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* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You 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.
*/
package org.apache.activemq.artemis.cli.commands;
import java.io.File;
import java.io.IOException;
import java.io.PrintWriter;
import java.io.StringWriter;
import java.text.DecimalFormat;
import java.util.HashMap;
import java.util.LinkedHashMap;
import org.apache.activemq.artemis.api.config.ActiveMQDefaultConfiguration;
import org.apache.activemq.artemis.api.core.RoutingType;
import org.apache.activemq.artemis.cli.commands.util.HashUtil;
import org.apache.activemq.artemis.cli.commands.util.SyncCalculation;
import org.apache.activemq.artemis.core.server.JournalType;
import org.apache.activemq.artemis.core.server.cluster.impl.MessageLoadBalancingType;
import org.apache.activemq.artemis.nativo.jlibaio.LibaioContext;
import org.apache.activemq.artemis.nativo.jlibaio.LibaioFile;
import org.apache.activemq.artemis.utils.FileUtil;
import picocli.CommandLine.Command;
import picocli.CommandLine.Option;
/**
* CLI action that creates a broker instance directory.
*/
@Command(name = "create", description = "Create a new broker instance.")
public class Create extends InstallAbstract {
private static final Integer DEFAULT_PORT = 61616;
private static final Integer AMQP_PORT = 5672;
private static final Integer STOMP_PORT = 61613;
private static final Integer HQ_PORT = 5445;
public static final String HTTP_HOST = "localhost";
public static final Integer HTTP_PORT = 8161;
private static final Integer MQTT_PORT = 1883;
/* **********************************************************************************
* Note for developers: These are tested at StreamClassPathTest on the unit test.
* This is to make sure maven or something else is not hiding these resources.
* ********************************************************************************** */
public static final String ARTEMIS_CMD = "artemis.cmd";
public static final String BIN_ARTEMIS_CMD = "bin/" + ARTEMIS_CMD;
public static final String ARTEMIS_SERVICE_EXE = "artemis-service.exe";
public static final String BIN_ARTEMIS_SERVICE_EXE = "bin/" + ARTEMIS_SERVICE_EXE;
public static final String ARTEMIS_SERVICE_EXE_CONFIG = "artemis-service.exe.config";
public static final String BIN_ARTEMIS_SERVICE_EXE_CONFIG = "bin/" + ARTEMIS_SERVICE_EXE_CONFIG;
public static final String ARTEMIS_SERVICE_XML = "artemis-service.xml";
public static final String BIN_ARTEMIS_SERVICE_XML = "bin/" + ARTEMIS_SERVICE_XML;
public static final String ETC_ARTEMIS_PROFILE_CMD = "artemis.profile.cmd";
public static final String ETC_ARTEMIS_UTILITY_PROFILE_CMD = "artemis-utility.profile.cmd";
public static final String ARTEMIS = "artemis";
public static final String BIN_ARTEMIS = "bin/" + ARTEMIS;
public static final String ARTEMIS_SERVICE = "artemis-service";
public static final String BIN_ARTEMIS_SERVICE = "bin/" + ARTEMIS_SERVICE;
public static final String ETC_ARTEMIS_PROFILE = "artemis.profile";
public static final String ETC_ARTEMIS_UTILITY_PROFILE = "artemis-utility.profile";
public static final String ETC_LOG4J2_PROPERTIES = "log4j2.properties";
public static final String ETC_LOG4J2_UTILITY_PROPERTIES = "log4j2-utility.properties";
public static final String ETC_BOOTSTRAP_XML = "bootstrap.xml";
public static final String ETC_MANAGEMENT_XML = "management.xml";
public static final String ETC_BROKER_XML = "broker.xml";
public static final String ETC_ARTEMIS_ROLES_PROPERTIES = "artemis-roles.properties";
public static final String ETC_ARTEMIS_USERS_PROPERTIES = "artemis-users.properties";
private static final String ETC_LOGIN_CONFIG = "login.config";
private static final String ETC_LOGIN_CONFIG_WITH_GUEST = "etc/login-with-guest.config";
private static final String ETC_LOGIN_CONFIG_WITHOUT_GUEST = "etc/login-without-guest.config";
public static final String ETC_REPLICATED_PRIMARY_SETTINGS_TXT = "etc/replicated-primary-settings.txt";
public static final String ETC_REPLICATED_BACKUP_SETTINGS_TXT = "etc/replicated-backup-settings.txt";
public static final String ETC_SHARED_STORE_SETTINGS_TXT = "etc/shared-store-settings.txt";
public static final String ETC_CLUSTER_SECURITY_SETTINGS_TXT = "etc/cluster-security-settings.txt";
public static final String ETC_CLUSTER_SETTINGS_TXT = "etc/cluster-settings.txt";
public static final String ETC_CLUSTER_STATIC_SETTINGS_TXT = "etc/cluster-static-settings.txt";
public static final String ETC_CONNECTOR_SETTINGS_TXT = "etc/connector-settings.txt";
public static final String ETC_BOOTSTRAP_WEB_SETTINGS_TXT = "etc/bootstrap-web-settings.txt";
public static final String ETC_JOURNAL_BUFFER_SETTINGS = "etc/journal-buffer-settings.txt";
public static final String ETC_AMQP_ACCEPTOR_TXT = "etc/amqp-acceptor.txt";
public static final String ETC_HORNETQ_ACCEPTOR_TXT = "etc/hornetq-acceptor.txt";
public static final String ETC_MQTT_ACCEPTOR_TXT = "etc/mqtt-acceptor.txt";
public static final String ETC_STOMP_ACCEPTOR_TXT = "etc/stomp-acceptor.txt";
public static final String ETC_PING_TXT = "etc/ping-settings.txt";
public static final String ETC_COMMENTED_PING_TXT = "etc/commented-ping-settings.txt";
public static final String ETC_DATABASE_STORE_TXT = "etc/database-store.txt";
public static final String ETC_JAAS_SECURITY_MANAGER_TXT = "etc/jaas-security-manager.txt";
public static final String ETC_BASIC_SECURITY_MANAGER_TXT = "etc/basic-security-manager.txt";
public static final String ETC_GLOBAL_MAX_SPECIFIED_TXT = "etc/global-max-specified.txt";
public static final String ETC_GLOBAL_MAX_DEFAULT_TXT = "etc/global-max-default.txt";
public static final String ETC_PAGE_SYNC_SETTINGS = "etc/page-sync-settings.txt";
public static final String ETC_JOLOKIA_ACCESS_XML = "jolokia-access.xml";
@Option(names = "--host", description = "Broker's host name. Default: 0.0.0.0 or input if clustered).")
private String host;
@Option(names = "--http-host", description = "Embedded web server's host name. Default: localhost.")
private String httpHost = HTTP_HOST;
@Option(names = "--relax-jolokia", description = "Disable strict checking in jolokia-access.xml.")
private boolean relaxJolokia;
@Option(names = "--ping", description = "A comma separated string to be passed on to the broker config as network-check-list. The broker will shutdown when all these addresses are unreachable.")
private String ping;
@Option(names = "--default-port", description = "The port number to use for the main 'artemis' acceptor. Default: 61616.")
private int defaultPort = DEFAULT_PORT;
@Option(names = "--http-port", description = "Embedded web server's port. Default: 8161.")
private int httpPort = HTTP_PORT;
@Option(names = "--ssl-key", description = "Embedded web server's key store path.")
private String sslKey;
@Option(names = "--ssl-key-password", description = "The key store's password.")
private String sslKeyPassword;
@Option(names = "--use-client-auth", description = "Require client certificate authentication when connecting to the embedded web server.")
private boolean useClientAuth;
@Option(names = "--ssl-trust", description = "The trust store path in case of client authentication.")
private String sslTrust;
@Option(names = "--ssl-trust-password", description = "The trust store's password.")
private String sslTrustPassword;
@Option(names = "--name", description = "The name of the broker. Default: same as host name.")
private String name;
@Option(names = "--port-offset", description = "How much to off-set the ports of every acceptor.")
private int portOffset;
@Option(names = "--force", description = "Overwrite configuration at destination directory.")
private boolean force;
@Option(names = "--clustered", description = "Enable clustering.")
private boolean clustered = false;
@Option(names = "--max-hops", description = "Number of hops on the cluster configuration.")
private int maxHops = 0;
@Option(names = "--message-load-balancing", description = "Message load balancing policy for cluster. Default: ON_DEMAND. Valid values: ON_DEMAND, STRICT, OFF, OFF_WITH_REDISTRIBUTION.")
private MessageLoadBalancingType messageLoadBalancing = MessageLoadBalancingType.ON_DEMAND;
@Option(names = "--replicated", description = "Enable broker replication.")
private boolean replicated = false;
@Option(names = "--shared-store", description = "Enable broker shared store.")
private boolean sharedStore = false;
@Deprecated(forRemoval = true)
@Option(names = "--slave", description = "Deprecated for removal. Use 'backup' instead.", hidden = true)
private boolean slave;
@Option(names = "--backup", description = "Be a backup broker. Valid for shared store or replication.")
private boolean backup;
@Option(names = "--failover-on-shutdown", description = "Whether broker shutdown will trigger failover for clients using the core protocol. Valid only for shared store. Default: false.")
private boolean failoverOnShutodwn;
@Option(names = "--cluster-user", description = "The user to use for clustering. Default: input.")
private String clusterUser = null;
@Option(names = "--cluster-password", description = "The password to use for clustering. Default: input.")
private String clusterPassword = null;
@Option(names = "--allow-anonymous", description = "Allow connections from users with no security credentials. Opposite of --require-login. Default: input.")
private Boolean allowAnonymous = null;
@Option(names = "--require-login", description = "Require security credentials from users for connection. Opposite of --allow-anonymous.")
private Boolean requireLogin = null;
@Option(names = "--paging", description = "Page messages to disk when address becomes full. Opposite of --blocking. Default: true.")
private Boolean paging;
@Option(names = "--blocking", description = "Block producers when address becomes full. Opposite of --paging. Default: false.")
private Boolean blocking;
@Option(names = "--no-autotune", description = "Disable auto tuning of the journal-buffer-timeout in broker.xml.")
private boolean noAutoTune;
@Option(names = "--no-autocreate", description = "Disable auto creation for addresses & queues.")
private Boolean noAutoCreate;
@Option(names = "--autocreate", description = "Allow automatic creation of addresses & queues. Default: true.")
private Boolean autoCreate;
@Option(names = "--autodelete", description = "Allow automatic deletion of addresses & queues. Default: false.")
private boolean autoDelete;
@Option(names = "--user", description = "The username. Default: input.")
private String user;
@Option(names = "--password", description = "The user's password. Default: input.")
private String password;
@Option(names = "--role", description = "The name for the role created. Default: amq.")
private String role = "amq";
@Option(names = "--no-web", description = "Whether to omit the web-server definition from bootstrap.xml.")
private boolean noWeb;
@Option(names = "--queues", description = "A comma separated list of queues with the option to specify a routing type, e.g. --queues myQueue1,myQueue2:multicast. Routing-type default: anycast.")
private String queues;
@Option(names = "--addresses", description = "A comma separated list of addresses with the option to specify a routing type, e.g. --addresses myAddress1,myAddress2:anycast. Routing-type default: multicast.")
private String addresses;
@Option(names = "--aio", description = "Set the journal as asyncio.")
private boolean aio;
@Option(names = "--nio", description = "Set the journal as nio.")
private boolean nio;
@Option(names = "--mapped", description = "Set the journal as mapped.")
private boolean mapped;
// this is used by the setupJournalType method
private JournalType journalType;
@Option(names = "--disable-persistence", description = "Disable message persistence to the journal")
private boolean disablePersistence;
@Option(names = "--no-amqp-acceptor", description = "Disable the AMQP specific acceptor.")
private boolean noAmqpAcceptor;
@Option(names = "--no-mqtt-acceptor", description = "Disable the MQTT specific acceptor.")
private boolean noMqttAcceptor;
@Option(names = "--no-stomp-acceptor", description = "Disable the STOMP specific acceptor.")
private boolean noStompAcceptor;
@Option(names = "--no-hornetq-acceptor", description = "Disable the HornetQ specific acceptor.")
private boolean noHornetQAcceptor;
@Option(names = "--no-fsync", description = "Disable usage of fdatasync (channel.force(false) from Java NIO) on the journal.")
private boolean noJournalSync;
@Option(names = "--journal-device-block-size", description = "The block size of the journal's storage device. Default: 4096.")
private int journalDeviceBlockSize = 4096;
@Option(names = "--journal-retention", description = "Configure journal retention in days. If > 0 then enable journal-retention-directory from broker.xml allowing replay options.")
private int retentionDays;
@Option(names = "--journal-retention-max-bytes", description = "Maximum number of bytes to keep in the retention directory.")
private String retentionMaxBytes;
@Option(names = "--global-max-size", description = "Maximum amount of memory which message data may consume. Default: half of the JVM's max memory.")
private String globalMaxSize;
@Option(names = "--global-max-messages", description = "Maximum number of messages that will be accepted in memory before using address full policy mode. Default: undefined.")
private long globalMaxMessages = -1;
@Option(names = "--jdbc", description = "Store message data in JDBC instead of local files.")
boolean jdbc;
@Option(names = {"--staticCluster", "--static-cluster"}, description = "Cluster node connectors list separated by comma, e.g. \"tcp://server:61616,tcp://server2:61616,tcp://server3:61616\".")
String staticNode;
@Option(names = "--support-advisory", description = "Support advisory messages for the OpenWire protocol.")
boolean supportAdvisory = false;
@Option(names = "--suppress-internal-management-objects", description = "Do not register any advisory addresses/queues for the OpenWire protocol with the broker's management service.")
boolean suppressInternalManagementObjects = false;
public String[] getStaticNodes() {
if (staticNode == null) {
return new String[0];
} else {
return staticNode.split(",");
}
}
@Option(names = "--security-manager", description = "Which security manager to use - jaas or basic. Default: jaas.")
private String securityManager = "jaas";
@Option(names = "--jdbc-bindings-table-name", description = "Name of the jdbc bindings table.")
private String jdbcBindings = ActiveMQDefaultConfiguration.getDefaultBindingsTableName();
@Option(names = "--jdbc-message-table-name", description = "Name of the jdbc messages table.")
private String jdbcMessages = ActiveMQDefaultConfiguration.getDefaultMessageTableName();
@Option(names = "--jdbc-large-message-table-name", description = "Name of the large messages table.")
private String jdbcLargeMessages = ActiveMQDefaultConfiguration.getDefaultLargeMessagesTableName();
@Option(names = "--jdbc-page-store-table-name", description = "Name of the page store messages table.")
private String jdbcPageStore = ActiveMQDefaultConfiguration.getDefaultPageStoreTableName();
@Option(names = "--jdbc-node-manager-table-name", description = "Name of the jdbc node manager table.")
private String jdbcNodeManager = ActiveMQDefaultConfiguration.getDefaultNodeManagerStoreTableName();
@Option(names = "--jdbc-connection-url", description = "The URL used for the database connection.")
private String jdbcURL = null;
@Option(names = "--jdbc-driver-class-name", description = "JDBC driver classname.")
private String jdbcClassName = ActiveMQDefaultConfiguration.getDefaultDriverClassName();
@Option(names = "--jdbc-network-timeout", description = "Network timeout (in milliseconds).")
long jdbcNetworkTimeout = ActiveMQDefaultConfiguration.getDefaultJdbcNetworkTimeout();
@Option(names = "--jdbc-lock-renew-period", description = "Lock Renew Period (in milliseconds).")
long jdbcLockRenewPeriod = ActiveMQDefaultConfiguration.getDefaultJdbcLockRenewPeriodMillis();
@Option(names = "--jdbc-lock-expiration", description = "Lock expiration (in milliseconds).")
long jdbcLockExpiration = ActiveMQDefaultConfiguration.getDefaultJdbcLockExpirationMillis();
private boolean isAutoCreate() {
if (autoCreate == null) {
if (noAutoCreate != null) {
autoCreate = !noAutoCreate.booleanValue();
}
}
if (autoCreate == null) {
autoCreate = true;
}
return autoCreate;
}
public String getHost() {
if (host == null) {
host = "0.0.0.0";
}
return host;
}
private String getHostForClustered() {
if (getHost().equals("0.0.0.0")) {
host = input("--host", "Host " + host + " is not valid for clustering. Please provide a valid IP or hostname", "localhost");
}
return host;
}
public void setHost(String host) {
this.host = host;
}
public boolean isForce() {
return force;
}
public void setForce(boolean force) {
this.force = force;
}
public void setHome(File home) {
this.home = home;
}
public boolean isReplicated() {
return replicated;
}
public void setReplicated(boolean replicated) {
this.replicated = replicated;
}
public boolean isSharedStore() {
return sharedStore;
}
public String getData() {
return data;
}
public void setData(String data) {
this.data = data;
}
public String getEtc() {
return etc;
}
public void setEtc(String etc) {
this.etc = etc;
}
protected void setNoAutoTune(boolean autTune) {
this.noAutoTune = autTune;
}
public boolean isAutoDelete() {
return autoDelete;
}
protected void setHttpHost(String httpHost) {
this.httpHost = httpHost;
}
protected void setRelaxJolokia(boolean relaxJolokia) {
this.relaxJolokia = relaxJolokia;
}
public Create setAutoDelete(boolean autoDelete) {
this.autoDelete = autoDelete;
return this;
}
private String getClusterUser() {
if (clusterUser == null) {
clusterUser = input("--cluster-user", "What is the cluster user?", "cluster-admin");
}
return clusterUser;
}
private String getClusterPassword() {
if (clusterPassword == null) {
clusterPassword = inputPassword("--cluster-password", "What is the cluster password?", "password-admin");
}
return clusterPassword;
}
private String getSslKeyPassword() {
if (sslKeyPassword == null) {
sslKeyPassword = inputPassword("--ssl-key-password", "What is the keystore password?", "password");
}
return sslKeyPassword;
}
private String getSslTrust() {
if (sslTrust == null) {
sslTrust = input("--ssl-trust", "What is the trust store path?", "/etc/truststore.jks");
}
return sslTrust;
}
private String getSslTrustPassword() {
if (sslTrustPassword == null) {
sslTrustPassword = inputPassword("--ssl-key-password", "What is the keystore password?", "password");
}
return sslTrustPassword;
}
private boolean isAllowAnonymous() {
if (allowAnonymous == null) {
allowAnonymous = inputBoolean("--allow-anonymous | --require-login", "Allow anonymous access?", true);
}
return allowAnonymous;
}
public boolean isPaging() {
return paging;
}
public String getPassword() {
if (password == null) {
password = inputPassword("--password", "What is the default password?", "admin");
}
password = HashUtil.tryHash(getActionContext(), password);
return password;
}
public void setPassword(String password) {
this.password = password;
}
public String getUser() {
if (user == null) {
user = input("--user", "What is the default username?", "admin");
}
return user;
}
public void setUser(String user) {
this.user = user;
}
public String getRole() {
return role;
}
public void setRole(String role) {
this.role = role;
}
private boolean isBackup() {
return slave || backup;
}
private boolean isFailoverOnShutodwn() {
return failoverOnShutodwn;
}
private boolean isDisablePersistence() {
return disablePersistence;
}
@Override
public Object execute(ActionContext context) throws Exception {
this.checkDirectory();
super.execute(context);
return run(context);
}
/**
* Checks that the directory provided either exists and is writable or doesn't exist but can be created.
*/
private void checkDirectory() {
if (!directory.exists()) {
boolean created = directory.mkdirs();
if (!created) {
throw new RuntimeException(String.format("Unable to create the path '%s'.", directory));
}
} else if (!directory.canWrite()) {
throw new RuntimeException(String.format("The path '%s' is not writable.", directory));
}
}
private File createDirectory(String name, File root) {
File directory = new File(name);
if (!directory.isAbsolute()) {
directory = new File(root, name);
}
directory.mkdirs();
return directory;
}
@Override
public Object run(ActionContext context) throws Exception {
super.run(context);
setupJournalType();
// requireLogin should set allowAnonymous=false, to avoid user's questions
if (requireLogin != null && requireLogin.booleanValue()) {
allowAnonymous = Boolean.FALSE;
}
context.out.println(String.format("Creating ActiveMQ Artemis instance at: %s", directory.getCanonicalPath()));
HashMap filters = new LinkedHashMap<>();
if (journalDeviceBlockSize % 512 != 0) {
// This will generate a CLI error
// no need to a logger here as this would be just a regular UI output
throw new IllegalArgumentException("The device-block-size must be a multiple of 512");
}
filters.put("${device-block-size}", Integer.toString(journalDeviceBlockSize));
filters.put("${primary-backup}", isBackup() ? "backup" : "primary");
filters.put("${failover-on-shutdown}", isFailoverOnShutodwn() ? "true" : "false");
filters.put("${persistence-enabled}", isDisablePersistence() ? "false" : "true");
if (ping != null && !ping.isEmpty()) {
filters.put("${ping}", ping);
filters.put("${ping-config.settings}", readTextFile(ETC_PING_TXT, filters));
} else {
filters.put("${ping-config.settings}", readTextFile(ETC_COMMENTED_PING_TXT, filters));
}
if (staticNode != null) {
clustered = true;
}
if (replicated) {
clustered = true;
filters.put("${replicated.settings}", readTextFile(isBackup() ? ETC_REPLICATED_BACKUP_SETTINGS_TXT : ETC_REPLICATED_PRIMARY_SETTINGS_TXT, filters));
} else {
filters.put("${replicated.settings}", "");
}
if (sharedStore) {
clustered = true;
filters.put("${shared-store.settings}", readTextFile(ETC_SHARED_STORE_SETTINGS_TXT, filters));
} else {
filters.put("${shared-store.settings}", "");
}
filters.put("${journal.settings}", journalType.name());
if (sslKey != null) {
filters.put("${web.protocol}", "https");
getSslKeyPassword();
String extraWebAttr = " keyStorePath=\"" + sslKey + "\" keyStorePassword=\"" + sslKeyPassword + "\"";
if (useClientAuth) {
getSslTrust();
getSslTrustPassword();
extraWebAttr += " clientAuth=\"true\" trustStorePath=\"" + sslTrust + "\" trustStorePassword=\"" + sslTrustPassword + "\"";
}
filters.put("${extra.web.attributes}", extraWebAttr);
} else {
filters.put("${web.protocol}", "http");
filters.put("${extra.web.attributes}", "");
}
filters.put("${fsync}", String.valueOf(!noJournalSync));
filters.put("${default.port}", String.valueOf(defaultPort + portOffset));
filters.put("${support-advisory}", Boolean.toString(supportAdvisory));
filters.put("${suppress-internal-management-objects}", Boolean.toString(suppressInternalManagementObjects));
filters.put("${amqp.port}", String.valueOf(AMQP_PORT + portOffset));
filters.put("${stomp.port}", String.valueOf(STOMP_PORT + portOffset));
filters.put("${hq.port}", String.valueOf(HQ_PORT + portOffset));
filters.put("${mqtt.port}", String.valueOf(MQTT_PORT + portOffset));
filters.put("${http.host}", httpHost);
filters.put("${http.port}", String.valueOf(httpPort + portOffset));
filters.put("${data.dir}", data);
filters.put("${max-hops}", String.valueOf(maxHops));
filters.put("${message-load-balancing}", messageLoadBalancing.toString());
filters.put("${user}", getUser());
filters.put("${password}", getPassword());
filters.put("${encoded.role}", role.replaceAll(" ", "\\\\ "));
filters.put("${global-max-messages}", Long.toString(globalMaxMessages));
if (globalMaxSize == null || globalMaxSize.trim().equals("")) {
filters.put("${global-max-section}", readTextFile(ETC_GLOBAL_MAX_DEFAULT_TXT, filters));
} else {
filters.put("${global-max-size}", globalMaxSize);
filters.put("${global-max-section}", readTextFile(ETC_GLOBAL_MAX_SPECIFIED_TXT, filters));
}
if (jdbc) {
if (jdbcURL == null) {
jdbcURL = "jdbc:derby:" + getInstance().getAbsolutePath() + "/data/derby/db;create=true";
}
filters.put("${jdbcBindings}", jdbcBindings);
filters.put("${jdbcMessages}", jdbcMessages);
filters.put("${jdbcLargeMessages}", jdbcLargeMessages);
filters.put("${jdbcPageStore}", jdbcPageStore);
filters.put("${jdbcNodeManager}", jdbcNodeManager);
filters.put("${jdbcURL}", jdbcURL);
filters.put("${jdbcClassName}", jdbcClassName);
filters.put("${jdbcNetworkTimeout}", "" + jdbcNetworkTimeout);
filters.put("${jdbcLockRenewPeriod}", "" + jdbcLockRenewPeriod);
filters.put("${jdbcLockExpiration}", "" + jdbcLockExpiration);
filters.put("${jdbc}", readTextFile(ETC_DATABASE_STORE_TXT, filters));
} else {
filters.put("${jdbc}", "");
}
if (clustered) {
filters.put("${host}", getHostForClustered());
if (name == null) {
name = getHostForClustered();
}
String connectorSettings = getConnectors(filters);
filters.put("${name}", name);
filters.put("${connector-config.settings}", connectorSettings);
filters.put("${cluster-security.settings}", readTextFile(ETC_CLUSTER_SECURITY_SETTINGS_TXT, filters));
if (staticNode != null) {
String staticCluster = readTextFile(ETC_CLUSTER_STATIC_SETTINGS_TXT, filters);
StringWriter stringWriter = new StringWriter();
PrintWriter printWriter = new PrintWriter(stringWriter);
int countCluster = getStaticNodes().length;
for (int i = 0; i < countCluster; i++) {
printWriter.println(" node" + i + " ");
}
filters.put("${connectors-list}", stringWriter.toString());
staticCluster = applyFilters(staticCluster, filters);
filters.put("${cluster.settings}", staticCluster);
} else {
filters.put("${cluster.settings}", readTextFile(ETC_CLUSTER_SETTINGS_TXT, filters));
}
filters.put("${cluster-user}", getClusterUser());
filters.put("${cluster-password}", getClusterPassword());
} else {
if (name == null) {
name = getHost();
}
filters.put("${name}", name);
filters.put("${host}", getHost());
filters.put("${connector-config.settings}", "");
filters.put("${cluster-security.settings}", "");
filters.put("${cluster.settings}", "");
filters.put("${cluster-user}", "");
filters.put("${cluster-password}", "");
}
applyAddressesAndQueues(filters);
if (home != null) {
filters.put("${home}", path(home));
}
new File(directory, "bin").mkdirs();
File etcFolder = createDirectory(etc, directory);
new File(directory, "tmp").mkdirs();
new File(directory, "lib").mkdirs();
File dataFolder = createDirectory(data, directory);
File logFolder = createDirectory(LOG_DIRNAME, directory);
File oomeDumpFile = new File(logFolder, OOM_DUMP_FILENAME);
String processedJavaOptions = getJavaOptions();
String processedJavaUtilityOptions = getJavaUtilityOptions();
addScriptFilters(filters, getHome(), getInstance(), etcFolder, dataFolder, oomeDumpFile, javaMemory, processedJavaOptions, processedJavaUtilityOptions, role);
boolean allowAnonymous = isAllowAnonymous();
String retentionTag;
if (retentionDays > 0) {
if (retentionMaxBytes != null) {
retentionTag = "" + data + "/retention ";
} else {
retentionTag = "" + data + "/retention ";
}
} else {
retentionTag = "\n" +
" \n\n";
}
filters.put("${journal-retention}", retentionTag);
filters.put("${java-opts}", processedJavaOptions);
filters.put("${java-memory}", javaMemory);
if (allowAnonymous) {
write(ETC_LOGIN_CONFIG_WITH_GUEST, new File(etcFolder, ETC_LOGIN_CONFIG), filters, false, force);
} else {
write(ETC_LOGIN_CONFIG_WITHOUT_GUEST, new File(etcFolder, ETC_LOGIN_CONFIG), filters, false, force);
}
writeEtc(ETC_ARTEMIS_ROLES_PROPERTIES, etcFolder, filters, false);
if (IS_WINDOWS) {
write(BIN_ARTEMIS_CMD, filters, false);
write(BIN_ARTEMIS_SERVICE_EXE, force);
write(BIN_ARTEMIS_SERVICE_EXE_CONFIG, force);
write(BIN_ARTEMIS_SERVICE_XML, filters, false);
writeEtc(ETC_ARTEMIS_PROFILE_CMD, etcFolder, filters, false);
writeEtc(ETC_ARTEMIS_UTILITY_PROFILE_CMD, etcFolder, filters, false);
}
if (IS_NIX) {
write(BIN_ARTEMIS, filters, true);
makeExec(BIN_ARTEMIS);
write(BIN_ARTEMIS_SERVICE, filters, true);
makeExec(BIN_ARTEMIS_SERVICE);
writeEtc(ETC_ARTEMIS_PROFILE, etcFolder, filters, true);
writeEtc(ETC_ARTEMIS_UTILITY_PROFILE, etcFolder, filters, true);
}
writeEtc(ETC_LOG4J2_PROPERTIES, etcFolder, null, false);
writeEtc(ETC_LOG4J2_UTILITY_PROPERTIES, etcFolder, null, false);
if (noWeb) {
filters.put("${bootstrap-web-settings}", "");
} else {
filters.put("${bootstrap-web-settings}", readTextFile(ETC_BOOTSTRAP_WEB_SETTINGS_TXT, filters));
}
if (noAmqpAcceptor) {
filters.put("${amqp-acceptor}", "");
} else {
filters.put("${amqp-acceptor}", readTextFile(ETC_AMQP_ACCEPTOR_TXT, filters));
}
if (noMqttAcceptor) {
filters.put("${mqtt-acceptor}", "");
} else {
filters.put("${mqtt-acceptor}",readTextFile(ETC_MQTT_ACCEPTOR_TXT, filters));
}
if (noStompAcceptor) {
filters.put("${stomp-acceptor}", "");
} else {
filters.put("${stomp-acceptor}", readTextFile(ETC_STOMP_ACCEPTOR_TXT, filters));
}
if (noHornetQAcceptor) {
filters.put("${hornetq-acceptor}", "");
} else {
filters.put("${hornetq-acceptor}", readTextFile(ETC_HORNETQ_ACCEPTOR_TXT, filters));
}
if (paging == null && blocking == null) {
filters.put("${full-policy}", "PAGE");
} else if (paging != null && paging) {
filters.put("${full-policy}", "PAGE");
} else if (blocking != null && blocking) {
filters.put("${full-policy}", "BLOCK");
} else {
filters.put("${full-policy}", "PAGE");
}
filters.put("${auto-create}", isAutoCreate() ? "true" : "false");
filters.put("${auto-delete}", autoDelete ? "true" : "false");
if (jdbc) {
noAutoTune = true;
context.out.println();
printStar("Copy a jar containing the JDBC Driver '" + jdbcClassName + "' into " + directory.getAbsolutePath() + "/lib");
context.out.println();
}
performAutoTune(filters, journalType, dataFolder);
writeEtc(ETC_BROKER_XML, etcFolder, filters, false);
writeEtc(ETC_ARTEMIS_USERS_PROPERTIES, etcFolder, filters, false);
// we want this variable to remain unchanged so that it will use the value set in the profile
if (SecurityManagerType.getType(securityManager) == SecurityManagerType.BASIC) {
filters.put("${security-manager-settings}", readTextFile(ETC_BASIC_SECURITY_MANAGER_TXT, filters));
} else {
filters.put("${security-manager-settings}", readTextFile(ETC_JAAS_SECURITY_MANAGER_TXT, filters));
}
writeEtc(ETC_BOOTSTRAP_XML, etcFolder, filters, false);
writeEtc(ETC_MANAGEMENT_XML, etcFolder, filters, false);
if (relaxJolokia) {
filters.put("${jolokia.options}", "");
} else {
filters.put("${jolokia.options}", "\n" +
" filters,
File home,
File directory,
File etcFolder,
File dataFolder,
File oomeDumpFile,
String javaMemory,
String javaOptions,
String javaUtilityOptions,
String role) throws IOException {
filters.put("${artemis.home}", path(home));
// I am using a different replacing pattern here, for cases where want an actual ${artemis.instance} in the output
// so that's just to make a distinction
filters.put("@artemis.instance@", path(directory));
filters.put("${artemis.instance.uri}", directory.toURI().toString());
filters.put("${artemis.instance.uri.windows}", directory.toURI().toString().replaceAll("%", "%%"));
filters.put("${artemis.instance.name}", directory.getName());
filters.put("${java.home}", path(System.getProperty("java.home")));
filters.put("${artemis.instance.etc.uri}", etcFolder.toURI().toString());
filters.put("${artemis.instance.etc.uri.windows}", etcFolder.toURI().toString().replaceAll("%", "%%"));
filters.put("${artemis.instance.etc}", path(etcFolder));
filters.put("${artemis.instance.oome.dump}", path(oomeDumpFile));
filters.put("${artemis.instance.data}", path(dataFolder));
filters.put("${java-memory}", javaMemory);
filters.put("${java-opts}", javaOptions);
filters.put("${java-utility-opts}", javaUtilityOptions);
filters.put("${role}", role);
}
private String getConnectors(HashMap filters) throws IOException {
if (staticNode != null) {
StringWriter stringWriter = new StringWriter();
PrintWriter printer = new PrintWriter(stringWriter);
printer.println(" ");
printer.println(" ");
printer.println(applyFilters(" tcp://${host}:${default.port} ", filters));
int counter = 0;
for (String node: getStaticNodes()) {
printer.println(" " + node + " ");
}
printer.println(" ");
return stringWriter.toString();
} else {
return readTextFile(ETC_CONNECTOR_SETTINGS_TXT, filters);
}
}
private void printStar(String message) {
int size = Math.min(message.length(), 80);
StringBuffer buffer = new StringBuffer(size);
for (int i = 0; i < size; i++) {
buffer.append("*");
}
getActionContext().out.println(buffer.toString());
getActionContext().out.println();
getActionContext().out.println(message);
getActionContext().out.println();
getActionContext().out.println(buffer.toString());
}
private void setupJournalType() {
if (noJournalSync && !mapped) {
boolean useMapped = inputBoolean("--mapped", "Since you disabled syncs, it is recommended to use the Mapped Memory Journal. Do you want to use the Memory Mapped Journal", true);
if (useMapped) {
mapped = true;
nio = false;
aio = false;
}
}
int countJournalTypes = countBoolean(aio, nio, mapped);
if (countJournalTypes > 1) {
throw new RuntimeException("You can only select one journal type (--nio | --aio | --mapped).");
}
if (countJournalTypes == 0) {
if (supportsLibaio()) {
aio = true;
} else {
nio = true;
}
}
if (aio) {
journalType = JournalType.ASYNCIO;
} else if (nio) {
journalType = JournalType.NIO;
} else if (mapped) {
journalType = JournalType.MAPPED;
}
}
private static int countBoolean(boolean...b) {
int count = 0;
for (boolean itemB : b) {
if (itemB) count++;
}
return count;
}
/**
* It will create the address and queue configurations
*/
private void applyAddressesAndQueues(HashMap filters) {
StringWriter writer = new StringWriter();
PrintWriter printWriter = new PrintWriter(writer);
printWriter.println();
for (String str : getQueueList()) {
String[] seg = str.split(":");
String name = seg[0].trim();
// default routing type to anycast if not specified
String routingType = (seg.length == 2 ? seg[1].trim() : "anycast");
try {
RoutingType.valueOf(routingType.toUpperCase());
} catch (Exception e) {
e.printStackTrace();
getActionContext().err.println("Invalid routing type: " + routingType);
}
printWriter.println(" ");
printWriter.println(" <" + routingType + ">");
printWriter.println(" filters, JournalType journalType, File dataFolder) {
if (noAutoTune) {
filters.put("${journal-buffer.settings}", "");
filters.put("${page-sync.settings}", "");
} else {
try {
int writes = 250;
getActionContext().out.println("");
getActionContext().out.println("Auto tuning journal ...");
if (mapped && noJournalSync) {
HashMap syncFilter = new HashMap<>();
syncFilter.put("${nanoseconds}", "0");
syncFilter.put("${writesPerMillisecond}", "0");
syncFilter.put("${maxaio}", journalType == JournalType.ASYNCIO ? "" + ActiveMQDefaultConfiguration.getDefaultJournalMaxIoAio() : "1");
getActionContext().out.println("...Since you disabled sync and are using MAPPED journal, we are diabling buffer times");
filters.put("${journal-buffer.settings}", readTextFile(ETC_JOURNAL_BUFFER_SETTINGS, syncFilter));
filters.put("${page-sync.settings}", readTextFile(ETC_PAGE_SYNC_SETTINGS, syncFilter));
} else {
long time = SyncCalculation.syncTest(dataFolder, 4096, writes, 5, verbose, !noJournalSync, false, "journal-test.tmp", ActiveMQDefaultConfiguration.getDefaultJournalMaxIoAio(), journalType, getActionContext());
long nanoseconds = SyncCalculation.toNanos(time, writes, verbose, getActionContext());
double writesPerMillisecond = (double) writes / (double) time;
String writesPerMillisecondStr = new DecimalFormat("###.##").format(writesPerMillisecond);
HashMap syncFilter = new HashMap<>();
syncFilter.put("${nanoseconds}", Long.toString(nanoseconds));
syncFilter.put("${writesPerMillisecond}", writesPerMillisecondStr);
syncFilter.put("${maxaio}", journalType == JournalType.ASYNCIO ? "" + ActiveMQDefaultConfiguration.getDefaultJournalMaxIoAio() : "1");
getActionContext().out.println("done! Your system can make " + writesPerMillisecondStr +
" writes per millisecond, your journal-buffer-timeout will be " + nanoseconds);
filters.put("${journal-buffer.settings}", readTextFile(ETC_JOURNAL_BUFFER_SETTINGS, syncFilter));
if (noJournalSync) {
syncFilter.put("${nanoseconds}", "0");
} else if (journalType != JournalType.NIO) {
long nioTime = SyncCalculation.syncTest(dataFolder, 4096, writes, 5, verbose, !noJournalSync, false, "journal-test.tmp", ActiveMQDefaultConfiguration.getDefaultJournalMaxIoAio(), JournalType.NIO, getActionContext());
long nioNanoseconds = SyncCalculation.toNanos(nioTime, writes, verbose, getActionContext());
syncFilter.put("${nanoseconds}", Long.toString(nioNanoseconds));
}
filters.put("${page-sync.settings}", readTextFile(ETC_PAGE_SYNC_SETTINGS, syncFilter));
}
} catch (Exception e) {
filters.put("${journal-buffer.settings}", "");
filters.put("${page-sync.settings}", "");
e.printStackTrace();
getActionContext().err.println("Couldn't perform sync calculation, using default values");
}
}
}
public boolean supportsLibaio() {
if (IS_WINDOWS) {
return false;
}
if (LibaioContext.isLoaded()) {
try (LibaioContext context = new LibaioContext(1, true, true)) {
File tmpFile = new File(directory, "validateAIO.bin");
boolean supportsLibaio = true;
try {
LibaioFile file = context.openFile(tmpFile, true);
file.close();
} catch (Exception e) {
supportsLibaio = false;
}
tmpFile.delete();
if (!supportsLibaio) {
getActionContext().err.println("The filesystem used on " + directory + " doesn't support libAIO and O_DIRECT files, switching journal-type to NIO");
}
return supportsLibaio;
}
} else {
return false;
}
}
private void makeExec(String path) throws IOException {
FileUtil.makeExec(new File(directory, path));
}
private String[] getQueueList() {
if (queues == null) {
return new String[0];
} else {
return queues.split(",");
}
}
private String[] getAddressList() {
if (addresses == null) {
return new String[0];
} else {
return addresses.split(",");
}
}
private static String path(String value) throws IOException {
return path(new File(value));
}
private static String path(File value) throws IOException {
return value.getCanonicalPath();
}
private void write(String source, HashMap filters, boolean unixTarget) throws Exception {
write(source, new File(directory, source), filters, unixTarget, force);
}
private void writeEtc(String source, File etcFolder, HashMap filters, boolean unixTarget) throws Exception {
write("etc/" + source, new File(etcFolder, source), filters, unixTarget, force);
}
private enum SecurityManagerType {
JAAS, BASIC;
public static SecurityManagerType getType(String type) {
type = type.toLowerCase();
switch (type) {
case "jaas":
return JAAS;
case "basic":
return BASIC;
default:
return null;
}
}
}
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