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/*******************************************************************************
 * Copyright (c) 2009, 2017 IBM Corp.
 *
 * All rights reserved. This program and the accompanying materials
 * are made available under the terms of the Eclipse Public License v2.0
 * and Eclipse Distribution License v1.0 which accompany this distribution. 
 *
 * The Eclipse Public License is available at 
 *    https://www.eclipse.org/legal/epl-2.0
 * and the Eclipse Distribution License is available at 
 *   https://www.eclipse.org/org/documents/edl-v10.php
 *
 * Contributors:
 *    Dave Locke - initial API and implementation and/or initial documentation
 *    Ian Craggs - MQTT 3.1.1 support
 *    James Sutton - Automatic Reconnect & Offline Buffering
 *    James Sutton - MQTT v5
 */
package org.eclipse.paho.mqttv5.client;

import java.util.Collections;
import java.util.List;
import java.util.Map;
import java.util.Properties;

import javax.net.SocketFactory;
import javax.net.ssl.HostnameVerifier;

import org.eclipse.paho.mqttv5.client.internal.NetworkModuleService;
import org.eclipse.paho.mqttv5.client.util.Debug;
import org.eclipse.paho.mqttv5.common.MqttMessage;
import org.eclipse.paho.mqttv5.common.packet.MqttProperties;
import org.eclipse.paho.mqttv5.common.packet.UserProperty;
import org.eclipse.paho.mqttv5.common.util.MqttTopicValidator;

/**
 * Holds the set of options that control how the client connects to a server.
 * 
 * Constructs a new {@link MqttConnectionOptions} object using the default
 * values.
 *
 * The defaults are:
 * 
    *
  • The keep alive interval is 60 seconds
  • *
  • Clean Session is true
  • *
  • The message delivery retry interval is 15 seconds
  • *
  • The connection timeout period is 30 seconds
  • *
  • No Will message is set
  • *
  • Automatic Reconnect is enabled, starting at 1 second and capped at two * minutes
  • *
  • A standard SocketFactory is used
  • *
* More information about these values can be found in the setter methods. */ public class MqttConnectionOptions { // Connection Behaviour Properties private String[] serverURIs = null; // List of Servers to connect to in order private boolean automaticReconnect = false; // Automatic Reconnect private int automaticReconnectMinDelay = 1; // Time to wait before first automatic reconnection attempt in seconds. private int automaticReconnectMaxDelay = 120; // Max time to wait for automatic reconnection attempts in seconds. private boolean useSubscriptionIdentifiers = true; // Whether to automatically assign subscription identifiers. private int keepAliveInterval = 60; // Keep Alive Interval private int connectionTimeout = 30; // Connection timeout in seconds private boolean httpsHostnameVerificationEnabled = true; private int maxReconnectDelay = 128000; private boolean sendReasonMessages = false; public MqttProperties getConnectionProperties() { MqttProperties connectionProperties = new MqttProperties(); connectionProperties.setSessionExpiryInterval(sessionExpiryInterval); connectionProperties.setReceiveMaximum(receiveMaximum); connectionProperties.setMaximumPacketSize(maximumPacketSize); connectionProperties.setTopicAliasMaximum(topicAliasMaximum); connectionProperties.setRequestResponseInfo(requestResponseInfo); connectionProperties.setRequestProblemInfo(requestProblemInfo); connectionProperties.setUserProperties(userProperties); connectionProperties.setAuthenticationMethod(authMethod); connectionProperties.setAuthenticationData(authData); return connectionProperties; } public MqttProperties getWillMessageProperties() { return willMessageProperties; } public void setWillMessageProperties(MqttProperties willMessageProperties) { this.willMessageProperties = willMessageProperties; } MqttProperties willMessageProperties = new MqttProperties(); // Connection packet properties private int mqttVersion = 5; // MQTT Version 5 private boolean cleanStart = true; // Clean Session private String willDestination = null; // Will Topic private MqttMessage willMessage = null; // Will Message private String userName; // Username private byte[] password; // Password private Long sessionExpiryInterval = null; // The Session expiry Interval in seconds, null is the default of // never. private Integer receiveMaximum = null; // The Receive Maximum, null defaults to 65,535, cannot be 0. private Long maximumPacketSize = null; // The Maximum packet size, null defaults to no limit. private Integer topicAliasMaximum = null; // The Topic Alias Maximum, null defaults to 0. private Boolean requestResponseInfo = null; // Request Response Information, null defaults to false. private Boolean requestProblemInfo = null; // Request Problem Information, null defaults to true. private List userProperties = null; // User Defined Properties. private String authMethod = null; // Authentication Method, If null, Extended Authentication is not performed. private byte[] authData = null; // Authentication Data. // TLS Properties private SocketFactory socketFactory; // SocketFactory to be used to connect private Properties sslClientProps = null; // SSL Client Properties private HostnameVerifier sslHostnameVerifier = null; // SSL Hostname Verifier private Map customWebSocketHeaders; // Client Operation Parameters private int executorServiceTimeout = 1; // How long to wait in seconds when terminating the executor service. /** * Returns the MQTT version. * * @return the MQTT version. */ public int getMqttVersion() { return mqttVersion; } /** * Returns the user name to use for the connection. * * @return the user name to use for the connection. */ public String getUserName() { return userName; } /** * Sets the user name to use for the connection. * * @param userName * The Username as a String */ public void setUserName(String userName) { this.userName = userName; } /** * Returns the password to use for the connection. * * @return the password to use for the connection. */ public byte[] getPassword() { return password; } /** * Sets the password to use for the connection. * * @param password * A Char Array of the password */ public void setPassword(byte[] password) { this.password = password; } /** * Returns the topic to be used for last will and testament (LWT). * * @return the MqttTopic to use, or null if LWT is not set. * @see #setWill(String, MqttMessage) */ public String getWillDestination() { return willDestination; } /** * Returns the message to be sent as last will and testament (LWT). The returned * object is "read only". Calling any "setter" methods on the returned object * will result in an IllegalStateException being thrown. * * @return the message to use, or null if LWT is not set. */ public MqttMessage getWillMessage() { return willMessage; } /** * Sets the "Last Will and Testament" (LWT) for the connection. In the event * that this client unexpectedly looses it's connection to the server, the * server will publish a message to itself using the supplied details. * * @param topic * the topic to publish to. * @param message * the {@link MqttMessage} to send */ public void setWill(String topic, MqttMessage message) { if (topic == null || message == null || message.getPayload() == null) { throw new IllegalArgumentException(); } MqttTopicValidator.validate(topic, false, true); // Wildcards are not allowed this.willDestination = topic; this.willMessage = message; // Prevent any more changes to the will message this.willMessage.setMutable(false); } /** * Returns whether the client and server should remember state for the client * across reconnects. * * @return the clean session flag */ public boolean isCleanStart() { return this.cleanStart; } /** * Sets whether the client and server should remember state across restarts and * reconnects. If set to false, the server will retain the session state until * either: *
    *
  • A new connection is made with the client and with the cleanStart flag set * to true.
  • *
  • The Session expiry interval is exceeded after the network connection is * closed, see {@link MqttConnectionOptions#setSessionExpiryInterval}
  • *
* * If set to true, the server will immediately drop any existing session state * for the given client and will initiate a new session. * * In order to implement QoS 1 and QoS 2 protocol flows the Client and Server * need to associate state with the Client Identifier, this is referred to as * the Session State. The Server also stores the subscriptions as part of the * Session State. * * The session can continue across a sequence of Network Connections. It lasts * as long as the latest Network Connection plus the Session Expiry Interval. * * The Session State in the Client consists of: * *
    *
  • QoS 1 and QoS 2 messages which have been sent to the Server, but have not * been completely acknowledged.
  • *
  • QoS 2 messages which have been received from the Server, but have not * been completely acknowledged.
  • *
* * The Session State in the Server consists of: *
    *
  • The existence of a Session, even if the rest of the Session State is * empty.
  • *
  • The Clients subscriptions, including any Subscription Identifiers.
  • *
  • QoS 1 and QoS 2 messages which have been sent to the Client, but have not * been completely acknowledged.
  • *
  • QoS 1 and QoS 2 messages pending transmission to the Client and * OPTIONALLY QoS 0 messages pending transmission to the Client.
  • *
  • QoS 2 messages which have been received from the Client, but have not * been completely acknowledged.The Will Message and the Will Delay * Interval
  • *
  • If the Session is currently not connected, the time at which the Session * will end and Session State will be discarded.
  • *
* * Retained messages do not form part of the Session State in the Server, they * are not deleted as a result of a Session ending. * * * * @param cleanStart * Set to True to enable cleanSession */ public void setCleanStart(boolean cleanStart) { this.cleanStart = cleanStart; } /** * Returns the "keep alive" interval. * * @see #setKeepAliveInterval(int) * @return the keep alive interval. */ public int getKeepAliveInterval() { return keepAliveInterval; } /** * Sets the "keep alive" interval. This value, measured in seconds, defines the * maximum time interval between messages sent or received. It enables the * client to detect if the server is no longer available, without having to wait * for the TCP/IP timeout. The client will ensure that at least one message * travels across the network within each keep alive period. In the absence of a * data-related message during the time period, the client sends a very small * "ping" message, which the server will acknowledge. A value of 0 disables * keepalive processing in the client. *

* The default value is 60 seconds *

* * @param keepAliveInterval * the interval, measured in seconds, must be >= 0. * @throws IllegalArgumentException * if the keepAliveInterval was invalid */ public void setKeepAliveInterval(int keepAliveInterval) { if (keepAliveInterval < 0) { throw new IllegalArgumentException(); } this.keepAliveInterval = keepAliveInterval; } /** * Returns the connection timeout value. * * @see #setConnectionTimeout(int) * @return the connection timeout value. */ public int getConnectionTimeout() { return connectionTimeout; } /** * Sets the connection timeout value. This value, measured in seconds, defines * the maximum time interval the client will wait for the network connection to * the MQTT server to be established. The default timeout is 30 seconds. A value * of 0 disables timeout processing meaning the client will wait until the * network connection is made successfully or fails. * * @param connectionTimeout * the timeout value, measured in seconds. It must be >0; */ public void setConnectionTimeout(int connectionTimeout) { if (connectionTimeout < 0) { throw new IllegalArgumentException(); } this.connectionTimeout = connectionTimeout; } /** * Get the maximum time (in millis) to wait between reconnects * * @return Get the maximum time (in millis) to wait between reconnects */ public int getMaxReconnectDelay() { return maxReconnectDelay; } /** * Set the maximum time to wait between reconnects * * @param maxReconnectDelay * the duration (in millis) */ public void setMaxReconnectDelay(int maxReconnectDelay) { this.maxReconnectDelay = maxReconnectDelay; } /** * Return a list of serverURIs the client may connect to * * @return the serverURIs or null if not set */ public String[] getServerURIs() { return serverURIs; } /** * Set a list of one or more serverURIs the client may connect to. *

* Each serverURI specifies the address of a server that the client * may connect to. Two types of connection are supported tcp:// for * a TCP connection and ssl:// for a TCP connection secured by * SSL/TLS. For example: *

    *
  • tcp://localhost:1883
  • *
  • ssl://localhost:8883
  • *
* If the port is not specified, it will default to 1883 for * tcp://" URIs, and 8883 for ssl:// URIs. *

* If serverURIs is set then it overrides the serverURI parameter passed in on * the constructor of the MQTT client. *

* When an attempt to connect is initiated the client will start with the first * serverURI in the list and work through the list until a connection is * established with a server. If a connection cannot be made to any of the * servers then the connect attempt fails. *

* Specifying a list of servers that a client may connect to has several uses: *

    *
  1. High Availability and reliable message delivery *

    * Some MQTT servers support a high availability feature where two or more * "equal" MQTT servers share state. An MQTT client can connect to any of the * "equal" servers and be assured that messages are reliably delivered and * durable subscriptions are maintained no matter which server the client * connects to. *

    *

    * The cleanStart flag must be set to false if durable subscriptions and/or * reliable message delivery is required. *

    *
  2. *
  3. Hunt List *

    * A set of servers may be specified that are not "equal" (as in the high * availability option). As no state is shared across the servers reliable * message delivery and durable subscriptions are not valid. The cleanStart flag * must be set to true if the hunt list mode is used *

    *
  4. *
* * @param serverURIs * to be used by the client */ public void setServerURIs(String[] serverURIs) { for (String serverURI : serverURIs) { NetworkModuleService.validateURI(serverURI); } this.serverURIs = serverURIs.clone(); } /** * Returns whether the client will automatically attempt to reconnect to the * server if the connection is lost * * @return the automatic reconnection flag. */ public boolean isAutomaticReconnect() { return automaticReconnect; } /** * Sets whether the client will automatically attempt to reconnect to the server * if the connection is lost. *
    *
  • If set to false, the client will not attempt to automatically reconnect * to the server in the event that the connection is lost.
  • *
  • If set to true, in the event that the connection is lost, the client will * attempt to reconnect to the server. It will initially wait 1 second before it * attempts to reconnect, for every failed reconnect attempt, the delay will * double until it is at 2 minutes at which point the delay will stay at 2 * minutes.
  • *
* * You can change the Minimum and Maximum delays by using * {@link #setAutomaticReconnectDelay(int, int)} * * This Defaults to true * * @param automaticReconnect * If set to True, Automatic Reconnect will be enabled */ public void setAutomaticReconnect(boolean automaticReconnect) { this.automaticReconnect = automaticReconnect; } /** * Sets the Minimum and Maximum delays used when attempting to automatically * reconnect. * * @param minDelay * the minimum delay to wait before attempting to reconnect in * seconds, defaults to 1 second. * @param maxDelay * the maximum delay to wait before attempting to reconnect in * seconds, defaults to 120 seconds. */ public void setAutomaticReconnectDelay(int minDelay, int maxDelay) { this.automaticReconnectMinDelay = minDelay; this.automaticReconnectMaxDelay = maxDelay; } /** * Returns the minimum number of seconds to wait before attempting to * automatically reconnect. * * @return the automatic reconnect minimum delay in seconds. */ public int getAutomaticReconnectMinDelay() { return automaticReconnectMinDelay; } /** * Returns the maximum number of seconds to wait before attempting to * automatically reconnect. * * @return the automatic reconnect maximum delay in seconds. */ public int getAutomaticReconnectMaxDelay() { return automaticReconnectMaxDelay; } /** * Returns the Session Expiry Interval. If null, this means the * session will not expire. * * @return the Session Expiry Interval in seconds. */ public Long getSessionExpiryInterval() { return sessionExpiryInterval; } /** * Sets the Session Expiry Interval. This value, measured in seconds, defines * the maximum time that the broker will maintain the session for once the * client disconnects. Clients should only connect with a long Session Expiry * interval if they intend to connect to the server at some later point in time. * *
    *
  • By default this value is null and so will not be sent, in this case, the * session will not expire.
  • *
  • If a 0 is sent, the session will end immediately once the Network * Connection is closed.
  • *
* * When the client has determined that it has no longer any use for the session, * it should disconnect with a Session Expiry Interval set to 0. * * @param sessionExpiryInterval * The Session Expiry Interval in seconds. */ public void setSessionExpiryInterval(Long sessionExpiryInterval) { this.sessionExpiryInterval = sessionExpiryInterval; } /** * Returns the Receive Maximum value. If null, it will default to * 65,535. * * @return the Receive Maximum */ public Integer getReceiveMaximum() { return receiveMaximum; } /** * Sets the Receive Maximum. This value represents the limit of QoS 1 and QoS 2 * publications that the client is willing to process concurrently. There is no * mechanism to limit the number of QoS 0 publications that the Server might try * to send. *
    *
  • If set to null then this value defaults to 65,535.
  • *
  • If set, the minimum value for this property is 1.
  • *
  • The maximum value for this property is 65,535.
  • *
* * @param receiveMaximum * the Receive Maximum. */ public void setReceiveMaximum(Integer receiveMaximum) { if (receiveMaximum != null && (receiveMaximum == 0 || receiveMaximum > 65535)) { throw new IllegalArgumentException(); } this.receiveMaximum = receiveMaximum; } /** * Returns the Maximum Packet Size. If null, no limit is imposed. * * @return the Maximum Packet Size in bytes. */ public Long getMaximumPacketSize() { return maximumPacketSize; } /** * Sets the Maximum Packet Size. This value represents the Maximum Packet Size * the client is willing to accept. * *
    *
  • If set to null then no limit is imposed beyond the * limitations of the protocol.
  • *
  • If set, the minimum value for this property is 1.
  • *
  • The maximum value for this property is 2,684,354,656.
  • *
* * @param maximumPacketSize * The Maximum packet size. */ public void setMaximumPacketSize(Long maximumPacketSize) { this.maximumPacketSize = maximumPacketSize; } /** * Returns the Topic Alias Maximum. If null, the default value is * 0. * * @return the Topic Alias Maximum. */ public Integer getTopicAliasMaximum() { return topicAliasMaximum; } /** * Sets the Topic Alias Maximum. This value if present represents the highest * value that the Client will accept as a Topic Alias sent by the Server. * *
    *
  • If set to null, then it will default to to 0.
  • *
  • If set to 0, the Client will not accept any Topic Aliases
  • *
  • The Maximum value for this property is 65535.
  • *
* * @param topicAliasMaximum * the Topic Alias Maximum */ public void setTopicAliasMaximum(Integer topicAliasMaximum) { if (topicAliasMaximum != null && topicAliasMaximum > 65535) { throw new IllegalArgumentException(); } this.topicAliasMaximum = topicAliasMaximum; } /** * Returns the Request Response Info flag. If null, the default * value is false. * * @return The Request Response Info Flag. */ public Boolean getRequestResponseInfo() { return requestResponseInfo; } /** * Sets the Request Response Info Flag. *
    *
  • If set to null, then it will default to false.
  • *
  • If set to false, the server will not return any response information in * the CONNACK.
  • *
  • If set to true, the server MAY return response information in the * CONNACK.
  • *
* * @param requestResponseInfo * The Request Response Info Flag. */ public void setRequestResponseInfo(boolean requestResponseInfo) { this.requestResponseInfo = requestResponseInfo; } /** * Returns the Request Problem Info flag. If null, the default * value is true. * * @return the Request Problem Info flag. */ public Boolean getRequestProblemInfo() { return requestProblemInfo; } /** * Sets the Request Problem Info flag. *
    *
  • If set to null, then it will default to true.
  • *
  • If set to false, the server MAY return a Reason String or User Properties * on a CONNACK or DISCONNECT, but must not send a Reason String or User * Properties on any packet other than PUBLISH, CONNACK or DISCONNECT.
  • *
  • If set to true, the server MAY return a Reason String or User Properties * on any packet where it is allowed.
  • *
* * @param requestProblemInfo * The Flag to request problem information. */ public void setRequestProblemInfo(boolean requestProblemInfo) { this.requestProblemInfo = requestProblemInfo; } /** * Returns the User Properties. * * @return the User Properties. */ public List getUserProperties() { return userProperties; } /** * Sets the User Properties. A User Property is a UTF-8 String Pair, the same * name is allowed to appear more than once. * * @param userProperties * User Properties */ public void setUserProperties(List userProperties) { this.userProperties = userProperties; } /** * Returns the Authentication Method. If null, extended * authentication is not performed. * * @return the Authentication Method. */ public String getAuthMethod() { return authMethod; } /** * Sets the Authentication Method. If set, this value contains the name of the * authentication method to be used for extended authentication. * * If null, extended authentication is not performed. * * @param authMethod * The Authentication Method. */ public void setAuthMethod(String authMethod) { this.authMethod = authMethod; } /** * Returns the Authentication Data. * * @return the Authentication Data. */ public byte[] getAuthData() { return authData; } /** * Sets the Authentication Data. If set, this byte array contains the extended * authentication data, defined by the Authenticated Method. It is a protocol * error to include Authentication Data if there is no Authentication Method. * * @param authData * The Authentication Data */ public void setAuthData(byte[] authData) { this.authData = authData; } /** * Returns the socket factory that will be used when connecting, or * null if one has not been set. * * @return The Socket Factory */ public SocketFactory getSocketFactory() { return socketFactory; } /** * Sets the SocketFactory to use. This allows an application to * apply its own policies around the creation of network sockets. If using an * SSL connection, an SSLSocketFactory can be used to supply * application-specific security settings. * * @param socketFactory * the factory to use. */ public void setSocketFactory(SocketFactory socketFactory) { this.socketFactory = socketFactory; } /** * Returns the SSL properties for the connection. * * @return the properties for the SSL connection */ public Properties getSSLProperties() { return sslClientProps; } /** * Sets the SSL properties for the connection. *

* Note that these properties are only valid if an implementation of the Java * Secure Socket Extensions (JSSE) is available. These properties are * not used if a SocketFactory has been set using * {@link #setSocketFactory(SocketFactory)}. The following properties can be * used: *

*
*
com.ibm.ssl.protocol
*
One of: SSL, SSLv3, TLS, TLSv1, SSL_TLS.
*
com.ibm.ssl.contextProvider *
Underlying JSSE provider. For example "IBMJSSE2" or "SunJSSE"
* *
com.ibm.ssl.keyStore
*
The name of the file that contains the KeyStore object that you want the * KeyManager to use. For example /mydir/etc/key.p12
* *
com.ibm.ssl.keyStorePassword
*
The password for the KeyStore object that you want the KeyManager to use. * The password can either be in plain-text, or may be obfuscated using the * static method: * com.ibm.micro.security.Password.obfuscate(char[] password). This * obfuscates the password using a simple and insecure XOR and Base64 encoding * mechanism. Note that this is only a simple scrambler to obfuscate clear-text * passwords.
* *
com.ibm.ssl.keyStoreType
*
Type of key store, for example "PKCS12", "JKS", or "JCEKS".
* *
com.ibm.ssl.keyStoreProvider
*
Key store provider, for example "IBMJCE" or "IBMJCEFIPS".
* *
com.ibm.ssl.trustStore
*
The name of the file that contains the KeyStore object that you want the * TrustManager to use.
* *
com.ibm.ssl.trustStorePassword
*
The password for the TrustStore object that you want the TrustManager to * use. The password can either be in plain-text, or may be obfuscated using the * static method: * com.ibm.micro.security.Password.obfuscate(char[] password). This * obfuscates the password using a simple and insecure XOR and Base64 encoding * mechanism. Note that this is only a simple scrambler to obfuscate clear-text * passwords.
* *
com.ibm.ssl.trustStoreType
*
The type of KeyStore object that you want the default TrustManager to * use. Same possible values as "keyStoreType".
* *
com.ibm.ssl.trustStoreProvider
*
Trust store provider, for example "IBMJCE" or "IBMJCEFIPS".
* *
com.ibm.ssl.enabledCipherSuites
*
A list of which ciphers are enabled. Values are dependent on the * provider, for example: * SSL_RSA_WITH_AES_128_CBC_SHA;SSL_RSA_WITH_3DES_EDE_CBC_SHA.
* *
com.ibm.ssl.keyManager
*
Sets the algorithm that will be used to instantiate a KeyManagerFactory * object instead of using the default algorithm available in the platform. * Example values: "IbmX509" or "IBMJ9X509".
* *
com.ibm.ssl.trustManager
*
Sets the algorithm that will be used to instantiate a TrustManagerFactory * object instead of using the default algorithm available in the platform. * Example values: "PKIX" or "IBMJ9X509".
*
* * @param props * The SSL {@link Properties} */ public void setSSLProperties(Properties props) { this.sslClientProps = props; } /** * Returns the HostnameVerifier for the SSL connection. * * @return the HostnameVerifier for the SSL connection */ public HostnameVerifier getSSLHostnameVerifier() { return sslHostnameVerifier; } /** * Sets the HostnameVerifier for the SSL connection. Note that it will be used * after handshake on a connection and you should do actions by yourserlf when * hostname is verified error. *

* There is no default HostnameVerifier *

* * @param hostnameVerifier * the {@link HostnameVerifier} */ public void setSSLHostnameVerifier(HostnameVerifier hostnameVerifier) { this.sslHostnameVerifier = hostnameVerifier; } /** * Returns whether to automatically assign subscription identifiers when * subscribing to a topic. * * @return if automatic assignment of subscription identifiers is enabled. */ public boolean useSubscriptionIdentifiers() { return useSubscriptionIdentifiers; } /** * Sets whether to automatically assign subscription identifiers when * subscribing to a topic. This will mean that if a subscription has a callback * associated with it then it is guaranteed to be called when an incoming * message has the correct subscription ID embedded. If disabled, then the * client will do best effort topic matching with all callbacks, however this * might result in an incorrect callback being called if there are multiple * subscriptions to topics using a combination of wildcards. * * @param useSubscriptionIdentifiers * Whether to enable automatic assignment of subscription * identifiers. */ public void setUseSubscriptionIdentifiers(boolean useSubscriptionIdentifiers) { this.useSubscriptionIdentifiers = useSubscriptionIdentifiers; } public boolean isHttpsHostnameVerificationEnabled() { return httpsHostnameVerificationEnabled; } public void setHttpsHostnameVerificationEnabled(boolean httpsHostnameVerificationEnabled) { this.httpsHostnameVerificationEnabled = httpsHostnameVerificationEnabled; } /** * @return The Debug Properties */ public Properties getDebug() { final String strNull = "null"; Properties p = new Properties(); p.put("MqttVersion", getMqttVersion()); p.put("CleanStart", Boolean.valueOf(isCleanStart())); p.put("ConTimeout", getConnectionTimeout()); p.put("KeepAliveInterval", getKeepAliveInterval()); p.put("UserName", (getUserName() == null) ? strNull : getUserName()); p.put("WillDestination", (getWillDestination() == null) ? strNull : getWillDestination()); if (getSocketFactory() == null) { p.put("SocketFactory", strNull); } else { p.put("SocketFactory", getSocketFactory()); } if (getSSLProperties() == null) { p.put("SSLProperties", strNull); } else { p.put("SSLProperties", getSSLProperties()); } return p; } /** * Sets the Custom WebSocket Headers for the WebSocket Connection. * * @param headers * The custom websocket headers {@link Properties} */ public void setCustomWebSocketHeaders(Map headers) { this.customWebSocketHeaders = Collections.unmodifiableMap(headers); } public Map getCustomWebSocketHeaders() { return customWebSocketHeaders; } public String toString() { return Debug.dumpProperties(getDebug(), "Connection options"); } public boolean isSendReasonMessages() { return sendReasonMessages; } public void setSendReasonMessages(boolean sendReasonMessages) { this.sendReasonMessages = sendReasonMessages; } public int getExecutorServiceTimeout() { return executorServiceTimeout; } /** * Set the time in seconds that the executor service should wait when * terminating before forcefully terminating. It is not recommended to change * this value unless you are absolutely sure that you need to. * * @param executorServiceTimeout the time in seconds to wait when shutting down.Ï */ public void setExecutorServiceTimeout(int executorServiceTimeout) { this.executorServiceTimeout = executorServiceTimeout; } }




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