jj=ddlmZddlZddlmZmZddlmZddlm Z m Z ddl m Z ejdZGd d e ZGd d e d e eZy)) annotationsN)HashableMapping)CompositeCanvas) WidgetErrordelegate_to_widget_mixin)WidgetDecoration WrappedWidgetc eZdZy) AttrMapErrorN)__name__ __module__ __qualname__^/home/ubuntu/.cache/pipx/cdb5059130eadca/lib/python3.12/site-packages/urwid/widget/attr_map.pyr r srr ceZdZdZ d d fd Zd fd Zd dZd dZeeeZ ddZ ddZ ee e Z dddZ xZS)AttrMapz AttrMap is a decoration that maps one set of attributes to another. This object will pass all function calls and variable references to the wrapped widget. ct||t|trt ||_n d|i|_t|trt ||_y|||_yd|i|_y)a :param w: widget to wrap (stored as self.original_widget) :type w: widget :param attr_map: attribute to apply to *w*, or dict of old display attribute: new display attribute mappings :type attr_map: display attribute or dict :param focus_map: attribute to apply when in focus or dict of old display attribute: new display attribute mappings; if ``None`` use *attr* :type focus_map: display attribute or dict >>> from urwid import Divider, Edit, Text >>> AttrMap(Divider("!"), "bright") attr_map={None: 'bright'}> >>> AttrMap(Edit(), "notfocus", "focus").attr_map {None: 'notfocus'} >>> AttrMap(Edit(), "notfocus", "focus").focus_map {None: 'focus'} >>> size = (5,) >>> am = AttrMap(Text("hi"), "greeting", "fgreet") >>> next(am.render(size, focus=False).content()) # ... = b in Python 3 [('greeting', None, ...'hi ')] >>> next(am.render(size, focus=True).content()) [('fgreet', None, ...'hi ')] >>> am2 = AttrMap(Text(("word", "hi")), {"word": "greeting", None: "bg"}) >>> am2 attr_map={'word': 'greeting', None: 'bg'}> >>> next(am2.render(size).content()) [('greeting', None, ...'hi'), ('bg', None, ...' ')] N)super__init__ isinstancerdictattr_map focus_map)selfwrr __class__s rrzAttrMap.__init__sbL  h ( NDM!8,DM i )!)_DN  &DN"I.DNrczit|d|ji}|j|j|d<|S)Nrr)r _repr_attrs _attr_map _focus_map)rdrs rr!zAttrMap._repr_attrsMs< Auw"$ Aj$.. A ?? &!__AkNrc,t|jSN)rr"rs r get_attr_mapzAttrMap.get_attr_mapTsDNN##rc|jD]6\}}t|trt|tr't|d|d||_|j y)a Set the attribute mapping dictionary {from_attr: to_attr, ...} Note this function does not accept a single attribute the way the constructor does. You must specify {None: attribute} instead. >>> from urwid import Text >>> w = AttrMap(Text("hi"), None) >>> w.set_attr_map({"a": "b"}) >>> w attr_map={'a': 'b'}> :: attribute mapping is invalid. Attributes must be hashableN)itemsrrr r" _invalidate)rr from_attrto_attrs r set_attr_mapzAttrMap.set_attr_mapYse#+.."2  Iwi2*Wh:W" m1WK/ij  " rcF|jrt|jSyr&)r#rr's r get_focus_mapzAttrMap.get_focus_mapqs ??( (rc|I|jD]6\}}t|trt|tr't|d|d||_|j y)a Set the focus attribute mapping dictionary {from_attr: to_attr, ...} If None this widget will use the attr mapping instead (no change when in focus). Note this function does not accept a single attribute the way the constructor does. You must specify {None: attribute} instead. >>> from urwid import Text >>> w = AttrMap(Text("hi"), {}) >>> w.set_focus_map({"a": "b"}) >>> w attr_map={} focus_map={'a': 'b'}> >>> w.set_focus_map(None) >>> w attr_map={}> Nr*r+)r,rrr r#r-)rrr.r/s r set_focus_mapzAttrMap.set_focus_mapxsl(  &/oo&7 " 7!)X6jRZ>[&$-q 3mn  $ rc|j}|r|j |j}|jj||}t |}|j ||S)zK Render wrapped widget and apply attribute. Return canvas. )focus)r"r#_original_widgetrenderrfill_attr_apply)rsizer6rcanvs rr8zAttrMap.rendersZ>> T__0H$$++D+>t$ X& rr&)rr r4Hashable | Mapping[Hashable | None, Hashable] | Nonerr<returnNone)r=zdict[str, typing.Any])r=zdict[Hashable | None, Hashable])r&dict[Hashable | None, Hashable] | Noner=r>)r=r?)rr?r=r>)F)r6boolr=r)rrr__doc__rr!r(r0propertyrr2r4rr8 __classcell__)rs@rrrs|KO 2/ 2/G2/H 2/  2/h$ , l3H: 6I  rrr7) __future__rtypingcollections.abcrr urwid.canvasrwidgetrr widget_decorationr TypeVarr r rrrrrKsP" -(9//  ; O&'9: