C++:

Please follow the instructions below and DO NOT CHANGE ANYTHING WAT SO EVER!

Thanks // here i copy n pasted it up for you down below:

Overview

For this assignment you will be creating a multi-file project in which you implement your own templated linked list and use it to create a simple list of composers. When doing this assignment, take small, incremental steps; trying to complete the lab in one go will make the lab more difficult. This means that any time you finish part of the lab, such as a linked list method, you should immediately test and debug it if necessary.

Part 1: Creating your Linked List

Create a header file, Node.h, that has a templated class called Node. This class should be able to hold both a data value and a pointer to another node.

Once your node class is complete, create a new header file, LinkedList.h, that has a templated class called LinkedList. The class should have two member variables: a pointer to the first element of the linked list and a pointer to the last element of the linked list.

Additionally, the class will need to have the following methods (do not define them inline). Some methods may only have a few lines while others are more complicated and will require a bit more thought. Make sure you test all cases for each method and appropriately update the pointers to the first and last nodes if needed.

LinkedList(); Constructor for linked list. You decide what needs to be done here

~LinkedList(); Destructor for linked list. You decide what needs to be done here

void printList() const; Displays all elements in linked list. This is one of the most important methods because it gives you a way to test your code! For example, once you write the append() method, you should test it using printList().

void append(const T data); Adds a node to the end of the list. For example: list = 1 2 3 list.append(4) list = 1 2 3 4

void prepend(const T data); Adds a node to the front of the list. For example: list = 1 2 3 list.append(0) list = 0 1 2 3

bool removeFront(); Removes the front node. For example: list = 1 2 3 list.removeFront() list = 2 3

void insert(const T data); Accepts a value and will insert the value into the linked list in the correct order. list = 1 2 4 list.insert(0) list = 0 1 2 4 list.insert(5) list = 0 1 2 4 5 list.insert(3) list = 0 1 2 3 4 5

bool remove(const T data); Accepts a value and will remove the node with that value from the list. Return true if the node was found and removed and return false otherwise. list = 1 2 3 list.remove(2) //returns true list = 1 3 list.remove(2) //returns false list = 1 3

bool find(const T data); Accepts a value and will search for that value in the linked list. Return true if the value is in the list and falseotherwise

10. bool isEmpty() const; Returns true if list is empty and false otherwise

11. T getFirst() const; Returns the value stored in the first node of the list (not a pointer to the node).

12. T getLast() const; Returns the value stored in the last node of the list. For example: list = 1 2 3 list.getFirst() //returns 1 list.getLast() //return 3

Note: Remember that your linked list needs to have both a pointer to the first node and a pointer to the last node (The book has code for a templated linked list, but it only has a head pointer.

You will not be able to directly copy out of the book). Keep this in mind when writing your methods. For example, what is different about the remove() method if we remove a node from the front vs. a node at the end vs. a node in the middle? What about if the list is empty?

The text file below its all uner each other no spaces in between but for some reason when i copy n paste it messes everything up.

Part 2: Using your linked list

You will now test your linked list by creating a simple list of composers using the input below.

composers.txt

Ludwig van Beethoven, 1827

Wolfgang Amadeus Mozart, 1791

Johann Sebastian Bach, 1750

Frederic Chopin, 1849

George Frideric Handel, 1759 Franz Liszt, 1886 Johannes Brahms, 1897 Igor Stravinsky, 1971 

Pyotr Ilyich Tchaikovsky, 1893 Claude Debussy, 1918 Joseph Haydn, 1809 Gustav Mahler, 1911 

Sergei Prokofiev, 1953 Richard Wagner, 1883 Giacomo Puccini, 1924 Felix Mendelssohn, 1847 Aaron Copland, 1990 Franz Schubert, 1828 Giuseppe Verdi, 1901 Maurice Ravel, 1937 Dmitri Shostakovich, 1975 Sergei Rachmaninoff, 1943 Arnold Schoenberg, 1951 George Gershwin, 1937 Robert Schumann, 1856 Leonard Bernstein, 1990 Bela Bartok, 1945 

Antonin Dvorak, 1904 Antonio Vivaldi, 1741 Edvard Grieg, 1907 Camille Saint-Saens, 1921 Henry Purcell, 1695 Claudio Monteverdi, 1643 Hector Berlioz, 1869 

Each entry in the file consists of two data fields: the composers name and the date of death. Instead of creating two separate linked lists, we will take advantage of the fact that our linked list is a template and can hold any generic type. Our generic type will be a new class.

First create a new header file, Composer.h; the class should have two member variables to hold the composers name and the date of their death. It is up to you to decide what methods to add to the class, but any methods you have must be defined in a separate file: Composer.cpp .

You will not need a lot of methods, but keep in mind that some linked list methods may not immediately work with your Composer class. You may need to overload some operators.

Once your class is complete, created a Linked List of Composer objects in main(). Your main() should go through each line in the file, parse the line to create a Composer object, and then add the object to the list. When adding an object to the list, it should be inserted in order by the year of death (see sample run); this is something to keep in mind when overloading operators.

Now that the list has been populated, you should give the user 4 options:

search through the linked list by entering the composers name. If the composer is found

in the list, display a message saying that they are in the list; if the composer is not in the

list, display an error message

remove a composer from the linked list by entering the composers name. If the

composer is not found, display an error message; otherwise, say that the composer was

successfully removed

display the contents of the list

exit the program

You may not need to use all the methods in your linked list, but still ensure that any unused methods work correctly

Remember: Your linked list class is a template and should work with any type. When trying to create a list of Composer objects, you may be tempted to go back and change parts of your linked list class so that they work with your Composer class, but do not do this! Once you finish your assignment, go back and try to create a linked list of integers. If you find that any methods are not able to work with this list, then you need to go back and generalize your code.

Submitting your Assignment

In total, you should have 5 files. Node.h

LinkedList.h Composer.h Composer.cpp Main.cpp

When you finish your assignment, zip the entire project and upload it to canvas. If you did not use Visual Studio, use the school computers to create a VS project with your code.

To zip your project, right click on the folder, click on Send To, and then Compressed (zipped) folder.

Sample Run

Enter 's' to search, 'r' to remove, 'd' to display, or 'e' to exit: d 

Claudio Monteverdi - 1643

Henry Purcell - 1695 Antonio Vivaldi - 1741 Johann Sebastian Bach - 1750

George Frideric Handel - 1759

Wolfgang Amadeus Mozart - 1791

Joseph Haydn - 1809

Ludwig van Beethoven - 1827

Franz Schubert - 1828 Felix Mendelssohn - 1847

Frederic Chopin - 1849

Robert Schumann - 1856

Hector Berlioz - 1869

Richard Wagner - 1883

Franz Liszt - 1886 Pyotr Ilyich Tchaikovsky - 1893

Johannes Brahms - 1897 Giuseppe Verdi - 1901 Antonin Dvorak - 1904 Edvard Grieg - 1907 Gustav Mahler - 1911 Claude Debussy - 1918 Camille Saint-Saens - 1921 This will be removed

Giacomo Puccini - 1924 George Gershwin - 1937 Maurice Ravel - 1937 Sergei Rachmaninoff - 1943 Bela Bartok - 1945 Arnold Schoenberg - 1951 Sergei Prokofiev - 1953 Igor Stravinsky - 1971 Dmitri Shostakovich - 1975

Leonard Bernstein - 1990 Aaron Copland - 1990

Enter 's' to search, 'r' to remove, 'd' to display, or 'e' to exit: s Enter a composer's name to search for: Franz Liszt 

 Franz Liszt was found in the list 

Enter 's' to search, 'r' to remove, 'd' to display, or 'e' to exit: s Enter a composer's name to search for: Hanz Zimmer

Hanz Zimmer was not found in the list

Enter 's' to search, 'r' to remove, 'd' to display, or 'e' to exit: r Enter a composer's name to remove: Camille Saint-Saens

Camille Saint-Saens was successfully removed from the list

Enter 's' to search, 'r' to remove, 'd' to display, or 'e' to exit: r Enter a composer's name to remove: CPE Bach 

CPE Bach was not found in the list when attempting to remove Enter 's' to search, 'r' to remove, 'd' to display, or 'e' to exit: d

Claudio Monteverdi - 1643

Henry Purcell - 1695 Antonio Vivaldi - 1741 Johann Sebastian Bach - 1750

George Frideric Handel - 1759

Wolfgang Amadeus Mozart - 1791

Joseph Haydn - 1809

Ludwig van Beethoven - 1827

Franz Schubert - 1828 Felix Mendelssohn - 1847

Frederic Chopin - 1849

Robert Schumann - 1856

Hector Berlioz - 1869

Richard Wagner - 1883

Franz Liszt - 1886 Pyotr Ilyich Tchaikovsky - 1893 Johannes Brahms - 1897 Giuseppe Verdi - 1901 Antonin Dvorak - 1904 Edvard Grieg - 1907 Gustav Mahler - 1911 

Claude Debussy - 1918 Giacomo Puccini - 1924 George Gershwin - 1937 Maurice Ravel - 1937 Sergei Rachmaninoff - 1943 Bela Bartok - 1945 

Arnold Schoenberg - 1951 Sergei Prokofiev - 1953 Igor Stravinsky - 1971 Dmitri Shostakovich - 1975 Leonard Bernstein - 1990 Aaron Copland - 1990 

Enter 's' to search, 'r' to remove, 'd' to display, or 'e' to exit: e Press any key to continue . . . 

Overview For this assignment you will be creating a mult-file project in which you implement your own templated linked list and use it to create a simple list of composers. When doing this assignment, take small,Incremental steps: trying to complete the lab in one go will make the lab more difficult. This means that any time you finish part of the lab, such as a linked list method, you should immediately test and debug it if necessary Part 1: Creating your Linked List Create a header file, Node.h. that has a templated class called Node'. This class should be able to hold both a data value and a pointer to another node. Once your node class is complete, create a new header file, LinkedListh, that has a templated class called LinkedList. The class should have two member variables: a pointer to the firs element of the linked list and a pointer to the last element of the linked list Addtionally, the class will need to have the following methods (do not define them inline). Some methods may only have a few lines while others are more complicated and will require a bit more thought. Make sum you testafl cases for each method and appropriately update the 1. Linkedlist) Constructor for linked list You decide what neods to be done here 2. -LinkedListO; Destructor for linked list. You decide what noods to be done here 3. void printlistO const; Displays all elements in linked list. This is one of the most important methods because it gives you a way to test your code! For example, once you write the append method, you shouid test it using print st0 4. void append (const T data), Adds a node to the end of the ist. For example list -1 2-3 list append(4) 5. /void prepend(const T data)i Adds a node :o the front of the IS. For examp ist 1 2 ist.append(e) MacBook Pro