gtk.Style

gtk.Style
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gtk.Style — an object that hold style information for widgets

Synopsis

class gtk.Style(gobject.GObject):
    gtk.Style()
    def copy()
    def attach(window)
    def detach()
    def set_background(window, state_type)
    def apply_default_background(window, set_bg, state_type, area, x, y, width, height)
    def lookup_icon_set(stock_id)
    def render_icon(source, direction, state, size, widget, detail)
    def paint_hline(window, state_type, area, widget, detail, x1, x2, y)
    def paint_vline(window, state_type, area, widget, detail, y1, y2, x)
    def paint_shadow(window, state_type, shadow_type, area, widget, detail, x, y, width, height)
    def paint_polygon(window, state_type, shadow_type, area, widget, detail, points, fill)
    def paint_arrow(window, state_type, shadow_type, area, widget, detail, arrow_type, fill, x, y, width, height)
    def paint_diamond(window, state_type, shadow_type, area, widget, detail, x, y, width, height)
    def paint_box(window, state_type, shadow_type, area, widget, detail, x, y, width, height)
    def paint_flat_box(window, state_type, shadow_type, area, widget, detail, x, y, width, height)
    def paint_check(window, state_type, shadow_type, area, widget, detail, x, y, width, height)
    def paint_option(window, state_type, shadow_type, area, widget, detail, x, y, width, height)
    def paint_tab(window, state_type, shadow_type, area, widget, detail, x, y, width, height)
    def paint_shadow_gap(window, state_type, shadow_type, area, widget, detail, x, y, width, height, gap_side, gap_x, gap_width)
    def paint_box_gap(window, state_type, shadow_type, area, widget, detail, x, y, width, height, gap_side, gap_x, gap_width)
    def paint_extension(window, state_type, shadow_type, area, widget, detail, x, y, width, height, gap_side)
    def paint_focus(window, state_type, area, widget, detail, x, y, width, height)
    def paint_slider(window, state_type, shadow_type, area, widget, detail, x, y, width, height, orientation)
    def paint_handle(window, state_type, shadow_type, area, widget, detail, x, y, width, height, orientation)
    def paint_expander(window, state_type, area, widget, detail, x, y, expander_style)
    def paint_layout(window, state_type, use_text, area, widget, detail, x, y, layout)
    def paint_resize_grip(window, state_type, area, widget, detail, edge, x, y, width, height)

Ancestry

+-- gobject.GObject
  +-- gtk.Style

Attributes

Note

Even though the following attributes that are arrays of gtk.gdk.Color, gtk.gdk.GC or gtk.gdk.Pixmap objects are read-only, the individual array items are read-write.

"fg"	Read	An array of `gtk.gdk.Color`s to be used for the foreground colors in each widget state.
"bg"	Read	An array of `gtk.gdk.Color`s to be used for the background colors in each widget state.
"light"	Read	An array of `gtk.gdk.Color`s to be used for the light colors in each widget state. The light colors are slightly lighter than the bg colors and used for creating shadows.
"dark"	Read	An array of `gtk.gdk.Color`s to be used for the dark colors in each widget state. The dark colors are slightly darker than the bg colors and used for creating shadows.
"mid"	Read	An array of `gtk.gdk.Color`s to be used for the mid colors (between light and dark) in each widget state
"text"	Read	An array of `gtk.gdk.Color`s to be used for the text colors in each widget state.
"base"	Read	An array of `gtk.gdk.Color`s to be used for the base colors in each widget state.
"text_aa"	Read	An array of `gtk.gdk.Color`s to be used for the anti-aliased text colors in each widget state.
"black"	Read-Write	A `gtk.gdk.Color` that is used for the black color.
"white"	Read-Write	A `gtk.gdk.Color` that is used for the white color.
"font_desc"	Read	A `pango.FontDescription` used as the default text font.
"xthickness"	Read	The thickness of lines drawn vertically.
"ythickness"	Read	The thickness of lines drawn horizontally.
"fg_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the fg colors.
"bg_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the bg colors.
"light_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the light colors.
"dark_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the dark colors.
"mid_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the mid colors.
"text_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the text colors.
"base_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the base colors.
"text_aa_gc"	Read	An array of graphics contexts (`gtk.gdk.GC`) for drawing using the anti-aliased text colors.
"black_gc"	Read-Write	A graphics context (`gtk.gdk.GC`) for drawing using the black color.
"white_gc"	Read-Write	A graphics context (`gtk.gdk.GC`) for drawing using the white color.
"bg_pixmap"	Read	An array of `gtk.gdk.Pixmap` to be used for the background stippling in each widget state.

gtk.Style Signal Prototypes

gobject.GObject Signal Prototypes

"realize	`def callback(style, user_param1, ...)`
"unrealize	`def callback(style, user_param1, ...)`

Description

A gtk.Style object encapsulates the information that provides the look and feel for a widget. Each gtk.Widget has an associated gtk.Style object that is used when rendering that widget. Usually the gtk.Style for a widget is the same as the default style that is set by GTK and modified the theme engine. A gtk.Style holds information for the five possible widget states though not every widget supports all five states:

`gtk.STATE_NORMAL`	The state of a sensitive widget that is not active and does not have the focus
`gtk.STATE_ACTIVE`	The state of a sensitive widget when it is active e.g. a button that is pressed but not yet released
`gtk.STATE_PRELIGHT`	The state of a sensitive widget that has the focus e.g. a button that has the mouse pointer over it.
`gtk.STATE_SELECTED`	The state of a widget that is selected e.g. selected text in a `gtk.Entry` widget
`gtk.STATE_INSENSITIVE`	The state of a widget that is insensitive and will not respond to any events e.g. cannot be activated, selected or prelit.

A gtk.Style contains the read-only attributes described in the above section.

Usually applications should not need to use or modify the gtk.Style of their widgets.

Constructor

    gtk.Style()

Returns : a new gtk.Style object

Creates a new gtk.Style object.

Methods

gtk.Style.copy

    def copy()

Returns : a copy of the gtk.Style object

The copy() method returns a copy of the style object.

gtk.Style.attach

    def attach(window)

`window` :	a `gtk.Window`.
Returns :	a `gtk.Style` object

The attach() method adapts a style to the specified window. This process allocates the colors and creates the graphics contexts for the style specializing them to a particular visual and colormap. A new gtk.Style may be created if the style has already been adapted to a window with a different style and colormap.

gtk.Style.detach

    def detach()

The detach() method detaches the style and frees its resources if it is no longer attached.

gtk.Style.set_background

    def set_background(window, state_type)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state

The set_background() method sets the background of window to the background color or pixmap of the style for the widget state specified by state_type.

gtk.Style.apply_default_background

    def apply_default_background(window, set_bg, state_type, area, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`set_bg` :	if `TRUE` use the bg_pixmap for the widget state
`state_type` :	the widget state
`area` :	the clipping area
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The apply_default_background() method sets the background of the specified window in the area specified by x, y, width and height. The background color is derived from the bg_gc of the style with the state specified by state_type. If area is not None it specifies a clipping area for the application of the background.

gtk.Style.lookup_icon_set

    def lookup_icon_set(stock_id)

`stock_id` :	a stock ID
Returns :	a `gtk.IconSet`

The lookup_icon_set() method looks in the gtk.IconFactory list associated with the style and the default icon factory for the stock icon specified by stock_id. If the stock icon iconset is found it is returned.

gtk.Style.render_icon

    def render_icon(source, direction, state, size, widget=None, detail=None)

`source` :	the `gtk.IconSource` specifying the icon to render
`direction` :	a text direction
`state` :	a widget state
`size` :	the size to render the icon at. A size of -1 means render at the size of the source and don't scale.
`widget` :	a widget
`detail` :	a style detail
Returns :	a `gtk.gdk.Pixbuf`

The render_icon() method renders the icon specified by source at the specified size for the specified widget state according to the given parameters and returns the result in a gtk.gdk.Pixbuf.

gtk.Style.paint_hline

    def paint_hline(window, state_type, area, widget, detail, x1, x2, y)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`area` :	the rectangle that clips the output
`widget` :	a widget
`detail` :	a detail string
`x1` :	the starting x coordinate
`x2` :	the ending x coordinate
`y` :	the y coordinate

The paint_hline() method draws a horizontal line from (x1, y) to (x2, y) in window using the specified state_type of the style. If area is not None the line is clipped by the rectangle specified by area.

gtk.Style.paint_vline

    def paint_vline(window, state_type, area, widget, detail, y1, y2, x)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`area` :	the rectangle to which the output is clipped
`widget` :	a widget
`detail` :	a detail string
`y1` :	the starting y coordinate
`y2` :	the ending y coordinate
`x` :	the x coordinate

The paint_vline() method draws a vertical line from (x, y1) to (x, y2) in window using the specified state_type of the style. If area is not None the line is clipped by the rectangle specified by area.

gtk.Style.paint_shadow

    def paint_shadow(window, state_type, shadow_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`*
`state_type` :	a widget state
`shadow_type` :	a type of shadow - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	the rectangle to which the output is clipped
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_shadow() method draws a shadow of the specified shadow_type on the specified window with the size specified by x, y, width and height. If area is not None the shadow is clipped to the rectangle' area. state_type specifies the style state to use for drawing.

gtk.Style.paint_polygon

    def paint_polygon(window, state_type, shadow_type, area, widget, detail, points, fill)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`points` :	a list or tuple containing point (x, y) tuples
`fill` :	if `TRUE` the polygon should be filled

The paint_polygon() method draws a polygon on the specified window with the shadow type specified by shadow_type connecting the points specified by points. If area is not None it specifies a clipping rectangle. The style state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_arrow

    def paint_arrow(window, state_type, shadow_type, area, widget, detail, arrow_type, fill, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	the widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`arrow_type` :	an arrow type - one of: `gtk.ARROW_UP`, `gtk.ARROW_DOWN`, `gtk.ARROW_LEFT`, `gtk.ARROW_RIGHT`
`fill` :	if `TRUE` the arrow should be filled
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_arrow() method draws an arrow of the type specified by arrow_type on the specified window with the shadow type specified by shadow_type with the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_diamond

    def paint_diamond(window, state_type, shadow_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_diamond() method draws a diamond on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_box

    def paint_box(window, state_type, shadow_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_box() method draws a box on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_flat_box

    def paint_flat_box(window, state_type, shadow_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_flat_box() method draws a flat box (no shadow) on the specified window with the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The style state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_check

    def paint_check(window, state_type, shadow_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_check() method draws a check on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_option

    def paint_option(window, state_type, shadow_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_option() method draws an option menu item on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_tab

    def paint_tab(window, state_type, shadow_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_tab() method draws a tab on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_shadow_gap

    def paint_shadow_gap(window, state_type, shadow_type, area, widget, detail, x, y, width, height, gap_side, gap_x, gap_width)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height
`gap_side` :	a position - one of: `gtk.POS_LEFT`, `gtk.POS_RIGHT`, `gtk.POS_TOP`, `gtk.POS_BOTTOM`
`gap_x` :	the x position of the gap
`gap_width` :	the gap width

The paint_shadow_gap() method draws a shadow with a gap on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. The gap position and width is specified by gap_side, gap_x and gap_width. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_box_gap

    def paint_box_gap(window, state_type, shadow_type, area, widget, detail, x, y, width, height, gap_side, gap_x, gap_width)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height
`gap_side` :	a position - one of: `gtk.POS_LEFT`, `gtk.POS_RIGHT`, `gtk.POS_TOP`, `gtk.POS_BOTTOM`
`gap_x` :	the x position of the gap
`gap_width` :	the gap width

The paint_box_gap() method draws a box with a gap on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. The gap position and width is specified by gap_side, gap_x and gap_width. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_extension

    def paint_extension(window, state_type, shadow_type, area, widget, detail, x, y, width, height, gap_side)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height
`gap_side` :	a position - one of: `gtk.POS_LEFT`, `gtk.POS_RIGHT`, `gtk.POS_TOP`, `gtk.POS_BOTTOM`

The paint_extension() method draws an extension on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. The extension position is specified by gap_side. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_focus

    def paint_focus(window, state_type, area, widget, detail, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_focus() method draws a focus indicator on the specified window with the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_slider

    def paint_slider(window, state_type, shadow_type, area, widget, detail, x, y, width, height, orientation)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height
`orientation` :	a position - one of: `gtk.ORIENTATION_HORIZONTAL` or `gtk.ORIENTATION_VERTICAL`

The paint_slider() method draws a slider with the specified orientation on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_handle

    def paint_handle(window, state_type, shadow_type, area, widget, detail, x, y, width, height, orientation)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`shadow_type` :	a shadow type - one of: `gtk.SHADOW_NONE`, `gtk.SHADOW_IN`, `gtk.SHADOW_OUT`, `gtk.SHADOW_ETCHED_IN`, `gtk.SHADOW_ETCHED_OUT`
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height
`orientation` :	a position - one of: `gtk.ORIENTATION_HORIZONTAL` or `gtk.ORIENTATION_VERTICAL`

The paint_handle() method draws a handle with the specified orientation on the specified window with the shadow type specified by shadow_type and the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_expander

    def paint_expander(window, state_type, area, widget, detail, x, y, expander_style)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`expander_style` :	an expander style - one of: `gtk.EXPANDER_COLLAPSED`, `gtk.EXPANDER_SEMI_COLLAPSED`, `gtk.EXPANDER_SEMI_EXPANDED` or `gtk.EXPANDER_EXPANDED`

The paint_expander() method draws an expander with the specified expander_style on the specified window at the location specified by x, y. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_layout

    def paint_layout(window, state_type, use_text, area, widget, detail, x, y, layout)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`use_text` :	if `TRUE` use the text graphics context for drawing
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`x` :	the x location
`y` :	the y location
`layout` :	a `Pango.Layout` object containing the text to display

The paint_layout() method draws the text in a pango.Layout specified by layout on the specified window at the location specified by x and y. If text is TRUE use the text graphics context of the style for drawing, otherwise use the fg graphics context. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing.

gtk.Style.paint_resize_grip

    def paint_resize_grip(window, state_type, area, widget, detail, edge, x, y, width, height)

`window` :	a `gtk.gdk.Window`
`state_type` :	a widget state
`area` :	a clipping rectangle
`widget` :	a widget
`detail` :	a detail string
`edge` :	the edge in which to draw the resize grip, currently only `gtk.WINDOW_EDGE_SOUTH_EAST` is implemented
`x` :	the x location
`y` :	the y location
`width` :	the width
`height` :	the height

The paint_resize_grip() method draws a resize grip at the specified edge on the specified window with the location and size specified by x, y, width and height. If area is not None it specifies a clipping rectangle. The widget state specified by state_type determines the graphics context to use while drawing. Currently the grip can only be drawn at the gtk.WINDOW_EDGE_SOUTH_EAST (lower right) edge.

Signals

The "realize" gtk.Style Signal

    def callback(style, user_param1, ...)

`style` :	the object which received the signal.
`user_param1` :	the first user parameter (if any) specified with the `connect`() method
`...` :	additional user parameters (if any)

Note

This signal is available in GTK+ 2.4 and above.

Emitted when the style has been initialized for a particular colormap and depth. Connecting to this signal is probably seldom useful since most of the time applications and widgets only deal with styles that have been already realized.

The "unrealize" gtk.Style Signal

    def callback(style, user_param1, ...)

`style` :	the object which received the signal.
`user_param1` :	the first user parameter (if any) specified with the `connect`() method
`...` :	additional user parameters (if any)

Note

This signal is available in GTK+ 2.4 and above.

Emitted when the aspects of the style specific to a particular colormap and depth are being cleaned up. A connection to this signal can be useful if a widget wants to cache objects like a gtk.gdk.GC as object data on gtk.Style. This signal provides a convenient place to free such cached objects.

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