// Home | Go Back //
package agent.mib2jni;
import java.io.*;
import java.util.*;
import com.ireasoning.util.*;
import com.ireasoning.protocol.snmp.*;
import javax.management.*;
import com.ireasoning.jni.*;
public class IcmpGroup extends SnmpBaseGroup implements IcmpGroupMBean
{
protected SnmpCounter32 _icmpInMsgs = null;
protected SnmpCounter32 _icmpInErrors = null;
protected SnmpCounter32 _icmpInDestUnreachs = null;
protected SnmpCounter32 _icmpInTimeExcds = null;
protected SnmpCounter32 _icmpInParmProbs = null;
protected SnmpCounter32 _icmpInSrcQuenchs = null;
protected SnmpCounter32 _icmpInRedirects = null;
protected SnmpCounter32 _icmpInEchos = null;
protected SnmpCounter32 _icmpInEchoReps = null;
protected SnmpCounter32 _icmpInTimestamps = null;
protected SnmpCounter32 _icmpInTimestampReps = null;
protected SnmpCounter32 _icmpInAddrMasks = null;
protected SnmpCounter32 _icmpInAddrMaskReps = null;
protected SnmpCounter32 _icmpOutMsgs = null;
protected SnmpCounter32 _icmpOutErrors = null;
protected SnmpCounter32 _icmpOutDestUnreachs = null;
protected SnmpCounter32 _icmpOutTimeExcds = null;
protected SnmpCounter32 _icmpOutParmProbs = null;
protected SnmpCounter32 _icmpOutSrcQuenchs = null;
protected SnmpCounter32 _icmpOutRedirects = null;
protected SnmpCounter32 _icmpOutEchos = null;
protected SnmpCounter32 _icmpOutEchoReps = null;
protected SnmpCounter32 _icmpOutTimestamps = null;
protected SnmpCounter32 _icmpOutTimestampReps = null;
protected SnmpCounter32 _icmpOutAddrMasks = null;
protected SnmpCounter32 _icmpOutAddrMaskReps = null;
public IcmpGroup(OIDTreeNode root, String oid, Object [] args)
{
super(root, oid);
}
public synchronized SnmpCounter32 getIcmpInMsgs()
{
if(this._icmpInMsgs != null) return this._icmpInMsgs;
else
{
String s = JNIFunction.getScalar("icmpInMsgs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInMsgs(SnmpCounter32 newValue)
{
this._icmpInMsgs = newValue;
}
public synchronized SnmpCounter32 getIcmpInErrors()
{
if(this._icmpInErrors != null) return this._icmpInErrors;
else
{
String s = JNIFunction.getScalar("icmpInErrors");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInErrors(SnmpCounter32 newValue)
{
this._icmpInErrors = newValue;
}
public synchronized SnmpCounter32 getIcmpInDestUnreachs()
{
if(this._icmpInDestUnreachs != null) return this._icmpInDestUnreachs;
else
{
String s = JNIFunction.getScalar("icmpInDestUnreachs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInDestUnreachs(SnmpCounter32 newValue)
{
this._icmpInDestUnreachs = newValue;
}
public synchronized SnmpCounter32 getIcmpInTimeExcds()
{
if(this._icmpInTimeExcds != null) return this._icmpInTimeExcds;
else
{
String s = JNIFunction.getScalar("icmpInTimeExcds");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInTimeExcds(SnmpCounter32 newValue)
{
this._icmpInTimeExcds = newValue;
}
public synchronized SnmpCounter32 getIcmpInParmProbs()
{
if(this._icmpInParmProbs != null) return this._icmpInParmProbs;
else
{
String s = JNIFunction.getScalar("icmpInParmProbs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInParmProbs(SnmpCounter32 newValue)
{
this._icmpInParmProbs = newValue;
}
public synchronized SnmpCounter32 getIcmpInSrcQuenchs()
{
if(this._icmpInSrcQuenchs != null) return this._icmpInSrcQuenchs;
else
{
String s = JNIFunction.getScalar("icmpInSrcQuenchs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInSrcQuenchs(SnmpCounter32 newValue)
{
this._icmpInSrcQuenchs = newValue;
}
public synchronized SnmpCounter32 getIcmpInRedirects()
{
if(this._icmpInRedirects != null) return this._icmpInRedirects;
else
{
String s = JNIFunction.getScalar("icmpInRedirects");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInRedirects(SnmpCounter32 newValue)
{
this._icmpInRedirects = newValue;
}
public synchronized SnmpCounter32 getIcmpInEchos()
{
if(this._icmpInEchos != null) return this._icmpInEchos;
else
{
String s = JNIFunction.getScalar("icmpInEchos");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInEchos(SnmpCounter32 newValue)
{
this._icmpInEchos = newValue;
}
public synchronized SnmpCounter32 getIcmpInEchoReps()
{
if(this._icmpInEchoReps != null) return this._icmpInEchoReps;
else
{
String s = JNIFunction.getScalar("icmpInEchoReps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInEchoReps(SnmpCounter32 newValue)
{
this._icmpInEchoReps = newValue;
}
public synchronized SnmpCounter32 getIcmpInTimestamps()
{
if(this._icmpInTimestamps != null) return this._icmpInTimestamps;
else
{
String s = JNIFunction.getScalar("icmpInTimestamps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInTimestamps(SnmpCounter32 newValue)
{
this._icmpInTimestamps = newValue;
}
public synchronized SnmpCounter32 getIcmpInTimestampReps()
{
if(this._icmpInTimestampReps != null) return this._icmpInTimestampReps;
else
{
String s = JNIFunction.getScalar("icmpInTimestampReps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInTimestampReps(SnmpCounter32 newValue)
{
this._icmpInTimestampReps = newValue;
}
public synchronized SnmpCounter32 getIcmpInAddrMasks()
{
if(this._icmpInAddrMasks != null) return this._icmpInAddrMasks;
else
{
String s = JNIFunction.getScalar("icmpInAddrMasks");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInAddrMasks(SnmpCounter32 newValue)
{
this._icmpInAddrMasks = newValue;
}
public synchronized SnmpCounter32 getIcmpInAddrMaskReps()
{
if(this._icmpInAddrMaskReps != null) return this._icmpInAddrMaskReps;
else
{
String s = JNIFunction.getScalar("icmpInAddrMaskReps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpInAddrMaskReps(SnmpCounter32 newValue)
{
this._icmpInAddrMaskReps = newValue;
}
public synchronized SnmpCounter32 getIcmpOutMsgs()
{
if(this._icmpOutMsgs != null) return this._icmpOutMsgs;
else
{
String s = JNIFunction.getScalar("icmpOutMsgs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutMsgs(SnmpCounter32 newValue)
{
this._icmpOutMsgs = newValue;
}
public synchronized SnmpCounter32 getIcmpOutErrors()
{
if(this._icmpOutErrors != null) return this._icmpOutErrors;
else
{
String s = JNIFunction.getScalar("icmpOutErrors");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutErrors(SnmpCounter32 newValue)
{
this._icmpOutErrors = newValue;
}
public synchronized SnmpCounter32 getIcmpOutDestUnreachs()
{
if(this._icmpOutDestUnreachs != null) return this._icmpOutDestUnreachs;
else
{
String s = JNIFunction.getScalar("icmpOutDestUnreachs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutDestUnreachs(SnmpCounter32 newValue)
{
this._icmpOutDestUnreachs = newValue;
}
public synchronized SnmpCounter32 getIcmpOutTimeExcds()
{
if(this._icmpOutTimeExcds != null) return this._icmpOutTimeExcds;
else
{
String s = JNIFunction.getScalar("icmpOutTimeExcds");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutTimeExcds(SnmpCounter32 newValue)
{
this._icmpOutTimeExcds = newValue;
}
public synchronized SnmpCounter32 getIcmpOutParmProbs()
{
if(this._icmpOutParmProbs != null) return this._icmpOutParmProbs;
else
{
String s = JNIFunction.getScalar("icmpOutParmProbs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutParmProbs(SnmpCounter32 newValue)
{
this._icmpOutParmProbs = newValue;
}
public synchronized SnmpCounter32 getIcmpOutSrcQuenchs()
{
if(this._icmpOutSrcQuenchs != null) return this._icmpOutSrcQuenchs;
else
{
String s = JNIFunction.getScalar("icmpOutSrcQuenchs");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutSrcQuenchs(SnmpCounter32 newValue)
{
this._icmpOutSrcQuenchs = newValue;
}
public synchronized SnmpCounter32 getIcmpOutRedirects()
{
if(this._icmpOutRedirects != null) return this._icmpOutRedirects;
else
{
String s = JNIFunction.getScalar("icmpOutRedirects");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutRedirects(SnmpCounter32 newValue)
{
this._icmpOutRedirects = newValue;
}
public synchronized SnmpCounter32 getIcmpOutEchos()
{
if(this._icmpOutEchos != null) return this._icmpOutEchos;
else
{
String s = JNIFunction.getScalar("icmpOutEchos");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutEchos(SnmpCounter32 newValue)
{
this._icmpOutEchos = newValue;
}
public synchronized SnmpCounter32 getIcmpOutEchoReps()
{
if(this._icmpOutEchoReps != null) return this._icmpOutEchoReps;
else
{
String s = JNIFunction.getScalar("icmpOutEchoReps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutEchoReps(SnmpCounter32 newValue)
{
this._icmpOutEchoReps = newValue;
}
public synchronized SnmpCounter32 getIcmpOutTimestamps()
{
if(this._icmpOutTimestamps != null) return this._icmpOutTimestamps;
else
{
String s = JNIFunction.getScalar("icmpOutTimestamps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutTimestamps(SnmpCounter32 newValue)
{
this._icmpOutTimestamps = newValue;
}
public synchronized SnmpCounter32 getIcmpOutTimestampReps()
{
if(this._icmpOutTimestampReps != null) return this._icmpOutTimestampReps;
else
{
String s = JNIFunction.getScalar("icmpOutTimestampReps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutTimestampReps(SnmpCounter32 newValue)
{
this._icmpOutTimestampReps = newValue;
}
public synchronized SnmpCounter32 getIcmpOutAddrMasks()
{
if(this._icmpOutAddrMasks != null) return this._icmpOutAddrMasks;
else
{
String s = JNIFunction.getScalar("icmpOutAddrMasks");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutAddrMasks(SnmpCounter32 newValue)
{
this._icmpOutAddrMasks = newValue;
}
public synchronized SnmpCounter32 getIcmpOutAddrMaskReps()
{
if(this._icmpOutAddrMaskReps != null) return this._icmpOutAddrMaskReps;
else
{
String s = JNIFunction.getScalar("icmpOutAddrMaskReps");
return new SnmpCounter32(s);
}
}
public synchronized void setIcmpOutAddrMaskReps(SnmpCounter32 newValue)
{
this._icmpOutAddrMaskReps = newValue;
}
}