TTkTableProxyEditWidget🌶️

class TTkTableProxyEditWidget(parent: TTkContainer | None = None, x: int = 0, y: int = 0, width: int = 0, height: int = 0, pos: Tuple[int, int] | None = None, size: Tuple[int, int] | None = None, maxSize: Tuple[int, int] | None = None, maxWidth: int = 65536, maxHeight: int = 65536, minSize: Tuple[int, int] | None = None, minWidth: int = 0, minHeight: int = 0, name: str | None = None, visible: bool = True, enabled: bool = True, toolTip: TTkString | str = '', style: Dict | None = None, addStyle: Dict | None = None, **kwargs)[source]🌶️

Bases: TTkWidget

Protocol for table cell editor widgets

Any widget implementing these signals can be used as a table cell editor. The protocol ensures consistent behavior across different editor types.

Example implementation:

class MyEditor(TTkLineEdit):
    __slots__ = ('leavingTriggered', 'dataChanged')

    def __init__(self, **kwargs):
        self.leavingTriggered = pyTTkSignal(TTkTableEditLeaving)
        self.dataChanged = pyTTkSignal(object)
        super().__init__(**kwargs)
        self.textChanged.connect(self.dataChanged.emit)

Parameters:

name (str, optional) – the name of the widget, defaults to “”
parent (TTkWidget, optional) – the parent widget, defaults to None
x (int, optional) – the x position, defaults to 0
y (int, optional) – the y position, defaults to 0
pos ((int,int), optional) – the [x,y] position (override the previously defined x, y), defaults to (x,y)
width (int, optional) – the width of the widget, defaults to 0
height (int, optional) – the height of the widget, defaults to 0
size ((int,int), optional) – the size [width, height] of the widget (override the previously defined sizes), defaults to (width,height)
maxWidth (int, optional) – the maxWidth of the widget, defaults to 0x10000
maxHeight (int, optional) – the maxHeight of the widget, defaults to 0x10000
maxSize ((int,int), optional) – the max [width,height] of the widget, optional, defaults to (maxWidth,maxHeight)
minWidth (int, optional) – the minWidth of the widget, defaults to 0
minHeight (int, optional) – the minHeight of the widget, defaults to 0
minSize ((int,int), optional) – the minSize [width,height] of the widget, optional, defaults to (minWidth,minHeight)
toolTip (TTkString, optional) – This property holds the widget’s tooltip, defaults to ‘’
style (dict, optional) – this field hold the custom style to be used by this widget
addStyle (dict, optional) – this field is required to override/merge the new style on top of the current one, useful if only few params need to be changed
visible (bool, optional) – the visibility, optional, defaults to True
enabled (bool, optional) – the ability to handle input events, optional, defaults to True

TTkWidget’s inherited init params:

Parameters:

name (str, optional) – the name of the widget, defaults to “”
parent (TTkWidget, optional) – the parent widget, defaults to None
x (int, optional) – the x position, defaults to 0
y (int, optional) – the y position, defaults to 0
pos ((int,int), optional) – the [x,y] position (override the previously defined x, y), defaults to (x,y)
width (int, optional) – the width of the widget, defaults to 0
height (int, optional) – the height of the widget, defaults to 0
size ((int,int), optional) – the size [width, height] of the widget (override the previously defined sizes), defaults to (width,height)
maxWidth (int, optional) – the maxWidth of the widget, defaults to 0x10000
maxHeight (int, optional) – the maxHeight of the widget, defaults to 0x10000
maxSize ((int,int), optional) – the max [width,height] of the widget, optional, defaults to (maxWidth,maxHeight)
minWidth (int, optional) – the minWidth of the widget, defaults to 0
minHeight (int, optional) – the minHeight of the widget, defaults to 0
minSize ((int,int), optional) – the minSize [width,height] of the widget, optional, defaults to (minWidth,minHeight)
toolTip (TTkString, optional) – This property holds the widget’s tooltip, defaults to ‘’
style (dict, optional) – this field hold the custom style to be used by this widget
addStyle (dict, optional) – this field is required to override/merge the new style on top of the current one, useful if only few params need to be changed
visible (bool, optional) – the visibility, optional, defaults to True
enabled (bool, optional) – the ability to handle input events, optional, defaults to True

TMouseEvents’s inherited init params:

Initialize self. See help(type(self)) for accurate signature.

TDragEvents’s inherited init params:

Initialize self. See help(type(self)) for accurate signature.

Signals 🌶️

`closed`	This signal is emitted whenever the widget is closed
`currentStyleChanged`	This signal is emitted whenever the widget stye change
`focusChanged`	This signal is emitted whenever the focus status change i.e. with the `setFocus()` or `clearFocus()` methods.
`sizeChanged`	This signal is emitted whenever the widget size change

Slots 🌶️

Slots Inherited from: TTkWidget

`close`()	Close (Destroy/Remove) the widget
`hide`()	hide the widget
`lowerWidget`()	Lower the Widget below its relatives
`raiseWidget`([raiseParent])	Raise the Widget above its relatives
`setDisabled`([disabled])	This property holds whether the widget is disnabled
`setEnabled`([enabled])	This property holds whether the widget is enabled
`setFocus`()	Focus the widget
`setVisible`(visible)	Set the visibility status of this widget
`show`()	show the widget
`update`([repaint, updateLayout, updateParent])	Notify the drawing routine that the widget changed and needs to draw its new content.

Members🌶️

closed: pyTTkSignal🌶️

This signal is emitted whenever the widget is closed

Parameters:: widget (TTkWidget) – the widget closed (=self)

currentStyleChanged: pyTTkSignal🌶️

This signal is emitted whenever the widget stye change

Parameters:: style (dict) – the new style applied

dataChanged: pyTTkSignal🌶️

This signal is emitted when the editor data changes

Parameters:: data (object) – The new data value

focusChanged: pyTTkSignal🌶️

This signal is emitted whenever the focus status change i.e. with the setFocus() or clearFocus() methods

Parameters:: status (bool) – the curent focus status

leavingTriggered: pyTTkSignal🌶️

This signal is emitted when the user navigates out of the editor

Parameters:: direction (TTkTableEditLeaving) – The direction of navigation

sizeChanged: pyTTkSignal🌶️

This signal is emitted whenever the widget size change

Parameters:

width (int) – the new widget width
height (int) – the new widget height

Methods🌶️

static editWidgetFactory(data: object) → TTkTableProxyEditWidget[source]🌶️

Factory method to create an editor widget from data

Parameters:: data (object) – The initial data value for the editor
Returns:: A new editor widget instance
Return type:: TTkTableProxyEditWidget
Raises:: NotImplementedError – Must be implemented by subclasses

getCellData() → object[source]🌶️

Get the current data value from the editor

Returns:: The current cell data
Return type:: object
Raises:: NotImplementedError – Must be implemented by subclasses

proxyDispose() → None[source]🌶️: Clean up the editor widget and disconnect signals

Methods Inherited from: TTkWidget

`clearFocus`()	Remove the Focus state of this widget
`close`()	Close (Destroy/Remove) the widget
`currentStyle`()
`disableWidgetCursor`([disable])
`enableWidgetCursor`([enable])
`focusInEvent`()
`focusOutEvent`()
`focusPolicy`()
`geometry`()
`getCanvas`()
`getPixmap`()	Convenience function which return a pixmap representing the current widget status
`getWidgetByName`(name)
`hasFocus`()	This property holds the focus status of this widget
`height`()
`hide`()	hide the widget
`isEnabled`()	This property holds whether the widget is enabled
`isEntered`()
`isVisible`()	Retrieve the visibility status of this widget
`isVisibleAndParent`()
`lowerWidget`()	Lower the Widget below its relatives
`maxDimension`(orientation)
`maximumHeight`()
`maximumSize`()
`maximumWidth`()
`mergeStyle`(style)
`minDimension`(orientation)
`minimumHeight`()
`minimumSize`()
`minimumWidth`()
`mouseEvent`(evt)
`move`(x, y)	Move the widget
`moveEvent`(x, y)	Convenience function, Event Callback triggered after a successful move
`name`()
`paintChildCanvas`()
`paintEvent`(canvas)	Paint Event callback, this need to be overridden in the widget.
`parentWidget`()
`pasteEvent`(txt)	Callback triggered when a paste event is forwarded to this widget.
`pos`()
`raiseWidget`([raiseParent])	Raise the Widget above its relatives
`resize`(width, height)	Resize the widget
`resizeEvent`(width, height)	Convenience function, Event Callback triggered after a successful resize
`setCurrentStyle`(style)
`setDefaultSize`(arg, width, height)
`setDisabled`([disabled])	This property holds whether the widget is disnabled
`setDropEventProxy`(proxy)
`setEnabled`([enabled])	This property holds whether the widget is enabled
`setFocus`()	Focus the widget
`setFocusPolicy`(policy)	This property holds the way the widget accepts keyboard focus
`setGeometry`(x, y, width, height)	Resize and move the widget
`setMaximumHeight`(maxh)
`setMaximumSize`(maxw, maxh)
`setMaximumWidth`(maxw)
`setMinimumHeight`(minh)
`setMinimumSize`(minw, minh)
`setMinimumWidth`(minw)
`setName`(name)	Set the name of this Instance
`setParent`(parent)
`setStyle`([style])
`setToolTip`(toolTip)
`setVisible`(visible)	Set the visibility status of this widget
`setWidgetCursor`([pos, type])
`show`()	show the widget
`size`()
`style`()
`toolTip`()
`update`([repaint, updateLayout, updateParent])	Notify the drawing routine that the widget changed and needs to draw its new content.
`widgetItem`()
`width`()
`x`()
`y`()

Methods Inherited from: TMouseEvents

`enterEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse enter events for the widget.
`leaveEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse leave events for the widget.
`mouseDoubleClickEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse click events for the widget.
`mouseDragEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse drag events for the widget.
`mouseMoveEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse move events for the widget.
`mousePressEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse press events for the widget.
`mouseReleaseEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse release events for the widget.
`mouseTapEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse click events for the widget.
`wheelEvent`(evt)	This event handler, can be reimplemented in a subclass to receive mouse wheel events for the widget.

Methods Inherited from: TKeyEvents

keyEvent(evt)

This event handler, can be reimplemented in a subclass to receive key events for the widget.

Methods Inherited from: TDragEvents

`dragEnterEvent`(evt)	This event handler, can be reimplemented in a subclass to receive drag events for the widget.
`dragLeaveEvent`(evt)	This event handler, can be reimplemented in a subclass to receive drag events for the widget.
`dragMoveEvent`(evt)	This event handler, can be reimplemented in a subclass to receive drag events for the widget.
`dropEvent`(evt)	This event handler, can be reimplemented in a subclass to receive drag events for the widget.