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Write a program to solve the following variation on the classic "fizz buzz" problem. Your program will implement a series of functions/methods that take a list of integers and process each integer as if it were a "score". It will award it to either the huskers team or the mavericks team according to the following rules: • if it is divisible by 3 it should be awarded to the huskers • if it is divisible by 5 it should be awarded to the mavericks • if it is divisible by both 3 and 5 it should be awarded to both "teams" • otherwise ignore it (it is not given to either team) For the Java version, we have provided a starter file with specific instructions written in the documentation. We have also provided a junit starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the junit testing suite. Specifically, you need to add at least 3 valid test cases for each method you need to implement. For the Python version, we have provided a starter file with specific instructions written in the documentation. We have also provided a unittest starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the unittest testing suite. Specifically, you need to add at least 5 valid test cases for each method you need to implement

Write a program to solve the following variation on the classic "fizz buzz" problem. Your program will implement a series of functions/methods that take a list of integers and process each integer as if it were a "score". It will award it to either the huskers team or the mavericks team according to the following rules: • if it is divisible by 3 it should be awarded to the huskers • if it is divisible by 5 it should be awarded to the mavericks • if it is divisible by both 3 and 5 it should be awarded to both "teams" • otherwise ignore it (it is not given to either team) For the Java version, we have provided a starter file with specific instructions written in the documentation. We have also provided a junit starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the junit testing suite. Specifically, you need to add at least 3 valid test cases for each method you need to implement. For the Python version, we have provided a starter file with specific instructions written in the documentation. We have also provided a unittest starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the unittest testing suite. Specifically, you need to add at least 5 valid test cases for each method you need to implement

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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Write a program to solve the following variation on the classic "fizz buzz" problem. Your program will implement a series of functions/methods that take a list of integers and process each integer as if it were a "score". It will award it to either the huskers team or the mavericks team according to the following rules: • if it is divisible by 3 it should be awarded to the huskers • if it is divisible by 5 it should be awarded to the mavericks • if it is divisible by both 3 and 5 it should be awarded to both "teams" • otherwise ignore it (it is not given to either team) For the Java version, we have provided a starter file with specific instructions written in the documentation. We have also provided a junit starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the junit testing suite. Specifically, you need to add at least 3 valid test cases for each method you need to implement. For the Python version, we have provided a starter file with specific instructions written in the documentation. We have also provided a unittest starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the unittest testing suite. Specifically, you need to add at least 5 valid test cases for each method you need to implement.
Transcribed Image Text:Write a program to solve the following variation on the classic "fizz buzz" problem. Your program will implement a series of functions/methods that take a list of integers and process each integer as if it were a "score". It will award it to either the huskers team or the mavericks team according to the following rules: • if it is divisible by 3 it should be awarded to the huskers • if it is divisible by 5 it should be awarded to the mavericks • if it is divisible by both 3 and 5 it should be awarded to both "teams" • otherwise ignore it (it is not given to either team) For the Java version, we have provided a starter file with specific instructions written in the documentation. We have also provided a junit starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the junit testing suite. Specifically, you need to add at least 3 valid test cases for each method you need to implement. For the Python version, we have provided a starter file with specific instructions written in the documentation. We have also provided a unittest starter file that has several test cases already written. In addition to implementing all methods as specified, you will be required to add additional test cases to the unittest testing suite. Specifically, you need to add at least 5 valid test cases for each method you need to implement.
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