def restoreGeometryAndLayoutState(self, state):
# type: (QByteArray) -> bool
"""
Restore the geometry and layout of this widget to a state previously
saved with :func:`saveGeometryAndLayoutState`.
Parameters
----------
state : QByteArray
Saved state.
Returns
-------
success : bool
`True` if the state was successfully restored, `False` otherwise.
"""
version = 0x1
stream = QDataStream(state, QBuffer.ReadOnly)
version_ = stream.readUInt32()
if stream.status() != QDataStream.Ok or version_ != version:
return False
splitter_state = stream.readUInt16()
has_spliter = splitter_state & 0x2
splitter_state = splitter_state & 0x1
if has_spliter and self.__splitter is not None:
self.__setControlAreaVisible(bool(splitter_state))
geometry = QByteArray()
stream >>= geometry
if stream.status() == QDataStream.Ok:
state = self.__restoreWidgetGeometry(bytes(geometry))
self.__was_restored = self.__was_restored or state
return state
else:
return False # pragma: no cover
def restoreState(self, state): # type: (QByteArray) -> bool
"""
Restore the toolbox from a :class:`QByteArray` `state`.
.. note:: The toolbox should already be populated for the state
changes to take effect.
"""
stream = QDataStream(state, QIODevice.ReadOnly)
version = stream.readInt()
if version == 2:
expanded = stream.readQStringList()
for action in map(self.tabAction, range(self.count())):
if (action.text() in expanded) != action.isChecked():
action.trigger()
return True
return False
def saveState(self):
"""
Return the toolbox state (as a `QByteArray`).
.. note:: Individual tabs are stored by their action's text.
"""
version = 2
actions = map(self.tabAction, range(self.count()))
expanded = [action for action in actions if action.isChecked()]
expanded = [action.text() for action in expanded]
byte_array = QByteArray()
stream = QDataStream(byte_array, QIODevice.WriteOnly)
stream.writeInt(version)
stream.writeQStringList(expanded)
return byte_array
def restoreState(self, state):
"""
Restore the toolbox from a :class:`QByteArray` `state`.
.. note:: The toolbox should already be populated for the state
changes to take effect.
"""
# In version 1 of saved state the state was saved in
# a simple dict repr string.
if isinstance(state, QByteArray):
stream = QDataStream(state, QIODevice.ReadOnly)
version = stream.readInt()
if version == 2:
expanded = stream.readQStringList()
for action in map(self.tabAction, range(self.count())):
if (action.text() in expanded) != action.isChecked():
action.trigger()
return True
return False
def restoreState(self, state):
"""
Restore the toolbox from a :class:`QByteArray` `state`.
.. note:: The toolbox should already be populated for the state
changes to take effect.
"""
# In version 1 of saved state the state was saved in
# a simple dict repr string.
if isinstance(state, QByteArray):
stream = QDataStream(state, QIODevice.ReadOnly)
version = stream.readInt()
if version == 2:
expanded = stream.readQStringList()
for action in map(self.tabAction, range(self.count())):
if (action.text() in expanded) != action.isChecked():
action.trigger()
return True
return False
def restoreGeometryAndLayoutState(self, state):
# type: (QByteArray) -> bool
"""
Restore the geometry and layout of this widget to a state previously
saved with :func:`saveGeometryAndLayoutState`.
Parameters
----------
state : QByteArray
Saved state.
Returns
-------
success : bool
`True` if the state was successfully restored, `False` otherwise.
"""
version = 0x1
stream = QDataStream(state, QBuffer.ReadOnly)
version_ = stream.readUInt32()
if stream.status() != QDataStream.Ok or version_ != version:
return False
splitter_state = stream.readUInt16()
has_spliter = splitter_state & 0x2
splitter_state = splitter_state & 0x1
if has_spliter and self.__splitter is not None:
self.__splitter.setControlAreaVisible(bool(splitter_state))
geometry = QByteArray()
stream >> geometry
if stream.status() == QDataStream.Ok:
return self.__restoreWidgetGeometry(bytes(geometry))
else:
return False # pragma: no cover
def saveGeometryAndLayoutState(self):
# type: () -> QByteArray
"""
Save the current geometry and layout state of this widget and
child windows (if applicable).
Returns
-------
state : QByteArray
Saved state.
"""
version = 0x1
have_spliter = 0
splitter_state = 0
if self.__splitter is not None:
have_spliter = 1
splitter_state = 1 if self.controlAreaVisible else 0
data = QByteArray()
stream = QDataStream(data, QBuffer.WriteOnly)
stream.writeUInt32(version)
stream.writeUInt16((have_spliter << 1) | splitter_state)
stream <<= self.saveGeometry()
return data
def saveState(self): # type: () -> QByteArray
"""
Return the toolbox state (as a `QByteArray`).
.. note:: Individual tabs are stored by their action's text.
"""
version = 2
actions = map(self.tabAction, range(self.count()))
expanded = [action for action in actions if action.isChecked()]
expanded = [action.text() for action in expanded]
byte_array = QByteArray()
stream = QDataStream(byte_array, QIODevice.WriteOnly)
stream.writeInt(version)
stream.writeQStringList(expanded)
return byte_array
def saveGeometryAndLayoutState(self):
# type: () -> QByteArray
"""
Save the current geometry and layout state of this widget and
child windows (if applicable).
Returns
-------
state : QByteArray
Saved state.
"""
version = 0x1
have_spliter = 0
splitter_state = 0
if self.__splitter is not None:
have_spliter = 1
splitter_state = 1 if self.controlAreaVisible else 0
data = QByteArray()
stream = QDataStream(data, QBuffer.WriteOnly)
stream.writeUInt32(version)
stream.writeUInt16((have_spliter << 1) | splitter_state)
stream << self.saveGeometry()
return data
