// Copyright (c) Microsoft. All rights reserved.
//
// This is unpublished source code of Microsoft.
// The copyright notice above does not evidence any
// actual or intended publication of such source code.
// OneLiner : Implementation of MNLBProviderSetting
// DevUnit : wlbstest
// Author : Murtaza Hakim
// History:
// --------
//
// Revised by : mhakim
// Date : 02-09-01
// Reason : clustersetting class no longer has igmpjoininterval
// property.
//
// Revised by : mhakim
// Date : 02-11-01
// Reason : password support added.
//
// Revised by : mhakim
// Date : 02-14-01
// Reason : The order in which win2k and whistler settings
// is done depends on previous state of cluster.
// include files
#include "MNLBProviderSetting.h"
#include "MTrace.h"
#include "WTokens.h"
#include "NICCard.h"
#include <iostream>
using namespace std;
// constructor for local machine
//
MNLBProviderSetting::MNLBProviderSetting( _bstr_t fullNICName )
: mIP( L"self" ),
nic( fullNICName ),
p_machine( 0 )
{
connectToMachine();
TRACE(MTrace::INFO, L"mnlbssetting constructor\n");
}
// default constructor
//
// note that default constructor is purposely left undefined.
// NO one should be using it. It is declared just for vector class usage.
// copy constructor
//
MNLBProviderSetting::MNLBProviderSetting(const MNLBProviderSetting& objToCopy )
: mIP( objToCopy.mIP ),
nic( objToCopy.nic ),
p_machine( auto_ptr<MWmiObject>( new MWmiObject( *objToCopy.p_machine ) ) )
{
TRACE(MTrace::INFO, L"mnlbssetting copy constructor\n");
}
// assignment operator
//
MNLBProviderSetting&
MNLBProviderSetting::operator=( const MNLBProviderSetting& rhs )
{
mIP = rhs.mIP;
nic = rhs.nic;
p_machine = auto_ptr<MWmiObject>( new MWmiObject( *rhs.p_machine ) );
TRACE(MTrace::INFO, L"mnlbssetting assignment operator\n");
return *this;
}
// destructor
//
MNLBProviderSetting::~MNLBProviderSetting()
{
TRACE(MTrace::INFO, L"mnlbssetting destructor\n");
}
// getClusterProperties
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getClusterProperties( ClusterProperties* cp )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// set parameters to get for win2k
//
vector<MWmiParameter* > parameterStoreWin2k;
MWmiParameter ClusterIPAddress(L"ClusterIPAddress");
parameterStoreWin2k.push_back( &ClusterIPAddress );
MWmiParameter ClusterNetworkMask(L"ClusterNetworkMask");
parameterStoreWin2k.push_back( &ClusterNetworkMask );
MWmiParameter ClusterName(L"ClusterName");
parameterStoreWin2k.push_back( &ClusterName );
MWmiParameter ClusteMACAddress(L"ClusterMACAddress");
parameterStoreWin2k.push_back( &ClusteMACAddress );
MWmiParameter MulticastSupportEnabled(L"MulticastSupportEnabled");
parameterStoreWin2k.push_back( &MulticastSupportEnabled );
MWmiParameter RemoteControlEnabled(L"RemoteControlEnabled");
parameterStoreWin2k.push_back( &RemoteControlEnabled );
// set parameters to get for whistler
// these properties only present in whistler.
//
vector<MWmiParameter* > parameterStoreWhistler;
MWmiParameter IgmpSupport(L"IgmpSupport");
parameterStoreWhistler.push_back( &IgmpSupport );
MWmiParameter ClusterIPToMulticastIP(L"ClusterIPToMulticastIP");
parameterStoreWhistler.push_back( &ClusterIPToMulticastIP );
MWmiParameter MulticastIPAddress(L"MulticastIPAddress");
parameterStoreWhistler.push_back( &MulticastIPAddress );
// Edited( mhakim 02-09-01)
// now no longer do we have any igmpjoininterval property.
//
// MWmiParameter IgmpJoinInterval(L"IgmpJoinInterval");
// parameterStoreWhistler.push_back( &IgmpJoinInterval );
// get instances of clustersetting class.
//
vector< MWmiInstance > instanceStore;
_bstr_t relPath = L"MicrosoftNLB_ClusterSetting.Name=\"" + clusterIP + L":" + hostID + L"\"";
p_machine->getSpecificInstance( L"MicrosoftNLB_ClusterSetting",
relPath,
&instanceStore );
// get win2k parameters
instanceStore[0].getParameters( parameterStoreWin2k );
// get whistler parameters
bool machineIsWhistler = true;
try
{
// this will fail on win2k
// as adapterguid, igmpsupport etc are not present.
instanceStore[0].getParameters( parameterStoreWhistler );
}
catch( _com_error e )
{
// maybe it was a win2k machine. This exception is expected, thus catch.
// for better safety, need to find exact error code returned and then only do the
// folllowing otherwise need to rethrow.
//
TRACE( MTrace::INFO, L"tried whistler operation on win2k, this is expected\n");
machineIsWhistler = false;
}
cp->cIP = ClusterIPAddress.getValue();
cp->cSubnetMask = ClusterNetworkMask.getValue();
cp->cFullInternetName = ClusterName.getValue();
cp->cNetworkAddress = ClusteMACAddress.getValue();
cp->multicastSupportEnabled = MulticastSupportEnabled.getValue();
cp->remoteControlEnabled = RemoteControlEnabled.getValue();
if( machineIsWhistler == true )
{
cp->igmpSupportEnabled = IgmpSupport.getValue();
cp->clusterIPToMulticastIP = ClusterIPToMulticastIP.getValue();
cp->multicastIPAddress = MulticastIPAddress.getValue();
// Edited( mhakim 02-09-01)
// now no longer do we have any igmpjoininterval property.
//
// cp->igmpJoinInterval = IgmpJoinInterval.getValue();
}
return MNLBProviderSetting_SUCCESS;
}
// getHostProperties
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getHostProperties( HostProperties* hp )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// get node properties
//
vector<MWmiParameter* > parameterStoreWin2k;
// the status code is to be got from the Node class.
//
MWmiParameter StatusCode(L"StatusCode");
parameterStoreWin2k.push_back( &StatusCode );
vector< MWmiInstance > instanceStore;
_bstr_t relPath = L"MicrosoftNLB_Node.Name=\"" + clusterIP + L":" + hostID + L"\"";
p_machine->getSpecificInstance( L"MicrosoftNLB_Node",
relPath,
&instanceStore );
instanceStore[0].getParameters( parameterStoreWin2k );
hp->hostStatus = long( StatusCode.getValue() );
parameterStoreWin2k.erase( parameterStoreWin2k.begin(), parameterStoreWin2k.end() );
instanceStore.erase( instanceStore.begin(), instanceStore.end() );
MWmiParameter DedicatedIPAddress(L"DedicatedIPAddress");
parameterStoreWin2k.push_back( &DedicatedIPAddress );
MWmiParameter DedicatedNetworkMask(L"DedicatedNetworkMask");
parameterStoreWin2k.push_back( &DedicatedNetworkMask );
MWmiParameter HostPriority(L"HostPriority");
parameterStoreWin2k.push_back( &HostPriority );
MWmiParameter ClusterModeOnStart(L"ClusterModeOnStart");
parameterStoreWin2k.push_back( &ClusterModeOnStart );
MWmiParameter Server("__Server");
parameterStoreWin2k.push_back( &Server);
// set parameters to get for whistler
// these properties only present in whistler.
//
vector<MWmiParameter* > parameterStoreWhistler;
MWmiParameter AdapterGuid(L"AdapterGuid");
parameterStoreWhistler.push_back( &AdapterGuid );
// get instances of nodesetting class.
//
relPath = L"MicrosoftNLB_NodeSetting.Name=\"" + clusterIP + L":" + hostID + L"\"";
p_machine->getSpecificInstance( L"MicrosoftNLB_NodeSetting",
relPath,
&instanceStore );
// get win2k parameters.
instanceStore[0].getParameters( parameterStoreWin2k );
// get whistler parameters
bool machineIsWhistler = true;
try
{
// this will fail on win2k
// as adapterguid, igmpsupport etc are not present.
instanceStore[0].getParameters( parameterStoreWhistler );
}
catch( _com_error e )
{
// maybe it was a win2k machine. This exception is expected, thus catch.
// for better safety, need to find exact error code returned and then only do the
// folllowing otherwise need to rethrow.
//
TRACE( MTrace::INFO, L"tried whistler operation on win2k, this is expected\n");
machineIsWhistler = false;
}
hp->hIP = DedicatedIPAddress.getValue();
hp->hSubnetMask = DedicatedNetworkMask.getValue();
hp->hID = HostPriority.getValue();
hp->initialClusterStateActive = ClusterModeOnStart.getValue();
hp->machineName = Server.getValue();
return MNLBProviderSetting_SUCCESS;
}
// setClusterProperties
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::setClusterProperties( const ClusterProperties& cp,
unsigned long* retVal
)
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// set parameters to set for win2k
vector<MWmiParameter* > parameterStoreWin2k;
MWmiParameter ClusterIPAddress(L"ClusterIPAddress");
ClusterIPAddress.setValue( cp.cIP );
parameterStoreWin2k.push_back( &ClusterIPAddress );
MWmiParameter ClusterNetworkMask(L"ClusterNetworkMask");
ClusterNetworkMask.setValue( cp.cSubnetMask );
parameterStoreWin2k.push_back( &ClusterNetworkMask );
MWmiParameter ClusterName(L"ClusterName");
ClusterName.setValue( cp.cFullInternetName );
parameterStoreWin2k.push_back( &ClusterName );
// mac address cannot be set.
MWmiParameter MulticastSupportEnabled(L"MulticastSupportEnabled");
MulticastSupportEnabled.setValue( cp.multicastSupportEnabled );
parameterStoreWin2k.push_back( &MulticastSupportEnabled );
MWmiParameter RemoteControlEnabled(L"RemoteControlEnabled");
RemoteControlEnabled.setValue( cp.remoteControlEnabled );
parameterStoreWin2k.push_back( &RemoteControlEnabled );
// set parameters for whistler.
// these properties only for whistler
vector<MWmiParameter* > parameterStoreWhistler;
MWmiParameter IgmpSupport(L"IgmpSupport");
IgmpSupport.setValue( cp.igmpSupportEnabled );
parameterStoreWhistler.push_back( &IgmpSupport );
MWmiParameter ClusterIPToMulticastIP(L"ClusterIPToMulticastIP");
ClusterIPToMulticastIP.setValue( cp.clusterIPToMulticastIP );
parameterStoreWhistler.push_back( &ClusterIPToMulticastIP );
MWmiParameter MulticastIPAddress(L"MulticastIPAddress");
MulticastIPAddress.setValue( cp.multicastIPAddress );
parameterStoreWhistler.push_back( &MulticastIPAddress );
// Edited( mhakim 02-09-01)
// now no longer do we have any igmpjoininterval property.
//
// MWmiParameter IgmpJoinInterval(L"IgmpJoinInterval");
// IgmpJoinInterval.setValue( cp.igmpJoinInterval );
// parameterStoreWhistler.push_back( &IgmpJoinInterval );
vector< MWmiInstance > instanceStore;
_bstr_t relPath = L"MicrosoftNLB_ClusterSetting.Name=\"" + clusterIP + L":" + hostID + L"\"";
p_machine->getSpecificInstance( L"MicrosoftNLB_ClusterSetting",
relPath,
&instanceStore );
// Edited( mhakim 02-14-01)
//
// The order in which win2k and whistler operations
// need to be done depends on previous state of cluster.
// If the previous mode of cluster was unicast, then
// you have to do win2k first, whistler next.
// If the previous mode was mcast+igmp you have to
// do whistler first, win2k next.
// If the previous mode was mcast, the order does not
// matter.
// All this is because you cant have unicast+igmp
// together.
// find previous cluster mode.
ClusterProperties cpPrevious;
getClusterProperties( &cpPrevious );
if( cpPrevious.multicastSupportEnabled == false )
{
// mode is unicast
// set win2k parameters.
instanceStore[0].setParameters( parameterStoreWin2k );
// set whistler parameters.
try
{
instanceStore[0].setParameters( parameterStoreWhistler );
}
catch( _com_error e )
{
// maybe it was a win2k machine. This exception is expected, thus catch.
// For better safety, need to match error code returned with expected and then only do the
// folllowing otherwise need to rethrow.
//
TRACE( MTrace::INFO, L"tried whistler operation on win2k, this is expected\n");
}
}
else
{
// set whistler parameters.
try
{
instanceStore[0].setParameters( parameterStoreWhistler );
}
catch( _com_error e )
{
// maybe it was a win2k machine. This exception is expected, thus catch.
// For better safety, need to match error code returned with expected and then only do the
// folllowing otherwise need to rethrow.
//
TRACE( MTrace::INFO, L"tried whistler operation on win2k, this is expected\n");
}
// set win2k parameters.
instanceStore[0].setParameters( parameterStoreWin2k );
}
// sync up the driver with these changes.
reload( retVal );
return MNLBProviderSetting_SUCCESS;
}
// setHostProperties
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::setHostProperties( const HostProperties& hp,
unsigned long* retVal )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// set node properties
//
vector<MWmiParameter* > parameterStore;
MWmiParameter DedicatedIPAddress(L"DedicatedIPAddress");
DedicatedIPAddress.setValue( hp.hIP );
parameterStore.push_back( &DedicatedIPAddress );
MWmiParameter DedicatedNetworkMask(L"DedicatedNetworkMask");
DedicatedNetworkMask.setValue( hp.hSubnetMask );
parameterStore.push_back( &DedicatedNetworkMask );
MWmiParameter HostPriority(L"HostPriority");
HostPriority.setValue( hp.hID );
parameterStore.push_back( &HostPriority );
MWmiParameter ClusterModeOnStart(L"ClusterModeOnStart");
ClusterModeOnStart.setValue( hp.initialClusterStateActive );
parameterStore.push_back( &ClusterModeOnStart );
// get instances of nodesetting class.
//
vector< MWmiInstance > instanceStore;
_bstr_t relPath = L"MicrosoftNLB_NodeSetting.Name=\"" + clusterIP + L":" + hostID + L"\"";
p_machine->getSpecificInstance( L"MicrosoftNLB_NodeSetting",
relPath,
&instanceStore );
instanceStore[0].setParameters( parameterStore );
// sync up the driver with these changes.
reload( retVal );
return MNLBProviderSetting_SUCCESS;
}
// getPortRulesLoadBalanced
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getPortRulesLoadBalanced( vector<MNLBPortRuleLoadBalanced>* portsLB )
{
vector<MWmiInstance> instanceStore;
return getPortRulesLoadBalanced_private( portsLB,
&instanceStore );
}
// getPortRulesLoadBalanced_private
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getPortRulesLoadBalanced_private( vector<MNLBPortRuleLoadBalanced>* portsLB,
vector<MWmiInstance>* instances )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
_bstr_t myName = clusterIP + L":" + hostID;
// get port properties.
//
vector<MWmiParameter* > parameterStore;
MWmiParameter Name(L"Name");
parameterStore.push_back( &Name );
MWmiParameter StartPort(L"StartPort");
parameterStore.push_back( &StartPort );
MWmiParameter EndPort(L"EndPort");
parameterStore.push_back( &EndPort );
MWmiParameter ProtocolProp(L"Protocol");
parameterStore.push_back( &ProtocolProp );
MWmiParameter EqualLoad(L"EqualLoad");
parameterStore.push_back( &EqualLoad );
MWmiParameter LoadWeight(L"LoadWeight");
parameterStore.push_back( &LoadWeight );
MWmiParameter AffinityProp(L"Affinity");
parameterStore.push_back( &AffinityProp );
MNLBPortRule::Affinity affinity;
MNLBPortRule::Protocol trafficToHandle;
p_machine->getInstances( L"MicrosoftNLB_PortRuleLoadBalanced",
instances );
for( int i = 0; i < instances->size(); ++i )
{
(*instances)[i].getParameters( parameterStore );
if( _bstr_t( Name.getValue() ) != myName )
{
// this portrule is not for this cluster
continue;
}
switch( long (ProtocolProp.getValue()) )
{
case 1:
trafficToHandle = MNLBPortRule::tcp;
break;
case 2:
trafficToHandle = MNLBPortRule::udp;
break;
case 3:
trafficToHandle = MNLBPortRule::both;
break;
default:
// bug.
TRACE( MTrace::SEVERE_ERROR, "unidentified protocol\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
switch( long(AffinityProp.getValue()) )
{
case 0:
affinity = MNLBPortRule::none;
break;
case 1:
affinity = MNLBPortRule::single;
break;
case 2:
affinity = MNLBPortRule::classC;
break;
default:
// bug.
TRACE( MTrace::SEVERE_ERROR, "unidentified affinity\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
portsLB->push_back( MNLBPortRuleLoadBalanced(long (StartPort.getValue()),
long( EndPort.getValue()),
trafficToHandle,
bool( EqualLoad.getValue()),
long( LoadWeight.getValue()),
affinity) );
}
return MNLBProviderSetting_SUCCESS;
}
// getPortRulesFailover
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getPortRulesFailover( vector<MNLBPortRuleFailover>* portsF )
{
vector<MWmiInstance> instanceStore;
return getPortRulesFailover_private( portsF,
&instanceStore );
}
// getPortRulesFailover_private
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getPortRulesFailover_private( vector<MNLBPortRuleFailover>* portsF,
vector<MWmiInstance>* instances )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
_bstr_t myName = clusterIP + L":" + hostID;
// get port properties.
//
vector<MWmiParameter* > parameterStore;
MWmiParameter Name(L"Name");
parameterStore.push_back( &Name );
MWmiParameter StartPort(L"StartPort");
parameterStore.push_back( &StartPort );
MWmiParameter EndPort(L"EndPort");
parameterStore.push_back( &EndPort );
MWmiParameter ProtocolProp(L"Protocol");
parameterStore.push_back( &ProtocolProp );
MWmiParameter Priority(L"Priority");
parameterStore.push_back( &Priority );
MNLBPortRule::Protocol trafficToHandle;
p_machine->getInstances( L"MicrosoftNLB_PortRuleFailover",
instances );
for( int i = 0; i < instances->size(); ++i )
{
(*instances)[i].getParameters( parameterStore );
if( _bstr_t( Name.getValue() ) != myName )
{
// this portrule is not for this cluster
continue;
}
switch( long (ProtocolProp.getValue()) )
{
case 1:
trafficToHandle = MNLBPortRule::tcp;
break;
case 2:
trafficToHandle = MNLBPortRule::udp;
break;
case 3:
trafficToHandle = MNLBPortRule::both;
break;
default:
// bug.
TRACE( MTrace::SEVERE_ERROR, "unidentified protocol\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
portsF->push_back( MNLBPortRuleFailover(long (StartPort.getValue()),
long( EndPort.getValue()),
trafficToHandle,
long( Priority.getValue()) )
);
}
return MNLBProviderSetting_SUCCESS;
}
// getPortRulesDisabled
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getPortRulesDisabled( vector<MNLBPortRuleDisabled>* portsD )
{
vector<MWmiInstance> instanceStore;
return getPortRulesDisabled_private( portsD,
&instanceStore );
}
// getPortRulesDisabled_private
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getPortRulesDisabled_private( vector<MNLBPortRuleDisabled>* portsD,
vector<MWmiInstance>* instances )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
_bstr_t myName = clusterIP + L":" + hostID;
// get port properties.
//
vector<MWmiParameter* > parameterStore;
MWmiParameter Name(L"Name");
parameterStore.push_back( &Name );
MWmiParameter StartPort(L"StartPort");
parameterStore.push_back( &StartPort );
MWmiParameter EndPort(L"EndPort");
parameterStore.push_back( &EndPort );
MWmiParameter ProtocolProp(L"Protocol");
parameterStore.push_back( &ProtocolProp );
MNLBPortRule::Protocol trafficToHandle;
p_machine->getInstances( L"MicrosoftNLB_PortRuleDisabled",
instances );
for( int i = 0; i < instances->size(); ++i )
{
(*instances)[i].getParameters( parameterStore );
if( _bstr_t( Name.getValue() ) != myName )
{
// this portrule is not for this cluster
continue;
}
switch( long (ProtocolProp.getValue()) )
{
case 1:
trafficToHandle = MNLBPortRule::tcp;
break;
case 2:
trafficToHandle = MNLBPortRule::udp;
break;
case 3:
trafficToHandle = MNLBPortRule::both;
break;
default:
// bug.
TRACE( MTrace::SEVERE_ERROR, "unidentified protocol\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
portsD->push_back( MNLBPortRuleDisabled( long (StartPort.getValue() ),
long( EndPort.getValue() ),
trafficToHandle ) );
}
return MNLBProviderSetting_SUCCESS;
}
// addPortRuleLoadBalanced
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::addPortRuleLoadBalanced( const MNLBPortRuleLoadBalanced& portRuleLB )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// set the name as "clusterip:hostid"
_bstr_t str;
str = clusterIP + L":" + hostID;
vector<MWmiParameter *> instanceParameter;
MWmiParameter name(L"Name");
name.setValue( str );
instanceParameter.push_back( &name );
MWmiParameter sp(L"StartPort");
sp.setValue( portRuleLB._startPort );
instanceParameter.push_back( &sp );
MWmiParameter EndPort(L"EndPort");
EndPort.setValue( portRuleLB._endPort );
instanceParameter.push_back( &EndPort );
long protocolValue;
MWmiParameter protocol(L"Protocol");
switch( portRuleLB._trafficToHandle )
{
case MNLBPortRule::both:
protocolValue = 3;
protocol.setValue( protocolValue );
break;
case MNLBPortRule::tcp:
protocolValue = 1;
protocol.setValue( protocolValue );
break;
case MNLBPortRule::udp:
protocolValue = 2;
protocol.setValue( protocolValue );
break;
default:
// bug.
TRACE( MTrace::SEVERE_ERROR, "unidentified protocol\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
instanceParameter.push_back( &protocol );
MWmiParameter el(L"EqualLoad");
el.setValue( portRuleLB._isEqualLoadBalanced );
instanceParameter.push_back( &el );
MWmiParameter lw(L"LoadWeight");
lw.setValue( portRuleLB._load );
instanceParameter.push_back( &lw );
MWmiParameter affinity(L"Affinity");
long affinityValue;
switch( portRuleLB._affinity )
{
case MNLBPortRule::none:
affinityValue = 0;
affinity.setValue(affinityValue);
break;
case MNLBPortRule::single:
affinityValue = 1;
affinity.setValue(affinityValue);
break;
case MNLBPortRule::classC:
affinityValue = 2;
affinity.setValue(affinityValue);
break;
default:
// bug.
TRACE( MTrace::SEVERE_ERROR, "unidentified affinity\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
instanceParameter.push_back( &affinity );
p_machine->createInstance( L"MicrosoftNLB_PortRuleLoadBalanced",
instanceParameter
);
// sync up the driver with these changes.
unsigned long retVal;
reload( &retVal );
return MNLBProviderSetting_SUCCESS;
}
// addPortRuleFailover
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::addPortRuleFailover( const MNLBPortRuleFailover& portRuleF )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// set the name as "clusterip:hostid"
_bstr_t str;
str = clusterIP + L":" + hostID;
vector<MWmiParameter *> instanceParameter;
MWmiParameter name(L"Name");
name.setValue( str );
instanceParameter.push_back( &name );
MWmiParameter sp(L"StartPort");
sp.setValue( portRuleF._startPort );
instanceParameter.push_back( &sp );
MWmiParameter EndPort(L"EndPort");
EndPort.setValue( portRuleF._endPort );
instanceParameter.push_back( &EndPort );
long protocolValue;
MWmiParameter protocol(L"Protocol");
switch( portRuleF._trafficToHandle )
{
case MNLBPortRule::both:
protocolValue = 3;
protocol.setValue( protocolValue );
break;
case MNLBPortRule::tcp:
protocolValue = 1;
protocol.setValue( protocolValue );
break;
case MNLBPortRule::udp:
protocolValue = 2;
protocol.setValue( protocolValue );
break;
default:
TRACE( MTrace::SEVERE_ERROR, "unidentified protocol\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
instanceParameter.push_back( &protocol );
MWmiParameter p("Priority");
p.setValue( portRuleF._priority);
instanceParameter.push_back( &p );
p_machine->createInstance( L"MicrosoftNLB_PortRuleFailover",
instanceParameter
);
// sync up the driver with these changes.
unsigned long retVal;
reload( &retVal );
return MNLBProviderSetting_SUCCESS;
}
// addPortRuleDisabled
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::addPortRuleDisabled( const MNLBPortRuleDisabled& portRuleD )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// set the name as "clusterip:hostid"
_bstr_t str;
str = clusterIP + L":" + hostID;
vector<MWmiParameter *> instanceParameter;
MWmiParameter name(L"Name");
name.setValue( str );
instanceParameter.push_back( &name );
MWmiParameter sp(L"StartPort");
sp.setValue( portRuleD._startPort );
instanceParameter.push_back( &sp );
MWmiParameter ep(L"EndPort");
ep.setValue( portRuleD._endPort );
instanceParameter.push_back( &ep );
long protocolValue;
MWmiParameter protocol(L"Protocol");
switch( portRuleD._trafficToHandle )
{
case MNLBPortRule::both:
protocolValue = 3;
protocol.setValue( protocolValue );
break;
case MNLBPortRule::tcp:
protocolValue = 1;
protocol.setValue( protocolValue );
break;
case MNLBPortRule::udp:
protocolValue = 2;
protocol.setValue( protocolValue );
break;
default:
// bug.
TRACE( MTrace::SEVERE_ERROR, "unidentified protocol\n" );
throw _com_error( WBEM_E_UNEXPECTED );
break;
}
instanceParameter.push_back( &protocol );
p_machine->createInstance( L"MicrosoftNLB_PortRuleDisabled",
instanceParameter
);
// sync up the driver with these changes.
unsigned long retVal;
reload( &retVal );
return MNLBProviderSetting_SUCCESS;
}
// removePortRuleLoadBalanced
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::removePortRuleLoadBalanced( const MNLBPortRuleLoadBalanced& portRuleLB )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
_bstr_t myName = clusterIP + L":" + hostID;
wchar_t startPortBuffer[Common::BUF_SIZE];
swprintf( startPortBuffer, L"%d", portRuleLB._startPort );
vector<MWmiInstance > instanceStorePortRuleLoadBalanced;
_bstr_t relPath = L"MicrosoftNLB_PortRuleLoadBalanced.Name=\""
+ clusterIP + L":" + hostID + L"\"" + L"," + L"StartPort=" + startPortBuffer;
p_machine->getSpecificInstance( L"MicrosoftNlb_PortRuleLoadBalanced",
relPath,
&instanceStorePortRuleLoadBalanced );
p_machine->deleteInstance( instanceStorePortRuleLoadBalanced[0] );
// sync up the driver with these changes.
unsigned long retVal;
reload( &retVal );
return MNLBProviderSetting_SUCCESS;
}
// removePortRuleFailover
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::removePortRuleFailover( const MNLBPortRuleFailover& portRuleF )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
_bstr_t myName = clusterIP + L":" + hostID;
wchar_t startPortBuffer[Common::BUF_SIZE];
swprintf( startPortBuffer, L"%d", portRuleF._startPort );
vector<MWmiInstance > instanceStorePortRuleFailover;
_bstr_t relPath = L"MicrosoftNLB_PortRuleFailover.Name=\""
+ clusterIP + L":" + hostID + L"\"" + L"," + L"StartPort=" + startPortBuffer;
p_machine->getSpecificInstance( L"MicrosoftNlb_PortRuleFailover",
relPath,
&instanceStorePortRuleFailover );
p_machine->deleteInstance( instanceStorePortRuleFailover[0] );
// sync up the driver with these changes.
unsigned long retVal;
reload( &retVal );
return MNLBProviderSetting_SUCCESS;
}
// removePortRuleDisabled
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::removePortRuleDisabled( const MNLBPortRuleDisabled& portRuleD )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
_bstr_t myName = clusterIP + L":" + hostID;
wchar_t startPortBuffer[Common::BUF_SIZE];
swprintf( startPortBuffer, L"%d", portRuleD._startPort );
vector<MWmiInstance > instanceStorePortRuleDisabled;
_bstr_t relPath = L"MicrosoftNLB_PortRuleDisabled.Name=\""
+ clusterIP + L":" + hostID + L"\"" + L"," + L"StartPort=" + startPortBuffer;
p_machine->getSpecificInstance( L"MicrosoftNlb_PortRuleDisabled",
relPath,
&instanceStorePortRuleDisabled );
p_machine->deleteInstance( instanceStorePortRuleDisabled[0] );
// sync up the driver with these changes.
unsigned long retVal;
reload( &retVal );
return MNLBProviderSetting_SUCCESS;
}
// getClusterIPAndHostID
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::getClusterIPAndHostID( _bstr_t& clusterIP,
_bstr_t& hostID )
{
//
// this ensures that nic is present, and bound to nlbs
// on nic specified at construction time.
//
_bstr_t guid;
checkNicBinding( guid );
//
// find clustersettingclass mapping to this nic.
//
// set parameters to get.
//
vector<MWmiParameter* > parameterStore;
MWmiParameter Name(L"Name");
parameterStore.push_back( &Name );
// get guid
// This parameter not present on win2k nlbs provider.
//
MWmiParameter AdapterGuid(L"AdapterGuid");
parameterStore.push_back( &AdapterGuid );
// get instances of clustersetting class.
//
vector< MWmiInstance > instanceStore;
bool found = false;
int i;
p_machine->getInstances( L"Microsoftnlb_ClusterSetting",
&instanceStore );
found = false;
for( i = 0; i < instanceStore.size(); ++i )
{
try
{
instanceStore[i].getParameters( parameterStore );
}
catch( _com_error e )
{
// the above operation can fail on win2k machines.
// if so we need to handle exception. This clustersetting is the actual one
// required.
found = true;
break; // get out of for loop.
}
if( guid == _bstr_t( AdapterGuid.getValue() ) )
{
// right object found
found = true;
break;
}
}
if( found == false )
{
TRACE(MTrace::SEVERE_ERROR, L"this is unexpected and a bug. NlbsNic and ClusterSetting class guids may not be matching\n");
throw _com_error( WBEM_E_UNEXPECTED );
}
_bstr_t name = _bstr_t( Name.getValue() );
WTokens tok;
vector<wstring> tokens;
tok.init( wstring( name ),
L":" );
tokens = tok.tokenize();
clusterIP = tokens[0].c_str();
hostID = tokens[1].c_str();
return MNLBProviderSetting_SUCCESS;
}
// connectToMachine
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::connectToMachine()
{
// we want to connect to self machine.
p_machine = auto_ptr< MWmiObject > ( new MWmiObject( L"root\\microsoftnlb") );
// check if nic is bound to nlbs.
_bstr_t guid;
checkNicBinding( guid );
return MNLBProviderSetting_SUCCESS;
}
// checkNicBinding
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::checkNicBinding( _bstr_t& guid )
{
bool found = false;
vector< NICCard::Info > nicList;
NICCard::getNics( &nicList );
for( int i = 0; i < nicList.size(); ++i )
{
if( _bstr_t( nicList[i].fullName.c_str() ) == nic )
{
// nic specified found.
guid = nicList[i].guid.c_str();
found = true;
break;
}
}
if( found != true )
{
TRACE(MTrace::SEVERE_ERROR, L"nic specified not found on machine\n");
throw _com_error( WBEM_E_NOT_FOUND );
}
return MNLBProviderSetting_SUCCESS;
}
// reload
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::reload( unsigned long* retVal )
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// form path
_bstr_t relPath = L"MicrosoftNLB_ClusterSetting.Name=\"" + clusterIP + L":" + hostID + L"\"";
vector<MWmiInstance > instanceStoreClusterSetting;
p_machine->getSpecificInstance( L"MicrosoftNLB_ClusterSetting",
relPath,
&instanceStoreClusterSetting );
// input parameters are none.
//
vector<MWmiParameter *> inputParameters;
// output parameters which are of interest.
//
vector<MWmiParameter *> outputParameters;
MWmiParameter returnValue(L"ReturnValue");
outputParameters.push_back( &returnValue );
instanceStoreClusterSetting[0].runMethod( L"LoadAllSettings",
inputParameters,
outputParameters );
*retVal = ( long ) returnValue.getValue();
return MNLBProviderSetting_SUCCESS;
}
// setPassword
//
MNLBProviderSetting::MNLBProviderSetting_Error
MNLBProviderSetting::setPassword( const _bstr_t& password,
unsigned long* retVal
)
{
_bstr_t clusterIP;
_bstr_t hostID;
getClusterIPAndHostID( clusterIP, hostID );
// form path
_bstr_t relPath = L"MicrosoftNLB_ClusterSetting.Name=\"" + clusterIP + L":" + hostID + L"\"";
vector<MWmiInstance > instanceStoreClusterSetting;
p_machine->getSpecificInstance( L"MicrosoftNLB_ClusterSetting",
relPath,
&instanceStoreClusterSetting );
// input parameters is password
//
vector<MWmiParameter *> inputParameters;
MWmiParameter Password(L"Password");
Password.setValue( password );
inputParameters.push_back( &Password );
// output parameters which are of interest.
// none.
//
vector<MWmiParameter *> outputParameters;
instanceStoreClusterSetting[0].runMethod( L"SetPassword",
inputParameters,
outputParameters );
reload( retVal );
return MNLBProviderSetting_SUCCESS;
}