def mainMenu(self):
file = 'PastFlights copy.csv'
originalFlights = read_pastFlights(file)
destinations = getDestinations()
newFlights = fixFlNo(originalFlights, destinations)
updateFlights(newFlights, file)
file = 'UpcomingFlights copy3.csv'
originalFlights = read_pastFlights(file)
destinations = getDestinations()
newFlights = fixFlNo(originalFlights, destinations)
updateFlights(newFlights, file)
print_ = pagePrints(100, 40)
print_.frontPage() #'c', 'g', 'u'
inp = input()
if inp == "c":
self.create(print_)
elif inp == 'g': #Get information
self.getInformation(print_) #Staff,airplanes,voyage,destinations
elif inp == 'u':
self.updateInformation(print_)
def getDestinationsInfo(self, print_):
print_.window20()
inp = int(input("Number: "))
if inp == 1:
listOfDest = getDestinations()
for i in range(len(listOfDest)):
print(listOfDest[i].id + ' - ' + listOfDest[i].destination)
elif inp == 2:
mostpop = MostPopularDestination()
destList = getDestinations()
popInfo = mostPOPinfo(mostpop, destList)
print('The most popular destination is: ',
popInfo.destination.upper())
print('Airport: ' + popInfo.id + '\n' + 'Country: ' +
popInfo.country + '\n' + 'Distance from Iceland: ' +
popInfo.distance + '\n' + 'Destination contact: ' +
popInfo.contactName + ' - tel: ' + popInfo.contactNumber)
elif inp == 0:
self.getInformation(print_)
def DLairportOccupied(self, newVoyage):
newVoyList = airportOccupied(
newVoyage
) #saekir lista af vinnuferdum, vistar nyja ef flugvollur er ekki occupied
destinations = getDestinations() #saekir alla afangastadi
return newVoyList, destinations
def MostPopularDestination():
dest_arr = []
pastFlights_array = []
upcFlights_array = []
PopularDest = []
#path='/Users/SaraLind/github/verklegt_namskeid_1/csvFiles/'
########### open file 1 ###########
skra1 = 'DestinationsCopy.csv'
file1 = OpenFile(skra1)
allDest = getDestinations()
#by til lista af öllum destination sem eru ekki KEF
for i in range(len(allDest)):
if allDest[i].id != 'KEF':
Destination = allDest[i].id
dest_arr.append(Destination)
length = len(dest_arr)
########### open file 2 ###########
skra2 = 'PastFlights copy.csv'
#file2 = OpenFile(skra2)
allPastFlights = read_pastFlights(skra2)
#by til lista af öllum destination ur pastflights
for i in range(len(allPastFlights)):
if allPastFlights[i].departingFrom == 'KEF':
pastFlights = allPastFlights[i].arrivingAt
pastFlights_array.append(pastFlights)
########### open file 3 ###########
skra3 = 'UpcomingFlights copy3.csv'
allUPcFlights = read_pastFlights(skra3)
#by til lista af öllum destination ur upcomingflights
for i in range(len(allUPcFlights)):
if allUPcFlights[i].departingFrom == 'KEF':
upcFlights = allUPcFlights[i].arrivingAt
upcFlights_array.append(upcFlights)
########### Find the most popular destination ###########
#set saman listana
PopularDest = pastFlights_array + upcFlights_array
counter = []
largest = 0
TheCounter = 0
count = 0
for i in range(length):
counter.append(0)
#fer gegnum allt til að finna hvaða afangastaður kemur oftast fyrir
for i in range(length - 1):
for j in range(len(PopularDest)):
if dest_arr[i] == PopularDest[j]:
counter[i] += 1
#Find the largest value
for i in range(length - 1):
if counter[i] > largest:
largest = counter[i]
#Find the location of biggest value
for i in range(length - 1):
if counter[i] == largest:
count = TheCounter
TheCounter += 1
#Find the most popular destination
mostPopular = dest_arr[count]
return mostPopular
def addUpdRouteInp(self, voyage):
destinations = getDestinations()
aircraft = list_all_aircraft()
self.flightNumber = voyage.flightNumber
self.captain = voyage.captain
self.copilot = voyage.copilot
self.fsm = voyage.fsm
self.fa1 = voyage.fa1
self.fa2 = voyage.fa2
self.departingFrom = voyage.departingFrom
self.arrivingAt = voyage.arrivingAt
self.departure = voyage.departure
self.arrival = voyage.arrival
self.aircraftId = voyage.aircraftId
#print(self.aircraftId)
for plane in aircraft:
if plane.planeInsignia == self.aircraftId:
capacity = plane.capacity
#print(capacity)
validSold_bool = 0
while not validSold_bool:
self.soldTickets = input("Amount of sold seats outbound: ")
if self.soldTickets == "CANCEL":
validSold_bool = 1
return 0
elif int(self.soldTickets) > int(capacity):
print(
'Invalid input. Amount of sold seats exceeds plane capacity'
)
print('Airplane capacity: ' + capacity)
elif int(self.soldTickets) < 0 or self.soldTickets == '':
print('Please enter an amount in the range 0-' + capacity)
elif not self.soldTickets.isdigit():
print(
'Invalid input. Amount must consist of integers only [0-9]'
)
else:
validSold_bool = 1
validSold2_bool = 0
while not validSold2_bool:
outTick = input("Amount of sold seats homebound: ")
if outTick == "CANCEL":
validSold2_bool = 1
return 0
elif int(outTick) > int(capacity):
print(
'Invalid input. Amount of sold seats exceeds plane capacity'
)
print('Airplane capacity: ' + capacity)
elif int(outTick) < 0 or outTick == '':
print('Please enter an amount in the range 0-' + capacity)
elif not outTick.isdigit():
print(
'Invalid input. Amount must consist of integers only [0-9]'
)
else:
validSold2_bool = 1
#print(outTick)
return self, outTick
def LLupdateDestination(self):
destination=getDestinations() #saekir alla afangastadi
return destination