//this is client file
//file name is main.cpp

#include <iostream>
#include <string>
#include <fstream>  //This library is needed for using input/output of files
#include "Player.h"
using namespace std;

int main(){

	ifstream inData;					//declare input file stream
	ofstream outData;					//declare output file stream
	inData.open("players.txt");		//open input file
	
	//Check for error in opening file
	if (inData.fail())
	{
		cerr << "Error opening file" << endl;
		exit(1);
	}

	Player players[500];
	string fname;
	string lname;
	string team;
	string position;
	int salary;
	float valuePoints;
	float projPoints;
	float pointCost;
	int i = 0;

	string header;
	getline(inData, header);


	int teamsalary = 50000;
	
	int countPG = 0;
	int countSG = 0;
	int countSF = 0;
	int countPF = 0;
	int countC = 0;
	int countG = 0;
	int countF = 0;
	int countU = 0;
	bool isPG = false;
	bool isSG = false;
	bool isSF = false;
	bool isPF = false;
	bool isC = false;
	bool isG = false;
	bool isF = false;
	bool isU = false;

	inData >> fname;
	inData >> lname;
	inData >> team;
	inData >> position;
	inData >> salary;
	inData >> valuePoints;
	inData >> projPoints;
	inData >> pointCost;

	while (inData.good()){		
		Player player1(fname + " " + lname, team, position, salary, valuePoints, projPoints, pointCost);
		players[i] = player1;
	//	float maxvalue = player1.getvaluePoints();
		
		


		//get point guard
		 if (player1.isPG(position)  && !isPG && teamsalary > 0){
			teamsalary = teamsalary - player1.getSalary();
			cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			countPG++;
			isPG = true;
		}

		 //get shooting guard
		 if (player1.isSG(position) && !isSG && teamsalary > 0){
			 teamsalary = teamsalary - player1.getSalary();
			 cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			 countSG++;
			 isSG = true;
		 }

		 //get small forward
		 if (player1.isSF(position) && !isSF && teamsalary > 0){
			 teamsalary = teamsalary - player1.getSalary();
			 cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			 countSF++;
			 isSF = true;
		 }
		 
		 //get power forward
		 if (player1.isPF(position) && !isPF && teamsalary > 0){
			 teamsalary = teamsalary - player1.getSalary();
			 cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			 countPF++;
			 isPF = true;
		 }

		 //get center
		 if (player1.isC(position) && !isC && teamsalary > 0){
			 teamsalary = teamsalary - player1.getSalary();
			 cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			 countC++;
			 isC = true;
		 }

		 //get point guard or shooting guard
		 if (player1.isG(position) && !isG && teamsalary > 0){
			 teamsalary = teamsalary - player1.getSalary();
			 cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			 countG++;
			 isG = true;
			 isPG = true;
		 }

		 //get small forward or power forward
		 /*if (player1.isF(position) && !isF && teamsalary > 0){
			 teamsalary = teamsalary - player1.getSalary();
			 cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			 countF++;
			 isF = true;
			 
		 }*/

		 //get player from any position
		 /*if (player1.isU(position) && !isU && teamsalary > 0){
			 teamsalary = teamsalary - player1.getSalary();
			 cout << player1.getName() << " " << player1.getPosition() << " " << player1.getSalary() << " " << player1.getvaluePoints() << endl;
			 countU++;
			 isU = true;
			 
		 }*/

		inData >> fname;
		inData >> lname;
		inData >> team;
		inData >> position;
		inData >> salary;
		inData >> valuePoints;
		inData >> projPoints;
		inData >> pointCost;
		i++;

		
	}
		cout << teamsalary << endl;
return 0;
}