Use Python for this question: Write a function testCraps that accepts a positive integer n as an input, simulates n games and craps, and returns the fraction of games the player won.the testCraps function should not make dice rolls directly, instead ...testCraps function should call the craps function repeatedly and keep track of the resultsif you your craps and testCraps function simulate the game correctly without any extra rolls, you should be able to hit the results below exactlyPlease run a doctest to make sure the function returns the correct output that is shown in the attached image.The output for this question is in the attached image: >>> random.seed(0)>>> testcraps (10000)0.5>>> random.seed(1)>>> testcraps (10000)0.4921>>> [(i, random.seed (i), testcraps (100*i)) for i in range(1,10)][(1, None, 0.49), (2, None, 0.46), (3, None, 0.47333333333333333), (4, None,0.5125), (5, None, 0.476), (6, None, 0.47333333333333333), (7, None,0.4514285714285714), (8, None, 0.48), (9, None, 0.4855555555555556)]>>>

Required Python code with screenshot of output provided below:

Answered: Write a function testCraps that accepts…

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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Use Python for this question:

Write a function testCraps that accepts a positive integer n as an input, simulates n games and craps, and returns the fraction of games the player won.

the testCraps function should not make dice rolls directly, instead ...
testCraps function should call the craps function repeatedly and keep track of the results
if you your craps and testCraps function simulate the game correctly without any extra rolls, you should be able to hit the results below exactly

Please run a doctest to make sure the function returns the correct output that is shown in the attached image.

The output for this question is in the attached image:

>>> random.seed(0)
>>> testcraps (10000)
0.5
>>> random.seed(1)
>>> testcraps (10000)
0.4921
>>> [(i, random.seed (i), testcraps (100*i)) for i in range(1,10)]
[(1, None, 0.49), (2, None, 0.46), (3, None, 0.47333333333333333), (4, None,
0.5125), (5, None, 0.476), (6, None, 0.47333333333333333), (7, None,
0.4514285714285714), (8, None, 0.48), (9, None, 0.4855555555555556)]
>>>

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