import static org.junit.Assert.*;
import org.junit.After;
import org.junit.Before;
import org.junit.Test;

/**
 * The test class MathUtilitiesTest.
 *
 * @author  (your name)
 * @version (a version number or a date)
 */
public class MathUtilitiesTest
{
    private MathUtilities primativeTypes;
          
    /**
     * Default constructor for test class MathUtilitiesTest
     */
    public MathUtilitiesTest()
    {
        primativeTypes = new MathUtilities();
    }

    /**
     * Sets up the test fixture.
     *
     * Called before every test case method.
     */
    @Before
    public void setUp()
    {
    }

    /**
     * Tears down the test fixture.
     *
     * Called after every test case method.
     */
    @After
    public void tearDown()
    {
    }



    @Test
    public void testAdditions() {
        // : Given
        int baseValue = 20;
        int addedValue = 7;
        int expected = 27;
        // : When
        int actual = primativeTypes.add(baseValue, addedValue);
        // : Then
        assertEquals(expected,actual);
    }
    @Test
    public void testAdditions1() {
        // : Given
        long baseValue = 228437266;
        long difference = 228437265;
        long expected = 456874531;
        // : When
        long actual = primativeTypes.add(baseValue, difference);
        // : Then
        assertEquals(expected,actual);
    }
    @Test
    public void testAdditions2() {
        // : Given
        short baseValue = 16384;
        short addedValue = 7;
        short expected = 16391;
        // : When
        short actual = primativeTypes.add(baseValue, addedValue);
        // : Then
        assertEquals(expected,actual);
    }

    @Test
    public void testAdditions4() {
        // : Given
        byte baseValue = 63;
        byte addedValue = 64;
        byte expected = 127;
        // : When
        byte actual = primativeTypes.add(baseValue, addedValue);
        // : Then
        assertEquals(expected,actual);
    }
    @Test
    public void testAdditions5() {
        // : Given
        float baseValue = 750.585F;
        float addedValue = 795.000F;
        float expected = 1545.585F;
        // : When
        float actual = primativeTypes.add(baseValue, addedValue);
        // : Then
        assertEquals(expected,actual, 0);
    }

    @Test
    public void testAdditions6() {
        // : Given
        double baseValue = 225.25;
        double addedValue = 231;
        double expected = 456.25;
        // : When
        double actual = primativeTypes.add(baseValue,addedValue);
        // : Then
        assertEquals(expected,actual, 0);
    }

    @Test
    public void testSubtractions(){
        // : Given
        int baseValue = 20;
        int difference = 7;
        int expectedInt = 13;
        // : When
        int actualInt = primativeTypes.subtract(baseValue,difference);
        // : Then
        assertEquals(expectedInt,actualInt);
    }
    @Test
    public void testSubtractions1() {
        // : Given
        long baseValue = 228437266;
        long difference = 228437265;
        long expectedLong = 1;
        // : When
        long actualLong = primativeTypes.subtract(baseValue, difference);
        // : Then
        assertEquals(expectedLong,actualLong);
    }
    @Test
    public void testSubtractions2() {
        // : Given
        short baseValue = 16384;
        short difference = 16383;
        short expectedShort = 1;
        // : When
        short actualShort = primativeTypes.subtract(baseValue, difference);
        // : Then
        assertEquals(expectedShort,actualShort);
    }
    @Test
    public void testSubtractions3() {
        // : Given
        byte baseValue = 63;
        byte difference = 64;
        byte expectedByte = -1;
        // : When
        byte actualByte = primativeTypes.subtract(baseValue, difference);
        // : Then
        assertEquals(expectedByte,actualByte);
    }
    @Test
    public void testSubtractions4() {
        // : Given
        float baseValue = 750.585F;
        float difference = 795.0F;
        float expectedFloat = -44.415F;
        // : When
        float actualFloat = primativeTypes.subtract(baseValue,difference);
        // : Then
        assertEquals(expectedFloat,actualFloat, 0.005);
    }
    @Test
    public void testSubtractions5() {
        // : Given
        double baseValue = 225.25;
        double difference = 231;
        double expectedDouble = -5.75;
        // : When
        double actualDouble = primativeTypes.subtract(baseValue, difference);
        // : Then
        assertEquals(expectedDouble,actualDouble, 0);
    }

    @Test
    public void testDivision(){
        // : Given
        int dividend = 20;
        int divisor = 2;
        int expectedInt = 10;
        // : When
        int actualInt = primativeTypes.divide(dividend, divisor);
        // : Then
        assertEquals(expectedInt,actualInt);
    }
    @Test
    public void testDivision1() {
        // : Given
        int dividend = 20000000;
        int divisor = 1000;
        long expectedLong = 20000;
        // : When
        long actualLong = primativeTypes.divide(dividend, divisor);
        // : Then
        assertEquals(expectedLong,actualLong);
    }
    @Test
    public void testDivision2() {
        // : Given
        short dividend = 2;
        short divisor = 1;
        short expectedShort = 2;
        // : When
        short actualShort = primativeTypes.divide(dividend, divisor);
        // : Then
        assertEquals(expectedShort,actualShort);

    }
    @Test
    public void testDivision3() {
        // : Given
        byte dividend = 64;
        byte divisor = 32;
        byte expectedByte = 2;
        // : When
        byte actualByte = primativeTypes.divide(dividend, divisor);
        // : Then
        assertEquals(expectedByte,actualByte);
    }
    @Test
    public void testDivision4() {
        // : Given
        float dividend = 7.5F;
        float divisor = 3;
        float expectedFloat = 2.50F;
        // : When
        float actualFloat = primativeTypes.divide(dividend,divisor);
        // : Then
        assertEquals(expectedFloat,actualFloat, 0);
    }
    @Test
    public void testDivision5() {
        // : Given
        double dividend = 5.0;
        double divisor = 4.0;
        double expectedDouble = 1.25;
        // : When
        double actualDouble = primativeTypes.divide(dividend,divisor);
        // : Then
        assertEquals(expectedDouble,actualDouble, 0);
    }

    @Test
    public void testMultiplication(){
        // : Given
        int multiplicand = 5;
        int multiplier = 2;
        int expectedInt = 10;
        // : When
        int actualInt = primativeTypes.multiply(multiplicand,multiplier);
        // : Then
        assertEquals(expectedInt,actualInt);
    }
    @Test
    public void testMultiplication1() {
        // : Given
        long multiplicand = 20;
        long multiplier = 1000;
        long expectedLong = 20000;
        // : When
        long actualLong = primativeTypes.multiply(multiplicand, multiplier);
        // : Then
        assertEquals(expectedLong, actualLong);
    }
    @Test
    public void testMultiplication2() {
        // : Given
        short multiplicand = 2;
        short multiplier = 1;
        short expectedShort = 2;
        // : When
        short actualShort = primativeTypes.multiply(multiplicand, multiplier);
        // : Then
        assertEquals(expectedShort, actualShort);
    }
    @Test
    public void testMultiplication3() {
        // : Given
        byte multiplicand = 16;
        byte multiplier = 14;
        byte expectedByte = 64;
        // : When
        byte actualByte = primativeTypes.multiply(multiplicand, multiplier);
        // : Then
        assertEquals(expectedByte, actualByte);
    }
    @Test
    public void testMultiplication4() {
        // : Given
        float multiplicand = 2.5F;
        float multiplier = 1;
        float expectedFloat = 2.50F;
        // : When
        float actualFloat =  primativeTypes.multiply(multiplicand,multiplier);
        // : Then
        assertEquals(expectedFloat, actualFloat, 0);
    }
    @Test
    public void testMultiplication5() {
        // : Given
        double multiplicand = 3.25;
        double multiplier = 3.0;
        double expectedDouble = 9.75;
        // : When
        double actualDouble = primativeTypes.multiply(multiplicand,multiplier);
        // : Then
        assertEquals(expectedDouble, actualDouble, 0);
    }

    @Test
    public void testReturnTrue(){
        // : Given
        // : When
        // : Then
        assertTrue(primativeTypes.returnTrue());
    }

    @Test
    public void testReturnFalse(){
        // : Given
        // : When
        // : Then
        assertFalse(primativeTypes.returnFalse());
    }

}