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We want to write an application to administer online quizzes. For this exercise do not model a student taking the quiz, nor their scores. This is just the information content of the quiz itself. • Each quiz will be uniquely identified by its name. • Each quiz will have one or more quiz questions. • Every question, no matter what type it is, will have: o The question text itself. • The number of points possible for the question. • The sequence number of the question. No two questions within a quiz can have the same sequence number. • For true/false questions: • The question text will make a statement. We need to capture whether that statement is true or not. • For multiple choice questions: o You will have two or more possible answers. o Out of all of those answers, just one will be correct. The rest are wrong. • Each quiz question answer is dependent upon the quiz question that the answer is part of. • For multi-select questions: o You will have two or more possible answers. o Out of all of those answers, one or more will be correct. The rest are wrong. • The scoring mechanism. There are only three possible values: all or nothing, right minus wrong, and equally weighted. Make sure that we never use an invalid scoring mechanism. 1. In drawio, give me a UML model of the above business rules. 2. In the same drawio file, on a different page, give me the relation scheme diagram. 3. Provide me with a definition for each class.

We want to write an application to administer online quizzes. For this exercise do not model a student taking the quiz, nor their scores. This is just the information content of the quiz itself. • Each quiz will be uniquely identified by its name. • Each quiz will have one or more quiz questions. • Every question, no matter what type it is, will have: o The question text itself. • The number of points possible for the question. • The sequence number of the question. No two questions within a quiz can have the same sequence number. • For true/false questions: • The question text will make a statement. We need to capture whether that statement is true or not. • For multiple choice questions: o You will have two or more possible answers. o Out of all of those answers, just one will be correct. The rest are wrong. • Each quiz question answer is dependent upon the quiz question that the answer is part of. • For multi-select questions: o You will have two or more possible answers. o Out of all of those answers, one or more will be correct. The rest are wrong. • The scoring mechanism. There are only three possible values: all or nothing, right minus wrong, and equally weighted. Make sure that we never use an invalid scoring mechanism. 1. In drawio, give me a UML model of the above business rules. 2. In the same drawio file, on a different page, give me the relation scheme diagram. 3. Provide me with a definition for each class.

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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please answer only the UML diagram.

We want to write an application to administer online quizzes. For this exercise do not model a student taking the quiz, nor their scores. This is just the information content of the quiz itself. • Each quiz will be uniquely identified by its name. • Each quiz will have one or more quiz questions. ● Every question, no matter what type it is, will have: o The question text itself. O o The number of points possible for the question. • The sequence number of the question. No two questions within a quiz can have the same sequence number. • For true/false questions: • The question text will make a statement. We need to capture whether that statement is true or not. • For multiple choice questions: o You will have two or more possible answers. o Out of all of those answers, just one will be correct. The rest are wrong. o Each quiz question answer is dependent upon the quiz question that the answer is part of. For multi-select questions: o You will have two or more possible answers. • Out of all of those answers, one or more will be correct. The rest are wrong. • The scoring mechanism. There are only three possible values: all or nothing, right minus wrong, and equally weighted. Make sure that we never use an invalid scoring mechanism. 1. In drawio, give me a UML model of the above business rules. 2. In the same drawio file, on a different page, give me the relation scheme diagram. 3. Provide me with a definition for each class.
Transcribed Image Text:We want to write an application to administer online quizzes. For this exercise do not model a student taking the quiz, nor their scores. This is just the information content of the quiz itself. • Each quiz will be uniquely identified by its name. • Each quiz will have one or more quiz questions. ● Every question, no matter what type it is, will have: o The question text itself. O o The number of points possible for the question. • The sequence number of the question. No two questions within a quiz can have the same sequence number. • For true/false questions: • The question text will make a statement. We need to capture whether that statement is true or not. • For multiple choice questions: o You will have two or more possible answers. o Out of all of those answers, just one will be correct. The rest are wrong. o Each quiz question answer is dependent upon the quiz question that the answer is part of. For multi-select questions: o You will have two or more possible answers. • Out of all of those answers, one or more will be correct. The rest are wrong. • The scoring mechanism. There are only three possible values: all or nothing, right minus wrong, and equally weighted. Make sure that we never use an invalid scoring mechanism. 1. In drawio, give me a UML model of the above business rules. 2. In the same drawio file, on a different page, give me the relation scheme diagram. 3. Provide me with a definition for each class.
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