def _connect_signals(self):
# connect siSelectionChange signal
signals.siSelectionChange.connect(self.reload_clicked)
bState = self.ui.autoreload_checkBox.isChecked()
muteSIEvent("siSelectionChange", not bState)
# connect spinbox signal
for spinbox in filter(lambda x: "_spinBox" in x, self.DEFAULT_VALUES.keys()):
widget = getattr(self, spinbox)
QtCore.QObject.connect(widget, QtCore.SIGNAL("editingFinished()"),
lambda y=spinbox: self.spinbox_changed(y))
def __init__( self, parent ):
ExampleDialog.__init__( self,parent )
self.setWindowTitle( "Signal/Slot Example" )
self.lineedit.setText( "" )
# module containing sievents mapped to pyqtsignals
from sisignals import signals, muteSIEvent
# connect the siActivate signal to the activate slot
signals.siActivate.connect( self.activate )
muteSIEvent( "siActivate", False )
# connect the siPassChange signal to the passChanged slot
signals.siPassChange.connect( self.passChanged )
muteSIEvent( "siPassChange", False )
def __init__(self, parent):
ExampleDialog.__init__(self, parent)
self.setWindowTitle("Signal/Slot Example")
self.lineedit.setText("")
# module containing sievents mapped to pyqtsignals
from sisignals import signals, muteSIEvent
# connect the siActivate signal to the activate slot
signals.siActivate.connect(self.activate)
muteSIEvent("siActivate", False)
# connect the siPassChange signal to the passChanged slot
signals.siPassChange.connect(self.passChanged)
muteSIEvent("siPassChange", False)
def autoreload_changed(self, state):
muteSIEvent("siSelectionChange", not state)
def closeEvent(self, event):
muteSIEvent("siSelectionChange", True)
self.close()
