#include "..\traders\JWilliam2.h"
#include <stdlib.h>
#include <iostream.h>

JWilliam2::JWilliam2(int TN): Trader(TN) {
	m_ThisTurn = 0;
	m_GlobalTurn = 1;
}; //end constructor

void JWilliam2::Think() {}; //no thinking!

int JWilliam2::Trade(){
	Broker * MyBroker = GetBroker();
	StockMarketInfo Info;
	AssetData *MyAssets[MAX_STOCKS];
	double Balance;
	int i;
	int TickerNum;
	MyBroker->GetStockMarketInfo(Info);
	for (i=0; i<Info.NumberOfStocks; i++)
		MyAssets[i] = (AssetData *) 0;
	

	//MyBroker->GetWorth((AssetData*(*)[]) &MyAssets, &Balance);
	Balance = MyBroker->GetBalance();    //PGG - you should use this one - doesn't allocate big arrays
	if (m_GlobalTurn == 1) { //first turn
		double ToSpend =(Balance/20) - (20*BROKER_COMMISSION);
		for (int i = 0; i < 20; i++) {
			TickerNum = (rand()%Info.NumberOfStocks);
			MyBroker->Buy(TickerNum, ToSpend);
			m_Tickers[i] = TickerNum;
		}
		m_GlobalTurn++;
	} //end if
	else { //not first turn
		TickerNum = (rand()%Info.NumberOfStocks); //get random ticker to buy
		Balance = MyBroker->Sell(m_Tickers[m_ThisTurn]); //sell the stock with ticker in m_Tickers
		MyBroker->Buy(TickerNum, Balance); //buy the random stock
		m_Tickers[m_ThisTurn] = TickerNum; //update the m_Tickers array
		m_ThisTurn = (m_ThisTurn+1)%20; //update the turn counter
	//	cin >> i;
	} //end else
	return 0;
}; //end Trade