Examples with FunctionblockValue org.eclipse.vorto.model.runtime.FunctionblockValue used on opensource projects

Example 6 with FunctionblockValue

use of org.eclipse.vorto.model.runtime.FunctionblockValue in project vorto by eclipse.

the class JsonMappingLoadTest method builtInConverterAndJs1.

// / With Converter
// // Test Case 3: Built-in Converter Function + 1 Javascript Function
@Test
@JUnitPerfTest(threads = THREAD_AMOUNT_1, durationMs = TEST_DURATION_1, rampUpPeriodMs = RAMP_PERIOD, warmUpMs = WARMUP_DURATION_1, maxExecutionsPerSecond = EXECUTIONS_PER_SECOND_1)
public void builtInConverterAndJs1() throws Exception {
    int r = new Random().nextInt(2 + 1);
    InfomodelValue mappedOutput = testCaseThreeMapper.mapSource(gson.fromJson(testCaseThreeJsonInput[r], Object.class));
    FunctionblockValue buttonFunctionblockData = mappedOutput.get("button");
    assertEquals(true, (Boolean) buttonFunctionblockData.getStatusProperty("digital_input_state").get().getValue());
    assertEquals(testCaseThreeOutput[r], buttonFunctionblockData.getStatusProperty("digital_input_count").get().getValue());
    FunctionblockValue voltageFunctionblockData = mappedOutput.get("voltage");
    assertNull(voltageFunctionblockData);
}

Example 7 with FunctionblockValue

use of org.eclipse.vorto.model.runtime.FunctionblockValue in project vorto by eclipse.

the class JsonMappingLoadTest method builtInConverterAndJs3.

@Test
@JUnitPerfTest(threads = THREAD_AMOUNT_3, durationMs = TEST_DURATION_3, rampUpPeriodMs = RAMP_PERIOD, warmUpMs = WARMUP_DURATION_3, maxExecutionsPerSecond = EXECUTIONS_PER_SECOND_3)
public void builtInConverterAndJs3() throws Exception {
    int r = new Random().nextInt(2 + 1);
    InfomodelValue mappedOutput = testCaseThreeMapper.mapSource(gson.fromJson(testCaseThreeJsonInput[r], Object.class));
    FunctionblockValue buttonFunctionblockData = mappedOutput.get("button");
    assertEquals(true, (Boolean) buttonFunctionblockData.getStatusProperty("digital_input_state").get().getValue());
    assertEquals(testCaseThreeOutput[r], buttonFunctionblockData.getStatusProperty("digital_input_count").get().getValue());
    FunctionblockValue voltageFunctionblockData = mappedOutput.get("voltage");
    assertNull(voltageFunctionblockData);
}

Example 8 with FunctionblockValue

use of org.eclipse.vorto.model.runtime.FunctionblockValue in project vorto by eclipse.

the class State method addReported.

public void addReported(InfomodelValue value) {
    value.getProperties().keySet().stream().forEach(key -> {
        FunctionblockValue fbValue = value.get(key);
        reported.put(key, fbValue.serialize());
    });
}

Example 9 with FunctionblockValue

use of org.eclipse.vorto.model.runtime.FunctionblockValue in project vorto by eclipse.

the class BinaryMappingLoadTest method tripleNestedConverter1.

// // Test Case 3: Triple Nested Converter Functions (Built-in + Built-in + Javascript)
@Test
@JUnitPerfTest(threads = THREAD_AMOUNT_1, durationMs = TEST_DURATION_1, rampUpPeriodMs = RAMP_PERIOD, warmUpMs = WARMUP_DURATION_1, maxExecutionsPerSecond = EXECUTIONS_PER_SECOND_1)
public void tripleNestedConverter1() throws Exception {
    InfomodelValue mappedDittoOutput = testCaseThreeMapper.mapSource(gson.fromJson(testCaseThreeJson, Object.class));
    FunctionblockValue button = mappedDittoOutput.get("button");
    assertEquals(2, button.getStatusProperty("sensor_value").get().getValue());
}

Example 10 with FunctionblockValue

use of org.eclipse.vorto.model.runtime.FunctionblockValue in project vorto by eclipse.

the class BinaryMappingLoadTest method tripleNestedConverter2.

@Test
@JUnitPerfTest(threads = THREAD_AMOUNT_2, durationMs = TEST_DURATION_2, rampUpPeriodMs = RAMP_PERIOD, warmUpMs = WARMUP_DURATION_2, maxExecutionsPerSecond = EXECUTIONS_PER_SECOND_2)
public void tripleNestedConverter2() throws Exception {
    InfomodelValue mappedDittoOutput = testCaseThreeMapper.mapSource(gson.fromJson(testCaseThreeJson, Object.class));
    FunctionblockValue button = mappedDittoOutput.get("button");
    assertEquals(2, button.getStatusProperty("sensor_value").get().getValue());
}