Answer:
The needed code is highlighted from the current text. The rest of the code is for the simplicity purpose and to show the functionality of the logic that is used to find the most of the tickets sold till date.
Please do go through it
Explanation:
# import the required packages
import datetime
import random
# define the parking_tickets
parking_tickets = []
# set the 1'st day of the year in d1
d1 = datetime.datetime(2016,1,1)
# set the current day
d2 = datetime.datetime.now()
# calculate number of days till date
totalDays = (d2-d1).days
# fill the number of tickets sold each day randomly
# into the parking_tickets till date
for i in range(totalDays):
randValue = random.randint(1, 100)
parking_tickets.append(randValue)
# print the list of tickets sold in each day
print("The list of tickets sold over starting from January 1 to till day are: \n",parking_tickets)
# the required actual code
# define a variable to hold the most of the tickets sold
most_tickets = 0
# logic to find the tickets that sold the most
for k in range(len(parking_tickets)):
# condition to check most_tickets value is lesser than
# parking_tickets at index k(each day)
if most_tickets < parking_tickets[k]:
# if it is less than the parking_tickets at index k
# then set the value to the most_tickets
most_tickets = parking_tickets[k]
# print the most tickets sold
print("Most of the tickets that are sold with in date is ", most_tickets)
