def iconClicked(self, reason):
if reason == 2:
Debugger.log('Tray icon clicked')
if not hasattr(self, "mainWindow"):
self.mainWindow = MainWindow(self)
self.mainWindow.activateWindow()
if self.mainWindow.isVisible():
self.mainWindow.hide()
else:
self.mainWindow.show()
self.mainWindow.activateWindow()
def balloonClicked(self):
Debugger.log('Balloon clicked')
if not hasattr(self, "mainWindow"):
self.mainWindow = MainWindow(self)
if not self.mainWindow.isVisible():
self.mainWindow.show()
if self.mainWindow.isMinimized():
self.mainWindow.showNormal()
self.mainWindow.activateWindow()
self.mainWindow.selectFirstRow()
def setUp(self):
'''Create the GUI'''
self.form = MainWindow()
self.form._unittestmode = True
self.fc = self.form.fc
self.nodeTypes = self.form.uiData.fclib().getNodeList()
class FlowchartNodesTest(unittest.TestCase):
'''Test different nodes in PyGWA GUI'''
def setUp(self):
'''Create the GUI'''
self.form = MainWindow()
self.form._unittestmode = True
self.fc = self.form.fc
self.nodeTypes = self.form.uiData.fclib().getNodeList()
def tearDown(self):
plt.close('all')
self.form.close()
del self.form
if log: print('')
def readXLS(self, path=None):
''' Read XLS and return the node'''
if path is None:
# now set test_data file
path = projectPath('../TUTORIALS/test_data.xlsx')
n = self.fc.createNode('readXLS', pos=(0, 0))
p = n.ctrlWidget().param #alias to method
p('Select File').setValue(path)
#set some params...
p('Parameters', 'skiprows').setValue(0)
p('Parameters', 'skip_footer').setValue(0)
p('Parameters', 'na_values').setValue(u'---')
#load data
p('Load File').activate()
return n
def test_01_init(self):
'''Test the GUI in its default state by initializing it'''
print ('sys.argv = ', sys.argv)
def test_02_add_nodes(self):
''' Test GUI by adding number of nodes'''
for nodeType in self.nodeTypes:
if log: print ('\tadding node `{0}`...'.format(nodeType), end='')
self.fc.createNode(nodeType, pos=(0, 0))
if log: print ('ok')
def test_03_node_readXLS(self):
''' Add Node `readXLS`, load data'''
self.readXLS()
def test_04_node_QuickView(self):
''' Connect node QuickView to readXLS and view data'''
readXLS = self.readXLS()
QuickView = self.fc.createNode('QuickView', pos=(0, 0))
self.fc.connectTerminals(readXLS['output'], QuickView['In'])
QTest.mouseClick(QuickView.ctrlWidget().pushButton_viewTable, Qt.LeftButton)
#QuickView.ctrlWidget().twWindow.close()
QTest.mouseClick(QuickView.ctrlWidget().pushButton_viewPlot, Qt.LeftButton)
def test_05_node_TimeseriesPlot(self):
''' Load data, create two curves with node `makeTimeseriesCurve` and plot them with node `TimeseriesPlot`'''
readXLS = self.readXLS()
curve1 = self.fc.createNode('makeTimeseriesCurve', pos=(0, 0))
curve2 = self.fc.createNode('makeTimeseriesCurve', pos=(0, 0))
plotNode = self.fc.createNode('TimeseriesPlot', pos=(0, 0))
self.fc.connectTerminals(readXLS['output'], curve1['df'])
self.fc.connectTerminals(readXLS['output'], curve2['df'])
curve1.ctrlWidget().p.param('Y:signal').setValue(u'River')
curve1.ctrlWidget().p.param('tz correct').setValue(1.2)
self.fc.connectTerminals(curve1['Curve'], plotNode['Curves'])
self.fc.connectTerminals(curve2['Curve'], plotNode['Curves'])
plotNode.ctrlWidget().p.param('Y:Label').setValue('test label')
plotNode.ctrlWidget().p.param('Y:Units').setValue('test units')
plotNode.ctrlWidget().p.param('Crosshair').setValue(True)
plotNode.ctrlWidget().p.param('Data Points').setValue(True)
plotNode.ctrlWidget().p.param('Plot').activate()
def test_06_node_StatisticalAnalysis(self):
''' Load data, perform stat analysis'''
readXLS = self.readXLS()
statAnalysis = self.fc.createNode('Plot Histogram', pos=(0, 0))
self.fc.connectTerminals(readXLS['output'], statAnalysis['In'])
statAnalysis.ctrlWidget().p.param('Signal').setValue('GW_2')
statAnalysis.ctrlWidget().p.param('Signal Units').setValue('test units')
statAnalysis.ctrlWidget().p.param('Histogram Type').setValue('Normalized')
statAnalysis.ctrlWidget().p.param('Bins').setValue(15)
statAnalysis.ctrlWidget().p.param('Plot').activate()
class WebinyNotifier(QtGui.QApplication, QObject):
processMonitorLog = ''
def __init__(self, args):
QtGui.QApplication.__init__(self, args)
QObject.__init__(self, args)
self.setQuitOnLastWindowClosed(False)
self.tray = Tray(parent=self)
self.settingsForm = None
self.logForm = None
self.settings = SettingsObj()
# Connect slot so Listener can forward request data to main thread
self.listener = Listener()
self.connect_slots(self.listener)
self.listener.start()
self.exec_()
def restartListener(self):
print "Restarting listener..."
self.listener.stop()
self.listener = Listener()
self.connect_slots(self.listener)
self.listener.start()
def connect_slots(self, sender):
self.connect(sender, QtCore.SIGNAL('newNotification'), self.newNotification)
def newNotification(self, params):
# Store new request
request = Request()
request.createFromNodeJs(params)
# Notification balloon
if bool(self.settings.show_balloon) and bool(self.settings.log_levels[request.getLevel()]['balloon']):
message = "[" + strftime("%Y-%m-%d %H:%M:%S", gmtime()) + "] New notification received!"
Debugger.log('Showing tray message: ' + message)
self.tray.showMessage('Webiny Notifier', message, QtGui.QSystemTrayIcon.Information, 10000000)
self.refreshRequestsModel()
def openSettings(self):
if self.settingsForm is None:
self.settingsForm = Settings(self)
self.settingsForm.show()
def openLog(self):
"""
if self.logForm is None:
self.logForm = Log()
self.logForm.show()
"""
def refreshRequestsModel(self):
if hasattr(self, "mainWindow"):
self.mainWindow.refreshRequestModel()
def exitApp(self):
del self.tray
self.listener.stop()
self.quit()
def balloonClicked(self):
Debugger.log('Balloon clicked')
if not hasattr(self, "mainWindow"):
self.mainWindow = MainWindow(self)
if not self.mainWindow.isVisible():
self.mainWindow.show()
if self.mainWindow.isMinimized():
self.mainWindow.showNormal()
self.mainWindow.activateWindow()
self.mainWindow.selectFirstRow()
def iconClicked(self, reason):
if reason == 2:
Debugger.log('Tray icon clicked')
if not hasattr(self, "mainWindow"):
self.mainWindow = MainWindow(self)
self.mainWindow.activateWindow()
if self.mainWindow.isVisible():
self.mainWindow.hide()
else:
self.mainWindow.show()
self.mainWindow.activateWindow()
def setUp(self):
'''Create the GUI'''
self.form = MainWindow()
self.form._unittestmode = True
self.fc = self.form.fc
self.nodeTypes = self.form.uiData.fclib().getNodeList()
class FlowchartNodesTest(unittest.TestCase):
'''Test different nodes in PyGWA GUI'''
def setUp(self):
'''Create the GUI'''
self.form = MainWindow()
self.form._unittestmode = True
self.fc = self.form.fc
self.nodeTypes = self.form.uiData.fclib().getNodeList()
def tearDown(self):
plt.close('all')
self.form.close()
del self.form
if log: print('')
def readXLS(self, path=None):
''' Read XLS and return the node'''
if path is None:
# now set test_data file
path = projectPath('../TUTORIALS/test_data.xlsx')
n = self.fc.createNode('readXLS', pos=(0, 0))
p = n.ctrlWidget().param #alias to method
p('Select File').setValue(path)
#set some params...
p('Parameters', 'skiprows').setValue(0)
p('Parameters', 'skip_footer').setValue(0)
p('Parameters', 'na_values').setValue(u'---')
#load data
p('Load File').activate()
return n
def test_01_init(self):
'''Test the GUI in its default state by initializing it'''
print('sys.argv = ', sys.argv)
def test_02_add_nodes(self):
''' Test GUI by adding number of nodes'''
for nodeType in self.nodeTypes:
if log: print('\tadding node `{0}`...'.format(nodeType), end='')
self.fc.createNode(nodeType, pos=(0, 0))
if log: print('ok')
def test_03_node_readXLS(self):
''' Add Node `readXLS`, load data'''
self.readXLS()
def test_04_node_QuickView(self):
''' Connect node QuickView to readXLS and view data'''
readXLS = self.readXLS()
QuickView = self.fc.createNode('QuickView', pos=(0, 0))
self.fc.connectTerminals(readXLS['output'], QuickView['In'])
QTest.mouseClick(QuickView.ctrlWidget().pushButton_viewTable,
Qt.LeftButton)
#QuickView.ctrlWidget().twWindow.close()
QTest.mouseClick(QuickView.ctrlWidget().pushButton_viewPlot,
Qt.LeftButton)
def test_05_node_TimeseriesPlot(self):
''' Load data, create two curves with node `makeTimeseriesCurve` and plot them with node `TimeseriesPlot`'''
readXLS = self.readXLS()
curve1 = self.fc.createNode('makeTimeseriesCurve', pos=(0, 0))
curve2 = self.fc.createNode('makeTimeseriesCurve', pos=(0, 0))
plotNode = self.fc.createNode('TimeseriesPlot', pos=(0, 0))
self.fc.connectTerminals(readXLS['output'], curve1['df'])
self.fc.connectTerminals(readXLS['output'], curve2['df'])
curve1.ctrlWidget().p.param('Y:signal').setValue(u'River')
curve1.ctrlWidget().p.param('tz correct').setValue(1.2)
self.fc.connectTerminals(curve1['Curve'], plotNode['Curves'])
self.fc.connectTerminals(curve2['Curve'], plotNode['Curves'])
plotNode.ctrlWidget().p.param('Y:Label').setValue('test label')
plotNode.ctrlWidget().p.param('Y:Units').setValue('test units')
plotNode.ctrlWidget().p.param('Crosshair').setValue(True)
plotNode.ctrlWidget().p.param('Data Points').setValue(True)
plotNode.ctrlWidget().p.param('Plot').activate()
def test_06_node_StatisticalAnalysis(self):
''' Load data, perform stat analysis'''
readXLS = self.readXLS()
statAnalysis = self.fc.createNode('Plot Histogram', pos=(0, 0))
self.fc.connectTerminals(readXLS['output'], statAnalysis['In'])
statAnalysis.ctrlWidget().p.param('Signal').setValue('GW_2')
statAnalysis.ctrlWidget().p.param('Signal Units').setValue(
'test units')
statAnalysis.ctrlWidget().p.param('Histogram Type').setValue(
'Normalized')
statAnalysis.ctrlWidget().p.param('Bins').setValue(15)
statAnalysis.ctrlWidget().p.param('Plot').activate()
