List of usage examples for java.util HashMap forEach
@Override
public void forEach(BiConsumer<? super K, ? super V> action)
From source file:org.pentaho.js.require.RebuildCacheCallable.java
private static void makePathsAbsolute(Map<String, Object> result, String baseUrl) { HashMap<String, String> paths = (HashMap<String, String>) result.get("paths"); paths.forEach((moduleId, location) -> { if (checkNeedsBaseUrl(location)) { paths.put(moduleId, baseUrl + location); }// w ww . j av a2 s . com }); ArrayList<Object> packages = (ArrayList<Object>) result.get("packages"); final ArrayList<Object> convertedPackages = packages.stream().filter(Objects::nonNull) .map(packageDefinition -> { if (packageDefinition instanceof HashMap) { final HashMap<String, String> complexPackageDefinition = (HashMap<String, String>) packageDefinition; if (complexPackageDefinition.containsKey("location")) { String location = complexPackageDefinition.get("location"); if (checkNeedsBaseUrl(location)) { complexPackageDefinition.put("location", baseUrl + location); return complexPackageDefinition; } } } return packageDefinition; }).collect(Collectors.toCollection(ArrayList<Object>::new)); result.put("packages", convertedPackages); }
From source file:com.glluch.ecf2xmlmaven.Writer.java
protected static void writeHM2solr(HashMap<String, String> map, String path, String solrType, String code, String solrComment) {/*from ww w.java2 s . c o m*/ map.forEach((String key, String value) -> { try { writePart2Solr(path, value, solrType, code + key, solrComment); } catch (IOException ex) { Logger.getLogger(Writer.class.getName()).log(Level.SEVERE, null, ex); } });//end forEach }
From source file:Main.java
/** * Returns a HashSet of values in a HashMap that match the specified Predicate. * @param map the HashMap to check against * @param condition the Predicate to check * @param <K> the type of the Key in the HashMap * @param <V> the type of the Value in the HashMap * @return a HashSet of values matching the predicate, empty HashSet if no results found * @throws IllegalArgumentException if HashMap or Predicate is null *//*w w w .j a v a 2s . c o m*/ public static <K, V> HashSet<V> getValuesInHashMap(final HashMap<K, V> map, final Predicate<V> condition) { final HashSet<V> matchingValues = new HashSet<>(); if (map == null) throw new IllegalArgumentException("HashMap cannot be null!"); if (condition == null) throw new IllegalArgumentException("Predicate cannot be null!"); map.forEach((key, value) -> { if (condition.test(value)) matchingValues.add(value); }); return matchingValues; }
From source file:com.scaniatv.LangFileUpdater.java
/** * Method that converts the lang map to a JSON array for the panel to us. * //from ww w. j a v a 2s . c o m * @param map * @return */ private static String convertLangMapToJSONArray(HashMap<String, String> map) { final JSONStringer jsonArray = new JSONStringer(); // Make a new array. jsonArray.array(); map.forEach((String key, String value) -> { final JSONObject obj = new JSONObject(); jsonArray.object().key("id").value(key).key("response").value(value).endObject(); }); // Close the array. jsonArray.endArray(); // This part is a bit slow. return jsonArray.toString(); }
From source file:org.briljantframework.data.Collectors.java
public static <T> Collector<T, ?, Vector> valueCounts() { return Collector.of(HashMap::new, (map, t) -> map.compute(t, (v, c) -> c == null ? 1 : c + 1), new BinaryOperator<HashMap<T, Integer>>() { @Override/*from ww w.jav a 2 s. co m*/ public HashMap<T, Integer> apply(HashMap<T, Integer> left, HashMap<T, Integer> right) { right.forEach((k, v) -> left.merge(k, v, (Integer o, Integer n) -> o == null ? n : o + n)); return left; } }, (map) -> { Vector.Builder b = new TypeInferenceVectorBuilder(); for (Map.Entry<T, Integer> e : map.entrySet()) { b.set(e.getKey(), e.getValue()); } return b.build(); }, Collector.Characteristics.UNORDERED); }
From source file:com.scaniatv.LangFileUpdater.java
/** * Method that gets the ID from the custom and default lang file, and adds * missing lang IDs to the custom one, plus returns the lang ID and matches in a HashMap. * //from w ww . jav a2 s . c o m * @param defaultLang * @param customLang * @return */ private static HashMap<String, String> getCustomAndDefaultLangMap(String defaultLang, String customLang) { // Create a new patter that will match if the default lang ID is also in the custom one. final Pattern pattern = Pattern.compile( "^\\$\\.lang\\.register\\((\\'|\\\")([a-zA-Z0-9,.-]+)(\\'|\\\")\\,\\s(\\'|\\\")(.*)(\\'|\\\")\\);", Pattern.MULTILINE); // Get all matches for the default lang. final Matcher m1 = pattern.matcher(defaultLang); final HashMap<String, String> defaultMatches = new HashMap<>(); while (m1.find()) { defaultMatches.put(m1.group(2), m1.group(5)); } // Get all matches for the custom lang. final Matcher m2 = pattern.matcher(customLang); final HashMap<String, String> customMatches = new HashMap<>(); while (m2.find()) { customMatches.put(m2.group(2), m2.group(5)); } // Check if any is missing in the custom one. defaultMatches.forEach((String key, String value) -> { if (!customMatches.containsKey(key)) { customMatches.put(key, value); } }); return customMatches; }
From source file:org.apache.eagle.alert.engine.evaluator.impl.SiddhiPolicyHandler.java
public void restoreSiddhiSnapshot(byte[] siddhiSnapshot) { HashMap<String, Object[]> snapshots = (HashMap<String, Object[]>) ByteSerializer.BToO(siddhiSnapshot); HashMap<String, Object[]> modifiedSnapshots = new HashMap<>(snapshots.size()); snapshots.forEach((oldElementId, snapshot) -> { String[] splitedId = StringUtils.split(oldElementId, "-"); String newElementId = executionRuntime.getName() + "-" + splitedId[splitedId.length - 1]; modifiedSnapshots.put(newElementId, snapshot); });/* ww w . j a v a2s . c om*/ siddhiSnapshot = ByteSerializer.OToB(modifiedSnapshots); LOG.info("Restoring SiddhiSnapshot Start"); this.executionRuntime.restore(siddhiSnapshot); LOG.info("Restoring SiddhiSnapshot End"); }
From source file:com.viettel.util.doc.DocsUtility.java
public void replaceValues(HashMap<String, String> maps) { maps.forEach((t, u) -> { replacePlaceholder(u, t); }); }
From source file:org.thingsplode.synapse.serializers.jackson.JacksonSerializer.java
private void registerHandlers(List<JsonSerializer> serializers, HashMap<Class, JsonDeserializer> deSerializers) { if (serializers != null && !serializers.isEmpty()) { serializers.forEach(s -> module.addSerializer(s)); }/*from w w w.j a v a 2s .c o m*/ if (deSerializers != null && !deSerializers.isEmpty()) { deSerializers.forEach((k, v) -> module.addDeserializer(k, v)); } }
From source file:com.falcon.orca.actors.ClusterManager.java
@Override public void onReceive(Object message) { if (message instanceof ClusterEvent.CurrentClusterState) { log.info("Got message of type Current cluster state"); } else if (message instanceof ClusterEvent.MemberUp) { ClusterEvent.MemberUp memberUp = (ClusterEvent.MemberUp) message; //if(memberUp.member().hasRole("node_manager")) { NodeManagerCommand command = new NodeManagerCommand(); command.setType(NodeManagerCommandType.REGISTER_TO_MASTER); getContext().actorSelection(memberUp.member().address() + "/user/node_manager").tell(command, getSelf());/*ww w.ja v a 2 s . c o m*/ //} } else if (message instanceof ClusterEvent.MemberExited) { nodeManagers.remove(getSender()); } else if (message instanceof ClusterEvent.UnreachableMember) { log.info("Got message of type unreachable member " + getSender()); nodeManagers.remove(getSender()); } else if (message instanceof ClusterManagerCommand) { switch (((ClusterManagerCommand) message).getType()) { case REGISTER_NODE: nodeManagers.add(getSender()); if (nodeManagers.size() >= minimumNodes) { printOnCmd("Minimum number of nodes in cluster complete, you can run tests now."); } break; case UNREGISTER_NODE: { printOnCmd("Got a node disconnect request, current size " + nodeManagers.size()); nodeManagers.remove(getSender()); printOnCmd("Removing node from cluster after removal size " + nodeManagers.size()); break; } case START_LOAD: { try { if (nodeManagers.size() < minimumNodes) { printOnCmd("Not enough numbers of nodes, have patience."); } else if (isBusy) { printOnCmd("Already a run going on can't start another, wait for it to finish"); } else { isBusy = true; busyNodes = 0; pausedNodes = 0; mergedResponseTimes.clear(); runResults.clear(); nodeManagers.forEach((o) -> { NodeManagerCommand nodeManagerCommand = new NodeManagerCommand(); nodeManagerCommand.setType(NodeManagerCommandType.CLEAR_LOAD_DATA); o.tell(nodeManagerCommand, getSelf()); }); ClusterManagerCommand managerCommand = (ClusterManagerCommand) message; RunDetails runDetails = (RunDetails) managerCommand.getFromContext("runDetails"); if (runDetails.isUrlDynamic() || runDetails.isBodyDynamic()) { DataReader dataReader = new JsonFileReader(runDetails.getDataFilePath(), runDetails.getTemplateFilePath()); HashMap<String, HashMap<String, List<Object>>> dynDataFromFile = dataReader .readVariableValues(); HashMap<String, HashMap<String, DynVarUseType>> dynVarUseTypeFromFile = dataReader .readVariableUseType(); HashMap<String, DynGenerator> generators = dataReader.readGenerators(); if (generators != null) { generators.forEach((k, v) -> nodeManagers.forEach((o) -> { NodeManagerCommand nodeManagerCommand = new NodeManagerCommand(); nodeManagerCommand.setType(NodeManagerCommandType.TAKE_LOAD_DATA); nodeManagerCommand.putOnContext("key", k); nodeManagerCommand.putOnContext("data", v); nodeManagerCommand.putOnContext("dataType", "generator"); o.tell(nodeManagerCommand, getSelf()); })); } final int[] nodeManagerIndex = { 0 }; if (runDetails.isBodyDynamic()) { HashMap<String, List<Object>> bodyParams = dynDataFromFile.get("bodyData"); HashMap<String, DynVarUseType> bodyParamsUseType = dynVarUseTypeFromFile .get("bodyVarUseType"); String template = dataReader.readTemplate(); if (!StringUtils.isBlank(template)) { NodeManagerCommand nodeManagerCommand = new NodeManagerCommand(); nodeManagerCommand.putOnContext("template", template); nodeManagerCommand.setType(NodeManagerCommandType.TAKE_LOAD_DATA); nodeManagers.forEach((o) -> o.tell(nodeManagerCommand, getSelf())); } bodyParams.forEach((k, v) -> { List<List<Object>> partitions = Lists.partition(v, v.size() / nodeManagers.size()); nodeManagerIndex[0] = 0; nodeManagers.forEach((o) -> { List<Object> partition = partitions.get(nodeManagerIndex[0]++); if (partition.size() < 10000) { NodeManagerCommand nodeDataCommand = new NodeManagerCommand(); nodeDataCommand.setType(NodeManagerCommandType.TAKE_LOAD_DATA); nodeDataCommand.putOnContext("key", k); nodeDataCommand.putOnContext("data", new ArrayList(partition)); nodeDataCommand.putOnContext("dataType", "body"); nodeDataCommand.putOnContext("dataUseType", bodyParamsUseType.get(k)); o.tell(nodeDataCommand, getSelf()); } else { List<List<Object>> nodePartitions = Lists.partition(partition, 10000); for (List<Object> nodePartition : nodePartitions) { NodeManagerCommand nodeDataCommand = new NodeManagerCommand(); nodeDataCommand.setType(NodeManagerCommandType.TAKE_LOAD_DATA); nodeDataCommand.putOnContext("key", k); nodeDataCommand.putOnContext("data", new ArrayList(nodePartition)); nodeDataCommand.putOnContext("dataType", "body"); nodeDataCommand.putOnContext("dataUseType", bodyParamsUseType.get(k)); o.tell(nodeDataCommand, getSelf()); } } }); }); } if (runDetails.isUrlDynamic()) { HashMap<String, List<Object>> urlParams = dynDataFromFile.get("urlData"); HashMap<String, DynVarUseType> urlParamsUseType = dynVarUseTypeFromFile .get("urlVarUseType"); //Block to send urlTemplate to each node { NodeManagerCommand nodeManagerCommand = new NodeManagerCommand(); nodeManagerCommand.putOnContext("urlTemplate", runDetails.getUrl()); nodeManagerCommand.setType(NodeManagerCommandType.TAKE_LOAD_DATA); nodeManagers.forEach((o) -> o.tell(nodeManagerCommand, getSelf())); } urlParams.forEach((k, v) -> { List<List<Object>> partitions = Lists.partition(v, v.size() / nodeManagers.size()); nodeManagerIndex[0] = 0; nodeManagers.forEach((o) -> { List<Object> partition = partitions.get(nodeManagerIndex[0]++); if (partition.size() < 10000) { NodeManagerCommand nodeDataCommand = new NodeManagerCommand(); nodeDataCommand.setType(NodeManagerCommandType.TAKE_LOAD_DATA); nodeDataCommand.putOnContext("key", k); nodeDataCommand.putOnContext("data", new ArrayList<>(partition)); nodeDataCommand.putOnContext("dataType", "url"); nodeDataCommand.putOnContext("dataUseType", urlParamsUseType.get(k)); o.tell(nodeDataCommand, getSelf()); } else { List<List<Object>> nodePartitions = Lists.partition(partition, 10000); for (List<Object> nodePartition : nodePartitions) { NodeManagerCommand nodeDataCommand = new NodeManagerCommand(); nodeDataCommand.setType(NodeManagerCommandType.TAKE_LOAD_DATA); nodeDataCommand.putOnContext("key", k); nodeDataCommand.putOnContext("data", new ArrayList<>(nodePartition)); nodeDataCommand.putOnContext("dataType", "url"); nodeDataCommand.putOnContext("dataUseType", urlParamsUseType.get(k)); o.tell(nodeDataCommand, getSelf()); } } }); }); } nodeManagers.forEach((o) -> { NodeManagerCommand nodeManagerCommand = new NodeManagerCommand(); nodeManagerCommand.setType(NodeManagerCommandType.LOAD_DATA_COMPLETE); o.tell(nodeManagerCommand, getSelf()); }); } nodeManagers.forEach((o) -> { NodeManagerCommand command = new NodeManagerCommand(); command.putOnContext("runDetails", runDetails); command.setType(NodeManagerCommandType.START_LOAD); o.tell(command, getSelf()); }); } } catch (IOException ie) { printOnCmd("Datareader failed to read data from file, make sure template file, datafile pathe" + " are correct."); log.error("Datareader failed to load", ie); busyNodes = 0; isBusy = false; } break; } case LOAD_GENERATION_START: { busyNodes++; break; } case LOAD_GENERATION_COMPLETE: { runResults.add((RunResult) ((ClusterManagerCommand) message).getFromContext("runResult")); NodeManagerCommand nodeManagerCommand = new NodeManagerCommand(); nodeManagerCommand.setType(NodeManagerCommandType.SEND_DATA); getSender().tell(nodeManagerCommand, getSelf()); break; } case TAKE_DATA: { mergedResponseTimes .addAll((List<Long>) ((ClusterManagerCommand) message).getFromContext("responseTimes")); break; } case DATA_SEND_COMPLETE: { busyNodes--; if (busyNodes <= 0) { isBusy = false; printMergedResult(runResults, mergedResponseTimes); } break; } case STOP_LOAD: { nodeManagers.forEach((o) -> { NodeManagerCommand command = new NodeManagerCommand(); command.setType(NodeManagerCommandType.STOP_LOAD); o.tell(command, getSelf()); }); break; } case PAUSE_LOAD: { nodeManagers.forEach((o) -> { NodeManagerCommand command = new NodeManagerCommand(); command.setType(NodeManagerCommandType.PAUSE_LOAD); o.tell(command, getSelf()); }); break; } case LOAD_GENERATION_PAUSED: { pausedNodes++; if (Objects.equals(pausedNodes, busyNodes)) { isPaused = true; } break; } case LOAD_GENERATION_RESUMED: { pausedNodes--; if (pausedNodes <= 0) { isPaused = false; } break; } case RESUME_LOAD: { nodeManagers.forEach((o) -> { NodeManagerCommand command = new NodeManagerCommand(); command.setType(NodeManagerCommandType.RESUME_LOAD); o.tell(command, getSelf()); }); break; } case CLUSTER_DETAILS: printOnCmd(printClusterDetails(isBusy, isPaused, nodeManagers.size(), busyNodes)); break; case EXIT: //kill all the node managers and kill the local actor system and then exit nodeManagers.forEach((o) -> { NodeManagerCommand nodeManagerCommand = new NodeManagerCommand(); nodeManagerCommand.setType(NodeManagerCommandType.REMOTE_EXIT); o.tell(nodeManagerCommand, getSelf()); }); context().stop(getSelf()); break; default: unhandled(message); } } }