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Description # Write a class called Song in a file called Song.h with three fields: Title (string) Singer (string) Chart Position (int) # Place these method headers in the Song.h file 1. Getter and setter for each field 2. Other methods 1. Song(); // default constructor 2. Song(std::string title,std::string singer, int chartPosition); // custom constructor 3. std::string toString(); // returns object as a string 4. bool operator<(Song other) // overloads the < operator -returns true if the chart position of this song is les other's 5. friend std::ostream& operator<<(std::ostream&, Song* s); // overloads the << operator #Write the implementation of these methods in a file called Song.cpp # Write a driver called SongMain.cpp that does the following a. Creates a dynamic array that reads in data from SongData.txt and b. Populates the array by constructing song objects from this data c. Uses the non-recursive selection sort method to sort the array according to chart position (uses the overloaded < operator on Song objects) d. Prints the top ten songs in the chart (uses the overloaded << operator) e. Searches for any song by title and returns chart position asks user for song title, does linear search returns position or -1 Todo List: Use the templates given to you. You are given starter code for Song.h, Song.cpp and SongMain.cpp Code marked GIVEN CODE is given to you for free Comments marked //TODO indicated you need to fill in code.

Description # Write a class called Song in a file called Song.h with three fields: Title (string) Singer (string) Chart Position (int) # Place these method headers in the Song.h file 1. Getter and setter for each field 2. Other methods 1. Song(); // default constructor 2. Song(std::string title,std::string singer, int chartPosition); // custom constructor 3. std::string toString(); // returns object as a string 4. bool operator<(Song other) // overloads the < operator -returns true if the chart position of this song is les other's 5. friend std::ostream& operator<<(std::ostream&, Song* s); // overloads the << operator #Write the implementation of these methods in a file called Song.cpp # Write a driver called SongMain.cpp that does the following a. Creates a dynamic array that reads in data from SongData.txt and b. Populates the array by constructing song objects from this data c. Uses the non-recursive selection sort method to sort the array according to chart position (uses the overloaded < operator on Song objects) d. Prints the top ten songs in the chart (uses the overloaded << operator) e. Searches for any song by title and returns chart position asks user for song title, does linear search returns position or -1 Todo List: Use the templates given to you. You are given starter code for Song.h, Song.cpp and SongMain.cpp Code marked GIVEN CODE is given to you for free Comments marked //TODO indicated you need to fill in code.

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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Description # Write a class called Song in a file called Song.h with three fields: Title (string) Singer (string) Chart Position (int) # Place these method headers in the Song.h file 1. Getter and setter for each field 2. Other methods 1. Song(); // default constructor 2. Song(std::string title,std::string singer, int chartPosition); // custom constructor 3. std::string toString(); // returns object as a string 4. bool operator<(Song other) // overloads the < operator -returns true if the chart position of this song is less other's 5. friend std::ostream& operator<<(std::ostream&, Song* s); // overloads the << operator # Write the implementation of these methods in a file called Song.cpp # Write a driver called SongMain.cpp that does the following a. Creates a dynamic array that reads in data from SongData.txt and b. Populates the array by constructing song objects from this data c. Uses the non-recursive selection sort method to sort the array according to chart position (uses the overloaded < operator on Song objects) d. Prints the top ten songs in the chart (uses the overloaded << operator) e. Searches for any song by title and returns chart position asks user for song title, does linear search returns position or -1 Todo List: Use the templates given to you. You are given starter code for Song.h, Song.cpp and SongMain.cpp Code marked GIVEN CODE is given to you for free Comments marked //TODO indicated you need to fill in code.
Transcribed Image Text:Description # Write a class called Song in a file called Song.h with three fields: Title (string) Singer (string) Chart Position (int) # Place these method headers in the Song.h file 1. Getter and setter for each field 2. Other methods 1. Song(); // default constructor 2. Song(std::string title,std::string singer, int chartPosition); // custom constructor 3. std::string toString(); // returns object as a string 4. bool operator<(Song other) // overloads the < operator -returns true if the chart position of this song is less other's 5. friend std::ostream& operator<<(std::ostream&, Song* s); // overloads the << operator # Write the implementation of these methods in a file called Song.cpp # Write a driver called SongMain.cpp that does the following a. Creates a dynamic array that reads in data from SongData.txt and b. Populates the array by constructing song objects from this data c. Uses the non-recursive selection sort method to sort the array according to chart position (uses the overloaded < operator on Song objects) d. Prints the top ten songs in the chart (uses the overloaded << operator) e. Searches for any song by title and returns chart position asks user for song title, does linear search returns position or -1 Todo List: Use the templates given to you. You are given starter code for Song.h, Song.cpp and SongMain.cpp Code marked GIVEN CODE is given to you for free Comments marked //TODO indicated you need to fill in code.
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