Examples with MutablePair org.apache.commons.lang3.tuple.MutablePair used on opensource projects

Example 91 with MutablePair

use of org.apache.commons.lang3.tuple.MutablePair in project azure-iot-sdk-java by Azure.

the class MqttDeviceTwinTest method receiveParsesResponseTopicInvalidStatusThrowsException.

/*
    **Tests_SRS_MQTTDEVICETWIN_25_039: [If the topic is of type response topic and if status is either a non 3 digit number or not found then receive shall throw TransportException ]
     */
@Test(expected = TransportException.class)
public void receiveParsesResponseTopicInvalidStatusThrowsException() throws TransportException {
    final byte[] actualPayload = "GetTwinResponseDataContainingDesiredAndReportedPropertiesDocument".getBytes(StandardCharsets.UTF_8);
    final String expectedTopic = "$iothub/twin/res/" + "abc/" + "?$rid=" + mockReqId;
    IotHubTransportMessage receivedMessage = null;
    try {
        // arrange
        MqttDeviceTwin testTwin = new MqttDeviceTwin("", mockedConnectOptions, new HashMap<Integer, Message>(), new ConcurrentLinkedQueue<Pair<String, byte[]>>());
        Queue<Pair<String, byte[]>> testreceivedMessages = new ConcurrentLinkedQueue<>();
        testreceivedMessages.add(new MutablePair<>(expectedTopic, actualPayload));
        Deencapsulation.setField(testTwin, "receivedMessages", testreceivedMessages);
        Deencapsulation.setField(testTwin, "stateLock", new Object());
        // act
        receivedMessage = testTwin.receive();
    } finally {
        // assert
        assertNull(receivedMessage);
    }
}

Example 92 with MutablePair

use of org.apache.commons.lang3.tuple.MutablePair in project azure-iot-sdk-java by Azure.

the class MqttTest method receiveSuccessWithModuleIdAndInputName.

// Tests_SRS_Mqtt_34_050: [This function shall extract the inputName from the topic if the topic string fits the following convention: 'devices/<deviceId>/modules/<moduleId>/inputs/<inputName>']
// Tests_SRS_Mqtt_34_051: [This function shall extract the moduleId from the topic if the topic string fits the following convention: 'devices/<deviceId>/modules/<moduleId>']
@Test
public void receiveSuccessWithModuleIdAndInputName() throws MqttException, TransportException {
    // arrange
    final byte[] payload = { 0x61, 0x62, 0x63 };
    baseConnectExpectation();
    final Mqtt mockMqtt = new MqttMessaging(CLIENT_ID, null, "", false, mockMqttConnectionOptions, new HashMap<Integer, Message>(), new ConcurrentLinkedQueue<Pair<String, byte[]>>());
    Deencapsulation.invoke(mockMqtt, "setMqttAsyncClient", mockMqttAsyncClient);
    new NonStrictExpectations() {

        {
            mockMqttAsyncClient.isConnected();
            result = true;
        }
    };
    Queue<Pair<String, byte[]>> testreceivedMessages = new ConcurrentLinkedQueue<>();
    Deencapsulation.setField(mockMqtt, "receivedMessages", testreceivedMessages);
    testreceivedMessages.add(new MutablePair<>(MOCK_PARSE_TOPIC_WITH_INPUT_NAME, payload));
    Deencapsulation.invoke(mockMqtt, "connect");
    // act
    Message receivedMessage = mockMqtt.receive();
    // assert
    assertEquals(expectedInputName, receivedMessage.getInputName());
    assertEquals(expectedModuleId, receivedMessage.getConnectionModuleId());
}

Example 93 with MutablePair

use of org.apache.commons.lang3.tuple.MutablePair in project shifu by ShifuML.

the class TreeModel method getFeatureImportances.

/**
 * Get feature importance of current model.
 *
 * @return map of feature importance, key is column index.
 */
public Map<Integer, MutablePair<String, Double>> getFeatureImportances() {
    Map<Integer, MutablePair<String, Double>> importancesSum = new HashMap<Integer, MutablePair<String, Double>>();
    Map<Integer, String> nameMapping = this.getIndependentTreeModel().getNumNameMapping();
    int treeSize = this.getIndependentTreeModel().getTrees().size();
    // such case we only support treeModel is one element list
    if (this.getIndependentTreeModel().getTrees().size() != 1) {
        throw new RuntimeException("Bagging model cannot be supported in Tree Model one element feature importance computing.");
    }
    for (TreeNode tree : this.getIndependentTreeModel().getTrees().get(0)) {
        // get current tree importance at first
        Map<Integer, Double> subImportances = tree.computeFeatureImportance();
        // merge feature importance from different trees
        for (Entry<Integer, Double> entry : subImportances.entrySet()) {
            String featureName = nameMapping.get(entry.getKey());
            MutablePair<String, Double> importance = MutablePair.of(featureName, entry.getValue());
            if (!importancesSum.containsKey(entry.getKey())) {
                importance.setValue(importance.getValue() / treeSize);
                importancesSum.put(entry.getKey(), importance);
            } else {
                MutablePair<String, Double> current = importancesSum.get(entry.getKey());
                current.setValue(current.getValue() + importance.getValue() / treeSize);
                importancesSum.put(entry.getKey(), current);
            }
        }
    }
    return importancesSum;
}

Example 94 with MutablePair

use of org.apache.commons.lang3.tuple.MutablePair in project BWAPI4J by OpenBW.

the class MapPrinterExample method printMap.

public void printMap(Map theMap) {
    java.util.Map<Integer, Color> mapZoneColor = new HashMap<>();
    for (int y = 0; y < theMap.getData().getMapData().getWalkSize().getY(); ++y) for (int x = 0; x < theMap.getData().getMapData().getWalkSize().getX(); ++x) {
        WalkPosition p = new WalkPosition(x, y);
        MiniTile miniTile = theMap.getData().getMiniTile(p, CheckMode.NO_CHECK);
        Color col;
        if (miniTile.isSea()) {
            if (mapPrinter.showSeaSide && theMap.getData().isSeaWithNonSeaNeighbors(p))
                col = MapPrinter.CustomColor.SEA_SIDE.color();
            else
                col = MapPrinter.CustomColor.SEA.color();
        } else {
            if (mapPrinter.showLakes && miniTile.isLake()) {
                col = MapPrinter.CustomColor.LAKE.color();
            } else {
                if (mapPrinter.showAltitude) {
                    int c = 255 - ((miniTile.getAltitude().intValue() * 255) / theMap.getHighestAltitude().intValue());
                    col = new Color(c, c, c);
                } else {
                    col = MapPrinter.CustomColor.TERRAIN.color();
                }
                if (mapPrinter.showAreas || mapPrinter.showContinents)
                    if (miniTile.getAreaId().intValue() > 0) {
                        Area area = theMap.getArea(miniTile.getAreaId());
                        Color zoneColor = getZoneColor(area, mapZoneColor);
                        int red = zoneColor.getRed() * col.getRed() / 255;
                        int green = zoneColor.getGreen() * col.getGreen() / 255;
                        col = new Color(red, green, 0);
                    } else {
                        col = MapPrinter.CustomColor.TINY_AREA.color();
                    }
            }
        }
        mapPrinter.point(p, col);
    }
    if (mapPrinter.showData)
        for (int y = 0; y < theMap.getData().getMapData().getTileSize().getY(); ++y) for (int x = 0; x < theMap.getData().getMapData().getTileSize().getX(); ++x) {
            int data = ((TileImpl) theMap.getData().getTile(new TilePosition(x, y))).getInternalData();
            int c = (((data / 1) * 1) % 256);
            Color col = new Color(c, c, c);
            WalkPosition origin = (new TilePosition(x, y)).toWalkPosition();
            mapPrinter.rectangle(origin, origin.add(new WalkPosition(3, 3)), col, MapPrinter.fill_t.fill);
        }
    if (mapPrinter.showUnbuildable)
        for (int y = 0; y < theMap.getData().getMapData().getTileSize().getY(); ++y) for (int x = 0; x < theMap.getData().getMapData().getTileSize().getX(); ++x) if (!theMap.getData().getTile(new TilePosition(x, y)).isBuildable()) {
            WalkPosition origin = (new TilePosition(x, y)).toWalkPosition();
            mapPrinter.rectangle(origin.add(new WalkPosition(1, 1)), origin.add(new WalkPosition(2, 2)), MapPrinter.CustomColor.UNBUILDABLE.color());
        }
    if (mapPrinter.showGroundHeight)
        for (int y = 0; y < theMap.getData().getMapData().getTileSize().getY(); ++y) for (int x = 0; x < theMap.getData().getMapData().getTileSize().getX(); ++x) {
            Tile.GroundHeight groundHeight = theMap.getData().getTile(new TilePosition(x, y)).getGroundHeight();
            if (groundHeight.intValue() >= Tile.GroundHeight.HIGH_GROUND.intValue())
                for (int dy = 0; dy < 4; ++dy) for (int dx = 0; dx < 4; ++dx) {
                    WalkPosition p = (new TilePosition(x, y).toWalkPosition()).add(new WalkPosition(dx, dy));
                    if (// groundHeight is usefull only for walkable miniTiles
                    theMap.getData().getMiniTile(p, CheckMode.NO_CHECK).isWalkable())
                        if (((dx + dy) & (groundHeight == Tile.GroundHeight.HIGH_GROUND ? 1 : 3)) != 0)
                            mapPrinter.point(p, MapPrinter.CustomColor.HIGHER_GROUND.color());
                }
        }
    if (mapPrinter.showAssignedResources)
        for (Area area : theMap.getAreas()) for (Base base : area.getBases()) {
            for (Mineral m : base.getMinerals()) mapPrinter.line(base.getCenter().toWalkPosition(), m.getCenter().toWalkPosition(), MapPrinter.CustomColor.BASES.color());
            for (Geyser g : base.getGeysers()) mapPrinter.line(base.getCenter().toWalkPosition(), g.getCenter().toWalkPosition(), MapPrinter.CustomColor.BASES.color());
        }
    if (mapPrinter.showGeysers)
        for (Geyser g : theMap.getNeutralData().getGeysers()) printNeutral(theMap, g, MapPrinter.CustomColor.GEYSERS.color());
    if (mapPrinter.showMinerals)
        for (Mineral m : theMap.getNeutralData().getMinerals()) printNeutral(theMap, m, MapPrinter.CustomColor.MINERALS.color());
    if (mapPrinter.showStaticBuildings)
        for (StaticBuilding s : theMap.getNeutralData().getStaticBuildings()) printNeutral(theMap, s, MapPrinter.CustomColor.STATIC_BUILDINGS.color());
    if (mapPrinter.showStartingLocations)
        for (TilePosition t : theMap.getData().getMapData().getStartingLocations()) {
            WalkPosition origin = t.toWalkPosition();
            // same size for other races
            WalkPosition size = UnitType.Terran_Command_Center.tileSize().toWalkPosition();
            mapPrinter.rectangle(origin, origin.add(size).subtract(new WalkPosition(1, 1)), MapPrinter.CustomColor.STARTING_LOCATIONS.color(), MapPrinter.fill_t.fill);
        }
    if (mapPrinter.showBases)
        for (Area area : theMap.getAreas()) {
            for (Base base : area.getBases()) {
                WalkPosition origin = base.getLocation().toWalkPosition();
                // same size for other races
                WalkPosition size = UnitType.Terran_Command_Center.tileSize().toWalkPosition();
                MapPrinter.dashed_t dashMode = base.getBlockingMinerals().isEmpty() ? MapPrinter.dashed_t.not_dashed : MapPrinter.dashed_t.dashed;
                mapPrinter.rectangle(origin, origin.add(size).subtract(new WalkPosition(1, 1)), MapPrinter.CustomColor.BASES.color(), MapPrinter.fill_t.do_not_fill, dashMode);
            }
        }
    if (mapPrinter.showChokePoints) {
        for (MutablePair<MutablePair<AreaId, AreaId>, WalkPosition> f : theMap.getRawFrontier()) mapPrinter.point(f.getRight(), mapPrinter.showAreas ? MapPrinter.CustomColor.CHOKE_POINTS_SHOW_AREAS.color() : MapPrinter.CustomColor.CHOKE_POINTS_SHOW_CONTINENTS.color());
        for (Area area : theMap.getAreas()) for (ChokePoint cp : area.getChokePoints()) {
            ChokePoint.Node[] nodes = { ChokePoint.Node.END1, ChokePoint.Node.END2 };
            for (ChokePoint.Node n : nodes) mapPrinter.square(cp.getNodePosition(n), 1, new Color(255, 0, 255), MapPrinter.fill_t.fill);
            mapPrinter.square(cp.getCenter(), 1, new Color(0, 0, 255), MapPrinter.fill_t.fill);
        }
    }
    try {
        mapPrinter.writeImageToFile(Paths.get("map.png"), "png");
    } catch (IOException ex) {
        ex.printStackTrace();
    }
}

Example 95 with MutablePair

use of org.apache.commons.lang3.tuple.MutablePair in project openflowplugin by opendaylight.

the class BarrierUtil method chainBarrier.

/**
 * Chain a barrier message - regardless of previous result and use given {@link Function} to combine
 * original result and barrier result.
 *
 * @param <T>                type of input future
 * @param input              future to chain barrier to
 * @param nodeRef            target device
 * @param transactionService barrier service
 * @param compositeTransform composite transform
 * @return future holding both results (input and of the barrier)
 */
public static <T> ListenableFuture<RpcResult<T>> chainBarrier(final ListenableFuture<RpcResult<T>> input, final NodeRef nodeRef, final FlowCapableTransactionService transactionService, final Function<Pair<RpcResult<T>, RpcResult<Void>>, RpcResult<T>> compositeTransform) {
    final MutablePair<RpcResult<T>, RpcResult<Void>> resultPair = new MutablePair<>();
    // store input result and append barrier
    final ListenableFuture<RpcResult<Void>> barrierResult = Futures.transformAsync(input, interInput -> {
        resultPair.setLeft(interInput);
        final SendBarrierInput barrierInput = createSendBarrierInput(nodeRef);
        return JdkFutureAdapters.listenInPoolThread(transactionService.sendBarrier(barrierInput));
    }, MoreExecutors.directExecutor());
    // store barrier result and return initiated pair
    final ListenableFuture<Pair<RpcResult<T>, RpcResult<Void>>> compositeResult = Futures.transform(barrierResult, new Function<RpcResult<Void>, Pair<RpcResult<T>, RpcResult<Void>>>() {

        @Nullable
        @Override
        public Pair<RpcResult<T>, RpcResult<Void>> apply(@Nullable final RpcResult<Void> input) {
            resultPair.setRight(input);
            return resultPair;
        }
    }, MoreExecutors.directExecutor());
    // append assembling transform to barrier result
    return Futures.transform(compositeResult, compositeTransform, MoreExecutors.directExecutor());
}