partial

Factorial.ctxt

+#BlueJ class context
+comment0.target=Factorial
+comment1.params=value
+comment1.target=java.math.BigInteger\ factorialOf(java.lang.Integer)
+numComments=2

Factorial.java

- 
-
-
 import java.math.BigInteger;
 
 public class Factorial {
         return null;
     }
 
-}
+}

FactorialTest.ctxt

+#BlueJ class context
+comment0.target=FactorialTest
+comment1.params=
+comment1.target=void\ setUp()
+comment2.params=
+comment2.target=void\ factorialOfTest()
+numComments=3

IntegerPrinter.ctxt

+#BlueJ class context
+comment0.target=IntegerPrinter
+comment1.params=value
+comment1.target=java.lang.String\ printIntegerAsBinary(int)
+comment2.params=value
+comment2.target=java.lang.String\ printIntegerAsOctal(int)
+comment3.params=value
+comment3.target=java.lang.String\ printIntegerAsHexadecimal(int)
+comment4.params=args
+comment4.target=void\ main(java.lang.String[])
+numComments=5

IntegerPrinter.java

- 
-
+import java.util.*;
 
 public class IntegerPrinter {
 
     public String printIntegerAsBinary(int value){
-        return null;
+        String binary = Integer.toBinaryString(value);
+        
+        //Integer i = new Integer(20);
+        //String binary = Integer.toBinaryString(i);
+        //System.out.println("Binary value: "+binary);
+        return binary; 
     }
 
     public String printIntegerAsOctal(int value){
-        return null;
+        String binary = Integer.toOctalString(value);
+        return binary;
     }
 
     public String printIntegerAsHexadecimal(int value){
-        return null;
+        String binary = Integer.toHexString(value);
+        return binary;
     }
 
     public static void main(String[] args){

IntegerPrinterTest.ctxt

+#BlueJ class context
+comment0.target=IntegerPrinterTest
+comment1.params=
+comment1.target=void\ setUp()
+comment2.params=
+comment2.target=void\ printIntegerAsBinaryTest()
+comment3.params=
+comment3.target=void\ printIntegerAsHexadecimal()
+comment4.params=
+comment4.target=void\ printIntegerAsOctalTest()
+numComments=5

LargestInteger.ctxt

+#BlueJ class context
+comment0.target=LargestInteger
+comment1.params=integers
+comment1.target=java.lang.Integer\ findLargestNumberUsingConditional(java.lang.Integer[])
+comment2.params=integers
+comment2.target=java.lang.Integer\ findLargestNumberUsingMathMax(java.lang.Integer[])
+numComments=3

LargestInteger.java

- 
+import java.util.*;
 
 
 public class LargestInteger {
 
     public Integer findLargestNumberUsingConditional(Integer[] integers){
+        
+        
         return null;
     }
 

LargestIntegerTest.ctxt

+#BlueJ class context
+comment0.target=LargestIntegerTest
+comment1.params=
+comment1.target=void\ setUp()
+comment2.params=
+comment2.target=void\ findLargestNumberUsingConditionalTest()
+comment3.params=
+comment3.target=void\ findLargestNumberUsingMathMaxTest()
+numComments=4

NormalizeAngle.ctxt

+#BlueJ class context
+comment0.target=NormalizeAngle
+comment1.params=angle
+comment1.target=java.lang.Integer\ normalizeValueUsingModulo(java.lang.Integer)
+comment2.params=integer
+comment2.target=java.lang.Integer\ normalizeValueUsingFloorMod(java.lang.Integer)
+comment3.params=args
+comment3.target=void\ main(java.lang.String[])
+numComments=4

NormalizeAngleTest.ctxt

+#BlueJ class context
+comment0.target=NormalizeAngleTest
+comment1.params=
+comment1.target=void\ setUp()
+comment2.params=
+comment2.target=void\ normalizeValueUsingModuloTest()
+comment3.params=
+comment3.target=void\ normalizeValueUsingFloorModTest()
+numComments=4

ShortCalculator.ctxt

+#BlueJ class context
+comment0.target=ShortCalculator
+numComments=1

ShortCalculatorTest.ctxt

+#BlueJ class context
+comment0.target=ShortCalculatorTest
+numComments=1

package.bluej

 editor.fx.0.x=0
 editor.fx.0.y=0
 objectbench.height=101
-objectbench.width=1070
-package.divider.horizontal=0.6
+objectbench.width=637
+package.divider.horizontal=0.5996275605214153
 package.divider.vertical=0.837593984962406
 package.editor.height=550
 package.editor.width=968