Revised format of median problem's output.

homework14/src/test/java/edu/unl/cse/soft160/homework14/MedianOfThreeTest.java

@@ -35,51 +35,51 @@ public class MedianOfThreeTest extends TestCase {
 	}
 
 	public void testThreeDistinctOrder0() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 5.0"), runMain("4", "5", "6"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 4.0, Second: 5.0, Third: 6.0, Median: 5.0"), runMain("4", "5", "6"));
 	}
 
 	public void testThreeDistinctOrder1() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 5.0"), runMain("4", "6", "5"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 4.0, Second: 6.0, Third: 5.0, Median: 5.0"), runMain("4", "6", "5"));
 	}
 
 	public void testThreeDistinctOrder2() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 5.0"), runMain("5", "4", "6"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 5.0, Second: 4.0, Third: 6.0, Median: 5.0"), runMain("5", "4", "6"));
 	}
 
 	public void testThreeDistinctOrder3() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 5.0"), runMain("5", "6", "4"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 5.0, Second: 6.0, Third: 4.0, Median: 5.0"), runMain("5", "6", "4"));
 	}
 
 	public void testThreeDistinctOrder4() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 5.0"), runMain("6", "4", "5"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 6.0, Second: 4.0, Third: 5.0, Median: 5.0"), runMain("6", "4", "5"));
 	}
 
 	public void testThreeDistinctOrder5() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 5.0"), runMain("6", "5", "4"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 6.0, Second: 5.0, Third: 4.0, Median: 5.0"), runMain("6", "5", "4"));
 	}
 
 	public void testTwoDistinctOrder0() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 4.0"), runMain("4", "4", "5"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 4.0, Second: 4.0, Third: 5.0, Median: 4.0"), runMain("4", "4", "5"));
 	}
 
 	public void testTwoDistinctOrder1() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 4.0"), runMain("4", "5", "4"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 4.0, Second: 5.0, Third: 4.0, Median: 4.0"), runMain("4", "5", "4"));
 	}
 
 	public void testTwoDistinctOrder2() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 4.0"), runMain("5", "4", "4"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 5.0, Second: 4.0, Third: 4.0, Median: 4.0"), runMain("5", "4", "4"));
 	}
 
 	public void testOneDistinct() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 4.0"), runMain("4", "4", "4"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 4.0, Second: 4.0, Third: 4.0, Median: 4.0"), runMain("4", "4", "4"));
 	}
 
 	public void testNegatives() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 0.0"), runMain("4", "-4", "0"));
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 4.0, Second: -4.0, Third: 0.0, Median: 0.0"), runMain("4", "-4", "0"));
 	}
 
 	public void testNonintegers() {
-		assertEquals(assemble("Enter first: Enter second: Enter third: Median: 0.1234"),
+		assertEquals(assemble("Enter first: Enter second: Enter third: First: 0.4, Second: -4.0, Third: 0.1234, Median: 0.1234"),
 				runMain("0.4", "-4.0", "0.1234"));
 	}
 }