Many resources are needed to download a project. Please understand that we have to compensate our server costs. Thank you in advance. Project price only 1 $
You can buy this project and download/modify it how often you want.
/* This file is part of VoltDB.
* Copyright (C) 2008-2020 VoltDB Inc.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License as
* published by the Free Software Foundation, either version 3 of the
* License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with VoltDB. If not, see .
*/
/* WARNING: THIS FILE IS AUTO-GENERATED
DO NOT MODIFY THIS SOURCE
ALL CHANGES MUST BE MADE IN THE CATALOG GENERATOR */
package org.voltdb.catalog;
/**
* A set of connected hosts running one or more database application contexts
*/
public class Cluster extends CatalogType {
CatalogMap m_databases;
CatalogMap m_deployment;
int m_localepoch;
boolean m_securityEnabled;
int m_httpdportno;
boolean m_jsonapi;
boolean m_networkpartition;
CatalogMap m_logconfig;
int m_heartbeatTimeout;
boolean m_useddlschema;
boolean m_drConsumerEnabled;
boolean m_drProducerEnabled;
String m_drRole = new String();
int m_drClusterId;
int m_drProducerPort;
String m_drMasterHost = new String();
String m_drConsumerSslPropertyFile = new String();
int m_globalFlushInterval;
int m_drFlushInterval;
int m_exportFlushInterval;
int m_preferredSource;
@Override
void initChildMaps() {
m_databases = new CatalogMap(getCatalog(), this, "databases", Database.class, m_parentMap.m_depth + 1);
m_deployment = new CatalogMap(getCatalog(), this, "deployment", Deployment.class, m_parentMap.m_depth + 1);
m_logconfig = new CatalogMap(getCatalog(), this, "logconfig", CommandLog.class, m_parentMap.m_depth + 1);
}
public String[] getFields() {
return new String[] {
"localepoch",
"securityEnabled",
"httpdportno",
"jsonapi",
"networkpartition",
"heartbeatTimeout",
"useddlschema",
"drConsumerEnabled",
"drProducerEnabled",
"drRole",
"drClusterId",
"drProducerPort",
"drMasterHost",
"drConsumerSslPropertyFile",
"globalFlushInterval",
"drFlushInterval",
"exportFlushInterval",
"preferredSource",
};
};
String[] getChildCollections() {
return new String[] {
"databases",
"deployment",
"logconfig",
};
};
public Object getField(String field) {
switch (field) {
case "databases":
return getDatabases();
case "deployment":
return getDeployment();
case "localepoch":
return getLocalepoch();
case "securityEnabled":
return getSecurityenabled();
case "httpdportno":
return getHttpdportno();
case "jsonapi":
return getJsonapi();
case "networkpartition":
return getNetworkpartition();
case "logconfig":
return getLogconfig();
case "heartbeatTimeout":
return getHeartbeattimeout();
case "useddlschema":
return getUseddlschema();
case "drConsumerEnabled":
return getDrconsumerenabled();
case "drProducerEnabled":
return getDrproducerenabled();
case "drRole":
return getDrrole();
case "drClusterId":
return getDrclusterid();
case "drProducerPort":
return getDrproducerport();
case "drMasterHost":
return getDrmasterhost();
case "drConsumerSslPropertyFile":
return getDrconsumersslpropertyfile();
case "globalFlushInterval":
return getGlobalflushinterval();
case "drFlushInterval":
return getDrflushinterval();
case "exportFlushInterval":
return getExportflushinterval();
case "preferredSource":
return getPreferredsource();
default:
throw new CatalogException("Unknown field");
}
}
/** GETTER: The set of databases the cluster is running */
public CatalogMap getDatabases() {
return m_databases;
}
/** GETTER: Storage for settings passed in on deployment */
public CatalogMap getDeployment() {
return m_deployment;
}
/** GETTER: The number of seconds since the epoch that we're calling our local epoch */
public int getLocalepoch() {
return m_localepoch;
}
/** GETTER: Whether security and authentication should be enabled/disabled */
public boolean getSecurityenabled() {
return m_securityEnabled;
}
/** GETTER: The port number httpd will listen on. A 0 value implies 8080. */
public int getHttpdportno() {
return m_httpdportno;
}
/** GETTER: Is the http/json interface enabled? */
public boolean getJsonapi() {
return m_jsonapi;
}
/** GETTER: Is network partition detection enabled? */
public boolean getNetworkpartition() {
return m_networkpartition;
}
/** GETTER: Command log configuration */
public CatalogMap getLogconfig() {
return m_logconfig;
}
/** GETTER: How long to wait, in seconds, between messages before deciding a host is dead */
public int getHeartbeattimeout() {
return m_heartbeatTimeout;
}
/** GETTER: Manage the database schemas via catalog updates or live DDL */
public boolean getUseddlschema() {
return m_useddlschema;
}
/** GETTER: Manage whether this consumer cluster will pull local DR transactions */
public boolean getDrconsumerenabled() {
return m_drConsumerEnabled;
}
/** GETTER: Manage whether this producer cluster will log and distribute local DR transactions */
public boolean getDrproducerenabled() {
return m_drProducerEnabled;
}
/** GETTER: DR role of the cluster, can be master, replica, or xdcr */
public String getDrrole() {
return m_drRole;
}
/** GETTER: Unique inter-cluster ID used to distinguish DR clusters */
public int getDrclusterid() {
return m_drClusterId;
}
/** GETTER: DR port the this producer cluster will listen on (change only when !drProdEnabled) */
public int getDrproducerport() {
return m_drProducerPort;
}
/** GETTER: Hostname[:port] of producer cluster this consumer cluster will get transactions from */
public String getDrmasterhost() {
return m_drMasterHost;
}
/** GETTER: Path to DR consumer property file containing path to trust store and the trust store password */
public String getDrconsumersslpropertyfile() {
return m_drConsumerSslPropertyFile;
}
/** GETTER: Time interval in milliseconds between flushing either DR or Export buffers */
public int getGlobalflushinterval() {
return m_globalFlushInterval;
}
/** GETTER: Time interval in milliseconds between flushing partially filled DR buffers (depends on globalFlushInterval) */
public int getDrflushinterval() {
return m_drFlushInterval;
}
/** GETTER: Time interval in milliseconds between flushing partially filled Export buffers (depends on globalFlushInterval) */
public int getExportflushinterval() {
return m_exportFlushInterval;
}
/** GETTER: The cluster id from which this joining cluster should request snapshot */
public int getPreferredsource() {
return m_preferredSource;
}
/** SETTER: The number of seconds since the epoch that we're calling our local epoch */
public void setLocalepoch(int value) {
m_localepoch = value;
}
/** SETTER: Whether security and authentication should be enabled/disabled */
public void setSecurityenabled(boolean value) {
m_securityEnabled = value;
}
/** SETTER: The port number httpd will listen on. A 0 value implies 8080. */
public void setHttpdportno(int value) {
m_httpdportno = value;
}
/** SETTER: Is the http/json interface enabled? */
public void setJsonapi(boolean value) {
m_jsonapi = value;
}
/** SETTER: Is network partition detection enabled? */
public void setNetworkpartition(boolean value) {
m_networkpartition = value;
}
/** SETTER: How long to wait, in seconds, between messages before deciding a host is dead */
public void setHeartbeattimeout(int value) {
m_heartbeatTimeout = value;
}
/** SETTER: Manage the database schemas via catalog updates or live DDL */
public void setUseddlschema(boolean value) {
m_useddlschema = value;
}
/** SETTER: Manage whether this consumer cluster will pull local DR transactions */
public void setDrconsumerenabled(boolean value) {
m_drConsumerEnabled = value;
}
/** SETTER: Manage whether this producer cluster will log and distribute local DR transactions */
public void setDrproducerenabled(boolean value) {
m_drProducerEnabled = value;
}
/** SETTER: DR role of the cluster, can be master, replica, or xdcr */
public void setDrrole(String value) {
m_drRole = value;
}
/** SETTER: Unique inter-cluster ID used to distinguish DR clusters */
public void setDrclusterid(int value) {
m_drClusterId = value;
}
/** SETTER: DR port the this producer cluster will listen on (change only when !drProdEnabled) */
public void setDrproducerport(int value) {
m_drProducerPort = value;
}
/** SETTER: Hostname[:port] of producer cluster this consumer cluster will get transactions from */
public void setDrmasterhost(String value) {
m_drMasterHost = value;
}
/** SETTER: Path to DR consumer property file containing path to trust store and the trust store password */
public void setDrconsumersslpropertyfile(String value) {
m_drConsumerSslPropertyFile = value;
}
/** SETTER: Time interval in milliseconds between flushing either DR or Export buffers */
public void setGlobalflushinterval(int value) {
m_globalFlushInterval = value;
}
/** SETTER: Time interval in milliseconds between flushing partially filled DR buffers (depends on globalFlushInterval) */
public void setDrflushinterval(int value) {
m_drFlushInterval = value;
}
/** SETTER: Time interval in milliseconds between flushing partially filled Export buffers (depends on globalFlushInterval) */
public void setExportflushinterval(int value) {
m_exportFlushInterval = value;
}
/** SETTER: The cluster id from which this joining cluster should request snapshot */
public void setPreferredsource(int value) {
m_preferredSource = value;
}
@Override
void set(String field, String value) {
if ((field == null) || (value == null)) {
throw new CatalogException("Null value where it shouldn't be.");
}
switch (field) {
case "localepoch":
assert(value != null);
m_localepoch = Integer.parseInt(value);
break;
case "securityEnabled":
assert(value != null);
m_securityEnabled = Boolean.parseBoolean(value);
break;
case "httpdportno":
assert(value != null);
m_httpdportno = Integer.parseInt(value);
break;
case "jsonapi":
assert(value != null);
m_jsonapi = Boolean.parseBoolean(value);
break;
case "networkpartition":
assert(value != null);
m_networkpartition = Boolean.parseBoolean(value);
break;
case "heartbeatTimeout":
assert(value != null);
m_heartbeatTimeout = Integer.parseInt(value);
break;
case "useddlschema":
assert(value != null);
m_useddlschema = Boolean.parseBoolean(value);
break;
case "drConsumerEnabled":
assert(value != null);
m_drConsumerEnabled = Boolean.parseBoolean(value);
break;
case "drProducerEnabled":
assert(value != null);
m_drProducerEnabled = Boolean.parseBoolean(value);
break;
case "drRole":
value = value.trim();
if (value.startsWith("null")) value = null;
if (value != null) {
assert(value.startsWith("\"") && value.endsWith("\""));
value = value.substring(1, value.length() - 1);
}
m_drRole = value;
break;
case "drClusterId":
assert(value != null);
m_drClusterId = Integer.parseInt(value);
break;
case "drProducerPort":
assert(value != null);
m_drProducerPort = Integer.parseInt(value);
break;
case "drMasterHost":
value = value.trim();
if (value.startsWith("null")) value = null;
if (value != null) {
assert(value.startsWith("\"") && value.endsWith("\""));
value = value.substring(1, value.length() - 1);
}
m_drMasterHost = value;
break;
case "drConsumerSslPropertyFile":
value = value.trim();
if (value.startsWith("null")) value = null;
if (value != null) {
assert(value.startsWith("\"") && value.endsWith("\""));
value = value.substring(1, value.length() - 1);
}
m_drConsumerSslPropertyFile = value;
break;
case "globalFlushInterval":
assert(value != null);
m_globalFlushInterval = Integer.parseInt(value);
break;
case "drFlushInterval":
assert(value != null);
m_drFlushInterval = Integer.parseInt(value);
break;
case "exportFlushInterval":
assert(value != null);
m_exportFlushInterval = Integer.parseInt(value);
break;
case "preferredSource":
assert(value != null);
m_preferredSource = Integer.parseInt(value);
break;
default:
throw new CatalogException("Unknown field");
}
}
@Override
public void copyFields(CatalogType obj) {
// this is safe from the caller
Cluster other = (Cluster) obj;
other.m_databases.copyFrom(m_databases);
other.m_deployment.copyFrom(m_deployment);
other.m_localepoch = m_localepoch;
other.m_securityEnabled = m_securityEnabled;
other.m_httpdportno = m_httpdportno;
other.m_jsonapi = m_jsonapi;
other.m_networkpartition = m_networkpartition;
other.m_logconfig.copyFrom(m_logconfig);
other.m_heartbeatTimeout = m_heartbeatTimeout;
other.m_useddlschema = m_useddlschema;
other.m_drConsumerEnabled = m_drConsumerEnabled;
other.m_drProducerEnabled = m_drProducerEnabled;
other.m_drRole = m_drRole;
other.m_drClusterId = m_drClusterId;
other.m_drProducerPort = m_drProducerPort;
other.m_drMasterHost = m_drMasterHost;
other.m_drConsumerSslPropertyFile = m_drConsumerSslPropertyFile;
other.m_globalFlushInterval = m_globalFlushInterval;
other.m_drFlushInterval = m_drFlushInterval;
other.m_exportFlushInterval = m_exportFlushInterval;
other.m_preferredSource = m_preferredSource;
}
public boolean equals(Object obj) {
// this isn't really the convention for null handling
if ((obj == null) || (obj.getClass().equals(getClass()) == false))
return false;
// Do the identity check
if (obj == this)
return true;
// this is safe because of the class check
// it is also known that the childCollections var will be the same
// from the class check
Cluster other = (Cluster) obj;
// are the fields / children the same? (deep compare)
if ((m_databases == null) != (other.m_databases == null)) return false;
if ((m_databases != null) && !m_databases.equals(other.m_databases)) return false;
if ((m_deployment == null) != (other.m_deployment == null)) return false;
if ((m_deployment != null) && !m_deployment.equals(other.m_deployment)) return false;
if (m_localepoch != other.m_localepoch) return false;
if (m_securityEnabled != other.m_securityEnabled) return false;
if (m_httpdportno != other.m_httpdportno) return false;
if (m_jsonapi != other.m_jsonapi) return false;
if (m_networkpartition != other.m_networkpartition) return false;
if ((m_logconfig == null) != (other.m_logconfig == null)) return false;
if ((m_logconfig != null) && !m_logconfig.equals(other.m_logconfig)) return false;
if (m_heartbeatTimeout != other.m_heartbeatTimeout) return false;
if (m_useddlschema != other.m_useddlschema) return false;
if (m_drConsumerEnabled != other.m_drConsumerEnabled) return false;
if (m_drProducerEnabled != other.m_drProducerEnabled) return false;
if ((m_drRole == null) != (other.m_drRole == null)) return false;
if ((m_drRole != null) && !m_drRole.equals(other.m_drRole)) return false;
if (m_drClusterId != other.m_drClusterId) return false;
if (m_drProducerPort != other.m_drProducerPort) return false;
if ((m_drMasterHost == null) != (other.m_drMasterHost == null)) return false;
if ((m_drMasterHost != null) && !m_drMasterHost.equals(other.m_drMasterHost)) return false;
if ((m_drConsumerSslPropertyFile == null) != (other.m_drConsumerSslPropertyFile == null)) return false;
if ((m_drConsumerSslPropertyFile != null) && !m_drConsumerSslPropertyFile.equals(other.m_drConsumerSslPropertyFile)) return false;
if (m_globalFlushInterval != other.m_globalFlushInterval) return false;
if (m_drFlushInterval != other.m_drFlushInterval) return false;
if (m_exportFlushInterval != other.m_exportFlushInterval) return false;
if (m_preferredSource != other.m_preferredSource) return false;
return true;
}
}
