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Public Member Functions | Static Public Member Functions | List of all members
BGroupView Class Reference

Container view for a collection of views organized in a horizontal or vertical row. More...

Inherits BView.

Public Member Functions

 BGroupView (BMessage *from)
 Constructs a BGroupView from an archive message.
 
 BGroupView (const char *name, orientation orientation=B_HORIZONTAL, float spacing=B_USE_DEFAULT_SPACING)
 Creates a new group view with a name.
 
 BGroupView (orientation orientation=B_HORIZONTAL, float spacing=B_USE_DEFAULT_SPACING)
 Creates a new group view.
 
virtual ~BGroupView ()
 Destructor.
 
BGroupLayoutGroupLayout () const
 Get a pointer to the underlying BGroupLayout.
 
virtual status_t Perform (perform_code d, void *arg)
 Perform some action. (Internal Method)
 
virtual void SetLayout (BLayout *layout)
 Adopt a given group layout.
 
- Public Member Functions inherited from BView
 BView (BMessage *archive)
 Archive constructor.
 
 BView (BRect frame, const char *name, uint32 resizingMode, uint32 flags)
 Standard constructor.
 
 BView (const char *name, uint32 flags, BLayout *layout=NULL)
 Layout constructor.
 
virtual ~BView ()
 Destructor method.
 
BRect Bounds () const
 Returns the view's frame rectangle in the view's coordinate system.
 
void Flush () const
 Flushes the attached window's connection to App Server.
 
BRect Frame () const
 Returns the view's frame rectangle in the parent's coordinate system.
 
virtual void GetPreferredSize (float *_width, float *_height)
 Fill out the preferred width and height of the view into the _width and _height parameters.
 
virtual status_t GetSupportedSuites (BMessage *data)
 
virtual void Hide ()
 Hides the view without removing it from the view hierarchy.
 
bool IsFocus () const
 Returns whether or not the view is the window's current focus view.
 
bool IsHidden () const
 Returns whether or not the view is hidden.
 
bool IsHidden (const BView *looking_from) const
 Returns whether or not the view is hidden from the perspective of lookingFrom.
 
bool IsPrinting () const
 Returns whether or not the view is drawing to a printer.
 
BPoint LeftTop () const
 Returns the left top corner point.
 
virtual status_t Perform (perform_code code, void *data)
 Perform some action. (Internal Method)
 
virtual void ResizeToPreferred ()
 Resizes the view to its preferred size keeping the position of the left top corner constant.
 
uint32 ResizingMode () const
 Returns the resizing mode flags mask set in the constructor or by SetResizingMode().
 
virtual BHandlerResolveSpecifier (BMessage *message, int32 index, BMessage *specifier, int32 form, const char *property)
 
virtual void SetResizingMode (uint32 mode)
 Sets the resizing mode of the view according to the mode mask.
 
void SetViewCursor (const BCursor *cursor, bool sync=true)
 Assigns cursor to the view.
 
virtual void Show ()
 Shows the view making it visible.
 
void Sync () const
 Synchronizes the attached window's connection to App Server.
 
BWindowWindow () const
 Returns the window the view is attached to.
 
void AddChild (BView *child, BView *before=NULL)
 Adds child to the view hierarchy immediately before before.
 
bool AddChild (BLayoutItem *child)
 Add the child layout item to the view hierarchy.
 
bool RemoveChild (BView *child)
 Removes child from the view hierarchy.
 
int32 CountChildren () const
 Returns the number of child views that this view has.
 
BViewChildAt (int32 index) const
 Returns a pointer to the child view found at index.
 
BViewNextSibling () const
 Returns a pointer to the next sibling view.
 
BViewPreviousSibling () const
 Returns a pointer to the previous sibling view.
 
bool RemoveSelf ()
 Removes the view and all child views from the view hierarchy.
 
BViewFindView (const char *name) const
 Returns the view in the view hierarchy with the specified name.
 
BViewParent () const
 Returns a pointer to the view's parent.
 
void ConvertToScreen (BPoint *point) const
 Convert point to the screen's coordinate system in place.
 
BPoint ConvertToScreen (BPoint point) const
 Returns point converted to the screen's coordinate system.
 
void ConvertFromScreen (BPoint *point) const
 Convert point from the screen's coordinate system to the view's coordinate system in place.
 
BPoint ConvertFromScreen (BPoint point) const
 Returns point converted from the screen's coordinate system to the view's coordinate system.
 
void ConvertToScreen (BRect *rect) const
 Convert rect to the screen's coordinate system in place.
 
BRect ConvertToScreen (BRect rect) const
 Returns rect converted to the screen's coordinate system.
 
void ConvertFromScreen (BRect *rect) const
 Convert rect from the screen's coordinate system to the view's coordinate system in place.
 
BRect ConvertFromScreen (BRect rect) const
 Returns rect converted from the screen's coordinate system to the view's coordinate system.
 
void ConvertToParent (BPoint *point) const
 Convert point to the parent's coordinate system in place.
 
BPoint ConvertToParent (BPoint point) const
 Returns point converted to the parent's coordinate system.
 
void ConvertFromParent (BPoint *point) const
 Convert point from the parent's coordinate system to the view's coordinate system in place.
 
BPoint ConvertFromParent (BPoint point) const
 Returns point converted from the parent's coordinate system to the view's coordinate system.
 
void ConvertToParent (BRect *rect) const
 Convert rect to the parent's coordinate system in place.
 
BRect ConvertToParent (BRect rect) const
 Returns rect converted to the parent's coordinate system.
 
void ConvertFromParent (BRect *rect) const
 Convert rect from the parent's coordinate system to the view's coordinate system in place.
 
BRect ConvertFromParent (BRect rect) const
 Returns rect converted from the parent's coordinate system to the view's coordinate system.
 
virtual void SetFlags (uint32 flags)
 Sets the view flags to the flags mask.
 
uint32 Flags () const
 Return the view flags set in the constructor or by SetFlags().
 
void GetClippingRegion (BRegion *region) const
 Fill out region with the view's clipping region.
 
virtual void ConstrainClippingRegion (BRegion *region)
 Set the clipping region the region restricting the area that the view can draw in.
 
void ClipToPicture (BPicture *picture, BPoint where=B_ORIGIN, bool sync=true)
 Intersects the current clipping region of the view with the pixels of picture.
 
void ClipToInversePicture (BPicture *picture, BPoint where=B_ORIGIN, bool sync=true)
 Intersects the current clipping region of the view with the pixels outside of picture.
 
void ClipToRect (BRect rect)
 Intersects the current clipping region of the view with the pixels of rect.
 
void ClipToInverseRect (BRect rect)
 Intersects the current clipping region of the view with the pixels outside of rect.
 
void ClipToShape (BShape *shape)
 Intersects the current clipping region of the view with the pixels of shape.
 
void ClipToInverseShape (BShape *shape)
 Intersects the current clipping region of the view with the pixels outside of shape.
 
virtual void SetDrawingMode (drawing_mode mode)
 Sets the drawing mode of the view.
 
drawing_mode DrawingMode () const
 Return the current drawing_mode.
 
void SetBlendingMode (source_alpha srcAlpha, alpha_function alphaFunc)
 Set the blending mode which controls how transparency is used.
 
void GetBlendingMode (source_alpha *srcAlpha, alpha_function *alphaFunc) const
 Fill out srcAlpha and alphaFunc with the alpha mode and alpha function of the view.
 
virtual void SetPenSize (float size)
 Set the pen size to size.
 
float PenSize () const
 Return the current pen size.
 
bool HasDefaultColors () const
 Tests if the view has any colors set.
 
bool HasSystemColors () const
 Tests if the view is using system "panel" colors. B_PANEL_BACKGROUND_COLOR for ViewUIColor() B_PANEL_BACKGROUND_COLOR for LowUIColor() B_PANEL_TEXT_COLOR for HighUIColor()
 
void AdoptParentColors ()
 Attempts to use the colors of any parent view. Will adopt view, low, and high colors. Should be called in AttachedToWindow() or AllAttached().
 
void AdoptSystemColors ()
 Instructs view to use standard system "panel" colors. B_PANEL_BACKGROUND_COLOR for ViewUIColor() B_PANEL_BACKGROUND_COLOR for LowUIColor() B_PANEL_TEXT_COLOR for HighUIColor()
 
void AdoptViewColors (BView *view)
 Attempts to use the colors of a given view. Will adopt view, low, and high colors.
 
virtual void SetViewColor (rgb_color color)
 Set the view color of the view.
 
void SetViewColor (uchar red, uchar green, uchar blue, uchar alpha=255)
 Set the view color of the view.
 
rgb_color ViewColor () const
 Return the current view color.
 
void SetViewUIColor (color_which which, float tint=B_NO_TINT)
 Set the view color of the view to a system constant. The color will update live with user changes.
 
color_which ViewUIColor (float *tint=NULL) const
 Return the current view color constant being used.
 
virtual void SetHighColor (rgb_color color)
 Set the high color of the view.
 
void SetHighColor (uchar red, uchar green, uchar blue, uchar alpha=255)
 Set the high color of the view.
 
rgb_color HighColor () const
 Return the current high color.
 
void SetHighUIColor (color_which which, float tint=B_NO_TINT)
 Set the high color of the view to a system constant. The color will update live with user changes.
 
color_which HighUIColor (float *tint=NULL) const
 Return the current high color constant being used.
 
virtual void SetLowColor (rgb_color color)
 Set the low color of the view.
 
void SetLowColor (uchar red, uchar green, uchar blue, uchar alpha=255)
 Set the low color of the view.
 
rgb_color LowColor () const
 Return the current low color.
 
void SetLowUIColor (color_which which, float tint=B_NO_TINT)
 Set the low color of the view to a system constant. The color will update live with user changes.
 
color_which LowUIColor (float *tint=NULL) const
 Return the current low color constant being used.
 
void SetLineMode (cap_mode lineCap, join_mode lineJoin, float miterLimit=B_DEFAULT_MITER_LIMIT)
 Set line mode to use PostScript-style line cap and join modes.
 
join_mode LineJoinMode () const
 Returns the current line join mode.
 
cap_mode LineCapMode () const
 Returns the current line cap mode.
 
float LineMiterLimit () const
 Returns the miter limit used for B_MITER_JOIN join mode.
 
void SetFillRule (int32 rule)
 Sets the fill rule for the view.
 
int32 FillRule () const
 Return the current fill mode.
 
void SetOrigin (BPoint where)
 Sets the origin in the view's coordinate system.
 
void SetOrigin (float x, float y)
 Sets the origin in the view's coordinate system.
 
BPoint Origin () const
 Returns the origin point in the view's coordinate system.
 
void SetTransform (BAffineTransform transform)
 Sets a BAffineTransform to transform the coordinate system.
 
BAffineTransform Transform () const
 Returns the current BAffineTransform that is applied to the coordinate system.
 
void TranslateBy (double x, double y)
 Translate the current view by coordinates.
 
void ScaleBy (double x, double y)
 Scale the current view by factors x and y.
 
void RotateBy (double angleRadians)
 Rotate the current view by angleRadians.
 
BAffineTransform TransformTo (coordinate_space basis) const
 Return the BAffineTransform to convert from the current drawing space to basis.
 
void PushState ()
 Saves the drawing state to the stack.
 
void PopState ()
 Restores the drawing state from the stack.
 
void MovePenTo (BPoint pt)
 Move the pen to point in the view's coordinate system.
 
void MovePenTo (float x, float y)
 Move the pen to the point specified by x and y in the view's coordinate system.
 
void MovePenBy (float x, float y)
 Move the pen by x pixels horizontally and y pixels vertically.
 
BPoint PenLocation () const
 Return the current pen location as a BPoint object.
 
virtual void SetFont (const BFont *font, uint32 mask=B_FONT_ALL)
 Set the font of the view.
 
void GetFont (BFont *font) const
 Fill out font with the font set to the view.
 
void TruncateString (BString *in_out, uint32 mode, float width) const
 Truncate string with truncation mode mode so that it is no wider than width set in the view's font.
 
float StringWidth (const char *string) const
 Return the width of string set in the font of the view.
 
float StringWidth (const char *string, int32 length) const
 Return the width of string set in the font of the view up to length characters.
 
void GetStringWidths (char *stringArray[], int32 lengthArray[], int32 numStrings, float widthArray[]) const
 Fill out widths of the strings in stringArray set in the font of the view into widthArray.
 
void SetFontSize (float size)
 Set the size of the view's font to size.
 
void ForceFontAliasing (bool enable)
 Turn anti-aliasing on and off when printing.
 
void GetFontHeight (font_height *height) const
 Fill out the font_height struct with the view font.
 
void SetScale (float scale) const
 Sets the scale of the coordinate system the view uses for drawing.
 
float Scale () const
 Return the current drawing scale.
 
void SetViewBitmap (const BBitmap *bitmap, BRect srcRect, BRect dstRect, uint32 followFlags=B_FOLLOW_LEFT_TOP, uint32 options=B_TILE_BITMAP)
 Sets the background bitmap of the view.
 
void SetViewBitmap (const BBitmap *bitmap, uint32 followFlags=B_FOLLOW_LEFT_TOP, uint32 options=B_TILE_BITMAP)
 Sets the background bitmap of the view.
 
void ClearViewBitmap ()
 Clears the background bitmap of the view if it has one.
 
status_t SetViewOverlay (const BBitmap *overlay, BRect srcRect, BRect dstRect, rgb_color *colorKey, uint32 followFlags=B_FOLLOW_LEFT_TOP, uint32 options=0)
 Sets the overlay bitmap of the view.
 
status_t SetViewOverlay (const BBitmap *overlay, rgb_color *colorKey, uint32 followFlags=B_FOLLOW_LEFT_TOP, uint32 options=0)
 Sets the overlay bitmap of the view.
 
void ClearViewOverlay ()
 Clears the overlay bitmap of the view if it has one.
 
void StrokeLine (BPoint toPoint, ::pattern pattern=B_SOLID_HIGH)
 Stroke a line from the current pen location to the point toPoint.
 
void StrokeLine (BPoint start, BPoint end, ::pattern pattern=B_SOLID_HIGH)
 Stroke a line from point start to point end.
 
void BeginLineArray (int32 count)
 Begin a line array of up to count lines.
 
void AddLine (BPoint start, BPoint end, rgb_color color)
 Add a line to the line array drawn from start to end.
 
void EndLineArray ()
 End the line array drawing the lines.
 
void StrokePolygon (const BPolygon *polygon, bool closed=true, ::pattern pattern=B_SOLID_HIGH)
 Stroke a polygon shape.
 
void StrokePolygon (const BPoint *pointArray, int32 numPoints, bool closed=true, ::pattern pattern=B_SOLID_HIGH)
 Stroke a polygon shape made up of points specified by pointArray.
 
void StrokePolygon (const BPoint *pointArray, int32 numPoints, BRect bounds, bool closed=true, ::pattern pattern=B_SOLID_HIGH)
 Stroke a polygon shape made up of points specified by pointArray inscribed by bounds.
 
void FillPolygon (const BPolygon *polygon, ::pattern pattern=B_SOLID_HIGH)
 Fill a polygon shape.
 
void FillPolygon (const BPoint *pointArray, int32 numPoints, ::pattern pattern=B_SOLID_HIGH)
 Fill a polygon shape made up of points specified by pointArray.
 
void FillPolygon (const BPoint *pointArray, int32 numPoints, BRect bounds, ::pattern pattern=B_SOLID_HIGH)
 Fill a polygon shape made up of points specified by pointArray inscribed by bounds.
 
void FillPolygon (const BPolygon *polygon, const BGradient &gradient)
 Fill a polygon shape with the specified gradient pattern.
 
void FillPolygon (const BPoint *pointArray, int32 numPoints, const BGradient &gradient)
 Fill a polygon shape made up of points specified by pointArray with the specified gradient pattern.
 
void FillPolygon (const BPoint *pointArray, int32 numPoints, BRect bounds, const BGradient &gradient)
 Fill a polygon shape made up of points specified by pointArray inscribed by bounds with the specified gradient pattern.
 
void StrokeTriangle (BPoint point1, BPoint point2, BPoint point3, BRect bounds, ::pattern pattern=B_SOLID_HIGH)
 Stroke the triangle specified by points point1, point2, and point3 and enclosed by bounds.
 
void StrokeTriangle (BPoint point1, BPoint point2, BPoint point3, ::pattern pattern=B_SOLID_HIGH)
 Stroke the triangle specified by points point1, point2, and point3.
 
void FillTriangle (BPoint point1, BPoint point2, BPoint point3, ::pattern pattern=B_SOLID_HIGH)
 Fill the triangle specified by points point1, point2, and point3.
 
void FillTriangle (BPoint point1, BPoint point2, BPoint point3, BRect bounds, ::pattern pattern=B_SOLID_HIGH)
 Fill the triangle specified by points point1, point2, and point3 and enclosed by bounds.
 
void FillTriangle (BPoint point1, BPoint point2, BPoint point3, const BGradient &gradient)
 Fill the triangle specified by points point1, point2, and point3 with the specified gradient pattern.
 
void FillTriangle (BPoint point1, BPoint point2, BPoint point3, BRect bounds, const BGradient &gradient)
 Fill the triangle specified by points point1, point2, and point3 and enclosed by bounds with the specified gradient pattern.
 
void StrokeRect (BRect rect, ::pattern pattern=B_SOLID_HIGH)
 Stroke the rectangle specified by rect.
 
void FillRect (BRect rect, ::pattern pattern=B_SOLID_HIGH)
 Fill the rectangle specified by rect.
 
void FillRect (BRect rect, const BGradient &gradient)
 Fill the rectangle specified by rect with the specified gradient pattern.
 
void FillRegion (BRegion *rectegion, ::pattern pattern=B_SOLID_HIGH)
 Fill region.
 
void FillRegion (BRegion *rectegion, const BGradient &gradient)
 Fill region with the specified gradient pattern.
 
void InvertRect (BRect rect)
 Inverts the colors within rect.
 
void StrokeRoundRect (BRect rect, float xRadius, float yRadius, ::pattern pattern=B_SOLID_HIGH)
 Stroke the rounded rectangle with horizontal radius xRadius and vertical radius yRadius.
 
void FillRoundRect (BRect rect, float xRadius, float yRadius, ::pattern pattern=B_SOLID_HIGH)
 Fill the rounded rectangle with horizontal radius xRadius and vertical radius yRadius.
 
void FillRoundRect (BRect rect, float xRadius, float yRadius, const BGradient &gradient)
 Fill the rounded rectangle with horizontal radius xRadius and vertical radius yRadius with the specified gradient pattern.
 
void StrokeEllipse (BPoint center, float xRadius, float yRadius, ::pattern pattern=B_SOLID_HIGH)
 Stroke the outline of an ellipse starting at center with a horizontal radius of xRadius and a vertical radius of yRadius.
 
void StrokeEllipse (BRect rect, ::pattern pattern=B_SOLID_HIGH)
 Stroke the outline of an ellipse inscribed within rect.
 
void FillEllipse (BPoint center, float xRadius, float yRadius, ::pattern pattern=B_SOLID_HIGH)
 Fill an ellipse starting at center with a horizontal radius of xRadius and a vertical radius of yRadius.
 
void FillEllipse (BRect rect, ::pattern pattern=B_SOLID_HIGH)
 Fill an ellipse inscribed within rect.
 
void FillEllipse (BPoint center, float xRadius, float yRadius, const BGradient &gradient)
 Fill an ellipse with the specified gradient pattern starting at center with a horizontal radius of xRadius and a vertical radius of yRadius.
 
void FillEllipse (BRect rect, const BGradient &gradient)
 Fill an ellipse with the specified gradient pattern inscribed within rect.
 
void StrokeArc (BPoint center, float xRadius, float yRadius, float startAngle, float arcAngle, ::pattern pattern=B_SOLID_HIGH)
 Stroke the outline of an arc starting at center with a horizontal radius of xRadius and a vertical radius of yRadius starting at startAngle and drawing arcAngle degrees.
 
void StrokeArc (BRect rect, float startAngle, float arcAngle, ::pattern pattern=B_SOLID_HIGH)
 Stroke the outline of an arc inscribed within rect starting at startAngle and drawing arcAngle degrees.
 
void FillArc (BPoint center, float xRadius, float yRadius, float startAngle, float arcAngle, ::pattern pattern=B_SOLID_HIGH)
 Fill an arc starting at center with a horizontal radius of xRadius and a vertical radius of yRadius starting at startAngle and drawing arcAngle degrees.
 
void FillArc (BRect rect, float startAngle, float arcAngle, ::pattern pattern=B_SOLID_HIGH)
 Fill an arc inscribed within rect starting at startAngle and drawing arcAngle degrees.
 
void FillArc (BPoint center, float xRadius, float yRadius, float startAngle, float arcAngle, const BGradient &gradient)
 Fill an arc with the specified gradient pattern starting at center with a horizontal radius of xRadius and a vertical radius of yRadius starting at startAngle and drawing arcAngle degrees.
 
void FillArc (BRect rect, float startAngle, float arcAngle, const BGradient &gradient)
 Fill an arc with the specified gradient pattern inscribed within rect starting at startAngle and drawing arcAngle degrees.
 
void StrokeBezier (BPoint *controlPoints, ::pattern pattern=B_SOLID_HIGH)
 Stroke a bezier curve.
 
void FillBezier (BPoint *controlPoints, ::pattern pattern=B_SOLID_HIGH)
 Fill a bezier curve.
 
void FillBezier (BPoint *controlPoints, const BGradient &gradient)
 Fill a bezier curve.
 
void StrokeShape (BShape *shape, ::pattern pattern=B_SOLID_HIGH)
 Stroke shape.
 
void FillShape (BShape *shape, ::pattern pattern=B_SOLID_HIGH)
 Fill shape.
 
void FillShape (BShape *shape, const BGradient &gradient)
 Fill shape with the specified gradient pattern.
 
void CopyBits (BRect src, BRect dst)
 Copy the bits from the src rectangle to the dst rectangle in the view's coordinate system.
 
void DrawBitmapAsync (const BBitmap *aBitmap, BRect bitmapRect, BRect viewRect, uint32 options)
 Draws bitmap on the view within viewRect asynchronously. bitmap portion is scaled to fit viewRect.
 
void DrawBitmapAsync (const BBitmap *aBitmap, BRect bitmapRect, BRect viewRect)
 Draws bitmap on the view within viewRect asynchronously. bitmap portion is scaled to fit viewRect.
 
void DrawBitmapAsync (const BBitmap *aBitmap, BRect viewRect)
 Draws bitmap on the view within viewRect asynchronously. bitmap is scaled to fit viewRect.
 
void DrawBitmapAsync (const BBitmap *aBitmap, BPoint where)
 Draws bitmap on the view offset by where asynchronously.
 
void DrawBitmapAsync (const BBitmap *aBitmap)
 Draws bitmap on the view asynchronously.
 
void DrawBitmap (const BBitmap *aBitmap, BRect bitmapRect, BRect viewRect, uint32 options)
 Draws bitmap on the view within viewRect. bitmap portion is scaled to fit viewRect.
 
void DrawBitmap (const BBitmap *aBitmap, BRect bitmapRect, BRect viewRect)
 Draws bitmap on the view within viewRect. bitmap portion is scaled to fit viewRect.
 
void DrawBitmap (const BBitmap *aBitmap, BRect viewRect)
 Draws bitmap on the view within viewRect. bitmap is scaled to fit viewRect.
 
void DrawBitmap (const BBitmap *aBitmap, BPoint where)
 Draws bitmap on the view offset by where.
 
void DrawBitmap (const BBitmap *aBitmap)
 Draws bitmap on the view.
 
void DrawTiledBitmapAsync (const BBitmap *aBitmap, BRect viewRect, BPoint phase=B_ORIGIN)
 Draws bitmap on the view within viewRect asynchronously. If bitmap is smaller, it is cloned to fill remaining space in viewRect.
 
void DrawTiledBitmap (const BBitmap *aBitmap, BRect viewRect, BPoint phase=B_ORIGIN)
 Draws bitmap on the view within viewRect. If bitmap is smaller, it is cloned to fill remaining space in viewRect.
 
void DrawChar (char aChar)
 Draws character c onto to the view at the current pen position.
 
void DrawChar (char aChar, BPoint location)
 Draws character c at the specified location in the view.
 
void DrawString (const char *string, escapement_delta *delta=NULL)
 Draw string onto the view at the current pen position.
 
void DrawString (const char *string, BPoint location, escapement_delta *delta=NULL)
 Draw string onto the view at the specified location in the view.
 
void DrawString (const char *string, int32 length, escapement_delta *delta=NULL)
 Draw string up to length characters onto the view at the current pen position.
 
void DrawString (const char *string, int32 length, BPoint location, escapement_delta *delta=0L)
 Draw string up to length characters onto the view at the specified location in the view.
 
void DrawString (const char *string, const BPoint *locations, int32 locationCount)
 Draw string locationCount times at the specified locations.
 
void DrawString (const char *string, int32 length, const BPoint *locations, int32 locationCount)
 Draw string up to length characters locationCount times at the specified locations.
 
void Invalidate (BRect invalRect)
 Sends a message to App Server to redraw the portion of the view specified by invalRect.
 
void Invalidate (const BRegion *invalRegion)
 Sends a message to App Server to redraw the portion of the view specified by region.
 
void Invalidate ()
 Sends a message to App Server to redraw the view.
 
void DelayedInvalidate (bigtime_t delay)
 Sends a message to App Server to redraw the entire view after a certain, minimum, delay. Repeated calls to this method may be merged, but the view is guaranteed to be redrawn after the delay given in the first call of this method.
 
void DelayedInvalidate (bigtime_t delay, BRect invalRect)
 Sends a message to App Server to redraw the portion of the view specified by invalRect after a certain, minimum, delay. Repeated calls to this method may be merged, but the invalidated rect is guaranteed to be redrawn after the minimum delay given by the first call of this method.
 
void SetDiskMode (char *filename, long offset)
 Unimplemented.
 
void BeginPicture (BPicture *a_picture)
 Begins sending drawing instructions to picture.
 
void AppendToPicture (BPicture *a_picture)
 Appends drawing instructions to picture without clearing it first.
 
BPictureEndPicture ()
 Ends the drawing instruction recording session and returns the BPicture object passed to BeginPicture() or AppendToPicture().
 
void DrawPicture (const BPicture *a_picture)
 Draws the picture at the view's current pen position.
 
void DrawPicture (const BPicture *a_picture, BPoint where)
 Draws the picture at the location in the view specified by where.
 
void DrawPicture (const char *filename, long offset, BPoint where)
 Draws the picture from the file specified by filename offset by offset bytes at the location in the view specified by where.
 
void DrawPictureAsync (const BPicture *a_picture)
 Draws the picture at the view's current pen position.
 
void DrawPictureAsync (const BPicture *a_picture, BPoint where)
 Draws the picture at the location in the view specified by where.
 
void DrawPictureAsync (const char *filename, long offset, BPoint where)
 Draws the picture from the file specified by filename offset by offset bytes at the location in the view specified by where.
 
void BeginLayer (uint8 opacity)
 Begins a drawing layer.
 
void EndLayer ()
 Finish a layer and blend it in with the view.
 
void MoveBy (float dh, float dv)
 Moves the view deltaX pixels horizontally and deltaY pixels vertically in the parent view's coordinate system.
 
void MoveTo (BPoint where)
 Move the view to the location specified by where in the parent view's coordinate system.
 
void MoveTo (float x, float y)
 Move the view to the coordinates specified by x in the horizontal dimension and y in the vertical dimension in the parent view's coordinate system.
 
void ResizeBy (float dh, float dv)
 Resize the view by deltaWidth horizontally and deltaHeight vertically without moving the top left corner of the view.
 
void ResizeTo (float width, float height)
 Resize the view to the specified width and height.
 
void ResizeTo (BSize size)
 Resize the view to the dimension specified by size.
 
virtual status_t Archive (BMessage *archive, bool deep=true) const
 Archives the object into the data message.
 
virtual status_t AllUnarchived (const BMessage *archive)
 Hook method called when all views have been unarchived.
 
virtual status_t AllArchived (BMessage *archive) const
 Hook method called when all views have been archived.
 
virtual void AttachedToWindow ()
 Hook method called when the object is attached to a window.
 
virtual void AllAttached ()
 Similar to AttachedToWindow() but this method is triggered after all child views have already been attached to a window.
 
virtual void DetachedFromWindow ()
 Hook method called when the object is detached from a window.
 
virtual void AllDetached ()
 Similar to AttachedToWindow() but this method is triggered after all child views have already been detached from a window.
 
virtual void MessageReceived (BMessage *message)
 Handle message received by the associated looper.
 
virtual void Draw (BRect updateRect)
 Draws the area of the view that intersects updateRect.
 
virtual void MouseDown (BPoint where)
 Hook method called when a mouse button is pressed.
 
virtual void MouseUp (BPoint where)
 Hook method called when a mouse button is released.
 
virtual void MouseMoved (BPoint where, uint32 code, const BMessage *dragMessage)
 Hook method called when the mouse is moved.
 
virtual void WindowActivated (bool active)
 Hook method called when the attached window is activated or deactivated.
 
virtual void KeyDown (const char *bytes, int32 numBytes)
 Hook method called when a keyboard key is pressed.
 
virtual void KeyUp (const char *bytes, int32 numBytes)
 Hook method called when a keyboard key is released.
 
virtual void Pulse ()
 Hook method called when the view receives a B_PULSE message.
 
virtual void FrameMoved (BPoint newPosition)
 Hook method called when the view is moved.
 
virtual void FrameResized (float newWidth, float newHeight)
 Hook method called when the view is resized.
 
virtual void TargetedByScrollView (BScrollView *scrollView)
 Hook method called when the view becomes the target of scrollView.
 
virtual void DrawAfterChildren (BRect updateRect)
 Perform any drawing that needs to be done after child view have already been drawn.
 
void BeginRectTracking (BRect startRect, uint32 style=B_TRACK_WHOLE_RECT)
 Displays an outline rectangle on the view and initiates tracking.
 
void EndRectTracking ()
 Ends tracking removing the outline rectangle from the view.
 
void GetMouse (BPoint *location, uint32 *buttons, bool checkMessageQueue=true)
 Fills out the cursor location and the current state of the mouse buttons.
 
void DragMessage (BMessage *message, BRect dragRect, BHandler *replyTo=NULL)
 Initiates a drag-and-drop session.
 
void DragMessage (BMessage *message, BBitmap *bitmap, BPoint offset, BHandler *replyTo=NULL)
 Initiates a drag-and-drop session of an image.
 
void DragMessage (BMessage *message, BBitmap *bitmap, drawing_mode dragMode, BPoint offset, BHandler *replyTo=NULL)
 Initiates a drag-and-drop session of an image with drawing_mode set by dragMode.
 
status_t SetEventMask (uint32 mask, uint32 options=0)
 Sets whether or not the view can accept mouse and keyboard events when not in focus.
 
uint32 EventMask ()
 Returns the current event mask.
 
status_t SetMouseEventMask (uint32 mask, uint32 options=0)
 Sets whether or not the view can accept mouse and keyboard events when not in focus from within MouseDown() until the following MouseUp() event.
 
void ScrollBy (float dh, float dv)
 Scroll the view by deltaX horizontally and deltaY vertically.
 
void ScrollTo (float x, float y)
 Scroll the view to the point specified by coordinates.
 
virtual void ScrollTo (BPoint where)
 Scroll the view to the point specified by where.
 
virtual void MakeFocus (bool focus=true)
 Makes the view the current focus view of the window or gives up being the window's focus view.
 
BScrollBarScrollBar (orientation direction) const
 Returns the BScrollBar object that has the BView set as its target.
 
virtual BSize MinSize ()
 Return the minimum size of the view.
 
virtual BSize MaxSize ()
 Return the maximum size of the view.
 
virtual BSize PreferredSize ()
 Return the preferred size of the view.
 
virtual BAlignment LayoutAlignment ()
 Return the current BAlignemnt of the view.
 
void SetExplicitMinSize (BSize size)
 Set this view's min size, to be used by MinSize().
 
void SetExplicitMaxSize (BSize size)
 Set this view's max size, to be used by MaxSize().
 
void SetExplicitPreferredSize (BSize size)
 Set this view's preferred size, to be used by PreferredSize().
 
void SetExplicitSize (BSize size)
 Set this view's size.
 
void SetExplicitAlignment (BAlignment alignment)
 Set this view's alignment, to be used by Alignment().
 
BSize ExplicitMinSize () const
 Returns the explicit minimum size.
 
BSize ExplicitMaxSize () const
 Returns the explicit maximum size.
 
BSize ExplicitPreferredSize () const
 Returns the explicit preferred size.
 
BAlignment ExplicitAlignment () const
 Returns the explicit alignment size.
 
virtual bool HasHeightForWidth ()
 Returns whether the layout of the view can calculate a height for a given width.
 
virtual void GetHeightForWidth (float width, float *min, float *max, float *preferred)
 Returns the min, max and preferred height for a given width.
 
void InvalidateLayout (bool descendants=false)
 Invalidate layout.
 
BLayoutGetLayout () const
 Get the layout of the view.
 
void EnableLayoutInvalidation ()
 Enable layout invalidation.
 
void DisableLayoutInvalidation ()
 Disable layout invalidation.
 
bool IsLayoutInvalidationDisabled ()
 Returns whether or not layout invalidation is disabled.
 
bool IsLayoutValid () const
 Returns whether or not the layout is valid.
 
void ResetLayoutInvalidation ()
 Service call for BView derived classes re-enabling InvalidateLayout() notifications.
 
BLayoutContext * LayoutContext () const
 Returns the BLayoutContext for this View.
 
void Layout (bool force)
 Layout the view.
 
void Relayout ()
 Relayout the view.
 
void SetToolTip (const char *text)
 Set the tool tip of the view to text.
 
void SetToolTip (BToolTip *tip)
 Set the tool tip of the view to the tip object.
 
BToolTip * ToolTip () const
 Return the tool tip set to the view or NULL if not set.
 
void ShowToolTip (BToolTip *tip=NULL)
 Show the tool tip at the current mouse position.
 
void HideToolTip ()
 Hide the view's tool tip.
 
- Public Member Functions inherited from BHandler
 BHandler (const char *name=NULL)
 Construct a new handler with a name.
 
virtual ~BHandler ()
 Free the filters of this handler, as well as the list of observers.
 
virtual status_t Perform (perform_code d, void *arg)
 Perform some action (Internal method defined for binary compatibility purposes).
 
 BHandler (BMessage *data)
 Construct a handler from an archived message.
 
BLooperLooper () const
 Return a pointer to the looper that this handler is associated with.
 
void SetName (const char *name)
 Set or change the name of this handler.
 
const char * Name () const
 Return the name of this handler.
 
virtual void SetNextHandler (BHandler *handler)
 Set the next handler in the chain that the message is passed on to if this handler cannot process it.
 
BHandlerNextHandler () const
 Return the next hander in the chain to which the message is passed on.
 
virtual void AddFilter (BMessageFilter *filter)
 Add filter as a prerequisite to this handler.
 
virtual bool RemoveFilter (BMessageFilter *filter)
 Remove filter from the filter list.
 
virtual void SetFilterList (BList *filters)
 Set the internal list of filters to filters.
 
BListFilterList ()
 Return a pointer to the list of filters.
 
bool LockLooper ()
 Lock the looper associated with this handler.
 
status_t LockLooperWithTimeout (bigtime_t timeout)
 Lock the looper associated with this handler, with a time out value.
 
void UnlockLooper ()
 Unlock the looper.
 
status_t StartWatching (BMessenger target, uint32 what)
 Subscribe this handler to watch a specific state change of a target.
 
status_t StartWatchingAll (BMessenger target)
 Subscribe this handler to watch a target for all events.
 
status_t StopWatching (BMessenger target, uint32 what)
 Unsubscribe this handler from watching a specific state.
 
status_t StopWatchingAll (BMessenger target)
 Unsubscribe this handler from watching all states.
 
status_t StartWatching (BHandler *observer, uint32 what)
 Subscribe an observer for a specific state change of this handler.
 
status_t StartWatchingAll (BHandler *observer)
 Subscribe an observer for a all state changes.
 
status_t StopWatching (BHandler *observer, uint32 what)
 Unsubscribe an observer from watching a specific state.
 
status_t StopWatchingAll (BHandler *observer)
 Unsubscribe an observer from watching all states.
 
virtual void SendNotices (uint32 what, const BMessage *notice=NULL)
 Emit a state change to the observers.
 
bool IsWatched () const
 Check if there are any observers watching this handler.
 
- Public Member Functions inherited from BArchivable
 BArchivable ()
 Constructor. Does nothing.
 
 BArchivable (BMessage *from)
 Constructor. Does important behind-the-scenes work in the unarchiving process.
 
virtual ~BArchivable ()
 Destructor. Does nothing.
 
virtual status_t AllArchived (BMessage *archive) const
 Method relating to the use of BArchiver.
 
virtual status_t AllUnarchived (const BMessage *archive)
 Method relating to the use of BUnarchiver.
 
virtual status_t Archive (BMessage *into, bool deep=true) const
 Archive the object into a BMessage.
 
virtual status_t Perform (perform_code d, void *arg)
 Perform some action (Internal method defined for binary compatibility purposes).
 

Static Public Member Functions

static BArchivableInstantiate (BMessage *from)
 Instantiate the view from the message from.
 
- Static Public Member Functions inherited from BView
static BArchivableInstantiate (BMessage *archive)
 Creates a new BView object from the data message.
 
- Static Public Member Functions inherited from BHandler
static BArchivableInstantiate (BMessage *data)
 Static method to instantiate a handler from an archived message.
 
- Static Public Member Functions inherited from BArchivable
static BArchivableInstantiate (BMessage *archive)
 Static member to restore objects from messages.
 

Additional Inherited Members

- Protected Member Functions inherited from BView
virtual void LayoutInvalidated (bool descendants=false)
 Hook method called when the layout is invalidated.
 
virtual void LayoutChanged ()
 Hook function that is called when the layout if this view, or one of its children, has changed.
 
status_t ScrollWithMouseWheelDelta (BScrollBar *, float)
 Handle the scroll wheel changing over scrollbars.
 
virtual void DoLayout ()
 Layout view within the layout context.
 
virtual bool GetToolTipAt (BPoint point, BToolTip **_tip)
 Point _tip with the view's tool tip.
 

Detailed Description

Container view for a collection of views organized in a horizontal or vertical row.

The group has a horizontal or a vertical orientation. By default, the view has the default system grey background.

See also
BGroupLayout for more information on how and when to use this type of container.
Since
Haiku R1

Constructor & Destructor Documentation

◆ BGroupView() [1/3]

BGroupView::BGroupView ( orientation  orientation = B_HORIZONTAL,
float  spacing = B_USE_DEFAULT_SPACING 
)

Creates a new group view.

Parameters
orientationSet to B_HORIZONTAL or B_VERTICAL.
spacingThe space between the elements in the group.
Since
Haiku R1

◆ BGroupView() [2/3]

BGroupView::BGroupView ( const char *  name,
orientation  orientation = B_HORIZONTAL,
float  spacing = B_USE_DEFAULT_SPACING 
)

Creates a new group view with a name.

Parameters
nameThe name for the view.
orientationSet to B_HORIZONTAL or B_VERTICAL.
spacingThe space between the elements in the group.
Since
Haiku R1

◆ BGroupView() [3/3]

BGroupView::BGroupView ( BMessage from)

Constructs a BGroupView from an archive message.

This method is usually not called directly, if you want to build a group view from an archived message you should call Instantiate() instead because it can handle errors properly.

Parameters
fromThe BMessage that contains the grid view.
Since
Haiku R1

◆ ~BGroupView()

BGroupView::~BGroupView ( )
virtual

Destructor.

Since
Haiku R1

Member Function Documentation

◆ GroupLayout()

BGroupLayout * BGroupView::GroupLayout ( ) const

Get a pointer to the underlying BGroupLayout.

Returns
A pointer to the underlying group layout.
Since
Haiku R1

◆ Instantiate()

static BArchivable * BGroupView::Instantiate ( BMessage from)
static

Instantiate the view from the message from.

Since
Haiku R1

◆ Perform()

status_t BGroupView::Perform ( perform_code  d,
void *  arg 
)
virtual

Perform some action. (Internal Method)

Reimplemented from BView::Perform()

Since
Haiku R1

Reimplemented from BView.

◆ SetLayout()

void BGroupView::SetLayout ( BLayout layout)
virtual

Adopt a given group layout.

Parameters
layoutThe layout to set to. This must be a BGroupLayout, or a derivative. Any other layout types will be ignored.
Since
Haiku R1

Reimplemented from BView.