public void loadLegoNXTSettingsFromProject(Context context) {
if (context == null) {
return;
}
for (Setting setting : settings) {
if (setting instanceof LegoNXTSetting) {
SettingsActivity.enableLegoMindstormsNXTBricks(context);
SettingsActivity.setLegoMindstormsNXTSensorMapping(
context, ((LegoNXTSetting) setting).getSensorMapping());
return;
}
}
}
public void saveLegoNXTSettingsToProject(Context context) {
if (context == null) {
return;
}
if ((getRequiredResources() & Brick.BLUETOOTH_LEGO_NXT) == 0) {
for (Object setting : settings.toArray()) {
if (setting instanceof LegoNXTSetting) {
settings.remove(setting);
return;
}
}
return;
}
NXTSensor.Sensor[] sensorMapping = SettingsActivity.getLegoMindstormsNXTSensorMapping(context);
for (Setting setting : settings) {
if (setting instanceof LegoNXTSetting) {
((LegoNXTSetting) setting).updateMapping(sensorMapping);
return;
}
}
Setting mapping = new LegoNXTSetting(sensorMapping);
settings.add(mapping);
}
private List<Brick> setupLooksCategoryList(Context context) {
List<Brick> looksBrickList = new ArrayList<Brick>();
looksBrickList.add(new SetLookBrick());
looksBrickList.add(new NextLookBrick());
looksBrickList.add(new SetSizeToBrick(BrickValues.SET_SIZE_TO));
looksBrickList.add(new ChangeSizeByNBrick(BrickValues.CHANGE_SIZE_BY));
looksBrickList.add(new HideBrick());
looksBrickList.add(new ShowBrick());
looksBrickList.add(new SetTransparencyBrick(BrickValues.SET_TRANSPARENCY));
looksBrickList.add(new ChangeTransparencyByNBrick(BrickValues.CHANGE_GHOST_EFFECT));
looksBrickList.add(new SetBrightnessBrick(BrickValues.SET_BRIGHTNESS_TO));
looksBrickList.add(new ChangeBrightnessByNBrick(BrickValues.CHANGE_BRITHNESS_BY));
looksBrickList.add(new ClearGraphicEffectBrick());
if (BuildConfig.FEATURE_LED_BRICK_ENABLED) {
looksBrickList.add(new LedOffBrick());
looksBrickList.add(new LedOnBrick());
}
if (SettingsActivity.isPhiroSharedPreferenceEnabled(context)) {
looksBrickList.add(
new PhiroRGBLightBrick(
PhiroRGBLightBrick.Eye.BOTH,
BrickValues.PHIRO_VALUE_RED,
BrickValues.PHIRO_VALUE_GREEN,
BrickValues.PHIRO_VALUE_BLUE));
}
return looksBrickList;
}
private List<Brick> setupSoundCategoryList(Context context) {
List<Brick> soundBrickList = new ArrayList<Brick>();
soundBrickList.add(new PlaySoundBrick());
soundBrickList.add(new StopAllSoundsBrick());
soundBrickList.add(new SetVolumeToBrick(BrickValues.SET_VOLUME_TO));
// workaround to set a negative default value for a Brick
float positiveDefaultValueChangeVolumeBy = Math.abs(BrickValues.CHANGE_VOLUME_BY);
FormulaElement defaultValueChangeVolumeBy =
new FormulaElement(
ElementType.OPERATOR,
Operators.MINUS.name(),
null,
null,
new FormulaElement(
ElementType.NUMBER, String.valueOf(positiveDefaultValueChangeVolumeBy), null));
soundBrickList.add(new ChangeVolumeByNBrick(new Formula(defaultValueChangeVolumeBy)));
soundBrickList.add(new SpeakBrick(BrickValues.SPEAK));
if (SettingsActivity.isPhiroSharedPreferenceEnabled(context)) {
soundBrickList.add(
new PhiroPlayToneBrick(PhiroPlayToneBrick.Tone.DO, BrickValues.PHIRO_DURATION));
}
return soundBrickList;
}
private List<Brick> setupMotionCategoryList(Sprite sprite, Context context) {
List<Brick> motionBrickList = new ArrayList<Brick>();
motionBrickList.add(new PlaceAtBrick(BrickValues.X_POSITION, BrickValues.Y_POSITION));
motionBrickList.add(new SetXBrick(BrickValues.X_POSITION));
motionBrickList.add(new SetYBrick(BrickValues.Y_POSITION));
motionBrickList.add(new ChangeXByNBrick(BrickValues.CHANGE_X_BY));
motionBrickList.add(new ChangeYByNBrick(BrickValues.CHANGE_Y_BY));
if (!isBackground(sprite)) {
motionBrickList.add(new IfOnEdgeBounceBrick());
}
motionBrickList.add(new MoveNStepsBrick(BrickValues.MOVE_STEPS));
motionBrickList.add(new TurnLeftBrick(BrickValues.TURN_DEGREES));
motionBrickList.add(new TurnRightBrick(BrickValues.TURN_DEGREES));
motionBrickList.add(new PointInDirectionBrick(Direction.RIGHT));
motionBrickList.add(new PointToBrick(null));
motionBrickList.add(
new GlideToBrick(
BrickValues.X_POSITION, BrickValues.Y_POSITION, BrickValues.GLIDE_SECONDS));
if (!isBackground(sprite)) {
motionBrickList.add(new GoNStepsBackBrick(BrickValues.GO_BACK));
motionBrickList.add(new ComeToFrontBrick());
}
if (BuildConfig.FEATURE_VIBRATION_BRICK_ENABLED) {
motionBrickList.add(new VibrationBrick(BrickValues.VIBRATE_MILLISECONDS));
}
if (SettingsActivity.isPhiroSharedPreferenceEnabled(context)) {
motionBrickList.add(
new PhiroMotorMoveForwardBrick(
PhiroMotorMoveForwardBrick.Motor.MOTOR_LEFT, BrickValues.PHIRO_SPEED));
motionBrickList.add(
new PhiroMotorMoveBackwardBrick(
PhiroMotorMoveBackwardBrick.Motor.MOTOR_LEFT, BrickValues.PHIRO_SPEED));
motionBrickList.add(new PhiroMotorStopBrick(PhiroMotorStopBrick.Motor.MOTOR_BOTH));
}
return motionBrickList;
}
private List<Brick> setupControlCategoryList(Context context) {
List<Brick> controlBrickList = new ArrayList<Brick>();
controlBrickList.add(new WhenStartedBrick(null));
controlBrickList.add(new WhenBrick(null));
controlBrickList.add(new WaitBrick(BrickValues.WAIT));
final String broadcastMessage = MessageContainer.getFirst(context);
controlBrickList.add(new BroadcastReceiverBrick(broadcastMessage));
controlBrickList.add(new BroadcastBrick(broadcastMessage));
controlBrickList.add(new BroadcastWaitBrick(broadcastMessage));
controlBrickList.add(new NoteBrick(context.getString(R.string.brick_note_default_value)));
controlBrickList.add(new ForeverBrick());
controlBrickList.add(new IfLogicBeginBrick(0));
controlBrickList.add(new RepeatBrick(BrickValues.REPEAT));
if (SettingsActivity.isPhiroSharedPreferenceEnabled(context)) {
controlBrickList.add(new PhiroIfLogicBeginBrick());
}
return controlBrickList;
}
public void testSerializeSettings()
throws CompatibilityProjectException, OutdatedVersionProjectException,
LoadingProjectException {
NXTSensor.Sensor[] sensorMapping =
new NXTSensor.Sensor[] {
NXTSensor.Sensor.TOUCH, NXTSensor.Sensor.SOUND,
NXTSensor.Sensor.LIGHT_INACTIVE, NXTSensor.Sensor.ULTRASONIC
};
Reflection.setPrivateField(ProjectManager.getInstance(), "asynchronousTask", false);
Project project = generateMultiplePermissionsProject();
ProjectManager.getInstance().setProject(project);
String projectName = project.getName();
SettingsActivity.setLegoMindstormsNXTSensorMapping(
getInstrumentation().getTargetContext(), sensorMapping);
ProjectManager.getInstance().saveProject(getInstrumentation().getTargetContext());
Setting setting = project.getSettings().get(0);
assertTrue("Wrong setting type, LegoNXT setting expected", setting instanceof LegoNXTSetting);
LegoNXTSetting nxtSetting = (LegoNXTSetting) setting;
NXTSensor.Sensor[] actualSensorMapping = nxtSetting.getSensorMapping();
assertEquals("Wrong numer of sensors", 4, actualSensorMapping.length);
assertEquals("Wrong sensor mapping for touch sensor", sensorMapping[0], actualSensorMapping[0]);
assertEquals("Wrong sensor mapping for sound sensor", sensorMapping[1], actualSensorMapping[1]);
assertEquals("Wrong sensor mapping for light sensor", sensorMapping[2], actualSensorMapping[2]);
assertEquals(
"Wrong sensor mapping for ultrasonic sensor", sensorMapping[3], actualSensorMapping[3]);
NXTSensor.Sensor[] changedSensorMapping = sensorMapping.clone();
changedSensorMapping[0] = NXTSensor.Sensor.LIGHT_ACTIVE;
SettingsActivity.setLegoMindstormsNXTSensorMapping(
getInstrumentation().getTargetContext(), changedSensorMapping);
ProjectManager.getInstance().setProject(null);
ProjectManager.getInstance().loadProject(projectName, getInstrumentation().getTargetContext());
actualSensorMapping =
SettingsActivity.getLegoMindstormsNXTSensorMapping(getInstrumentation().getTargetContext());
assertEquals("Wrong numer of sensors", 4, actualSensorMapping.length);
assertEquals(
"Wrong sensor mapping for touch sensor, settings not correctly loaded from project",
sensorMapping[0],
actualSensorMapping[0]);
assertEquals("Wrong sensor mapping for sound sensor", sensorMapping[1], actualSensorMapping[1]);
assertEquals("Wrong sensor mapping for light sensor", sensorMapping[2], actualSensorMapping[2]);
assertEquals(
"Wrong sensor mapping for ultrasonic sensor", sensorMapping[3], actualSensorMapping[3]);
project = ProjectManager.getInstance().getCurrentProject();
setting = project.getSettings().get(0);
nxtSetting = (LegoNXTSetting) setting;
assertTrue("Wrong setting type, LegoNXT setting expected", setting instanceof LegoNXTSetting);
actualSensorMapping = nxtSetting.getSensorMapping();
assertEquals("Wrong numer of sensors", 4, actualSensorMapping.length);
assertEquals("Wrong sensor mapping for touch sensor", sensorMapping[0], actualSensorMapping[0]);
assertEquals("Wrong sensor mapping for sound sensor", sensorMapping[1], actualSensorMapping[1]);
assertEquals("Wrong sensor mapping for light sensor", sensorMapping[2], actualSensorMapping[2]);
assertEquals(
"Wrong sensor mapping for ultrasonic sensor", sensorMapping[3], actualSensorMapping[3]);
}