package com.mycompany.myproject; //--AgentGen BEGIN=_BEGIN //--AgentGen END import org.snmp4j.smi.*; import org.snmp4j.mp.SnmpConstants; import org.snmp4j.agent.*; import org.snmp4j.agent.mo.*; import org.snmp4j.agent.mo.snmp.*; import org.snmp4j.agent.mo.snmp.smi.*; import org.snmp4j.agent.request.*; import org.snmp4j.log.LogFactory; import org.snmp4j.log.LogAdapter; import org.snmp4j.agent.mo.snmp.tc.*; //--AgentGen BEGIN=_IMPORT //--AgentGen END public class IfMib //--AgentGen BEGIN=_EXTENDS //--AgentGen END implements MOGroup //--AgentGen BEGIN=_IMPLEMENTS //--AgentGen END { private static final LogAdapter LOGGER = LogFactory.getLogger(IfMib.class); //--AgentGen BEGIN=_STATIC //--AgentGen END // Factory private MOFactory moFactory = DefaultMOFactory.getInstance(); // Constants /** * OID of this MIB module for usage which can be * used for its identification. */ public static final OID oidIfMib = new OID(new int[] { 1,3,6,1,2,1,31 }); // Identities // Scalars public static final OID oidIfNumber = new OID(new int[] { 1,3,6,1,2,1,2,1,0 }); public static final OID oidIfTableLastChange = new OID(new int[] { 1,3,6,1,2,1,31,1,5,0 }); public static final OID oidIfStackLastChange = new OID(new int[] { 1,3,6,1,2,1,31,1,6,0 }); // Tables // Notifications public static final OID oidLinkDown = new OID(new int[] { 1,3,6,1,6,3,1,1,5,3 }); public static final OID oidTrapVarIfIndex = new OID(new int[] { 1,3,6,1,2,1,2,2,1,1 }); public static final OID oidTrapVarIfAdminStatus = new OID(new int[] { 1,3,6,1,2,1,2,2,1,7 }); public static final OID oidTrapVarIfOperStatus = new OID(new int[] { 1,3,6,1,2,1,2,2,1,8 }); public static final OID oidLinkUp = new OID(new int[] { 1,3,6,1,6,3,1,1,5,4 }); // Enumerations public static final class IfAdminStatusEnum { /* -- ready to pass packets */ public static final int up = 1; public static final int down = 2; /* -- in some test mode */ public static final int testing = 3; } public static final class IfOperStatusEnum { /* -- ready to pass packets */ public static final int up = 1; public static final int down = 2; /* -- in some test mode */ public static final int testing = 3; /* -- status can not be determined -- for some reason. */ public static final int unknown = 4; public static final int dormant = 5; /* -- some component is missing */ public static final int notPresent = 6; /* -- down due to state of -- lower-layer interface(s) */ public static final int lowerLayerDown = 7; } public static final class IfLinkUpDownTrapEnableEnum { public static final int enabled = 1; public static final int disabled = 2; } public static final class IfTestStatusEnum { public static final int notInUse = 1; public static final int inUse = 2; } public static final class IfTestResultEnum { /* -- no test yet requested */ public static final int none = 1; public static final int success = 2; public static final int inProgress = 3; public static final int notSupported = 4; /* -- due to state of system */ public static final int unAbleToRun = 5; public static final int aborted = 6; public static final int failed = 7; } public static final class IfRcvAddressTypeEnum { public static final int other = 1; public static final int _volatile = 2; public static final int nonVolatile = 3; } // TextualConventions private static final String TC_MODULE_IF_MIB = "IF-MIB"; private static final String TC_MODULE_SNMPV2_TC = "SNMPv2-TC"; private static final String TC_MODULE_IANAIFTYPE_MIB = "IANAifType-MIB"; private static final String TC_INTERFACEINDEX = "InterfaceIndex"; private static final String TC_TESTANDINCR = "TestAndIncr"; private static final String TC_OWNERSTRING = "OwnerString"; private static final String TC_DISPLAYSTRING = "DisplayString"; private static final String TC_IANAIFTYPE = "IANAifType"; private static final String TC_TRUTHVALUE = "TruthValue"; private static final String TC_AUTONOMOUSTYPE = "AutonomousType"; private static final String TC_ROWSTATUS = "RowStatus"; private static final String TC_TIMESTAMP = "TimeStamp"; private static final String TC_PHYSADDRESS = "PhysAddress"; // Scalars private MOScalar ifNumber; private MOScalar ifTableLastChange; private MOScalar ifStackLastChange; // Tables public static final OID oidIfEntry = new OID(new int[] { 1,3,6,1,2,1,2,2,1 }); // Index OID definitions public static final OID oidIfIndex = new OID(new int[] { 1,3,6,1,2,1,2,2,1,1 }); // Column TC definitions for ifEntry: public static final String tcModuleIfMib = "IF-MIB"; public static final String tcDefInterfaceIndex = "InterfaceIndex"; public static final String tcModuleSNMPv2Tc = "SNMPv2-TC"; public static final String tcDefDisplayString = "DisplayString"; public static final String tcModuleIANAifTypeMib = "IANAifType-MIB"; public static final String tcDefIANAifType = "IANAifType"; public static final String tcDefPhysAddress = "PhysAddress"; // Column sub-identifier definitions for ifEntry: public static final int colIfIndex = 1; public static final int colIfDescr = 2; public static final int colIfType = 3; public static final int colIfMtu = 4; public static final int colIfSpeed = 5; public static final int colIfPhysAddress = 6; public static final int colIfAdminStatus = 7; public static final int colIfOperStatus = 8; public static final int colIfLastChange = 9; public static final int colIfInOctets = 10; public static final int colIfInUcastPkts = 11; public static final int colIfInNUcastPkts = 12; public static final int colIfInDiscards = 13; public static final int colIfInErrors = 14; public static final int colIfInUnknownProtos = 15; public static final int colIfOutOctets = 16; public static final int colIfOutUcastPkts = 17; public static final int colIfOutNUcastPkts = 18; public static final int colIfOutDiscards = 19; public static final int colIfOutErrors = 20; public static final int colIfOutQLen = 21; public static final int colIfSpecific = 22; // Column index definitions for ifEntry: public static final int idxIfIndex = 0; public static final int idxIfDescr = 1; public static final int idxIfType = 2; public static final int idxIfMtu = 3; public static final int idxIfSpeed = 4; public static final int idxIfPhysAddress = 5; public static final int idxIfAdminStatus = 6; public static final int idxIfOperStatus = 7; public static final int idxIfLastChange = 8; public static final int idxIfInOctets = 9; public static final int idxIfInUcastPkts = 10; public static final int idxIfInNUcastPkts = 11; public static final int idxIfInDiscards = 12; public static final int idxIfInErrors = 13; public static final int idxIfInUnknownProtos = 14; public static final int idxIfOutOctets = 15; public static final int idxIfOutUcastPkts = 16; public static final int idxIfOutNUcastPkts = 17; public static final int idxIfOutDiscards = 18; public static final int idxIfOutErrors = 19; public static final int idxIfOutQLen = 20; public static final int idxIfSpecific = 21; private MOTableSubIndex[] ifEntryIndexes; private MOTableIndex ifEntryIndex; private MOTable> ifEntry; private MOTableModel ifEntryModel; public static final OID oidIfXEntry = new OID(new int[] { 1,3,6,1,2,1,31,1,1,1 }); // Index OID definitions //public static final OID oidIfIndex = // new OID(new int[] { 1,3,6,1,2,1,2,2,1,1 }); // Column TC definitions for ifXEntry: public static final String tcDefTruthValue = "TruthValue"; public static final String tcDefTimeStamp = "TimeStamp"; // Column sub-identifier definitions for ifXEntry: public static final int colIfName = 1; public static final int colIfInMulticastPkts = 2; public static final int colIfInBroadcastPkts = 3; public static final int colIfOutMulticastPkts = 4; public static final int colIfOutBroadcastPkts = 5; public static final int colIfHCInOctets = 6; public static final int colIfHCInUcastPkts = 7; public static final int colIfHCInMulticastPkts = 8; public static final int colIfHCInBroadcastPkts = 9; public static final int colIfHCOutOctets = 10; public static final int colIfHCOutUcastPkts = 11; public static final int colIfHCOutMulticastPkts = 12; public static final int colIfHCOutBroadcastPkts = 13; public static final int colIfLinkUpDownTrapEnable = 14; public static final int colIfHighSpeed = 15; public static final int colIfPromiscuousMode = 16; public static final int colIfConnectorPresent = 17; public static final int colIfAlias = 18; public static final int colIfCounterDiscontinuityTime = 19; // Column index definitions for ifXEntry: public static final int idxIfName = 0; public static final int idxIfInMulticastPkts = 1; public static final int idxIfInBroadcastPkts = 2; public static final int idxIfOutMulticastPkts = 3; public static final int idxIfOutBroadcastPkts = 4; public static final int idxIfHCInOctets = 5; public static final int idxIfHCInUcastPkts = 6; public static final int idxIfHCInMulticastPkts = 7; public static final int idxIfHCInBroadcastPkts = 8; public static final int idxIfHCOutOctets = 9; public static final int idxIfHCOutUcastPkts = 10; public static final int idxIfHCOutMulticastPkts = 11; public static final int idxIfHCOutBroadcastPkts = 12; public static final int idxIfLinkUpDownTrapEnable = 13; public static final int idxIfHighSpeed = 14; public static final int idxIfPromiscuousMode = 15; public static final int idxIfConnectorPresent = 16; public static final int idxIfAlias = 17; public static final int idxIfCounterDiscontinuityTime = 18; private MOTableSubIndex[] ifXEntryIndexes; private MOTableIndex ifXEntryIndex; private MOTable> ifXEntry; private MOTableModel ifXEntryModel; public static final OID oidIfStackEntry = new OID(new int[] { 1,3,6,1,2,1,31,1,2,1 }); // Index OID definitions public static final OID oidIfStackHigherLayer = new OID(new int[] { 1,3,6,1,2,1,31,1,2,1,1 }); public static final OID oidIfStackLowerLayer = new OID(new int[] { 1,3,6,1,2,1,31,1,2,1,2 }); // Column TC definitions for ifStackEntry: public static final String tcDefRowStatus = "RowStatus"; // Column sub-identifier definitions for ifStackEntry: public static final int colIfStackStatus = 3; // Column index definitions for ifStackEntry: public static final int idxIfStackStatus = 0; private MOTableSubIndex[] ifStackEntryIndexes; private MOTableIndex ifStackEntryIndex; private MOTable> ifStackEntry; private MOTableModel ifStackEntryModel; public static final OID oidIfTestEntry = new OID(new int[] { 1,3,6,1,2,1,31,1,3,1 }); // Index OID definitions //public static final OID oidIfIndex = // new OID(new int[] { 1,3,6,1,2,1,2,2,1,1 }); // Column TC definitions for ifTestEntry: public static final String tcDefTestAndIncr = "TestAndIncr"; public static final String tcDefAutonomousType = "AutonomousType"; public static final String tcDefOwnerString = "OwnerString"; // Column sub-identifier definitions for ifTestEntry: public static final int colIfTestId = 1; public static final int colIfTestStatus = 2; public static final int colIfTestType = 3; public static final int colIfTestResult = 4; public static final int colIfTestCode = 5; public static final int colIfTestOwner = 6; // Column index definitions for ifTestEntry: public static final int idxIfTestId = 0; public static final int idxIfTestStatus = 1; public static final int idxIfTestType = 2; public static final int idxIfTestResult = 3; public static final int idxIfTestCode = 4; public static final int idxIfTestOwner = 5; private MOTableSubIndex[] ifTestEntryIndexes; private MOTableIndex ifTestEntryIndex; private MOTable> ifTestEntry; private MOTableModel ifTestEntryModel; public static final OID oidIfRcvAddressEntry = new OID(new int[] { 1,3,6,1,2,1,31,1,4,1 }); // Index OID definitions //public static final OID oidIfIndex = // new OID(new int[] { 1,3,6,1,2,1,2,2,1,1 }); public static final OID oidIfRcvAddressAddress = new OID(new int[] { 1,3,6,1,2,1,31,1,4,1,1 }); // Column TC definitions for ifRcvAddressEntry: // Column sub-identifier definitions for ifRcvAddressEntry: public static final int colIfRcvAddressStatus = 2; public static final int colIfRcvAddressType = 3; // Column index definitions for ifRcvAddressEntry: public static final int idxIfRcvAddressStatus = 0; public static final int idxIfRcvAddressType = 1; private MOTableSubIndex[] ifRcvAddressEntryIndexes; private MOTableIndex ifRcvAddressEntryIndex; private MOTable> ifRcvAddressEntry; private MOTableModel ifRcvAddressEntryModel; //--AgentGen BEGIN=_MEMBERS //--AgentGen END /** * Constructs a IfMib instance without actually creating its * ManagedObject instances. This has to be done in a * sub-class constructor or after construction by calling * {@link #createMO(MOFactory moFactory)}. */ protected IfMib() { //--AgentGen BEGIN=_DEFAULTCONSTRUCTOR //--AgentGen END } /** * Constructs a IfMib instance and actually creates its * ManagedObject instances using the supplied * MOFactory (by calling * {@link #createMO(MOFactory moFactory)}). * @param moFactory * the MOFactory to be used to create the * managed objects for this module. */ public IfMib(MOFactory moFactory) { this(); createMO(moFactory); //--AgentGen BEGIN=_FACTORYCONSTRUCTOR //--AgentGen END } //--AgentGen BEGIN=_CONSTRUCTORS //--AgentGen END /** * Create the ManagedObjects defined for this MIB module * using the specified {@link MOFactory}. * @param moFactory * the MOFactory instance to use for object * creation. */ protected void createMO(MOFactory moFactory) { addTCsToFactory(moFactory); ifNumber = moFactory.createScalar(oidIfNumber, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), new Integer32()); ifTableLastChange = moFactory.createScalar(oidIfTableLastChange, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), new TimeTicks()); ifStackLastChange = moFactory.createScalar(oidIfStackLastChange, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), new TimeTicks()); createIfEntry(moFactory); createIfXEntry(moFactory); createIfStackEntry(moFactory); createIfTestEntry(moFactory); createIfRcvAddressEntry(moFactory); } public MOScalar getIfNumber() { return ifNumber; } public MOScalar getIfTableLastChange() { return ifTableLastChange; } public MOScalar getIfStackLastChange() { return ifStackLastChange; } public MOTable> getIfEntry() { return ifEntry; } @SuppressWarnings(value={"unchecked"}) private void createIfEntry(MOFactory moFactory) { // Index definition ifEntryIndexes = new MOTableSubIndex[] { moFactory.createSubIndex(oidIfIndex, SMIConstants.SYNTAX_INTEGER, 1, 1) }; ifEntryIndex = moFactory.createIndex(ifEntryIndexes, false, new MOTableIndexValidator() { public boolean isValidIndex(OID index) { boolean isValidIndex = true; //--AgentGen BEGIN=ifEntry::isValidIndex //--AgentGen END return isValidIndex; } }); // Columns MOColumn[] ifEntryColumns = new MOColumn[22]; ifEntryColumns[idxIfIndex] = moFactory.createColumn(colIfIndex, SMIConstants.SYNTAX_INTEGER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), tcModuleIfMib, tcDefInterfaceIndex); ifEntryColumns[idxIfDescr] = moFactory.createColumn(colIfDescr, SMIConstants.SYNTAX_OCTET_STRING, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), tcModuleSNMPv2Tc, tcDefDisplayString); ifEntryColumns[idxIfType] = moFactory.createColumn(colIfType, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), tcModuleIANAifTypeMib, tcDefIANAifType); ifEntryColumns[idxIfMtu] = moFactory.createColumn(colIfMtu, SMIConstants.SYNTAX_INTEGER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfSpeed] = moFactory.createColumn(colIfSpeed, SMIConstants.SYNTAX_GAUGE32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfPhysAddress] = moFactory.createColumn(colIfPhysAddress, SMIConstants.SYNTAX_OCTET_STRING, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), tcModuleSNMPv2Tc, tcDefPhysAddress); ifEntryColumns[idxIfAdminStatus] = new Enumerated(colIfAdminStatus, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (Integer32)null); ValueConstraint ifAdminStatusVC = new EnumerationConstraint( new int[] { IfAdminStatusEnum.up, IfAdminStatusEnum.down, IfAdminStatusEnum.testing }); ((MOMutableColumn)ifEntryColumns[idxIfAdminStatus]). addMOValueValidationListener(new ValueConstraintValidator(ifAdminStatusVC)); ((MOMutableColumn)ifEntryColumns[idxIfAdminStatus]). addMOValueValidationListener(new IfAdminStatusValidator()); ifEntryColumns[idxIfOperStatus] = moFactory.createColumn(colIfOperStatus, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfLastChange] = moFactory.createColumn(colIfLastChange, SMIConstants.SYNTAX_TIMETICKS, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfInOctets] = moFactory.createColumn(colIfInOctets, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfInUcastPkts] = moFactory.createColumn(colIfInUcastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfInNUcastPkts] = moFactory.createColumn(colIfInNUcastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfInDiscards] = moFactory.createColumn(colIfInDiscards, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfInErrors] = moFactory.createColumn(colIfInErrors, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfInUnknownProtos] = moFactory.createColumn(colIfInUnknownProtos, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfOutOctets] = moFactory.createColumn(colIfOutOctets, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfOutUcastPkts] = moFactory.createColumn(colIfOutUcastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfOutNUcastPkts] = moFactory.createColumn(colIfOutNUcastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfOutDiscards] = moFactory.createColumn(colIfOutDiscards, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfOutErrors] = moFactory.createColumn(colIfOutErrors, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfOutQLen] = moFactory.createColumn(colIfOutQLen, SMIConstants.SYNTAX_GAUGE32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifEntryColumns[idxIfSpecific] = moFactory.createColumn(colIfSpecific, SMIConstants.SYNTAX_OBJECT_IDENTIFIER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); // Table model ifEntryModel = moFactory.createTableModel(oidIfEntry, ifEntryIndex, ifEntryColumns); ((MOMutableTableModel)ifEntryModel).setRowFactory( new IfEntryRowFactory()); ifEntry = moFactory.createTable(oidIfEntry, ifEntryIndex, ifEntryColumns, ifEntryModel); initRowsIfEntry(); } protected void initRowsIfEntry() { { // Creating row 1 OID rowIndex = new OID(new int[] { 1 }); IfEntryRow row = ifEntry.createRow(rowIndex); if (row == null) { return; } // ifIndex = 1.3.6.1.2.1.2.2.1.1 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("1"); row.setValue(0, v); } // ifDescr = 1.3.6.1.2.1.2.2.1.2 { Variable v = AbstractVariable.createFromSyntax(4); byte[] rawValue = new byte[] { (byte)77,(byte)121,(byte)32,(byte)105,(byte)110,(byte)116,(byte)101,(byte)114,(byte)102,(byte)97,(byte)99,(byte)101,(byte)32,(byte)100,(byte)101,(byte)115,(byte)99,(byte)114,(byte)105,(byte)112,(byte)116,(byte)105,(byte)111,(byte)110,(byte)32,(byte)35,(byte)49 }; ((AssignableFromByteArray)v).setValue(rawValue); row.setValue(1, v); } // ifType = 1.3.6.1.2.1.2.2.1.3 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("6"); row.setValue(2, v); } // ifMtu = 1.3.6.1.2.1.2.2.1.4 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("1500"); row.setValue(3, v); } // ifSpeed = 1.3.6.1.2.1.2.2.1.5 { Variable v = AbstractVariable.createFromSyntax(66); ((AssignableFromString)v).setValue("100000000"); row.setValue(4, v); } // ifPhysAddress = 1.3.6.1.2.1.2.2.1.6 // ifAdminStatus = 1.3.6.1.2.1.2.2.1.7 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("1"); row.setValue(6, v); } // ifOperStatus = 1.3.6.1.2.1.2.2.1.8 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("1"); row.setValue(7, v); } // ifLastChange = 1.3.6.1.2.1.2.2.1.9 { Variable v = AbstractVariable.createFromSyntax(67); ((AssignableFromString)v).setValue("0"); row.setValue(8, v); } // ifInOctets = 1.3.6.1.2.1.2.2.1.10 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(9, v); } // ifInUcastPkts = 1.3.6.1.2.1.2.2.1.11 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(10, v); } // ifInNUcastPkts = 1.3.6.1.2.1.2.2.1.12 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(11, v); } // ifInDiscards = 1.3.6.1.2.1.2.2.1.13 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(12, v); } // ifInErrors = 1.3.6.1.2.1.2.2.1.14 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(13, v); } // ifInUnknownProtos = 1.3.6.1.2.1.2.2.1.15 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(14, v); } // ifOutOctets = 1.3.6.1.2.1.2.2.1.16 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(15, v); } // ifOutUcastPkts = 1.3.6.1.2.1.2.2.1.17 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(16, v); } // ifOutNUcastPkts = 1.3.6.1.2.1.2.2.1.18 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(17, v); } // ifOutDiscards = 1.3.6.1.2.1.2.2.1.19 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(18, v); } // ifOutErrors = 1.3.6.1.2.1.2.2.1.20 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(19, v); } // ifOutQLen = 1.3.6.1.2.1.2.2.1.21 { Variable v = AbstractVariable.createFromSyntax(66); ((AssignableFromString)v).setValue("0"); row.setValue(20, v); } // ifSpecific = 1.3.6.1.2.1.2.2.1.22 ifEntry.addRow(row); } { // Creating row 4 OID rowIndex = new OID(new int[] { 4 }); IfEntryRow row = ifEntry.createRow(rowIndex); if (row == null) { return; } // ifIndex = 1.3.6.1.2.1.2.2.1.1 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("4"); row.setValue(0, v); } // ifDescr = 1.3.6.1.2.1.2.2.1.2 { Variable v = AbstractVariable.createFromSyntax(4); byte[] rawValue = new byte[] { (byte)78,(byte)117,(byte)109,(byte)98,(byte)101,(byte)114,(byte)32,(byte)52 }; ((AssignableFromByteArray)v).setValue(rawValue); row.setValue(1, v); } // ifType = 1.3.6.1.2.1.2.2.1.3 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("42"); row.setValue(2, v); } // ifMtu = 1.3.6.1.2.1.2.2.1.4 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("1000"); row.setValue(3, v); } // ifSpeed = 1.3.6.1.2.1.2.2.1.5 { Variable v = AbstractVariable.createFromSyntax(66); ((AssignableFromString)v).setValue("500000"); row.setValue(4, v); } // ifPhysAddress = 1.3.6.1.2.1.2.2.1.6 // ifAdminStatus = 1.3.6.1.2.1.2.2.1.7 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("0"); row.setValue(6, v); } // ifOperStatus = 1.3.6.1.2.1.2.2.1.8 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("0"); row.setValue(7, v); } // ifLastChange = 1.3.6.1.2.1.2.2.1.9 { Variable v = AbstractVariable.createFromSyntax(67); ((AssignableFromString)v).setValue("0"); row.setValue(8, v); } // ifInOctets = 1.3.6.1.2.1.2.2.1.10 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(9, v); } // ifInUcastPkts = 1.3.6.1.2.1.2.2.1.11 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(10, v); } // ifInNUcastPkts = 1.3.6.1.2.1.2.2.1.12 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(11, v); } // ifInDiscards = 1.3.6.1.2.1.2.2.1.13 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(12, v); } // ifInErrors = 1.3.6.1.2.1.2.2.1.14 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(13, v); } // ifInUnknownProtos = 1.3.6.1.2.1.2.2.1.15 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(14, v); } // ifOutOctets = 1.3.6.1.2.1.2.2.1.16 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(15, v); } // ifOutUcastPkts = 1.3.6.1.2.1.2.2.1.17 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(16, v); } // ifOutNUcastPkts = 1.3.6.1.2.1.2.2.1.18 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(17, v); } // ifOutDiscards = 1.3.6.1.2.1.2.2.1.19 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(18, v); } // ifOutErrors = 1.3.6.1.2.1.2.2.1.20 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(19, v); } // ifOutQLen = 1.3.6.1.2.1.2.2.1.21 { Variable v = AbstractVariable.createFromSyntax(66); ((AssignableFromString)v).setValue("0"); row.setValue(20, v); } // ifSpecific = 1.3.6.1.2.1.2.2.1.22 ifEntry.addRow(row); } { // Creating row 90 OID rowIndex = new OID(new int[] { 90 }); IfEntryRow row = ifEntry.createRow(rowIndex); if (row == null) { return; } // ifIndex = 1.3.6.1.2.1.2.2.1.1 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("90"); row.setValue(0, v); } // ifDescr = 1.3.6.1.2.1.2.2.1.2 { Variable v = AbstractVariable.createFromSyntax(4); byte[] rawValue = new byte[] { (byte)86,(byte)105,(byte)114,(byte)116,(byte)117,(byte)97,(byte)108,(byte)32,(byte)73,(byte)110,(byte)116,(byte)101,(byte)114,(byte)102,(byte)97,(byte)99,(byte)101 }; ((AssignableFromByteArray)v).setValue(rawValue); row.setValue(1, v); } // ifType = 1.3.6.1.2.1.2.2.1.3 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("1"); row.setValue(2, v); } // ifMtu = 1.3.6.1.2.1.2.2.1.4 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("65535"); row.setValue(3, v); } // ifSpeed = 1.3.6.1.2.1.2.2.1.5 { Variable v = AbstractVariable.createFromSyntax(66); ((AssignableFromString)v).setValue("100000000"); row.setValue(4, v); } // ifPhysAddress = 1.3.6.1.2.1.2.2.1.6 // ifAdminStatus = 1.3.6.1.2.1.2.2.1.7 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("0"); row.setValue(6, v); } // ifOperStatus = 1.3.6.1.2.1.2.2.1.8 { Variable v = AbstractVariable.createFromSyntax(2); ((AssignableFromString)v).setValue("0"); row.setValue(7, v); } // ifLastChange = 1.3.6.1.2.1.2.2.1.9 { Variable v = AbstractVariable.createFromSyntax(67); ((AssignableFromString)v).setValue("0"); row.setValue(8, v); } // ifInOctets = 1.3.6.1.2.1.2.2.1.10 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(9, v); } // ifInUcastPkts = 1.3.6.1.2.1.2.2.1.11 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(10, v); } // ifInNUcastPkts = 1.3.6.1.2.1.2.2.1.12 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(11, v); } // ifInDiscards = 1.3.6.1.2.1.2.2.1.13 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(12, v); } // ifInErrors = 1.3.6.1.2.1.2.2.1.14 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(13, v); } // ifInUnknownProtos = 1.3.6.1.2.1.2.2.1.15 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(14, v); } // ifOutOctets = 1.3.6.1.2.1.2.2.1.16 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(15, v); } // ifOutUcastPkts = 1.3.6.1.2.1.2.2.1.17 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(16, v); } // ifOutNUcastPkts = 1.3.6.1.2.1.2.2.1.18 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(17, v); } // ifOutDiscards = 1.3.6.1.2.1.2.2.1.19 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(18, v); } // ifOutErrors = 1.3.6.1.2.1.2.2.1.20 { Variable v = AbstractVariable.createFromSyntax(65); ((AssignableFromString)v).setValue("0"); row.setValue(19, v); } // ifOutQLen = 1.3.6.1.2.1.2.2.1.21 { Variable v = AbstractVariable.createFromSyntax(66); ((AssignableFromString)v).setValue("0"); row.setValue(20, v); } // ifSpecific = 1.3.6.1.2.1.2.2.1.22 ifEntry.addRow(row); } } public MOTable> getIfXEntry() { return ifXEntry; } @SuppressWarnings(value={"unchecked"}) private void createIfXEntry(MOFactory moFactory) { // Index definition ifXEntryIndexes = new MOTableSubIndex[] { moFactory.createSubIndex(oidIfIndex, SMIConstants.SYNTAX_INTEGER, 1, 1) }; ifXEntryIndex = moFactory.createIndex(ifXEntryIndexes, false, new MOTableIndexValidator() { public boolean isValidIndex(OID index) { boolean isValidIndex = true; //--AgentGen BEGIN=ifXEntry::isValidIndex //--AgentGen END return isValidIndex; } }); // Columns MOColumn[] ifXEntryColumns = new MOColumn[19]; ifXEntryColumns[idxIfName] = moFactory.createColumn(colIfName, SMIConstants.SYNTAX_OCTET_STRING, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), tcModuleSNMPv2Tc, tcDefDisplayString); ifXEntryColumns[idxIfInMulticastPkts] = moFactory.createColumn(colIfInMulticastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfInBroadcastPkts] = moFactory.createColumn(colIfInBroadcastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfOutMulticastPkts] = moFactory.createColumn(colIfOutMulticastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfOutBroadcastPkts] = moFactory.createColumn(colIfOutBroadcastPkts, SMIConstants.SYNTAX_COUNTER32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCInOctets] = moFactory.createColumn(colIfHCInOctets, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCInUcastPkts] = moFactory.createColumn(colIfHCInUcastPkts, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCInMulticastPkts] = moFactory.createColumn(colIfHCInMulticastPkts, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCInBroadcastPkts] = moFactory.createColumn(colIfHCInBroadcastPkts, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCOutOctets] = moFactory.createColumn(colIfHCOutOctets, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCOutUcastPkts] = moFactory.createColumn(colIfHCOutUcastPkts, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCOutMulticastPkts] = moFactory.createColumn(colIfHCOutMulticastPkts, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfHCOutBroadcastPkts] = moFactory.createColumn(colIfHCOutBroadcastPkts, SMIConstants.SYNTAX_COUNTER64, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfLinkUpDownTrapEnable] = new Enumerated(colIfLinkUpDownTrapEnable, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (Integer32)null); ValueConstraint ifLinkUpDownTrapEnableVC = new EnumerationConstraint( new int[] { IfLinkUpDownTrapEnableEnum.enabled, IfLinkUpDownTrapEnableEnum.disabled }); ((MOMutableColumn)ifXEntryColumns[idxIfLinkUpDownTrapEnable]). addMOValueValidationListener(new ValueConstraintValidator(ifLinkUpDownTrapEnableVC)); ((MOMutableColumn)ifXEntryColumns[idxIfLinkUpDownTrapEnable]). addMOValueValidationListener(new IfLinkUpDownTrapEnableValidator()); ifXEntryColumns[idxIfHighSpeed] = moFactory.createColumn(colIfHighSpeed, SMIConstants.SYNTAX_GAUGE32, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifXEntryColumns[idxIfPromiscuousMode] = new MOMutableColumn(colIfPromiscuousMode, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (Integer32)null); ValueConstraint ifPromiscuousModeVC = new EnumerationConstraint( new int[] { 1, 2 }); ((MOMutableColumn)ifXEntryColumns[idxIfPromiscuousMode]). addMOValueValidationListener(new ValueConstraintValidator(ifPromiscuousModeVC)); ((MOMutableColumn)ifXEntryColumns[idxIfPromiscuousMode]). addMOValueValidationListener(new IfPromiscuousModeValidator()); ifXEntryColumns[idxIfConnectorPresent] = moFactory.createColumn(colIfConnectorPresent, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), tcModuleSNMPv2Tc, tcDefTruthValue); ifXEntryColumns[idxIfAlias] = new DisplayString(colIfAlias, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (OctetString)null); ValueConstraint ifAliasVC = new ConstraintsImpl(); ((ConstraintsImpl)ifAliasVC).add(new Constraint(0L, 64L)); ((MOMutableColumn)ifXEntryColumns[idxIfAlias]). addMOValueValidationListener(new ValueConstraintValidator(ifAliasVC)); ((MOMutableColumn)ifXEntryColumns[idxIfAlias]). addMOValueValidationListener(new IfAliasValidator()); ifXEntryColumns[idxIfCounterDiscontinuityTime] = moFactory.createColumn(colIfCounterDiscontinuityTime, SMIConstants.SYNTAX_TIMETICKS, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY), tcModuleSNMPv2Tc, tcDefTimeStamp); // Table model ifXEntryModel = moFactory.createTableModel(oidIfXEntry, ifXEntryIndex, ifXEntryColumns); ((MOMutableTableModel)ifXEntryModel).setRowFactory( new IfXEntryRowFactory()); ifXEntry = moFactory.createTable(oidIfXEntry, ifXEntryIndex, ifXEntryColumns, ifXEntryModel); } public MOTable> getIfStackEntry() { return ifStackEntry; } @SuppressWarnings(value={"unchecked"}) private void createIfStackEntry(MOFactory moFactory) { // Index definition ifStackEntryIndexes = new MOTableSubIndex[] { moFactory.createSubIndex(oidIfStackHigherLayer, SMIConstants.SYNTAX_INTEGER, 1, 1), moFactory.createSubIndex(oidIfStackLowerLayer, SMIConstants.SYNTAX_INTEGER, 1, 1) }; ifStackEntryIndex = moFactory.createIndex(ifStackEntryIndexes, false, new MOTableIndexValidator() { public boolean isValidIndex(OID index) { boolean isValidIndex = true; //--AgentGen BEGIN=ifStackEntry::isValidIndex //--AgentGen END return isValidIndex; } }); // Columns MOColumn[] ifStackEntryColumns = new MOColumn[1]; ifStackEntryColumns[idxIfStackStatus] = new RowStatus(colIfStackStatus); ValueConstraint ifStackStatusVC = new EnumerationConstraint( new int[] { 1, 2, 3, 4, 5, 6 }); ((MOMutableColumn)ifStackEntryColumns[idxIfStackStatus]). addMOValueValidationListener(new ValueConstraintValidator(ifStackStatusVC)); ((MOMutableColumn)ifStackEntryColumns[idxIfStackStatus]). addMOValueValidationListener(new IfStackStatusValidator()); // Table model ifStackEntryModel = moFactory.createTableModel(oidIfStackEntry, ifStackEntryIndex, ifStackEntryColumns); ((MOMutableTableModel)ifStackEntryModel).setRowFactory( new IfStackEntryRowFactory()); ifStackEntry = moFactory.createTable(oidIfStackEntry, ifStackEntryIndex, ifStackEntryColumns, ifStackEntryModel); } public MOTable> getIfTestEntry() { return ifTestEntry; } @SuppressWarnings(value={"unchecked"}) private void createIfTestEntry(MOFactory moFactory) { // Index definition ifTestEntryIndexes = new MOTableSubIndex[] { moFactory.createSubIndex(oidIfIndex, SMIConstants.SYNTAX_INTEGER, 1, 1) }; ifTestEntryIndex = moFactory.createIndex(ifTestEntryIndexes, false, new MOTableIndexValidator() { public boolean isValidIndex(OID index) { boolean isValidIndex = true; //--AgentGen BEGIN=ifTestEntry::isValidIndex //--AgentGen END return isValidIndex; } }); // Columns MOColumn[] ifTestEntryColumns = new MOColumn[6]; ifTestEntryColumns[idxIfTestId] = new MOMutableColumn(colIfTestId, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (Integer32)null); ValueConstraint ifTestIdVC = new ConstraintsImpl(); ((ConstraintsImpl)ifTestIdVC).add(new Constraint(0L, 2147483647L)); ((MOMutableColumn)ifTestEntryColumns[idxIfTestId]). addMOValueValidationListener(new ValueConstraintValidator(ifTestIdVC)); ((MOMutableColumn)ifTestEntryColumns[idxIfTestId]). addMOValueValidationListener(new IfTestIdValidator()); ifTestEntryColumns[idxIfTestStatus] = new Enumerated(colIfTestStatus, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (Integer32)null); ValueConstraint ifTestStatusVC = new EnumerationConstraint( new int[] { IfTestStatusEnum.notInUse, IfTestStatusEnum.inUse }); ((MOMutableColumn)ifTestEntryColumns[idxIfTestStatus]). addMOValueValidationListener(new ValueConstraintValidator(ifTestStatusVC)); ((MOMutableColumn)ifTestEntryColumns[idxIfTestStatus]). addMOValueValidationListener(new IfTestStatusValidator()); ifTestEntryColumns[idxIfTestType] = new MOMutableColumn(colIfTestType, SMIConstants.SYNTAX_OBJECT_IDENTIFIER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (OID)null); ((MOMutableColumn)ifTestEntryColumns[idxIfTestType]). addMOValueValidationListener(new IfTestTypeValidator()); ifTestEntryColumns[idxIfTestResult] = moFactory.createColumn(colIfTestResult, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifTestEntryColumns[idxIfTestCode] = moFactory.createColumn(colIfTestCode, SMIConstants.SYNTAX_OBJECT_IDENTIFIER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_ONLY)); ifTestEntryColumns[idxIfTestOwner] = new MOMutableColumn(colIfTestOwner, SMIConstants.SYNTAX_OCTET_STRING, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_WRITE), (OctetString)null); ValueConstraint ifTestOwnerVC = new ConstraintsImpl(); ((ConstraintsImpl)ifTestOwnerVC).add(new Constraint(0L, 255L)); ((MOMutableColumn)ifTestEntryColumns[idxIfTestOwner]). addMOValueValidationListener(new ValueConstraintValidator(ifTestOwnerVC)); ((MOMutableColumn)ifTestEntryColumns[idxIfTestOwner]). addMOValueValidationListener(new IfTestOwnerValidator()); // Table model ifTestEntryModel = moFactory.createTableModel(oidIfTestEntry, ifTestEntryIndex, ifTestEntryColumns); ((MOMutableTableModel)ifTestEntryModel).setRowFactory( new IfTestEntryRowFactory()); ifTestEntry = moFactory.createTable(oidIfTestEntry, ifTestEntryIndex, ifTestEntryColumns, ifTestEntryModel); } public MOTable> getIfRcvAddressEntry() { return ifRcvAddressEntry; } @SuppressWarnings(value={"unchecked"}) private void createIfRcvAddressEntry(MOFactory moFactory) { // Index definition ifRcvAddressEntryIndexes = new MOTableSubIndex[] { moFactory.createSubIndex(oidIfIndex, SMIConstants.SYNTAX_INTEGER, 1, 1), moFactory.createSubIndex(oidIfRcvAddressAddress, SMIConstants.SYNTAX_OCTET_STRING, 0, 128) }; ifRcvAddressEntryIndex = moFactory.createIndex(ifRcvAddressEntryIndexes, false, new MOTableIndexValidator() { public boolean isValidIndex(OID index) { boolean isValidIndex = true; //--AgentGen BEGIN=ifRcvAddressEntry::isValidIndex //--AgentGen END return isValidIndex; } }); // Columns MOColumn[] ifRcvAddressEntryColumns = new MOColumn[2]; ifRcvAddressEntryColumns[idxIfRcvAddressStatus] = new RowStatus(colIfRcvAddressStatus); ValueConstraint ifRcvAddressStatusVC = new EnumerationConstraint( new int[] { 1, 2, 3, 4, 5, 6 }); ((MOMutableColumn)ifRcvAddressEntryColumns[idxIfRcvAddressStatus]). addMOValueValidationListener(new ValueConstraintValidator(ifRcvAddressStatusVC)); ((MOMutableColumn)ifRcvAddressEntryColumns[idxIfRcvAddressStatus]). addMOValueValidationListener(new IfRcvAddressStatusValidator()); ifRcvAddressEntryColumns[idxIfRcvAddressType] = new Enumerated(colIfRcvAddressType, SMIConstants.SYNTAX_INTEGER, moFactory.createAccess(MOAccessImpl.ACCESSIBLE_FOR_READ_CREATE), new Integer32(2)); ValueConstraint ifRcvAddressTypeVC = new EnumerationConstraint( new int[] { IfRcvAddressTypeEnum.other, IfRcvAddressTypeEnum._volatile, IfRcvAddressTypeEnum.nonVolatile }); ((MOMutableColumn)ifRcvAddressEntryColumns[idxIfRcvAddressType]). addMOValueValidationListener(new ValueConstraintValidator(ifRcvAddressTypeVC)); ((MOMutableColumn)ifRcvAddressEntryColumns[idxIfRcvAddressType]). addMOValueValidationListener(new IfRcvAddressTypeValidator()); // Table model ifRcvAddressEntryModel = moFactory.createTableModel(oidIfRcvAddressEntry, ifRcvAddressEntryIndex, ifRcvAddressEntryColumns); ((MOMutableTableModel)ifRcvAddressEntryModel).setRowFactory( new IfRcvAddressEntryRowFactory()); ifRcvAddressEntry = moFactory.createTable(oidIfRcvAddressEntry, ifRcvAddressEntryIndex, ifRcvAddressEntryColumns, ifRcvAddressEntryModel); } public void registerMOs(MOServer server, OctetString context) throws DuplicateRegistrationException { // Scalar Objects server.register(this.ifNumber, context); server.register(this.ifTableLastChange, context); server.register(this.ifStackLastChange, context); server.register(this.ifEntry, context); server.register(this.ifXEntry, context); server.register(this.ifStackEntry, context); server.register(this.ifTestEntry, context); server.register(this.ifRcvAddressEntry, context); //--AgentGen BEGIN=_registerMOs //--AgentGen END } public void unregisterMOs(MOServer server, OctetString context) { // Scalar Objects server.unregister(this.ifNumber, context); server.unregister(this.ifTableLastChange, context); server.unregister(this.ifStackLastChange, context); server.unregister(this.ifEntry, context); server.unregister(this.ifXEntry, context); server.unregister(this.ifStackEntry, context); server.unregister(this.ifTestEntry, context); server.unregister(this.ifRcvAddressEntry, context); //--AgentGen BEGIN=_unregisterMOs //--AgentGen END } // Notifications public void linkDown(NotificationOriginator notificationOriginator, OctetString context, VariableBinding[] vbs) { if (vbs.length < 3) { throw new IllegalArgumentException("Too few notification objects: "+ vbs.length+"<3"); } if (!(vbs[0].getOid().startsWith(oidTrapVarIfIndex))) { throw new IllegalArgumentException("Variable 0 has wrong OID: "+vbs[0].getOid()+ " does not start with "+oidTrapVarIfIndex); } if (!ifEntryIndex.isValidIndex(ifEntry.getIndexPart(vbs[0].getOid()))) { throw new IllegalArgumentException("Illegal index for variable 0 specified: "+ ifEntry.getIndexPart(vbs[0].getOid())); } if (!(vbs[1].getOid().startsWith(oidTrapVarIfAdminStatus))) { throw new IllegalArgumentException("Variable 1 has wrong OID: "+vbs[1].getOid()+ " does not start with "+oidTrapVarIfAdminStatus); } if (!ifEntryIndex.isValidIndex(ifEntry.getIndexPart(vbs[1].getOid()))) { throw new IllegalArgumentException("Illegal index for variable 1 specified: "+ ifEntry.getIndexPart(vbs[1].getOid())); } if (!(vbs[2].getOid().startsWith(oidTrapVarIfOperStatus))) { throw new IllegalArgumentException("Variable 2 has wrong OID: "+vbs[2].getOid()+ " does not start with "+oidTrapVarIfOperStatus); } if (!ifEntryIndex.isValidIndex(ifEntry.getIndexPart(vbs[2].getOid()))) { throw new IllegalArgumentException("Illegal index for variable 2 specified: "+ ifEntry.getIndexPart(vbs[2].getOid())); } notificationOriginator.notify(context, oidLinkDown, vbs); } public void linkUp(NotificationOriginator notificationOriginator, OctetString context, VariableBinding[] vbs) { if (vbs.length < 3) { throw new IllegalArgumentException("Too few notification objects: "+ vbs.length+"<3"); } if (!(vbs[0].getOid().startsWith(oidTrapVarIfIndex))) { throw new IllegalArgumentException("Variable 0 has wrong OID: "+vbs[0].getOid()+ " does not start with "+oidTrapVarIfIndex); } if (!ifEntryIndex.isValidIndex(ifEntry.getIndexPart(vbs[0].getOid()))) { throw new IllegalArgumentException("Illegal index for variable 0 specified: "+ ifEntry.getIndexPart(vbs[0].getOid())); } if (!(vbs[1].getOid().startsWith(oidTrapVarIfAdminStatus))) { throw new IllegalArgumentException("Variable 1 has wrong OID: "+vbs[1].getOid()+ " does not start with "+oidTrapVarIfAdminStatus); } if (!ifEntryIndex.isValidIndex(ifEntry.getIndexPart(vbs[1].getOid()))) { throw new IllegalArgumentException("Illegal index for variable 1 specified: "+ ifEntry.getIndexPart(vbs[1].getOid())); } if (!(vbs[2].getOid().startsWith(oidTrapVarIfOperStatus))) { throw new IllegalArgumentException("Variable 2 has wrong OID: "+vbs[2].getOid()+ " does not start with "+oidTrapVarIfOperStatus); } if (!ifEntryIndex.isValidIndex(ifEntry.getIndexPart(vbs[2].getOid()))) { throw new IllegalArgumentException("Illegal index for variable 2 specified: "+ ifEntry.getIndexPart(vbs[2].getOid())); } notificationOriginator.notify(context, oidLinkUp, vbs); } // Scalars // Value Validators /** * The IfAdminStatusValidator implements the value * validation for IfAdminStatus. */ static class IfAdminStatusValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifAdminStatus::validate //--AgentGen END } } /** * The IfLinkUpDownTrapEnableValidator implements the value * validation for IfLinkUpDownTrapEnable. */ static class IfLinkUpDownTrapEnableValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifLinkUpDownTrapEnable::validate //--AgentGen END } } /** * The IfPromiscuousModeValidator implements the value * validation for IfPromiscuousMode. */ static class IfPromiscuousModeValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifPromiscuousMode::validate //--AgentGen END } } /** * The IfAliasValidator implements the value * validation for IfAlias. */ static class IfAliasValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); OctetString os = (OctetString)newValue; if (!(((os.length() >= 0) && (os.length() <= 64)))) { validationEvent.setValidationStatus(SnmpConstants.SNMP_ERROR_WRONG_LENGTH); return; } //--AgentGen BEGIN=ifAlias::validate //--AgentGen END } } /** * The IfStackStatusValidator implements the value * validation for IfStackStatus. */ static class IfStackStatusValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifStackStatus::validate //--AgentGen END } } /** * The IfTestIdValidator implements the value * validation for IfTestId. */ static class IfTestIdValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); long v = ((Integer32)newValue).getValue(); if (!(((v >= 0L) && (v <= 2147483647L)))) { validationEvent.setValidationStatus(SnmpConstants.SNMP_ERROR_WRONG_VALUE); return; } //--AgentGen BEGIN=ifTestId::validate //--AgentGen END } } /** * The IfTestStatusValidator implements the value * validation for IfTestStatus. */ static class IfTestStatusValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifTestStatus::validate //--AgentGen END } } /** * The IfTestTypeValidator implements the value * validation for IfTestType. */ static class IfTestTypeValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifTestType::validate //--AgentGen END } } /** * The IfTestOwnerValidator implements the value * validation for IfTestOwner. */ static class IfTestOwnerValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); OctetString os = (OctetString)newValue; if (!(((os.length() >= 0) && (os.length() <= 255)))) { validationEvent.setValidationStatus(SnmpConstants.SNMP_ERROR_WRONG_LENGTH); return; } //--AgentGen BEGIN=ifTestOwner::validate //--AgentGen END } } /** * The IfRcvAddressStatusValidator implements the value * validation for IfRcvAddressStatus. */ static class IfRcvAddressStatusValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifRcvAddressStatus::validate //--AgentGen END } } /** * The IfRcvAddressTypeValidator implements the value * validation for IfRcvAddressType. */ static class IfRcvAddressTypeValidator implements MOValueValidationListener { public void validate(MOValueValidationEvent validationEvent) { Variable newValue = validationEvent.getNewValue(); //--AgentGen BEGIN=ifRcvAddressType::validate //--AgentGen END } } // Rows and Factories public class IfEntryRow extends DefaultMOMutableRow2PC { //--AgentGen BEGIN=ifEntry::RowMembers //--AgentGen END public IfEntryRow(OID index, Variable[] values) { super(index, values); //--AgentGen BEGIN=ifEntry::RowConstructor //--AgentGen END } public Integer32 getIfIndex() { //--AgentGen BEGIN=ifEntry::getIfIndex //--AgentGen END return (Integer32) super.getValue(idxIfIndex); } public void setIfIndex(Integer32 newValue) { //--AgentGen BEGIN=ifEntry::setIfIndex //--AgentGen END super.setValue(idxIfIndex, newValue); } public OctetString getIfDescr() { //--AgentGen BEGIN=ifEntry::getIfDescr //--AgentGen END return (OctetString) super.getValue(idxIfDescr); } public void setIfDescr(OctetString newValue) { //--AgentGen BEGIN=ifEntry::setIfDescr //--AgentGen END super.setValue(idxIfDescr, newValue); } public Integer32 getIfType() { //--AgentGen BEGIN=ifEntry::getIfType //--AgentGen END return (Integer32) super.getValue(idxIfType); } public void setIfType(Integer32 newValue) { //--AgentGen BEGIN=ifEntry::setIfType //--AgentGen END super.setValue(idxIfType, newValue); } public Integer32 getIfMtu() { //--AgentGen BEGIN=ifEntry::getIfMtu //--AgentGen END return (Integer32) super.getValue(idxIfMtu); } public void setIfMtu(Integer32 newValue) { //--AgentGen BEGIN=ifEntry::setIfMtu //--AgentGen END super.setValue(idxIfMtu, newValue); } public Gauge32 getIfSpeed() { //--AgentGen BEGIN=ifEntry::getIfSpeed //--AgentGen END return (Gauge32) super.getValue(idxIfSpeed); } public void setIfSpeed(Gauge32 newValue) { //--AgentGen BEGIN=ifEntry::setIfSpeed //--AgentGen END super.setValue(idxIfSpeed, newValue); } public OctetString getIfPhysAddress() { //--AgentGen BEGIN=ifEntry::getIfPhysAddress //--AgentGen END return (OctetString) super.getValue(idxIfPhysAddress); } public void setIfPhysAddress(OctetString newValue) { //--AgentGen BEGIN=ifEntry::setIfPhysAddress //--AgentGen END super.setValue(idxIfPhysAddress, newValue); } public Integer32 getIfAdminStatus() { //--AgentGen BEGIN=ifEntry::getIfAdminStatus //--AgentGen END return (Integer32) super.getValue(idxIfAdminStatus); } public void setIfAdminStatus(Integer32 newValue) { //--AgentGen BEGIN=ifEntry::setIfAdminStatus //--AgentGen END super.setValue(idxIfAdminStatus, newValue); } public Integer32 getIfOperStatus() { //--AgentGen BEGIN=ifEntry::getIfOperStatus //--AgentGen END return (Integer32) super.getValue(idxIfOperStatus); } public void setIfOperStatus(Integer32 newValue) { //--AgentGen BEGIN=ifEntry::setIfOperStatus //--AgentGen END super.setValue(idxIfOperStatus, newValue); } public TimeTicks getIfLastChange() { //--AgentGen BEGIN=ifEntry::getIfLastChange //--AgentGen END return (TimeTicks) super.getValue(idxIfLastChange); } public void setIfLastChange(TimeTicks newValue) { //--AgentGen BEGIN=ifEntry::setIfLastChange //--AgentGen END super.setValue(idxIfLastChange, newValue); } public Counter32 getIfInOctets() { //--AgentGen BEGIN=ifEntry::getIfInOctets //--AgentGen END return (Counter32) super.getValue(idxIfInOctets); } public void setIfInOctets(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfInOctets //--AgentGen END super.setValue(idxIfInOctets, newValue); } public Counter32 getIfInUcastPkts() { //--AgentGen BEGIN=ifEntry::getIfInUcastPkts //--AgentGen END return (Counter32) super.getValue(idxIfInUcastPkts); } public void setIfInUcastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfInUcastPkts //--AgentGen END super.setValue(idxIfInUcastPkts, newValue); } public Counter32 getIfInNUcastPkts() { //--AgentGen BEGIN=ifEntry::getIfInNUcastPkts //--AgentGen END return (Counter32) super.getValue(idxIfInNUcastPkts); } public void setIfInNUcastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfInNUcastPkts //--AgentGen END super.setValue(idxIfInNUcastPkts, newValue); } public Counter32 getIfInDiscards() { //--AgentGen BEGIN=ifEntry::getIfInDiscards //--AgentGen END return (Counter32) super.getValue(idxIfInDiscards); } public void setIfInDiscards(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfInDiscards //--AgentGen END super.setValue(idxIfInDiscards, newValue); } public Counter32 getIfInErrors() { //--AgentGen BEGIN=ifEntry::getIfInErrors //--AgentGen END return (Counter32) super.getValue(idxIfInErrors); } public void setIfInErrors(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfInErrors //--AgentGen END super.setValue(idxIfInErrors, newValue); } public Counter32 getIfInUnknownProtos() { //--AgentGen BEGIN=ifEntry::getIfInUnknownProtos //--AgentGen END return (Counter32) super.getValue(idxIfInUnknownProtos); } public void setIfInUnknownProtos(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfInUnknownProtos //--AgentGen END super.setValue(idxIfInUnknownProtos, newValue); } public Counter32 getIfOutOctets() { //--AgentGen BEGIN=ifEntry::getIfOutOctets //--AgentGen END return (Counter32) super.getValue(idxIfOutOctets); } public void setIfOutOctets(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfOutOctets //--AgentGen END super.setValue(idxIfOutOctets, newValue); } public Counter32 getIfOutUcastPkts() { //--AgentGen BEGIN=ifEntry::getIfOutUcastPkts //--AgentGen END return (Counter32) super.getValue(idxIfOutUcastPkts); } public void setIfOutUcastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfOutUcastPkts //--AgentGen END super.setValue(idxIfOutUcastPkts, newValue); } public Counter32 getIfOutNUcastPkts() { //--AgentGen BEGIN=ifEntry::getIfOutNUcastPkts //--AgentGen END return (Counter32) super.getValue(idxIfOutNUcastPkts); } public void setIfOutNUcastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfOutNUcastPkts //--AgentGen END super.setValue(idxIfOutNUcastPkts, newValue); } public Counter32 getIfOutDiscards() { //--AgentGen BEGIN=ifEntry::getIfOutDiscards //--AgentGen END return (Counter32) super.getValue(idxIfOutDiscards); } public void setIfOutDiscards(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfOutDiscards //--AgentGen END super.setValue(idxIfOutDiscards, newValue); } public Counter32 getIfOutErrors() { //--AgentGen BEGIN=ifEntry::getIfOutErrors //--AgentGen END return (Counter32) super.getValue(idxIfOutErrors); } public void setIfOutErrors(Counter32 newValue) { //--AgentGen BEGIN=ifEntry::setIfOutErrors //--AgentGen END super.setValue(idxIfOutErrors, newValue); } public Gauge32 getIfOutQLen() { //--AgentGen BEGIN=ifEntry::getIfOutQLen //--AgentGen END return (Gauge32) super.getValue(idxIfOutQLen); } public void setIfOutQLen(Gauge32 newValue) { //--AgentGen BEGIN=ifEntry::setIfOutQLen //--AgentGen END super.setValue(idxIfOutQLen, newValue); } public OID getIfSpecific() { //--AgentGen BEGIN=ifEntry::getIfSpecific //--AgentGen END return (OID) super.getValue(idxIfSpecific); } public void setIfSpecific(OID newValue) { //--AgentGen BEGIN=ifEntry::setIfSpecific //--AgentGen END super.setValue(idxIfSpecific, newValue); } public Variable getValue(int column) { //--AgentGen BEGIN=ifEntry::RowGetValue //--AgentGen END switch(column) { case idxIfIndex: return getIfIndex(); case idxIfDescr: return getIfDescr(); case idxIfType: return getIfType(); case idxIfMtu: return getIfMtu(); case idxIfSpeed: return getIfSpeed(); case idxIfPhysAddress: return getIfPhysAddress(); case idxIfAdminStatus: return getIfAdminStatus(); case idxIfOperStatus: return getIfOperStatus(); case idxIfLastChange: return getIfLastChange(); case idxIfInOctets: return getIfInOctets(); case idxIfInUcastPkts: return getIfInUcastPkts(); case idxIfInNUcastPkts: return getIfInNUcastPkts(); case idxIfInDiscards: return getIfInDiscards(); case idxIfInErrors: return getIfInErrors(); case idxIfInUnknownProtos: return getIfInUnknownProtos(); case idxIfOutOctets: return getIfOutOctets(); case idxIfOutUcastPkts: return getIfOutUcastPkts(); case idxIfOutNUcastPkts: return getIfOutNUcastPkts(); case idxIfOutDiscards: return getIfOutDiscards(); case idxIfOutErrors: return getIfOutErrors(); case idxIfOutQLen: return getIfOutQLen(); case idxIfSpecific: return getIfSpecific(); default: return super.getValue(column); } } public void setValue(int column, Variable value) { //--AgentGen BEGIN=ifEntry::RowSetValue //--AgentGen END switch(column) { case idxIfIndex: setIfIndex((Integer32)value); break; case idxIfDescr: setIfDescr((OctetString)value); break; case idxIfType: setIfType((Integer32)value); break; case idxIfMtu: setIfMtu((Integer32)value); break; case idxIfSpeed: setIfSpeed((Gauge32)value); break; case idxIfPhysAddress: setIfPhysAddress((OctetString)value); break; case idxIfAdminStatus: setIfAdminStatus((Integer32)value); break; case idxIfOperStatus: setIfOperStatus((Integer32)value); break; case idxIfLastChange: setIfLastChange((TimeTicks)value); break; case idxIfInOctets: setIfInOctets((Counter32)value); break; case idxIfInUcastPkts: setIfInUcastPkts((Counter32)value); break; case idxIfInNUcastPkts: setIfInNUcastPkts((Counter32)value); break; case idxIfInDiscards: setIfInDiscards((Counter32)value); break; case idxIfInErrors: setIfInErrors((Counter32)value); break; case idxIfInUnknownProtos: setIfInUnknownProtos((Counter32)value); break; case idxIfOutOctets: setIfOutOctets((Counter32)value); break; case idxIfOutUcastPkts: setIfOutUcastPkts((Counter32)value); break; case idxIfOutNUcastPkts: setIfOutNUcastPkts((Counter32)value); break; case idxIfOutDiscards: setIfOutDiscards((Counter32)value); break; case idxIfOutErrors: setIfOutErrors((Counter32)value); break; case idxIfOutQLen: setIfOutQLen((Gauge32)value); break; case idxIfSpecific: setIfSpecific((OID)value); break; default: super.setValue(column, value); } } //--AgentGen BEGIN=ifEntry::Row //--AgentGen END } class IfEntryRowFactory implements MOTableRowFactory { public synchronized IfEntryRow createRow(OID index, Variable[] values) throws UnsupportedOperationException { IfEntryRow row = new IfEntryRow(index, values); //--AgentGen BEGIN=ifEntry::createRow //--AgentGen END return row; } public synchronized void freeRow(IfEntryRow row) { //--AgentGen BEGIN=ifEntry::freeRow //--AgentGen END } //--AgentGen BEGIN=ifEntry::RowFactory //--AgentGen END } public class IfXEntryRow extends DefaultMOMutableRow2PC { //--AgentGen BEGIN=ifXEntry::RowMembers //--AgentGen END public IfXEntryRow(OID index, Variable[] values) { super(index, values); //--AgentGen BEGIN=ifXEntry::RowConstructor //--AgentGen END } public OctetString getIfName() { //--AgentGen BEGIN=ifXEntry::getIfName //--AgentGen END return (OctetString) super.getValue(idxIfName); } public void setIfName(OctetString newValue) { //--AgentGen BEGIN=ifXEntry::setIfName //--AgentGen END super.setValue(idxIfName, newValue); } public Counter32 getIfInMulticastPkts() { //--AgentGen BEGIN=ifXEntry::getIfInMulticastPkts //--AgentGen END return (Counter32) super.getValue(idxIfInMulticastPkts); } public void setIfInMulticastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfInMulticastPkts //--AgentGen END super.setValue(idxIfInMulticastPkts, newValue); } public Counter32 getIfInBroadcastPkts() { //--AgentGen BEGIN=ifXEntry::getIfInBroadcastPkts //--AgentGen END return (Counter32) super.getValue(idxIfInBroadcastPkts); } public void setIfInBroadcastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfInBroadcastPkts //--AgentGen END super.setValue(idxIfInBroadcastPkts, newValue); } public Counter32 getIfOutMulticastPkts() { //--AgentGen BEGIN=ifXEntry::getIfOutMulticastPkts //--AgentGen END return (Counter32) super.getValue(idxIfOutMulticastPkts); } public void setIfOutMulticastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfOutMulticastPkts //--AgentGen END super.setValue(idxIfOutMulticastPkts, newValue); } public Counter32 getIfOutBroadcastPkts() { //--AgentGen BEGIN=ifXEntry::getIfOutBroadcastPkts //--AgentGen END return (Counter32) super.getValue(idxIfOutBroadcastPkts); } public void setIfOutBroadcastPkts(Counter32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfOutBroadcastPkts //--AgentGen END super.setValue(idxIfOutBroadcastPkts, newValue); } public Counter64 getIfHCInOctets() { //--AgentGen BEGIN=ifXEntry::getIfHCInOctets //--AgentGen END return (Counter64) super.getValue(idxIfHCInOctets); } public void setIfHCInOctets(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCInOctets //--AgentGen END super.setValue(idxIfHCInOctets, newValue); } public Counter64 getIfHCInUcastPkts() { //--AgentGen BEGIN=ifXEntry::getIfHCInUcastPkts //--AgentGen END return (Counter64) super.getValue(idxIfHCInUcastPkts); } public void setIfHCInUcastPkts(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCInUcastPkts //--AgentGen END super.setValue(idxIfHCInUcastPkts, newValue); } public Counter64 getIfHCInMulticastPkts() { //--AgentGen BEGIN=ifXEntry::getIfHCInMulticastPkts //--AgentGen END return (Counter64) super.getValue(idxIfHCInMulticastPkts); } public void setIfHCInMulticastPkts(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCInMulticastPkts //--AgentGen END super.setValue(idxIfHCInMulticastPkts, newValue); } public Counter64 getIfHCInBroadcastPkts() { //--AgentGen BEGIN=ifXEntry::getIfHCInBroadcastPkts //--AgentGen END return (Counter64) super.getValue(idxIfHCInBroadcastPkts); } public void setIfHCInBroadcastPkts(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCInBroadcastPkts //--AgentGen END super.setValue(idxIfHCInBroadcastPkts, newValue); } public Counter64 getIfHCOutOctets() { //--AgentGen BEGIN=ifXEntry::getIfHCOutOctets //--AgentGen END return (Counter64) super.getValue(idxIfHCOutOctets); } public void setIfHCOutOctets(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCOutOctets //--AgentGen END super.setValue(idxIfHCOutOctets, newValue); } public Counter64 getIfHCOutUcastPkts() { //--AgentGen BEGIN=ifXEntry::getIfHCOutUcastPkts //--AgentGen END return (Counter64) super.getValue(idxIfHCOutUcastPkts); } public void setIfHCOutUcastPkts(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCOutUcastPkts //--AgentGen END super.setValue(idxIfHCOutUcastPkts, newValue); } public Counter64 getIfHCOutMulticastPkts() { //--AgentGen BEGIN=ifXEntry::getIfHCOutMulticastPkts //--AgentGen END return (Counter64) super.getValue(idxIfHCOutMulticastPkts); } public void setIfHCOutMulticastPkts(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCOutMulticastPkts //--AgentGen END super.setValue(idxIfHCOutMulticastPkts, newValue); } public Counter64 getIfHCOutBroadcastPkts() { //--AgentGen BEGIN=ifXEntry::getIfHCOutBroadcastPkts //--AgentGen END return (Counter64) super.getValue(idxIfHCOutBroadcastPkts); } public void setIfHCOutBroadcastPkts(Counter64 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHCOutBroadcastPkts //--AgentGen END super.setValue(idxIfHCOutBroadcastPkts, newValue); } public Integer32 getIfLinkUpDownTrapEnable() { //--AgentGen BEGIN=ifXEntry::getIfLinkUpDownTrapEnable //--AgentGen END return (Integer32) super.getValue(idxIfLinkUpDownTrapEnable); } public void setIfLinkUpDownTrapEnable(Integer32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfLinkUpDownTrapEnable //--AgentGen END super.setValue(idxIfLinkUpDownTrapEnable, newValue); } public Gauge32 getIfHighSpeed() { //--AgentGen BEGIN=ifXEntry::getIfHighSpeed //--AgentGen END return (Gauge32) super.getValue(idxIfHighSpeed); } public void setIfHighSpeed(Gauge32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfHighSpeed //--AgentGen END super.setValue(idxIfHighSpeed, newValue); } public Integer32 getIfPromiscuousMode() { //--AgentGen BEGIN=ifXEntry::getIfPromiscuousMode //--AgentGen END return (Integer32) super.getValue(idxIfPromiscuousMode); } public void setIfPromiscuousMode(Integer32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfPromiscuousMode //--AgentGen END super.setValue(idxIfPromiscuousMode, newValue); } public Integer32 getIfConnectorPresent() { //--AgentGen BEGIN=ifXEntry::getIfConnectorPresent //--AgentGen END return (Integer32) super.getValue(idxIfConnectorPresent); } public void setIfConnectorPresent(Integer32 newValue) { //--AgentGen BEGIN=ifXEntry::setIfConnectorPresent //--AgentGen END super.setValue(idxIfConnectorPresent, newValue); } public OctetString getIfAlias() { //--AgentGen BEGIN=ifXEntry::getIfAlias //--AgentGen END return (OctetString) super.getValue(idxIfAlias); } public void setIfAlias(OctetString newValue) { //--AgentGen BEGIN=ifXEntry::setIfAlias //--AgentGen END super.setValue(idxIfAlias, newValue); } public TimeTicks getIfCounterDiscontinuityTime() { //--AgentGen BEGIN=ifXEntry::getIfCounterDiscontinuityTime //--AgentGen END return (TimeTicks) super.getValue(idxIfCounterDiscontinuityTime); } public void setIfCounterDiscontinuityTime(TimeTicks newValue) { //--AgentGen BEGIN=ifXEntry::setIfCounterDiscontinuityTime //--AgentGen END super.setValue(idxIfCounterDiscontinuityTime, newValue); } public Variable getValue(int column) { //--AgentGen BEGIN=ifXEntry::RowGetValue //--AgentGen END switch(column) { case idxIfName: return getIfName(); case idxIfInMulticastPkts: return getIfInMulticastPkts(); case idxIfInBroadcastPkts: return getIfInBroadcastPkts(); case idxIfOutMulticastPkts: return getIfOutMulticastPkts(); case idxIfOutBroadcastPkts: return getIfOutBroadcastPkts(); case idxIfHCInOctets: return getIfHCInOctets(); case idxIfHCInUcastPkts: return getIfHCInUcastPkts(); case idxIfHCInMulticastPkts: return getIfHCInMulticastPkts(); case idxIfHCInBroadcastPkts: return getIfHCInBroadcastPkts(); case idxIfHCOutOctets: return getIfHCOutOctets(); case idxIfHCOutUcastPkts: return getIfHCOutUcastPkts(); case idxIfHCOutMulticastPkts: return getIfHCOutMulticastPkts(); case idxIfHCOutBroadcastPkts: return getIfHCOutBroadcastPkts(); case idxIfLinkUpDownTrapEnable: return getIfLinkUpDownTrapEnable(); case idxIfHighSpeed: return getIfHighSpeed(); case idxIfPromiscuousMode: return getIfPromiscuousMode(); case idxIfConnectorPresent: return getIfConnectorPresent(); case idxIfAlias: return getIfAlias(); case idxIfCounterDiscontinuityTime: return getIfCounterDiscontinuityTime(); default: return super.getValue(column); } } public void setValue(int column, Variable value) { //--AgentGen BEGIN=ifXEntry::RowSetValue //--AgentGen END switch(column) { case idxIfName: setIfName((OctetString)value); break; case idxIfInMulticastPkts: setIfInMulticastPkts((Counter32)value); break; case idxIfInBroadcastPkts: setIfInBroadcastPkts((Counter32)value); break; case idxIfOutMulticastPkts: setIfOutMulticastPkts((Counter32)value); break; case idxIfOutBroadcastPkts: setIfOutBroadcastPkts((Counter32)value); break; case idxIfHCInOctets: setIfHCInOctets((Counter64)value); break; case idxIfHCInUcastPkts: setIfHCInUcastPkts((Counter64)value); break; case idxIfHCInMulticastPkts: setIfHCInMulticastPkts((Counter64)value); break; case idxIfHCInBroadcastPkts: setIfHCInBroadcastPkts((Counter64)value); break; case idxIfHCOutOctets: setIfHCOutOctets((Counter64)value); break; case idxIfHCOutUcastPkts: setIfHCOutUcastPkts((Counter64)value); break; case idxIfHCOutMulticastPkts: setIfHCOutMulticastPkts((Counter64)value); break; case idxIfHCOutBroadcastPkts: setIfHCOutBroadcastPkts((Counter64)value); break; case idxIfLinkUpDownTrapEnable: setIfLinkUpDownTrapEnable((Integer32)value); break; case idxIfHighSpeed: setIfHighSpeed((Gauge32)value); break; case idxIfPromiscuousMode: setIfPromiscuousMode((Integer32)value); break; case idxIfConnectorPresent: setIfConnectorPresent((Integer32)value); break; case idxIfAlias: setIfAlias((OctetString)value); break; case idxIfCounterDiscontinuityTime: setIfCounterDiscontinuityTime((TimeTicks)value); break; default: super.setValue(column, value); } } //--AgentGen BEGIN=ifXEntry::Row //--AgentGen END } class IfXEntryRowFactory implements MOTableRowFactory { public synchronized IfXEntryRow createRow(OID index, Variable[] values) throws UnsupportedOperationException { IfXEntryRow row = new IfXEntryRow(index, values); //--AgentGen BEGIN=ifXEntry::createRow //--AgentGen END return row; } public synchronized void freeRow(IfXEntryRow row) { //--AgentGen BEGIN=ifXEntry::freeRow //--AgentGen END } //--AgentGen BEGIN=ifXEntry::RowFactory //--AgentGen END } public class IfStackEntryRow extends DefaultMOMutableRow2PC { //--AgentGen BEGIN=ifStackEntry::RowMembers //--AgentGen END public IfStackEntryRow(OID index, Variable[] values) { super(index, values); //--AgentGen BEGIN=ifStackEntry::RowConstructor //--AgentGen END } public Integer32 getIfStackStatus() { //--AgentGen BEGIN=ifStackEntry::getIfStackStatus //--AgentGen END return (Integer32) super.getValue(idxIfStackStatus); } public void setIfStackStatus(Integer32 newValue) { //--AgentGen BEGIN=ifStackEntry::setIfStackStatus //--AgentGen END super.setValue(idxIfStackStatus, newValue); } public Variable getValue(int column) { //--AgentGen BEGIN=ifStackEntry::RowGetValue //--AgentGen END switch(column) { case idxIfStackStatus: return getIfStackStatus(); default: return super.getValue(column); } } public void setValue(int column, Variable value) { //--AgentGen BEGIN=ifStackEntry::RowSetValue //--AgentGen END switch(column) { case idxIfStackStatus: setIfStackStatus((Integer32)value); break; default: super.setValue(column, value); } } //--AgentGen BEGIN=ifStackEntry::Row //--AgentGen END } class IfStackEntryRowFactory implements MOTableRowFactory { public synchronized IfStackEntryRow createRow(OID index, Variable[] values) throws UnsupportedOperationException { IfStackEntryRow row = new IfStackEntryRow(index, values); //--AgentGen BEGIN=ifStackEntry::createRow //--AgentGen END return row; } public synchronized void freeRow(IfStackEntryRow row) { //--AgentGen BEGIN=ifStackEntry::freeRow //--AgentGen END } //--AgentGen BEGIN=ifStackEntry::RowFactory //--AgentGen END } public class IfTestEntryRow extends DefaultMOMutableRow2PC { //--AgentGen BEGIN=ifTestEntry::RowMembers //--AgentGen END public IfTestEntryRow(OID index, Variable[] values) { super(index, values); //--AgentGen BEGIN=ifTestEntry::RowConstructor //--AgentGen END } public Integer32 getIfTestId() { //--AgentGen BEGIN=ifTestEntry::getIfTestId //--AgentGen END return (Integer32) super.getValue(idxIfTestId); } public void setIfTestId(Integer32 newValue) { //--AgentGen BEGIN=ifTestEntry::setIfTestId //--AgentGen END super.setValue(idxIfTestId, newValue); } public Integer32 getIfTestStatus() { //--AgentGen BEGIN=ifTestEntry::getIfTestStatus //--AgentGen END return (Integer32) super.getValue(idxIfTestStatus); } public void setIfTestStatus(Integer32 newValue) { //--AgentGen BEGIN=ifTestEntry::setIfTestStatus //--AgentGen END super.setValue(idxIfTestStatus, newValue); } public OID getIfTestType() { //--AgentGen BEGIN=ifTestEntry::getIfTestType //--AgentGen END return (OID) super.getValue(idxIfTestType); } public void setIfTestType(OID newValue) { //--AgentGen BEGIN=ifTestEntry::setIfTestType //--AgentGen END super.setValue(idxIfTestType, newValue); } public Integer32 getIfTestResult() { //--AgentGen BEGIN=ifTestEntry::getIfTestResult //--AgentGen END return (Integer32) super.getValue(idxIfTestResult); } public void setIfTestResult(Integer32 newValue) { //--AgentGen BEGIN=ifTestEntry::setIfTestResult //--AgentGen END super.setValue(idxIfTestResult, newValue); } public OID getIfTestCode() { //--AgentGen BEGIN=ifTestEntry::getIfTestCode //--AgentGen END return (OID) super.getValue(idxIfTestCode); } public void setIfTestCode(OID newValue) { //--AgentGen BEGIN=ifTestEntry::setIfTestCode //--AgentGen END super.setValue(idxIfTestCode, newValue); } public OctetString getIfTestOwner() { //--AgentGen BEGIN=ifTestEntry::getIfTestOwner //--AgentGen END return (OctetString) super.getValue(idxIfTestOwner); } public void setIfTestOwner(OctetString newValue) { //--AgentGen BEGIN=ifTestEntry::setIfTestOwner //--AgentGen END super.setValue(idxIfTestOwner, newValue); } public Variable getValue(int column) { //--AgentGen BEGIN=ifTestEntry::RowGetValue //--AgentGen END switch(column) { case idxIfTestId: return getIfTestId(); case idxIfTestStatus: return getIfTestStatus(); case idxIfTestType: return getIfTestType(); case idxIfTestResult: return getIfTestResult(); case idxIfTestCode: return getIfTestCode(); case idxIfTestOwner: return getIfTestOwner(); default: return super.getValue(column); } } public void setValue(int column, Variable value) { //--AgentGen BEGIN=ifTestEntry::RowSetValue //--AgentGen END switch(column) { case idxIfTestId: setIfTestId((Integer32)value); break; case idxIfTestStatus: setIfTestStatus((Integer32)value); break; case idxIfTestType: setIfTestType((OID)value); break; case idxIfTestResult: setIfTestResult((Integer32)value); break; case idxIfTestCode: setIfTestCode((OID)value); break; case idxIfTestOwner: setIfTestOwner((OctetString)value); break; default: super.setValue(column, value); } } //--AgentGen BEGIN=ifTestEntry::Row //--AgentGen END } class IfTestEntryRowFactory implements MOTableRowFactory { public synchronized IfTestEntryRow createRow(OID index, Variable[] values) throws UnsupportedOperationException { IfTestEntryRow row = new IfTestEntryRow(index, values); //--AgentGen BEGIN=ifTestEntry::createRow //--AgentGen END return row; } public synchronized void freeRow(IfTestEntryRow row) { //--AgentGen BEGIN=ifTestEntry::freeRow //--AgentGen END } //--AgentGen BEGIN=ifTestEntry::RowFactory //--AgentGen END } public class IfRcvAddressEntryRow extends DefaultMOMutableRow2PC { //--AgentGen BEGIN=ifRcvAddressEntry::RowMembers //--AgentGen END public IfRcvAddressEntryRow(OID index, Variable[] values) { super(index, values); //--AgentGen BEGIN=ifRcvAddressEntry::RowConstructor //--AgentGen END } public Integer32 getIfRcvAddressStatus() { //--AgentGen BEGIN=ifRcvAddressEntry::getIfRcvAddressStatus //--AgentGen END return (Integer32) super.getValue(idxIfRcvAddressStatus); } public void setIfRcvAddressStatus(Integer32 newValue) { //--AgentGen BEGIN=ifRcvAddressEntry::setIfRcvAddressStatus //--AgentGen END super.setValue(idxIfRcvAddressStatus, newValue); } public Integer32 getIfRcvAddressType() { //--AgentGen BEGIN=ifRcvAddressEntry::getIfRcvAddressType //--AgentGen END return (Integer32) super.getValue(idxIfRcvAddressType); } public void setIfRcvAddressType(Integer32 newValue) { //--AgentGen BEGIN=ifRcvAddressEntry::setIfRcvAddressType //--AgentGen END super.setValue(idxIfRcvAddressType, newValue); } public Variable getValue(int column) { //--AgentGen BEGIN=ifRcvAddressEntry::RowGetValue //--AgentGen END switch(column) { case idxIfRcvAddressStatus: return getIfRcvAddressStatus(); case idxIfRcvAddressType: return getIfRcvAddressType(); default: return super.getValue(column); } } public void setValue(int column, Variable value) { //--AgentGen BEGIN=ifRcvAddressEntry::RowSetValue //--AgentGen END switch(column) { case idxIfRcvAddressStatus: setIfRcvAddressStatus((Integer32)value); break; case idxIfRcvAddressType: setIfRcvAddressType((Integer32)value); break; default: super.setValue(column, value); } } //--AgentGen BEGIN=ifRcvAddressEntry::Row //--AgentGen END } class IfRcvAddressEntryRowFactory implements MOTableRowFactory { public synchronized IfRcvAddressEntryRow createRow(OID index, Variable[] values) throws UnsupportedOperationException { IfRcvAddressEntryRow row = new IfRcvAddressEntryRow(index, values); //--AgentGen BEGIN=ifRcvAddressEntry::createRow //--AgentGen END return row; } public synchronized void freeRow(IfRcvAddressEntryRow row) { //--AgentGen BEGIN=ifRcvAddressEntry::freeRow //--AgentGen END } //--AgentGen BEGIN=ifRcvAddressEntry::RowFactory //--AgentGen END } //--AgentGen BEGIN=_METHODS //--AgentGen END // Textual Definitions of MIB module IfMib protected void addTCsToFactory(MOFactory moFactory) { moFactory.addTextualConvention(new InterfaceIndex()); moFactory.addTextualConvention(new OwnerString()); } public class InterfaceIndex implements TextualConvention { public InterfaceIndex() { } public String getModuleName() { return TC_MODULE_IF_MIB; } public String getName() { return TC_INTERFACEINDEX; } public Variable createInitialValue() { Variable v = new Integer32(); if (v instanceof AssignableFromLong) { ((AssignableFromLong)v).setValue(1L); } // further modify value to comply with TC constraints here: //--AgentGen BEGIN=InterfaceIndex::createInitialValue //--AgentGen END return v; } public MOScalar createScalar(OID oid, MOAccess access, Variable value) { MOScalar scalar = moFactory.createScalar(oid, access, value); ValueConstraint vc = new ConstraintsImpl(); ((ConstraintsImpl)vc).add(new Constraint(1L, 2147483647L)); scalar.addMOValueValidationListener(new ValueConstraintValidator(vc)); //--AgentGen BEGIN=InterfaceIndex::createScalar //--AgentGen END return scalar; } public MOColumn createColumn(int columnID, int syntax, MOAccess access, Variable defaultValue, boolean mutableInService) { MOColumn col = moFactory.createColumn(columnID, syntax, access, defaultValue, mutableInService); if (col instanceof MOMutableColumn) { MOMutableColumn mcol = (MOMutableColumn)col; ValueConstraint vc = new ConstraintsImpl(); ((ConstraintsImpl)vc).add(new Constraint(1L, 2147483647L)); mcol.addMOValueValidationListener(new ValueConstraintValidator(vc)); } //--AgentGen BEGIN=InterfaceIndex::createColumn //--AgentGen END return col; } } public class OwnerString implements TextualConvention { public OwnerString() { } public String getModuleName() { return TC_MODULE_IF_MIB; } public String getName() { return TC_OWNERSTRING; } public Variable createInitialValue() { Variable v = new OctetString(); if (v instanceof AssignableFromLong) { ((AssignableFromLong)v).setValue(0L); } // further modify value to comply with TC constraints here: //--AgentGen BEGIN=OwnerString::createInitialValue //--AgentGen END return v; } public MOScalar createScalar(OID oid, MOAccess access, Variable value) { MOScalar scalar = moFactory.createScalar(oid, access, value); ValueConstraint vc = new ConstraintsImpl(); ((ConstraintsImpl)vc).add(new Constraint(0L, 255L)); scalar.addMOValueValidationListener(new ValueConstraintValidator(vc)); //--AgentGen BEGIN=OwnerString::createScalar //--AgentGen END return scalar; } public MOColumn createColumn(int columnID, int syntax, MOAccess access, Variable defaultValue, boolean mutableInService) { MOColumn col = moFactory.createColumn(columnID, syntax, access, defaultValue, mutableInService); if (col instanceof MOMutableColumn) { MOMutableColumn mcol = (MOMutableColumn)col; ValueConstraint vc = new ConstraintsImpl(); ((ConstraintsImpl)vc).add(new Constraint(0L, 255L)); mcol.addMOValueValidationListener(new ValueConstraintValidator(vc)); } //--AgentGen BEGIN=OwnerString::createColumn //--AgentGen END return col; } } //--AgentGen BEGIN=_TC_CLASSES_IMPORTED_MODULES_BEGIN //--AgentGen END // Textual Definitions of other MIB modules public void addImportedTCsToFactory(MOFactory moFactory) { moFactory.addTextualConvention(new IANAifType()); moFactory.addTextualConvention(new PhysAddress()); } // Textual Convention IANAifType from MIB module IANAifType-MIB public class IANAifType implements TextualConvention { /* -- none of the following */ public static final int other = 1; public static final int regular1822 = 2; public static final int hdh1822 = 3; public static final int ddnX25 = 4; public static final int rfc877x25 = 5; /* -- for all ethernet-like interfaces, -- regardless of speed, as per RFC3635 */ public static final int ethernetCsmacd = 6; /* -- Deprecated via RFC3635 -- ethernetCsmacd (6) should be used instead */ public static final int iso88023Csmacd = 7; public static final int iso88024TokenBus = 8; public static final int iso88025TokenRing = 9; public static final int iso88026Man = 10; /* -- Deprecated via RFC3635 -- ethernetCsmacd (6) should be used instead */ public static final int starLan = 11; public static final int proteon10Mbit = 12; public static final int proteon80Mbit = 13; public static final int hyperchannel = 14; public static final int fddi = 15; public static final int lapb = 16; public static final int sdlc = 17; /* -- DS1-MIB */ public static final int ds1 = 18; /* -- Obsolete see DS1-MIB */ public static final int e1 = 19; /* -- no longer used -- see also RFC2127 */ public static final int basicISDN = 20; /* -- no longer used -- see also RFC2127 */ public static final int primaryISDN = 21; /* -- proprietary serial */ public static final int propPointToPointSerial = 22; public static final int ppp = 23; public static final int softwareLoopback = 24; /* -- CLNP over IP */ public static final int eon = 25; public static final int ethernet3Mbit = 26; /* -- XNS over IP */ public static final int nsip = 27; /* -- generic SLIP */ public static final int slip = 28; /* -- ULTRA technologies */ public static final int ultra = 29; /* -- DS3-MIB */ public static final int ds3 = 30; /* -- SMDS, coffee */ public static final int sip = 31; /* -- DTE only. */ public static final int frameRelay = 32; public static final int rs232 = 33; /* -- parallel-port */ public static final int para = 34; /* -- arcnet */ public static final int arcnet = 35; /* -- arcnet plus */ public static final int arcnetPlus = 36; /* -- ATM cells */ public static final int atm = 37; public static final int miox25 = 38; /* -- SONET or SDH */ public static final int sonet = 39; public static final int x25ple = 40; public static final int iso88022llc = 41; public static final int localTalk = 42; public static final int smdsDxi = 43; /* -- FRNETSERV-MIB */ public static final int frameRelayService = 44; public static final int v35 = 45; public static final int hssi = 46; public static final int hippi = 47; /* -- Generic modem */ public static final int modem = 48; /* -- AAL5 over ATM */ public static final int aal5 = 49; public static final int sonetPath = 50; public static final int sonetVT = 51; /* -- SMDS InterCarrier Interface */ public static final int smdsIcip = 52; /* -- proprietary virtual/internal */ public static final int propVirtual = 53; /* -- proprietary multiplexing */ public static final int propMultiplexor = 54; /* -- 100BaseVG */ public static final int ieee80212 = 55; /* -- Fibre Channel */ public static final int fibreChannel = 56; /* -- HIPPI interfaces */ public static final int hippiInterface = 57; /* -- Obsolete use either -- frameRelay(32) or -- frameRelayService(44). */ public static final int frameRelayInterconnect = 58; /* -- ATM Emulated LAN for 802.3 */ public static final int aflane8023 = 59; /* -- ATM Emulated LAN for 802.5 */ public static final int aflane8025 = 60; /* -- ATM Emulated circuit */ public static final int cctEmul = 61; /* -- Obsoleted via RFC3635 -- ethernetCsmacd (6) should be used instead */ public static final int fastEther = 62; /* -- ISDN and X.25 */ public static final int isdn = 63; /* -- CCITT V.11/X.21 */ public static final int v11 = 64; /* -- CCITT V.36 */ public static final int v36 = 65; /* -- CCITT G703 at 64Kbps */ public static final int g703at64k = 66; /* -- Obsolete see DS1-MIB */ public static final int g703at2mb = 67; /* -- SNA QLLC */ public static final int qllc = 68; /* -- Obsoleted via RFC3635 -- ethernetCsmacd (6) should be used instead */ public static final int fastEtherFX = 69; /* -- channel */ public static final int channel = 70; /* -- radio spread spectrum */ public static final int ieee80211 = 71; /* -- IBM System 360/370 OEMI Channel */ public static final int ibm370parChan = 72; /* -- IBM Enterprise Systems Connection */ public static final int escon = 73; /* -- Data Link Switching */ public static final int dlsw = 74; /* -- ISDN S/T interface */ public static final int isdns = 75; /* -- ISDN U interface */ public static final int isdnu = 76; /* -- Link Access Protocol D */ public static final int lapd = 77; /* -- IP Switching Objects */ public static final int ipSwitch = 78; /* -- Remote Source Route Bridging */ public static final int rsrb = 79; /* -- ATM Logical Port */ public static final int atmLogical = 80; /* -- Digital Signal Level 0 */ public static final int ds0 = 81; /* -- group of ds0s on the same ds1 */ public static final int ds0Bundle = 82; /* -- Bisynchronous Protocol */ public static final int bsc = 83; /* -- Asynchronous Protocol */ public static final int async = 84; /* -- Combat Net Radio */ public static final int cnr = 85; /* -- ISO 802.5r DTR */ public static final int iso88025Dtr = 86; /* -- Ext Pos Loc Report Sys */ public static final int eplrs = 87; /* -- Appletalk Remote Access Protocol */ public static final int arap = 88; /* -- Proprietary Connectionless Protocol */ public static final int propCnls = 89; /* -- CCITT-ITU X.29 PAD Protocol */ public static final int hostPad = 90; /* -- CCITT-ITU X.3 PAD Facility */ public static final int termPad = 91; /* -- Multiproto Interconnect over FR */ public static final int frameRelayMPI = 92; /* -- CCITT-ITU X213 */ public static final int x213 = 93; /* -- Asymmetric Digital Subscriber Loop */ public static final int adsl = 94; /* -- Rate-Adapt. Digital Subscriber Loop */ public static final int radsl = 95; /* -- Symmetric Digital Subscriber Loop */ public static final int sdsl = 96; /* -- Very H-Speed Digital Subscrib. Loop */ public static final int vdsl = 97; /* -- ISO 802.5 CRFP */ public static final int iso88025CRFPInt = 98; /* -- Myricom Myrinet */ public static final int myrinet = 99; /* -- voice recEive and transMit */ public static final int voiceEM = 100; /* -- voice Foreign Exchange Office */ public static final int voiceFXO = 101; /* -- voice Foreign Exchange Station */ public static final int voiceFXS = 102; /* -- voice encapsulation */ public static final int voiceEncap = 103; /* -- voice over IP encapsulation */ public static final int voiceOverIp = 104; /* -- ATM DXI */ public static final int atmDxi = 105; /* -- ATM FUNI */ public static final int atmFuni = 106; /* -- ATM IMA */ public static final int atmIma = 107; /* -- PPP Multilink Bundle */ public static final int pppMultilinkBundle = 108; /* -- IBM ipOverCdlc */ public static final int ipOverCdlc = 109; /* -- IBM Common Link Access to Workstn */ public static final int ipOverClaw = 110; /* -- IBM stackToStack */ public static final int stackToStack = 111; /* -- IBM VIPA */ public static final int virtualIpAddress = 112; /* -- IBM multi-protocol channel support */ public static final int mpc = 113; /* -- IBM ipOverAtm */ public static final int ipOverAtm = 114; /* -- ISO 802.5j Fiber Token Ring */ public static final int iso88025Fiber = 115; /* -- IBM twinaxial data link control */ public static final int tdlc = 116; /* -- Obsoleted via RFC3635 -- ethernetCsmacd (6) should be used instead */ public static final int gigabitEthernet = 117; /* -- HDLC */ public static final int hdlc = 118; /* -- LAP F */ public static final int lapf = 119; /* -- V.37 */ public static final int v37 = 120; /* -- Multi-Link Protocol */ public static final int x25mlp = 121; /* -- X25 Hunt Group */ public static final int x25huntGroup = 122; /* -- Transp HDLC */ public static final int trasnpHdlc = 123; /* -- Interleave channel */ public static final int interleave = 124; /* -- Fast channel */ public static final int fast = 125; /* -- IP (for APPN HPR in IP networks) */ public static final int ip = 126; /* -- CATV Mac Layer */ public static final int docsCableMaclayer = 127; /* -- CATV Downstream interface */ public static final int docsCableDownstream = 128; /* -- CATV Upstream interface */ public static final int docsCableUpstream = 129; /* -- Avalon Parallel Processor */ public static final int a12MppSwitch = 130; /* -- Encapsulation interface */ public static final int tunnel = 131; /* -- coffee pot */ public static final int coffee = 132; /* -- Circuit Emulation Service */ public static final int ces = 133; /* -- ATM Sub Interface */ public static final int atmSubInterface = 134; /* -- Layer 2 Virtual LAN using 802.1Q */ public static final int l2vlan = 135; /* -- Layer 3 Virtual LAN using IP */ public static final int l3ipvlan = 136; /* -- Layer 3 Virtual LAN using IPX */ public static final int l3ipxvlan = 137; /* -- IP over Power Lines */ public static final int digitalPowerline = 138; /* -- Multimedia Mail over IP */ public static final int mediaMailOverIp = 139; /* -- Dynamic syncronous Transfer Mode */ public static final int dtm = 140; /* -- Data Communications Network */ public static final int dcn = 141; /* -- IP Forwarding Interface */ public static final int ipForward = 142; /* -- Multi-rate Symmetric DSL */ public static final int msdsl = 143; /* -- IEEE1394 High Performance Serial Bus */ public static final int ieee1394 = 144; /* -- HIPPI-6400 */ public static final int if_gsn = 145; /* -- DVB-RCC MAC Layer */ public static final int dvbRccMacLayer = 146; /* -- DVB-RCC Downstream Channel */ public static final int dvbRccDownstream = 147; /* -- DVB-RCC Upstream Channel */ public static final int dvbRccUpstream = 148; /* -- ATM Virtual Interface */ public static final int atmVirtual = 149; /* -- MPLS Tunnel Virtual Interface */ public static final int mplsTunnel = 150; /* -- Spatial Reuse Protocol */ public static final int srp = 151; /* -- Voice Over ATM */ public static final int voiceOverAtm = 152; /* -- Voice Over Frame Relay */ public static final int voiceOverFrameRelay = 153; /* -- Digital Subscriber Loop over ISDN */ public static final int idsl = 154; /* -- Avici Composite Link Interface */ public static final int compositeLink = 155; /* -- SS7 Signaling Link */ public static final int ss7SigLink = 156; /* -- Prop. P2P wireless interface */ public static final int propWirelessP2P = 157; /* -- Frame Forward Interface */ public static final int frForward = 158; /* -- Multiprotocol over ATM AAL5 */ public static final int rfc1483 = 159; /* -- USB Interface */ public static final int usb = 160; /* -- IEEE 802.3ad Link Aggregate */ public static final int ieee8023adLag = 161; /* -- BGP Policy Accounting */ public static final int bgppolicyaccounting = 162; /* -- FRF .16 Multilink Frame Relay */ public static final int frf16MfrBundle = 163; /* -- H323 Gatekeeper */ public static final int h323Gatekeeper = 164; /* -- H323 Voice and Video Proxy */ public static final int h323Proxy = 165; /* -- MPLS */ public static final int mpls = 166; /* -- Multi-frequency signaling link */ public static final int mfSigLink = 167; /* -- High Bit-Rate DSL - 2nd generation */ public static final int hdsl2 = 168; /* -- Multirate HDSL2 */ public static final int shdsl = 169; /* -- Facility Data Link 4Kbps on a DS1 */ public static final int ds1FDL = 170; /* -- Packet over SONET/SDH Interface */ public static final int pos = 171; /* -- DVB-ASI Input */ public static final int dvbAsiIn = 172; /* -- DVB-ASI Output */ public static final int dvbAsiOut = 173; /* -- Power Line Communtications */ public static final int plc = 174; /* -- Non Facility Associated Signaling */ public static final int nfas = 175; /* -- TR008 */ public static final int tr008 = 176; /* -- Remote Digital Terminal */ public static final int gr303RDT = 177; /* -- Integrated Digital Terminal */ public static final int gr303IDT = 178; /* -- ISUP */ public static final int isup = 179; /* -- Cisco proprietary Maclayer */ public static final int propDocsWirelessMaclayer = 180; /* -- Cisco proprietary Downstream */ public static final int propDocsWirelessDownstream = 181; /* -- Cisco proprietary Upstream */ public static final int propDocsWirelessUpstream = 182; /* -- HIPERLAN Type 2 Radio Interface */ public static final int hiperlan2 = 183; /* -- PropBroadbandWirelessAccesspt2multipt -- use of this iftype for IEEE 802.16 WMAN -- interfaces as per IEEE Std 802.16f is -- deprecated and ifType 237 should be used instead. */ public static final int propBWAp2Mp = 184; /* -- SONET Overhead Channel */ public static final int sonetOverheadChannel = 185; /* -- Digital Wrapper */ public static final int digitalWrapperOverheadChannel = 186; /* -- ATM adaptation layer 2 */ public static final int aal2 = 187; /* -- MAC layer over radio links */ public static final int radioMAC = 188; /* -- ATM over radio links */ public static final int atmRadio = 189; /* -- Inter Machine Trunks */ public static final int imt = 190; /* -- Multiple Virtual Lines DSL */ public static final int mvl = 191; /* -- Long Reach DSL */ public static final int reachDSL = 192; /* -- Frame Relay DLCI End Point */ public static final int frDlciEndPt = 193; /* -- ATM VCI End Point */ public static final int atmVciEndPt = 194; /* -- Optical Channel */ public static final int opticalChannel = 195; /* -- Optical Transport */ public static final int opticalTransport = 196; /* -- Proprietary ATM */ public static final int propAtm = 197; /* -- Voice Over Cable Interface */ public static final int voiceOverCable = 198; /* -- Infiniband */ public static final int infiniband = 199; /* -- TE Link */ public static final int teLink = 200; /* -- Q.2931 */ public static final int q2931 = 201; /* -- Virtual Trunk Group */ public static final int virtualTg = 202; /* -- SIP Trunk Group */ public static final int sipTg = 203; /* -- SIP Signaling */ public static final int sipSig = 204; /* -- CATV Upstream Channel */ public static final int docsCableUpstreamChannel = 205; /* -- Acorn Econet */ public static final int econet = 206; /* -- FSAN 155Mb Symetrical PON interface */ public static final int pon155 = 207; /* -- FSAN622Mb Symetrical PON interface */ public static final int pon622 = 208; /* -- Transparent bridge interface */ public static final int bridge = 209; /* -- Interface common to multiple lines */ public static final int linegroup = 210; /* -- voice E&M Feature Group D */ public static final int voiceEMFGD = 211; /* -- voice FGD Exchange Access North American */ public static final int voiceFGDEANA = 212; /* -- voice Direct Inward Dialing */ public static final int voiceDID = 213; /* -- MPEG transport interface */ public static final int mpegTransport = 214; /* -- 6to4 interface (DEPRECATED) */ public static final int sixToFour = 215; /* -- GTP (GPRS Tunneling Protocol) */ public static final int gtp = 216; /* -- Paradyne EtherLoop 1 */ public static final int pdnEtherLoop1 = 217; /* -- Paradyne EtherLoop 2 */ public static final int pdnEtherLoop2 = 218; /* -- Optical Channel Group */ public static final int opticalChannelGroup = 219; /* -- HomePNA ITU-T G.989 */ public static final int homepna = 220; /* -- Generic Framing Procedure (GFP) */ public static final int gfp = 221; /* -- Layer 2 Virtual LAN using Cisco ISL */ public static final int ciscoISLvlan = 222; /* -- Acteleis proprietary MetaLOOP High Speed Link */ public static final int actelisMetaLOOP = 223; /* -- FCIP Link */ public static final int fcipLink = 224; /* -- Resilient Packet Ring Interface Type */ public static final int rpr = 225; /* -- RF Qam Interface */ public static final int qam = 226; /* -- Link Management Protocol */ public static final int lmp = 227; /* -- Cambridge Broadband Networks Limited VectaStar */ public static final int cblVectaStar = 228; /* -- CATV Modular CMTS Downstream Interface */ public static final int docsCableMCmtsDownstream = 229; /* -- Asymmetric Digital Subscriber Loop Version 2 -- (DEPRECATED/OBSOLETED - please use adsl2plus 238 instead) */ public static final int adsl2 = 230; /* -- MACSecControlled */ public static final int macSecControlledIF = 231; /* -- MACSecUncontrolled */ public static final int macSecUncontrolledIF = 232; /* -- Avici Optical Ethernet Aggregate */ public static final int aviciOpticalEther = 233; /* -- atmbond */ public static final int atmbond = 234; /* -- voice FGD Operator Services */ public static final int voiceFGDOS = 235; /* -- MultiMedia over Coax Alliance (MoCA) Interface -- as documented in information provided privately to IANA */ public static final int mocaVersion1 = 236; /* -- IEEE 802.16 WMAN interface */ public static final int ieee80216WMAN = 237; /* -- Asymmetric Digital Subscriber Loop Version 2, -- Version 2 Plus and all variants */ public static final int adsl2plus = 238; /* -- DVB-RCS MAC Layer */ public static final int dvbRcsMacLayer = 239; /* -- DVB Satellite TDM */ public static final int dvbTdm = 240; /* -- DVB-RCS TDMA */ public static final int dvbRcsTdma = 241; /* -- LAPS based on ITU-T X.86/Y.1323 */ public static final int x86Laps = 242; /* -- 3GPP WWAN */ public static final int wwanPP = 243; /* -- 3GPP2 WWAN */ public static final int wwanPP2 = 244; public IANAifType() { } public String getModuleName() { return TC_MODULE_IANAIFTYPE_MIB; } public String getName() { return TC_IANAIFTYPE; } public Variable createInitialValue() { Variable v = new Integer32(); if (v instanceof AssignableFromLong) { ((AssignableFromLong)v).setValue(1); } // further modify value to comply with TC constraints here: //--AgentGen BEGIN=IANAifType::createInitialValue //--AgentGen END return v; } public MOScalar createScalar(OID oid, MOAccess access, Variable value) { MOScalar scalar = moFactory.createScalar(oid, access, value); ValueConstraint vc = new EnumerationConstraint( new int[] { other, regular1822, hdh1822, ddnX25, rfc877x25, ethernetCsmacd, iso88023Csmacd, iso88024TokenBus, iso88025TokenRing, iso88026Man, starLan, proteon10Mbit, proteon80Mbit, hyperchannel, fddi, lapb, sdlc, ds1, e1, basicISDN, primaryISDN, propPointToPointSerial, ppp, softwareLoopback, eon, ethernet3Mbit, nsip, slip, ultra, ds3, sip, frameRelay, rs232, para, arcnet, arcnetPlus, atm, miox25, sonet, x25ple, iso88022llc, localTalk, smdsDxi, frameRelayService, v35, hssi, hippi, modem, aal5, sonetPath, sonetVT, smdsIcip, propVirtual, propMultiplexor, ieee80212, fibreChannel, hippiInterface, frameRelayInterconnect, aflane8023, aflane8025, cctEmul, fastEther, isdn, v11, v36, g703at64k, g703at2mb, qllc, fastEtherFX, channel, ieee80211, ibm370parChan, escon, dlsw, isdns, isdnu, lapd, ipSwitch, rsrb, atmLogical, ds0, ds0Bundle, bsc, async, cnr, iso88025Dtr, eplrs, arap, propCnls, hostPad, termPad, frameRelayMPI, x213, adsl, radsl, sdsl, vdsl, iso88025CRFPInt, myrinet, voiceEM, voiceFXO, voiceFXS, voiceEncap, voiceOverIp, atmDxi, atmFuni, atmIma, pppMultilinkBundle, ipOverCdlc, ipOverClaw, stackToStack, virtualIpAddress, mpc, ipOverAtm, iso88025Fiber, tdlc, gigabitEthernet, hdlc, lapf, v37, x25mlp, x25huntGroup, trasnpHdlc, interleave, fast, ip, docsCableMaclayer, docsCableDownstream, docsCableUpstream, a12MppSwitch, tunnel, coffee, ces, atmSubInterface, l2vlan, l3ipvlan, l3ipxvlan, digitalPowerline, mediaMailOverIp, dtm, dcn, ipForward, msdsl, ieee1394, if_gsn, dvbRccMacLayer, dvbRccDownstream, dvbRccUpstream, atmVirtual, mplsTunnel, srp, voiceOverAtm, voiceOverFrameRelay, idsl, compositeLink, ss7SigLink, propWirelessP2P, frForward, rfc1483, usb, ieee8023adLag, bgppolicyaccounting, frf16MfrBundle, h323Gatekeeper, h323Proxy, mpls, mfSigLink, hdsl2, shdsl, ds1FDL, pos, dvbAsiIn, dvbAsiOut, plc, nfas, tr008, gr303RDT, gr303IDT, isup, propDocsWirelessMaclayer, propDocsWirelessDownstream, propDocsWirelessUpstream, hiperlan2, propBWAp2Mp, sonetOverheadChannel, digitalWrapperOverheadChannel, aal2, radioMAC, atmRadio, imt, mvl, reachDSL, frDlciEndPt, atmVciEndPt, opticalChannel, opticalTransport, propAtm, voiceOverCable, infiniband, teLink, q2931, virtualTg, sipTg, sipSig, docsCableUpstreamChannel, econet, pon155, pon622, bridge, linegroup, voiceEMFGD, voiceFGDEANA, voiceDID, mpegTransport, sixToFour, gtp, pdnEtherLoop1, pdnEtherLoop2, opticalChannelGroup, homepna, gfp, ciscoISLvlan, actelisMetaLOOP, fcipLink, rpr, qam, lmp, cblVectaStar, docsCableMCmtsDownstream, adsl2, macSecControlledIF, macSecUncontrolledIF, aviciOpticalEther, atmbond, voiceFGDOS, mocaVersion1, ieee80216WMAN, adsl2plus, dvbRcsMacLayer, dvbTdm, dvbRcsTdma, x86Laps, wwanPP, wwanPP2 }); scalar.addMOValueValidationListener(new ValueConstraintValidator(vc)); //--AgentGen BEGIN=IANAifType::createScalar //--AgentGen END return scalar; } public MOColumn createColumn(int columnID, int syntax, MOAccess access, Variable defaultValue, boolean mutableInService) { MOColumn col = moFactory.createColumn(columnID, syntax, access, defaultValue, mutableInService); if (col instanceof MOMutableColumn) { MOMutableColumn mcol = (MOMutableColumn)col; ValueConstraint vc = new EnumerationConstraint( new int[] { other, regular1822, hdh1822, ddnX25, rfc877x25, ethernetCsmacd, iso88023Csmacd, iso88024TokenBus, iso88025TokenRing, iso88026Man, starLan, proteon10Mbit, proteon80Mbit, hyperchannel, fddi, lapb, sdlc, ds1, e1, basicISDN, primaryISDN, propPointToPointSerial, ppp, softwareLoopback, eon, ethernet3Mbit, nsip, slip, ultra, ds3, sip, frameRelay, rs232, para, arcnet, arcnetPlus, atm, miox25, sonet, x25ple, iso88022llc, localTalk, smdsDxi, frameRelayService, v35, hssi, hippi, modem, aal5, sonetPath, sonetVT, smdsIcip, propVirtual, propMultiplexor, ieee80212, fibreChannel, hippiInterface, frameRelayInterconnect, aflane8023, aflane8025, cctEmul, fastEther, isdn, v11, v36, g703at64k, g703at2mb, qllc, fastEtherFX, channel, ieee80211, ibm370parChan, escon, dlsw, isdns, isdnu, lapd, ipSwitch, rsrb, atmLogical, ds0, ds0Bundle, bsc, async, cnr, iso88025Dtr, eplrs, arap, propCnls, hostPad, termPad, frameRelayMPI, x213, adsl, radsl, sdsl, vdsl, iso88025CRFPInt, myrinet, voiceEM, voiceFXO, voiceFXS, voiceEncap, voiceOverIp, atmDxi, atmFuni, atmIma, pppMultilinkBundle, ipOverCdlc, ipOverClaw, stackToStack, virtualIpAddress, mpc, ipOverAtm, iso88025Fiber, tdlc, gigabitEthernet, hdlc, lapf, v37, x25mlp, x25huntGroup, trasnpHdlc, interleave, fast, ip, docsCableMaclayer, docsCableDownstream, docsCableUpstream, a12MppSwitch, tunnel, coffee, ces, atmSubInterface, l2vlan, l3ipvlan, l3ipxvlan, digitalPowerline, mediaMailOverIp, dtm, dcn, ipForward, msdsl, ieee1394, if_gsn, dvbRccMacLayer, dvbRccDownstream, dvbRccUpstream, atmVirtual, mplsTunnel, srp, voiceOverAtm, voiceOverFrameRelay, idsl, compositeLink, ss7SigLink, propWirelessP2P, frForward, rfc1483, usb, ieee8023adLag, bgppolicyaccounting, frf16MfrBundle, h323Gatekeeper, h323Proxy, mpls, mfSigLink, hdsl2, shdsl, ds1FDL, pos, dvbAsiIn, dvbAsiOut, plc, nfas, tr008, gr303RDT, gr303IDT, isup, propDocsWirelessMaclayer, propDocsWirelessDownstream, propDocsWirelessUpstream, hiperlan2, propBWAp2Mp, sonetOverheadChannel, digitalWrapperOverheadChannel, aal2, radioMAC, atmRadio, imt, mvl, reachDSL, frDlciEndPt, atmVciEndPt, opticalChannel, opticalTransport, propAtm, voiceOverCable, infiniband, teLink, q2931, virtualTg, sipTg, sipSig, docsCableUpstreamChannel, econet, pon155, pon622, bridge, linegroup, voiceEMFGD, voiceFGDEANA, voiceDID, mpegTransport, sixToFour, gtp, pdnEtherLoop1, pdnEtherLoop2, opticalChannelGroup, homepna, gfp, ciscoISLvlan, actelisMetaLOOP, fcipLink, rpr, qam, lmp, cblVectaStar, docsCableMCmtsDownstream, adsl2, macSecControlledIF, macSecUncontrolledIF, aviciOpticalEther, atmbond, voiceFGDOS, mocaVersion1, ieee80216WMAN, adsl2plus, dvbRcsMacLayer, dvbTdm, dvbRcsTdma, x86Laps, wwanPP, wwanPP2 }); mcol.addMOValueValidationListener(new ValueConstraintValidator(vc)); } //--AgentGen BEGIN=IANAifType::createColumn //--AgentGen END return col; } } // Textual Convention PhysAddress from MIB module SNMPv2-TC public class PhysAddress implements TextualConvention { public PhysAddress() { } public String getModuleName() { return TC_MODULE_SNMPV2_TC; } public String getName() { return TC_PHYSADDRESS; } public Variable createInitialValue() { Variable v = new OctetString(); // further modify value to comply with TC constraints here: //--AgentGen BEGIN=PhysAddress::createInitialValue //--AgentGen END return v; } public MOScalar createScalar(OID oid, MOAccess access, Variable value) { MOScalar scalar = moFactory.createScalar(oid, access, value); //--AgentGen BEGIN=PhysAddress::createScalar //--AgentGen END return scalar; } public MOColumn createColumn(int columnID, int syntax, MOAccess access, Variable defaultValue, boolean mutableInService) { MOColumn col = moFactory.createColumn(columnID, syntax, access, defaultValue, mutableInService); //--AgentGen BEGIN=PhysAddress::createColumn //--AgentGen END return col; } } //--AgentGen BEGIN=_TC_CLASSES_IMPORTED_MODULES_END //--AgentGen END //--AgentGen BEGIN=_CLASSES //--AgentGen END //--AgentGen BEGIN=_END //--AgentGen END }