def saveChangesToModel(self, currStep):
if currStep == StepOne:
self.model.set(
"afkMessage",
self.rootframe.rootEntry.get("1.0",
tkinter.END).replace("\n", ""))
elif currStep == StepTwo:
self.model.set("defaultKey", self.rootframe.radiostatus.get())
self.model.set("specialKey",
self.rootframe.specialKeyEntry.get()[0])
elif currStep == StepThree:
self.model.set('numberOfSlotsNeeded',
len(self.get_all_children(self.rootframe.treeview)))
self.model.initializeSlots()
for itemm in self.get_all_children(self.rootframe.treeview):
dictItem = self.rootframe.treeview.item(itemm)
slot = int(dictItem['text'])
item2 = str(dictItem['values'][0])
count = int(dictItem['values'][1])
price = int(dictItem['values'][2])
newslot = InventorySlot.InventorySlot(slot, item2, price,
count)
self.model.addSlot(newslot)
elif currStep == lastStep:
self.model.set("filepath", self.rootframe.entryForFilepath.get())
self.model.set("filename", self.rootframe.filenameEntry.get())
def test_InventorySlotGiven_addsToModel_addsCorrectly(self):
#Arrange
pm = PresetModel.PresetModel()
ex = InventorySlot.InventorySlot(1, "My Item", 10, 5)
ex2 = InventorySlot.InventorySlot(2, "MY Item 2", 24, 64)
#Act
pm.addSlot(ex)
pm.addSlot(ex2)
#Assert
self.assertEqual(pm.slot1.getCount(), 5)
self.assertEqual(pm.slot2.getCount(), 64)
self.assertEqual(pm.slot1.getPosition(), 1)
self.assertEqual(pm.slot2.getPosition(), 2)
self.assertEqual(pm.slot3, None)
def test_CreateNewSlot_fillByConstructor_filledCorrectly(self):
#Arrange + Act
slot = InventorySlot.InventorySlot(2, "My Item", 100, 3)
#Assert
self.assertEqual(slot.getCount(), 3)
self.assertEqual(slot.getItem(), "My Item")
self.assertEqual(slot.getPosition(), 2)
self.assertEqual(slot.getPrice(), 100)
def test_filledSlotGiven_clearSlot_slotBackToDefaults(self):
#Arrange
slot = InventorySlot.InventorySlot(2, "Testitem, 25, 3")
#Act
slot.clear()
#Assert
self.assertEqual(slot.getCount(), 0)
self.assertEqual(slot.getItem(), "")
self.assertEqual(slot.getPosition(), -1)
self.assertEqual(slot.getPrice(), -1)
def __init__(self):
self.inventorySize = 5
#print(self.items)
#for x in range(self.inventorySizeX):
# for y in range(self.inventorySizeY):
# slot = InventorySlot(x, y, self.items[y][x])
# self.items.append(slot)
self.items = [InventorySlot() for x in range(self.inventorySize)]
self.str_items = ["null" for x in range(self.inventorySize)]
self.currentItem = self.items[0].containedItem
def readInventoryLine(self, lineToRead):
#Error Handling muss in Aufruffunktion gemacht werden!
#data: 1 32 500 bea con
#data: slot Anzahl Preis Material
#lineToRead = ['data:', '1', '32', '500', 'bea', con']
newSlot = InventorySlot.InventorySlot()
newSlot.setPosition(int(lineToRead[1]))
newSlot.setCount(int(lineToRead[2]))
newSlot.setPrice(int(lineToRead[3]))
newSlot.setItem(' '.join(lineToRead[4:]))
return newSlot
def test_CreateNewSlot_fillByAttributes_filledCorrectly(self):
#Arrange
slot = InventorySlot.InventorySlot()
#Act
slot.setItem("My Item")
slot.setPosition(2)
slot.setCount(3)
slot.setPrice(100)
#Assert
self.assertEqual(slot.getCount(), 3)
self.assertEqual(slot.getItem(), "My Item")
self.assertEqual(slot.getPosition(), 2)
self.assertEqual(slot.getPrice(), 100)
def test_FilledModelWithSlots_asStr_GivesCorrectString(self):
#Arrange
self.maxDiff = None
model = PresetModel.PresetModel()
model.set("afkMessage", "Ich bin Testweise Afk")
model.set("specialKey", 'e')
model.set("defaultKey", True)
model.set("filepath", "C:/Programme/AppData")
model.set("filename", "unittestpreset.preset")
model.set("numberOfSlotsNeeded", 2)
slot1 = InventorySlot.InventorySlot(1, "Item 1", 100, 20)
slot2 = InventorySlot.InventorySlot(2, "Second Item", 250, 64)
model.addSlot(slot1)
model.addSlot(slot2)
#Act
conv = str(model)
#Assert
real = """{'defaultKey': True, 'specialKey': 'e', 'afkMessage': 'Ich bin Testweise Afk', 'numberOfSlotsNeeded': 2, 'filepath': 'C:/Programme/AppData', 'filename': 'unittestpreset.preset'}1 Item 1 100 202 Second Item 250 64NoneNoneNoneNoneNoneNoneNoneNone"""
self.assertEqual(conv, real)
def test_EmptySlot_WriteStringToCount_ThrowsTypeError(self):
#Arrange
slot = InventorySlot.InventorySlot()
sCount = partial(slot.setCount, "Stringg")
#Act + Assert
self.assertRaises(TypeError, sCount)