IPhysicalPointTest.java

package uk.org.squirm3.model;

import junit.framework.TestCase;

public abstract class IPhysicalPointTest extends TestCase {
    protected IPhysicalPoint iPhysicalPoint;

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.getPositionX()' */
    public void testGetPositionX() {
        assertTrue(iPhysicalPoint.getPositionX() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.getPositionY()' */
    public void testGetPositionY() {
        assertTrue(iPhysicalPoint.getPositionY() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.getSpeedX()' */
    public void testGetSpeedX() {
        assertTrue(iPhysicalPoint.getSpeedX() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.getSpeedY()' */
    public void testGetSpeedY() {
        assertTrue(iPhysicalPoint.getSpeedY() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.getAccelerationX()' */
    public void testGetAccelerationX() {
        assertTrue(iPhysicalPoint.getAccelerationX() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.getAccelerationY()' */
    public void testGetAccelerationY() {
        assertTrue(iPhysicalPoint.getAccelerationY() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.setPositionX(float)' */
    public void testSetPositionX() {
        final boolean result = iPhysicalPoint.setPositionX(1);
        assertTrue(!result && iPhysicalPoint.getPositionX() == 0 || result
                && iPhysicalPoint.getPositionX() == 1);
        assertTrue(iPhysicalPoint.getPositionY() == 0);
        assertTrue(iPhysicalPoint.getSpeedX() == 0);
        assertTrue(iPhysicalPoint.getSpeedY() == 0);
        assertTrue(iPhysicalPoint.getAccelerationX() == 0);
        assertTrue(iPhysicalPoint.getAccelerationY() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.setPositionY(float)' */
    public void testSetPositionY() {
        final boolean result = iPhysicalPoint.setPositionY(1);
        assertTrue(!result && iPhysicalPoint.getPositionY() == 0 || result
                && iPhysicalPoint.getPositionY() == 1);
        assertTrue(iPhysicalPoint.getPositionX() == 0);
        assertTrue(iPhysicalPoint.getSpeedX() == 0);
        assertTrue(iPhysicalPoint.getSpeedY() == 0);
        assertTrue(iPhysicalPoint.getAccelerationX() == 0);
        assertTrue(iPhysicalPoint.getAccelerationY() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.setSpeedX(float)' */
    public void testSetSpeedX() {
        final boolean result = iPhysicalPoint.setSpeedX(1);
        assertTrue(!result && iPhysicalPoint.getSpeedX() == 0 || result
                && iPhysicalPoint.getSpeedX() == 1);
        assertTrue(iPhysicalPoint.getPositionX() == 0);
        assertTrue(iPhysicalPoint.getPositionY() == 0);
        assertTrue(iPhysicalPoint.getSpeedY() == 0);
        assertTrue(iPhysicalPoint.getAccelerationX() == 0);
        assertTrue(iPhysicalPoint.getAccelerationY() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.setSpeedY(float)' */
    public void testSetSpeedY() {
        final boolean result = iPhysicalPoint.setSpeedY(1);
        assertTrue(!result && iPhysicalPoint.getSpeedY() == 0 || result
                && iPhysicalPoint.getSpeedY() == 1);
        assertTrue(iPhysicalPoint.getPositionX() == 0);
        assertTrue(iPhysicalPoint.getPositionY() == 0);
        assertTrue(iPhysicalPoint.getSpeedX() == 0);
        assertTrue(iPhysicalPoint.getAccelerationX() == 0);
        assertTrue(iPhysicalPoint.getAccelerationY() == 0);
    }

    /*
     * Test method for
     * 'uk.org.squirm3.model.IPhysicalPoint.setAccelerationX(float)'
     */
    public void testSetAccelerationX() {
        final boolean result = iPhysicalPoint.setAccelerationX(1);
        assertTrue(!result && iPhysicalPoint.getAccelerationX() == 0 || result
                && iPhysicalPoint.getAccelerationX() == 1);
        assertTrue(iPhysicalPoint.getPositionX() == 0);
        assertTrue(iPhysicalPoint.getPositionY() == 0);
        assertTrue(iPhysicalPoint.getSpeedX() == 0);
        assertTrue(iPhysicalPoint.getSpeedY() == 0);
        assertTrue(iPhysicalPoint.getAccelerationY() == 0);
    }

    /*
     * Test method for
     * 'uk.org.squirm3.model.IPhysicalPoint.setAccelerationY(float)'
     */
    public void testSetAccelerationY() {
        final boolean result = iPhysicalPoint.setAccelerationY(1);
        assertTrue(!result && iPhysicalPoint.getAccelerationY() == 0 || result
                && iPhysicalPoint.getAccelerationY() == 1);
        assertTrue(iPhysicalPoint.getPositionX() == 0);
        assertTrue(iPhysicalPoint.getPositionY() == 0);
        assertTrue(iPhysicalPoint.getSpeedX() == 0);
        assertTrue(iPhysicalPoint.getSpeedY() == 0);
        assertTrue(iPhysicalPoint.getAccelerationX() == 0);
    }

    /* Test method for 'uk.org.squirm3.model.IPhysicalPoint.copy()' */
    public void testCopy() {
        final IPhysicalPoint copy = iPhysicalPoint.copy();
        assertTrue(copy != iPhysicalPoint || !iPhysicalPoint.setPositionX(1)
                && !iPhysicalPoint.setPositionY(1)
                && !iPhysicalPoint.setSpeedX(1) && !iPhysicalPoint.setSpeedY(1)
                && !iPhysicalPoint.setAccelerationX(1)
                && !iPhysicalPoint.setAccelerationY(1));
    }

}