def __init__(self, master=None):
Window.__init__(self, master)
#self.allVehicles = db.getList("vehicleList")
# Iterable lists for options. Subject to change depending on Depot/Vendor.
self.depots = db.getList("transpoList")
self.depotIndex = 0 # For choosing depots.
self.depotObj = self.depots[
self.depotIndex] # First depot in list pre-loaded.
self.company = self.depotObj.transporter
self.cars = [] # Filled in as the user picks a depot.
self.bikes = [] # And whether or not they want a car or a bike.
self.drives = [] # Ditto above.
self.gears = [] # And double ditto.
# User choices with which to make a vehicle.
self.carOrBike = 0 # 0 = Car, 1 = Bike
self.chosenModel = None # Index for Model Object
self.chosenDrive = None # Index for Drive Object
self.chosenGears = None # Index for Gears Object
self.price = 0.0 # Float to hold the price for the vehicle.
# Determined once model/depot is selected.
self.newName = "" # Name
self.newDesc = "" # Description
# Image Directory + Icons and Images
self.imgDir = "./img/vehicleCreator/"
self.icons = {
"Car": "icon_Car.png",
"Bike": "icon_Bike.png",
"Manual": "icon_Gears.png",
"Automatic": "icon_Drive.png",
"Wheel": "icon_Wheel.png"
}
self.vehicleCreatorControl()
def __init__(self, master=None):
Window.__init__(self, master)
# Variable setup.
self.hotels = db.getList("hotelList")
self.hoteliers = db.getList("hotelierList")
self.rooms = db.getList("hotelRoomList")
self.features = db.getList("hotelFeatureList")
self.locations = db.getList("locationList")
self.hotelierObj = self.hoteliers[0]
self.roomObj = self.rooms[0]
self.locationObj = self.locations[0]
self.featuresChosen = []
self.priceMax = 0.0
self.priceMin = 0.0
self.results = []
self.hotelSearch()
def __init__(self, master=None):
Window.__init__(self, master)
# Set up variables for searching through and adding to dropdowns, etc.
self.flights = db.getList("flightList")
self.airports = db.getList("airportList")
self.airlines = db.getList("airlineList")
self.tickets = db.getList("airTicketList")
self.dateFromDateObj = None
self.dateToDateObj = None
self.airportsDep_index = -1
self.airportsArr_index = -1
self.airline_index = 0
self.ticketType_index = 0
self.priceFromFloat = 0.0
self.priceToFloat = 0.0
self.results = []
self.flightSearch()
def __init__(self,master=None,listName=""):
Window.__init__(self,master)
self.master = master
self.name = "" # User friendly variable, set below before the window runs.
self.listName = listName # Not a User-Friendly variable. Programming name of incoming list.
self.list = db.getList(listName)
self.person = None
devList = db.getAllLists()
nameList = db.getListNames()
i = devList.index(self.listName)
self.name = nameList[i]
# This window can be summoned for either Customers, or Staff.
# It'll load them in. I'll do the bolts and bananas on this.
if(listName in ["customerList","staffList"]):
self.peopleWindow()
else:
print("Hey a sec, this isn't meant to happen.\nPlease use this with \"customerList\" or \"staffList\" please. :(")
def searchButtonCommand(searchString=GUI_searchString.get()):
# This function writes all the output from the Search to the record list.
ind = self.curInd
name = self.listNames[ind] # User-friendly list name.
plist = self.allLists[ind] # Programmer-friendly list name.
attr = db.getDefaultAttributes() # Load default attributes.
attr.extend(
self.attribs[ind]) # Load attributes for objects within list.
self.searchList = [] # Clear the search list of objects.
listData.delete(0, END) # Clear current records list.
allMatches = 0 # All counted data matches.
allRecords = 0 # All counted records.
GUI_matchTally.set("SEARCHING...")
GUI_recordTally.set("")
print("SearchButtonCommand: Starting...")
for obj in db.getList(plist):
# To check if the record being assessed is going to be outputted.
goesInList = False
matches = 0
# Search through attributes for matching string.
for a in attr:
try:
# Do Case Sensitivity Check
if (GUI_opt_matchCase.get() == 1):
# Lowercase all attributes, make them strings.
ss = str(searchString)
attrName = a # Get code-friendly name of attribute
attrText = str(getattr(
obj, a)) # Get data from attribute
else:
# Lowercase all the attributes.
ss = str(searchString).lower()
attrName = a # Get code-friendly name of attribute
attrText = str(getattr(
obj, a)).lower() # Get data from attribute
# Use Python's "in" word to search through attributes.
if (ss in attrText and goesInList == False):
# Show the matching attribute and its contents full.
goesInList = True
matches += 1
allMatches += 1
allRecords += 1
print("Match " + str(matches) + " of Record " +
str(obj) + " in " + str(attrName) + ", '" +
str(attrText) + "'.")
elif (ss in attrText):
# Show the matching attribute only since we've already got a match.
matches += 1
allMatches += 1
print("Match " + str(matches) + " of Record " +
str(obj) + " in " + str(attrName) + ".")
except AttributeError:
# Skip that attribute since it isn't set/present in object, so continue the loop.
continue
# If there's a match, it goes on on the list.
if (goesInList == True):
self.searchList.append(
obj) # Add object to the list of returned objects.
listData.insert(END, str(
obj)) # Insert an entry for that list into the GUI.
GUI_matchTally.set(str(allMatches) + " Matches")
GUI_recordTally.set(str(allRecords) + " Records")
print("SearchButtonCommand: Found " + str(allMatches) +
" Matches in " + str(allRecords) + " Records.")
print("SearchButtonCommand: Finished.")