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Modify the Simple Circuit with Functions program so that the user will error trap for only 1 and 0 as an input.   If the user enters an input other than 1 or 0 display an error message and request the user enter that input again.  Do this for all inputs in the code

Modify the Simple Circuit with Functions program so that the user will error trap for only 1 and 0 as an input.   If the user enters an input other than 1 or 0 display an error message and request the user enter that input again.  Do this for all inputs in the code

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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In Python

Modify the Simple Circuit with Functions program so that the user will error trap for only 1 and 0 as an input.  

If the user enters an input other than 1 or 0 display an error message and request the user enter that input again.  Do this for all inputs in the code.  Produce a flowchart.  

 

from random import randint x = randint (0,1) y = randint (0,1) z = randint (0,1) def NORGate (a,b) : if a == 1 or b -- l: norGate = 0 else: norGate = 1 return norGate def ANDGate (b, c) : if b == 1 and c =D andGate = 1 else: andGate = 0 return andGate def XORGate (a,b) : if a != b: xorGate - 1 else: xorGate = 0 return xorGate ans = NORGate (x, y) ans2 - ANDGate (y, z) ans3 = XORGate (ans, ans2) print (x, y, z) print ("NORGate - a and c is:" print ("ANDGate print ("XORGate ans) b and c is:" • ans2) both answers are:" ans3)
Transcribed Image Text:from random import randint x = randint (0,1) y = randint (0,1) z = randint (0,1) def NORGate (a,b) : if a == 1 or b -- l: norGate = 0 else: norGate = 1 return norGate def ANDGate (b, c) : if b == 1 and c =D andGate = 1 else: andGate = 0 return andGate def XORGate (a,b) : if a != b: xorGate - 1 else: xorGate = 0 return xorGate ans = NORGate (x, y) ans2 - ANDGate (y, z) ans3 = XORGate (ans, ans2) print (x, y, z) print ("NORGate - a and c is:" print ("ANDGate print ("XORGate ans) b and c is:" • ans2) both answers are:" ans3)
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