "extend" ) );
}
void CppNewClassDialog::addToUpgradeList( TQListViewItem *parent, FunctionDom method, TQString modifier )
{
PListViewItem<FunctionDom> *it = new PListViewItem<FunctionDom>( method, parent, m_part->formatModelItem( method.data() ) );
it->setText( 1, modifier );
}
void CppNewClassDialog::addToUpgradeList( TQListViewItem *parent, VariableDom attr, TQString modifier )
{
PListViewItem<VariableDom> *it = new PListViewItem<VariableDom>( attr, parent, m_part->formatModelItem( attr.data() ) );
it->setText( 1, modifier );
}
void CppNewClassDialog::parsePCSClass( TQString clName, TQString inheritance )
{
// Determine namespace
TQStringList clNamespace = currNamespace;
bool clFullQualified = false;
if ( clName.contains( "::" ) )
{
// Full qualified, override imported namespace
clFullQualified = true;
int splitpoint = clName.findRev( "::" );
clNamespace = TQStringList::split( "::", clName.left( splitpoint ) );
clName = clName.mid( splitpoint + 2 );
}
kdDebug( 9007 ) << "clFullQualified = " << clFullQualified << endl;
kdDebug( 9007 ) << "clName = " << clName << endl;
kdDebug( 9007 ) << "clNamespace = " << clNamespace.join( "." ) << endl;
TQString templateAdd = templateActualParamsFormatted( clName );
removeTemplateParams( clName );
myModel = new CodeModel();
StoreConverter converter( m_part, myModel );
converter.PCSClassToCodeModel( clName, clNamespace );
ClassList myClasses = myModel->globalNamespace() ->classByName( clName );
// kdDebug() << " tag class count: " << myClasses.count() << endl;
for ( ClassList::const_iterator classIt = myClasses.begin(); classIt != myClasses.end(); ++classIt )
{
kdDebug() << " this is class " << ( *classIt ) ->name() << endl;
PCheckListItem<ClassDom> *it = new PCheckListItem<ClassDom>( *classIt, constructors_view, ( *classIt ) ->name() );
it->templateAddition = templateAdd;
PListViewItem<ClassDom> *over = new PListViewItem<ClassDom>( *classIt, methods_view, ( *classIt ) ->name() );
over->templateAddition = templateAdd;
TQListViewItem *over_methods = new TQListViewItem( over, i18n( "Methods" ) );
TQListViewItem *over_slots = new TQListViewItem( over, i18n( "Slots (TQt-specific)" ) );
PListViewItem<ClassDom> *access = new PListViewItem<ClassDom>( *classIt, access_view, ( *classIt ) ->name() );
TQListViewItem *access_methods = new TQListViewItem( access, i18n( "Methods" ) );
TQListViewItem *access_slots = new TQListViewItem( access, i18n( "Slots (TQt-specific)" ) );
TQListViewItem *access_attrs = new TQListViewItem( access, i18n( "Attributes" ) );
FunctionList functionList = ( *classIt ) ->functionList();
for ( FunctionList::const_iterator methodIt = functionList.begin();
methodIt != functionList.end(); ++methodIt )
{
if ( ( *methodIt ) ->isSignal() )
{
//don't show signals as overridable methods
}
else if ( isConstructor( ( *classIt ) ->name(), *methodIt ) )
{
addToConstructorsList( it, *methodIt );
}
else if ( ( *methodIt ) ->isSlot() )
{
if ( ( *methodIt ) ->access() != CodeModelItem::Private )
{
addToMethodsList( over_slots, *methodIt );
TQString inhModifier;
//protected inheritance gives protected attributes
if ( inheritance.contains( "protected" ) )
inhModifier = "protected";
//private inheritance gives private attributes
else if ( inheritance.contains( "private" ) )
inhModifier = "private";
//public inheritance gives protected and public attributes
else if ( inheritance.contains( "public" ) )
inhModifier = ( *methodIt ) ->access() == CodeModelItem::Public ? "public" : "protected";
addToUpgradeList( access_slots, *methodIt, inhModifier );
}
}
else
{
//display only public and protected methods of the base class
if ( ( !isDestructor( ( *classIt ) ->name(), *methodIt ) ) && ( ( *methodIt ) ->access() != CodeModelItem::Private ) )
{
addToMethodsList( over_methods, *methodIt );
//see what modifier is given for the base class
TQString inhModifier;
//protected inheritance gives protected methods
if ( inheritance.contains( "protected" ) )
inhModifier = "protected";
//private inheritance gives private methods
else if ( inheritance.contains( "private" ) )
inhModifier = "private";
//public inheritance gives protected and public methods
else if ( inheritance.contains( "public" ) )
inhModifier = ( *methodIt ) ->access() == CodeModelItem::Public ? "public" : "protected";
addToUpgradeList( access_methods, *methodIt, inhModifier );
}
}
}
VariableList variableList = ( *classIt ) ->variableList();
for ( VariableList::const_iterator varIt = variableList.begin();
varIt != variableList.end(); ++varIt )
{
if ( ( *varIt ) ->access() != CodeModelItem::Private )
{
TQString inhModifier;
//protected inheritance gives protected attributes
if ( inheritance.contains( "protected" ) )
inhModifier = "protected";
//private inheritance gives private attributes
else if ( inheritance.contains( "private" ) )
inhModifier = "private";
//public inheritance gives protected and public attributes
else if ( inheritance.contains( "public" ) )
inhModifier = ( *varIt ) ->access() == CodeModelItem::Public ? "public" : "protected";
addToUpgradeList( access_attrs, *varIt, inhModifier );
}
}
}
}
void CppNewClassDialog::clear_selection_button_clicked()
{
TQListViewItemIterator it( constructors_view );
while ( it.current() )
{
PCheckListItem<FunctionDom> *curr;
if ( ( curr = dynamic_cast<PCheckListItem<FunctionDom>* >( it.current() ) ) )
curr->setOn( false );
++it;
}
}
void CppNewClassDialog::clearConstructorsList( bool clean )
{
if ( clean )
constructors_view->clear();
/* else
{
TQListViewItemIterator it( constructors_view );
while ( it.current() )
{
if ( ! currBaseClasses.contains(it.current().text(0)) )
delete it.current();
++it;
}
}*/
}
void CppNewClassDialog::clearMethodsList( bool clean )
{
if ( clean )
methods_view->clear();
}
void CppNewClassDialog::clearUpgradeList( bool clean )
{
if ( clean )
access_view->clear();
}
void CppNewClassDialog::setAccessForItem( TQListViewItem *curr, TQString newAccess, bool isPublic )
{
if ( newAccess == "public" )
curr->setText( 1, isPublic ? "public" : "protected" );
else
curr->setText( 1, newAccess );
if ( !curr->text( 2 ).isEmpty() )
{
if ( ( curr->text( 2 ) == "private" ) && ( ( newAccess == "public" ) || ( newAccess == "protected" ) ) )
curr->setText( 2, TQString() );
if ( ( curr->text( 2 ) == "protected" ) && ( ( newAccess == "public" ) && ( isPublic ) ) )
curr->setText( 2, TQString() );
}
}
void CppNewClassDialog::setAccessForBase( TQString baseclass, TQString newAccess )
{
TQListViewItem * base;
if ( ( base = access_view->findItem( baseclass, 0 ) ) )
{
TQListViewItemIterator it( base );
while ( it.current() )
{
if ( !it.current() ->text( 1 ).isEmpty() )
{
PListViewItem<VariableDom> *curr;
PListViewItem<FunctionDom> *curr_m;
if ( ( curr = dynamic_cast<PListViewItem<VariableDom>* >( it.current() ) ) )
setAccessForItem( curr, newAccess, curr->item() ->access() == CodeModelItem::Public );
else if ( ( curr_m = dynamic_cast<PListViewItem<FunctionDom>* >( it.current() ) ) )
setAccessForItem( curr_m, newAccess, curr_m->item() ->access() == CodeModelItem::Public );
}
++it;
}
}
}
void CppNewClassDialog::access_view_mouseButtonPressed( int button, TQListViewItem * item, const TQPoint &p, int /*c*/ )
{
if ( item && ( ( button == Qt::LeftButton ) || ( button == Qt::RightButton ) ) && ( item->depth() > 1 ) )
{
accessMenu->setItemEnabled( 1, true );
accessMenu->setItemEnabled( 2, true );
accessMenu->setItemEnabled( 3, true );
if ( item->text( 1 ) == "protected" )
{
accessMenu->setItemEnabled( 1, false );
}
if ( item->text( 1 ) == "public" )
{
accessMenu->setItemEnabled( 1, false );
accessMenu->setItemEnabled( 2, false );
}
accessMenu->exec( p );
/* accessMenu->setItemEnabled(1, item->text(1) == "private" ? false : true );
accessMenu->setItemEnabled(2, item->text(1) == "protected" ? false : true );
accessMenu->setItemEnabled(3, item->text(1) == "public" ? false : true );*/
}
}
void CppNewClassDialog::methods_view_mouseButtonPressed( int button , TQListViewItem * item, const TQPoint&p , int /*c*/ )
{
if ( item && ( button == Qt::RightButton ) && ( item->depth() > 1 ) && ( ! item->text( 1 ).isEmpty() ) )
{
overMenu->exec( p );
}
}
void CppNewClassDialog::extendFunctionality()
{
if ( methods_view->selectedItem() )
methods_view->selectedItem() ->setText( 1, i18n( "extend" ) );
}
void CppNewClassDialog::replaceFunctionality()
{
if ( methods_view->selectedItem() )
methods_view->selectedItem() ->setText( 1, i18n( "replace" ) );
}
void CppNewClassDialog::selectall_button_clicked()
{
TQListViewItemIterator it( constructors_view );
while ( it.current() )
{
PCheckListItem<FunctionDom> *curr;
if ( ( curr = dynamic_cast<PCheckListItem<FunctionDom>* >( it.current() ) ) )
curr->setOn( true );
++it;
}
}
void CppNewClassDialog::to_constructors_list_clicked()
{
TQString templateAdd = templateStrFormatted().isEmpty() ? TQString() : templateStrFormatted() + "\n";
TQString constructor_h = classNameFormatted();
TQString constructor_cpp = templateAdd + classNameFormatted() + templateParamsFormatted() + "::" + classNameFormatted();
constructor_h += "(";
constructor_cpp += "(";
TQString params_h;
TQString params_cpp;
TQString base;
int unnamed = 1;
TQListViewItemIterator it( constructors_view );
while ( it.current() )
{
PCheckListItem<FunctionDom> *curr;
if ( ( curr = dynamic_cast<PCheckListItem<FunctionDom>* >( it.current() ) ) )
{
if ( curr->isOn() && curr->parent() )
{
//fill the base classes list
base += base.isEmpty() ? ": " : ", ";
base += curr->parent() ->text( 0 );
PCheckListItem<ClassDom> *p;
if ( ( p = dynamic_cast<PCheckListItem<ClassDom>* >( curr->parent() ) ) )
{
base += p->templateAddition;
}
params_h += params_h.isEmpty() ? "" : ", ";
//fill arguments for both constructor and base class initializer
TQString cparams;
TQString bparams;
ArgumentList argumentList = curr->item() ->argumentList();
for ( ArgumentList::const_iterator argIt = argumentList.begin();
argIt != argumentList.end(); ++argIt )
{
bparams += bparams.isEmpty() ? "" : ", ";
cparams += cparams.isEmpty() ? "" : ", ";
cparams += ( *argIt ) ->type() + " ";
if ( ( *argIt ) ->name().isEmpty() )
{
cparams += TQString( "arg%1" ).arg( unnamed );
bparams += TQString( "arg%1" ).arg( unnamed++ );
}
else
{
bparams += ( *argIt ) ->name();
cparams += ( *argIt ) ->name();
}
if ( !( *argIt ) ->defaultValue().isEmpty() )
bparams += " = " + ( *argIt ) ->defaultValue();
}
params_h += cparams;
params_cpp = params_h;
base += "(" + bparams + ")";
}
}
++it;
}
constructor_cpp += params_cpp + ")" + base + TQString( "\n{\n}\n\n\n" );
constructor_h += params_h + ");\n\n";
constructors_h_edit->append( constructor_h );
constructors_cpp_edit->append( constructor_cpp );
}
/* ----------------------------------------------------------
----------------------------------------------------------
----------------------------------------------------------
----------------------------------------------------------
class CppNewClassDialog::ClassGenerator
----------------------------------------------------------
----------------------------------------------------------
----------------------------------------------------------
---------------------------------------------------------- */
bool CppNewClassDialog::ClassGenerator::validateInput()
{
className = dlg.classname_edit->text().simplifyWhiteSpace();
TQString temp = className;
className.replace( TQRegExp( "template *<.*> *(class *)?" ), "" );
templateStr = temp.replace( TQRegExp( TQRegExp_escape( className ) ), "" );
templateStr.replace( TQRegExp( " *class *$" ), "" );
templateParams = templateStr;
templateParams.replace( TQRegExp( "^ *template *" ), "" );
templateParams.replace( TQRegExp( " *class *" ), "" );
templateParams.simplifyWhiteSpace();
if ( className.isEmpty() )
{
KMessageBox::error( &dlg, i18n( "You must enter a classname." ) );
return false;
}
header = dlg.header_edit->text().simplifyWhiteSpace();
if ( header.isEmpty() )
{
KMessageBox::error( &dlg, i18n( "You must enter a name for the header file." ) );
return false;
}
implementation = dlg.implementation_edit->text().simplifyWhiteSpace();
if ( (!headeronly) && implementation.isEmpty() )
{
KMessageBox::error( &dlg, i18n( "You must enter a name for the implementation file." ) );
return false;
}
/// \FIXME
if ( ( header.find( '/' ) != -1 || implementation.find( '/' ) != -1 ) && !( dlg.m_part->project() ->options() & KDevProject::UsesTQMakeBuildSystem) )
{
KMessageBox::error( &dlg, i18n( "Generated files will always be added to the "
"active directory, so you must not give an "
"explicit subdirectory." ) );
return false;
}
return true;
}
bool CppNewClassDialog::ClassGenerator::generate()
{
if ( !validateInput() )
return false;
project = dlg.m_part->project();
subDir = project->projectDirectory() + "/";
if ( !project->activeDirectory().isEmpty() ){
subDir += project->activeDirectory();
subDir = TQDir::cleanDirPath(subDir);
subDir += "/";
}
headerPath = subDir + header;
implementationPath = subDir + implementation;
if ( TQFileInfo( headerPath ).exists() || TQFileInfo( implementationPath ).exists() )
{
KMessageBox::error( &dlg, i18n( "TDevelop is not able to add classes "
"to existing header or implementation files." ) );
return false;
}
if( ( dlg.m_part->project() ->options() & KDevProject::UsesTQMakeBuildSystem) )
{
TQDir dir( TQFileInfo( project->projectDirectory()+TQString( TQChar( TQDir::separator() ) )+project->activeDirectory() + TQString( TQChar( TQDir::separator() ) ) + header ).dirPath() );
kdDebug(9024) << "Dir for new file:" << dir.absPath() << endl;
if( dir.isRelative() )
dir.convertToAbs();
TQValueStack<TQString> dirsToCreate;
while( !dir.exists() )
{
dirsToCreate.push( dir.dirName() );
dir.cdUp();
}
while( !dirsToCreate.isEmpty() )
{
dir.mkdir( dirsToCreate.top() );
dir.cd( dirsToCreate.pop() );
}
}
common_text();
if(!headeronly) gen_implementation();
gen_interface();
TQStringList fileList;
TQString file;
if( project->activeDirectory().isEmpty() )
file = header;
else
file = project->activeDirectory() + "/" + header;
fileList.append ( file );
if (!headeronly)
{
if( project->activeDirectory().isEmpty() )
file = implementation;
else
file = project->activeDirectory() + "/" + implementation;
fileList.append ( file );
}
project->addFiles ( fileList );
return true;
}
void CppNewClassDialog::ClassGenerator::common_text()
{
// common
namespaceStr = dlg.namespace_edit->text();
namespaces = TQStringList::split( TQString( "::" ), namespaceStr );
childClass = dlg.childclass_box->isChecked();
objc = dlg.objc_box->isChecked();
qobject = dlg.qobject_box->isChecked();
gtk = dlg.gtk_box->isChecked();
headeronly = dlg.headeronly_box->isChecked();
if ( ( dlg.baseclasses_view->childCount() == 0 ) && childClass )
new TQListViewItem( dlg.baseclasses_view, TQWIDGET_OBJECT_NAME_STRING, "public" );
if ( objc && ( dlg.baseclasses_view->childCount() == 0 ) )
new TQListViewItem( dlg.baseclasses_view, "NSObject", "public" );
if ( dlg.documentation_edit->text().isEmpty() && ( !dlg.gen_config->doc_box->isChecked() ) )
doc = "";
else
{
doc = TQString( "/**\n" );
if ( !dlg.documentation_edit->text().isEmpty() )
{
doc.append( dlg.documentation_edit->text() );
if ( dlg.gen_config->author_box->isChecked() )
doc.append( "\n\n" );
}
TQString author = DomUtil::readEntry( *dlg.m_part->projectDom(), "/general/author" );
TQString email = DomUtil::readEntry( *dlg.m_part->projectDom(), "/general/email" );
if( !email.isEmpty() )
author += TQString( " <%1>" ).arg( email );
if ( dlg.gen_config->author_box->isChecked() )
doc.append( "\t@author " + author + "\n" );
doc.append( "*/" );
}
if ( !namespaceStr.isEmpty() )
{
for ( TQStringList::Iterator it = namespaces.begin(); it != namespaces.end(); ++it )
{
if ( !namespaceBeg.isEmpty() )
namespaceBeg += "\n\n";
if ( !namespaceEnd.isEmpty() )
namespaceEnd += "\n\n";
namespaceBeg += "namespace " + ( *it ) + " {";
namespaceEnd += "}";
}
}
//advanced constructor creation
advConstructorsHeader = TQString();
advConstructorsSource = TQString();
if ( !dlg.constructors_h_edit->text().isEmpty() )
{
advConstructorsHeader = " " + dlg.constructors_h_edit->text();
advConstructorsHeader.replace( TQRegExp( "\n" ), "\n " );
}
if ( !dlg.constructors_cpp_edit->text().isEmpty() )
{
advConstructorsSource = dlg.constructors_cpp_edit->text();
}
advConstructorsHeader.replace( TQRegExp( "[\\n ]*$" ), TQString() );
advConstructorsSource.replace( TQRegExp( "[\\n ]*$" ), TQString() );
//advanced method overriding
advH_public = TQString();
advH_public_slots = TQString();
advH_protected = TQString();
advH_protected_slots = TQString();
advH_private = TQString();
advH_private_slots = TQString();
advCpp = TQString();
TQListViewItemIterator it( dlg.methods_view );
while ( it.current() )
{
PCheckListItem<FunctionDom> *curr;
if ( ( curr = dynamic_cast<PCheckListItem<FunctionDom>* >( it.current() ) ) )
{
if ( curr->isOn() && ( curr->parent() ) && ( curr->parent() ->parent() ) )
{
TQString * adv_h = 0;
if ( curr->item() ->access() == CodeModelItem::Private )
adv_h = curr->item() ->isSlot() ? &advH_private_slots : &advH_private;
if ( curr->item() ->access() == CodeModelItem::Protected )
adv_h = curr->item() ->isSlot() ? &advH_protected_slots : &advH_protected;
if ( curr->item() ->access() == CodeModelItem::Public )
adv_h = curr->item() ->isSlot() ? &advH_public_slots : &advH_public;
// if (advCpp.isEmpty()) advCpp += "\n\n";
TQString bcName = curr->parent() ->parent() ->text( 0 );
PListViewItem<ClassDom> *bc;
if ( ( bc = dynamic_cast<PListViewItem<ClassDom>* >( curr->parent() ->parent() ) ) )
{
bcName += bc->templateAddition;
}
genMethodDeclaration( curr->item(), className, templateStr, adv_h, &advCpp,
( curr->text( 1 ) == i18n( "extend" ) ) ? true : false, bcName );
}
}
++it;
}
//advanced access control and upgrading
TQListViewItemIterator ita( dlg.access_view );
while ( ita.current() )
{
PListViewItem<VariableDom> *curr;
PListViewItem<FunctionDom> *curr_m;
if ( ( curr = dynamic_cast<PListViewItem<VariableDom>* >( ita.current() ) ) )
{
if ( ( !curr->text( 2 ).isEmpty() ) && ( curr->parent() ) && ( curr->parent() ->parent() ) )
{
TQString * adv_h = 0;
if ( curr->text( 2 ) == "private" )
adv_h = &advH_private;
if ( curr->text( 2 ) == "public" )
adv_h = &advH_public;
if ( curr->text( 2 ) == "protected" )
adv_h = &advH_protected;
/* if ((*adv_h).isEmpty())
*adv_h += "\n\n";*/
if ( adv_h )
*adv_h += TQString( " using " ) + curr->parent() ->parent() ->text( 0 ) + "::" + curr->item() ->name() + ";\n";
}
}
else if ( ( curr_m = dynamic_cast<PListViewItem<FunctionDom>* >( ita.current() ) ) )
{
if ( ( !curr_m->text( 2 ).isEmpty() ) && ( curr_m->parent() ) && ( curr_m->parent() ->parent() ) )
{
TQString * adv_h = 0;
if ( curr_m->text( 2 ) == "private" )
adv_h = &advH_private;
if ( curr_m->text( 2 ) == "public" )
adv_h = &advH_public;
if ( curr_m->text( 2 ) == "protected" )
adv_h = &advH_protected;
/* if ((*adv_h).isEmpty())
*adv_h += "\n\n";*/
TQString methodName = curr_m->item() ->name();
if ( !methodName.contains( TQRegExp( "^[a-zA-z_]" ) ) )
methodName = "operator" + methodName;
*adv_h += " using " + curr_m->parent() ->parent() ->text( 0 ) + "::" + methodName + ";\n";
}
}
++ita;
}
TQRegExp e( "[\\n ]*$" );
advH_public.replace( e, TQString() );
advH_public_slots.replace( e, TQString() );
advH_protected.replace( e, TQString() );
advH_protected_slots.replace( e, TQString() );
advH_private.replace( e, TQString() );
advH_private_slots.replace( e, TQString() );
advCpp.replace( e, TQString() );
}
void CppNewClassDialog::ClassGenerator::genMethodDeclaration( FunctionDom method,
TQString className, TQString templateStr, TQString *adv_h, TQString *adv_cpp, bool extend, TQString baseClassName )
{
/* if ((*adv_h).isEmpty())
*adv_h += "\n\n";*/
TQString methodName = method->name();
if ( !methodName.contains( TQRegExp( "^[a-zA-z_]" ) ) )
methodName = "operator" + methodName;
*adv_h += " " + ( method->isVirtual() ? TQString( "virtual " ) : TQString( "" ) )
+ ( method->isStatic() ? TQString( "static " ) : TQString( "" ) )
+ method->resultType() + " " + methodName + "(";
if ( !templateStr.isEmpty() )
* adv_cpp += templateStr + "\n";
*adv_cpp += method->resultType() + " " + className + templateParams + "::" + methodName + "(";
TQString bparams;
TQString cparams;
int unnamed = 1;
ArgumentList argumentList = method->argumentList();
for ( ArgumentList::const_iterator argIt = argumentList.begin();
argIt != argumentList.end(); ++argIt )
{
bparams += bparams.isEmpty() ? "" : ", ";
cparams += cparams.isEmpty() ? "" : ", ";
cparams += ( *argIt ) ->type() + " ";
if ( ( *argIt ) ->name().isEmpty() )
{
cparams += TQString( "arg%1" ).arg( unnamed );
bparams += TQString( "arg%1" ).arg( unnamed++ );
}
else
{
bparams += ( *argIt ) ->name();
cparams += ( *argIt ) ->name();
}
if ( !( *argIt ) ->defaultValue().isEmpty() )
bparams += " " + ( *argIt ) ->defaultValue();
}
*adv_h += cparams + ")" + ( method->isConstant() ? " const" : "" ) + ";\n";
*adv_cpp += cparams + ")" + ( method->isConstant() ? " const" : "" ) + "\n{\n";
if ( extend )
* adv_cpp += ( ( method->resultType() == "void" ) ? " " : " return " ) +
baseClassName + "::" + methodName + "(" + bparams + ");\n";
*adv_cpp += "}\n\n";
}
void CppNewClassDialog::ClassGenerator::gen_implementation()
{
// implementation
TQString classImpl;
TQFileInfo fi( implementationPath );
TQString module = fi.baseName();
TQString basefilename = fi.baseName( true );
if ( dlg.filetemplate_box->isChecked() )
{
/* TQDomDocument dom = *dlg.m_part->projectDom();
if(DomUtil::readBoolEntry(dom,"/cppsupportpart/filetemplates/choosefiles",false))
classImpl = FileTemplate::read(dlg.m_part, DomUtil::readEntry(dom,"/cppsupportpart/filetemplates/implementationURL",""), FileTemplate::Custom);
else*/
classImpl = FileTemplate::read( dlg.m_part, fi.extension( true ) );
}
classImpl.replace( TQRegExp( "\\$MODULE\\$" ), module );
classImpl.replace( TQRegExp( "\\$FILENAME\\$" ), basefilename );
if ( objc )
{
classImpl += dlg.gen_config->objcSource();
}
else if ( gtk )
{
classImpl += dlg.gen_config->gtkSource();
}
else
{
classImpl += dlg.gen_config->cppSource();
/* classImpl += TQString(
"#include \"$HEADER$\"\n"
"\n"
"\n")
+ namespaceBeg
+ ( advConstructorsSource.isEmpty() ? TQString("$CLASSNAME$::$CLASSNAME$($ARGS$)\n"
"$BASEINITIALIZER$"
"{\n"
"}\n") : advConstructorsSource )
+ TQString("\n"
"$CLASSNAME$::~$CLASSNAME$()\n"
"{\n"
"}\n")
+ advCpp
+ namespaceEnd;*/
}
TQString relPath;
for ( int i = implementation.findRev( '/' ); i != -1; i = implementation.findRev( '/', --i ) )
relPath += "../";
TQString constructors = ( advConstructorsSource.isEmpty() ? TQString( "$TEMPLATESTR$\n$CLASSNAME$$TEMPLATEPARAMS$::$CLASSNAME$($ARGS$)\n"
"$BASEINITIALIZER$"
"{\n"
"}" ) : advConstructorsSource )
+ TQString( "\n\n\n"
"$TEMPLATESTR$\n$CLASSNAME$$TEMPLATEPARAMS$::~$CLASSNAME$()\n"
"{\n"
"}\n" );
tqWarning( "NEW CLASS: constructors = %s", constructors.latin1() );
if ( childClass )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
{
argsH = "TQWidget *parent = 0, const char *name = 0";
argsCpp = "TQWidget *parent, const char *name";
}
else
{
argsH = "TQWidget *parent = 0";
argsCpp = "TQWidget *parent";
}
}
else if ( qobject )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
{
argsH = "TQObject *parent = 0, const char *name = 0";
argsCpp = "TQObject *parent, const char *name";
}
else
{
argsH = "TQObject *parent = 0";
argsCpp = "TQObject *parent";
}
}
else
{
argsH = "";
argsCpp = "";
}
TQString baseInitializer;
if ( childClass && ( dlg.baseclasses_view->childCount() == 0 ) )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
baseInitializer = " : TQWidget(parent, name)";
else
baseInitializer = " : TQWidget(parent)";
}
else if ( qobject && ( dlg.baseclasses_view->childCount() == 0 ) )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
baseInitializer = " : TQObject(parent, name)";
else
baseInitializer = " : TQObject(parent)";
}
else if ( dlg.baseclasses_view->childCount() != 0 )
{
TQListViewItemIterator it( dlg.baseclasses_view );
baseInitializer += " : ";
while ( it.current() )
{
if ( !it.current() ->text( 0 ).isEmpty() )
{
if ( baseInitializer != " : " )
{
baseInitializer += ", ";
}
if ( childClass && ( baseInitializer == " : " ) )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
baseInitializer += it.current()->text( 0 ) + "(parent, name)";
else
baseInitializer += it.current()->text( 0 ) + "(parent)";
}
else if ( qobject && ( baseInitializer == " : " ) )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
baseInitializer += it.current()->text( 0 ) + "(parent, name)";
else
baseInitializer += it.current()->text( 0 ) + "(parent)";
}
else
{
baseInitializer += it.current()->text( 0 ) + "()";
}
}
++it;
}
baseInitializer += "\n";
}
constructors.replace( TQRegExp( "\\$BASEINITIALIZER\\$" ), baseInitializer );
constructors.replace( TQRegExp( "\\$CLASSNAME\\$" ), className );
// tqWarning("NEW CLASS: constructors = %s", constructors.latin1());
if ( templateStr.isEmpty() )
{
constructors.replace( TQRegExp( "\\$TEMPLATESTR\\$\\n" ), "" );
constructors.replace( TQRegExp( "\\$TEMPLATEPARAMS\\$" ), "" );
}
else
{
constructors.replace( TQRegExp( "\\$TEMPLATESTR\\$" ), templateStr );
constructors.replace( TQRegExp( "\\$TEMPLATEPARAMS\\$" ), templateParams );
classImpl.replace( TQRegExp( "#include \"\\$HEADER\\$\"\\n" ), "" );
}
// tqWarning("NEW CLASS: constructors = %s", constructors.latin1());
constructors.replace( TQRegExp( "\\$ARGS\\$" ), argsCpp );
// tqWarning("NEW CLASS: constructors = %s", constructors.latin1());
//remove unnesessary carriadge returns
TQString hp = relPath + header;
beautifySource( classImpl, hp, className, namespaceBeg, constructors, advCpp, namespaceEnd, implementation );
classImpl.replace( TQRegExp( "\\$HEADER\\$" ), relPath + header );
classImpl.replace( TQRegExp( "\\$CLASSNAME\\$" ), className );
classImpl.replace( TQRegExp( "\\$NAMESPACEBEG\\$" ), namespaceBeg );
classImpl.replace( TQRegExp( "\\$CONSTRUCTORDEFINITIONS\\$" ), constructors );
classImpl.replace( TQRegExp( "\\$DEFINITIONS\\$" ), advCpp );
classImpl.replace( TQRegExp( "\\$NAMESPACEEND\\$" ), namespaceEnd );
classImpl.replace( TQRegExp( "\\$FILENAME\\$" ), implementation );
if ( ( dlg.m_part->project() ) && ( childClass || qobject ) && ( dlg.m_part->project() ->options() & KDevProject::UsesAutotoolsBuildSystem ) )
{
TQString moc = header;
moc.replace( TQRegExp( "\\..*" ), ".moc" );
classImpl += "#include \"" + moc + "\"\n";
}
if ( dlg.gen_config->reformat_box->isChecked() )
{
KDevSourceFormatter * fmt = dlg.m_part->extension<KDevSourceFormatter>( "TDevelop/SourceFormatter" );
if ( fmt )
classImpl = fmt->formatSource( classImpl );
}
kdDebug( 9007 ) << "implementationPath = " << implementationPath << endl;
TQFile ifile( implementationPath );
if ( !ifile.open( IO_WriteOnly ) )
{
KMessageBox::error( &dlg, i18n( "Cannot write to implementation file" ) );
return ;
}
TQTextStream istream( &ifile );
istream << classImpl;
ifile.close();
KURL u;
u.setPath( implementationPath );
dlg.m_part->partController()->editDocument( u );
}
void CppNewClassDialog::ClassGenerator::gen_interface()
{
// interface
TQString classIntf;
TQFileInfo fi( headerPath );
TQString module = fi.baseName();
TQString basefilename = fi.baseName( true );
if ( dlg.filetemplate_box->isChecked() )
{
/* TQDomDocument dom = *dlg.m_part->projectDom();
if(DomUtil::readBoolEntry(dom,"/cppsupportpart/filetemplates/choosefiles",false))
classIntf = FileTemplate::read(dlg.m_part, DomUtil::readEntry(dom,"/cppsupportpart/filetemplates/interfaceURL",""), FileTemplate::Custom);
else*/
classIntf = FileTemplate::read( dlg.m_part, fi.extension( true ) );
}
classIntf.replace( TQRegExp( "\\$MODULE\\$" ), module );
classIntf.replace( TQRegExp( "\\$FILENAME\\$" ), basefilename );
if ( objc )
{
classIntf += dlg.gen_config->objcHeader();
}
else if ( gtk )
{
classIntf += dlg.gen_config->gtkHeader();
}
else
{
classIntf += dlg.gen_config->cppHeader();
/* classIntf = TQString("\n"
"#ifndef $HEADERGUARD$\n"
"#define $HEADERGUARD$\n"
"\n"
"$INCLUDEBASEHEADER$\n"
"\n")
+ namespaceBeg
+ TQString("class $CLASSNAME$$INHERITANCE$\n"
"{\n"
"$TQOBJECT$"
"public:\n")
+ ( advConstructorsHeader.isEmpty() ? TQString(" $CLASSNAME$($ARGS$);\n") : advConstructorsHeader )
+ TQString("\n ~$CLASSNAME$();\n")
+ advH_public
+ (advH_public_slots.isEmpty() ? TQString::fromLatin1("") : ("\n\npublic slots:" + advH_public_slots))
+ (advH_protected.isEmpty() ? TQString::fromLatin1("") : ("\n\nprotected:" + advH_protected))
+ (advH_protected_slots.isEmpty() ? TQString::fromLatin1("") : ("\n\nprotected slots:" + advH_protected_slots))
+ (advH_private.isEmpty() ? TQString::fromLatin1("") : ("\n\nprivate:" + advH_private))
+ (advH_private_slots.isEmpty() ? TQString::fromLatin1("") : ("\n\nprivate slots:" + advH_private_slots))
+ TQString("};\n"
"\n")
+ namespaceEnd
+ "#endif\n";*/
}
TQString headerGuard;
switch ( dlg.gen_config->defCase() )
{
case ClassGeneratorConfig::UpperCase:
headerGuard = namespaceStr.upper() + header.mid( header.findRev( "/" )+1 ).upper();
break;
case ClassGeneratorConfig::LowerCase:
headerGuard = namespaceStr.lower() + header.mid( header.findRev( "/" )+1 ).lower();
break;
case ClassGeneratorConfig::SameAsFileCase:
headerGuard = dlg.header_edit->text().mid( dlg.header_edit->text().findRev( "/" )+1 );
break;
case ClassGeneratorConfig::SameAsClassCase:
headerGuard = namespaceStr + header.mid( header.findRev( "/" )+1 );
break;
}
headerGuard.replace( TQRegExp( "\\." ), "_" );
headerGuard.replace( TQRegExp( "::" ), "_" );
TQString includeBaseHeader;
if( dlg.m_part->qtBuildConfig()->isUsed() )
{
if( childClass && ( dlg.baseclasses_view->childCount() == 0 ) )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
includeBaseHeader = "#include <tqwidget.h>";
else
includeBaseHeader = "#include <TQWidget>";
}
else if( qobject && ( dlg.baseclasses_view->childCount() == 0 ) )
{
if( dlg.m_part->qtBuildConfig()->version() == 3 )
includeBaseHeader = "#include <tqobject.h>";
else
includeBaseHeader = "#include <TQObject>";
}
}
if ( objc )
{
if ( dlg.baseclasses_view->firstChild() )
if ( dlg.baseclasses_view->firstChild() ->text( 0 ) != "NSObject" )
if ( !dlg.baseclasses_view->firstChild() ->text( 3 ).isEmpty() )
includeBaseHeader = "#include "
+ ( dlg.baseclasses_view->firstChild() ->text( 2 ).toInt() == 0 ? TQString( "<" ) : TQString( "\"" ) )
+ dlg.baseclasses_view->firstChild() ->text( 3 )
+ ( dlg.baseclasses_view->firstChild() ->text( 2 ).toInt() == 0 ? TQString( ">" ) : TQString( "\"" ) );
}
else
{
TQListViewItemIterator it( dlg.baseclasses_view );
while ( it.current() )
{
if ( !it.current() ->text( 0 ).isEmpty() )
if ( !it.current() ->text( 3 ).isEmpty() )
// if ((!childClass) || (it.current()->text(0) != TQWIDGET_OBJECT_NAME_STRING))
includeBaseHeader += ( includeBaseHeader.isEmpty() ? TQString( "" ) : TQString( "\n" ) ) + TQString::fromLatin1( "#include " ) +
( it.current() ->text( 2 ).toInt() == 0 ? TQString( "<" ) : TQString( "\"" ) )
+ it.current() ->text( 3 )
+ ( it.current() ->text( 2 ).toInt() == 0 ? TQString( ">" ) : TQString( "\"" ) );
++it;
}
}
TQString author = DomUtil::readEntry( *dlg.m_part->projectDom(), "/general/author" );
TQString email = DomUtil::readEntry( *dlg.m_part->projectDom(), "/general/email" );
if( !email.isEmpty() )
author += TQString( " <%1>" ).arg( email );
TQString inheritance;
if ( dlg.baseclasses_view->childCount() > 0 )
{
inheritance += " : ";
TQListViewItemIterator it( dlg.baseclasses_view );
while ( it.current() )
{
if ( !it.current() ->text( 0 ).isEmpty() )
{
if ( inheritance != " : " )
inheritance += ", ";
if ( it.current() ->text( 1 ).contains( "virtual" ) )
inheritance += "virtual ";
if ( it.current() ->text( 1 ).contains( "public" ) )
inheritance += "public ";
if ( it.current() ->text( 1 ).contains( "protected" ) )
inheritance += "protected ";
if ( it.current() ->text( 1 ).contains( "private" ) )
inheritance += "private ";
inheritance += it.current() ->text( 0 );
}
++it;
}
}
else if ( qobject )
inheritance += ": public TQObject";
TQString constructors = TQString( advConstructorsHeader.isEmpty() ?
TQString( " $CLASSNAME$($ARGS$);" ) : advConstructorsHeader )
+ TQString( "\n\n ~$CLASSNAME$();" );
constructors.replace( TQRegExp( "\\$CLASSNAME\\$" ), className );
constructors.replace( TQRegExp( "\\$ARGS\\$" ), argsH );
TQString qobjectStr;
if ( childClass || qobject )
qobjectStr = "Q_OBJECT\n";
TQString baseclass;
if ( dlg.baseclasses_view->childCount() > 0 )
baseclass = dlg.baseclasses_view->firstChild() ->text( 0 );
//remove unnesessary carriadge returns
beautifyHeader( classIntf, headerGuard, includeBaseHeader, author, doc, className, templateStr,
baseclass, inheritance, qobjectStr, argsH,
header, namespaceBeg, constructors, advH_public, advH_public_slots,
advH_protected, advH_protected_slots, advH_private, advH_private_slots, namespaceEnd );
classIntf.replace( TQRegExp( "\\$HEADERGUARD\\$" ), headerGuard );
classIntf.replace( TQRegExp( "\\$INCLUDEBASEHEADER\\$" ), includeBaseHeader );
classIntf.replace( TQRegExp( "\\$AUTHOR\\$" ), author );
classIntf.replace( TQRegExp( "\\$DOC\\$" ), doc );
classIntf.replace( TQRegExp( "\\$TEMPLATE\\$" ), templateStr );
classIntf.replace( TQRegExp( "\\$CLASSNAME\\$" ), className );
if ( dlg.baseclasses_view->childCount() > 0 )
classIntf.replace( TQRegExp( "\\$BASECLASS\\$" ), dlg.baseclasses_view->firstChild() ->text( 0 ) );
classIntf.replace( TQRegExp( "\\$INHERITANCE\\$" ), inheritance );
classIntf.replace( TQRegExp( "\\$TQOBJECT\\$" ), qobjectStr );
classIntf.replace( TQRegExp( "\\$ARGS\\$" ), argsH );
classIntf.replace( TQRegExp( "\\$FILENAME\\$" ), header );
classIntf.replace( TQRegExp( "\\$NAMESPACEBEG\\$" ), namespaceBeg );
classIntf.replace( TQRegExp( "\\$CONSTRUCTORDECLARATIONS\\$" ), constructors );
classIntf.replace( TQRegExp( "\\$PUBLICDECLARATIONS\\$" ), advH_public );
classIntf.replace( TQRegExp( "\\$PUBLICSLOTS\\$" ), advH_public_slots );
classIntf.replace( TQRegExp( "\\$PROTECTEDDECLARATIONS\\$" ), TQString( "protected:\n" ) + advH_protected );
classIntf.replace( TQRegExp( "\\$PROTECTEDSLOTS\\$" ), TQString( "protected slots:\n" ) + advH_protected_slots );
classIntf.replace( TQRegExp( "\\$PRIVATEDECLARATIONS\\$" ), TQString( "private:\n" ) + advH_private );
classIntf.replace( TQRegExp( "\\$PRIVATESLOTS\\$" ), TQString( "private slots:\n" ) + advH_private_slots );
classIntf.replace( TQRegExp( "\\$NAMESPACEEND\\$" ), namespaceEnd );
if ( !templateStr.isEmpty() && (!headeronly) )
classIntf.replace( TQRegExp( "#endif" ), "#include \"" + dlg.implementation_edit->text() + "\"\n\n#endif" );
if ( dlg.gen_config->reformat_box->isChecked() )
{
KDevSourceFormatter * fmt = dlg.m_part->extension<KDevSourceFormatter>( "TDevelop/SourceFormatter" );
if ( fmt )
classIntf = fmt->formatSource( classIntf );
}
TQFile hfile( headerPath );
if ( !hfile.open( IO_WriteOnly ) )
{
KMessageBox::error( &dlg, i18n( "Cannot write to header file" ) );
return ;
}
TQTextStream hstream( &hfile );
hstream << classIntf;
hfile.close();
KURL u;
u.setPath( headerPath );
dlg.m_part->partController()->editDocument( u );
}
void CppNewClassDialog::ClassGenerator::beautifyHeader( TQString &templ, TQString &headerGuard,
TQString &includeBaseHeader, TQString &author, TQString &doc, TQString &className, TQString &templateStr,
TQString &baseclass, TQString &inheritance, TQString &qobjectStr, TQString &args,
TQString &header, TQString &namespaceBeg, TQString &constructors, TQString &advH_public, TQString &advH_public_slots,
TQString &advH_protected, TQString &advH_protected_slots, TQString &advH_private, TQString &advH_private_slots,
TQString &namespaceEnd )
{
if ( headerGuard.isEmpty() )
templ.replace( TQRegExp( "\\$HEADERGUARD\\$[\\n ]*" ), TQString() );
if ( includeBaseHeader.isEmpty() )
templ.replace( TQRegExp( "\\$INCLUDEBASEHEADER\\$[\\n ]*" ), TQString() );
if ( author.isEmpty() )
templ.replace( TQRegExp( "\\$AUTHOR\\$[\\n ]*" ), TQString() );
if ( doc.isEmpty() )
templ.replace( TQRegExp( "\\$DOC\\$[\\n ]*" ), TQString() );
if ( className.isEmpty() )
templ.replace( TQRegExp( "\\$CLASSNAME\\$[\\n ]*" ), TQString() );
if ( templateStr.isEmpty() )
templ.replace( TQRegExp( "\\$TEMPLATE\\$[\\n ]*" ), TQString() );
if ( baseclass.isEmpty() )
templ.replace( TQRegExp( "\\$BASECLASS\\$[\\n ]*" ), TQString() );
if ( inheritance.isEmpty() )
templ.replace( TQRegExp( "\\$INHERITANCE\\$[\\n ]*" ), TQString() );
if ( qobjectStr.isEmpty() )
templ.replace( TQRegExp( "\\$TQOBJECT\\$[\\n ]*" ), TQString() );
if ( args.isEmpty() )
templ.replace( TQRegExp( "\\$ARGS\\$[\\n ]*" ), TQString() );
if ( header.isEmpty() )
templ.replace( TQRegExp( "\\$FILENAME\\$[\\n ]*" ), TQString() );
if ( namespaceBeg.isEmpty() )
templ.replace( TQRegExp( "\\$NAMESPACEBEG\\$[\\n ]*" ), TQString() );
if ( constructors.isEmpty() )
templ.replace( TQRegExp( "\\$CONSTRUCTORDECLARATIONS\\$[\\n ]*" ), TQString() );
if ( advH_public.isEmpty() )
templ.replace( TQRegExp( "\\$PUBLICDECLARATIONS\\$[\\n ]*" ), TQString() );
if ( advH_public_slots.isEmpty() )
templ.replace( TQRegExp( "\\$PUBLICSLOTS\\$[\\n ]*" ), TQString() );
if ( advH_protected.isEmpty() )
templ.replace( TQRegExp( "\\$PROTECTEDDECLARATIONS\\$[\\n ]*" ), TQString() );
if ( advH_protected_slots.isEmpty() )
templ.replace( TQRegExp( "\\$PROTECTEDSLOTS\\$[\\n ]*" ), TQString() );
if ( advH_private.isEmpty() )
templ.replace( TQRegExp( "\\$PRIVATEDECLARATIONS\\$[\\n ]*" ), TQString() );
if ( advH_private_slots.isEmpty() )
templ.replace( TQRegExp( "\\$PRIVATESLOTS\\$[\\n ]*" ), TQString() );
if ( namespaceEnd.isEmpty() )
templ.replace( TQRegExp( "\\$NAMESPACEEND\\$[\\n ]*" ), TQString() );
}
void CppNewClassDialog::ClassGenerator::beautifySource( TQString &templ, TQString &header, TQString &className, TQString &namespaceBeg,
TQString &constructors, TQString &advCpp, TQString &namespaceEnd, TQString &implementation )
{
if ( header.isEmpty() )
templ.replace( TQRegExp( "\\$HEADER\\$[\\n ]*" ), TQString() );
if ( className.isEmpty() )
templ.replace( TQRegExp( "\\$CLASSNAME\\$[\\n ]*" ), TQString() );
if ( namespaceBeg.isEmpty() )
templ.replace( TQRegExp( "\\$NAMESPACEBEG\\$[\\n ]*" ), TQString() );
if ( constructors.isEmpty() )
templ.replace( TQRegExp( "\\$CONSTRUCTORDEFINITIONS\\$[\\n ]*" ), TQString() );
if ( advCpp.isEmpty() )
templ.replace( TQRegExp( "\\$DEFINITIONS\\$[\\n ]*" ), TQString() );
if ( namespaceEnd.isEmpty() )
templ.replace( TQRegExp( "\\$NAMESPACEEND\\$[\\n ]*" ), TQString() );
if ( implementation.isEmpty() )
templ.replace( TQRegExp( "\\$FILENAME\\$[\\n ]*" ), TQString() );
}
TQString CppNewClassDialog::classNameFormatted( )
{
return classNameFormatted( classname_edit->text() );
}
TQString CppNewClassDialog::classNameFormatted( const TQString &name )
{
TQString temp = name.simplifyWhiteSpace();
return temp.replace( TQRegExp( "template *<.*> *(class *)?" ), "" );
}
TQString CppNewClassDialog::templateStrFormatted( )
{
return templateStrFormatted( classname_edit->text() );
}
TQString CppNewClassDialog::templateStrFormatted( const TQString &name )
{
TQString className = name.simplifyWhiteSpace();
TQString temp = className;
className.replace( TQRegExp( "template *<.*> *(class *)?" ), "" );
TQString templateStr = temp.replace( TQRegExp( TQRegExp_escape( className ) ), "" );
templateStr.replace( TQRegExp( " *class *$" ), "" );
return templateStr;
}
TQString CppNewClassDialog::templateParamsFormatted( )
{
return templateParamsFormatted( classname_edit->text() );
}
TQString CppNewClassDialog::templateParamsFormatted( const TQString &name )
{
TQString className = name.simplifyWhiteSpace();
TQString temp = className;
className.replace( TQRegExp( "template *<.*> *(class *)?" ), "" );
TQString templateStr = temp.replace( TQRegExp( TQRegExp_escape( className ) ), "" );
templateStr.replace( TQRegExp( " *class *$" ), "" );
TQString templateParams = templateStr;
templateParams.replace( TQRegExp( "^ *template *" ), "" );
templateParams.replace( TQRegExp( " *class *" ), "" );
templateParams.simplifyWhiteSpace();
return templateParams;
}
TQString CppNewClassDialog::templateActualParamsFormatted( const TQString & name )
{
TQString className = name.simplifyWhiteSpace();
TQString temp = className;
className.replace( TQRegExp( "<.*> *" ), "" );
TQString templateStr = temp.replace( TQRegExp( TQRegExp_escape( className ) ), "" );
return templateStr;
}
void CppNewClassDialog::removeTemplateParams( TQString & name )
{
name.replace( TQRegExp( "<.*> *" ), "" );
}
bool CppNewClassDialog::isDestructor( TQString className, const FunctionDom &method )
{
if ( m_part->formatModelItem( method.data() ).contains( TQRegExp( " *~ *" + className ) ) )
return true;
return false;
}
void CppNewClassDialog::headeronly_box_stateChanged(int val)
{
implementation_edit->setEnabled(!val);
}
#include "cppnewclassdlg.moc"
//kate: space-indent on; indent-width 4; tab-width 4; replace-tabs on
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