Orientation Assignment

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 $-1$