def list_all_aircraft():
#fall sem nær i allar flugvelar
skra1 = 'AircraftType copy.csv'
skra2 = 'AircraftCopy.csv'
file2 = OpenFile(skra2)
aircraft = []
with file2 as csv_file:
csv_reader2 = csv.DictReader(csv_file)
for row1 in csv_reader2:
insignia = row1["planeInsignia"]
planeType = row1["planeTypeId"]
file1 = OpenFile(skra1)
with file1 as csv_file:
csv_reader1 = csv.DictReader(csv_file)
for row in csv_reader1:
if row['planeTypeId'] == planeType:
air1 = createAirplane(
row['planeTypeId'], row['manufacturer'],
row['model'], row['capacity'], row['emptyWeight'],
row['maxTakeoffWeight'], row['unitThrust'],
row['serviceCeiling'], row['length'],
row['height'], row['wingspan'])
air1.planeInsignia = insignia
aircraft.append(air1)
return aircraft
def saveUpdatedAircraft(aircraft):
#fall sem skrifar inn uppfærðar upplýsingar um flugvél í skrá
air=[]
##path="/Users/valdisbaerings/Documents/github/verklegt_namskeid_1/csvFiles/AircraftTypeCopy.csv"
file = OpenFile('AircraftTypeCopy.csv')
with file as File1:
csv_reader = csv.DictReader(File1)
for row in csv_reader:
airc = createStaff(row['planeTypeId'],row['manufacturer'],row['model'],row['capacity'],'emptyWeight',row['maxTakeoffWeight'],row['unitThrust'],row['serviceCeiling'],row['length'],row['height'],row['wingspan'])
air.append(airc)
File1.close()
absPathFile = os.path.abspath(__file__)
fileDir = os.path.dirname(os.path.abspath(__file__))
parentDir = os.path.dirname(fileDir)
path = parentDir + "/csvFiles/AircraftTypeCopy.csv"
f=open(path, 'w')
writer = csv.writer(f)
writer.writerow( ('planeTypeId','manufacturer','model','capacity','emptyWeight','maxTakeoffWeight','unitThrust','serviceCeiling','length','height','wingspan') )
for i in range(len(aircraft)):
if air[i].SSN==aircraft.SSN:
writer.writerow((aircraft.SSN,aircraft.name,aircraft.role,aircraft.rank,aircraft.licence,aircraft.address,aircraft.phoneNumber))
else:
writer.writerow((air[i].SSN,air[i].name,air[i].role,air[i].rank,air[i].licence,air[i].address,air[i].phoneNumber))
def saveUpdatedStaff(employee):
#fallið opnar skrá og skrifar inn uppfærðar upplýsingar
staff=[]
##path="/Users/valdisbaerings/Documents/github/verklegt_namskeid_1/csvFiles/CrewCopy.csv"
file = OpenFile('CrewCopy.csv')
with file as File1:
csv_reader = csv.DictReader(File1)
for row in csv_reader:
empl = createStaff(row['name'],row['ssn'],row['address'],row['phonenumber'],'email',row['rank'],row['role'], row['licence'])
staff.append(empl)
File1.close()
absPathFile = os.path.abspath(__file__)
fileDir = os.path.dirname(os.path.abspath(__file__))
parentDir = os.path.dirname(fileDir)
path = parentDir + "/csvFiles/CrewCopy.csv"
f=open(path, 'w')
writer = csv.writer(f)
writer.writerow( ('ssn', 'name', 'role','rank','licence','address','phonenumber') )
for i in range(len(staff)):
if staff[i].SSN==employee.SSN:
writer.writerow((employee.SSN,employee.name,employee.role,employee.rank,employee.licence,employee.address,employee.phoneNumber))
else:
writer.writerow((staff[i].SSN,staff[i].name,staff[i].role,staff[i].rank,staff[i].licence,staff[i].address,staff[i].phoneNumber))
def aircraftToVoyage(voyage):
#fall sem vistar flugvél á vinnuferð í skrá
voy = []
##path="/Users/valdisbaerings/Documents/github/verklegt_namskeid_1/csvFiles/UpcomingFlights copy3.csv"
departRoute = voyage.departureFlight
retRoute = voyage.returnFlight
file = OpenFile('UpcomingFlights copy3.csv')
with open(file, 'r') as File1:
csv_reader = csv.DictReader(File1)
for row in csv_reader:
v = createFlightRoute(row['flightNumber'], row['departingFrom'],
row['arrivingAt'], row['departure'],
row['arrival'], row['aircraftID'],
row['soldTickets'], row['captain'],
row['copilot'], row['fsm'], row['fa1'],
row['fa2'])
if v.flightNumber == departRoute.flightNumber and v.departure == departRoute.departure:
voy.append(departRoute)
elif v.flightNumber == retRoute.flightNumber and v.departure == retRoute.departure:
voy.append(retRoute)
else:
voy.append(v)
File1.close()
return voy
def airplaneCapacity(planeInsigniaIn):
#fall sem nær í sætisfjölda fljugvélar eftir typu hennar
insignia = []
planeType = []
planeType2 = []
capacityRow = []
fileName1 = 'AircraftCopy.csv'
fileName2 = 'AircraftType copy.csv'
file1 = OpenFile(fileName1)
file2 = OpenFile(fileName2)
with file1 as csvfile:
reader = csv.DictReader(csvfile)
for row in reader:
planeType.append(row['planeTypeId'])
insignia.append(row['planeInsignia'])
for i in range(len(insignia)):
if insignia[i] == planeInsigniaIn:
TypeOut = planeType[i]
#print(TypeOut)
# else:
# TypeOut=0
csvfile.close()
with file2 as csvfile2:
reader2 = csv.DictReader(csvfile2)
for row in reader2:
planeType2.append(row['planeTypeId'])
capacityRow.append(row['capacity'])
for i in range(len(planeType2)):
if planeType2[i] == TypeOut:
capacityOut = int(capacityRow[i])
# else:
# capacityOut='UNKNOWN'
csvfile2.close()
return capacityOut
def searchPilotsByLicence(airplaneType):
#tek inn typu flugvelar
file1 = 'CrewCopy.csv'
file_ = OpenFile(file1)
allStaff = read_crew_file(file_)
pilots = []
#fer i gegnum alla starfsmenn og tekka hverjir passa við flugvelatypuna og by til starfsmanna klasatilvik og set i lista til að skila ut
for i in range(len(allStaff)):
if allStaff[i].role == 'Pilot' and allStaff[i].licence == airplaneType:
emp = createStaff(allStaff[i].name, allStaff[i].SSN,
allStaff[i].address, allStaff[i].phoneNumber,
allStaff[i].emailAddress, allStaff[i].rank,
allStaff[i].role, allStaff[i].licence)
pilots.append(emp)
return pilots
def read_pastFlights(file):
#fall sem nær í öll flug úr skrá og býr til klasatilvikalista af þeim
pastFlights = []
file_name = OpenFile(file)
with file_name as csvfile:
reader = csv.DictReader(csvfile)
for row in reader:
flight = createFlightRoute(row['flightNumber'],
row['departingFrom'], row['arrivingAt'],
row['departure'], row['arrival'],
row['aircraftID'], row['soldTickets'],
row['captain'], row['copilot'],
row['fsm'], row['fa1'], row['fa2'])
pastFlights.append(flight)
return pastFlights
def saveUpVoy(voyage):
voy=[]
departRoute=voyage.departureFlight
retRoute=voyage.returnFlight
#finn viðeigandi skra
today=now()
if today>departRoute.departure:
file="PastFlights copy.csv"
else:
file="UpcomingFlights copy3.csv"
path = OpenFile(file)
#opna og les uppur i lista
with path as File1:
csv_reader = csv.DictReader(File1)
for row in csv_reader:
v = createFlightRoute(row['flightNumber'],row['departingFrom'],row['arrivingAt'],row['departure'],row['arrival'],row['aircraftID'],row['soldTickets'],row['captain'],row['copilot'],row['fsm'],row['fa1'],row['fa2'])
voy.append(v)
absPathFile = os.path.abspath(__file__)
fileDir = os.path.dirname(os.path.abspath(__file__))
parentDir = os.path.dirname(fileDir)
path = parentDir + "/csvFiles/" + file
#bæti inni skra soldTickets
File1.close()
f=open(path, 'w')
writer = csv.writer(f)
writer.writerow( ('flightNumber','departingFrom','arrivingAt','departure','arrival','aircraftID','soldTickets','captain','copilot','fsm','fa1','fa2') )
for i in range(len(voy)):
if voy[i].flightNumber==departRoute.flightNumber and voy[i].departure==departRoute.departure:
writer.writerow((departRoute.flightNumber,departRoute.departingFrom,departRoute.arrivingAt,departRoute.departure,departRoute.arrival,departRoute.aircraftId,departRoute.soldTickets,departRoute.captain,departRoute.copilot,departRoute.fsm,departRoute.fa1,departRoute.fa2))
elif voy[i-1].flightNumber==departRoute.flightNumber and voy[i-1].departure==departRoute.departure:
writer.writerow((retRoute.flightNumber,retRoute.departingFrom,retRoute.arrivingAt,retRoute.departure,retRoute.arrival,retRoute.aircraftId,retRoute.soldTickets,retRoute.captain,retRoute.copilot,retRoute.fsm,retRoute.fa1,retRoute.fa2))
else:
writer.writerow((voy[i].flightNumber,voy[i].departingFrom,voy[i].arrivingAt,voy[i].departure,voy[i].arrival,voy[i].aircraftId,voy[i].soldTickets,voy[i].captain,voy[i].copilot,voy[i].fsm,voy[i].fa1,voy[i].fa2))
f.close()
return voy
def getAllTypes():
#fall sem nær í allar flugvélatýpur
file1 = 'AircraftCopy.csv'
file_ = OpenFile(file1)
tempTypes = []
retTypes = []
with file_ as csv_file:
csv_reader = csv.DictReader(csv_file)
for row in csv_reader:
tempTypes.append(row['planeTypeId'])
for i in tempTypes:
if i not in retTypes:
retTypes.append(i)
return retTypes
def saveUpdatedVoyage(voyage):
voy=[]
#by til voyage klasatilvik
departRoute=voyage.departureFlight
retRoute=voyage.returnFlight
file = OpenFile('UpcomingFlights copy3.csv')
#tek oll voyage ut skranni og bæti við nyju
with file as File1:
csv_reader = csv.DictReader(File1)
for row in csv_reader:
v = createFlightRoute(row['flightNumber'],row['departingFrom'],row['arrivingAt'],row['departure'],row['arrival'],row['aircraftID'],row['soldTickets'],row['captain'],row['copilot'],row['fsm'],row['fa1'],row['fa2'])
voy.append(v)
#her bæti við
voy.append(departRoute)
voy.append(retRoute)
return voy
def getDestinations():
#Fall sem nær í alla áfangastaði úr skrá
Destination_array = []
fjoldiAfStad = []
listOfDest = []
FileOpen = OpenFile("DestinationsCopy.csv")
with FileOpen as csv_file:
csv_reader = csv.DictReader(csv_file)
for row in csv_reader:
Destination = row['destination']
Destination_array.append(Destination)
Dest = CreateDestination(row["id"], row['destination'],
row['country'], row['distance'],
row['contactName'], row['contactNumber'])
listOfDest.append(Dest)
listOfDest.sort(key=lambda dest: dest.destination)
return listOfDest
def saveUpdatedDest(dest):
#fall sem skrifar inn uppfærðar upplýsingar um destination i skrá
Desti = []
##path="/Users/valdisbaerings/Documents/github/verklegt_namskeid_1/csvFiles/DestinationsCopy.csv"
file = OpenFile('DestinationsCopy.csv')
with file as File1:
csv_reader = csv.DictReader(File1)
for row in csv_reader:
Destination = CreateDestination(row['id'], row['destination'],
row['country'], row['distance'],
row['contactName'],
row['contactNumber'])
Desti.append(Destination)
File1.close()
absPathFile = os.path.abspath(__file__)
fileDir = os.path.dirname(os.path.abspath(__file__))
parentDir = os.path.dirname(fileDir)
path = parentDir + "/csvFiles/DestinationsCopy.csv"
f = open(path, 'w')
writer = csv.writer(f)
writer.writerow(('id', 'destination', 'country', 'distance', 'contactName',
'contactNumber'))
for i in range(len(Desti)):
if Desti[i].destination == dest.destination:
writer.writerow(
(dest.id, dest.destination, dest.country, dest.distance,
dest.contactName, dest.contactNumber))
else:
writer.writerow((Desti[i].id, Desti[i].destination,
Desti[i].country, Desti[i].distance,
Desti[i].contactName, Desti[i].contactNumber))
def staffInfo(input_num, input_string):
skra='CrewCopy.csv'
file_=OpenFile(skra)
allStaff=read_crew_file(file_) #klasa tilvik af ollum staff i lista
#tomur listi til að nota
employees = []
#fer i gegnum alla starfsmenn
for i in range(len(allStaff)):
if input_num==1: #ef input er 1 set eg alla starfsmenn i lista
empl = createStaff(allStaff[i].name, allStaff[i].SSN, allStaff[i].address, allStaff[i].phoneNumber,allStaff[i].emailAddress,allStaff[i].rank,allStaff[i].role,allStaff[i].licence)
employees.append(empl)
elif input_num==2: #ef input er 2 finn eg starfsmenn með role pilot og set i lista
if allStaff[i].role=='Pilot':
empl = createStaff(allStaff[i].name, allStaff[i].SSN, allStaff[i].address, allStaff[i].phoneNumber,allStaff[i].emailAddress,allStaff[i].rank,allStaff[i].role,allStaff[i].licence)
employees.append(empl)
elif input_num==3: #ef input er 3 finn eg starfsmenn með role cabincrew og set i lista
if allStaff[i].role=='Cabincrew':
empl = createStaff(allStaff[i].name, allStaff[i].SSN, allStaff[i].address, allStaff[i].phoneNumber,allStaff[i].emailAddress,allStaff[i].rank,allStaff[i].role,allStaff[i].licence)
employees.append(empl)
elif input_num==4: #þarf að leita eftir starfsmanni eftir ssn eða name, nota leitaStaff fallið til þess, það skilar listum af kennitölum og rank sem passa við inputið (leitarorðið)
ssn, rank = leitaStaff(input_string, allStaff)
if ssn==0 and rank == 0: #ef eg fann engan sem passaði skila eg 0
return 0
else:
for j in range(len(ssn)): #annars finn ég alla starfsmenn i allStaff lista sem passa við ssn og set i employees listann
if allStaff[i].SSN == ssn[j]:
empl = createStaff(allStaff[i].name, allStaff[i].SSN, allStaff[i].address, allStaff[i].phoneNumber,allStaff[i].emailAddress,allStaff[i].rank,allStaff[i].role,allStaff[i].licence)
employees.append(empl)
#skila listanum
return employees
def airportOccupied(newVoyage):
depFlight = newVoyage.departureFlight
retFlight = newVoyage.returnFlight
boolAirportOccupied = False
##path="/Users/valdisbaerings/Documents/github/verklegt_namskeid_1/csvFiles/UpcomingFlights copy3.csv"
voy = []
newDateDep = newVoyage.departureFlight.departure
newDateRet = newVoyage.returnFlight.arrival
file = OpenFile('UpcomingFlights copy3.csv')
with file as File1:
csv_reader = csv.DictReader(File1)
for row in csv_reader:
v = createFlightRoute(row['flightNumber'], row['departingFrom'],
row['arrivingAt'], row['departure'],
row['arrival'], row['aircraftID'],
row['soldTickets'], row['captain'],
row['copilot'], row['fsm'], row['fa1'],
row['fa2'])
voy.append(v) #Lesid ur UpcomingFlights i listann voy
#Farid i gegnum oll flug i UpcomingFlights og departure timi borinn saman vid departure tima a flugi sem verid er ad baeta inn, ef their eru their somu er boolAirportOccupied breytt i True
if v.departingFrom == 'KEF' and (v.departure == newDateDep
or v.departure == newDateRet):
print("The airport is already occupied")
boolAirportOccupied = True
elif v.arrivingAt == 'KEF' and (v.arrival == newDateDep
or v.arrival == newDateRet):
print("The airport is already occupied")
boolAirportOccupied = True
File1.close()
if boolAirportOccupied == False:
voy.append(depFlight)
voy.append(retFlight)
#Nyju flugunum er baett vid ef flugvollurinn er ekki fratekinn
return voy
def emplWorking(inptDate):
inptDay = str(inptDate[0:2])
inptMonth = str(inptDate[3:5])
inptYear = str(inptDate[6:10])
#set inslegna dagsetningu a isoformat 8601
standardDate = inptYear + '-' + inptMonth + '-' + inptDay + 'T' + '00:00:00'
file2 = 'CrewCopy.csv'
file = OpenFile(file2)
allStaff = read_crew_file(file) #listi starfsmanna
today = now()
#opna pastflights ef innslegin dagsetning er minni en i dag en annars upcoming flights
if today > standardDate:
file1 = 'PastFlights copy.csv'
else:
file1 = 'UpcomingFlights copy3.csv'
allPastFlights = read_pastFlights(
file1) #öll flug úr þeirri skrá sem við á, klasatilvik
#tómir listar til að nota
updemplSSN = []
working = []
emplSSN = []
employees = []
noemployees = []
emplDest = []
emplLOKA = []
#fer í gegnum öll flugin
for j in range(len(allPastFlights)):
#sæki daginn hverju flugi
day = str(getDay(allPastFlights[j].departure))
month = str(getMonth(allPastFlights[j].departure))
year = str(getYear(allPastFlights[j].departure))
#ef sami dagur og innsleginn set i listann emplSSN
if inptDay == day and inptMonth == month and inptYear == year:
emplSSN.append(allPastFlights[j].captain)
emplSSN.append(allPastFlights[j].copilot)
emplSSN.append(allPastFlights[j].fsm)
emplSSN.append(allPastFlights[j].fa1)
emplSSN.append(allPastFlights[j].fa2)
#passa her að tvitelja ekki
for i in emplSSN:
if i not in updemplSSN:
updemplSSN.append(i)
#fer hér i gegnum alla starfsmenn og listann með kennitölum og athuga hvort eg finni sem passar og set þá í lista af starfsmannaklasatilvikum
for j in range(len(allStaff)):
for i in range(len(updemplSSN)):
if allStaff[j].SSN == updemplSSN[i]:
empl = createStaff(allStaff[j].name, allStaff[j].SSN,
allStaff[j].address,
allStaff[j].phoneNumber,
allStaff[j].emailAddress, allStaff[j].rank,
allStaff[j].role, allStaff[j].licence)
employees.append(empl)
#ef finn ekki þá set ég í starfsmannaklasatilvikslistan noemployees
if allStaff[j].SSN not in updemplSSN:
emp = createStaff(allStaff[j].name, allStaff[j].SSN,
allStaff[j].address, allStaff[j].phoneNumber,
allStaff[j].emailAddress, allStaff[j].rank,
allStaff[j].role, allStaff[j].licence)
noemployees.append(emp)
#fer aftur í gegnum öll flug til að finna hvaða kennitala á við hvaða áfangastað
for k in range(len(allPastFlights)):
day = str(getDay(allPastFlights[k].departure))
month = str(getMonth(allPastFlights[k].departure))
year = str(getYear(allPastFlights[k].departure))
if inptDay == day and inptMonth == month and inptYear == year:
for i in range(len(employees)):
if employees[i].rank == 'Captain' and allPastFlights[
k].captain == employees[
i].SSN and allPastFlights[k].arrivingAt != 'KEF':
emplDest.append(allPastFlights[k].arrivingAt +
employees[i].SSN)
elif employees[i].rank == 'Copilot' and allPastFlights[
k].copilot == employees[
i].SSN and allPastFlights[k].arrivingAt != 'KEF':
emplDest.append(allPastFlights[k].arrivingAt +
employees[i].SSN)
elif employees[
i].rank == 'Flight Service Manager' and allPastFlights[
k].fsm == employees[i].SSN and allPastFlights[
k].arrivingAt != 'KEF':
emplDest.append(allPastFlights[k].arrivingAt +
employees[i].SSN)
elif employees[i].rank == 'Flight Attendant' and (
allPastFlights[k].fa1 == employees[i].SSN
or allPastFlights[k].fa2 == employees[i].SSN
) and allPastFlights[k].arrivingAt != 'KEF':
emplDest.append(allPastFlights[k].arrivingAt +
employees[i].SSN)
#geri hér til að fá á þægilegt form
for j in range(len(allStaff)):
for i in range(len(emplDest)):
if allStaff[j].SSN == str(emplDest[i][3:len(emplDest[i])]):
emplLOKA.append(allStaff[j].name + ', ' + allStaff[j].role +
' - ' + str(emplDest[i][0:3]))
#employees eru allir starfsmenn sem passa við input, noemployees eru allir starfsmenn sem passa ekki við input
#emplLOKA er svo allir starfsmenn sem passa við input og afangastaðir þeirra
return employees, noemployees, emplLOKA
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 staffInfo2(input_string):
skra1 = 'CrewCopy.csv'
skra2 = 'PastFlights copy.csv'
skra3 = 'UpcomingFlights copy3.csv'
skra = OpenFile(skra1)
allStaff = read_crew_file(skra) #listi allra starfsmanna
employees = []
numOfupcDest = []
numOfpastDest = []
pastFlights = []
upcFlights = []
for i in range(len(allStaff)): #fer í gegnum alla starfsmenn
ssn, rank = leitaStaff(
input_string, allStaff
) #skilar listum af kennitölum og rank starfsm sem passa við input
for j in range(len(ssn)): #fer i gegnum listann ssn
if allStaff[i].SSN == ssn[
j]: #ber saman kennitölur ur báðum listum og by til kasatilvik af starfsmönnum sem passa við input
empl = createStaff(allStaff[i].name, allStaff[i].SSN,
allStaff[i].address,
allStaff[i].phoneNumber,
allStaff[i].emailAddress, allStaff[i].rank,
allStaff[i].role, allStaff[i].licence)
employees.append(
empl
) #by til lista af öllum starfsmönnum sem passa við inputið
break
allUpcFlights = read_pastFlights(skra3) #öll upcomingflights
#Upcoming flights
for i in range(
len(employees)): #fer í gegnum alla starfsmenn sem passa við input
for j in range(len(allUpcFlights)): #í gegnum öll upcoming flights
deptTime = str(getDay(allUpcFlights[j].departure)) + '/' + str(
getMonth(allUpcFlights[j].departure)) + '/' + str(
getYear(allUpcFlights[j].departure)) + ' at ' + str(
getHour(allUpcFlights[j].departure)) + ':' + str(
getMinute(allUpcFlights[j].departure))
arvlTime = str(getDay(allUpcFlights[j].arrival)) + '/' + str(
getMonth(allUpcFlights[j].arrival)) + '/' + str(
getYear(allUpcFlights[j].arrival)) + ' at ' + str(
getHour(allUpcFlights[j].arrival)) + ':' + str(
getMinute(allUpcFlights[j].arrival))
#fæ departure tima og arrival tima a akjosanlegu formati
#ef rank starfsmans er flight attendant og eg finn hann a viðeigandi stað i upcoming flights þa buum við til
#klasatilvik fluginu og set í upc flights.
if employees[i].rank == 'Flight Attendant' and employees[
i].SSN in (allUpcFlights[j].fa1 or allUpcFlights[j].fa2):
flight = createFlightRoute(
allUpcFlights[j].flightNumber,
allUpcFlights[j].departingFrom,
allUpcFlights[j].arrivingAt, deptTime, arvlTime,
allUpcFlights[j].aircraftId, allUpcFlights[j].soldTickets,
allUpcFlights[j].captain, allUpcFlights[j].copilot,
allUpcFlights[j].fsm, allUpcFlights[j].fa1,
allUpcFlights[j].fa2)
upcFlights.append(flight)
#Geri nakvæmlega sama fyrir allt mögulegt rank starfsmanna
elif employees[i].rank == 'Flight Service Manager' and employees[
i].SSN in allUpcFlights[j].fsm:
flight = createFlightRoute(
allUpcFlights[j].flightNumber,
allUpcFlights[j].departingFrom,
allUpcFlights[j].arrivingAt, deptTime, arvlTime,
allUpcFlights[j].aircraftId, allUpcFlights[j].soldTickets,
allUpcFlights[j].captain, allUpcFlights[j].copilot,
allUpcFlights[j].fsm, allUpcFlights[j].fa1,
allUpcFlights[j].fa2)
upcFlights.append(flight)
elif employees[i].rank == 'Captain' and employees[
i].SSN in allUpcFlights[j].captain:
flight = createFlightRoute(
allUpcFlights[j].flightNumber,
allUpcFlights[j].departingFrom,
allUpcFlights[j].arrivingAt, deptTime, arvlTime,
allUpcFlights[j].aircraftId, allUpcFlights[j].soldTickets,
allUpcFlights[j].captain, allUpcFlights[j].copilot,
allUpcFlights[j].fsm, allUpcFlights[j].fa1,
allUpcFlights[j].fa2)
upcFlights.append(flight)
elif employees[i].rank == 'Copilot' and employees[
i].SSN in allUpcFlights[j].copilot:
flight = createFlightRoute(
allUpcFlights[j].flightNumber,
allUpcFlights[j].departingFrom,
allUpcFlights[j].arrivingAt, deptTime, arvlTime,
allUpcFlights[j].aircraftId, allUpcFlights[j].soldTickets,
allUpcFlights[j].captain, allUpcFlights[j].copilot,
allUpcFlights[j].fsm, allUpcFlights[j].fa1,
allUpcFlights[j].fa2)
upcFlights.append(flight)
numOfupcDest.append(len(upcFlights))
allPastFlights = read_pastFlights(skra2)
#Nakvæmlega sama gert fyrir past flights
#Past flights
for i in range(len(employees)):
for j in range(len(allPastFlights)):
deptTime = str(getDay(allPastFlights[j].departure)) + '/' + str(
getMonth(allPastFlights[j].departure)) + '/' + str(
getYear(allPastFlights[j].departure)) + ' at ' + str(
getHour(allPastFlights[j].departure)) + ':' + str(
getMinute(allPastFlights[j].departure))
arvlTime = str(getDay(allPastFlights[j].arrival)) + '/' + str(
getMonth(allPastFlights[j].arrival)) + '/' + str(
getYear(allPastFlights[j].arrival)) + ' at ' + str(
getHour(allPastFlights[j].arrival)) + ':' + str(
getMinute(allPastFlights[j].arrival))
if employees[i].rank == 'Flight Attendant' and employees[
i].SSN in (allPastFlights[j].fa1 or allPastFlights[j].fa2):
flight = createFlightRoute(
allPastFlights[j].flightNumber,
allPastFlights[j].departingFrom,
allPastFlights[j].arrivingAt, deptTime, arvlTime,
allPastFlights[j].aircraftId,
allPastFlights[j].soldTickets, allPastFlights[j].captain,
allPastFlights[j].copilot, allPastFlights[j].fsm,
allPastFlights[j].fa1, allPastFlights[j].fa2)
pastFlights.append(flight)
elif employees[i].rank == 'Flight Service Manager' and employees[
i].SSN in allPastFlights[j].fsm:
flight = createFlightRoute(
allPastFlights[j].flightNumber,
allPastFlights[j].departingFrom,
allPastFlights[j].arrivingAt, deptTime, arvlTime,
allPastFlights[j].aircraftId,
allPastFlights[j].soldTickets, allPastFlights[j].captain,
allPastFlights[j].copilot, allPastFlights[j].fsm,
allPastFlights[j].fa1, allPastFlights[j].fa2)
pastFlights.append(flight)
elif employees[i].rank == 'Captain' and employees[
i].SSN in allPastFlights[j].captain:
flight = createFlightRoute(
allPastFlights[j].flightNumber,
allPastFlights[j].departingFrom,
allPastFlights[j].arrivingAt, deptTime, arvlTime,
allPastFlights[j].aircraftId,
allPastFlights[j].soldTickets, allPastFlights[j].captain,
allPastFlights[j].copilot, allPastFlights[j].fsm,
allPastFlights[j].fa1, allPastFlights[j].fa2)
pastFlights.append(flight)
elif employees[i].rank == 'Copilot' and employees[
i].SSN in allPastFlights[j].copilot:
flight = createFlightRoute(
allPastFlights[j].flightNumber,
allPastFlights[j].departingFrom,
allPastFlights[j].arrivingAt, deptTime, arvlTime,
allPastFlights[j].aircraftId,
allPastFlights[j].soldTickets, allPastFlights[j].captain,
allPastFlights[j].copilot, allPastFlights[j].fsm,
allPastFlights[j].fa1, allPastFlights[j].fa2)
pastFlights.append(flight)
numOfpastDest.append(len(pastFlights))
return numOfpastDest, numOfupcDest, pastFlights, upcFlights, employees