Here is a list of tasks this program must perform: o When the program begins, it should ask the user to enter the seat prices for each row. The prices can be stored in a separate array. (Alternatively, the prices may be read from a file.)   Once the prices are entered, the program should display a seating chart similar to the one shown above. The user may enter the row and seat numbers for tickets being sold. Every time a ticket or group of tickets is purchased, the program should display the total tickets and price for the purchased and then update the seating chart. o The program should keep a total of all ticket sales. The user should be given an option of viewing this amount. o The program should also give the user an option to see a list of how many seats have been sold, how many seats are available in each row, and how many seats are available in the entire auditorium. Input Validation: When tickets are being sold, do not accept row or seat numbers that do not exist. When someone requests a particular seat, the program should make sure that seat is available before it is sold.

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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This program should be designed and written by a team of students. Here are some
suggestions:
o One student should design function main, which will call the other functions in
the program. The remainder of the functions will be designed by other members
of the team.
o The requirements of the program should be analyzed so each student is given
about the same work load.
o The parameters and return types of each function should be decided in advance.
o The program can be implemented as a multi-file program, or all the functions can
be cut and pasted into the main file.
Here is the assignment: Write a program that can be used by a small theater to sell tickets for
performances. The theater’s auditorium has 15 rows of seats, with 30 seats in each row. The
program should display a screen that shows which seats are available and which are taken.
For example, the following screen shows a chart depicting each seat in the theater. Seats that
are taken are represented by an * symbol, and seats that are available are represented by a #
symbol:

Here is a list of tasks this program must perform:
o When the program begins, it should ask the user to enter the seat prices for each
row. The prices can be stored in a separate array. (Alternatively, the prices may be
read from a file.)

 

Once the prices are entered, the program should display a seating chart similar to
the one shown above. The user may enter the row and seat numbers for tickets
being sold. Every time a ticket or group of tickets is purchased, the program
should display the total tickets and price for the purchased and then update the
seating chart.
o The program should keep a total of all ticket sales. The user should be given an
option of viewing this amount.
o The program should also give the user an option to see a list of how many seats
have been sold, how many seats are available in each row, and how many seats
are available in the entire auditorium.
Input Validation: When tickets are being sold, do not accept row or seat numbers that do
not exist. When someone requests a particular seat, the program should make sure that
seat is available before it is sold.

Seats
123456789012345678901234567890
Row 1
Row 2
Row 3
Row 4
Row 5
***###***###*########***** ####
####***
*###
****
# # ## ******* ##
########**
*######
* # # ******
***
****
Row 6
Row 7
Row 8
Row 9
Row 10
Row 11
Row 12
Row 13
Row 14
Row 15
######
######
%###########
******
%############-
###
# #
***
##
#####
*****
############
## **
**
### *
########*
######
###
###
######
#########:
######
###
#3
#3
23
# *
23
# *
%23
%23
%# *
%# *
%23
# *
# *
23
%23
# *
# *
# *
# *
# *
23
23
23
23
%23
23
23
# *
# *
%23
23
23
Transcribed Image Text:Seats 123456789012345678901234567890 Row 1 Row 2 Row 3 Row 4 Row 5 ***###***###*########***** #### ####*** *### **** # # ## ******* ## ########** *###### * # # ****** *** **** Row 6 Row 7 Row 8 Row 9 Row 10 Row 11 Row 12 Row 13 Row 14 Row 15 ###### ###### %########### ****** %############- ### # # *** ## ##### ***** ############ ## ** ** ### * ########* ###### ### ### ###### #########: ###### ### #3 #3 23 # * 23 # * %23 %23 %# * %# * %23 # * # * 23 %23 # * # * # * # * # * 23 23 23 23 %23 23 23 # * # * %23 23 23
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