You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
tdelibs/kparts/browserextension.h

833 lines
28 KiB

/* This file is part of the KDE project
Copyright (C) 1999 Simon Hausmann <hausmann@kde.org>
David Faure <faure@kde.org>
This library 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 library 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 library; see the file COPYING.LIB. If not, write to
the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
Boston, MA 02110-1301, USA.
*/
#ifndef __kparts_browserextension_h__
#define __kparts_browserextension_h__
#include <sys/types.h>
#include <tqpoint.h>
#include <tqptrlist.h>
#include <tqdatastream.h>
#include <tqstringlist.h>
#include <tqpair.h>
#include <kparts/part.h>
#include <kparts/event.h>
class KFileItem;
typedef TQPtrList<KFileItem> KFileItemList;
class TQString;
namespace KParts {
class BrowserInterface;
struct URLArgsPrivate;
/**
* URLArgs is a set of arguments bundled into a structure,
* to allow specifying how a URL should be opened by openURL().
* In other words, this is like arguments to openURL(), but without
* have to change the signature of openURL() (since openURL is a
* generic KParts method).
* The parts (with a browser extension) who care about urlargs will
* use those arguments, others will ignore them.
*
* This can also be used the other way round, when a part asks
* for a URL to be opened (with openURLRequest or createNewWindow).
*/
struct KPARTS_EXPORT URLArgs
{
URLArgs();
URLArgs( const URLArgs &args );
URLArgs &operator=( const URLArgs &args);
URLArgs( bool reload, int xOffset, int yOffset, const TQString &serviceType = TQString::null );
virtual ~URLArgs();
/**
* This buffer can be used by the part to save and restore its contents.
* See KHTMLPart for instance.
*/
TQStringList docState;
/**
* @p reload is set when the cache shouldn't be used (forced reload).
*/
bool reload;
/**
* @p xOffset is the horizontal scrolling of the part's widget
* (in case it's a scrollview). This is saved into the history
* and restored when going back in the history.
*/
int xOffset;
/**
* @p yOffset vertical scrolling position, xOffset.
*/
int yOffset;
/**
* The servicetype (usually mimetype) to use when opening the next URL.
*/
TQString serviceType;
/**
* KHTML-specific field, contents of the HTTP POST data.
*/
TQByteArray postData;
/**
* KHTML-specific field, header defining the type of the POST data.
*/
void setContentType( const TQString & contentType );
/**
* KHTML-specific field, header defining the type of the POST data.
*/
TQString contentType() const;
/**
* KHTML-specific field, whether to do a POST instead of a GET,
* for the next openURL.
*/
void setDoPost( bool enable );
/**
* KHTML-specific field, whether to do a POST instead of a GET,
* for the next openURL.
*/
bool doPost() const;
/**
* Whether to lock the history when opening the next URL.
* This is used during e.g. a redirection, to avoid a new entry
* in the history.
*/
void setLockHistory( bool lock );
bool lockHistory() const;
/**
* Whether the URL should be opened in a new tab instead in a new window.
*/
void setNewTab( bool newTab );
bool newTab() const;
/**
* Meta-data to associate with the next KIO operation
* @see KIO::TransferJob etc.
*/
TQMap<TQString, TQString> &metaData();
/**
* The frame in which to open the URL. KHTML/Konqueror-specific.
*/
TQString frameName;
/**
* If true, the part who asks for a URL to be opened can be 'trusted'
* to execute applications. For instance, the directory views can be
* 'trusted' whereas HTML pages are not trusted in that respect.
*/
bool trustedSource;
/**
* @return true if the request was a result of a META refresh/redirect request or
* HTTP redirect.
*/
bool redirectedRequest () const;
/**
* Set the redirect flag to indicate URL is a result of either a META redirect
* or HTTP redirect.
*
* @param redirected
*/
void setRedirectedRequest(bool redirected);
/**
* Set whether the URL specifies to be opened in a new window
* @since 3.4
*/
void setForcesNewWindow( bool forcesNewWindow );
/**
* Whether the URL specifies to be opened in a new window
* @since 3.4
*/
bool forcesNewWindow() const;
URLArgsPrivate *d;
};
struct WindowArgsPrivate;
/**
* The WindowArgs are used to specify arguments to the "create new window"
* call (see the createNewWindow variant that uses WindowArgs).
* The primary reason for this is the javascript window.open function.
*/
struct KPARTS_EXPORT WindowArgs
{
WindowArgs();
~WindowArgs();
WindowArgs( const WindowArgs &args );
WindowArgs &operator=( const WindowArgs &args );
WindowArgs( const TQRect &_geometry, bool _fullscreen, bool _menuBarVisible,
bool _toolBarsVisible, bool _statusBarVisible, bool _resizable );
WindowArgs( int _x, int _y, int _width, int _height, bool _fullscreen,
bool _menuBarVisible, bool _toolBarsVisible,
bool _statusBarVisible, bool _resizable );
// Position
int x;
int y;
// Size
int width;
int height;
bool fullscreen; //defaults to false
bool menuBarVisible; //defaults to true
bool toolBarsVisible; //defaults to true
bool statusBarVisible; //defaults to true
bool resizable; //defaults to true
bool lowerWindow; //defaults to false
bool scrollBarsVisible; //defaults to true
WindowArgsPrivate *d; // don't use before KDE4, many KDE-3.x didn't have an explicit destructor
};
/**
* The KParts::OpenURLEvent event informs that a given part has opened a given URL.
* Applications can use this event to send this information to interested plugins.
*
* The event should be sent before opening the URL in the part, so that the plugins
* can use part()->url() to get the old URL.
*/
class KPARTS_EXPORT OpenURLEvent : public Event
{
public:
OpenURLEvent( ReadOnlyPart *part, const KURL &url, const URLArgs &args = URLArgs() );
virtual ~OpenURLEvent();
ReadOnlyPart *part() const { return m_part; }
KURL url() const { return m_url; }
URLArgs args() const { return m_args; }
static bool test( const TQEvent *event ) { return Event::test( event, s_strOpenURLEvent ); }
private:
static const char *s_strOpenURLEvent;
ReadOnlyPart *m_part;
KURL m_url;
URLArgs m_args;
class OpenURLEventPrivate;
OpenURLEventPrivate *d;
};
class BrowserExtensionPrivate;
/**
* The Browser Extension is an extension (yes, no kidding) to
* KParts::ReadOnlyPart, which allows a better integration of parts
* with browsers (in particular Konqueror).
* Remember that ReadOnlyPart only has openURL(KURL), with no other settings.
* For full-fledged browsing, we need much more than that, including
* many arguments about how to open this URL (see URLArgs), allowing
* parts to save and restore their data into the back/forward history,
* allowing parts to control the location bar URL, to requests URLs
* to be opened by the hosting browser, etc.
*
* The part developer needs to define its own class derived from BrowserExtension,
* to implement the virtual methods [and the standard-actions slots, see below].
*
* The way to associate the BrowserExtension with the part is to simply
* create the BrowserExtension as a child of the part (in QObject's terms).
* The hosting application will look for it automatically.
*
* Another aspect of the browser integration is that a set of standard
* actions are provided by the browser, but implemented by the part
* (for the actions it supports).
*
* The following standard actions are defined by the host of the view :
*
* [selection-dependent actions]
* @li @p cut : Copy selected items to clipboard and store 'not cut' in clipboard.
* @li @p copy : Copy selected items to clipboard and store 'cut' in clipboard.
* @li @p paste : Paste clipboard into view URL.
* @li @p pasteTo(const KURL &) : Paste clipboard into given URL.
* @li @p rename : Rename item in place.
* @li @p trash : Move selected items to trash.
* @li @p del : Delete selected items (couldn't call it delete!).
* @li @p shred : Shred selected items (secure deletion) - DEPRECATED.
* @li @p properties : Show file/document properties.
* @li @p editMimeType : show file/document's mimetype properties.
* @li @p searchProvider : Lookup selected text at default search provider
*
* [normal actions]
* @li @p print : Print :-)
* @li @p reparseConfiguration : Re-read configuration and apply it.
* @li @p refreshMimeTypes : If the view uses mimetypes it should re-determine them.
*
*
* The view defines a slot with the name of the action in order to implement the action.
* The browser will detect the slot automatically and connect its action to it when
* appropriate (i.e. when the view is active).
*
*
* The selection-dependent actions are disabled by default and the view should
* enable them when the selection changes, emitting enableAction().
*
* The normal actions do not depend on the selection.
* You need to enable 'print' when printing is possible - you can even do that
* in the constructor.
*
* A special case is the configuration slots, not connected to any action directly,
* and having parameters.
*
* [configuration slot]
* @li @p setSaveViewPropertiesLocally( bool ): If @p true, view properties are saved into .directory
* otherwise, they are saved globally.
* @li @p disableScrolling: no scrollbars
*/
class KPARTS_EXPORT BrowserExtension : public TQObject
{
Q_OBJECT
TQ_PROPERTY( bool urlDropHandling READ isURLDropHandlingEnabled WRITE setURLDropHandlingEnabled )
public:
/**
* Constructor
*
* @param parent The KParts::ReadOnlyPart that this extension ... "extends" :)
* @param name An optional name for the extension.
*/
BrowserExtension( KParts::ReadOnlyPart *parent,
const char *name = 0L );
virtual ~BrowserExtension();
typedef uint PopupFlags;
/**
* Set of flags passed via the popupMenu signal, to ask for some items in the popup menu.
* DefaultPopupItems: default value, no additional menu item
* ShowNavigationItems: show "back" and "forward" (usually done when clicking the background of the view, but not an item)
* ShowUp: show "up" (same thing, but not over e.g. HTTP). Requires ShowNavigationItems.
* ShowReload: show "reload" (usually done when clicking the background of the view, but not an item)
* ShowBookmark: show "add to bookmarks" (usually not done on the local filesystem)
* ShowCreateDirectory: show "create directory" (usually only done on the background of the view, or
* in hierarchical views like directory trees, where the new dir would be visible)
* ShowTextSelectionItems: set when selecting text, for a popup that only contains text-related items.
* NoDeletion: deletion, trashing and renaming not allowed (e.g. parent dir not writeable).
* (this is only needed if the protocol itself supports deletion, unlike e.g. HTTP)
*
* KDE4 TODO: add IsLink flag, for "Bookmark This Link" and linkactions merging group.
* [currently it depends on which signal is emitted]
* add ShowURLOperation flags for copy,cut,paste,rename,trash,del [same thing]
*/
enum { DefaultPopupItems=0x0000, ShowNavigationItems=0x0001,
ShowUp=0x0002, ShowReload=0x0004, ShowBookmark=0x0008,
ShowCreateDirectory=0x0010, ShowTextSelectionItems=0x0020,
NoDeletion=0x0040 ///< @since 3.4
};
/**
* Set the parameters to use for opening the next URL.
* This is called by the "hosting" application, to pass parameters to the part.
* @see URLArgs
*/
virtual void setURLArgs( const URLArgs &args );
/**
* Retrieve the set of parameters to use for opening the URL
* (this must be called from openURL() in the part).
* @see URLArgs
*/
URLArgs urlArgs() const;
/**
* Returns the current x offset.
*
* For a scrollview, implement this using contentsX().
*/
virtual int xOffset();
/**
* Returns the current y offset.
*
* For a scrollview, implement this using contentsY().
*/
virtual int yOffset();
/**
* Used by the browser to save the current state of the view
* (in order to restore it if going back in navigation).
*
* If you want to save additional properties, reimplement it
* but don't forget to call the parent method (probably first).
*/
virtual void saveState( TQDataStream &stream );
/**
* Used by the browser to restore the view in the state
* it was when we left it.
*
* If you saved additional properties, reimplement it
* but don't forget to call the parent method (probably first).
*/
virtual void restoreState( TQDataStream &stream );
/**
* Returns whether url drop handling is enabled.
* See setURLDropHandlingEnabled for more information about this
* property.
*/
bool isURLDropHandlingEnabled() const;
/**
* Enables or disables url drop handling. URL drop handling is a property
* describing whether the hosting shell component is allowed to install an
* event filter on the part's widget, to listen for URI drop events.
* Set it to true if you are exporting a BrowserExtension implementation and
* do not provide any special URI drop handling. If set to false you can be
* sure to receive all those URI drop events unfiltered. Also note that the
* implementation as of Konqueror installs the event filter only on the part's
* widget itself, not on child widgets.
*/
void setURLDropHandlingEnabled( bool enable );
void setBrowserInterface( BrowserInterface *impl );
BrowserInterface *browserInterface() const;
/**
* @return the status (enabled/disabled) of an action.
* When the enableAction signal is emitted, the browserextension
* stores the status of the action internally, so that it's possible
* to query later for the status of the action, using this method.
*/
bool isActionEnabled( const char * name ) const;
/**
* @return the text of an action, if it was set explicitely by the part.
* When the setActionText signal is emitted, the browserextension
* stores the text of the action internally, so that it's possible
* to query later for the text of the action, using this method.
* @since 3.5
*/
TQString actionText( const char * name ) const;
typedef TQMap<TQCString,TQCString> ActionSlotMap;
/**
* Returns a map containing the action names as keys and corresponding
* TQT_SLOT()'ified method names as data entries.
*
* This is very useful for
* the host component, when connecting the own signals with the
* extension's slots.
* Basically you iterate over the map, check if the extension implements
* the slot and connect to the slot using the data value of your map
* iterator.
* Checking if the extension implements a certain slot can be done like this:
*
* \code
* extension->metaObject()->slotNames().contains( actionName + "()" )
* \endcode
*
* (note that @p actionName is the iterator's key value if already
* iterating over the action slot map, returned by this method)
*
* Connecting to the slot can be done like this:
*
* \code
* connect( yourObject, TQT_SIGNAL( yourSignal() ),
* extension, mapIterator.data() )
* \endcode
*
* (where "mapIterator" is your TQMap<TQCString,TQCString> iterator)
*/
static ActionSlotMap actionSlotMap();
/**
* @return a pointer to the static action-slot map. Preferred method to get it.
* The map is created if it doesn't exist yet
*/
static ActionSlotMap * actionSlotMapPtr();
/**
* Queries @p obj for a child object which inherits from this
* BrowserExtension class. Convenience method.
*/
static BrowserExtension *childObject( TQObject *obj );
/**
* Asks the hosting browser to perform a paste (using openURLRequestDelayed)
* @since 3.2
*/
void pasteRequest();
// KDE invents support for public signals...
#undef signals
#define signals public
signals:
#undef signals
#define signals protected
/**
* Enables or disable a standard action held by the browser.
*
* See class documentation for the list of standard actions.
*/
void enableAction( const char * name, bool enabled );
/**
* Change the text of a standard action held by the browser.
* This can be used to change "Paste" into "Paste Image" for instance.
*
* See class documentation for the list of standard actions.
* @since 3.5
*/
void setActionText( const char * name, const TQString& text );
/**
* Asks the host (browser) to open @p url.
* To set a reload, the x and y offsets, the service type etc., fill in the
* appropriate fields in the @p args structure.
* Hosts should not connect to this signal but to openURLRequestDelayed.
*/
void openURLRequest( const KURL &url, const KParts::URLArgs &args = KParts::URLArgs() );
/**
* This signal is emitted when openURLRequest is called, after a 0-seconds timer.
* This allows the caller to terminate what it's doing first, before (usually)
* being destroyed. Parts should never use this signal, hosts should only connect
* to this signal.
*/
void openURLRequestDelayed( const KURL &url, const KParts::URLArgs &args = KParts::URLArgs() );
/**
* Tells the hosting browser that the part opened a new URL (which can be
* queried via KParts::Part::url().
*
* This helps the browser to update/create an entry in the history.
* The part may @em not emit this signal together with openURLRequest().
* Emit openURLRequest() if you want the browser to handle a URL the user
* asked to open (from within your part/document). This signal however is
* useful if you want to handle URLs all yourself internally, while still
* telling the hosting browser about new opened URLs, in order to provide
* a proper history functionality to the user.
* An example of usage is a html rendering component which wants to emit
* this signal when a child frame document changed its URL.
* Conclusion: you probably want to use openURLRequest() instead.
*/
void openURLNotify();
/**
* Updates the URL shown in the browser's location bar to @p url.
*/
void setLocationBarURL( const TQString &url );
/**
* Sets the URL of an icon for the currently displayed page.
*/
void setIconURL( const KURL &url );
/**
* Asks the hosting browser to open a new window for the given @p url.
*
* The @p args argument is optional additional information for the
* browser,
* @see KParts::URLArgs
*/
void createNewWindow( const KURL &url, const KParts::URLArgs &args = KParts::URLArgs() );
/**
* Asks the hosting browser to open a new window for the given @p url
* and return a reference to the content part.
* The request for a reference to the part is only fullfilled/processed
* if the serviceType is set in the @p args . (otherwise the request cannot be
* processed synchroniously.
*/
void createNewWindow( const KURL &url, const KParts::URLArgs &args,
const KParts::WindowArgs &windowArgs, KParts::ReadOnlyPart *&part );
/**
* Since the part emits the jobid in the started() signal,
* progress information is automatically displayed.
*
* However, if you don't use a KIO::Job in the part,
* you can use loadingProgress() and speedProgress()
* to display progress information.
*/
void loadingProgress( int percent );
/**
* @see loadingProgress
*/
void speedProgress( int bytesPerSecond );
void infoMessage( const TQString & );
/**
* Emit this to make the browser show a standard popup menu
* at the point @p global for the files @p items.
*/
void popupMenu( const TQPoint &global, const KFileItemList &items );
/**
* Emit this to make the browser show a standard popup menu
* at the point @p global for the files @p items.
*
* The GUI described by @p client is being merged with the popupmenu of the host
*/
void popupMenu( KXMLGUIClient *client, const TQPoint &global, const KFileItemList &items );
void popupMenu( KXMLGUIClient *client, const TQPoint &global, const KFileItemList &items, const KParts::URLArgs &args, KParts::BrowserExtension::PopupFlags i );
/**
* Emit this to make the browser show a standard popup menu
* at the point @p global for the given @p url.
*
* Give as much information
* about this URL as possible, like the @p mimeType and the file type
* (@p mode: S_IFREG, S_IFDIR...)
*/
void popupMenu( const TQPoint &global, const KURL &url,
const TQString &mimeType, mode_t mode = (mode_t)-1 );
/**
* Emit this to make the browser show a standard popup menu
* at the point @p global for the given @p url.
*
* Give as much information
* about this URL as possible, like the @p mimeType and the file type
* (@p mode: S_IFREG, S_IFDIR...)
* The GUI described by @p client is being merged with the popupmenu of the host
*/
void popupMenu( KXMLGUIClient *client,
const TQPoint &global, const KURL &url,
const TQString &mimeType, mode_t mode = (mode_t)-1 );
/**
* Emit this to make the browser show a standard popup menu
* at the point @p global for the given @p url.
*
* Give as much information
* about this URL as possible, like @p args.mimeType and the file type
* (@p mode: S_IFREG, S_IFDIR...)
* The GUI described by @p client is being merged with the popupmenu of the host
*/
void popupMenu( KXMLGUIClient *client,
const TQPoint &global, const KURL &url,
const KParts::URLArgs &args, KParts::BrowserExtension::PopupFlags i, mode_t mode = (mode_t)-1 );
/**
* Inform the hosting application about the current selection.
* Used when a set of files/URLs is selected (with full information
* about those URLs, including size, permissions etc.)
*/
void selectionInfo( const KFileItemList &items );
/**
* Inform the hosting application about the current selection.
* Used when some text is selected.
*/
void selectionInfo( const TQString &text );
/**
* Inform the hosting application about the current selection.
* Used when a set of URLs is selected.
*/
void selectionInfo( const KURL::List &urls );
/**
* Inform the hosting application that the user moved the mouse over an item.
* Used when the mouse is on an URL.
*/
void mouseOverInfo( const KFileItem* item );
/**
* Ask the hosting application to add a new HTML (aka Mozilla/Netscape)
* SideBar entry.
*/
void addWebSideBar(const KURL &url, const TQString& name);
/**
* Ask the hosting application to move the top level widget.
*/
void moveTopLevelWidget( int x, int y );
/**
* Ask the hosting application to resize the top level widget.
*/
void resizeTopLevelWidget( int w, int h );
/**
* Ask the hosting application to focus @p part.
* @since 3.4
*/
void requestFocus(KParts::ReadOnlyPart *part);
/**
* Tell the host (browser) about security state of current page
* enum PageSecurity { NotCrypted, Encrypted, Mixed };
* @since 3.4
*/
void setPageSecurity( int );
#define KPARTS_BROWSEREXTENSION_HAS_ITEMS_REMOVED
/**
* Inform the host about items that have been removed.
* @since 3.5.5
*/
void itemsRemoved( const KFileItemList &items );
private slots:
void slotCompleted();
void slotOpenURLRequest( const KURL &url, const KParts::URLArgs &args );
void slotEmitOpenURLRequestDelayed();
void slotEnableAction( const char *, bool );
void slotSetActionText( const char*, const TQString& );
private:
KParts::ReadOnlyPart *m_part;
URLArgs m_args;
public:
typedef TQMap<TQCString,int> ActionNumberMap;
private:
static ActionNumberMap * s_actionNumberMap;
static ActionSlotMap * s_actionSlotMap;
static void createActionSlotMap();
protected:
virtual void virtual_hook( int id, void* data );
private:
BrowserExtensionPrivate *d;
};
/**
* An extension class for container parts, i.e. parts that contain
* other parts.
* For instance a KHTMLPart hosts one part per frame.
*/
class KPARTS_EXPORT BrowserHostExtension : public TQObject
{
Q_OBJECT
public:
BrowserHostExtension( KParts::ReadOnlyPart *parent,
const char *name = 0L );
virtual ~BrowserHostExtension();
/**
* Returns a list of the names of all hosted child objects.
*
* Note that this method does not query the child objects recursively.
*/
virtual TQStringList frameNames() const;
/**
* Returns a list of pointers to all hosted child objects.
*
* Note that this method does not query the child objects recursively.
*/
virtual const TQPtrList<KParts::ReadOnlyPart> frames() const;
/**
* Returns the part that contains @p frame and that may be accessed
* by @p callingPart
* @since 3.3
*/
BrowserHostExtension *findFrameParent(KParts::ReadOnlyPart *callingPart, const TQString &frame);
/**
* Opens the given url in a hosted child frame. The frame name is specified in the
* frameName variable in the urlArgs argument structure (see KParts::URLArgs ) .
*/
virtual bool openURLInFrame( const KURL &url, const KParts::URLArgs &urlArgs );
/**
* Queries @p obj for a child object which inherits from this
* BrowserHostExtension class. Convenience method.
*/
static BrowserHostExtension *childObject( TQObject *obj );
protected:
/** This 'enum' along with the structure below is NOT part of the public API.
* It's going to disappear in KDE 4.0 and is likely to change inbetween.
*
* @internal
*/
enum { VIRTUAL_FIND_FRAME_PARENT = 0x10 };
struct FindFrameParentParams
{
BrowserHostExtension *parent;
KParts::ReadOnlyPart *callingPart;
TQString frame;
};
virtual void virtual_hook( int id, void* data );
private:
class BrowserHostExtensionPrivate;
BrowserHostExtensionPrivate *d;
};
/**
* An extension class for LiveConnect, i.e\. a call from JavaScript
* from a HTML page which embeds this part.
* A part can have an object hierarchie by using objid as a reference
* to an object.
*/
class KPARTS_EXPORT LiveConnectExtension : public TQObject
{
Q_OBJECT
public:
enum Type {
TypeVoid=0, TypeBool, TypeFunction, TypeNumber, TypeObject, TypeString
};
typedef TQValueList<QPair<Type, TQString> > ArgList;
LiveConnectExtension( KParts::ReadOnlyPart *parent, const char *name = 0L );
virtual ~LiveConnectExtension() {}
/**
* get a field value from objid, return true on success
*/
virtual bool get( const unsigned long objid, const TQString & field, Type & type, unsigned long & retobjid, TQString & value );
/**
* put a field value in objid, return true on success
*/
virtual bool put( const unsigned long objid, const TQString & field, const TQString & value );
/**
* calls a function of objid, return true on success
*/
virtual bool call( const unsigned long objid, const TQString & func, const TQStringList & args, Type & type, unsigned long & retobjid, TQString & value );
/**
* notifies the part that there is no reference anymore to objid
*/
virtual void unregister( const unsigned long objid );
static LiveConnectExtension *childObject( TQObject *obj );
signals:
/**
* notify an event from the part of object objid
*/
virtual void partEvent( const unsigned long objid, const TQString & event, const ArgList & args );
};
}
#endif