def test_set_and_get(self):
ht = HashTable()
ht.set('I', 1)
ht.set('V', 5)
ht.set('X', 10)
assert ht.get('I') == 1
assert ht.get('V') == 5
assert ht.get('X') == 10
assert ht.length() == 3
with self.assertRaises(KeyError):
ht.get('A') # Key does not exist
def loopDetection(linkedList):
myHashTable = HashTable()
current = linkedList.head
while (current.next):
if (myHashTable.get(current)):
return current
else:
myHashTable.put(current, current.value)
current = current.next
def linkedListPalindrome(linkedList):
myHashTable = HashTable()
pointer = linkedList.head
while (pointer):
if (myHashTable.get(pointer.value)):
myHashTable.put(pointer.value, myHashTable.get(pointer.value) + 1)
else:
myHashTable.put(pointer.value, 1)
pointer = pointer.next
isPalindrome = True
evenCount = 0
oddCount = 0
for i in range(0, len(myHashTable.getEntries())):
if (myHashTable.getEntries()[i]['value'] % 2 == 0):
evenCount = evenCount + 1
else:
oddCount = oddCount + 1
if (oddCount > 1):
isPalindrome = False
return isPalindrome
def palindromePermutation(string):
word = string.lower()
myHashTable = HashTable()
for i in range(0, len(word)):
if (myHashTable.get(word[i]) != None):
myHashTable.put(word[i], myHashTable.get(word[i]) + 1)
elif (myHashTable.get(word[i]) == None and word[i] != " "):
myHashTable.put(word[i], 1)
numOfEvenOccurences = 0
numOfOddOccurences = 0
entries = myHashTable.getEntries()
for i in range(0, len(entries)):
if (entries[i]['value'] % 2 == 0):
numOfEvenOccurences = numOfEvenOccurences + 1
elif (entries[i]['value'] % 2 == 1):
numOfOddOccurences = numOfOddOccurences + 1
if (numOfOddOccurences > 1):
return False
else:
return True
Mental_health_interview.append(mental_health_interview)
Phys_health_interview.append(phys_health_interview)
Mental_vs_physical.append(mental_vs_physical)
Obs_consequence.append(obs_consequence)
Comments.append(comments)
m = mentalhealthsurvey.MentalHealthSurvey(
row_id, age, gender, country, state, self_employed, family_history,
treatment, work_interference, no_employees, remote_work,
tech_company, benefits, care_options, wellness_program, seek_help,
anonymity, leave, mental_health_consequence,
phys_health_consequence, coworkers, supervisor,
mental_health_interview, phys_health_interview, mental_vs_physical,
obs_consequence, comments)
mhsurvey.get(row_id) # look up the package by the id
mhsurvey.insert(row_id, m) # inserts the packages into the hashtable
if 0 < m.row_id <= 1259:
survey_answers.append(m)
fem_often = calculations.calculate_median_age_fem_often(
survey_answers, survey_answers_ages_fem, part_answered_often_fem,
ages_ans_often_fem)
male_often = calculations.calculate_median_age_male_often(
survey_answers, survey_answers_ages_male, part_answered_often_male,
ages_ans_often_male)
other_often = calculations.calculate_median_age_other_often(
survey_answers, survey_answers_ages_other, part_answered_often_other,
def main_one():
with open('WGUPSPackageFile1.csv', 'r') as csvfile:
csv_file = csv.reader(csvfile, delimiter=',') # reads the CSV package file
list_of_packages = list(csv_file)
# print(list_of_packages[0][0])
packageHashTable = HashTable() # 15 - creates a hashtable object by calling the HashTable class
distances = Distances()
trucks = Trucks() # creates truck object by calling Trucks class
# creates lists of each package attribute
Package_IDs = []
Addresses = []
Cities = []
States = []
Zips = []
Delivery_Deadlines = []
Weight = []
Notes = []
Status = []
Departure_time = []
# reads the package csv and creates attributes for each package
for row in list_of_packages: # space time complexity is O(N)
pid = row[0].strip()
address = row[1]
city = row[2]
state = row[3]
zipcode = row[4]
deadline = row[5]
weight = row[6]
note = row[7]
status = row[8]
departure_time = row[9]
# appends each value to respective lists
Package_IDs.append(pid)
Addresses.append(address)
Cities.append(city)
States.append(state)
Zips.append(zipcode)
Delivery_Deadlines.append(deadline)
Weight.append(weight)
Notes.append(note)
Status.append(status)
Departure_time.append(departure_time)
p = package.Package(pid, address, city, state, zipcode, deadline,
weight, note) # creates the package object using the package class
packageHashTable.get(pid) # look up the package by the id
packageHashTable.insert(pid, p) # inserts the packages into the hashtable
# gets the package object using the ids using the hashtable and creates package objects for each
p1 = packageHashTable.get('1')
p5 = packageHashTable.get('5')
p7 = packageHashTable.get('7')
p8 = packageHashTable.get('8')
p10 = packageHashTable.get('10')
p11 = packageHashTable.get('11')
p12 = packageHashTable.get('12')
p13 = packageHashTable.get('13')
p14 = packageHashTable.get('14')
p15 = packageHashTable.get('15')
p16 = packageHashTable.get('16')
p19 = packageHashTable.get('19')
p20 = packageHashTable.get('20')
p29 = packageHashTable.get('29')
p30 = packageHashTable.get('30')
p34 = packageHashTable.get('34')
p37 = packageHashTable.get('37')
p3 = packageHashTable.get('3')
p6 = packageHashTable.get('6')
p18 = packageHashTable.get('18')
p25 = packageHashTable.get('25')
p26 = packageHashTable.get('26')
p31 = packageHashTable.get('31')
p36 = packageHashTable.get('36')
p38 = packageHashTable.get('38')
p40 = packageHashTable.get('40')
p2 = packageHashTable.get('2')
p4 = packageHashTable.get('4')
p9 = packageHashTable.get('9')
p17 = packageHashTable.get('17')
p21 = packageHashTable.get('21')
p22 = packageHashTable.get('22')
p23 = packageHashTable.get('23')
p24 = packageHashTable.get('24')
p27 = packageHashTable.get('27')
p28 = packageHashTable.get('28')
p32 = packageHashTable.get('32')
p33 = packageHashTable.get('33')
p35 = packageHashTable.get('35')
p39 = packageHashTable.get('39')
# p37.status = 'At Hub'
# print(p37)
firstTruckTripPackages = [p1, p7, p8, p10, p11, p12, p13, p14, p15, p16, p19, p20, p29, p30, p34, p37]
# print(p1.pid)
# puts the packages into the first truck
# print(packageHashTable.update_status('1', 'At HUB'))
firstTruckTripPAddresses = []
for item in firstTruckTripPackages:
firstTruckTripPackageA = item.address
firstTruckTripPAddresses.append(firstTruckTripPackageA)
# creates a list of addresses of each package in the first truck
# space time complexity of O(N)
secondTruckTripPackages = [p3, p6, p18, p25, p26, p31, p36, p38, p40]
# puts the package object into the second truck
secondTruckTripPAddresses = []
for item in secondTruckTripPackages:
secondTruckTripPackageA = item.address
secondTruckTripPAddresses.append(secondTruckTripPackageA)
# creates a list of addresses of each package in the second truck
# space time complexity of O(N)
thirdTruckTripPackages = [p2, p4, p5, p9, p17, p21, p22, p23, p24, p27, p28, p32, p33, p35, p39]
# puts the package object into the third truck
thirdTruckTripPAddresses = []
for item in thirdTruckTripPackages:
firstTruckSecondTripPackageA = item.address
thirdTruckTripPAddresses.append(firstTruckSecondTripPackageA)
# creates a list of addresses of each package in the second truck
# space time complexity of O(N)
first_location = 'HUB'
# creates list of addresses from the optimized list of addresses from truck 1
first_truck_delivery = trucks.shortest_distance_calculation_truck1_addresses(
firstTruckTripPAddresses, firstTruckTripPackages, first_location)
# creates list of addresses from the optimized list of addresses from truck 2
second_truck_delivery = trucks.shortest_distance_calculation_truck2_addresses(
secondTruckTripPAddresses, secondTruckTripPackages, first_location)
# creates list of addresses from the optimized list of addresses from truck 3
third_truck_delivery = trucks.shortest_distance_calculation_truck3_addresses(
thirdTruckTripPAddresses, thirdTruckTripPackages, first_location)
# lines 166-168 update each package departure time
trucks.update_package_departure_from_hub_time_first_truck(firstTruckTripPackages)
trucks.update_package_departure_from_hub_time_second_truck(secondTruckTripPackages)
trucks.update_package_departure_from_hub_time_third_truck(thirdTruckTripPackages)
# lines 167-169 update each package delivery time to the time they are delivered
trucks.update_package_delivery_time_first_truck(first_truck_delivery, firstTruckTripPackages, 'HUB')
trucks.update_package_delivery_time_second_truck(second_truck_delivery, secondTruckTripPackages, 'HUB')
trucks.update_package_delivery_time_third_truck(third_truck_delivery, thirdTruckTripPackages, 'HUB')
# for item in firstTruckTripPackages:
# print(item.pid)
# print(item.departure_time)
# print(item.delivery_time)
# print('\n')
#
#
# for item2 in secondTruckTripPackages:
# print(item2.pid)
# print(item2.departure_time)
# print(item2.delivery_time)
# print('\n')
#
# for item3 in thirdTruckTripPackages:
# print(item3.pid)
# print(item3.departure_time)
# print(item3.delivery_time)
# print('\n')
print('Hello, welcome to the portal of the Western Governors University Parcel Service!')
print('Below is the total miles traveled in by each truck delivery:')
first_truck_miles = trucks.calculate_total_distance_traveled_per_truck(first_truck_delivery, 'HUB')
print('First truck miles: ', first_truck_miles)
second_truck_miles = trucks.calculate_total_distance_traveled_per_truck(second_truck_delivery, 'HUB')
print('Second truck miles: ', second_truck_miles)
third_truck_miles = trucks.calculate_total_distance_traveled_per_truck(third_truck_delivery, 'HUB')
print('Third truck miles: ', third_truck_miles)
print('Total miles: ', first_truck_miles + second_truck_miles + third_truck_miles)
first_input = input("Please enter 'get' or 'status' to get started. 'Get' will return package information and "
"'status' will return status information for a certain time: ")
# space time complexity O(N^2)
while first_input is not 'exit':
if first_input == 'get':
p = input("Please enter package ID: ")
for package_id_input in firstTruckTripPackages: # gets package information from each package in truck 1
if package_id_input.pid == p:
departure_time = package_id_input.departure_time
delivery_time = package_id_input.delivery_time
user_input_time = input("please enter a time in the 'HH:MM:SS' format: ")
convert_user_input_time = datetime.strptime(user_input_time, '%H:%M:%S')
if departure_time >= convert_user_input_time: # checks if package is at hub and then sets
# value in hashtable
package_id_input.status = 'At HUB'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight, 'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
elif departure_time <= convert_user_input_time: # checks if package is in transit
# then sets in hashtable
if convert_user_input_time < delivery_time:
package_id_input.status = 'In transit'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight,
'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
else: # checks if package is delivered and then sets value in hashtable
package_id_input.status = 'Delivered'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight,
'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
for package_id_input in secondTruckTripPackages: # gets package information from each package in truck 2
if package_id_input.pid == p:
departure_time = package_id_input.departure_time
delivery_time = package_id_input.delivery_time
user_input_time = input("please enter a time in the 'HH:MM:SS' format: ")
convert_user_input_time = datetime.strptime(user_input_time, '%H:%M:%S')
if departure_time >= convert_user_input_time:
package_id_input.status = 'At HUB'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight, 'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
elif departure_time <= convert_user_input_time:
if convert_user_input_time < delivery_time:
package_id_input.status = 'In transit'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight,
'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
else:
package_id_input.status = 'Delivered'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight,
'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
for package_id_input in thirdTruckTripPackages: # gets package information from each package in truck 3
if package_id_input.pid == p:
departure_time = package_id_input.departure_time
delivery_time = package_id_input.delivery_time
user_input_time = input("please enter a time in the 'HH:MM:SS' format: ")
convert_user_input_time = datetime.strptime(user_input_time, '%H:%M:%S')
if departure_time >= convert_user_input_time: # checks if package is at the hub
package_id_input.status = 'At HUB'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight, 'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
elif departure_time <= convert_user_input_time: # checks if package is in transit or delivered
if convert_user_input_time < delivery_time:
package_id_input.status = 'In transit'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight,
'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
else:
package_id_input.status = 'Delivered'
print('Package ID: ', package_id_input.pid, 'Address: ', package_id_input.address, 'City: ',
package_id_input.city, 'State: ', package_id_input.state, 'Zipcode: ',
package_id_input.zip_code,
'Deadline: ', package_id_input.deadline, 'Weight: ', package_id_input.weight,
'Notes: ',
package_id_input.note, 'Status: ', package_id_input.status, 'Departure Time: ',
package_id_input.departure_time, 'Delivery Time: ', package_id_input.delivery_time)
# checks the status of each package in all three trucks
elif first_input == 'status':
user_input_input_time = input("Please enter starting time in 'HH:MM:SS' format: ")
convert_user_input_time = datetime.strptime(user_input_input_time,
'%H:%M:%S') # converts time inputted to datetime
for p in firstTruckTripPackages: # checks status of the first truck
departure_time = p.departure_time
delivery_time = p.delivery_time
if departure_time >= convert_user_input_time: # checks if package is at the HUB
p.status = 'At HUB'
print('Package ID: ', p.pid, 'Status: ', p.status)
elif delivery_time <= convert_user_input_time: # checks if package has been delivered
p.status = 'Delivered'
print('Package ID: ', p.pid, 'Status: ', p.status)
elif departure_time <= convert_user_input_time < delivery_time: # checks if package is in transit
p.status = 'In transit'
print('Package ID: ', p.pid, 'Status: ', p.status)
for p in secondTruckTripPackages: # checks status of the second truck
departure_time = p.departure_time
delivery_time = p.delivery_time
if departure_time >= convert_user_input_time: # checks if package is at the hub
p.status = 'At HUB'
print('Package ID: ', p.pid, 'Status: ', p.status)
elif delivery_time <= convert_user_input_time: # checks if package has been delivered
p.status = 'Delivered'
print('Package ID: ', p.pid, 'Status: ', p.status)
elif departure_time <= convert_user_input_time < delivery_time: # checks if package is in transit
p.status = 'In transit'
print('Package ID: ', p.pid, 'Status: ', p.status)
for p in thirdTruckTripPackages: # checks status of third truck
departure_time = p.departure_time
delivery_time = p.delivery_time
if departure_time >= convert_user_input_time: # checks if package is at the hub
p.status = 'At HUB'
print('Package ID: ', p.pid, 'Status: ', p.status)
elif delivery_time <= convert_user_input_time: # checks if package has been delivered
p.status = 'Delivered'
print('Package ID: ', p.pid, 'Status: ', p.status)
elif departure_time <= convert_user_input_time < delivery_time: # checks if package is in transit
p.status = 'In transit'
print('Package ID: ', p.pid, 'Status: ', p.status)
elif first_input == 'exit':
exit()
Package_IDs.append(pid)
Addresses.append(address)
Cities.append(city)
States.append(state)
Zips.append(zipcode)
Delivery_Deadlines.append(deadline)
Weight.append(weight)
Notes.append(note)
Status.append(status)
Departure_time.append(departure_time)
p = package.Package(
pid, address, city, state, zipcode, deadline, weight,
note) # creates the package object using the package class
pH.get(pid) # look up the package by the id
pH.insert(pid, p) # inserts the packages into the hashtable
# gets the package object using the ids using the hashtable and creates package objects for each
# p37.status = 'At Hub'
# print(p37)
firstTruckTripPackages = [
pH.get('1'),
pH.get('7'),
pH.get('8'),
pH.get('10'),
pH.get('11'),
pH.get('12'),
pH.get('13'),
pH.get('14'),
