Huge Integers Design a class that can handle arbitrarily large integers (using strings) that otherwise do not fit in a primitive type. A string will be treated as an integer if it contains all numeric type characters only. A sign indicating positive or negative integer may precede the string e.g. "-123456789009876543210". Provide support for basic arithmetic and relational operations (using operator overloading) that include: addition: + and + (both pre and post increment versions) subtraction: - (binary as well as unary) and -- (both pre and post increment versions) multiplication division comparison operators: ==, <, >

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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Huge Integers
Design a class that can handle arbitrarily large integers (using strings) that otherwise do not fit in a
primitive type. A string will be treated as an integer if it contains all numeric type characters only. A
sign indicating positive or negative integer may precede the string e.g. “-123456789009876543210".
Provide support for basic arithmetic and relational operations (using operator overloading) that include:
addition: + and + (both pre and post increment versions)
subtraction: - (binary as well as unary) and -- (both pre and post increment versions)
multiplication
division
comparison operators: ==, <, >
Transcribed Image Text:Huge Integers Design a class that can handle arbitrarily large integers (using strings) that otherwise do not fit in a primitive type. A string will be treated as an integer if it contains all numeric type characters only. A sign indicating positive or negative integer may precede the string e.g. “-123456789009876543210". Provide support for basic arithmetic and relational operations (using operator overloading) that include: addition: + and + (both pre and post increment versions) subtraction: - (binary as well as unary) and -- (both pre and post increment versions) multiplication division comparison operators: ==, <, >
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