#include <string>#include <iostream>#include <vector>#include <sstream>#include <exception>class CAT{public:float weight() const{return weight_;}unsigned int range() const{return range_;}CAT(float weight= 1.0, unsigned int range=1);int set_weight(float);int set_range(unsigned int power);int dig(double hours);int id() const{return id_;}private:float weight_;unsigned int range_;const int id_;};int compare(CAT,CAT);Task:Define the public function int CAT::set_range(unsigned int power) : If the value passed by power is smaller than 100 and at same time range_ is smaller or equal to 100, then range_ is set to the sum of power and 2. After this -1 is the return value of the function.Else If the value passed by power is smaller than range_ , then range_ is to be set to power times 100 and then power times -1 is the return value of the function.Else If the value passed by power is larger or equal to the value of range_ ,then the function should set range_ to the sum of power and 1. After this 0 is the return value of the function.

A public member function called set_range(unsigned int power) in the CAT class is intended to alter…

Answered: #include #include #include #include…

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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Question

#include <string>
#include <iostream>
#include <vector>
#include <sstream>
#include <exception>

class CAT{
public:
float weight() const{return weight_;}
unsigned int range() const{return range_;}
CAT(float weight= 1.0, unsigned int range=1);
int set_weight(float);
int set_range(unsigned int power);
int dig(double hours);
int id() const{return id_;}
private:
float weight_;
unsigned int range_;
const int id_;
};
int compare(CAT,CAT);

Task:

Define the public function int CAT::set_range(unsigned int power) :

If the value passed by power is smaller than 100 and at same time range_ is smaller or equal to 100,
then range_ is set to the sum of power and 2. After this -1 is the return value of the function.
Else If the value passed by power is smaller than range_ , then range_ is to be set to power times 100 and then power times -1 is the return value of the function.
Else If the value passed by power is larger or equal to the value of range_ ,
then the function should set range_ to the sum of power and 1. After this 0 is the return value of the function.

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