convert.py, define a function decimalToRep that returns the representation of an integer in a given base. The two arguments should be the integer and the base. The function should return a string. It should use a lookup table that associates integers with digits. A main function that tests the conversion function with numbers in several bases has been provided. An example of main and correct output is shown below: def main(): """Tests the function.""" print(decimalToRep(10, 10)) print(decimalToRep(10, 8)) print(decimalToRep(10, 2)) print(decimalToRep(10, 16)) 10 12 1010 A Program produces correct output given input: Custom Test: Conversion Test 1 Test Contents: import convert assert(convert.decimalToRep(16, 16) == "10") Custom Test: Conversion Test 2 Test Contents: import convert assert(convert.decimalToRep(7, 3) == "21") Custom Test: Conversion Test 3 Test Contents: import convert assert(convert.decimalToRep(13, 21) == "D") Convert.py # Put your code here # A main for testing your program def main(): """Tests the function.""" print(decimalToRep(10, 10)) print(decimalToRep(10, 8)) print(decimalToRep(10, 2)) print(decimalToRep(10, 16)) # The entry point for program execution if __name__ == "__main__":
convert.py, define a function decimalToRep that returns the representation of an integer in a given base. The two arguments should be the integer and the base. The function should return a string. It should use a lookup table that associates integers with digits. A main function that tests the conversion function with numbers in several bases has been provided. An example of main and correct output is shown below: def main(): """Tests the function.""" print(decimalToRep(10, 10)) print(decimalToRep(10, 8)) print(decimalToRep(10, 2)) print(decimalToRep(10, 16)) 10 12 1010 A Program produces correct output given input: Custom Test: Conversion Test 1 Test Contents: import convert assert(convert.decimalToRep(16, 16) == "10") Custom Test: Conversion Test 2 Test Contents: import convert assert(convert.decimalToRep(7, 3) == "21") Custom Test: Conversion Test 3 Test Contents: import convert assert(convert.decimalToRep(13, 21) == "D") Convert.py # Put your code here # A main for testing your program def main(): """Tests the function.""" print(decimalToRep(10, 10)) print(decimalToRep(10, 8)) print(decimalToRep(10, 2)) print(decimalToRep(10, 16)) # The entry point for program execution if __name__ == "__main__":
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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PYTHON!!!!
In convert.py, define a function decimalToRep that returns the representation of an integer in a given base.
- The two arguments should be the integer and the base.
- The function should return a string.
- It should use a lookup table that associates integers with digits.
A main function that tests the conversion function with numbers in several bases has been provided.
An example of main and correct output is shown below:
def main():
"""Tests the function."""
print(decimalToRep(10, 10))
print(decimalToRep(10, 8))
print(decimalToRep(10, 2))
print(decimalToRep(10, 16))
10
12
1010
A
Program produces correct output given input:
Custom Test:
Conversion Test 1
Test Contents:
import convert
assert(convert.decimalToRep(16, 16) == "10")
Custom Test:
Conversion Test 2
Test Contents:
import convert
assert(convert.decimalToRep(7, 3) == "21")
Custom Test:
Conversion Test 3
Test Contents:
import convert
assert(convert.decimalToRep(13, 21) == "D")
Convert.py
# Put your code here
# A main for testing your program
def main():
"""Tests the function."""
print(decimalToRep(10, 10))
print(decimalToRep(10, 8))
print(decimalToRep(10, 2))
print(decimalToRep(10, 16))
# The entry point for program execution
if __name__ == "__main__":
main()
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