use of org.openhab.binding.modbus.e3dc.internal.dto.StringBlock in project openhab-addons by openhab.
the class Parser method parse.
public Optional<Data> parse(DataType type) {
synchronized (bArray) {
if (type.equals(DataType.INFO) && callbackType.equals(DataType.INFO)) {
return Optional.of(new InfoBlock(Arrays.copyOfRange(bArray, INFO_REG_START, INFO_REG_SIZE * 2)));
} else if (type.equals(DataType.POWER) && callbackType.equals(DataType.DATA)) {
int start = (POWER_REG_START - INFO_REG_SIZE) * 2;
int end = start + POWER_REG_SIZE * 2;
return Optional.of(new PowerBlock(Arrays.copyOfRange(bArray, start, end)));
} else if (type.equals(DataType.EMERGENCY) && callbackType.equals(DataType.DATA)) {
int start = (EMS_REG_START - INFO_REG_SIZE) * 2;
int end = start + EMS_REG_SIZE * 2;
return Optional.of(new EmergencyBlock(Arrays.copyOfRange(bArray, start, end)));
} else if (type.equals(DataType.WALLBOX) && callbackType.equals(DataType.DATA)) {
int start = (WALLBOX_REG_START - INFO_REG_SIZE) * 2;
int end = start + WALLBOX_REG_SIZE * 2;
return Optional.of(new WallboxArray(Arrays.copyOfRange(bArray, start, end)));
} else if (type.equals(DataType.STRINGS) && callbackType.equals(DataType.DATA)) {
int start = (STRINGS_REG_START - INFO_REG_SIZE) * 2;
int end = start + STRINGS_REG_SIZE * 2;
return Optional.of(new StringBlock(Arrays.copyOfRange(bArray, start, end)));
}
}
logger.warn("Wrong Block requested. Request is {} but type is {}", type, callbackType);
return Optional.empty();
}
use of org.openhab.binding.modbus.e3dc.internal.dto.StringBlock in project openhab-addons by openhab.
the class DataBlockTest method testValidStringDetailsStringBlock.
@Test
public void testValidStringDetailsStringBlock() {
Optional<Data> dataOpt = mc.parse(DataType.STRINGS);
assertTrue(dataOpt.isPresent());
StringBlock b = (StringBlock) dataOpt.get();
assertEquals(381, b.string1Volt.intValue(), "String 1 V");
assertEquals("V", b.string1Volt.getUnit().toString(), "String 1 V");
assertEquals(533, b.string2Volt.intValue(), "String 2 V");
assertEquals("V", b.string2Volt.getUnit().toString(), "String 1 V");
assertEquals(0, b.string3Volt.intValue(), "String 3 V");
assertEquals("V", b.string3Volt.getUnit().toString(), "String 1 V");
assertEquals(0.27, b.string1Ampere.doubleValue(), 0.01, "String 1 A");
assertEquals("A", b.string1Ampere.getUnit().toString(), "String 1 A");
assertEquals(0.26, b.string2Ampere.doubleValue(), 0.01, "String 2 A");
assertEquals("A", b.string2Ampere.getUnit().toString(), "String 2 A");
assertEquals(0, b.string3Ampere.doubleValue(), 0.01, "String 3 A");
assertEquals("A", b.string3Ampere.getUnit().toString(), "String 3 A");
assertEquals(103, b.string1Watt.intValue(), "String 1 W");
assertEquals("W", b.string1Watt.getUnit().toString(), "String 1 W");
assertEquals(139, b.string2Watt.intValue(), "String 2 W");
assertEquals("W", b.string2Watt.getUnit().toString(), "String 2 W");
assertEquals(0, b.string3Watt.intValue(), "String 3 W");
assertEquals("W", b.string3Watt.getUnit().toString(), "String 3 W");
}
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