def reloadWidgets(self): # should have a way to set the desired tab location
redRObjects.readCategories(force=True)
redREnviron.addOrangeDirectoriesToPath(redREnviron.directoryNames)
signals.registerRedRSignals()
redRGUI.registerQTWidgets()
self.canvas.createWidgetsToolbar(redRObjects.widgetRegistry())
self.searchBox2.setItems(redRObjects.widgetRegistry()['widgets'], redRObjects.widgetRegistry()['templates'])
self.searchBox3.setItems(redRObjects.widgetRegistry()['widgets'], redRObjects.widgetRegistry()['templates'])
def reloadWidgets(
self): # should have a way to set the desired tab location
self.widgetRegistry = orngRegistry.readCategories()
redREnviron.addOrangeDirectoriesToPath(redREnviron.directoryNames)
signals.registerRedRSignals()
redRGUI.registerQTWidgets()
self.canvas.createWidgetsToolbar(self.widgetRegistry)
self.searchBox2.setItems(redRObjects.widgetRegistry()['widgets'])
def __init__(self, app, parent = None, flags = 0):
QMainWindow.__init__(self, parent)
print "starting canvas dlg"
self.setWindowTitle(_("Red-R Canvas %s") % redREnviron.version['REDRVERSION'])
if os.path.exists(redRStyle.canvasIcon):
self.setWindowIcon(QIcon(redRStyle.canvasIcon))
###############################
#####Start splashWindow####
###############################
logo = QPixmap(redRStyle.redRLogo)
splashWindow = QSplashScreen(logo, Qt.WindowStaysOnTopHint)
splashWindow.setMask(logo.mask())
splashWindow.show()
###############################
#####Notes and output Docks####
###############################
self.notesDock = QDockWidget(_('Notes'))
self.notesDock.setObjectName(_('CanvasNotes'))
self.notes = redRTextEdit(None, label = _('Notes'))
self.notes.setMinimumWidth(200)
redRSaveLoad.setNotesWidget(self.notes)
self.notesDock.setWidget(self.notes)
self.addDockWidget(Qt.RightDockWidgetArea, self.notesDock)
self.connect(self.notesDock,SIGNAL('visibilityChanged(bool)'),self.updateDock)
print "connected notes dock"
self.outputDock = QDockWidget(_('Output'))
self.outputDock.setObjectName(_('CanvasOutput'))
outbox = redRwidgetBox(None)
self.printOutput = redRTextEdit(outbox, label = _('Output'),displayLabel=False, editable=False)
hbox = redRwidgetBox(outbox,orientation='horizontal',alignment=Qt.AlignLeft)
redRbutton(hbox, label = _('Save Output'), callback = self.saveOutputToFile)
redRbutton(hbox, label = _('Clear Output'), callback = lambda: self.printOutput.clear())
if redREnviron.settings["writeLogFile"]:
redRbutton(hbox, label = _('Show in Browser'), callback = lambda: redRLog.fileLogger.showLogFile())
self.outputDock.setWidget(outbox)
self.addDockWidget(Qt.BottomDockWidgetArea, self.outputDock)
self.connect(self.outputDock,SIGNAL('visibilityChanged(bool)'),self.updateDock)
#redRLog.setOutputWindow(self.printOutput)
redRLog.setOutputManager('dock', self.dockOutputManger)
#######################
#####Output Manager####
#######################
# self.output = redROutput.OutputWindow(self)
# redRLog.setOutputManager('window', self.output.outputManager)
###################
#Register Widgets##
###################
self.widgetRegistry = redRObjects.widgetRegistry() # the widget registry has been created
print 'Register widgets'
import redRGUI
redRGUI.registerQTWidgets()
# signals.registerRedRSignals()
###################
#Main Cavas########
###################
splashWindow.showMessage(_("Main Cavas"), Qt.AlignHCenter + Qt.AlignBottom)
self.schema = orngDoc.SchemaDoc(self)
self.setCentralWidget(self.schema)
self.schema.setFocus()
###################
#Toolbar and Menu##
###################
splashWindow.showMessage(_("Creating Menu and Toolbar"), Qt.AlignHCenter + Qt.AlignBottom)
self.toolbar = self.addToolBar(_("Toolbar"))
self.toolbarFunctions = redRCanvasToolbar.redRCanvasToolbarandMenu(self,self.toolbar)
self.toolbarFunctions.updateStyle()
######################
#Create Widgets Dock##
######################
self.widgetDock = QDockWidget(_('Widgets'))
self.widgetDock.setObjectName('widgetDock')
self.widgetDockBox = redRwidgetBox(None)
self.widgetDockBox.setMinimumWidth(200)
self.widgetDock.setWidget(self.widgetDockBox)
self.addDockWidget(Qt.LeftDockWidgetArea, self.widgetDock)
self.connect(self.widgetDock,SIGNAL('visibilityChanged(bool)'),self.updateDock)
self.widgetsToolBar = redRWidgetsTree.WidgetTree(self.widgetDockBox, self, self.widgetRegistry)
self.suggestButtonsList = redRWidgetsTree.widgetSuggestions(self.widgetDockBox,self)
# self.createWidgetsToolbar() # also creates the categories popup
# self.toolbar.addWidget(self.widgetsToolBar.widgetSuggestEdit) ## kind of a hack but there you are.
###################
#####Status Bar####
###################
splashWindow.showMessage(_("Creating Status Bar"), Qt.AlignHCenter + Qt.AlignBottom)
self.statusBar = QStatusBar()
self.statusBar.setSizeGripEnabled(False)
self.setStatusBar(self.statusBar)
docBox = redRwidgetBox(None,orientation='horizontal',spacing=4)
self.showWidgetToolbar = redRbutton(docBox, '',toggleButton=True,
icon=redRStyle.defaultWidgetIcon, toolTip=_('Widget Tree'), callback = self.updateDockState)
self.showROutputButton = redRbutton(docBox, '',toggleButton=True,
icon=redRStyle.canvasIcon, toolTip=_('Log'), callback = self.updateDockState)
self.showNotesButton = redRbutton(docBox, '',toggleButton=True,
icon=redRStyle.notesIcon, toolTip=_('Notes'), callback = self.updateDockState)
self.statusBar.addPermanentWidget(docBox)
if 'dockState' in redREnviron.settings.keys() and 'widgetBox' in redREnviron.settings['dockState'].keys():
self.showNotesButton.setChecked(redREnviron.settings['dockState']['notesBox'])
self.showROutputButton.setChecked(redREnviron.settings['dockState']['outputBox'])
self.showWidgetToolbar.setChecked(redREnviron.settings['dockState']['widgetBox'])
###################
##Reports##########
###################
splashWindow.showMessage(_("Creating Reports"), Qt.AlignHCenter + Qt.AlignBottom)
self.reports = redRReports.reports(self,self.schema)
###################
##Update Manager###
###################
# splashWindow.showMessage(_("Creating Update Manager"), Qt.AlignHCenter + Qt.AlignBottom)
# self.updateManager = redRUpdateManager.updateManager(self)
########################
#Load Windows Settings##
########################
splashWindow.showMessage(_("Setting States"), Qt.AlignHCenter + Qt.AlignBottom)
if 'windowState' in redREnviron.settings.keys():
self.restoreState(redREnviron.settings['windowState'])
if 'geometry' in redREnviron.settings.keys():
self.restoreGeometry(redREnviron.settings['geometry'])
if 'size' in redREnviron.settings.keys():
self.resize(redREnviron.settings['size'])
else:
# center window in the desktop
# in newer versions of Qt we can also find the center of a primary screen
# on multiheaded desktops
width, height = redREnviron.settings.get("canvasWidth", 700), redREnviron.settings.get("canvasHeight", 600)
desktop = app.desktop()
deskH = desktop.screenGeometry(desktop.primaryScreen()).height()
deskW = desktop.screenGeometry(desktop.primaryScreen()).width()
h = max(0, deskH/2 - height/2) # if the window is too small, resize the window to desktop size
w = max(0, deskW/2 - width/2)
self.move(w,h+2)
self.resize(width,height)
if 'pos' in redREnviron.settings.keys():
self.move(redREnviron.settings['pos'])
#########################
#Show Main Red-R window##
#########################
self.show()
redRSaveLoad.setCanvasDlg(self)
redRObjects.setCanvasDlg(self)
if splashWindow:
splashWindow.hide()
#########################
#First Load##
#########################
try:
if 'firstLoad' not in redREnviron.settings.keys():
redREnviron.settings['firstLoad'] = True
if redREnviron.settings['firstLoad']:
redRInitWizard.startSetupWizard()
except:
redRLog.log(redRLog.REDRCORE, redRLog.ERROR, redRLog.formatException())
pass
#######################
#####packageManager####
#######################
self.packageManager = redRPackageManager.packageManager(self)
if redREnviron.settings['checkForPackageUpdates'] and self.packageManager.updatesAvailable(auto=True):
self.packageManager.exec_()
print "Processing events"
#qApp.processEvents()
print "events processed"
