class BufferView;
class LyXView;
-class LColor_color;
+class Color_color;
struct RGBColor;
namespace frontend {
common to all frontends.
Model/View/Controller separation in LyX:
-
+
1) The Model: \c Buffer
The Buffer is the in-memory representation of a LyX file format. The
is represented on screen. There is one unique Buffer per opened LyX
file.
-
+
2) The Controller: \c BufferView / \c Painter
- The BufferView is a tool used by the view that translates a part of
+ The BufferView is a tool used by the view that translates a part of
the Buffer contents into drawing routines. The BufferView asks each
inset of the Buffer to draw itself onto the screen using the Painter.
There can be only one Buffer displayed in a BufferView. While there
The \c Painter is just a virtual interface to formalize each kind of
drawing routines (text, line, rectangle, etc).
-
+
The \c BufferView also contains a Cursor which may or may not be
visible on screen. The cursor is really just a bookmark to remember
where the next Buffer insertion/deletion is going to take place.
-
+
3) The View: \c WorkArea (and it's qt4 specialisation GuiWorkArea)
This contains the real screen area where the drawing is done by the
- select char
- etc.
-
+
4) The Window: \c LyXView (and its qt4 specialisation \c GuiView)
-
+
This is a full window containing a menubar, toolbars, a tabbar and a
WorkArea. One LyXView could in theory contain multiple WorkArea
(ex: with split window) but this number is limited to one only for
the WorkArea to switch to this another Buffer.
With a TabWidget, each Tab would own its own \c WorkArea. Clicking on a tab
- would switch a WorkArea instead of a Buffer.
+ would switch a WorkArea instead of a Buffer.
*/
class Application
{
///
virtual ~Application() {}
- /// Start the main event loop, after executing the given batch
- /// commands.
- int start(std::string const & batch);
///
virtual Gui & gui() = 0;
- ///
+
+ /// Start the main event loop.
+ /// The batch command is programmed to be execute once
+ /// the event loop is started.
virtual int const exec() = 0;
/// Quit running LyX.
* The function returns true if successful.
* It returns false on failure and sets r, g, b to 0.
*/
- virtual bool getRgbColor(LColor_color col, RGBColor & rgbcol) = 0;
+ virtual bool getRgbColor(Color_color col, RGBColor & rgbcol) = 0;
- /** Eg, passing LColor::black returns "000000",
- * passing LColor::white returns "ffffff".
+ /** Eg, passing Color::black returns "000000",
+ * passing Color::white returns "ffffff".
*/
- virtual std::string const hexName(LColor_color col) = 0;
+ virtual std::string const hexName(Color_color col) = 0;
/**
* update an altered GUI color
*/
- virtual void updateColor(LColor_color col) = 0;
+ virtual void updateColor(Color_color col) = 0;
/**
* add a callback for socket read notification
/// Create the main window with given geometry settings.
LyXView & createView(unsigned int width, unsigned int height,
- int posx, int posy, bool maximize);
-
- ///
- LyXView const & currentView() const;
+ int posx, int posy, int maximized,
+ unsigned int iconSizeXY, const std::string & geometryArg);
- ///
- LyXView & currentView();
+ ///
+ LyXView const * currentView() const;
+
+ ///
+ LyXView * currentView();
///
void setCurrentView(LyXView & current_view);
} // namespace frontend
-extern frontend::Application * theApp;
+frontend::Application * theApp();
frontend::Application * createApplication(int & argc, char * argv[]);