A self-service table is equipped with ten glass cups, a Pepsi filling machine, and a shifting mechanism. Part 1: 1) Regarding figure 1, the table fills the first cup. 2) After filling the first cup, the shifting mechanism shifts the filled cup to the right and fills the next cup, and so on. 3) Create the table's structure using arrays and functions. 4) Write a function called void _shift(int arr[], int size); to handle the shifting. 5) Write a function called void_fill(int arr[], int size, int pepsi); that always fills the first cup. 6) In the main function, prompt the user to enter the amount of Pepsi to fill the cup. Then construct the shifting mechanism Part 2: 1) When all of the cups have been filled, they will be rotated back to the beginning, check figure 2. 2) From now on, the table will rotate the last cup to the left and shift the first cup to the right. 3) The table will perform the last step until the user inserts 0 Part 3: 1) Create a function named void _sum(int amount , int *sum); that calculates the amount of pepsiserved at that day. 2) Display the total amount after finishing serving ( the user press 0
A self-service table is equipped with ten glass cups, a Pepsi filling machine, and a shifting mechanism. Part 1: 1) Regarding figure 1, the table fills the first cup. 2) After filling the first cup, the shifting mechanism shifts the filled cup to the right and fills the next cup, and so on. 3) Create the table's structure using arrays and functions. 4) Write a function called void _shift(int arr[], int size); to handle the shifting. 5) Write a function called void_fill(int arr[], int size, int pepsi); that always fills the first cup. 6) In the main function, prompt the user to enter the amount of Pepsi to fill the cup. Then construct the shifting mechanism Part 2: 1) When all of the cups have been filled, they will be rotated back to the beginning, check figure 2. 2) From now on, the table will rotate the last cup to the left and shift the first cup to the right. 3) The table will perform the last step until the user inserts 0 Part 3: 1) Create a function named void _sum(int amount , int *sum); that calculates the amount of pepsiserved at that day. 2) Display the total amount after finishing serving ( the user press 0
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
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Question
A self-service table is equipped with ten glass cups, a Pepsi filling
machine, and a shifting
Part 1:
1) Regarding figure 1, the table fills the first cup.
2) After filling the first cup, the shifting mechanism shifts the filled cup
to the right and fills the next cup, and so on.
3) Create the table's structure using arrays and functions.
4) Write a function called void _shift(int arr[], int size); to handle the shifting.
5) Write a function called void_fill(int arr[], int size, int pepsi); that always fills
the first cup.
6) In the main function, prompt the user to enter the amount of Pepsi to
fill the cup. Then construct the shifting mechanism
Part 2:
1) When all of the cups have been filled, they will be rotated back to the
beginning, check figure 2.
2) From now on, the table will rotate the last cup to the left and shift the
first cup to the right.
3) The table will perform the last step until the user inserts 0
Part 3:
1) Create a function named void _sum(int amount , int *sum); that calculates
the amount of pepsiserved at that day.
2) Display the total amount after finishing serving ( the user press 0
Transcribed Image Text:A E:\EUNC_prog\assignments\assignment_4\submissions\Project2\x64\Debug\Project2.exe
Enter the amount of pepsi: 40
40
30
20
10
Enter the amount of pepsi: 50
50
40
30
20
10
Enter the amount of pepsi: 60
60
50
40
30
20
10
Enter the amount of pepsi: 70
70
60
50
40
30
20
10
Enter the amount of pepsi: 80
80
70
60
50
40
30
20
10
Enter the amount of pepsi: 90
90
80
70
60
50
40
30
20
10
Enter the amount of pepsi: 100
100
Enter the amount of pepsi: 200
200
Enter the amount of pepsi: 300
300
Enter the amount of pepsi: 400
400
Enter the amount of pepsi: 500
500
Enter the amount of pepsi: 600
600
Enter the amount of pepsi: 700
700
Enter the amount of pepsi: 800
800
Enter the amount of pepsi: 900
90
80
70
60
50
40
30
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90
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50
400
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90
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Enter the amount of pepsi: 1000
1000
Enter the amount of pepsi: 2000
2000
Enter the amount of pepsi: and SO 000000000000000000000ON
900
800
700
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400
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200
100
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Figure 3: Sample output
Transcribed Image Text:Fill
1)
Fill
Shift
2)
Fill
Shift
3)
Figure 1: self serving table with shifting mechanism
Part 2:
1) When all of the cups have been filled, they will be rotated back to the
beginning, check figure 2.
2) From now on, the table will rotate the last cup to the left and shift the
first cup to the right.
3) The table will perform the last step until the user inserts 0
Fill
Shift
Fill
Shift
Figure 2: The rotation mechanism
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