@Test
public void twentyFor4x5RectangleFromSquare() throws Exception {
final Rectangle rectangle = new Rectangle();
rectangle.setWidth(5);
rectangle.setHeight(4);
final Square square = new Square();
square.setSideLength(3);
List<Shape> shapes =
new ArrayList<Shape>() {
{
add(rectangle);
add(square);
}
};
List<Integer> areas = new ArrayList<Integer>();
for (Shape shape : shapes) {
areas.add(shape.area());
}
assertEquals(20, areas.get(0).intValue());
assertEquals(9, areas.get(1).intValue());
}
@Test
public void sixFor2x3Rectangle() throws Exception {
Rectangle rectangle = new Rectangle();
rectangle.setHeight(2);
rectangle.setWidth(3);
assertEquals(6, rectangle.area());
}
public static void main(String[] args) {
Rectangle rectangle1 = new Rectangle(4, 40);
rectangle1.setColor("red");
Rectangle rectangle2 = new Rectangle();
rectangle2.setHeight(35.9);
rectangle2.setWidth(3.5);
rectangle2.setColor("red");
System.out.println(rectangle1);
System.out.println(rectangle2);
}
private static boolean testRectangle() {
boolean pass = true;
int test = 1;
Rectangle rect;
System.out.println("Rectangle tests...");
rect = new Rectangle(4.3, 5.6, new Point(-99, 66), Color.cyan, false);
pass &= test(approx(rect.getArea(), 4.3 * 5.6, 0.000001), test++);
pass &= test(rect.getColor().equals(Color.cyan), test++);
rect.setColor(Color.black);
pass &= test(rect.getColor().equals(Color.black), test++);
pass &= test(!rect.getFilled(), test++);
rect.setFilled(true);
pass &= test(rect.getFilled(), test++);
pass &= test(rect.getWidth() == 4.3, test++);
pass &= test(rect.getHeight() == 5.6, test++);
rect.setWidth(4.321);
pass &= test(rect.getWidth() == 4.321, test++);
rect.setHeight(89.21);
pass &= test(rect.getHeight() == 89.21, test++);
pass &= test(approx(rect.getArea(), 4.321 * 89.21, 0.000001), test++);
pass &= test(rect.getPosition().equals(new Point(-99, 66)), test++);
rect.move(new Point(-5, -7));
pass &= test(rect.getPosition().equals(new Point(-104, 59)), test++);
Rectangle rect2 = new Rectangle(4.321, 89.21, new Point(-104, 59), Color.black, true);
pass &= test(rect.equals(rect2), test++);
Rectangle rect3 = new Rectangle(4.3219, 89.21, new Point(-104, 59), Color.black, false);
pass &= test(!rect2.equals(rect3), test++);
rect3 = new Rectangle(4.321, 89.219, new Point(-104, 59), Color.black, false);
pass &= test(!rect2.equals(rect3), test++);
rect3 = new Rectangle(4.321, 89.21, new Point(-104, 59), Color.red, false);
pass &= test(!rect2.equals(rect3), test++);
rect3 = new Rectangle(4.321, 89.21, new Point(104, 59), Color.black, false);
pass &= test(!rect2.equals(rect3), test++);
pass &= test(!rect2.equals(null), test++);
pass &= test(!rect2.equals(new String("Whatever")), test++);
return pass;
}
public static void main(String[] args) throws IOException {
List<ShapeIter> list = new ArrayList<ShapeIter>();
boolean flag = true;
while (flag) {
System.out.println("which shape you want to create?");
System.out.println("1.Circle. 2.Rectangle. 3.Square. 4.Exit");
BufferedReader br = new BufferedReader(new InputStreamReader(System.in));
switch (Integer.parseInt(br.readLine())) {
case 1:
Circle circle = (Circle) ShapeFactory.getInstance().getShape(ShapeType.CIRCLE);
System.out.println("Please input the radius :");
circle.setRadius(Double.parseDouble(br.readLine()));
list.add(circle);
break;
case 2:
Rectangle rectangle =
(Rectangle) ShapeFactory.getInstance().getShape(ShapeType.RECTANGLE);
System.out.println("Please input the width :");
rectangle.setWidth(Double.parseDouble(br.readLine()));
System.out.println("Please input the length :");
rectangle.setLength(Double.parseDouble(br.readLine()));
list.add(rectangle);
break;
case 3:
Square square = (Square) ShapeFactory.getInstance().getShape(ShapeType.SQUARE);
System.out.println("Please input the side :");
square.setSide(Double.parseDouble(br.readLine()));
list.add(square);
break;
case 4:
flag = false;
br.close();
break;
}
}
System.out.println("Before sort");
for (ShapeIter shape : list) {
System.out.println(shape.calulateArea());
}
Collections.sort(list, new ShapeComparator());
System.out.println("---------------------");
System.out.println("After sort");
for (ShapeIter shape : list) {
System.out.println(shape.calulateArea());
}
}
public void setSide(double size) {
super.setWidth(size);
super.setHeight(size);
}
public void setHeight(double height) {
super.setWidth(height);
super.setHeight(height);
}
public void setWidth(double width) {
super.setWidth(width);
super.setHeight(width);
}
@Override
public void setLength(double side) {
super.setLength(side);
super.setWidth(side);
}
public void setSide(double side) {
super.setWidth(side);
super.setLength(side);
}
/** tests the canvas. This one as XmlElementRefs, XmlElements, and an attachment... */
public void testCanvas() throws Exception {
Canvas canvas = new Canvas();
Bus bus = new Bus();
bus.setId("busId");
Rectangle busFrame = new Rectangle();
busFrame.setWidth(100);
bus.setFrame(busFrame);
Cat cat = new Cat();
cat.setId("catId");
Circle catFace = new Circle();
catFace.setRadius(30);
cat.setFace(catFace);
House house = new House();
house.setId("houseId");
Rectangle houseBase = new Rectangle();
houseBase.setWidth(76);
house.setBase(houseBase);
canvas.setFigures(Arrays.asList(bus, cat, house));
Rectangle rectangle = new Rectangle();
rectangle.setHeight(50);
rectangle.setId("rectId");
Circle circle = new Circle();
circle.setRadius(10);
circle.setId("circleId");
Triangle triangle = new Triangle();
triangle.setBase(80);
triangle.setId("triId");
canvas.setShapes(Arrays.asList(rectangle, circle, triangle));
byte[] swaRefBytes =
"This is a bunch of random bytes that are to be used as an SWA ref attachment.".getBytes();
byte[] explicitBase64Bytes =
"This is some more random bytes that are to be used as a base 64 encoded attachment."
.getBytes();
byte[] attachment1Bytes =
"This is some more random bytes that are to be used as the first MTOM attachment."
.getBytes();
byte[] attachment2Bytes =
"This is some more random bytes that are to be used as the second MTOM attachment."
.getBytes();
byte[] attachment3Bytes =
"This is some more random bytes that are to be used as the third MTOM attachment."
.getBytes();
CanvasAttachment attachment1 = new CanvasAttachment();
attachment1.setValue(attachment1Bytes);
CanvasAttachment attachment2 = new CanvasAttachment();
attachment2.setValue(attachment2Bytes);
CanvasAttachment attachment3 = new CanvasAttachment();
attachment3.setValue(attachment3Bytes);
ByteArrayDataSource dataSource =
new ByteArrayDataSource(swaRefBytes, "application/octet-stream");
dataSource.setName("somename");
// todo: uncomment when JAXB bug is fixed
// canvas.setBackgroundImage(new DataHandler(dataSource));
canvas.setExplicitBase64Attachment(explicitBase64Bytes);
canvas.setOtherAttachments(Arrays.asList(attachment1, attachment2, attachment3));
JacksonJaxbJsonProvider provider = new JacksonJaxbJsonProvider();
ObjectMapper canvasMapper =
provider.locateMapper(Canvas.class, MediaType.APPLICATION_JSON_TYPE);
ObjectMapper clientMapper = new ObjectMapper();
ByteArrayOutputStream out = new ByteArrayOutputStream();
canvasMapper.writeValue(out, canvas);
// set up the attachments that were written
shapes.json.draw.Canvas clientCanvas =
clientMapper.readValue(
new ByteArrayInputStream(out.toByteArray()), shapes.json.draw.Canvas.class);
Collection<ObjectNode> clientShapes = clientCanvas.getShapes();
assertEquals(3, clientShapes.size());
for (ObjectNode shape : clientShapes) {
assertEquals(1, shape.size());
String shapeKey = shape.getFields().next().getKey();
shape = (ObjectNode) shape.get(shapeKey);
if ("circle".equals(shapeKey)) {
assertEquals("circleId", shape.get("id").getTextValue());
assertEquals(10, shape.get("radius").getIntValue());
} else if ("triangle".equals(shapeKey)) {
assertEquals("triId", shape.get("id").getTextValue());
assertEquals(80, shape.get("base").getIntValue());
} else if ("rectangle".equals(shapeKey)) {
assertEquals("rectId", shape.get("id").getTextValue());
assertEquals(50, shape.get("height").getIntValue());
} else {
fail("Unknown shape: " + shapeKey);
}
}
Collection<ObjectNode> clientFigures = clientCanvas.getFigures();
assertEquals(3, clientFigures.size());
for (ObjectNode figure : clientFigures) {
assertEquals(1, figure.size());
String figureKey = figure.getFields().next().getKey();
figure = (ObjectNode) figure.get(figureKey);
if ("bus".equals(figureKey)) {
assertEquals("busId", figure.get("id").getTextValue());
assertTrue(figure.get("frame") != null);
assertEquals(100, figure.get("frame").get("width").getIntValue());
} else if ("cat".equals(figureKey)) {
assertEquals("catId", figure.get("id").getTextValue());
assertTrue(figure.get("circle") != null);
assertEquals(30, figure.get("circle").get("radius").getIntValue());
} else if ("house".equals(figureKey)) {
assertEquals("houseId", figure.get("id").getTextValue());
assertTrue(figure.get("base") != null);
assertEquals(76, figure.get("base").get("width").getIntValue());
} else {
fail("Unknown figure: " + figure);
}
}
// DataHandler backgroundImage = clientCanvas.getBackgroundImage();
// InputStream attachmentStream = backgroundImage.getInputStream();
// ByteArrayOutputStream bgImageIn = new ByteArrayOutputStream();
// int byteIn = attachmentStream.read();
// while (byteIn > 0) {
// bgImageIn.write(byteIn);
// byteIn = attachmentStream.read();
// }
// assertTrue(Arrays.equals(swaRefBytes, bgImageIn.toByteArray()));
byte[] base64Attachment = clientCanvas.getExplicitBase64Attachment();
assertNotNull(base64Attachment);
assertTrue(Arrays.equals(explicitBase64Bytes, base64Attachment));
Collection otherAttachments = clientCanvas.getOtherAttachments();
assertEquals(3, otherAttachments.size());
Iterator attachmentsIt = otherAttachments.iterator();
int attachmentCount = 0;
while (attachmentsIt.hasNext()) {
shapes.json.draw.CanvasAttachment otherAttachment =
(shapes.json.draw.CanvasAttachment) attachmentsIt.next();
byte[] otherAttachmentBytes = otherAttachment.getValue();
if (Arrays.equals(attachment1Bytes, otherAttachmentBytes)) {
attachmentCount++;
} else if (Arrays.equals(attachment2Bytes, otherAttachmentBytes)) {
attachmentCount++;
} else if (Arrays.equals(attachment3Bytes, otherAttachmentBytes)) {
attachmentCount++;
} else {
fail("Unknown attachment.");
}
}
assertEquals(3, attachmentCount);
clientCanvas.setShapes(null); // @XmlElementRefs can't be (de)serialized.
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientCanvas);
canvas = canvasMapper.readValue(new ByteArrayInputStream(out.toByteArray()), Canvas.class);
Collection shapes = canvas.getShapes();
assertNull(shapes);
// assertEquals(3, shapes.size());
// for (Object Shape : shapes) {
// if (Shape instanceof Circle) {
// assertEquals("circleId", ((Circle) Shape).getId());
// assertEquals(10, ((Circle) Shape).getRadius());
// }
// else if (Shape instanceof Rectangle) {
// assertEquals("rectId", ((Rectangle) Shape).getId());
// assertEquals(50, ((Rectangle) Shape).getHeight());
// }
// else if (Shape instanceof Triangle) {
// assertEquals("triId", ((Triangle) Shape).getId());
// assertEquals(80, ((Triangle) Shape).getBase());
// }
// else {
// fail("Unknown shape: " + Shape);
// }
// }
Collection figures = canvas.getFigures();
assertEquals(3, figures.size());
for (Object Figure : figures) {
if (Figure instanceof Bus) {
bus = (Bus) Figure;
assertEquals("busId", bus.getId());
Rectangle BusFrame = bus.getFrame();
assertNotNull(BusFrame);
assertEquals(100, busFrame.getWidth());
} else if (Figure instanceof Cat) {
cat = (Cat) Figure;
assertEquals("catId", cat.getId());
Circle CatFace = cat.getFace();
assertNotNull(CatFace);
assertEquals(30, CatFace.getRadius());
} else if (Figure instanceof House) {
house = (House) Figure;
assertEquals("houseId", house.getId());
Rectangle HouseBase = house.getBase();
assertNotNull(HouseBase);
assertEquals(76, HouseBase.getWidth());
} else {
fail("Unknown figure: " + Figure);
}
}
// backgroundImage = canvas.getBackgroundImage();
// attachmentStream = backgroundImage.getInputStream();
// bgImageIn = new ByteArrayOutputStream();
// byteIn = attachmentStream.read();
// while (byteIn > 0) {
// bgImageIn.write(byteIn);
// byteIn = attachmentStream.read();
// }
//
// assertTrue(Arrays.equals(swaRefBytes, bgImageIn.toByteArray()));
base64Attachment = canvas.getExplicitBase64Attachment();
assertNotNull(base64Attachment);
assertTrue(Arrays.equals(explicitBase64Bytes, base64Attachment));
otherAttachments = canvas.getOtherAttachments();
assertEquals(3, otherAttachments.size());
attachmentsIt = otherAttachments.iterator();
attachmentCount = 0;
while (attachmentsIt.hasNext()) {
CanvasAttachment otherAttachment = (CanvasAttachment) attachmentsIt.next();
byte[] otherAttachmentBytes = otherAttachment.getValue();
if (Arrays.equals(attachment1Bytes, otherAttachmentBytes)) {
attachmentCount++;
} else if (Arrays.equals(attachment2Bytes, otherAttachmentBytes)) {
attachmentCount++;
} else if (Arrays.equals(attachment3Bytes, otherAttachmentBytes)) {
attachmentCount++;
} else {
fail("Unknown attachment.");
}
}
assertEquals(3, attachmentCount);
// todo: test element ref to an attachment element
// todo: test element refs of attachment elements.
}
/** tests the basic shapes. */
public void testBasicShapes() throws Exception {
Circle circle = new Circle();
circle.setColor(Color.BLUE);
circle.setId("someid");
circle.setLineStyle(LineStyle.solid);
circle.setPositionX(8);
circle.setPositionY(9);
circle.setRadius(10);
JacksonJaxbJsonProvider provider = new JacksonJaxbJsonProvider();
ObjectMapper circleMapper =
provider.locateMapper(Circle.class, MediaType.APPLICATION_JSON_TYPE);
ObjectMapper clientMapper = new ObjectMapper();
ByteArrayOutputStream out = new ByteArrayOutputStream();
circleMapper.writeValue(out, circle);
ByteArrayInputStream in = new ByteArrayInputStream(out.toByteArray());
shapes.json.Circle clientCircle = clientMapper.readValue(in, shapes.json.Circle.class);
assertSame(shapes.json.Color.BLUE, clientCircle.getColor());
assertEquals("someid", clientCircle.getId());
assertEquals(shapes.json.LineStyle.solid, clientCircle.getLineStyle());
assertEquals(8, clientCircle.getPositionX());
assertEquals(9, clientCircle.getPositionY());
assertEquals(10, clientCircle.getRadius());
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientCircle);
in = new ByteArrayInputStream(out.toByteArray());
circle = circleMapper.readValue(in, Circle.class);
assertSame(Color.BLUE, circle.getColor());
assertEquals("someid", circle.getId());
assertEquals(LineStyle.solid, circle.getLineStyle());
assertEquals(8, circle.getPositionX());
assertEquals(9, circle.getPositionY());
assertEquals(10, circle.getRadius());
ObjectMapper rectangleMapper =
provider.locateMapper(Rectangle.class, MediaType.APPLICATION_JSON_TYPE);
Rectangle rectangle = new Rectangle();
rectangle.setColor(Color.GREEN);
rectangle.setId("rectid");
rectangle.setHeight(500);
rectangle.setWidth(1000);
rectangle.setLineStyle(LineStyle.dotted);
rectangle.setPositionX(-100);
rectangle.setPositionY(-300);
out = new ByteArrayOutputStream();
rectangleMapper.writeValue(out, rectangle);
in = new ByteArrayInputStream(out.toByteArray());
shapes.json.Rectangle clientRect = clientMapper.readValue(in, shapes.json.Rectangle.class);
assertSame(shapes.json.Color.GREEN, clientRect.getColor());
assertEquals("rectid", clientRect.getId());
assertEquals(shapes.json.LineStyle.dotted, clientRect.getLineStyle());
assertEquals(500, clientRect.getHeight());
assertEquals(1000, clientRect.getWidth());
assertEquals(-100, clientRect.getPositionX());
assertEquals(-300, clientRect.getPositionY());
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientRect);
in = new ByteArrayInputStream(out.toByteArray());
rectangle = rectangleMapper.readValue(in, Rectangle.class);
assertSame(Color.GREEN, rectangle.getColor());
assertEquals("rectid", rectangle.getId());
assertEquals(LineStyle.dotted, rectangle.getLineStyle());
assertEquals(500, rectangle.getHeight());
assertEquals(1000, rectangle.getWidth());
assertEquals(-100, rectangle.getPositionX());
assertEquals(-300, rectangle.getPositionY());
ObjectMapper triangleMapper =
provider.locateMapper(Triangle.class, MediaType.APPLICATION_JSON_TYPE);
Triangle triangle = new Triangle();
triangle.setBase(90);
triangle.setColor(Color.RED);
triangle.setHeight(100);
triangle.setId("triangleId");
triangle.setLineStyle(LineStyle.dashed);
triangle.setPositionX(0);
triangle.setPositionY(-10);
out = new ByteArrayOutputStream();
triangleMapper.writeValue(out, triangle);
in = new ByteArrayInputStream(out.toByteArray());
shapes.json.Triangle clientTri = clientMapper.readValue(in, shapes.json.Triangle.class);
assertSame(shapes.json.Color.RED, clientTri.getColor());
assertEquals("triangleId", clientTri.getId());
assertEquals(shapes.json.LineStyle.dashed, clientTri.getLineStyle());
assertEquals(90, clientTri.getBase());
assertEquals(100, clientTri.getHeight());
assertEquals(0, clientTri.getPositionX());
assertEquals(-10, clientTri.getPositionY());
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientTri);
in = new ByteArrayInputStream(out.toByteArray());
triangle = triangleMapper.readValue(in, Triangle.class);
assertSame(Color.RED, triangle.getColor());
assertEquals(90, triangle.getBase());
assertEquals(100, triangle.getHeight());
assertEquals("triangleId", triangle.getId());
assertSame(LineStyle.dashed, triangle.getLineStyle());
assertEquals(0, triangle.getPositionX());
assertEquals(-10, triangle.getPositionY());
}
/** tests house. This one has things like nillable and required properties. */
public void testHouse() throws Exception {
House house = new House();
Rectangle base = new Rectangle();
base.setColor(Color.BLUE);
base.setHeight(80);
base.setWidth(80);
base.setLineStyle(LineStyle.solid);
base.setId("baseid");
house.setBase(base);
Rectangle door = new Rectangle();
door.setColor(Color.YELLOW);
door.setHeight(35);
door.setWidth(20);
door.setLineStyle(LineStyle.solid);
door.setId("doorId");
house.setDoor(door);
Circle knob = new Circle();
knob.setColor(Color.RED);
knob.setId("knobId");
knob.setLineStyle(LineStyle.dashed);
knob.setRadius(2);
house.setDoorKnob(knob);
Label label1 = new Label();
label1.setValue("bachelor-pad");
Label label2 = new Label();
label2.setValue("single-family-dwelling");
house.setLabels(Arrays.asList(label1, label2));
Triangle roof = new Triangle();
roof.setBase(84);
roof.setHeight(20);
roof.setColor(Color.YELLOW);
roof.setLineStyle(LineStyle.solid);
house.setRoof(roof);
Rectangle window = new Rectangle();
window.setColor(Color.YELLOW);
window.setHeight(10);
window.setWidth(10);
window.setLineStyle(LineStyle.solid);
house.setWindows(Arrays.asList(window));
house.setConstructedDate(new DateTime(3L));
house.setType(XmlQNameEnumUtil.toQName(HouseType.brick));
house.setStyle(XmlQNameEnumUtil.toQName(HouseStyle.latin));
house.setColor(XmlQNameEnumUtil.toURI(HouseColor.blue));
JacksonJaxbJsonProvider provider = new JacksonJaxbJsonProvider();
ObjectMapper houseMapper = provider.locateMapper(House.class, MediaType.APPLICATION_JSON_TYPE);
ObjectMapper clientMapper = new ObjectMapper();
ByteArrayOutputStream out = new ByteArrayOutputStream();
houseMapper.writeValue(out, house);
ByteArrayInputStream in = new ByteArrayInputStream(out.toByteArray());
shapes.json.structures.House clientHouse =
clientMapper.readValue(in, shapes.json.structures.House.class);
shapes.json.Rectangle clientBase = clientHouse.getBase();
assertSame(shapes.json.Color.BLUE, clientBase.getColor());
assertSame(shapes.json.LineStyle.solid, clientBase.getLineStyle());
assertEquals(80, clientBase.getHeight());
assertEquals(80, clientBase.getWidth());
assertEquals("baseid", clientBase.getId());
shapes.json.Rectangle clientDoor = clientHouse.getDoor();
assertSame(shapes.json.Color.YELLOW, clientDoor.getColor());
assertSame(shapes.json.LineStyle.solid, clientDoor.getLineStyle());
assertEquals(35, clientDoor.getHeight());
assertEquals(20, clientDoor.getWidth());
assertEquals("doorId", clientDoor.getId());
shapes.json.Circle clientKnob = clientHouse.getDoorKnob();
assertSame(shapes.json.Color.RED, clientKnob.getColor());
assertSame(shapes.json.LineStyle.dashed, clientKnob.getLineStyle());
assertEquals(2, clientKnob.getRadius());
assertEquals("knobId", clientKnob.getId());
List<String> labels = Arrays.asList("bachelor-pad", "single-family-dwelling");
clientHouse.getLabels().size();
for (Object l : clientHouse.getLabels()) {
shapes.json.Label label = (shapes.json.Label) l;
assertTrue(labels.contains(label.getValue()));
}
shapes.json.Triangle clientRoof = clientHouse.getRoof();
assertSame(shapes.json.Color.YELLOW, clientRoof.getColor());
assertSame(shapes.json.LineStyle.solid, clientRoof.getLineStyle());
assertNull(clientRoof.getId());
assertEquals(84, clientRoof.getBase());
assertEquals(20, clientRoof.getHeight());
assertEquals(1, clientHouse.getWindows().size());
shapes.json.Rectangle clientWindow = (shapes.json.Rectangle) clientHouse.getWindows().get(0);
assertSame(shapes.json.Color.YELLOW, clientWindow.getColor());
assertSame(shapes.json.LineStyle.solid, clientWindow.getLineStyle());
assertEquals(10, clientWindow.getHeight());
assertEquals(10, clientWindow.getWidth());
assertNull(clientWindow.getId());
assertEquals(new Date(3L), clientHouse.getConstructedDate());
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientHouse);
house = houseMapper.readValue(new ByteArrayInputStream(out.toByteArray()), House.class);
base = house.getBase();
assertSame(Color.BLUE, base.getColor());
assertSame(LineStyle.solid, base.getLineStyle());
assertEquals(80, base.getHeight());
assertEquals(80, base.getWidth());
assertEquals("baseid", base.getId());
door = house.getDoor();
assertSame(Color.YELLOW, door.getColor());
assertSame(LineStyle.solid, door.getLineStyle());
assertEquals(35, door.getHeight());
assertEquals(20, door.getWidth());
assertEquals("doorId", door.getId());
knob = house.getDoorKnob();
assertSame(Color.RED, knob.getColor());
assertSame(LineStyle.dashed, knob.getLineStyle());
assertEquals(2, knob.getRadius());
assertEquals("knobId", knob.getId());
labels = Arrays.asList("bachelor-pad", "single-family-dwelling");
house.getLabels().size();
for (Object l : house.getLabels()) {
Label label = (Label) l;
assertTrue(labels.contains(label.getValue()));
}
roof = house.getRoof();
assertSame(Color.YELLOW, roof.getColor());
assertSame(LineStyle.solid, roof.getLineStyle());
assertNull(roof.getId());
assertEquals(84, roof.getBase());
assertEquals(20, roof.getHeight());
assertEquals(1, house.getWindows().size());
window = house.getWindows().get(0);
assertSame(Color.YELLOW, window.getColor());
assertSame(LineStyle.solid, window.getLineStyle());
assertEquals(10, window.getHeight());
assertEquals(10, window.getWidth());
assertNull(window.getId());
assertEquals(new DateTime(3L), house.getConstructedDate());
assertEquals(XmlQNameEnumUtil.toQName(HouseType.brick), house.getType());
assertEquals(XmlQNameEnumUtil.toQName(HouseStyle.latin), house.getStyle());
assertEquals(XmlQNameEnumUtil.toURI(HouseColor.blue), house.getColor());
// now let's check the nillable and required stuff:
// roof is required, but nillable.
clientHouse.setRoof(null);
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientHouse);
house = houseMapper.readValue(new ByteArrayInputStream(out.toByteArray()), House.class);
base = house.getBase();
assertSame(Color.BLUE, base.getColor());
assertSame(LineStyle.solid, base.getLineStyle());
assertEquals(80, base.getHeight());
assertEquals(80, base.getWidth());
assertEquals("baseid", base.getId());
door = house.getDoor();
assertSame(Color.YELLOW, door.getColor());
assertSame(LineStyle.solid, door.getLineStyle());
assertEquals(35, door.getHeight());
assertEquals(20, door.getWidth());
assertEquals("doorId", door.getId());
knob = house.getDoorKnob();
assertSame(Color.RED, knob.getColor());
assertSame(LineStyle.dashed, knob.getLineStyle());
assertEquals(2, knob.getRadius());
assertEquals("knobId", knob.getId());
labels = Arrays.asList("bachelor-pad", "single-family-dwelling");
house.getLabels().size();
for (Object l : house.getLabels()) {
Label label = (Label) l;
assertTrue(labels.contains(label.getValue()));
}
roof = house.getRoof();
assertNull(roof);
assertEquals(1, house.getWindows().size());
window = house.getWindows().get(0);
assertSame(Color.YELLOW, window.getColor());
assertSame(LineStyle.solid, window.getLineStyle());
assertEquals(10, window.getHeight());
assertEquals(10, window.getWidth());
assertNull(window.getId());
// windows are nillable...
clientHouse.setWindows(null);
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientHouse);
house = houseMapper.readValue(new ByteArrayInputStream(out.toByteArray()), House.class);
base = house.getBase();
assertSame(Color.BLUE, base.getColor());
assertSame(LineStyle.solid, base.getLineStyle());
assertEquals(80, base.getHeight());
assertEquals(80, base.getWidth());
assertEquals("baseid", base.getId());
door = house.getDoor();
assertSame(Color.YELLOW, door.getColor());
assertSame(LineStyle.solid, door.getLineStyle());
assertEquals(35, door.getHeight());
assertEquals(20, door.getWidth());
assertEquals("doorId", door.getId());
knob = house.getDoorKnob();
assertSame(Color.RED, knob.getColor());
assertSame(LineStyle.dashed, knob.getLineStyle());
assertEquals(2, knob.getRadius());
assertEquals("knobId", knob.getId());
labels = Arrays.asList("bachelor-pad", "single-family-dwelling");
house.getLabels().size();
for (Object l : house.getLabels()) {
Label label = (Label) l;
assertTrue(labels.contains(label.getValue()));
}
roof = house.getRoof();
assertNull(roof);
assertNull(house.getWindows());
}
/** tests bus. This one has an element wrapper. */
public void testBus() throws Exception {
Bus bus = new Bus();
bus.setId("some bus");
Label cityBus = new Label();
cityBus.setValue("city");
Label countryBus = new Label();
countryBus.setValue("country");
Label longDistanceBus = new Label();
longDistanceBus.setValue("long-distance");
bus.setId("bus id");
bus.setLabels(Arrays.asList(cityBus, countryBus, longDistanceBus));
Rectangle door = new Rectangle();
door.setColor(Color.BLUE);
door.setWidth(2);
door.setHeight(4);
door.setLineStyle(LineStyle.solid);
bus.setDoor(door);
Rectangle frame = new Rectangle();
frame.setHeight(10);
frame.setWidth(50);
frame.setColor(Color.YELLOW);
frame.setLineStyle(LineStyle.solid);
bus.setFrame(frame);
Circle front = new Circle();
front.setColor(Color.BLUE);
front.setLineStyle(LineStyle.dotted);
front.setRadius(6);
Circle back = new Circle();
back.setColor(Color.BLUE);
back.setLineStyle(LineStyle.dotted);
back.setRadius(7);
bus.setWheels(new Circle[] {front, back});
Rectangle window1 = new Rectangle();
window1.setColor(Color.BLUE);
window1.setWidth(2);
window1.setHeight(2);
window1.setLineStyle(LineStyle.solid);
Rectangle window2 = new Rectangle();
window2.setColor(Color.BLUE);
window2.setWidth(2);
window2.setHeight(2);
window2.setLineStyle(LineStyle.solid);
Rectangle window3 = new Rectangle();
window3.setColor(Color.BLUE);
window3.setWidth(2);
window3.setHeight(2);
window3.setLineStyle(LineStyle.solid);
bus.setWindows(Arrays.asList(window1, window2, window3));
Map<Integer, Circle> riders = new HashMap<Integer, Circle>();
Circle rider3 = new Circle();
rider3.setRadius(3);
riders.put(3, rider3);
Circle rider4 = new Circle();
rider4.setRadius(4);
riders.put(4, rider4);
bus.setType(XmlQNameEnumUtil.toQName(BusType.charter));
JacksonJaxbJsonProvider provider = new JacksonJaxbJsonProvider();
ObjectMapper busMapper = provider.locateMapper(Bus.class, MediaType.APPLICATION_JSON_TYPE);
ObjectMapper clientMapper = new ObjectMapper();
ByteArrayOutputStream out = new ByteArrayOutputStream();
busMapper.writeValue(out, bus);
ByteArrayInputStream in = new ByteArrayInputStream(out.toByteArray());
shapes.json.vehicles.Bus clientBus = clientMapper.readValue(in, shapes.json.vehicles.Bus.class);
assertEquals("bus id", clientBus.getId());
ArrayList<String> labels =
new ArrayList<String>(Arrays.asList("city", "country", "long-distance"));
for (Object l : clientBus.getLabels()) {
shapes.json.Label label = (shapes.json.Label) l;
assertTrue(labels.remove(label.getValue()));
}
shapes.json.Rectangle clientDoor = clientBus.getDoor();
assertSame(shapes.json.Color.BLUE, clientDoor.getColor());
assertEquals(2, clientDoor.getWidth());
assertEquals(4, clientDoor.getHeight());
assertSame(shapes.json.LineStyle.solid, clientDoor.getLineStyle());
shapes.json.Rectangle clientFrame = clientBus.getFrame();
assertEquals(10, clientFrame.getHeight());
assertEquals(50, clientFrame.getWidth());
assertSame(shapes.json.Color.YELLOW, clientFrame.getColor());
assertSame(shapes.json.LineStyle.solid, clientFrame.getLineStyle());
shapes.json.Circle[] clientWheels = clientBus.getWheels();
assertEquals(2, clientWheels.length);
assertEquals(6, clientWheels[0].getRadius());
assertSame(shapes.json.Color.BLUE, clientWheels[0].getColor());
assertSame(shapes.json.LineStyle.dotted, clientWheels[0].getLineStyle());
assertEquals(7, clientWheels[1].getRadius());
assertSame(shapes.json.Color.BLUE, clientWheels[1].getColor());
assertSame(shapes.json.LineStyle.dotted, clientWheels[1].getLineStyle());
shapes.json.Rectangle[] clientWindows =
(shapes.json.Rectangle[]) clientBus.getWindows().toArray(new shapes.json.Rectangle[3]);
assertEquals(2, clientWindows[0].getWidth());
assertEquals(2, clientWindows[0].getHeight());
assertEquals(shapes.json.Color.BLUE, clientWindows[0].getColor());
assertEquals(shapes.json.LineStyle.solid, clientWindows[0].getLineStyle());
assertEquals(2, clientWindows[1].getWidth());
assertEquals(2, clientWindows[1].getHeight());
assertEquals(shapes.json.Color.BLUE, clientWindows[1].getColor());
assertEquals(shapes.json.LineStyle.solid, clientWindows[1].getLineStyle());
assertEquals(2, clientWindows[2].getWidth());
assertEquals(2, clientWindows[2].getHeight());
assertEquals(shapes.json.Color.BLUE, clientWindows[2].getColor());
assertEquals(shapes.json.LineStyle.solid, clientWindows[2].getLineStyle());
out = new ByteArrayOutputStream();
clientMapper.writeValue(out, clientBus);
bus = busMapper.readValue(new ByteArrayInputStream(out.toByteArray()), Bus.class);
door = bus.getDoor();
assertSame(Color.BLUE, door.getColor());
assertEquals(2, door.getWidth());
assertEquals(4, door.getHeight());
assertSame(LineStyle.solid, door.getLineStyle());
frame = bus.getFrame();
assertEquals(10, frame.getHeight());
assertEquals(50, frame.getWidth());
assertSame(Color.YELLOW, frame.getColor());
assertSame(LineStyle.solid, frame.getLineStyle());
Circle[] wheels = bus.getWheels();
assertEquals(2, wheels.length);
assertEquals(6, wheels[0].getRadius());
assertSame(Color.BLUE, wheels[0].getColor());
assertSame(LineStyle.dotted, wheels[0].getLineStyle());
assertEquals(7, wheels[1].getRadius());
assertSame(Color.BLUE, wheels[1].getColor());
assertSame(LineStyle.dotted, wheels[1].getLineStyle());
Rectangle[] windows = bus.getWindows().toArray(new Rectangle[3]);
assertEquals(2, windows[0].getWidth());
assertEquals(2, windows[0].getHeight());
assertEquals(Color.BLUE, windows[0].getColor());
assertEquals(LineStyle.solid, windows[0].getLineStyle());
assertEquals(2, windows[1].getWidth());
assertEquals(2, windows[1].getHeight());
assertEquals(Color.BLUE, windows[1].getColor());
assertEquals(LineStyle.solid, windows[1].getLineStyle());
assertEquals(2, windows[2].getWidth());
assertEquals(2, windows[2].getHeight());
assertEquals(Color.BLUE, windows[2].getColor());
assertEquals(LineStyle.solid, windows[2].getLineStyle());
assertEquals(BusType.charter, XmlQNameEnumUtil.fromQName(bus.getType(), BusType.class));
// todo: test an element wrapper around elementRefs
}
@Override
public void mouseDragged(MouseEvent e) {
AffineTransform viewToWorld =
new AffineTransform(1, 0, 0, 1, viewPoint.getX(), viewPoint.getY());
AffineTransform scale = new AffineTransform(this.getScale(), 0, 0, this.getScale(), 0, 0);
viewToWorld.concatenate(scale);
p2 = new Point2D.Double(e.getPoint().getX(), e.getPoint().getY());
viewToWorld.transform(p2, p2);
if (button == "line") {
currentShape = model.getShape(model.getSize() - 1);
Line l = (Line) currentShape;
l.setEnd(p2);
model.deleteShape(model.getSize() - 1);
model.addShape(l);
} else if (button == "square") {
double size = Math.min((Math.abs(p1.getX() - p2.getX())), (Math.abs(p1.getY() - p2.getY())));
Point2D.Double upLeft = new Point2D.Double();
if (p1.getX() <= p2.getX() && p1.getY() <= p2.getY()) {
upLeft.setLocation(p1.getX(), p1.getY());
} else if (p1.getX() <= p2.getX() && p1.getY() > p2.getY()) {
upLeft.setLocation(p1.getX(), p1.getY() - size);
} else if (p1.getX() > p2.getX() && p1.getY() <= p2.getY()) {
upLeft.setLocation(p1.getX() - size, p1.getY());
} else {
upLeft.setLocation(p1.getX() - size, p1.getY() - size);
}
Point2D.Double center =
new Point2D.Double(upLeft.getX() + size / 2, upLeft.getY() + size / 2);
currentShape = model.getShape(model.getSize() - 1);
Square s = (Square) currentShape;
s.setCenter(center);
s.setSize(size);
model.deleteShape(model.getSize() - 1);
model.addShape(s);
} else if (button == "rectangle") {
Point2D.Double upLeft = new Point2D.Double();
upLeft.setLocation(Math.min(p1.getX(), p2.getX()), Math.min(p1.getY(), p2.getY()));
Double width = Math.abs(p1.getX() - p2.getX());
Double height = Math.abs(p1.getY() - p2.getY());
currentShape = model.getShape(model.getSize() - 1);
Rectangle r = (Rectangle) currentShape;
Point2D.Double center =
new Point2D.Double(upLeft.getX() + width / 2, upLeft.getY() + height / 2);
r.setHeight(height);
r.setWidth(width);
r.setCenter(center);
model.deleteShape(model.getSize() - 1);
model.addShape(r);
} else if (button == "circle") {
double size = Math.min((Math.abs(p1.getX() - p2.getX())), (Math.abs(p1.getY() - p2.getY())));
double radius = size / 2;
Point2D.Double upLeft = new Point2D.Double();
if (p1.getX() <= p2.getX() && p1.getY() <= p2.getY()) {
upLeft.setLocation(p1.getX(), p1.getY());
} else if (p1.getX() <= p2.getX() && p1.getY() > p2.getY()) {
upLeft.setLocation(p1.getX(), p1.getY() - size);
} else if (p1.getX() > p2.getX() && p1.getY() <= p2.getY()) {
upLeft.setLocation(p1.getX() - size, p1.getY());
} else {
upLeft.setLocation(p1.getX() - size, p1.getY() - size);
}
Point2D.Double center = new Point2D.Double(upLeft.getX() + radius, upLeft.getY() + radius);
currentShape = model.getShape(model.getSize() - 1);
Circle c = (Circle) currentShape;
c.setCenter(center);
c.setRadius(radius);
model.deleteShape(model.getSize() - 1);
model.addShape(c);
} else if (button == "ellipse") {
Point2D.Double center =
new Point2D.Double((p1.getX() + p2.getX()) / 2, (p1.getY() + p2.getY()) / 2);
Double width = Math.abs(p1.getX() - p2.getX());
Double height = Math.abs(p1.getY() - p2.getY());
currentShape = model.getShape(model.getSize() - 1);
Ellipse el = (Ellipse) currentShape;
el.setCenter(center);
el.setHeight(height);
el.setWidth(width);
model.deleteShape(model.getSize() - 1);
model.addShape(el);
} else if (button == "select" && selectedIndex > -1) {
if (handleSelected) {
AffineTransform worldToObj =
new AffineTransform(
1, 0, 0, 1, -selectedShape.getCenter().getX(), -selectedShape.getCenter().getY());
Point2D.Double objCoord = new Point2D.Double();
worldToObj.transform(p2, objCoord);
if (selectedShape instanceof Line) {
Line l = (Line) selectedShape;
if (lineHandleSelected == 1) {
Point2D.Double newCenter = new Point2D.Double(p2.getX(), p2.getY());
l.setCenter(newCenter);
} else if (lineHandleSelected == 2) {
Point2D.Double newEnd = new Point2D.Double(p2.getX(), p2.getY());
l.setEnd(newEnd);
}
selectedShape = l;
model.setShape(selectedIndex, selectedShape);
} else {
double theta =
Math.acos(
-objCoord.getY()
/ Math.sqrt(Math.pow(objCoord.getX(), 2) + Math.pow(-objCoord.getY(), 2)));
if (objCoord.getX() < 0) {
theta = -theta;
}
selectedShape.setRotation(theta);
model.setShape(selectedIndex, selectedShape);
}
} else {
Point2D.Double newCenter =
new Point2D.Double((p2.getX() - diff.getX()), (p2.getY() - diff.getY()));
if (selectedShape instanceof Line) {
Line l = (Line) selectedShape;
Point2D.Double len =
new Point2D.Double(
l.getEnd().getX() - l.getCenter().getX(),
l.getEnd().getY() - l.getCenter().getY());
Point2D.Double newEnd =
new Point2D.Double((newCenter.getX() + len.getX()), (newCenter.getY() + len.getY()));
l.setEnd(newEnd);
selectedShape = l;
} else if (selectedShape instanceof Triangle) {
Triangle t = (Triangle) selectedShape;
Point2D.Double change =
new Point2D.Double(
newCenter.getX() - selectedShape.getCenter().getX(),
newCenter.getY() - selectedShape.getCenter().getY());
t.setA(
new Point2D.Double(t.getA().getX() + change.getX(), t.getA().getY() + change.getY()));
t.setB(
new Point2D.Double(t.getB().getX() + change.getX(), t.getB().getY() + change.getY()));
t.setC(
new Point2D.Double(t.getC().getX() + change.getX(), t.getC().getY() + change.getY()));
selectedShape = t;
}
selectedShape.setCenter(newCenter);
model.setShape(selectedIndex, selectedShape);
}
}
}