Description

In this homework, you will implement a sports league management system. The league consists of teams with unique names. Each team also has a set of players, named the roster of the team. The management system should support adding and removing teams to the league and adding and removing players to the teams. In your implementation, you MUST use dynamically allocated arrays for storing

the team and player information.
The league management system will have the following functionalities. The details of these functionalities are given below:
1. Add a team to the league
2. Remove a team from the league
3. Add a player to a team
4. Remove a player from a team
5. Transfer a player from one team to another team
6. Show the list of all teams
7. Show detailed information about a team
8. Show detailed information about a player
Show the list of all teams: The management system will allow to display a list of all teams. The list includes the team name, the year it was founded, the number of players in the roster, and the total salary for these players.
Below is the required public part of the LeagueManagementSystem class that you must write in this assignment. The name of the class must be LeagueManagementSystem, and must include these public member functions. The interface for the class must be written in the file called LeagueManagementSystem.h and its implementation must be written in the file called LeagueManagementSystem.cpp. You can define additional public and private member functions and data members in this class. You can also define additional classes in your solution and implement them in separate files.
class LeagueManagementSystem {
public:
LeagueManagementSystem();
~LeagueManagementSystem();
void addTeam( const string name, const int year ); void removeTeam( const string name ); void addPlayer( const string teamName, const string playerName, const int jersey, const int salary );
void removePlayer( const string teamName, const string playerName ); void transferPlayer( const string playerName, const string departTeamName, const string arriveTeamName );
void showAllTeams() const; void showTeam( const string name ) const; void showPlayer( const string name ) const;
};
Here is an example test program that uses this class and the corresponding output. We will use a similar program to test your solution so make sure that the name of the class is LeagueManagementSystem, its interface is in the file called LeagueManagementSystem.h, and the required functions are defined as shown above. Your implementation should use the format given in the example output to display the messages expected as the result of the defined functions.
Example test code:
#include <iostream> using namespace std;
#include “LeagueManagementSystem.h” int main() {
LeagueManagementSystem LMS;
LMS.showAllTeams(); cout << endl;
LMS.addTeam( “Fenerbahce”, 1907 );
LMS.addTeam( “Tofas”, 1957 );
LMS.addTeam( “Anadolu Efes”, 1951 );
LMS.removeTeam( “Tofas” );
LMS.addTeam( “Darussafaka”, 1951 );
LMS.addTeam( “Fenerbahce”, 1907 ); LMS.removeTeam( “Tofas” ); cout << endl;
LMS.addPlayer( “Fenerbahce”, “Melih Mahmutoglu”, 10, 2000000 );
LMS.addPlayer( “Fenerbahce”, “Sehmus Hazer”, 2, 1000000 );
LMS.addPlayer( “Darussafaka”, “Ercan Osmani”, 6, 1000000 );
LMS.addPlayer( “Anadolu Efes”, “Dogus Balbay”, 4, 1000000 );
LMS.addPlayer( “Anadolu Efes”, “Bugrahan Tuncer”, 10, 1500000 ); LMS.removePlayer( “Darussafaka”, “Ercan Osmani” ); cout << endl;
LMS.addPlayer( “Fenerbahce”, “Stephen Curry”, 10, 10000000 );
LMS.addPlayer( “Karsiyaka”, “Metecan Birsen”, 1, 1000000 ); LMS.addTeam( “Karsiyaka”, 1912 );
LMS.addPlayer( “Karsiyaka”, “Metecan Birsen”, 1, 1000000 );
LMS.removePlayer( “Tofas”, “Melih Mahmutoglu” );
LMS.removePlayer( “Fenerbahce”, “Bugrahan Tuncer” );
LMS.transferPlayer( “Metecan Birsen”, “Karsiyaka”, “Fenerbahce” );
LMS.transferPlayer( “Lebron James”, “Los Angeles Lakers”, “Fenerbahce” );
LMS.transferPlayer( “Michael Jordan”, “Darussafaka”, “Fenerbahce” ); LMS.transferPlayer( “Bugrahan Tuncer”, “Anadolu Efes”, “Fenerbahce” ); cout << endl;
LMS.showAllTeams(); cout << endl;
LMS.showTeam( “Fenerbahce” ); cout << endl;
LMS.showTeam( “Boston Celtics” ); cout << endl;
LMS.showPlayer( “Melih Mahmutoglu” ); cout << endl;
LMS.showPlayer( “Furkan Korkmaz” );
return 0;
}
Output of the example test code:
Teams in the league management system:
None
Added team Fenerbahce.
Added team Tofas.
Added team Anadolu Efes.
Removed team Tofas.
Added team Darussafaka.
Cannot add team. Team Fenerbahce already exists.
Cannot remove team. Team Tofas does not exist.
Added player Melih Mahmutoglu to team Fenerbahce.
Added player Sehmus Hazer to team Fenerbahce.
Added player Ercan Osmani to team Darussafaka.
Added player Dogus Balbay to team Anadolu Efes.
Added player Bugrahan Tuncer to team Anadolu Efes.
Removed player Ercan Osmani from team Darussafaka.
Cannot add player. Jersey number 10 already exists in team Fenerbahce.
Cannot add player. Team Karsiyaka does not exist.
Added team Karsiyaka.
Added player Metecan Birsen to team Karsiyaka.
Cannot remove player. Team Tofas does not exist.
Cannot remove player. Player Bugrahan Tuncer does not exist.
Transferred player Metecan Birsen from team Karsiyaka to team Fenerbahce.
Cannot transfer player. Team Los Angeles Lakers does not exist.
Cannot transfer player. Player Michael Jordan does not exist.
Cannot transfer player. Jersey number 10 already exists in team Fenerbahce.
Teams in the league management system:
Fenerbahce, 1907, 3 players, 4000000 TL total salary
Anadolu Efes, 1951, 2 players, 2500000 TL total salary
Darussafaka, 1951, 0 players, 0 TL total salary
Karsiyaka, 1912, 0 players, 0 TL total salary
Team:
Fenerbahce, 1907, 3 players, 4000000 TL total salary Players:
Melih Mahmutoglu, jersey 10, 2000000 TL salary
Sehmus Hazer, jersey 2, 1000000 TL salary Metecan Birsen, jersey 1, 1000000 TL salary Team Boston Celtics does not exist.
Player:
Melih Mahmutoglu, jersey 10, 2000000 TL salary Plays in team Fenerbahce.
Player Furkan Korkmaz does not exist.
IMPORTANT NOTES:
Do not start your homework before reading these notes!!!

NOTES ABOUT IMPLEMENTATION:
1. You ARE NOT ALLOWED to modify the given parts of the header file. You MUST use dynamically

allocated arrays with only the necessary amount of memory in your implementation. That is, if

2. Moreover, you ARE NOT ALLOWED to use any global variables or any global functions.
3. Output message for each operation MUST match the format shown in the output of the example code.
6. You can also assume that player names will be entered as unique names in the system. Thus, you do not need to make additional checks for the uniqueness of player names.
NOTES ABOUT SUBMISSION:
2. The code (main function) given above is just an example. We will test your implementation using different scenarios, which will contain different function calls. Thus, do not test your implementation only by using this example code. We recommend you to write your own driver files to make extra tests. However, you MUST NOT submit these test codes (we will use our own test code). In other words, do not submit a file that contains a function called main.
3. You should put all of your .h and .cpp files into a folder and zip the folder (in this zip file, there should not be any file containing a main function). The name of this zip file should conform to the following name convention: secX-Firstname-Lastname-StudentID.zip where X is your section number. The submissions that do not obey these rules will not be graded.
4. Make sure that each file that you submit (each and every file in the archive) contains your name, section, and student number at the top as comments.