def event_button_solverSetupAdd(self, widget, data=None):
print "RunConfig::event_button_solverSetupAdd()"
(typ,name,response) = self.getTypeAndNameDialog_currentBase(AcdOptiSolverSetup.getTypes(), "Select solver type")
if response == gtk.RESPONSE_OK:
try:
newSS_name = AcdOptiSolverSetup.createNew(typ, self.runConfig.folder, name)
except AcdOptiException_solverSetup_createFail_nameTaken as e:
mDia = gtk.MessageDialog(self.getBaseWindow(),
gtk.DIALOG_MODAL | gtk.DIALOG_DESTROY_WITH_PARENT,
gtk.MESSAGE_ERROR, gtk.BUTTONS_OK,
"Name '" + e.args[1] + "' already in use")
mDia.run()
mDia.destroy()
return
self.runConfig.solverSetups.append(AcdOptiSolverSetup(newSS_name,self.runConfig))
self.runConfig.write()
self.updateDisplay()
def event_cellRenderer_value_edited(self, cell, path, new_text, user_data=None):
print "SolverSetup::event_cellRenderer_value_edited(), path='" + str(path) + "', new_text='" + new_text + "'"
#Get the underlying DataDict object
data = self.__dynamicTableTree[path][-1]
#Check that the new input is valid
problem = AcdOptiSolverSetup.isInputInvalid(data, new_text)
if problem:
print "Invalid data, problem='" + problem + "'"
return
#Store it to the underlying structure
data.setValSingle("value", new_text)
#Update the display
self.__dynamicTableTree[path][2] = new_text