@Test
public void testPixelInvadersAdvancedConfig() {
Properties config = new Properties();
config.put(ConfigConstant.PIXELINVADERS_ROW1, "ROTATE_180_FLIPPEDY,NO_ROTATE,NO_ROTATE");
config.put(ConfigConstant.PIXELINVADERS_ROW2, "ROTATE_180_FLIPPEDY,NO_ROTATE,NO_ROTATE");
config.put(ConfigConstant.PIXELINVADERS_PANEL_ORDER, "0,3,1,4,2,5");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(6, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
List<ColorFormat> colorFormat = ph.getColorFormat();
List<Integer> order = ph.getPanelOrder();
List<DeviceConfig> displayOptions = ph.getLpdDevice();
for (int ofs = 0; ofs < ph.getNrOfScreens(); ofs++) {
int panelNr = order.get(ofs);
System.out.println(
"visual "
+ ofs
+ ", panel ofs: "
+ panelNr
+ ", layout: "
+ displayOptions.get(panelNr)
+ " colorformat: "
+ colorFormat.get(panelNr));
}
}
@Test
public void testPixelInvadersNetConfig() {
Properties config = new Properties();
config.put(ConfigConstant.PIXELINVADERS_ROW1, "ROTATE_180, NO_ROTATE");
config.put(ConfigConstant.PIXELINVADERS_ROW2, "ROTATE_90, NO_ROTATE");
config.put(ConfigConstant.PIXELINVADERS_PANEL_ORDER, "0,3, 1,2");
config.put(ConfigConstant.PIXELINVADERS_NET_IP, "127.0.0.1");
config.put(ConfigConstant.PIXELINVADERS_NET_PORT, "5333");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(4, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
List<Integer> order = ph.getPanelOrder();
assertEquals(Integer.valueOf(0), order.get(0));
assertEquals(Integer.valueOf(3), order.get(1));
assertEquals(Integer.valueOf(1), order.get(2));
assertEquals(Integer.valueOf(2), order.get(3));
assertEquals(0, ph.getI2cAddr().size());
assertEquals(4, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.PIXELINVADERS_NET, ph.getOutputDevice());
Map<Integer, RGBAdjust> correction = ph.getPixelInvadersCorrectionMap();
assertTrue(correction != null);
}
@Test
public void testE131Config() {
Properties config = new Properties();
config.put(ConfigConstant.E131_IP, "192.168.1.1");
config.put(ConfigConstant.E131_ROW1, "NO_ROTATE");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(1, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
assertEquals(false, ph.isOutputSnakeCabeling());
assertEquals(0, ph.getI2cAddr().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.E1_31, ph.getOutputDevice());
PixelControllerOutput controller = new PixelControllerOutput();
E1_31Device device = new E1_31Device(ph, controller);
assertFalse(device.isSendMulticast());
assertEquals(170, device.getPixelsPerUniverse());
assertEquals(1, device.getNrOfUniverse());
assertEquals(0, device.getFirstUniverseId());
config = new Properties();
config.put(ConfigConstant.E131_IP, "239.255.1.1");
config.put(ConfigConstant.E131_ROW1, "NO_ROTATE");
config.put(ConfigConstant.E131_FIRST_UNIVERSE_ID, "1");
config.put(ConfigConstant.E131_PIXELS_PER_UNIVERSE, "333");
config.put(ConfigConstant.OUTPUT_DEVICE_RESOLUTION_X, "10");
config.put(ConfigConstant.OUTPUT_DEVICE_SNAKE_CABELING, "true");
ph = new ApplicationConfigurationHelper(config);
assertEquals(OutputDeviceEnum.E1_31, ph.getOutputDevice());
assertEquals(1, ph.getNrOfScreens());
assertEquals(10, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
assertEquals(true, ph.isOutputSnakeCabeling());
assertEquals(0, ph.getI2cAddr().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.E1_31, ph.getOutputDevice());
device = new E1_31Device(ph, controller);
assertTrue(device.isSendMulticast());
assertEquals(1, device.getFirstUniverseId());
assertEquals(170, device.getPixelsPerUniverse());
}
@Test
public void testEmptyConfig() {
Properties config = new Properties();
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(1, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
assertEquals(0, ph.getI2cAddr().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(20, ph.parseFps());
assertEquals(OutputDeviceEnum.NULL, ph.getOutputDevice());
}
@Test
public void testRainbowduinosConfig() {
Properties config = new Properties();
config.put(ConfigConstant.RAINBOWDUINO_V2_ROW1, "5, 6");
config.put(ConfigConstant.RAINBOWDUINO_V2_ROW2, "0x7,8");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(4, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
assertEquals(4, ph.getI2cAddr().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.RAINBOWDUINO_V2, ph.getOutputDevice());
}
@Test
public void testPixelInvadersConfig() {
Properties config = new Properties();
config.put(ConfigConstant.PIXELINVADERS_ROW1, "ROTATE_180, NO_ROTATE");
config.put(ConfigConstant.PIXELINVADERS_ROW2, "ROTATE_90, NO_ROTATE");
config.put(ConfigConstant.PIXELINVADERS_PANEL_ORDER, "0,3, 1,2");
config.put(ConfigConstant.PIXELINVADERS_COLORADJUST_R + "1", "100");
config.put(ConfigConstant.PIXELINVADERS_COLORADJUST_G + "1", "130 ");
config.put(ConfigConstant.PIXELINVADERS_COLORADJUST_B + "1", "150");
config.put(ConfigConstant.PIXELINVADERS_COLORADJUST_R + "2", "4");
config.put(ConfigConstant.PIXELINVADERS_COLORADJUST_G + "2", "-222");
config.put(ConfigConstant.PIXELINVADERS_COLORADJUST_B + "2", "zzz");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(4, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
List<Integer> order = ph.getPanelOrder();
assertEquals(Integer.valueOf(0), order.get(0));
assertEquals(Integer.valueOf(3), order.get(1));
assertEquals(Integer.valueOf(1), order.get(2));
assertEquals(Integer.valueOf(2), order.get(3));
assertEquals(0, ph.getI2cAddr().size());
assertEquals(4, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.PIXELINVADERS, ph.getOutputDevice());
Map<Integer, RGBAdjust> correction = ph.getPixelInvadersCorrectionMap();
assertFalse(correction.containsKey(ConfigConstant.PIXELINVADERS_COLORADJUST_R + "0"));
assertFalse(correction.containsKey(ConfigConstant.PIXELINVADERS_COLORADJUST_G + "0"));
assertFalse(correction.containsKey(ConfigConstant.PIXELINVADERS_COLORADJUST_B + "0"));
RGBAdjust corr = correction.get(1);
assertTrue(corr != null);
assertEquals(100, corr.getR());
assertEquals(130, corr.getG());
assertEquals(150, corr.getB());
corr = correction.get(2);
assertTrue(corr != null);
assertEquals(4, corr.getR());
assertEquals(0, corr.getG());
assertEquals(0, corr.getB());
}
@Test
public void testMiniDmxConfig() {
Properties config = new Properties();
config.put(ConfigConstant.OUTPUT_DEVICE_RESOLUTION_X, "10");
config.put(ConfigConstant.OUTPUT_DEVICE_RESOLUTION_Y, "13");
config.put(ConfigConstant.OUTPUT_DEVICE_SNAKE_CABELING, "true");
config.put(ConfigConstant.MINIDMX_BAUDRATE, "115200");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(1, ph.getNrOfScreens());
assertEquals(10, ph.getDeviceXResolution());
assertEquals(13, ph.getDeviceYResolution());
assertEquals(true, ph.isOutputSnakeCabeling());
assertEquals(0, ph.getI2cAddr().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.MINIDMX, ph.getOutputDevice());
}
@Test
public void testRainbowduinosV3Config() {
Properties config = new Properties();
config.put(ConfigConstant.RAINBOWDUINO_V3_ROW1, "/dev/aaa,/dev/bbb");
config.put(ConfigConstant.RAINBOWDUINO_V3_ROW2, "/dev/ccc, /dev/ddd");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(4, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
assertEquals(4, ph.getRainbowduinoV3SerialDevices().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.RAINBOWDUINO_V3, ph.getOutputDevice());
assertTrue(ph.getRainbowduinoV3SerialDevices().contains("/dev/aaa"));
assertTrue(ph.getRainbowduinoV3SerialDevices().contains("/dev/ddd"));
}
@Test
public void testNullConfig() {
Properties config = new Properties();
config.put(ConfigConstant.NULLOUTPUT_ROW1, "4");
config.put(ConfigConstant.NULLOUTPUT_ROW2, "4");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(8, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
assertEquals(0, ph.getI2cAddr().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.NULL, ph.getOutputDevice());
PixelControllerOutput controller = new PixelControllerOutput();
NullDevice device = new NullDevice(ph, controller);
assertTrue(device.isConnected());
}
@Test
public void testArtnetConfigSimple() {
Properties config = new Properties();
config.put(ConfigConstant.ARTNET_IP, "192.168.1.1");
config.put(ConfigConstant.ARTNET_ROW1, "NO_ROTATE");
config.put(ConfigConstant.ARTNET_BROADCAST_ADDR, "255.0.0.0");
ApplicationConfigurationHelper ph = new ApplicationConfigurationHelper(config);
assertEquals(1, ph.getNrOfScreens());
assertEquals(8, ph.getDeviceXResolution());
assertEquals(8, ph.getDeviceYResolution());
assertEquals(false, ph.isOutputSnakeCabeling());
assertEquals(0, ph.getI2cAddr().size());
assertEquals(0, ph.getLpdDevice().size());
assertEquals(OutputDeviceEnum.ARTNET, ph.getOutputDevice());
PixelControllerOutput controller = new PixelControllerOutput();
ArtnetDevice device = new ArtnetDevice(ph, controller);
assertTrue(device.isConnected());
assertEquals(170, device.getPixelsPerUniverse());
assertEquals(1, device.getNrOfUniverse());
assertEquals(0, device.getFirstUniverseId());
}