def saveAs(self):
"""opens Save File dialogue and saves current tab as a File"""
tr = QtCore.QCoreApplication.translate
fileName = QtWidgets.QFileDialog.getSaveFileName(
self, tr("SaveDialog:", "Berechnung speichern"), "",
tr("SaveDialog:",
"Bauphysikberechnung (*.baup);;Alle Dateien (*)"))
if (all(fileName)):
file = QtCore.QFile(fileName[0])
if (not file.open(QtCore.QIODevice.WriteOnly)):
QtWidgets.QMessageBox.Information(
self, tr("SaveDialog:",
"Datei kann nicht geöffnet werden"),
file.errorString())
return
fileNameStringWithEnding = fileName[0].split("/")
fileNameStringWithEnding = fileNameStringWithEnding[
len(fileNameStringWithEnding) - 1]
fileNameStringWithEnding = fileNameStringWithEnding.split(".")
fileNameString = ""
for x in range(len(fileNameStringWithEnding) - 1):
if x == 0:
fileNameString += fileNameStringWithEnding[x]
else:
fileNameString += "." + fileNameStringWithEnding[x]
self.tabWidget.currentWidget().data.name = fileNameString
self.tabWidget.currentWidget(
).data.currentFileLocation = fileName[0]
exp = Exporter(self.tabWidget.currentWidget().data)
exp.export(fileName[0])
self.updateName()
else:
return
def quickSave(self):
"""saves current tab. If it has not been saved previously, opens Save As dialogue"""
if self.tabWidget.currentWidget().data.currentFileLocation is None:
self.saveAs()
else:
exp = Exporter(self.tabWidget.currentWidget().data)
exp.export(self.tabWidget.currentWidget().data.currentFileLocation)
class TestScript_033(unittest.TestCase):
"""
Test von Export&Import mit den Daten für 4 Schichten
analog manuellem TestScript_020
"""
def setUp(self):
#erstelle erste Schicht
self.layer_1 = LayerData()
self.layer_1.widthUnit = 1
self.layer_1.width = 0.02
self.layer_1.lambda_ = 0.350
#erstelle zweite Schicht
self.layer_2 = LayerData()
self.layer_2.widthUnit = 1
self.layer_2.width = 0.24
self.layer_2.lambda_ = 0.560
#erstelle dritte Schicht
self.layer_3 = LayerData()
self.layer_3.widthUnit = 1
self.layer_3.width = 0.05
self.layer_3.lambda_ = 0.045
#erstelle vierte Schicht
self.layer_4 = LayerData()
self.layer_4.widthUnit = 1
self.layer_4.width = 0.01
self.layer_4.lambda_ = 0.700
#erstelle Tab
self.tab = TabData(0, "Test_033")
self.tab.rright = 0.04
self.tab.rleft = 0.13
self.tab.tright = 21
self.tab.tleft = 4
#Schichten in Tab hinzufügen
self.tab.add_layer(self.layer_1)
self.tab.add_layer(self.layer_2)
self.tab.add_layer(self.layer_3)
self.tab.add_layer(self.layer_4)
self.tab.calculate()
self.Export = Exporter(self.tab)
self.parser = Parser(str("TestExport"))
def test_1(self):
"""
Export & Import
"""
self.Export.export("TestExport")
Tab = self.parser.parse()
#Test der Werte im Tab
self.assertEqual(float(self.tab.rright), float(Tab.rright))
self.assertEqual(float(self.tab.rleft), float(Tab.rleft))
self.assertEqual(float(self.tab.tright), float(Tab.tright))
self.assertEqual(float(self.tab.tleft), float(Tab.tleft))
#Test der Werte in Schicht 1
self.assertEqual(float(Tab.layers[0].width), self.layer_1.width)
self.assertEqual(float(Tab.layers[0].lambda_), self.layer_1.lambda_)
self.assertEqual(float(Tab.layers[0].r), self.layer_1.r)
self.assertEqual(float(Tab.layers[0].widthUnit),
self.layer_1.widthUnit)
#Test der Werte in Schicht 2
self.assertEqual(float(Tab.layers[1].width), self.layer_2.width)
self.assertEqual(float(Tab.layers[1].lambda_), self.layer_2.lambda_)
self.assertEqual(float(Tab.layers[1].r), self.layer_2.r)
self.assertEqual(float(Tab.layers[1].widthUnit),
self.layer_2.widthUnit)
#Test der Werte in Schicht 3
self.assertEqual(float(Tab.layers[2].width), self.layer_3.width)
self.assertEqual(float(Tab.layers[2].lambda_), self.layer_3.lambda_)
self.assertEqual(float(Tab.layers[2].r), self.layer_3.r)
self.assertEqual(float(Tab.layers[2].widthUnit),
self.layer_3.widthUnit)
#Test der Werte in Schicht 4
self.assertEqual(float(Tab.layers[3].width), self.layer_4.width)
self.assertEqual(float(Tab.layers[3].lambda_), self.layer_4.lambda_)
self.assertEqual(float(Tab.layers[3].r), self.layer_4.r)
self.assertEqual(float(Tab.layers[3].widthUnit),
self.layer_4.widthUnit)
