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package com.sun.jmx.snmp.agent;
import java.util.Enumeration;
import java.util.Vector;
import com.sun.jmx.snmp.SnmpVarBind;
import com.sun.jmx.snmp.SnmpStatusException;
import com.sun.jmx.snmp.SnmpOid;
// import com.sun.jmx.snmp.SnmpIndex;
This interface models an SNMP sub request to be performed on a specific
SNMP MIB node. The node involved can be either an SNMP group, an SNMP table,
or an SNMP table entry (conceptual row). The conceptual row may or may not
already exist. If the row did not exist at the time when the request
was received, the isNewEntry() method will return
true.
Objects implementing this interface will be allocated by the SNMP engine.
You will never need to implement this interface. You will only use it.
This API is a Sun Microsystems internal API and is subject
to change without notice.
/**
* This interface models an SNMP sub request to be performed on a specific
* SNMP MIB node. The node involved can be either an SNMP group, an SNMP table,
* or an SNMP table entry (conceptual row). The conceptual row may or may not
* already exist. If the row did not exist at the time when the request
* was received, the <CODE>isNewEntry()</CODE> method will return <CODE>
* true</CODE>.
* <p>
* Objects implementing this interface will be allocated by the SNMP engine.
* You will never need to implement this interface. You will only use it.
* </p>
* <p><b>This API is a Sun Microsystems internal API and is subject
* to change without notice.</b></p>
*/
public interface SnmpMibSubRequest extends SnmpMibRequest {
Return the list of varbind to be handled by the SNMP MIB node.
Note:
In case of SET operation, if this node is a table row which
contains a control variable (as identified by the table's
isRowStatus() method) the control variable will not
be included in this list: it will be obtained by calling
getRowStatusVarBind(). This will allow you to handle the control
variable specifically.
You will never need to worry about this unless you need to
implement a non standard mechanism for handling row
creation and deletion.
Returns: The elements of the enumeration are instances of SnmpVarBind
/**
* Return the list of varbind to be handled by the SNMP MIB node.
* <p>
* <b>Note:</b> <ul>
* <i>In case of SET operation, if this node is a table row which
* contains a control variable (as identified by the table's
* isRowStatus() method) the control variable will not
* be included in this list: it will be obtained by calling
* getRowStatusVarBind(). This will allow you to handle the control
* variable specifically.</i><br>
* You will never need to worry about this unless you need to
* implement a non standard mechanism for handling row
* creation and deletion.
* </ul>
* <p>
* @return The elements of the enumeration are instances of
* {@link com.sun.jmx.snmp.SnmpVarBind}
*/
public Enumeration getElements();
Return the list of varbind to be handled by the SNMP MIB node.
Note:
In case of SET operation, if this node is a table row which
contains a control variable (as identified by the table's
isRowStatus() method) the control variable will not
be included in this list: it will be obtained by calling
getRowStatusVarBind(). This will allow you to handle the control
variable specifically.
You will never need to worry about this unless you need to
implement a non standard mechanism for handling row
creation and deletion.
Returns: The elements of the vector are instances of SnmpVarBind
/**
* Return the list of varbind to be handled by the SNMP MIB node.
* <p>
* <b>Note:</b> <ul>
* <i>In case of SET operation, if this node is a table row which
* contains a control variable (as identified by the table's
* isRowStatus() method) the control variable will not
* be included in this list: it will be obtained by calling
* getRowStatusVarBind(). This will allow you to handle the control
* variable specifically.</i><br>
* You will never need to worry about this unless you need to
* implement a non standard mechanism for handling row
* creation and deletion.
* </ul>
* <p>
* @return The elements of the vector are instances of
* {@link com.sun.jmx.snmp.SnmpVarBind}
*/
public Vector<SnmpVarBind> getSubList();
Return the part of the OID identifying the table entry involved.
Returns: SnmpOid or null
if the request is not directed to an entry.
/**
* Return the part of the OID identifying the table entry involved.
* <p>
*
* @return {@link com.sun.jmx.snmp.SnmpOid} or <CODE>null</CODE>
* if the request is not directed to an entry.
*/
public SnmpOid getEntryOid();
Indicate whether the entry involved is a new entry.
This method will return true if the entry was not
found when the request was processed. As a consequence,
true means that either the entry does not exist yet,
or it has been created while processing this request.
The result of this method is only significant when an entry
is involved.
Returns: true If the entry did not exist,
or false if the entry involved was found.
/**
* Indicate whether the entry involved is a new entry.
* This method will return <CODE>true</CODE> if the entry was not
* found when the request was processed. As a consequence, <CODE>
* true</CODE> means that either the entry does not exist yet,
* or it has been created while processing this request.
* The result of this method is only significant when an entry
* is involved.
*
* <p>
* @return <CODE>true</CODE> If the entry did not exist,
* or <CODE>false</CODE> if the entry involved was found.
*/
public boolean isNewEntry();
Return the varbind that holds the RowStatus variable.
It corresponds to the varbind that was identified by
the isRowStatus() method generated by mibgen on SnmpMibTable derivatives. - In SMIv2, it is the varbind which contains the columnar
object implementing the RowStatus TEXTUAL-CONVENTION.
- In SMIv1 nothing special is generated
You may however subclass the generated table metadata class in order to provide your own implementation of isRowStatus(), getRowAction(), isRowReady() and setRowStatus() (see SnmpMibTable).
Returns: a varbind that serves to control the table modification.
null means that no such varbind could be
identified.
Note:The runtime will only try to identify
the RowStatus varbind when processing an
SNMP SET request. In this case, the identified
varbind will not be included in the set of varbinds
returned by getSubList() and getElements().
/**
* Return the varbind that holds the RowStatus variable.
* It corresponds to the varbind that was identified by
* the <code>isRowStatus()</code> method generated by mibgen
* on {@link com.sun.jmx.snmp.agent.SnmpMibTable} derivatives.
* <ul><li>In SMIv2, it is the varbind which contains the columnar
* object implementing the RowStatus TEXTUAL-CONVENTION.</li>
* <li>In SMIv1 nothing special is generated</li>
* <ul>You may however subclass the generated table metadata
* class in order to provide your own implementation of
* isRowStatus(), getRowAction(), isRowReady() and
* setRowStatus()
* (see {@link com.sun.jmx.snmp.agent.SnmpMibTable}).</ul>
* </ul>
* <p>
* @return a varbind that serves to control the table modification.
* <code>null</code> means that no such varbind could be
* identified.<br>
* <b>Note:</b><i>The runtime will only try to identify
* the RowStatus varbind when processing an
* SNMP SET request. In this case, the identified
* varbind will not be included in the set of varbinds
* returned by getSubList() and getElements().
* </i>
*
**/
public SnmpVarBind getRowStatusVarBind();
This method should be called when a status exception needs to
be raised for a given varbind of an SNMP GET request. This method
performs all the necessary conversions (SNMPv1 <=> SNMPv2) and
propagates the exception if needed:
If the version is SNMP v1, the exception is propagated.
If the version is SNMP v2, the exception is stored in the varbind.
This method also takes care of setting the correct value of the
index field.
Params: - varbind – The varbind for which the exception is
registered. Note that this varbind must have
been obtained from the enumeration returned by
getElements(), or from the vector
returned by getSubList() - exception – The exception to be registered for the given varbind.
/**
* This method should be called when a status exception needs to
* be raised for a given varbind of an SNMP GET request. This method
* performs all the necessary conversions (SNMPv1 <=> SNMPv2) and
* propagates the exception if needed:
* If the version is SNMP v1, the exception is propagated.
* If the version is SNMP v2, the exception is stored in the varbind.
* This method also takes care of setting the correct value of the
* index field.
* <p>
*
* @param varbind The varbind for which the exception is
* registered. Note that this varbind <b>must</b> have
* been obtained from the enumeration returned by
* <CODE>getElements()</CODE>, or from the vector
* returned by <CODE>getSubList()</CODE>
*
* @param exception The exception to be registered for the given varbind.
*
*/
public void registerGetException(SnmpVarBind varbind,
SnmpStatusException exception)
throws SnmpStatusException;
This method should be called when a status exception needs to
be raised for a given varbind of an SNMP SET request. This method
performs all the necessary conversions (SNMPv1 <=> SNMPv2) and
propagates the exception if needed.
This method also takes care of setting the correct value of the
index field.
Params: - varbind – The varbind for which the exception is
registered. Note that this varbind must have
been obtained from the enumeration returned by
getElements(), or from the vector
returned by getSubList() - exception – The exception to be registered for the given varbind.
/**
* This method should be called when a status exception needs to
* be raised for a given varbind of an SNMP SET request. This method
* performs all the necessary conversions (SNMPv1 <=> SNMPv2) and
* propagates the exception if needed.
* This method also takes care of setting the correct value of the
* index field.
* <p>
*
* @param varbind The varbind for which the exception is
* registered. Note that this varbind <b>must</b> have
* been obtained from the enumeration returned by
* <CODE>getElements()</CODE>, or from the vector
* returned by <CODE>getSubList()</CODE>
*
* @param exception The exception to be registered for the given varbind.
*
*/
public void registerSetException(SnmpVarBind varbind,
SnmpStatusException exception)
throws SnmpStatusException;
This method should be called when a status exception needs to
be raised when checking a given varbind for an SNMP SET request.
This method performs all the necessary conversions (SNMPv1 <=>
SNMPv2) and propagates the exception if needed.
This method also takes care of setting the correct value of the
index field.
Params: - varbind – The varbind for which the exception is
registered. Note that this varbind must have
been obtained from the enumeration returned by
getElements(), or from the vector
returned by getSubList() - exception – The exception to be registered for the given varbind.
/**
* This method should be called when a status exception needs to
* be raised when checking a given varbind for an SNMP SET request.
* This method performs all the necessary conversions (SNMPv1 <=>
* SNMPv2) and propagates the exception if needed.
* This method also takes care of setting the correct value of the
* index field.
* <p>
*
* @param varbind The varbind for which the exception is
* registered. Note that this varbind <b>must</b> have
* been obtained from the enumeration returned by
* <CODE>getElements()</CODE>, or from the vector
* returned by <CODE>getSubList()</CODE>
*
* @param exception The exception to be registered for the given varbind.
*
*/
public void registerCheckException(SnmpVarBind varbind,
SnmpStatusException exception)
throws SnmpStatusException;
}