def Palindrome(string1):
while True:
q = Queue1()
string1_list = list(
string1
) # converting string into list for checking with queue list
print(string1_list) # printing list to double check
# for loop is used to iterate the function and add items to rear of the list
try: # try catch function is use for the error if any
for i in range(len(string1_list)):
q.AddRear(string1_list[i])
q.PrintList() # list is printed to check
# print(q.queuelist())
if q.QueueList(
) == string1_list: # this if condition is used to compare both list and give out results
print("its a palindrome")
else:
print("its not a palindrome")
break
except ValueError:
print("check the input data")
def Calender_Using_Linked_List(): # function is created
while True:
try:
llist = LinkedList() # object is created for imported classes
q = Queue1()
month = int(input("which month's calender u wish to see in MM format :"))
if month <= 0 or month >= 13:
print("enter between 0 and 13")
continue
year = int(input("for which year YYYY format"))
if year <= 1000 or year >= 3000:
print("enter between 1000 and 3000")
continue
array = Calender(month, year)
# try is used for locating the error
for items in array: # for loop is used using adding data in linked list
for data in items:
q.AddRear(llist.Add(data)) # data is added in the linked list via queue class
llist.PrintCalendar() # now calendar is printed in linked list
break
except ValueError: # exception will find the error
print("please check the input ")
def Playing_Card():
Que = Queue1()
cards = CardGame() # object is created for card game
data = cards.Distribute() # distribute function is called from card game and results will be printed in 2d array
# print(data) # distributed card will be printed out
for hand in range(len(data)): # for loop is used for adding each players cards to the linked list
data[hand].sort()
Que.AddRear(data[hand])
# hands are updated to the queue via linked list
print()
Que.PrintList() # same distributed cards are printed out in linked list format in queue
def Anagram_Queue(): # function created
llist = LinkedList() # object is created
q = Queue1()
anagram = PrimeAnagram()
try: # try catch is used to catch error if error
for data in anagram:
q.AddRear(
llist.Add(data)
) # add rear function is used and data is added via linked list
llist.Print()
# q.PrintList() # if we print queue we will data in none as linked list data type is None
except AttributeError:
print("check the class file for error")
def test_anagram_queue(self): # test_ function is made
q = Queue1() # queue is imported
ana = Anagram_Queue() # here function is stored in var
self.assertEqual(ana, q.Size()) # here we validated the program
def test_palindrome(self):
q = Queue1() # queue function is created
palind = Palindrome("nik")
self.assertEqual(palind, q.Size()) # here we will compare the error
def Company_Shares():
global add, remove
st = Stock("stock_json") # object is created for stock and linked list
llist = LinkedList()
stack = Stack()
q = Queue1()
with open("stock_json") as f: # json file is loaded
data = json.load(f)
while True:
try: # try is used for the finding exception
userinput = int(
input("number of stocks you want to Buy or Sell : "))
if userinput >= 5 or userinput <= 0:
print("user input should be between 0-5")
continue
for i in range(userinput):
# input is taken from the user
for stocks in range(len(st.Only_Stocks())):
print(st.Only_Stocks()[stocks], end="--"
) # will display all the stocks in the portfolio
while True:
user = int(
input(
"\nenter 1 to add \nenter 2 to delete \nenter 3 to exit :"
))
if user >= 4 or user <= 0:
print("enter between 0-4")
continue
break
if user == 1:
added = st.Buy()[1]
stack.Push(added)
print()
llist.Add(
stack.Size()[0]["stock"]
) # if user is given 1 we will ad the stock to the linked list
now = datetime.datetime.now()
q.AddRear(now)
elif user == 2:
remove = st.Sell()
stack.Push(data[remove])
llist.Add(stack.Size()[0]["stock"])
now1 = datetime.datetime.now()
q.AddRear(now1)
else:
print("bye bye") # program will end here
llist.Print(
) # final linked list is printed with the symbol which were added o removed
print()
q.PrintList(
) # final linked list is printed from queue function where time stamp of the add or remove is
# updated
st.Dump(
"stock_json"
) # this method is used for appending the data in JSON format
break
except (ValueError, TypeError):
print(" please check the Error ")