Tk_UndefineCursor3tk

Arguments

Tk_Window tkwin (in)

Token for window.

unsigned int valueMask (in)

OR-ed mask of values like CWX or CWBorderPixel, indicating which fields of *valuePtr or *attsPtr to use.

XWindowChanges *valuePtr (in)

Points to a structure containing new values for the configuration parameters selected by valueMask. Fields not selected by valueMask are ignored.

int x (in)

New x-coordinate for tkwin's top left pixel (including border, if any) within tkwin's parent.

int y (in)

New y-coordinate for tkwin's top left pixel (including border, if any) within tkwin's parent.

int width (in)

New width for tkwin (interior, not including border).

int height (in)

New height for tkwin (interior, not including border).

int borderWidth (in)

New width for tkwin's border.

XSetWindowAttributes *attsPtr (in)

Points to a structure containing new values for the attributes given by the valueMask argument. Attributes not selected by valueMask are ignored.

unsigned long pixel (in)

New background or border color for window.

Pixmap pixmap (in)

New pixmap to use for background or border of tkwin. WARNING: cannot necessarily be deleted immediately, as for Xlib calls. See note below.

Colormap colormap (in)

New colormap to use for tkwin.

Tk_Cursor cursor (in)

New cursor to use for tkwin. If None is specified, then tkwin will not have its own cursor; it will use the cursor of its parent.

Overview

These procedures are analogous to the X library procedures with similar names, such as XConfigureWindow. Each one of the above procedures calls the corresponding X procedure and also saves the configuration information in Tk's local structure for the window. This allows the information to be retrieved quickly by the application (using macros such as Tk_X and Tk_Height) without having to contact the X server. In addition, if no X window has actually been created for tkwin yet, these procedures do not issue X operations or cause event handlers to be invoked; they save the information in Tk's local structure for the window; when the window is created later, the saved information will be used to configure the window.

See the X library documentation for details on what these procedures do and how they use their arguments.

In the procedures Tk_ConfigureWindow, Tk_MoveWindow, Tk_ResizeWindow, Tk_MoveResizeWindow, and Tk_SetWindowBorderWidth, if tkwin is an internal window then event handlers interested in configure events are invoked immediately, before the procedure returns. If tkwin is a top-level window then the event handlers will be invoked later, after X has seen the request and returned an event for it.

Applications using Tk should never call procedures like XConfigureWindow directly; they should always use the corresponding Tk procedures.

The size and location of a window should only be modified by the appropriate geometry manager for that window and never by a window itself (but see Tk_MoveToplevelWindow for moving a top-level window).

You may not use Tk_ConfigureWindow to change the stacking order of a window (valueMask may not contain the CWSibling or CWStackMode bits). To change the stacking order, use the procedure Tk_RestackWindow.

The procedure Tk_SetWindowColormap will automatically add tkwin to the TK_COLORMAP_WINDOWS property of its nearest top-level ancestor if the new colormap is different from that of tkwin's parent and tkwin is not already in the TK_COLORMAP_WINDOWS property.

Keywords

attributes, border, color, configure, height, pixel, pixmap, width, window, x, y