SearchBar/Serialize_SearchBar.py

from PySide import QtCore
from PySide import QtGui
import json


def iconToBase64(
    icon: QtGui.QIcon,
    sz=QtCore.QSize(64, 64),
    mode=QtGui.QIcon.Mode.Normal,
    state=QtGui.QIcon.State.On,
):
    """
    Converts a QIcon to a Base64-encoded string representation of its pixmap.

    Args:
        icon (QIcon): The icon to encode.
        sz (QSize): The size of the pixmap to generate.
        mode (QIcon.Mode): The mode of the pixmap (e.g., Normal, Disabled).
        state (QIcon.State): The state of the pixmap (e.g., On, Off).

    Returns:
        str: The Base64-encoded string of the icon's pixmap.
    """
    buf = QtCore.QBuffer()
    buf.open(QtCore.QIODevice.OpenModeFlag.WriteOnly)

    # Save the pixmap of the icon to the buffer in PNG format
    pixmap: QtGui.QPixmap = icon.pixmap(sz, mode, state)
    try:
        pixmap.save(buf, "PNG")
    except Exception as e:
        # raise ValueError("Failed to save icon to buffer. Ensure the icon is valid.")
        print(e)

    # Use standard Base64 encoding
    base64_data = buf.data().toBase64().data().decode("utf-8")
    buf.close()
    return base64_data


def iconToHTML(icon, sz=12, mode=QtGui.QIcon.Mode.Normal, state=QtGui.QIcon.State.On):
    return (
        '<img width="'
        + str(sz)
        + '" height="'
        + str(sz)
        + '" src="data:image/png;base64,'
        + iconToBase64(icon, QtCore.QSize(sz, sz), mode, state)
        + '" />'
    )


def serializeIcon(icon):
    iconPixmaps = {}
    for sz in icon.availableSizes():
        strW = str(sz.width())
        strH = str(sz.height())
        iconPixmaps[strW] = {}
        iconPixmaps[strW][strH] = {}
        for strMode, mode in {
            "normal": QtGui.QIcon.Mode.Normal,
            "disabled": QtGui.QIcon.Mode.Disabled,
            "active": QtGui.QIcon.Mode.Active,
            "selected": QtGui.QIcon.Mode.Selected,
        }.items():
            iconPixmaps[strW][strH][strMode] = {}
            for strState, state in {
                "off": QtGui.QIcon.State.Off,
                "on": QtGui.QIcon.State.On,
            }.items():
                iconPixmaps[strW][strH][strMode][strState] = iconToBase64(
                    icon, sz, mode, state
                )
    return iconPixmaps


# workbenches is a list(str), toolbar is a str, text is a str, icon is a QtGui.QIcon
def serializeTool(tool):
    return {
        "workbenches": tool["workbenches"],
        "toolbar": tool["toolbar"],
        "text": tool["text"],
        "toolTip": tool["toolTip"],
        "icon": serializeIcon(tool["icon"]),
    }


def deserializeIcon(iconPixmaps):
    ico = QtGui.QIcon()
    for strW, wPixmaps in iconPixmaps.items():
        for strH, hPixmaps in wPixmaps.items():
            for strMode, modePixmaps in hPixmaps.items():
                mode = {
                    "normal": QtGui.QIcon.Mode.Normal,
                    "disabled": QtGui.QIcon.Mode.Disabled,
                    "active": QtGui.QIcon.Mode.Active,
                    "selected": QtGui.QIcon.Mode.Selected,
                }[strMode]
                for strState, statePixmap in modePixmaps.items():
                    state = {"off": QtGui.QIcon.State.Off, "on": QtGui.QIcon.State.On}[
                        strState
                    ]
                    pxm = QtGui.QPixmap()
                    pxm.loadFromData(
                        QtCore.QByteArray.fromBase64(
                            bytearray(statePixmap.encode("utf-8"))
                        )
                    )
                    ico.addPixmap(pxm, mode, state)
    return ico


def deserializeTool(tool):
    return {
        "workbenches": tool["workbenches"],
        "toolbar": tool["toolbar"],
        "text": tool["text"],
        "toolTip": tool["toolTip"],
        "icon": deserializeIcon(tool["icon"]),
    }


def serializeItemGroup(itemGroup):
    return {
        "icon": serializeIcon(itemGroup["icon"]),
        "text": itemGroup["text"],
        "toolTip": itemGroup["toolTip"],
        "action": itemGroup["action"],
        "subitems": serializeItemGroups(itemGroup["subitems"]),
    }


def serializeItemGroups(itemGroups):
    return [serializeItemGroup(itemGroup) for itemGroup in itemGroups]


def serialize(itemGroups):
    return json.dumps(serializeItemGroups(itemGroups))


def deserializeItemGroup(itemGroup):
    return {
        "icon": deserializeIcon(itemGroup["icon"]),
        "text": itemGroup["text"],
        "toolTip": itemGroup["toolTip"],
        "action": itemGroup["action"],
        "subitems": deserializeItemGroups(itemGroup["subitems"]),
    }


def deserializeItemGroups(serializedItemGroups):
    return [deserializeItemGroup(itemGroup) for itemGroup in serializedItemGroups]


def deserialize(serializedItemGroups):
    return deserializeItemGroups(json.loads(serializedItemGroups))