[Fxruby-commits] CVS: FXRuby/rdoc-sources FXAccelTable.rb,NONE,1.1 FXArrowButton.rb,NONE,1.1 FXBMPIcon.rb,NONE,1.1 FXBMPImage.rb,NONE,1.1 FXBitmap.rb,NONE,1.1 FXCanvas.rb,NONE,1.1 FXCheckButton.rb,NONE,1.1 FXDC.rb,NONE,1.1

[Lyle J. <ly...@us...>]

Update of /cvsroot/fxruby/FXRuby/rdoc-sources
In directory usw-pr-cvs1:/tmp/cvs-serv20269

Added Files:
	FXAccelTable.rb FXArrowButton.rb FXBMPIcon.rb FXBMPImage.rb 
	FXBitmap.rb FXCanvas.rb FXCheckButton.rb FXDC.rb 
Log Message:
Updated RDoc documentation files.


--- NEW FILE: FXAccelTable.rb ---
module Fox
  # The accelerator table sends a message to a specific
  # target object when the indicated key and modifier combination
  # is pressed.
  class FXAccelTable < FXObject
    # Handles the SEL_KEYPRESS event
    def onKeyPress(sender, sel, event) ; end
    
    # Handles the SEL_KEYRELEASE event
    def onKeyRelease(sender, sel, event) ; end

    # Construct empty accelerator table
    def initialize() ; end

    # Add an accelerator to the table
    def addAccel(hotkey, target=nil, seldn=0, selup=0) ; end

    # Return true if accelerator specified
    def hasAccel?(hotkey) ; end

    # Return target object of the given accelerator
    def targetOfAccel(hotkey) ; end
  
    # Remove mapping for specified hot key
    def removeAccel(hotkey) ; end
  end
end

--- NEW FILE: FXArrowButton.rb ---
module Fox
  # Button with an arrow; the arrow can point in any direction.
  # When clicked, the arrow button sends a SEL_COMMAND to its target.
  # When ARROW_REPEAT is passed, the arrow button sends a SEL_COMMAND
  # repeatedly while the button is pressed.
  #
  # = Arrow style options
  #
  # ARROW_NONE::      No arrow
  # ARROW_UP::        Arrow points up
  # ARROW_DOWN::      Arrow points down
  # ARROW_LEFT::      Arrow points left
  # ARROW_RIGHT::     Arrow points right
  # ARROW_REPEAT::    Button repeats if held down
  # ARROW_AUTOGRAY::  Automatically gray out when not updated
  # ARROW_AUTOHIDE::  Automatically hide when not updated
  # ARROW_TOOLBAR::   Button is toolbar-style
  # ARROW_NORMAL::    FRAME_RAISED|FRAME_THICK|ARROW_UP
  #
  # = Message identifiers
  #
  # ID_REPEAT::
  # ID_LAST::
  #
  class FXArrowButton < FXFrame
    # Handles the SEL_PAINT message
    def onPaint(sender, selector, event) ; end
    # Handles the SEL_UPDATE message
    def onUpdate(sender, selector, event) ; end
    # Handles the SEL_ENTER message
    def onEnter(sender, selector, event) ; end
    # Handles the SEL_LEAVE message
    def onLeave(sender, selector, event) ; end
    # Handles the SEL_LEFTBUTTONPRESS message
    def onLeftBtnPress(sender, selector, event) ; end
    # Handles the SEL_LEFTBUTTONRELEASE message
    def onLeftBtnRelease(sender, selector, event) ; end
    # Handles the SEL_UNGRABBED message
    def onUngrabbed(sender, selector, event) ; end
    def onRepeat(sender, selector, event) ; end
    # Handles the SEL_KEYPRESS message
    def onKeyPress(sender, selector, event) ; end
    # Handles the SEL_KEYRELEASE message
    def onKeyRelease(sender, selector, event) ; end
    def onHotKeyPress(sender, selector, event) ; end
    def onHotKeyRelease(sender, selector, event) ; end
    def onQueryHelp(sender, selector, event) ; end
    def onQueryTip(sender, selector, event) ; end

    # Construct arrow button
    def initialize(p, tgt=nil, sel=0, opts=ARROW_NORMAL, x=0, y=0, w=0, h=0, pl=DEFAULT_PAD, pr=DEFAULT_PAD, pt=DEFAULT_PAD, pb=DEFAULT_PAD) ; end

    # Set the button state (where +true+ means the button is down)
    def state=(s) ; end

    # Get the button state (where +true+ means the button is down)
    def state() ; end

    # Set status line help text for this arrow button
    def helpText=(text) ; end

    # Get status line help text for this arrow button
    def helpText() ; end

    # Set tool tip message for this arrow button
    def tipText=(text) ; end

    # Get tool tip message for this arrow button
    def tipText() ; end

    # Set the arrow style flags
    def arrowStyle=(style) ; end

    # Get the arrow style flags
    def arrowStyle() ; end

    # Set the default arrow size
    def arrowSize=(size) ; end

    # Get the default arrow size
    def arrowSize() ; end

    # Set the current justification mode.
    def justify=(mode) ; end

    # Get the current justification mode.
    def justify() ; end

    # Get the fill color for the arrow
    def arrowColor() ; end

    # Set the fill color for the arrow
    def arrowColor=(clr) ; end
  end
end

--- NEW FILE: FXBMPIcon.rb ---
module Fox
  # Microsoft Bitmap icon
  class FXBMPIcon < FXIcon
    # Construct icon from memory stream formatted in Microsoft BMP format
    def initialize(app, pix=nil, clr=FXRGB(192,192,192), opts=0, w=1, h=1) ; end
  end
end

--- NEW FILE: FXBMPImage.rb ---
module Fox
  # Microsoft Bitmap image
  class FXBMPImage < FXImage
    # Construct image from memory stream formatted in Microsoft BMP format
    def initialize(app, pix=nil, opts=0, w=1, h=1) ; end
  end
end

--- NEW FILE: FXBitmap.rb ---
module Fox
  #
  # Bitmap is a one bit/pixel image used for patterning and
  # stippling operations.
  #
  # = Image rendering hints
  #
  # BITMAP_KEEP::   Keep pixel data in client
  # BITMAP_OWNED::  Pixel data is owned by image
  # BITMAP_SHMI::   Using shared memory image
  # BITMAP_SHMP::   Using shared memory pixmap
  #
  class FXBitmap < FXDrawable
    # Create an image
    def initialize(app, pix=nil, opts=0, w=1, h=1) ; end

    # Render pixels
    def render() ; end

    # Get pixel at x,y
    def getPixel(x, y) ; end

    # Change pixel at x,y
    def setPixel(x, y, color) ; end

    # Save pixel data only
    def savePixels(store) ; end

    # Load pixel data only
    def loadPixels(store) ; end
  end
end

--- NEW FILE: FXCanvas.rb ---
module Fox
  # Canvas, an area drawn by another object
  class FXCanvas < FXWindow
    # Handles the SEL_PAINT message
    def onPaint(sender, selector, event) ; end
    # Handles the SEL_MOTION message
    def onMotion(sender, selector, event) ; end
    # Handles the SEL_KEYPRESS message
    def onKeyPress(sender, selector, event) ; end
    # Handles the SEL_KEYRELEASE message
    def onKeyRelease(sender, selector, event) ; end

    # Construct new drawing canvas widget
    def initialize(p, tgt=nil, sel=0, opts=FRAME_NORMAL, x=0, y=0, w=0, h=0) ; end
  end
end

--- NEW FILE: FXCheckButton.rb ---
module Fox
  # A check button is a tri-state button.  Normally, it is either
  # TRUE or FALSE, and toggles between TRUE or FALSE whenever it is pressed.
  # A third state MAYBE may be set to indicate that no selection has been made yet
  # by the user, or that the state is ambiguous.
  # When pressed, the check button sends a SEL_COMMAND to its target, and the
  # message data represents the state of the check button.
  #
  # = CheckButton styles
  #
  # CHECKBUTTON_AUTOGRAY::  Automatically gray out when not updated
  # CHECKBUTTON_AUTOHIDE::  Automatically hide when not updated
  # CHECKBUTTON_NORMAL::    JUSTIFY_NORMAL|ICON_BEFORE_TEXT
  
  class FXCheckButton < FXLabel
    # Handles the SEL_PAINT message
    def onPaint(sender, selector, event) ; end
    # Handles the SEL_UPDATE message
    def onUpdate(sender, selector, event) ; end
    # Handles the SEL_ENTER message
    def onEnter(sender, selector, event) ; end
    # Handles the SEL_LEAVE message
    def onLeave(sender, selector, event) ; end
    def onFocusIn(sender, selector, event) ; end
    def onFocusOut(sender, selector, event) ; end
    def onUngrabbed(sender, selector, event) ; end
    # Handles the SEL_LEFTBUTTONPRESS message
    def onLeftBtnPress(sender, selector, event) ; end
    # Handles the SEL_LEFTBUTTONRELEASE message
    def onLeftBtnRelease(sender, selector, event) ; end
    # Handles the SEL_KEYPRESS message
    def onKeyPress(sender, selector, event) ; end
    # Handles the SEL_KEYRELEASE message
    def onKeyRelease(sender, selector, event) ; end
    def onHotKeyPress(sender, selector, event) ; end
    def onHotKeyRelease(sender, selector, event) ; end
    def onCheck(sender, selector, event) ; end
    def onUncheck(sender, selector, event) ; end
    def onUnknown(sender, selector, event) ; end
    def onCmdSetValue(sender, selector, event) ; end
    def onCmdSetIntValue(sender, selector, event) ; end
    def onCmdGetIntValue(sender, selector, event) ; end

    # Construct new check button
    def initialize(p, text, tgt=nil, sel=0, opts=CHECKBUTTON_NORMAL, x=0, y=0, w=0, h=0, pl=DEFAULT_PAD, pr=DEFAULT_PAD, pt=DEFAULT_PAD, pb=DEFAULT_PAD) ; end
  
    # Set check button state (TRUE, FALSE or MAYBE)
    def check=(state=TRUE) ; end
  
    # Get check button state (TRUE, FALSE or MAYBE)
    def check() ; end
  
    # Change check button style
    def checkButtonStyle=(style) ; end
  
    # Return current check button style
    def checkButtonStyle() ; end
  
    # Get the box background color
    def boxColor() ; end
  
    # Set the box background color
    def boxColor=(clr) ; end
  end
end

--- NEW FILE: FXDC.rb ---
module Fox
  # Line segment
  class FXSegment 
    attr_accessor :x1, :y1, :x2, :y2
  end

  # Arc
  class FXArc 
    attr_accessor :x, :y, :w, :h, :a, :b 
  end

  # Abstract Device Context
  #
  # A Device Context is used to maintain the state of the graphics drawing system.
  # Defining your drawing code in terms of the Abstract Device Context allows the
  # drawing commands to be rendered on different types of surfaces, such as windows
  # and images (FXDCWindow), or on paper (FXDCPrint).
  # WYSYWYG may be obtained by using the same identical drawing code in your
  # application regardless of the actual device surface being utilized.
  #
  # = Drawing (BITBLT) functions
  # BLT_CLR,                        /// D := 0
  # BLT_SRC_AND_DST,                /// D := S & D
  # BLT_SRC_AND_NOT_DST,            /// D := S & ~D
  # BLT_SRC,                        /// D := S
  # BLT_NOT_SRC_AND_DST,            /// D := ~S & D
  # BLT_DST,                        /// D := D
  # BLT_SRC_XOR_DST,                /// D := S ^ D
  # BLT_SRC_OR_DST,                 /// D := S | D
  # BLT_NOT_SRC_AND_NOT_DST,        /// D := ~S & ~D  ==  D := ~(S | D)
  # BLT_NOT_SRC_XOR_DST,            /// D := ~S ^ D
  # BLT_NOT_DST,                    /// D := ~D
  # BLT_SRC_OR_NOT_DST,             /// D := S | ~D
  # BLT_NOT_SRC,                    /// D := ~S
  # BLT_NOT_SRC_OR_DST,             /// D := ~S | D
  # BLT_NOT_SRC_OR_NOT_DST,         /// D := ~S | ~D  ==  ~(S & D)
  # BLT_SET                         /// D := 1
  #
  # = Line Styles
  #
  # LINE_SOLID::        Solid lines
  # LINE_ONOFF_DASH::   On-off dashed lines
  # LINE_DOUBLE_DASH::  Double dashed lines
  #
  # = Line Cap Styles
  #
  # CAP_NOT_LAST::    Don't include last end cap
  # CAP_BUTT::        Butting line end caps
  # CAP_ROUND::       Round line end caps
  # CAP_PROJECTING::  Projecting line end caps
  #
  # = Line Join Styles
  #
  # JOIN_MITER::    Mitered or pointy joints
  # JOIN_ROUND::    Round line joints
  # JOIN_BEVEL::    Beveled or flat joints
  #
  # = Fill Styles
  #
  # FILL_SOLID::              Fill with solid color
  # FILL_TILED::              Fill with tiled bitmap 
  # FILL_STIPPLED::           Fill where stipple mask is 1
  # FILL_OPAQUESTIPPLED::     Fill with foreground where mask is 1, background otherwise
  #
  # = Fill Rules
  #
  # RULE_EVEN_ODD::   Even odd polygon filling
  # RULE_WINDING::    Winding rule polygon filling
  #
  # = Stipple/dither patterns
  #
  # STIPPLE_0::
  # STIPPLE_NONE::
  # STIPPLE_BLACK::All ones
  # STIPPLE_1::
  # STIPPLE_2::
  # STIPPLE_3::
  # STIPPLE_4::
  # STIPPLE_5::
  # STIPPLE_6::
  # STIPPLE_7::
  # STIPPLE_8::
  # STIPPLE_GRAY::50% gray
  # STIPPLE_9::
  # STIPPLE_10::
  # STIPPLE_11::
  # STIPPLE_12::
  # STIPPLE_13::
  # STIPPLE_14::
  # STIPPLE_15::
  # STIPPLE_16::
  # STIPPLE_WHITE::All zeroes
  # STIPPLE_HORZ::Horizontal hatch pattern
  # STIPPLE_VERT::Vertical hatch pattern
  # STIPPLE_CROSS::Cross-hatch pattern
  # STIPPLE_DIAG::Diagonal // hatch pattern
  # STIPPLE_REVDIAG::Reverse diagonal \\ hatch pattern
  # STIPPLE_CROSSDIAG::Cross-diagonal hatch pattern

  class FXDC
    # Construct dummy DC
    def initialize(app) ; end

    # Get application
    def app() ; end
  
    # Read back pixel
    def readPixel(x, y) ; end
  
    # Draw points
    def drawPoint(x, y) ; end
    
    # Draw multiple points. Here, _points_ is an array of FXPoint instances.
    def drawPoints(points) ; end
    
    # Draw multiple points. Here, _points_ is an array of FXPoint instances.
    def drawPointsRel(points) ; end
  
    # Draw line
    def drawLine(x1, y1, x2, y2) ; end
    
    # Draw lines (_points_ is an array of FXPoint instances)
    def drawLines(points) ; end
    
    # Draw lines (_points_ is an array of FXPoint instances)
    def drawLinesRel(points) ; end
    
    # Draw line segments (_segments_ is an array of FXSegment instances)
    def drawLineSegments(segments) ; end
  
    # Draw rectangle
    def drawRectangle(x, y, w, h) ; end
    
    # Draw multiple rectangles (_rectangles_ is an array of FXRectangle instances)
    def drawRectangles(rectangles) ; end
  
    # Draw arcs.
    # The argument _ang1_ specifies the start of the arc relative to the 
    # three-o'clock position from the center, in units of degrees*64.
    # The argument _ang2_ specifies the path and extent of the arc relative 
    # to the start of the arc, in units of degrees*64.
    # The arguments _x_, _y_, _w_, and _h_ specify the bounding rectangle.
    def drawArc(x, y, w, h, ang1, ang2) ; end
    
    # Draw arcs (_arcs_ is an array of FXArc instances)
    def drawArcs(arcs) ; end
  
    # Draw filled rectangle
    def fillRectangle(x, y, w, h) ; end
    
    # Draw filled rectangles (_rectangles_ is an array of FXRectangle instances)
    def fillRectangles(rectangles) ; end
  
    # Draw filled arc
    def fillArc(x, y, w, h, ang1, ang2) ; end
    
    # Draw filled arcs (_arcs_ is an array of FXArc instances)
    def fillArcs(arcs) ; end
  
    # Filled polygon (_points_ is an array of FXPoint instances)
    def fillPolygon(points) ; end

    # Filled polygon (_points_ is an array of FXPoint instances)
    def fillConcavePolygon(points) ; end

    # Filled polygon (_points_ is an array of FXPoint instances)
    def fillComplexPolygon(points) ; end
  
    # Filled polygon with relative points (_points_ is an array of FXPoint instances)
    def fillPolygonRel(points) ; end

    # Filled polygon with relative points (_points_ is an array of FXPoint instances)
    def fillConcavePolygonRel(points) ; end

    # Filled polygon with relative points (_points_ is an array of FXPoint instances)
    def fillComplexPolygonRel(points) ; end
  
    # Draw hashed box
    def drawHashBox(x, y, w, h, b=1) ; end
  
    # Draw focus rectangle
    def drawFocusRectangle(x, y, w, h) ; end
    
    # Draw area from source
    def drawArea(source, sx, sy, sw, sh, dx, dy) ; end
  
    # Draw image
    def drawImage(image, dx, dy) ; end
  
    # Draw bitmap
    def drawBitmap(bitmap, dx, dy) ; end
  
    # Draw icon
    def drawIcon(icon, dx, dy) ; end
    
    # Draw icon shaded (used for disabled labels and buttons)
    def drawIconShaded(icon, dx, dy) ; end
    
    # Draw icon sunken
    def drawIconSunken(icon, dx, dy) ; end
  
    # Draw string
    def drawText(x, y, string) ; end
    
    # Draw string
    def drawImageText(x, y, string) ; end
  
    # Set foreground drawing color
    def foreground=(clr) ; end
  
    # Get foreground drawing color
    def foreground() ; end
  
    # Set background drawing color
    def background=(clr) ; end
  
    # Get background drawing color
    def background() ; end
  
    # Set dash pattern and dash offset.
    # A dash pattern of [1 2 3 4] is a repeating pattern of 1 foreground pixel, 
    # 2 background pixels, 3 foreground pixels, and 4 background pixels.
    # The offset is where in the pattern the system will start counting.
    # The maximum length of the dash pattern is 32.
    def setDashes(dashoffset, dashpattern, dashlength) ; end
  
    # Get dash pattern (a string)
    def dashPattern() ; end
  
    # Get dash offset
    def dashOffset() ; end
  
    # Get dash length
    def dashLength() ; end
  
    # Set line width:- 0 means thinnest/fastest possible
    def lineWidth=(linewidth) ; end
  
    # Get line width
    def lineWidth() ; end
  
    # Set line cap style
    def lineCap=(capstyle) ; end
  
    # Get line cap style
    def lineCap() ; end
  
    # Set line join style
    def lineJoin=(joinstyle) ; end
  
    # Get line join style
    def lineJoin() ; end
  
    # Set line style
    def lineStyle=(linestyle) ; end
  
    # Get line style
    def lineStyle() ; end
  
    # Set fill style
    def fillStyle=(fillstyle) ; end
  
    # Get fill style
    def fillStyle() ; end
  
    # Set fill rule
    def fillRule=(fillrule) ; end
  
    # Get fill rule
    def fillRule() ; end
  
    # Set rasterop function
    def function=(func) ; end
  
    # Get rasterop function
    def function() ; end
  
    # Set the tile image
    def setTile(image, dx=0, dy=0) ; end
  
    # Get the tile image
    def tile() ; end
  
    # Set the stipple pattern
    def setStipple(bitmap, dx=0, dy=0) ; end
  
    # Get stipple bitmap
    def stippleBitmap() ; end
  
    # Set the stipple pattern
    def setStipple(pat, dx=0, dy=0) ; end
  
    # Get pattern
    def stipplePattern() ; end
  
    # Set clip region
    def clipRegion=(region) ; end
  
    # Set clip rectangle
    def setClipRectangle(x, y, w, h) ; end
    
    # Change clip rectangle
    def setClipRectangle(rectangle) ; end
    
    # Return clip rectangle
    def clipRectangle() ; end
  
    # Return clip x
    def clipX() ; end
  
    # Return clip y
    def clipY() ; end
  
    # Return clip width
    def clipWidth() ; end
  
    # Return clip height
    def clipHeight() ; end
  
    # Clear clipping
    def clearClipRectangle() ; end
  
    # Set clip mask
    def setClipMask(bitmap, dx=0, dy=0) ; end
  
    # Clear clip mask
    def clearClipMask() ; end
  
    # Set font to draw text with
    def textFont=(font) ; end
  
    # Get text font
    def textFont() ; end
  
    # Clip against child windows
    def clipChildren(yes) ; end
  end
end