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Infinicast SDK to communicate with the cloud.
package io.infinicast.client.impl;
import io.infinicast.*;
import io.infinicast.client.api.*;
import io.infinicast.client.api.errors.ICError;
import io.infinicast.client.api.errors.ICErrorType;
import io.infinicast.client.api.errors.ICException;
import io.infinicast.client.api.paths.IEndpointContext;
import io.infinicast.client.api.paths.options.CompleteCallback;
import io.infinicast.client.impl.contexts.APEndpointContext;
import io.infinicast.client.impl.helper.ErrorHandlingHelper;
import io.infinicast.client.impl.messaging.ConnectorMessageManager;
import io.infinicast.client.impl.messaging.sender.MessageSender;
import io.infinicast.client.impl.objectState.Endpoint;
import io.infinicast.client.impl.objectState.ObjectStateManager;
import io.infinicast.client.impl.pathAccess.PathImpl;
import io.infinicast.client.impl.responder.RequestResponseManager;
import io.infinicast.client.protocol.Connector2EpsMessageType;
import io.infinicast.client.protocol.Connector2EpsMessageTypeConverter;
import io.infinicast.client.protocol.Eps2ConnectorMessageTypeConverter;
import io.infinicast.client.utils.NetFactory;
import io.infinicast.client.utils.PathUtils;
import java.util.concurrent.CompletableFuture;
import java.util.function.BiConsumer;
import java.util.function.Consumer;
/**
* Everything in Infinicast is using paths. Paths are the way to share anything:
* paths can be used to store data, send requests and send messages.
* all data, requests, messages can be listened on and live updates can be received.
*/
public class InfinicastClient extends PathImpl implements IPath, IInfinicastClient, IConnector {
IEndpoint2ServerNetLayer _endpoint2ServerNetLayer;
ObjectStateManager _objectStateManager;
String _role = "";
String _space = "";
Endpoint _thisEndpoint;
JObject _credentials = null;
Logger _ClientLogger = LoggerFactory.getLogger(InfinicastClient.class);
Consumer _onConnect;
Action _onDisconnect;
BiConsumer _unhandeledErrorHandler;
DisconnectManager _disconnectManager;
IntervalChecker _requestResponseChecker;
RequestResponseManager _responseManager = new RequestResponseManager();
public InfinicastClient() {
super("");
this._ClientLogger.info("Infinicast Client " + VersionHelper.getClientVersion());
Connector2EpsMessageTypeConverter.initialize();
Eps2ConnectorMessageTypeConverter.initialize();
}
void setCredentials(JObject credentials) {
this._credentials = credentials;
}
public void connectWithCredentials(String address, String space, String connectRole, JObject credentials, Consumer onConnect_) {
this.initialize();
try {
this._onConnect = onConnect_;
InfinicastClient connector = this;
TcpEndpoint2ServerNetLayer e2SNetLayer = new TcpEndpoint2ServerNetLayer();
Endpoint2ServerNetSettings netSettings = new Endpoint2ServerNetSettings();
netSettings.setServerAddress(NetFactory.createServerAddress(address));
connector.setSpace(space);
connector.setRole(connectRole);
connector.setCredentials(credentials);
netSettings.setHandler(super.messageManager);
this._endpoint2ServerNetLayer = e2SNetLayer;
super.messageManager.setSender(new MessageSender(e2SNetLayer));
super.messageManager.setConnector(this);
String result = e2SNetLayer.Open(netSettings);
if (!(StringExtensions.IsNullOrEmpty(result))) {
onConnect_.accept(ICError.create(ICErrorType.InternalError, result, ""));
;
}
}
catch (Exception e) {
this._onConnect.accept(ICError.fromException(e, ""));
;
}
}
/**
* Connects to Infinicast cloud to a given {@code space} via the specified {@code conntectRole} and the provided {@code credentials}
* @param address Adress of Infinicast Cloud. This specifies if you want to use the staging or live cloud. E.g. service.aplaypowered.com:7771
* @param space Your Space name. A space is similar to a database name in usual databases.
* @param conntectRole The connection Role this client should be connected to. Article:ConnectRole
* @param credentials Json credentials that can be passed to the authorisation service you defined
* @return Promise that will complete as soon as the connection has been established or throw an if not.
*/
public CompletableFuture connectWithCredentialsAsync(String address, String space, String conntectRole, JObject credentials) {
final CompletableFuture tcs = new CompletableFuture();
this.connectWithCredentials(address, space, conntectRole, credentials, (errorInfo) -> {
if (errorInfo != null) {
tcs.completeExceptionally(new ICException(errorInfo));
}
else {
tcs.complete(null);
}
;
});
return tcs;
}
public void connect(String address, String space, String conntectRole, Consumer onConnect_) {
this.connectWithCredentials(address, space, conntectRole, null, onConnect_);
}
/**
* Connects to Infinicast cloud to a given {@code space} via the specified {@code conntectRole}
* @param address Adress of Infinicast Cloud. This specifies if you want to use the staging or live cloud. E.g. service.aplaypowered.com:7771
* @param space Your Space name. A space is similar to a database name in usual databases.
* @param conntectRole The connection Role this client should be connected to. Article:ConnectRole
* @return Promise that will complete as soon as the connection has been established or throw an if not.
*/
public CompletableFuture connectAsync(String address, String space, String conntectRole) {
return this.connectWithCredentialsAsync(address, space, conntectRole, null);
}
/**
* Registers a {@code handler} to be informed when the Client has been disconnected.
* @param handler Handler to be informed when the Client has been disconnected.
*/
public void onDisconnect(Action handler) {
this._onDisconnect = handler;
}
/**
* Registers a {@code handler} to be informed when the Client has been disconnected.
* @param handler Handler to be informed when the Client has been disconnected.
* @return a promise that completes after the handler has been registered
*/
public CompletableFuture onDisconnectAsync(Action handler) {
CompletableFuture tcs = new CompletableFuture();
this.onDisconnect(handler);
tcs.complete(null);
return tcs;
}
/**
* Disconnects the client from the cloud.
*/
public void disconnect() {
this.whenDisconnected();
}
void whenDisconnected() {
DisconnectManager discMan = this._disconnectManager;
if (discMan != null) {
discMan.StopDisconnectChecker();
this._disconnectManager = null;
}
IntervalChecker responseChecker = this._requestResponseChecker;
if (responseChecker != null) {
responseChecker.StopChecker();
this._requestResponseChecker = null;
}
this._objectStateManager = null;
ConnectorMessageManager mm = super.messageManager;
super.messageManager = null;
if (mm != null) {
mm.destroy();
}
this._credentials = null;
this._thisEndpoint = null;
IEndpoint2ServerNetLayer netLayer = this._endpoint2ServerNetLayer;
if (netLayer != null) {
netLayer.Close();
this._endpoint2ServerNetLayer = null;
}
}
/**
* Disconnects the client from the cloud.
* @return a promise that completes after the disconnect has been successfull
*/
public CompletableFuture disconnectAsync() {
CompletableFuture tcs = new CompletableFuture();
this.disconnect();
tcs.complete(null);
return tcs;
}
/**
* get a reference to your own @see Infinicast.Client.Api.IEndpoint
* @return an that represents this clients Endpoint(http://infinicast.io/docs/Endpoint)
*/
public IEndpoint getOwnEndpoint() {
return this._thisEndpoint;
}
/**
* get a reference to an @see Infinicast.Client.Api.IEndpoint by its {@code endpointId}
* @param endpointId The Id the Endpoint is represented by see http://infinicast.io/docs/EndpointId
* @return an that represents the Endpoint(http://infinicast.io/docs/Endpoint)
*/
public IEndpoint getEndpointById(String endpointId) {
String path = PathUtils.getEndpointPath(endpointId);
Endpoint endpointObject = new Endpoint(path, endpointId, this);
return endpointObject;
}
/**
* get a reference to an @see Infinicast.Client.Api.IEndpoint by its {@code endpointPath}
* @param endpointPath The PathImpl the Endpoint is represented by see http://infinicast.io/docs/EndpointPath
* @return an that represents the Endpoint(http://infinicast.io/docs/Endpoint)
*/
public IEndpoint getEndpointByPath(IPath endpointPath) {
String path = endpointPath.toString();
if (!(path.startsWith("/~endpoints/"))) {
throw new RuntimeException(new Exception("not a valid Endpoint path!"));
}
String endpointId = path.substring(12);
endpointId = StringExtensions.removeFrom(endpointId, endpointId.lastIndexOf("/"));
Endpoint endpointObject = new Endpoint(path, endpointId, this);
return endpointObject;
}
/**
* get a reference to an @see Infinicast.Client.Api.IEndpoint by its {@code endpointPath}
* @param endpointPath The PathImpl the Endpoint is represented by see http://infinicast.io/docs/EndpointPath
* @return an that represents the Endpoint(http://infinicast.io/docs/Endpoint)
*/
public IEndpoint getEndpointByPathString(String endpointPath) {
String path = endpointPath;
if (!(endpointPath.startsWith("/~endpoints/"))) {
throw new RuntimeException(new Exception("not a valid Endpoint path!"));
}
String endpointId = endpointPath.substring(12);
endpointId = StringExtensions.removeFrom(endpointId, endpointId.lastIndexOf("/"));
Endpoint endpointObject = new Endpoint(path, endpointId, this);
return endpointObject;
}
/**
* Returns Infinicast PathImpl for Endpoints see http://infinicast.io/docs/EndpointPath
* @return The Infinicast PathImpl for Endpoints see http://infinicast.io/docs/EndpointPath
*/
public IPath getEndpointListPath() {
return super.path("/~endpoints/");
}
public void systemCommand(String path, JObject data, final Consumer result) {
super.messageManager.sendMessageWithResponseString(Connector2EpsMessageType.SystemCommand, path, data, (json, err, context) -> {
result.accept(json);
;
});
}
public void systemCommandWithHandler(String path, JObject data, final Consumer onEvent, final CompleteCallback registrationCompleteHandler) {
if (data.containsNonNull("type")) {
String type = data.getString("type");
if (!(StringExtensions.IsNullOrEmpty(type)) && StringExtensions.areEqual(type, "registerMsgDebugger")) {
if (onEvent == null) {
data.set("remove", true);
super.messageManager.registerHandler(Connector2EpsMessageType.DebugObserverMessage, super.path(PathUtils.infinicastInternStart), null);
}
else {
super.messageManager.registerHandler(Connector2EpsMessageType.DebugObserverMessage, super.path(PathUtils.infinicastInternStart), (json, err, context, id) -> {
onEvent.accept(json);
;
});
}
super.messageManager.sendMessageWithResponseString(Connector2EpsMessageType.SystemCommand, path, data, (json, err, context) -> {
if (err != null) {
registrationCompleteHandler.accept(err);
;
}
else if ((json == null) || json.containsNonNull("error")) {
registrationCompleteHandler.accept(ICError.create(ICErrorType.InternalError, json.getString("error"), ""));
;
}
else {
registrationCompleteHandler.accept(null);
;
}
;
});
}
}
}
public void pathRoleSetup(String path, String role, PathRoleSettings pathSettings) {
this.pathRoleSetup(path, role, pathSettings, (CompleteCallback) null);
}
public CompletableFuture pathRoleSetupAsync(String path, String role, PathRoleSettings pathSettings) {
final CompletableFuture tcs = new CompletableFuture();
this.pathRoleSetup(path, role, pathSettings, (info) -> {
if (info != null) {
tcs.completeExceptionally(new ICException(info));
}
else {
tcs.complete(null);
}
;
});
return tcs;
}
public void introduceObjectToEndpoint(String address, IPath objekt) {
JObject data = new JObject();
data.set("target", address);
super.messageManager.sendMessage(Connector2EpsMessageType.IntroduceObject, objekt, data);
}
public CompletableFuture introduceObjectToEndpointAsync(String address, IPath objekt) {
CompletableFuture tcs = new CompletableFuture();
this.introduceObjectToEndpoint(address, objekt);
tcs.complete(null);
return tcs;
}
public void updateDebugStatistics(JObject filters, Consumer handler) {
super.messageManager.sendUpdateDebugStatistics(filters, handler);
}
public CompletableFuture updateDebugStatisticsAsync(JObject filters) {
final CompletableFuture tcs = new CompletableFuture();
this.updateDebugStatistics(filters, (json) -> {
tcs.complete(json);
});
return tcs;
}
/**
* allows to set the {@code logLevel} of internal infinicast log functions
* @param logLevel
*/
public void setLogLevel(LogLevel logLevel) {
LoggerSettings.CurrentLogLevel = logLevel;
}
public String getRole() {
return this._role;
}
public String getSpace() {
return this._space;
}
public void triggerDisconnect() {
this._ClientLogger.info("disconnected");
this.whenDisconnected();
Console.WriteLine("Disconnect triggered");
if (this._onDisconnect != null) {
this._onDisconnect.accept();
;
}
}
public void unhandeledError(IPath iaPath, JObject errorJson) {
String text = "";
if (errorJson != null) {
text = errorJson.toString();
}
if (this._unhandeledErrorHandler != null) {
this._unhandeledErrorHandler.accept(iaPath, text);
;
return ;
}
if (iaPath != null) {
text = (" path: " + iaPath.toString());
}
this._ClientLogger.error("an Unhandeled Error occured: " + text);
}
public void unhandeledErrorInfo(IPath iaPath, ICError icErrorJson) {
if (this._unhandeledErrorHandler != null) {
this._unhandeledErrorHandler.accept(iaPath, icErrorJson.getMessage());
;
return ;
}
String text = icErrorJson.getMessage();
if (iaPath != null) {
text = (" path: " + iaPath.toString());
}
this._ClientLogger.error("an Unhandeled Error occured: " + text);
}
public JObject getCredentials() {
return this._credentials;
}
public void receivedPing(int msgLastRoundTrip, long msgSendTime) {
DisconnectManager discMan = this._disconnectManager;
if (discMan != null) {
discMan.ReceivedPing();
}
}
public RequestResponseManager getRequestResponseManager() {
return this._responseManager;
}
public void onInitConnector(ICError error, JObject data, JObject endPoint) {
if ((data != null) && (data.get("error") != null)) {
this._onConnect.accept(ICError.fromJson(data.getJObject("error")));
;
}
else {
this._thisEndpoint = new Endpoint(endPoint.getString("path"), endPoint.getString("endpoint"), this);
this._onConnect.accept(null);
;
}
}
public ObjectStateManager getObjectStateManager() {
return this._objectStateManager;
}
public PathImpl getRootPath() {
return this;
}
void initialize() {
if (this._objectStateManager == null) {
super.messageManager = new ConnectorMessageManager();
this._objectStateManager = new ObjectStateManager(this);
if (this._disconnectManager == null) {
this.initDisconnectDetection();
this._requestResponseChecker = new IntervalChecker();
this._responseManager.initChecker(this._requestResponseChecker);
}
super.setConnector(this);
}
}
void initDisconnectDetection() {
this._disconnectManager = new DisconnectManager();
this._disconnectManager.StartDisconnectChecker(() -> {
this._ClientLogger.warn("disconnecting because of missing pings");
this.triggerDisconnect();
}
, 30000, (60000 * 3));
}
/**
* registers a listener that will be called when infinicast catches errors that should have been caught by the app.
* @param errorHandler
*/
public void onUnhandeledError(BiConsumer errorHandler) {
this._unhandeledErrorHandler = errorHandler;
}
public void pathRoleSetup(String path, String role, PathRoleSettings pathSettings, final CompleteCallback onComplete) {
String cleanPath = path;
if (!(StringExtensions.areEqual(cleanPath, null))) {
cleanPath = PathUtils.cleanup(cleanPath);
}
JObject message = new JObject();
if (pathSettings != null) {
message.set("data", pathSettings.toJson());
}
message.set("role", role);
super.messageManager.sendMessageWithResponseString(Connector2EpsMessageType.PathRoleSetup, cleanPath, message, (json, err, context) -> {
ErrorHandlingHelper.checkIfHasErrorsAndCallHandlersFull(super.getConnector(), err, onComplete, context.getPath());
});
}
/**
* registers a listener that will be triggered as soon as an endpoint of the givven {@code role} is disconnected
* @param role
* @param callback
* @return
*/
public CompletableFuture onOtherEndpointDisconnectedAsync(String role, Consumer callback) {
final CompletableFuture tsc = new CompletableFuture();
this.onOtherEndpointDisconnected(role, callback, (error) -> {
if (error != null) {
tsc.completeExceptionally(new ICException(error));
}
else {
tsc.complete(null);
}
;
});
return tsc;
}
public void setRole(String role) {
this._role = role;
}
public void setSpace(String space) {
this._space = space;
}
public IEndpoint2ServerNetLayerHandler getEndpointHandler() {
return super.messageManager;
}
public IStormSettings settings() {
return new StormSettings(super.messageManager);
}
public IPath getEndpointPath(String address) {
return super.path(("/~endpoints/" + address) + "/");
}
/**
* registers a listener that will be triggered as soon as an endpoint of the givven {@code role} is disconnected
* @param role
* @param callback
* @param registrationCompleteCallback
*/
public void onOtherEndpointDisconnected(String role, final Consumer callback, CompleteCallback registrationCompleteCallback) {
super.messageManager.addHandler(false, Connector2EpsMessageType.EndpointDisconnected, super.path(PathUtils.endpointDisconnectedByRolePath(role)), (json, err, context, id) -> {
APEndpointContext endpointContext = new APEndpointContext();
endpointContext.setEndpoint(context.getEndpoint());
endpointContext.setEndpointData(context.getEndpointData());
callback.accept(endpointContext);
;
}
, registrationCompleteCallback, null);
}
/**
* registers a listener that will be triggered as soon as an endpoint of the givven {@code role} is disconnected
* @param role
* @param callback
*/
public void onOtherEndpointDisconnected(String role, final Consumer callback) {
this.onOtherEndpointDisconnected(role, callback, (CompleteCallback) null);
}
}