TKINTER WINFO EXISTS CODE
TKINTER WINFO EXISTS WINDOWS

**kwargs: Other optional keyword arguments. May be the `style`, `ttkstyle` or `bootstyle` argument depending on the context and scenario. style_string (str): The style string to evalulate. Parameters: widget (ttk.Widget): The widget instance being updated. Widget = None, style_string : str = None, ** kwargs ): '''Update the ttk style or create if not existing. configure # override get and set methods def _setitem ( self, key, val ): return _configure ( self, ** ' return def update_ttk_widget_style ( widget : ttk. _init_ = _init # override configure method _configure = Bootstyle. override_ttk_widget_constructor ( widget. This method is called when ttkbootstrap is imported to perform all of the necessary method overrides that implement the bootstyle api.''' from ttkbootstrap.widgets import TTK_WIDGETS from ttkbootstrap.widgets import TK_WIDGETS # TTK WIDGETS for widget in TTK_WIDGETS : try : # override widget constructor _init = Bootstyle. configure ( style = ttkstyle ) return def setup_ttkbootstap_api (): '''Setup ttkbootstrap for use with tkinter and ttk. update_ttk_widget_style ( self, 'default', ** kwargs ) self.

configure ( style = ttkstyle ) else : ttkstyle = Bootstyle.

update_ttk_widget_style ( self, bootstyle, ** kwargs ) self. configure ( style = ttkstyle ) elif bootstyle : ttkstyle = Bootstyle. update_ttk_widget_style ( self, style, ** kwargs ) self. configure ( style = style ) else : ttkstyle = Bootstyle. pop ( 'style' ) or '' else : style = '' # instantiate the widget func ( self, * args, ** kwargs ) # must be called AFTER instantiation in order to use winfo_class # in the `get_ttkstyle_name` method if style : if Style. pop ( 'bootstyle' ) else : bootstyle = '' if 'style' in kwargs : style = kwargs. Parameters: func (Callable): The widget class `_init_` method ''' def _init_ ( self, * args, ** kwargs ): # capture bootstyle and style arguments if 'bootstyle' in kwargs : bootstyle = kwargs. Combining GUI toolkits results in an unreasonably large dependency.Window def override_ttk_widget_constructor ( func ): '''Override widget constructors with bootstyle api options. If the multi-monitor scenario concerns you, then you can either look into the screeninfo project, or look into what you can accomplish with Qt (PySide2) or GTK (PyGObject), and then use one of those toolkits instead of tkinter.

It can also be set to center all windows, in which case you won't have the problem of seeing the window move (as addressed above).

TKINTER WINFO EXISTS WINDOWS

For example, xfwm4 has smart placement, which places windows side by side until the screen is full.

TKINTER WINFO EXISTS CODE

You might want to consider providing the user with an option to center the window, and not center by default otherwise, your code can interfere with the window manager's functions. I use deiconify() as a trick to activate the window. Using withdraw() or iconify() later followed by deiconify() doesn't seem to work well, for this purpose, on Windows 7. attributes('-alpha', 0.0) to make the window fully transparent and then set it to 1.0 after the window has been centered. One way to prevent seeing the window move across the screen is to use The simplest (but possibly inaccurate) method is to use tk::PlaceWindow, which takes the pathname of a toplevel window as an argument.

Tkinter winfo exists