Java tutorial
/* Copyright 1995-2015 Esri Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. For additional information, contact: Environmental Systems Research Institute, Inc. Attn: Contracts Dept 380 New York Street Redlands, California, USA 92373 email: contracts@esri.com */ package com.esri.geoevent.test.performance.ui; import java.math.BigDecimal; import java.net.URL; import java.util.ArrayList; import java.util.HashMap; import java.util.List; import java.util.Map; import java.util.ResourceBundle; import java.util.stream.Collectors; import javafx.collections.FXCollections; import javafx.collections.ObservableList; import javafx.event.ActionEvent; import javafx.fxml.FXML; import javafx.fxml.Initializable; import javafx.geometry.Pos; import javafx.scene.control.Button; import javafx.scene.control.ComboBox; import javafx.scene.control.Label; import javafx.scene.control.TableCell; import javafx.scene.control.TableColumn; import javafx.scene.control.TableView; import javafx.scene.control.TextField; import javafx.scene.control.Tooltip; import javafx.scene.control.cell.TextFieldTableCell; import javafx.scene.image.Image; import javafx.scene.image.ImageView; import javafx.scene.input.KeyCode; import javafx.scene.input.KeyEvent; import javafx.scene.layout.GridPane; import javafx.scene.layout.VBox; import jfxtras.labs.scene.control.BigDecimalField; import org.apache.commons.lang3.StringUtils; import org.apache.commons.lang3.math.NumberUtils; import com.esri.geoevent.test.performance.Protocol; import com.esri.geoevent.test.performance.jaxb.ConsumerConfig; import com.esri.geoevent.test.performance.jaxb.Fixture; import com.esri.geoevent.test.performance.jaxb.ProducerConfig; import com.esri.geoevent.test.performance.jaxb.Property; import com.esri.geoevent.test.performance.jaxb.RampTest; import com.esri.geoevent.test.performance.jaxb.RemoteHost; import com.esri.geoevent.test.performance.jaxb.Simulation; import com.esri.geoevent.test.performance.jaxb.StressTest; import com.esri.geoevent.test.performance.jaxb.Test; import com.esri.geoevent.test.performance.jaxb.TestType; import com.esri.geoevent.test.performance.jaxb.TimeTest; import com.esri.geoevent.test.performance.ui.controls.RestrictiveTextField; public class FixtureController implements Initializable { //UI Elements @FXML public Label nameLabel; @FXML public TextField nameField; @FXML public Button editNameBtn; // producers @FXML public Label producersLabel; @FXML public TableView<ConnectableRemoteHost> producersTable; @FXML public TableColumn<ConnectableRemoteHost, String> producersNameColumn; @FXML public TableColumn<ConnectableRemoteHost, Boolean> producersDeleteColumn; @FXML public TextField producerHostName; @FXML public RestrictiveTextField producerPort; @FXML public Button producerAddBtn; @FXML public Label producersProtocolLabel; @FXML public ComboBox<Protocol> producersProtocolType; @FXML public Label producersPropsLabel; @FXML public TableView<Property> producersPropsTable; @FXML public TableColumn<Property, String> producersPropNameColumn; @FXML public TableColumn<Property, String> producersPropValueColumn; // consumers @FXML public Label consumersLabel; @FXML public TableView<ConnectableRemoteHost> consumersTable; @FXML public TableColumn<ConnectableRemoteHost, String> consumersNameColumn; @FXML public TableColumn<ConnectableRemoteHost, Boolean> consumersDeleteColumn; @FXML public TextField consumerHostName; @FXML public RestrictiveTextField consumerPort; @FXML public Button consumerAddBtn; @FXML public Label consumersProtocolLabel; @FXML public ComboBox<Protocol> consumersProtocolType; @FXML public Label consumersPropsLabel; @FXML public TableView<Property> consumersPropsTable; @FXML public TableColumn<Property, String> consumersPropNameColumn; @FXML public TableColumn<Property, String> consumersPropValueColumn; // simulation @FXML public VBox simulationBox; @FXML public Label testTypeLabel; @FXML public ComboBox<TestType> testType; // time test @FXML public GridPane timeTestGroup; @FXML public Label eventsPerSecLabel; @FXML public BigDecimalField eventsPerSec; @FXML public Label totalTimeInSecLabel; @FXML public BigDecimalField totalTimeInSec; @FXML public Label expectedResultCountPerSecLabel; @FXML public BigDecimalField expectedResultCountPerSec; @FXML public Label staggeringIntervalLabel; @FXML public BigDecimalField staggeringInterval; //stress test @FXML public GridPane stressTestGroup; @FXML public Label numOfEventsLabel; @FXML public BigDecimalField numOfEvents; @FXML public Label iterationsLabel; @FXML public BigDecimalField iterations; @FXML public Label expectedResultCountLabel; @FXML public BigDecimalField expectedResultCount; // ramp test @FXML public GridPane rampTestGroup; @FXML public Label minEventsLabel; @FXML public BigDecimalField minEvents; @FXML public Label maxEventsLabel; @FXML public BigDecimalField maxEvents; @FXML public Label eventsToAddPerTestLabel; @FXML public BigDecimalField eventsToAddPerTest; @FXML public Label expectedResultCountPerTestLabel; @FXML public BigDecimalField expectedResultCountPerTest; @FXML public Button applySimulationBtn; // member vars private Fixture fixture; private boolean isDefault; private boolean isEditingName; private Map<Protocol, ObservableList<Property>> producerPropertiesCache; private Map<Protocol, ObservableList<Property>> consumerPropertiesCache; // statics //private static final Callback<TableColumn<ConnectableRemoteHost,Boolean>,TableCell<ConnectableRemoteHost,Boolean>> CONNECTABLE_CELL_FACTORY = (p) -> new ConnectedTableCell<>(); private static final String SAVE_IMAGE_SOURCE = "images/save.png"; private static final String EDIT_IMAGE_SOURCE = "images/pencil.png"; /** * Sets the isDefault flag. * * @param isDefault flag */ public void setIsDefault(boolean isDefault) { this.isDefault = isDefault; applyIsDefault(isDefault); } /** * Sets the Fixture for this controller. * * @param fixture of type {@link Fixture} */ public void setFixture(Fixture fixture) { this.fixture = fixture; applyFixture(fixture); } /** * retrieves the fixture - populating it as needed * * @return Fixture */ public Fixture getFixture() { return this.fixture; } @Override public void initialize(URL location, ResourceBundle resources) { initPropertiesCache(); nameLabel.setText(UIMessages.getMessage("UI_FIXTURE_NAME_LABEL")); nameField.setText(fixture != null ? fixture.getName() : ""); editNameBtn.setTooltip(new Tooltip(UIMessages.getMessage("UI_FIXTURE_EDIT_NAME_DESC"))); //set up the tables //producers producersLabel.setText(UIMessages.getMessage("UI_PRODUCERS_LABEL")); producersNameColumn.setText(UIMessages.getMessage("UI_PRODUCERS_NAME_COL_LABEL")); producersNameColumn.prefWidthProperty().bind(producersTable.widthProperty().multiply(0.83)); producersDeleteColumn.prefWidthProperty().bind(producersTable.widthProperty().multiply(0.16)); producersDeleteColumn.setCellFactory(callback -> new DeleteableTableCell<ConnectableRemoteHost>()); producerHostName.setPromptText(UIMessages.getMessage("UI_PRODUCER_HOST_NAME_DESC")); producerPort.setPromptText(UIMessages.getMessage("UI_PRODUCER_PORT_DESC")); producerAddBtn.setTooltip(new Tooltip(UIMessages.getMessage("UI_PRODUCER_ADD_BTN_DESC"))); producersProtocolLabel.setText(UIMessages.getMessage("UI_PROTOCOL_LABEL")); producersProtocolType.setItems(getProducerProtocolList()); producersProtocolType.setValue(Protocol.TCP); producersPropsLabel.setText(UIMessages.getMessage("UI_PROPERTY_LABEL")); producersPropNameColumn.setText(UIMessages.getMessage("UI_PROPERTY_NAME_COL_LABEL")); producersPropNameColumn.prefWidthProperty().bind(producersPropsTable.widthProperty().multiply(0.48)); producersPropValueColumn.setText(UIMessages.getMessage("UI_PROPERTY_VALUE_COL_LABEL")); producersPropValueColumn.prefWidthProperty().bind(producersPropsTable.widthProperty().multiply(0.5)); producersPropValueColumn.setCellFactory(TextFieldTableCell.forTableColumn()); producersPropValueColumn.setOnEditCommit(event -> { Property property = (Property) event.getTableView().getItems().get(event.getTablePosition().getRow()); property.setValue(event.getNewValue()); }); //consumers consumersLabel.setText(UIMessages.getMessage("UI_CONSUMERS_LABEL")); consumersNameColumn.setText(UIMessages.getMessage("UI_CONSUMERS_NAME_COL_LABEL")); consumersNameColumn.prefWidthProperty().bind(consumersTable.widthProperty().multiply(0.83)); consumersDeleteColumn.prefWidthProperty().bind(consumersTable.widthProperty().multiply(0.16)); consumersDeleteColumn.setCellFactory(callback -> new DeleteableTableCell<ConnectableRemoteHost>()); consumerHostName.setPromptText(UIMessages.getMessage("UI_CONSUMER_HOST_NAME_DESC")); consumerPort.setPromptText(UIMessages.getMessage("UI_CONSUMER_PORT_DESC")); consumerAddBtn.setTooltip(new Tooltip(UIMessages.getMessage("UI_CONSUMER_ADD_BTN_DESC"))); consumersProtocolLabel.setText(UIMessages.getMessage("UI_PROTOCOL_LABEL")); consumersProtocolType.setItems(getConsumerProtocolList()); consumersProtocolType.setValue(Protocol.TCP); consumersPropsLabel.setText(UIMessages.getMessage("UI_PROPERTY_LABEL")); consumersPropNameColumn.setText(UIMessages.getMessage("UI_PROPERTY_NAME_COL_LABEL")); consumersPropNameColumn.prefWidthProperty().bind(consumersPropsTable.widthProperty().multiply(0.48)); consumersPropValueColumn.setText(UIMessages.getMessage("UI_PROPERTY_VALUE_COL_LABEL")); consumersPropValueColumn.prefWidthProperty().bind(consumersPropsTable.widthProperty().multiply(0.5)); consumersPropValueColumn.setCellFactory(TextFieldTableCell.forTableColumn()); consumersPropValueColumn.setOnEditCommit(event -> { Property property = (Property) event.getTableView().getItems().get(event.getTablePosition().getRow()); property.setValue(event.getNewValue()); }); // simulation testTypeLabel.setText(UIMessages.getMessage("UI_TEST_TYPE_LABEL")); testType.setTooltip(new Tooltip(UIMessages.getMessage("UI_TEST_TYPE_DESC"))); testType.setItems(getTestTypes()); testType.setValue(TestType.TIME); // time eventsPerSecLabel.setText(UIMessages.getMessage("UI_EVENTS_PER_SEC_LABEL")); totalTimeInSecLabel.setText(UIMessages.getMessage("UI_TOTAL_TIME_IN_SEC_LABEL")); expectedResultCountPerSecLabel.setText(UIMessages.getMessage("UI_EXPECTED_EVENTS_PER_SEC_LABEL")); staggeringIntervalLabel.setText(UIMessages.getMessage("UI_STAGGERING_INTERVAL_LABEL")); // stress numOfEventsLabel.setText(UIMessages.getMessage("UI_NUM_OF_EVENTS_LABEL")); iterationsLabel.setText(UIMessages.getMessage("UI_ITERATIONS_LABEL")); expectedResultCountLabel.setText(UIMessages.getMessage("UI_EXPECTED_EVENT_COUNT_LABEL")); // ramp minEventsLabel.setText(UIMessages.getMessage("UI_MIN_EVENTS_LABEL")); maxEventsLabel.setText(UIMessages.getMessage("UI_MAX_EVENTS_LABEL")); eventsToAddPerTestLabel.setText(UIMessages.getMessage("UI_EVENTS_TO_ADD_LABEL")); expectedResultCountPerTestLabel.setText(UIMessages.getMessage("UI_EXPECTED_EVENTS_PER_TEST_LABEL")); applySimulationBtn.setText(UIMessages.getMessage("UI_APPLY_SIMULATION_LABEL")); //set up state toggleEditName(null); setEditNameState(isEditingName); toggleProducerProtocolType(null); toggleConsumerProtocolType(null); } @FXML public void onNameFieldKeyPressed(final KeyEvent event) { if (event.getCode() == KeyCode.ENTER) { setEditNameState(!isEditingName); } } @FXML public void toggleEditName(final ActionEvent event) { setEditNameState(!isEditingName); } private void setEditNameState(boolean newState) { if (newState != isEditingName) { isEditingName = newState; if (isEditingName) { editNameBtn.setTooltip(new Tooltip(UIMessages.getMessage("UI_FIXTURE_SAVE_NAME_DESC"))); editNameBtn.setGraphic( new ImageView(new Image(FixtureController.class.getResourceAsStream(SAVE_IMAGE_SOURCE)))); nameField.setEditable(true); } else { editNameBtn.setTooltip(new Tooltip(UIMessages.getMessage("UI_FIXTURE_EDIT_NAME_DESC"))); editNameBtn.setGraphic( new ImageView(new Image(FixtureController.class.getResourceAsStream(EDIT_IMAGE_SOURCE)))); nameField.setEditable(false); } } } @FXML public void onAddProducerKeyPressed(final KeyEvent event) { if (event.getCode() == KeyCode.ENTER) { ActionEvent actionEvent = null; addProducer(actionEvent); } } @FXML public void addProducer(final ActionEvent event) { String hostName = producerHostName.getText(); int port = NumberUtils.toInt(producerPort.getText(), 0); if (StringUtils.isEmpty(hostName) || port == 0) { //TODO: Validation error } else { ConnectableRemoteHost remoteHost = new ConnectableRemoteHost(hostName, port); producersTable.getItems().add(remoteHost); addProducer(remoteHost); } } @FXML public void onAddConsumerKeyPressed(final KeyEvent event) { if (event.getCode() == KeyCode.ENTER) { ActionEvent actionEvent = null; addConsumer(actionEvent); } } @FXML public void addConsumer(final ActionEvent event) { String hostName = consumerHostName.getText(); int port = NumberUtils.toInt(consumerPort.getText(), 0); if (StringUtils.isEmpty(hostName) || port == 0) { //TODO: Validation error } else { ConnectableRemoteHost remoteHost = new ConnectableRemoteHost(hostName, port); consumersTable.getItems().add(remoteHost); addConsumer(remoteHost); } } @FXML public void toggleProducerProtocolType(final ActionEvent event) { Protocol protocol = producersProtocolType.getValue(); ObservableList<Property> props = producerPropertiesCache.get(protocol); producersPropsTable.setItems(props); setProducerProtocol(protocol); } @FXML public void toggleConsumerProtocolType(final ActionEvent event) { Protocol protocol = consumersProtocolType.getValue(); ObservableList<Property> props = consumerPropertiesCache.get(protocol); consumersPropsTable.setItems(props); setConsumerProtocol(protocol); } @FXML public void toggleTestType(final ActionEvent event) { rampTestGroup.setVisible(false); stressTestGroup.setVisible(false); timeTestGroup.setVisible(false); TestType selectedTestType = testType.getValue(); switch (selectedTestType) { case RAMP: rampTestGroup.setVisible(true); break; case STRESS: stressTestGroup.setVisible(true); break; case TIME: default: timeTestGroup.setVisible(true); break; } } @FXML public void applySimulation(final ActionEvent event) { TestType type = testType.getValue(); if (!isSimulationValid(type)) { //TODO: Display validation message return; } switch (type) { case RAMP: RampTest rampTest = new RampTest(); rampTest.setEventsToAddPerTest(eventsToAddPerTest.getNumber().intValue()); rampTest.setMaxEvents(maxEvents.getNumber().intValue()); rampTest.setMinEvents(minEvents.getNumber().intValue()); if (expectedResultCountPerTest.getNumber() != null && expectedResultCountPerTest.getNumber().intValue() > 0) { rampTest.setExpectedResultCountPerTest(expectedResultCountPerTest.getNumber().intValue()); } setTest(rampTest); break; case STRESS: StressTest stressTest = new StressTest(); if (expectedResultCount.getNumber() != null && expectedResultCount.getNumber().intValue() > 0) { stressTest.setExpectedResultCount(expectedResultCount.getNumber().intValue()); } stressTest.setIterations(iterations.getNumber().intValue()); stressTest.setNumOfEvents(numOfEvents.getNumber().intValue()); setTest(stressTest); break; case TIME: TimeTest timeTest = new TimeTest(); if (expectedResultCountPerSec.getNumber() != null && expectedResultCountPerSec.getNumber().intValue() > 0) { timeTest.setExpectedResultCountPerSec(expectedResultCountPerSec.getNumber().intValue()); } if (staggeringInterval.getNumber() != null && staggeringInterval.getNumber().intValue() > 0) { timeTest.setExpectedResultCountPerSec(staggeringInterval.getNumber().intValue()); } timeTest.setEventsPerSec(eventsPerSec.getNumber().intValue()); timeTest.setTotalTimeInSec(totalTimeInSec.getNumber().intValue()); setTest(timeTest); break; default: break; } } /** * Validates the simulation inputs * * @param type */ private boolean isSimulationValid(TestType type) { switch (testType.getValue()) { case RAMP: if (eventsToAddPerTest.getNumber().intValue() <= 0) { return false; } if (maxEvents.getNumber().intValue() <= 0) { return false; } if (minEvents.getNumber().intValue() <= 0) { return false; } return true; case STRESS: if (numOfEvents.getNumber().intValue() <= 0) { return false; } if (iterations.getNumber().intValue() <= 0) { return false; } return true; case TIME: if (eventsPerSec.getNumber().intValue() <= 0) { return false; } if (totalTimeInSec.getNumber().intValue() <= 0) { return false; } return true; default: break; } return false; } private ObservableList<TestType> getTestTypes() { ArrayList<TestType> list = new ArrayList<TestType>(); list.add(TestType.TIME); list.add(TestType.STRESS); list.add(TestType.RAMP); return FXCollections.observableList(list); } /** * Helper method used to set the Test on the Fixture object * * @param test */ private void setTest(Test test) { if (fixture == null) { fixture = new Fixture(); } if (fixture.getSimulation() == null) { fixture.setSimulation(new Simulation()); } fixture.getSimulation().setTest(test); } /** * Helper method used to set the Protocol on the Producer Config object * * @param protocol {@link Protocol} */ private void setProducerProtocol(Protocol protocol) { if (fixture == null) { fixture = new Fixture(); } if (fixture.getProducerConfig() == null) { fixture.setProducerConfig(new ProducerConfig()); } fixture.getProducerConfig().setProtocol(protocol); } /** * Helper method used to set the Protocol on the Consumer Config object * * @param protocol {@link Protocol} */ private void setConsumerProtocol(Protocol protocol) { if (fixture == null) { fixture = new Fixture(); } if (fixture.getConsumerConfig() == null) { fixture.setConsumerConfig(new ConsumerConfig()); } fixture.getConsumerConfig().setProtocol(protocol); } /** * Helper method used to add producers to the Producer Config object * * @param remoteHost {@link ConnectableRemoteHost} */ private void addProducer(ConnectableRemoteHost remoteHost) { if (fixture == null) { fixture = new Fixture(); } if (fixture.getProducerConfig() == null) { fixture.setProducerConfig(new ProducerConfig()); } fixture.getProducerConfig().getProducers() .add(new RemoteHost(remoteHost.getHost(), remoteHost.getCommandPort())); } /** * Helper method used to add producers to the Consumer Config object * * @param remoteHost {@link ConnectableRemoteHost} */ private void addConsumer(ConnectableRemoteHost remoteHost) { if (fixture == null) { fixture = new Fixture(); } if (fixture.getConsumerConfig() == null) { fixture.setConsumerConfig(new ConsumerConfig()); } fixture.getConsumerConfig().getConsumers() .add(new RemoteHost(remoteHost.getHost(), remoteHost.getCommandPort())); } /** * Helper methods to delete producer from the model * * @param remoteHost {@link ConnectableRemoteHost} */ private void deleteProducer(ConnectableRemoteHost remoteHost) { if (fixture == null || fixture.getProducerConfig() == null || fixture.getProducerConfig().getProducers() == null) { return; } fixture.getProducerConfig().getProducers() .remove(new RemoteHost(remoteHost.getHost(), remoteHost.getCommandPort())); } /** * Helper methods to delete consumer from the model * * @param remoteHost {@link ConnectableRemoteHost} */ private void deleteConsumer(ConnectableRemoteHost remoteHost) { if (fixture == null || fixture.getConsumerConfig() == null || fixture.getConsumerConfig().getConsumers() == null) { return; } fixture.getConsumerConfig().getConsumers() .remove(new RemoteHost(remoteHost.getHost(), remoteHost.getCommandPort())); } /** * Helper method to toggle if we are editing the default fixxture or not. * * @param isDefault boolean */ private void applyIsDefault(boolean isDefault) { if (isDefault) { editNameBtn.setVisible(false); nameField.setEditable(false); } else { editNameBtn.setVisible(true); nameField.setEditable(true); } } /** * Helper method that is used to set the fixture object and apply it to all * of the ui elements * * @param fixture */ private void applyFixture(Fixture fixture) { if (fixture == null) { return; } if (isDefault) { nameField.setEditable(false); editNameBtn.setVisible(false); } else { nameField.setText(fixture.getName()); nameField.setEditable(true); editNameBtn.setVisible(true); } // apply if necessary if (fixture.getConsumerConfig() != null) { fixture.getConsumerConfig().apply(fixture.getDefaultConfig()); } if (fixture.getProducerConfig() != null) { fixture.getProducerConfig().apply(fixture.getDefaultConfig()); } // get the consumers List<RemoteHost> consumers = new ArrayList<RemoteHost>(); if (fixture.getConsumerConfig() != null) { if (fixture.getConsumerConfig().getProtocol() != null && fixture.getConsumerConfig().getProtocol() != Protocol.UNKNOWN) { consumersProtocolType.setValue(fixture.getConsumerConfig().getProtocol()); if (fixture.getConsumerConfig().getProperties() != null) { ObservableList<Property> propsInCache = consumerPropertiesCache .get(fixture.getConsumerConfig().getProtocol()); propsInCache.stream().forEach(prop -> { prop.setValue(fixture.getConsumerConfig().getPropertyValue(prop.getName())); }); } } if (fixture.getConsumerConfig().getConsumers() != null) { consumers = fixture.getConsumerConfig().getConsumers(); } else { consumers.add(fixture.getConsumerConfig().getDefaultRemoteHost()); } } List<ConnectableRemoteHost> connectableConsumers = convert(consumers); consumersTable.getItems().clear(); consumersTable.getItems().addAll(connectableConsumers); // get the producers List<RemoteHost> producers = new ArrayList<RemoteHost>(); if (fixture.getProducerConfig() != null) { if (fixture.getProducerConfig().getProtocol() != null && fixture.getProducerConfig().getProtocol() != Protocol.UNKNOWN) { producersProtocolType.setValue(fixture.getProducerConfig().getProtocol()); if (fixture.getProducerConfig().getProperties() != null) { ObservableList<Property> propsInCache = producerPropertiesCache .get(fixture.getProducerConfig().getProtocol()); propsInCache.stream().forEach(prop -> { prop.setValue(fixture.getProducerConfig().getPropertyValue(prop.getName())); }); } } if (fixture.getProducerConfig().getProducers() != null) { producers = fixture.getProducerConfig().getProducers(); } else { producers.add(fixture.getProducerConfig().getDefaultRemoteHost()); } } List<ConnectableRemoteHost> connectableProducers = convert(producers); producersTable.getItems().clear(); producersTable.getItems().addAll(connectableProducers); // set the test if (fixture.getSimulation() == null) { fixture.setSimulation(new Simulation()); } if (fixture.getSimulation().getTest() == null) { fixture.getSimulation().setTest(new TimeTest()); } Test test = fixture.getSimulation().getTest(); testType.setValue(test.getType()); switch (test.getType()) { case RAMP: RampTest rampTest = (RampTest) test; if (rampTest.getEventsToAddPerTest() > 0) { eventsToAddPerTest.setNumber(new BigDecimal(rampTest.getEventsToAddPerTest())); } if (rampTest.getMaxEvents() > 0) { maxEvents.setNumber(new BigDecimal(rampTest.getMaxEvents())); } if (rampTest.getMinEvents() > 0) { minEvents.setNumber(new BigDecimal(rampTest.getMinEvents())); } if (rampTest.getExpectedResultCountPerTest() > 0) { expectedResultCountPerTest.setNumber(new BigDecimal(rampTest.getExpectedResultCountPerTest())); } break; case STRESS: StressTest stressTest = (StressTest) test; if (stressTest.getNumOfEvents() > 0) { numOfEvents.setNumber(new BigDecimal(stressTest.getNumOfEvents())); } if (stressTest.getIterations() > 0) { iterations.setNumber(new BigDecimal(stressTest.getIterations())); } if (stressTest.getExpectedResultCount() > 0) { expectedResultCount.setNumber(new BigDecimal(stressTest.getExpectedResultCount())); } break; case TIME: TimeTest timeTest = (TimeTest) test; if (timeTest.getEventsPerSec() > 0) { eventsPerSec.setNumber(new BigDecimal(timeTest.getEventsPerSec())); } if (timeTest.getTotalTimeInSec() > 0) { totalTimeInSec.setNumber(new BigDecimal(timeTest.getTotalTimeInSec())); } if (timeTest.getExpectedResultCountPerSec() > 0) { expectedResultCountPerSec.setNumber(new BigDecimal(timeTest.getExpectedResultCountPerSec())); } if (timeTest.getStaggeringInterval() > 0) { staggeringInterval.setNumber(new BigDecimal(timeTest.getStaggeringInterval())); } break; default: break; } toggleTestType(null); } /** * Convert from {@link RemoteHost} to {@link ConnectableRemoteHost} * * @param remoteHosts * @return Returns a list of Connectable Remote Host */ private List<ConnectableRemoteHost> convert(List<RemoteHost> remoteHosts) { if (remoteHosts == null) { return null; } return remoteHosts.stream().map(host -> new ConnectableRemoteHost(host)).collect(Collectors.toList()); } /** * TODO: More finite control of when we connect to producers and consumers * * @param remoteHost */ // private void connect(final ConnectableRemoteHost remoteHost) // { // // } /** * TODO: More finite control of when we connect to producers and consumers * * @param remoteHost */ // private void disconnect(final ConnectableRemoteHost remoteHost) // { // // } private ObservableList<Protocol> getProducerProtocolList() { ArrayList<Protocol> list = new ArrayList<Protocol>(); list.add(Protocol.ACTIVE_MQ); list.add(Protocol.AZURE); list.add(Protocol.KAFKA); list.add(Protocol.RABBIT_MQ); list.add(Protocol.STREAM_SERVICE); list.add(Protocol.TCP); list.add(Protocol.TCP_SERVER); list.add(Protocol.WEBSOCKETS); list.add(Protocol.WEBSOCKET_SERVER); return FXCollections.observableList(list); } private ObservableList<Protocol> getConsumerProtocolList() { ArrayList<Protocol> list = new ArrayList<Protocol>(); list.add(Protocol.ACTIVE_MQ); list.add(Protocol.AZURE); list.add(Protocol.BDS); list.add(Protocol.RABBIT_MQ); list.add(Protocol.STREAM_SERVICE); list.add(Protocol.TCP); list.add(Protocol.TCP_SERVER); list.add(Protocol.WEBSOCKETS); list.add(Protocol.KAFKA); return FXCollections.observableList(list); } /** * FIXME: This is a hardcoding method - we need to get rid oof this and * introspec the Producer or Consumer for its individual properties */ private void initPropertiesCache() { // Producers producerPropertiesCache = new HashMap<Protocol, ObservableList<Property>>(); Property simulationFile = new Property("simulationFile", ""); // TCP ArrayList<Property> props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("hosts", "localhost")); props.add(new Property("port", "5565")); producerPropertiesCache.put(Protocol.TCP, FXCollections.observableList(props)); // TCP SERVER props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("hosts", "localhost")); props.add(new Property("port", "5565")); producerPropertiesCache.put(Protocol.TCP_SERVER, FXCollections.observableList(props)); // ACTIVE_MQ props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("providerUrl", "")); props.add(new Property("destinationType", "")); props.add(new Property("destinationName", "")); producerPropertiesCache.put(Protocol.ACTIVE_MQ, FXCollections.observableList(props)); // KAFKA props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("brokerList", "localhost:9092")); props.add(new Property("topic", "default-topic")); props.add(new Property("requiredAcks", "1")); producerPropertiesCache.put(Protocol.KAFKA, FXCollections.observableList(props)); // RABBIT_MQ props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("uri", "")); props.add(new Property("exchangeName", "")); props.add(new Property("queueName", "")); props.add(new Property("routingKey", "")); producerPropertiesCache.put(Protocol.RABBIT_MQ, FXCollections.observableList(props)); // STREAM_SERVICE props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("hosts", "localhost")); props.add(new Property("port", "6180")); props.add(new Property("serviceName", "vehicles")); props.add(new Property("connectionCount", "1")); producerPropertiesCache.put(Protocol.STREAM_SERVICE, FXCollections.observableList(props)); // WEBSOCKETS props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("url", "")); props.add(new Property("connectionCount", "1")); producerPropertiesCache.put(Protocol.WEBSOCKETS, FXCollections.observableList(props)); // WEBSOCKETS_SERVER props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("port", "5565")); producerPropertiesCache.put(Protocol.WEBSOCKET_SERVER, FXCollections.observableList(props)); // AZURE props = new ArrayList<Property>(); props.add(simulationFile); props.add(new Property("producerConnectionString", "")); producerPropertiesCache.put(Protocol.AZURE, FXCollections.observableList(props)); // Consumers consumerPropertiesCache = new HashMap<Protocol, ObservableList<Property>>(); // TCP props = new ArrayList<Property>(); props.add(new Property("hosts", "localhost")); props.add(new Property("port", "5575")); consumerPropertiesCache.put(Protocol.TCP, FXCollections.observableList(props)); //TCP_SERVER props = new ArrayList<Property>(); props.add(new Property("port", "5775")); consumerPropertiesCache.put(Protocol.TCP_SERVER, FXCollections.observableList(props)); // ACTIVE_MQ props = new ArrayList<Property>(); props.add(new Property("providerUrl", "")); props.add(new Property("destinationType", "")); props.add(new Property("destinationName", "")); consumerPropertiesCache.put(Protocol.ACTIVE_MQ, FXCollections.observableList(props)); // RABBIT_MQ props = new ArrayList<Property>(); props.add(new Property("uri", "")); props.add(new Property("exchangeName", "")); props.add(new Property("queueName", "")); props.add(new Property("routingKey", "")); consumerPropertiesCache.put(Protocol.RABBIT_MQ, FXCollections.observableList(props)); // STREAM_SERVICE props = new ArrayList<Property>(); props.add(new Property("hosts", "localhost")); props.add(new Property("port", "6180")); props.add(new Property("serviceName", "vehicles")); props.add(new Property("connectionCount", "1")); consumerPropertiesCache.put(Protocol.STREAM_SERVICE, FXCollections.observableList(props)); // WEBSOCKETS props = new ArrayList<Property>(); props.add(new Property("url", "")); props.add(new Property("connectionCount", "1")); consumerPropertiesCache.put(Protocol.WEBSOCKETS, FXCollections.observableList(props)); // KAFKA props = new ArrayList<Property>(); props.add(new Property("zookeeper", "localhost:2181")); props.add(new Property("consumergroup", "consumergroup1")); props.add(new Property("topic", "testtopic")); props.add(new Property("numthreads", "1")); consumerPropertiesCache.put(Protocol.KAFKA, FXCollections.observableList(props)); // BDS props = new ArrayList<Property>(); props.add(new Property("msLayerUrl", "https://gis.server.com/arcgis/rest/services/Hosted/FAA-Stream/MapServer/0")); consumerPropertiesCache.put(Protocol.BDS, FXCollections.observableList(props)); // AXURE props = new ArrayList<Property>(); props.add(new Property("consumerConnectionUri", "")); props.add(new Property("consumerEventHubName", "")); props.add(new Property("consumerNumberOfPartitions", "")); consumerPropertiesCache.put(Protocol.AZURE, FXCollections.observableList(props)); } /** * Helper static class to create delete button * * @param <T> */ private class DeleteableTableCell<T> extends TableCell<ConnectableRemoteHost, Boolean> { //statics private static final String DELETE_IMAGE_SOURCE = "images/delete.png"; @Override protected void updateItem(Boolean item, boolean empty) { super.updateItem(item, empty); setAlignment(Pos.CENTER); if (empty) { setGraphic(null); return; } final ConnectableRemoteHost remoteHost = (ConnectableRemoteHost) getTableRow().getItem(); final TableView<ConnectableRemoteHost> table = getTableView(); Button deleteButton = new Button("", new ImageView(new Image(FixtureController.class.getResourceAsStream(DELETE_IMAGE_SOURCE)))); deleteButton.getStyleClass().add("buttons"); deleteButton.setTooltip(new Tooltip(UIMessages.getMessage("UI_DELETE_DESC"))); deleteButton.setOnAction(event -> { table.getItems().remove(remoteHost); if (table.getId().contains("producers")) { deleteProducer(remoteHost); } else { deleteConsumer(remoteHost); } }); setGraphic(deleteButton); } } /** * Helper static class to create connected/disconnected buttons based on the * a boolean property * * @param <T> */ // private class ConnectedTableCell<T> extends TableCell<ConnectableRemoteHost, Boolean> // { // //statics // private static final String CONNECTED_IMAGE_SOURCE = "images/connected.png"; // private static final String DISCONNECTED_IMAGE_SOURCE = "images/disconnected.png"; // // @Override // protected void updateItem(Boolean item, boolean empty) // { // super.updateItem(item, empty); // setAlignment(Pos.CENTER); // // if( empty || item == null ) // { // setGraphic(null); // return; // } // // ConnectableRemoteHost remoteHost = (ConnectableRemoteHost) getTableRow().getItem(); // if(item) // { // setGraphic(getConnectedButton(remoteHost)); // } // else // { // setGraphic(getDisconnectedButton(remoteHost)); // } // } // // private Button getConnectedButton(final ConnectableRemoteHost remoteHost) // { // Button connectedButton = new Button("", new ImageView(new Image(FixtureController.class.getResourceAsStream(CONNECTED_IMAGE_SOURCE)))); // connectedButton.getStyleClass().add("buttons"); // connectedButton.setTooltip(new Tooltip(UIMessages.getMessage("UI_DISCONNECT_DESC"))); // connectedButton.setOnAction(event -> { // connect(remoteHost); // }); // return connectedButton; // } // // private Button getDisconnectedButton(final ConnectableRemoteHost remoteHost) // { // Button disconnectedButton = new Button("", new ImageView(new Image(FixtureController.class.getResourceAsStream(DISCONNECTED_IMAGE_SOURCE)))); // disconnectedButton.getStyleClass().add("buttons"); // disconnectedButton.setTooltip(new Tooltip(UIMessages.getMessage("UI_CONNECT_DESC"))); // disconnectedButton.setOnAction(event -> { // disconnect(remoteHost); // }); // return disconnectedButton; // } // } }