Test

import java.util.Date;

import client.User;

import charts.LineChart;
import marketParameters.Map;
import nxTools.NxDate;
import nxTools.Tenor;
import nxTools.nxFunctions.NxHaganWest;
import nxTools.nxFunctions.NxOneToOne;
import nxTools.nxFunctions.NxSmartVector;

import swap.Schedule;
import financial.flows.CashFlow;
import financial.flows.CcyCashFlow;
import financial.flows.Flows;



public class Test { 
  public static void main(String args[]) throws Exception, Throwable {
		Date deb = new Date();
		
		//testCF();
		//testSchedule();
		//testParam();
		//testInterp();
		//testHagan();
		//testDB();
		//testChart();
		//testDate();
		Map.testMap();
		
		Date fin = new Date();
		System.out.println("********  Done in "+(fin.getTime()-deb.getTime())+" ms  ****************");
		Thread.sleep(20000);
		System.out.println("********  Deconnection");
		
		//nirvSession.mySession.close();
		System.exit(0);
		return;
	}
	
	public static void testInterp() throws Exception{
		  NxSmartVector testSmartVector = new NxSmartVector('f','l','f');
		  testSmartVector.addPoint(1.0, 2.0);
		  testSmartVector.addPoint(1.0, 1.0);
		  testSmartVector.addPoint(2.0, 2.0);
		  
		  
		  NxOneToOne oneToOneTest = testSmartVector;
		  
		  System.out.println(oneToOneTest.apply(0.0));
		  System.out.println(oneToOneTest.apply(0.5));
		  System.out.println(oneToOneTest.apply(1.0));
		  System.out.println(oneToOneTest.apply(1.5));
		  System.out.println(oneToOneTest.apply(2.0));
		  System.out.println(oneToOneTest.apply(2.5));
		  System.out.println(oneToOneTest.apply(3.0));
	}
	public static void testCF() throws Exception{
		int i;
		CcyCashFlow cf;
		Flows pf1 = new Flows();
		Flows pf2 = new Flows();
		
		for(i=1;i<12;i++){
			cf = new CcyCashFlow("EUR", new NxDate(2013,2,i),50);
			pf1.nxAddCF(cf);
		}
		
		for(i=1;i<10;i++){
			cf = new CcyCashFlow("EUR", new NxDate(2013,2,20-i),50);
			pf2.nxAddCF(cf);
		}
		pf1.nxAdd(pf2);
		//pf2.info();
		
		pf1.info();
		
		System.out.println(" Cash Flows");
		CashFlow[] cfs;
		cfs = pf1.getCCyCashFlows("EUR");
		for(i=0;i<cfs.length;i++){
			cfs[i].info();
		}
	}
	public static void testSchedule() throws Exception{
		NxDate start = new NxDate(2013,1,29);
		NxDate end = start.Adddate(new Tenor("10Y"), true, "USD");
		Schedule sch = new Schedule(start, end, "Q", "MM", "USD");
		sch.info();
		start = new NxDate(2013,1,29);
		end = start.Adddate(new Tenor("2Y"), true, "EUR");
		sch = new Schedule(start, end, "Q", "MM", "EUR", "Prec");
		sch.info();
		
		
	}
	public static void testParam(){
		nxTools.Param.createProp();
		System.out.println(nxTools.Param.getDbAdress());
		System.out.println(nxTools.Param.getDbUser());
		System.out.println(nxTools.Param.getDbPsw());
		System.out.println(nxTools.Param.getDbServer());
		
		
	}
	public static void testHagan() throws Exception{
		//final Double[] termsArg, final  Double[] valuesArg, boolean inputsAreForwards
		Double[] termsArg = {1.0,2.0,3.0,5.0,7.0,10.0};
		Double[] valuesArg = {0.01,0.0115,0.0125,0.015,0.016,0.017};
		boolean inputsAreForwards = false;
		NxHaganWest hw = new NxHaganWest(termsArg, valuesArg,inputsAreForwards );
		double x;
		for (int i=0; i<100;i++){
			x = (double)i / 10;
			System.out.println("x: "+x+"  Hagan: "+hw.apply(x));
		}

	}	
	public static void testDB() throws Exception{
		/*String table, field;
		String whereClauses[];
		table = "user";
		field = "ID_USER";
		whereClauses = new String[]{"USER_NAME='PUBLIC'"};
		System.out.println(database.DB.getQuery(table, field, whereClauses));
		System.out.println(database.DB.getIntFromDB(table, field, whereClauses));*/
		User user = new User("PUBLIC");
		Map map = new Map(user.getId_User());
		map.info();
	}
	public static void testChart() throws Exception{
		 LineChart demo = new LineChart("Comparison", "Which operating system are you using?");
         demo.pack();
         demo.setVisible(true);
         Thread.sleep(100000);
	}	
	public static void testDate() throws Exception{
		NxDate d = new NxDate();
		System.out.println(d.toMyString() + " en SQL "+d.toSQLString());
	}	
}