Widgets

all widgets in this library are fork of PySide6 widgets, so you can back to PySide6 documentation to see more info about widgets.

Usage

As you know in PySide6.QtWidgets there are set, get, and add functions, so when you write the name of a function of type set or add in the **kwargs, that function will be executed with the value inserted.

from Qtica.widgets import Widget
from Qtica.utils import Args

Widget(
    setWindowTitle: Args | Any = "Window Title",
    addAction: list[Args | Any] = QAction()
)

to overwrite widget events you can use the events parameter

Widget(
    events=[
        ("Event Name", lambda e: ...)
        # Using enums.Events
        (Events.mousePress, lambda e: ...)
    ]
)

to connect widget signals you can use the signals parameter

Widget(
    signals=[
        ("Signal Name", lambda: ...)
        # Using enums.Signals
        (Signals.clicked, lambda: ...)
    ]
)

to write inline Qt Style Sheet

Using Dict

Widget(
    qss={
        "background-color": "purple",
        "font-size": "12px",
        "color": "white"
    }
)

Using QStyleSheet

Widget(
    qss=QStyleSheet(
        qss={
            "background-color": "--bg-color",
            "font-size": "12px",
            "color": "--fg-color"
        },
        vars={
            "bg-color": "purple",
            "fg-color": "white"
        }
    )
)

the long press signal usage

Widget(
    long_press_delay: int = 1000,
    signals=[
        ("long_pressed", lambda: print("Long Press Active"))
    ]
)

set window attributes

Widget(
    attrs: Union[list[Qt.WidgetAttribute], dict[Qt.WidgetAttribute, bool]] = None
)

set window flags

Widget(
    flags: Union[list[Qt.WindowType], dict[Qt.WindowType, bool]] = None
)

run class method

Widget(
    methods = [
        ("resize", QSize(200, 200)),
        # Using Func class
        Func("resize", 200, 200),
        # Using Args class
        ("resize", Args(200, 200))
    ]
)