source: CIVL/mods/dev.civl.sarl/bench/GCDBenchmark.java@ cb4d4f4

import java.math.BigInteger;

import edu.udel.cis.vsl.sarl.IF.number.IntegerNumber;
import edu.udel.cis.vsl.sarl.IF.number.NumberFactory;
import edu.udel.cis.vsl.sarl.number.IF.Numbers;



public class GCDBenchmark { 
        
        

        private static NumberFactory factory = Numbers.REAL_FACTORY;

        private static BigInteger bigOne = BigInteger.ONE;
        private static BigInteger bigThirty = new BigInteger("30"); 
        private static BigInteger bigTwenty = new BigInteger("20"); 
        private static BigInteger bigThousand = new BigInteger("1000");  
        private static BigInteger bigTwoThousand = new BigInteger("2000"); 
        private static BigInteger bigOneMillion = new BigInteger("1000000");
        private static BigInteger bigTenMillion = new BigInteger("10000000");
        private static BigInteger bigFiftyMillion = new BigInteger("50000000");
        private static BigInteger bigOneHundredMillion = new BigInteger("100000000");
        private static BigInteger bigOneBillion = new BigInteger("1000000000");
        private static BigInteger bigFiveBillion = new BigInteger("5000000000");
        private static BigInteger bigOneTrillion = new BigInteger("1000000000000");
        private static BigInteger bigTenTrillion = new BigInteger("10000000000000");
        private static BigInteger bigOneQuadrillion = new BigInteger("1000000000000000");
        private static BigInteger bigTwoQuadrillion = new BigInteger("2000000000000000");
        
        
        public void GCDBenchmark1() { 
                
                IntegerNumber a = factory.integer(bigThirty);
                IntegerNumber b = factory.integer(bigTwenty); 
                long x = System.nanoTime();
                factory.gcd(a, b); 
                long y = System.nanoTime();

                System.out.println(y-x);

        } 
        
        
public void GCDBenchmark2() { 
                
                IntegerNumber a = factory.integer(bigOne);
                IntegerNumber b = factory.integer(bigTwenty); 
                long x = System.nanoTime();
                factory.gcd(a, b); 
                long y = System.nanoTime();

                System.out.println( y-x);

        } 


public void GCDBenchmark3() { 
        
        IntegerNumber a = factory.integer(bigThousand);
        IntegerNumber b = factory.integer(bigTwoThousand); 
        long x = System.nanoTime();
         factory.gcd(a, b); 
        long y = System.nanoTime();

        System.out.print(y-x);

}

public void GCDBenchmark4() { 
        
        IntegerNumber a = factory.integer(bigOneMillion);
        IntegerNumber b = factory.integer(bigTenMillion); 
        long x = System.nanoTime();
         factory.gcd(a, b); 
        long y = System.nanoTime();

        System.out.print(y-x);

}

public void GCDBenchmark5() { 
        
        IntegerNumber a = factory.integer(bigFiftyMillion);
        IntegerNumber b = factory.integer(bigOneHundredMillion); 
        long x = System.nanoTime();
         factory.gcd(a, b); 
        long y = System.nanoTime();

        System.out.print(y-x);

}

public void GCDBenchmark6() { 
        
        IntegerNumber a = factory.integer(bigOneBillion);
        IntegerNumber b = factory.integer(bigFiveBillion); 
        long x = System.nanoTime();
         factory.gcd(a, b); 
        long y = System.nanoTime();

        System.out.print(y-x);

}

public void GCDBenchmark7() { 
        
        IntegerNumber a = factory.integer(bigOneTrillion);
        IntegerNumber b = factory.integer(bigTenTrillion); 
        long x = System.nanoTime();
         factory.gcd(a, b); 
        long y = System.nanoTime();

        System.out.print(y-x);

}

public void GCDBenchmark8() { 
        
        IntegerNumber a = factory.integer(bigOneQuadrillion);
        IntegerNumber b = factory.integer(bigTwoQuadrillion); 
        long x = System.nanoTime();
         factory.gcd(a, b); 
        long y = System.nanoTime();

        System.out.print(y-x);

}
}