OU
/
CWE-ou-minkata
mirror of https://foundry.openuru.org/gitblit/r/CWE-ou-minkata.git
2
1
Fork 0
Code Releases Activity
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
370 Commits
81 Branches
23 Tags
172 MiB
 
 
 
 
 
Tree: c8c3c701db
Branches Tags
${ item.name }
Create tag ${ searchTerm }
Create branch ${ searchTerm }
from 'c8c3c701db'
${ noResults }
CWE-ou-minkata/Sources/Plasma/PubUtilLib/plVault/plVaultNode.cpp

2759 lines
74 KiB
Raw Blame History

/*==LICENSE==*
CyanWorlds.com Engine - MMOG client, server and tools
Copyright (C) 2011 Cyan Worlds, Inc.
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
Additional permissions under GNU GPL version 3 section 7
If you modify this Program, or any covered work, by linking or
combining it with any of RAD Game Tools Bink SDK, Autodesk 3ds Max SDK,
NVIDIA PhysX SDK, Microsoft DirectX SDK, OpenSSL library, Independent
JPEG Group JPEG library, Microsoft Windows Media SDK, or Apple QuickTime SDK
(or a modified version of those libraries),
containing parts covered by the terms of the Bink SDK EULA, 3ds Max EULA,
PhysX SDK EULA, DirectX SDK EULA, OpenSSL and SSLeay licenses, IJG
JPEG Library README, Windows Media SDK EULA, or QuickTime SDK EULA, the
licensors of this Program grant you additional
permission to convey the resulting work. Corresponding Source for a
non-source form of such a combination shall include the source code for
the parts of OpenSSL and IJG JPEG Library used as well as that of the covered
work.
You can contact Cyan Worlds, Inc. by email legal@cyan.com
or by snail mail at:
Cyan Worlds, Inc.
14617 N Newport Hwy
Mead, WA 99021
*==LICENSE==*/
#if 0
#include "hsTemplates.h"
#include "hsStlUtils.h"
#include "plVaultNode.h"
#include "plVaultNodeIterator.h"
#include "../pnMessage/plMessage.h"
#include "../plNetMessage/plNetMessage.h"
#include "../plNetCommon/plNetCommon.h"
#include "../plStatusLog/plStatusLog.h"
#include "../plSDL/plSDL.h"
#include <sstream>
#include "hsGeometry3.h"
#include "hsStringTokenizer.h"
////////////////////////////////////////////////////////////////////
#define plSafeGetLog() if (fMyNodeMgr) fMyNodeMgr->GetStatusLog()
////////////////////////////////////////////////////////////////////
bool plVaultNode::MatchesNode::operator()( const plVaultNode * node ) const
{
if ( !node )
return false;
bool matches = true;
if ( fNode->IIsFieldFlagSet( plVaultNode::kID ) )
{
matches &= ( fNode->GetID()==node->GetID() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kType ) )
{
matches &= ( fNode->GetType()==node->GetType() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kPermissions ) )
{
matches &= ( fNode->GetPermissions()==node->GetPermissions() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kOwnerNodeID ) )
{
matches &= ( fNode->GetOwnerNodeID()==node->GetOwnerNodeID() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kGroupNodeID ) )
{
matches &= ( fNode->GetGroupNodeID()==node->GetGroupNodeID() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kModifyTime ) )
{
matches &= ( *fNode->GetModifyTime()==*node->GetModifyTime() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kCreatorNodeID ) )
{
matches &= ( fNode->GetCreatorNodeID()==node->GetCreatorNodeID() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kCreateTime ) )
{
matches &= ( *fNode->GetCreateTime()==*node->GetCreateTime() );
}
// if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kCreateAgeCoords ) )
// {
// hsAssert( false, "Compare age coords not supported" );
// }
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kCreateAgeTime ) )
{
matches &= ( *fNode->GetCreateAgeTime()==*node->GetCreateAgeTime() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kCreateAgeName ) )
{
matches &= ( strcmp( fNode->GetCreateAgeName(), node->GetCreateAgeName() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kCreateAgeGuid ) )
{
matches &= ( fNode->GetCreateAgeGuid()->IsEqualTo( node->GetCreateAgeGuid() ) );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kInt32_1 ) )
{
matches &= ( fNode->IGetInt32_1()==node->IGetInt32_1() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kInt32_2 ) )
{
matches &= ( fNode->IGetInt32_2()==node->IGetInt32_2() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kInt32_3 ) )
{
matches &= ( fNode->IGetInt32_3()==node->IGetInt32_3() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kInt32_4 ) )
{
matches &= ( fNode->IGetInt32_4()==node->IGetInt32_4() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kUInt32_1 ) )
{
matches &= ( fNode->IGetUInt32_1()==node->IGetUInt32_1() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kUInt32_2 ) )
{
matches &= ( fNode->IGetUInt32_2()==node->IGetUInt32_2() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kUInt32_3 ) )
{
matches &= ( fNode->IGetUInt32_3()==node->IGetUInt32_3() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kUInt32_4 ) )
{
matches &= ( fNode->IGetUInt32_4()==node->IGetUInt32_4() );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kString64_1 ) )
{
matches &= ( strcmp( fNode->IGetString64_1(), node->IGetString64_1() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kString64_2 ) )
{
matches &= ( strcmp( fNode->IGetString64_2(), node->IGetString64_2() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kString64_3 ) )
{
matches &= ( strcmp( fNode->IGetString64_3(), node->IGetString64_3() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kString64_4 ) )
{
matches &= ( strcmp( fNode->IGetString64_4(), node->IGetString64_4() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kString64_5 ) )
{
matches &= ( strcmp( fNode->IGetString64_5(), node->IGetString64_5() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kString64_6 ) )
{
matches &= ( strcmp( fNode->IGetString64_6(), node->IGetString64_6() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kIString64_1 ) )
{
matches &= ( stricmp( fNode->IGetIString64_1(), node->IGetIString64_1() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kIString64_2 ) )
{
matches &= ( stricmp( fNode->IGetIString64_2(), node->IGetIString64_2() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kText_1 ) )
{
matches &= ( strcmp( fNode->IGetText_1(), node->IGetText_1() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kText_2 ) )
{
matches &= ( strcmp( fNode->IGetText_2(), node->IGetText_2() )==0 );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kBlob_1 ) )
{
// hsAssert( false, "Compare blobs not supported" );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kBlob_2 ) )
{
// hsAssert( false, "Compare blobs not supported" );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kBlob_1_Guid ) )
{
matches &= ( fNode->IGetBlob_1_Guid()->IsEqualTo( node->IGetBlob_1_Guid() ) );
}
if ( matches && fNode->IIsFieldFlagSet( plVaultNode::kBlob_2_Guid ) )
{
matches &= ( fNode->IGetBlob_2_Guid()->IsEqualTo( node->IGetBlob_2_Guid() ) );
}
return matches;
}
bool plVaultNode::MatchesNode::operator()( const plVaultNodeRef * nodeRef ) const
{
return operator()( nodeRef->GetChild() );
}
plVaultNode::plVaultNode()
: fID( 0 )
, fType( 0 )
, fPermissions( 0 )
, fOwnerNodeID( 0 )
, fGroupNodeID( 0 )
, fCreatorNodeID( 0 )
, fInt32_1( 0 )
, fInt32_2( 0 )
, fInt32_3( 0 )
, fInt32_4( 0 )
, fUInt32_1( 0 )
, fUInt32_2( 0 )
, fUInt32_3( 0 )
, fUInt32_4( 0 )
, fOwnerNode( nil )
, fGroupNode( nil )
, fCreatorNode( nil )
, fPersistent( true )
, fSaving( false )
, fInitialized( false )
, fUserData( 0 )
, fMyNodeMgr( nil )
{
}
plVaultNode::~plVaultNode()
{
IFailPendingSaves();
std::for_each( fChildNodes.begin(), fChildNodes.end(), xtl::delete_ptr() );
fChildNodes.clear();
}
bool plVaultNode::IIsFieldFlagSet( int b ) const
{
return fFieldFlags.IsBitSet( b )?true:false;
}
void plVaultNode::IGotUpdated( void )
{
hsLogEntry( plSafeGetLog()->AddLineF( "Updated remotely: %s", AsStdString().c_str() ) );
}
UInt32 plVaultNode::GetID( void ) const
{
return fID;
}
void plVaultNode::ISetID( UInt32 v )
{
ISetFieldFlag( kID );
fID = v;
}
const plVaultPlayerInfoNode * plVaultNode::GetOwnerNode( void ) const
{
if (!fMyNodeMgr)
return nil;
plVaultPlayerInfoNode templateNode;
templateNode.SetPlayerID( fOwnerNodeID );
plVaultNode * result;
fMyNodeMgr->FindNode( &templateNode, result );
return plVaultPlayerInfoNode::ConvertNoRef( result );
}
const plVaultPlayerInfoNode * plVaultNode::GetCreatorNode( void ) const
{
if (!fMyNodeMgr)
return nil;
plVaultPlayerInfoNode templateNode;
templateNode.SetPlayerID( fCreatorNodeID );
plVaultNode * result;
fMyNodeMgr->FindNode( &templateNode, result );
return plVaultPlayerInfoNode::ConvertNoRef( result );
}
const plVaultNode * plVaultNode::GetGroupNode( void ) const
{
return nil;
}
bool plVaultNode::IHasFieldFlagsSet( void )
{
fFieldFlags.Compact();
return fFieldFlags.GetSize()>0;
}
bool plVaultNode::HasValidID( void ) const
{
return ( fID>0 ) && ( !fPersistent || ( fPersistent && ( fID>=plVault::kFirstStoredNodeID ) ) );
}
bool plVaultNode::IsStored( void ) const
{
if( !fMyNodeMgr )
{
return fID>plVault::kFirstStoredNodeID;
}
else
{
return ( fMyNodeMgr->IAmOnline() && ( ( fID>plVault::kFirstStoredNodeID ) || fSaving ) )
|| ( !fMyNodeMgr->IAmOnline() ); // if not online then, sure... it's stored.. yeah.
}
}
bool plVaultNode::IsMgrNode( void ) const
{
return ( IsStored() && fType>plVault::kNodeType_VNodeMgrLow && fType<plVault::kNodeType_VNodeMgrHigh );
}
void plVaultNode::IDoPendingSave( void )
{
if ( !fPendingSaves.empty() )
{
plVaultSaveNodeTask * task = fPendingSaves.front();
fPendingSaves.erase( fPendingSaves.begin() );
hsLogEntry(plSafeGetLog()->AddLineF( "Starting pending save operation on node %lu", GetID() ));
task->Start();
}
}
void plVaultNode::IFailPendingSaves()
{
while ( !fPendingSaves.empty() )
{
plVaultSaveNodeTask * task = fPendingSaves.front();
fPendingSaves.erase( fPendingSaves.begin() );
hsLogEntry(plSafeGetLog()->AddLineF( "Aborting pending save operation on node %lu", GetID() ));
task->TaskComplete( false );
}
}
void plVaultNode::IAddPendingSave( plVaultSaveNodeTask * task )
{
hsLogEntry(plSafeGetLog()->AddLineF( "Adding pending save operation to node %lu", GetID() ));
fPendingSaves.push_back( task );
}
static bool CompareNodeRefCreateTimes( const plVaultNodeRef * A, const plVaultNodeRef * B )
{
return ( A->GetCreateTime()->GetSecs()<B->GetCreateTime()->GetSecs() );
}
plVaultNodeRef * plVaultNode::ILocalAddNode( plVaultNode * node, bool notify )
{
plVaultNodeRef nodeRef;
nodeRef.ISetChildNode( node );
return ILocalAddNode( &nodeRef, notify );
}
plVaultNodeRef * plVaultNode::ILocalAddNode( const plVaultNodeRef * in, bool notify )
{
hsAssert( in->GetChildID()!=0, "ILocalAddNode: Invalid child ID" );
if ( in->fChildID<plVault::kFirstStoredNodeID )
{
int xx=0;
}
if ( IIsAnUpstreamNode( in->GetChildID() ) )
{
// plSafeGetLog()->AddLine( "ILocalAddNode: node being added as a child exists above me in family tree!" );
hsAssert( false, "ILocalAddNode: node being added as a child exists above me in family tree!" );
return nil;
}
plVaultNodeRef * nodeRef;
bool found = GetNode( in->GetChildID(), nodeRef );
if ( !found && fMyNodeMgr)
{
nodeRef = fMyNodeMgr->CreateNodeRef();
nodeRef->CopyFrom( in );
nodeRef->ISetParentID( GetID() );
if ( in->GetChild() )
nodeRef->ISetChildNode( in->GetChild() );
// add node
fChildNodes.push_back( nodeRef );
// sort nodes by create time
std::sort( fChildNodes.begin(), fChildNodes.end(), CompareNodeRefCreateTimes );
// call internal notify
ILocalNodeAdded( nodeRef );
hsLogEntry(plSafeGetLog()->AddLineF( "Added child %lu to parent %lu", nodeRef->GetChildID(), nodeRef->GetParentID() ));
// do callbacks
if ( notify )
fMyNodeMgr->INotifyNodeRefAdded( nodeRef );
}
return nodeRef;
}
bool plVaultNode::ILocalRemoveNode( UInt32 nodeID, bool notify )
{
plVaultNode tmp;
tmp.ISetID( nodeID );
plVault::NodeRefVec::iterator it =
std::find_if( fChildNodes.begin(), fChildNodes.end(),
plVaultNode::MatchesNode( &tmp ) );
bool found = ( it!=fChildNodes.end() );
if ( found && fMyNodeMgr)
{
plVaultNodeRef * nodeRef = *it;
if ( notify )
fMyNodeMgr->INotifyRemovingNodeRef( nodeRef );
delete *it;
fChildNodes.erase( it );
if ( notify )
fMyNodeMgr->INotifyNodeRefRemoved( nodeID, GetID() );
}
return found;
}
bool plVaultNode::IIsAnUpstreamNode( UInt32 nodeID )
{
plVaultNode * node;
if ( fMyNodeMgr && fMyNodeMgr->GetNode( nodeID, node ) )
return node->IIsADownstreamNode( GetID() );
return false;
}
bool plVaultNode::IIsADownstreamNode( UInt32 nodeID )
{
for ( int i=0; i<fChildNodes.size(); i++ )
{
if ( fChildNodes[i]->GetChildID()==nodeID )
return true;
if ( fChildNodes[i]->GetChild()->IIsADownstreamNode( nodeID ) )
return true;
}
return false;
}
plVaultNodeRef * plVaultNode::AddNode( plVaultNode * node, plVaultOperationCallback * cb, UInt32 cbContext )
{
if ( IsPersistent() && !IsStored() && node->IsPersistent() )
{
std::string msg;
xtl::format( msg, "Tried to add persistent child to non-saved persistent parent. parent fSaving=%s", fSaving?"yep":"nope" );
hsLogEntry(plSafeGetLog()->AddLineF( plStatusLog::kRed, "%s", msg.c_str() ));
// hsAssert( false, msg.c_str() );
plVaultOperationCallbackHolder cbHolder( fMyNodeMgr, cb, cbContext );
cbHolder.OperationComplete( hsFail );
return false;
}
plVaultNodeRef * nodeRef;
if ( FindNode( node, nodeRef ) )
{
// we already have this child, short circuit.
plVaultOperationCallbackHolder cbHolder( fMyNodeMgr, cb, cbContext );
cbHolder.SetCbFields( nodeRef->GetChild(), nodeRef );
cbHolder.OperationComplete( hsOK );
return nodeRef;
}
return fMyNodeMgr ? fMyNodeMgr->IAddNodeRef( node, GetID(), cb, cbContext ) : nil; // starts network operation
}
bool plVaultNode::LinkToNode( const plVaultNode * templateNode, int childFetchLevel, bool allowCreate, plVaultOperationCallback * cb, UInt32 cbContext )
{
if ( IsPersistent() && !IsStored() )
{
std::string msg;
xtl::format( msg, "Tried to link a child to non-saved persistent parent. parent fSaving=%s", fSaving?"yep":"nope" );
hsLogEntry(plSafeGetLog()->AddLineF( plStatusLog::kRed, "%s", msg.c_str() ));
// hsAssert( false, msg.c_str() );
plVaultOperationCallbackHolder cbHolder( fMyNodeMgr, cb, cbContext );
cbHolder.OperationComplete( hsFail );
return false;
}
plVaultNodeRef * nodeRef;
if ( FindNode( templateNode, nodeRef ) )
{
// we already have this child, short circuit.
plVaultOperationCallbackHolder cbHolder( fMyNodeMgr, cb, cbContext );
cbHolder.SetCbFields( nodeRef->GetChild(), nodeRef );
cbHolder.OperationComplete( hsOK );
return true;
}
// Can't allowCreate if template specified an ID, unless we aren't online.
allowCreate &= ( fMyNodeMgr && !templateNode->IIsFieldFlagSet( plVaultNode::kID ) || !fMyNodeMgr->IAmOnline() );
fMyNodeMgr ? fMyNodeMgr->ILinkToNode( templateNode, childFetchLevel, allowCreate, GetID(), cb, cbContext ) : NULL_STMT;
return true;
}
bool plVaultNode::LinkToNode( UInt32 nodeID, int childFetchLevel, plVaultOperationCallback * cb, UInt32 cbContext )
{
plVaultNode templateNode;
templateNode.ISetID( nodeID );
return LinkToNode( &templateNode, childFetchLevel, false, cb,cbContext );
}
bool plVaultNode::RemoveNode( const plVaultNode * node, plVaultOperationCallback * cb/*=nil*/, UInt32 cbContext/*=0 */)
{
// remove by id
if ( node->GetID()!=0 )
return RemoveNode( node->GetID(), cb, cbContext );
// remove by template match
plVaultNodeRef * nodeRef;
if ( FindNode( node, nodeRef ) )
return RemoveNode( nodeRef->GetChildID(), cb, cbContext );
plVaultOperationCallbackHolder cbHolder( fMyNodeMgr, cb, cbContext );
cbHolder.OperationComplete( hsFail );
return false;
}
bool plVaultNode::RemoveNode( UInt32 nodeID, plVaultOperationCallback * cb/*=nil*/, UInt32 cbContext/*=0 */)
{
fMyNodeMgr ? fMyNodeMgr->IRemoveNodeRef( nodeID, GetID(), cb, cbContext ) : NULL_STMT;// starts network operation
return true;
}
void plVaultNode::GetNodes( plVault::NodeRefVec & out )
{
std::copy( fChildNodes.begin(), fChildNodes.end(), std::back_inserter( out ) );
}
bool plVaultNode::GetNode( UInt32 nodeID, plVaultNodeRef *& out ) const
{
plVaultNode tmp;
tmp.ISetID( nodeID );
return FindNode( &tmp, out );
}
bool plVaultNode::FindNode( const plVaultNode * templateNode, plVaultNodeRef *& out ) const
{
plVaultNode tmp;
if ( templateNode->IsStored() )
tmp.ISetID( templateNode->GetID() );
else
tmp.CopyFrom( templateNode );
out = nil;
plVault::NodeRefVec::const_iterator it =
std::find_if( fChildNodes.begin(), fChildNodes.end(),
plVaultNode::MatchesNode( &tmp ) );
bool found = ( it!=fChildNodes.end() );
if ( found )
out = *it;
return found;
}
bool plVaultNode::FindNodes( const plVaultNode * templateNode, plVault::NodeRefVec & out ) const
{
plVaultNode tmp;
if ( templateNode->IsStored() )
tmp.ISetID( templateNode->GetID() );
else
tmp.CopyFrom( templateNode );
int n = out.size();
MatchesNode matcher( &tmp );
for ( int i=0; i<fChildNodes.size(); i++ )
if ( matcher( fChildNodes[i] ) )
out.push_back( fChildNodes[i] );
return ( out.size()-n > 0 );
}
bool plVaultNode::FindNodeRecurse( const plVaultNode * templateNode, plVaultNodeRef *& out ) const
{
if ( !FindNode( templateNode, out ) )
{
for ( plVault::NodeRefVec::const_iterator it=fChildNodes.begin(); it!=fChildNodes.end(); ++it )
{
if ( (*it)->GetChild()->FindNodeRecurse( templateNode, out ) )
return true;
}
}
return false;
}
bool plVaultNode::HasNode( UInt32 nodeID )
{
plVaultNode templateNode;
templateNode.SetID( nodeID );
return HasNode( &templateNode );
}
bool plVaultNode::HasNode( const plVaultNode * templateNode )
{
plVaultNodeRef * nodeRef;
return FindNode( templateNode, nodeRef );
}
bool plVaultNode::Modified( void ) const
{
fFieldFlags.Compact();
return ( fFieldFlags.GetSize()>0 );
}
void plVaultNode::SetModified( bool b )
{
if ( !b )
{
IClearAllFieldFlags();
}
else
{
ISetAllFieldFlags();
SetModifyTime( &plUnifiedTime::GetCurrentTime() );
}
}
UInt32 plVaultNode::GetClientID( void ) const
{
if ( !fMyNodeMgr )
return 0;
return fMyNodeMgr->GetClientID();
}
void plVaultNode::Save( plVaultOperationCallback * cb, UInt32 cbContext )
{
if (Modified() && fMyNodeMgr)
{
fMyNodeMgr->ISaveNode( this, cb, cbContext );
}
else
{
plVaultOperationCallbackHolder cbHolder( fMyNodeMgr, cb, cbContext );
cbHolder.OperationComplete( hsOK );
}
}
void plVaultNode::SaveAll( plVaultOperationCallback * cb, UInt32 cbContext )
{
for ( int i=0; i<fChildNodes.size(); i++ )
{
plVaultNodeRef * nodeRef = fChildNodes[i];
plVaultNode * child = nodeRef->GetChild();
child->SaveAll( cb, cbContext );
}
Save( cb, cbContext );
}
void plVaultNode::SendTo( UInt32 destClientNodeID, plVaultOperationCallback * cb, UInt32 cbContext )
{
if (!fMyNodeMgr)
return;
fMyNodeMgr->ISendNode( this, destClientNodeID, cb, cbContext );
}
void plVaultNode::RemoveAllNodes( void )
{
plVault::IDVec ids;
for ( plVaultNodeIterator nodeIt=GetIterator(); nodeIt; ++nodeIt )
{
ids.push_back( (*nodeIt)->GetChildID() );
}
for ( int i=0; i<ids.size(); i++ )
{
RemoveNode( ids[i] );
}
}
plVaultNodeIterator plVaultNode::GetIterator( void )
{
return plVaultNodeIterator( this );
}
// NOTE: IF YOU CHANGE plVaultNode STREAM FORMAT, BE SURE TO
// INCREMENT VaultNodeVersion (ABOVE).
void plVaultNode::Read( hsStream * s, hsResMgr * mgr )
{
hsAssert( s, "nil stream" );
fFieldFlags.Read( s );
// these fields are always streamed
s->ReadSwap( &fID );
s->ReadSwap( &fType );
s->ReadSwap( &fPermissions );
s->ReadSwap( &fOwnerNodeID );
s->ReadSwap( &fGroupNodeID );
fModifyTime.Read( s );
// set these to nil in case their corresponding ID changed above.
fOwnerNode = nil;
fGroupNode = nil;
// fields relating to creation of this node
if ( IIsFieldFlagSet( kCreatorNodeID ) )
{
s->ReadSwap( &fCreatorNodeID );
fCreatorNode = nil;
}
if ( IIsFieldFlagSet( kCreateTime ) )
{
fCreateTime.Read( s );
}
// if ( IIsFieldFlagSet( kCreateAgeCoords ) )
// {
// fCreateAgeCoords.Read( s, mgr );
// }
if ( IIsFieldFlagSet( kCreateAgeTime ) )
{
fCreateAgeTime.Read( s );
}
if ( IIsFieldFlagSet( kCreateAgeName ) )
{
plMsgStdStringHelper::Peek( fCreateAgeName, s );
}
if ( IIsFieldFlagSet( kCreateAgeGuid ) )
{
fCreateAgeGuid.Read( s );
}
// generic fields
if ( IIsFieldFlagSet( kInt32_1 ) )
{
s->ReadSwap( &fInt32_1 );
}
if ( IIsFieldFlagSet( kInt32_2 ) )
{
s->ReadSwap( &fInt32_2 );
}
if ( IIsFieldFlagSet( kInt32_3 ) )
{
s->ReadSwap( &fInt32_3 );
}
if ( IIsFieldFlagSet( kInt32_4 ) )
{
s->ReadSwap( &fInt32_4 );
}
if ( IIsFieldFlagSet( kUInt32_1 ) )
{
s->ReadSwap( &fUInt32_1 );
}
if ( IIsFieldFlagSet( kUInt32_2 ) )
{
s->ReadSwap( &fUInt32_2 );
}
if ( IIsFieldFlagSet( kUInt32_3 ) )
{
s->ReadSwap( &fUInt32_3 );
}
if ( IIsFieldFlagSet( kUInt32_4 ) )
{
s->ReadSwap( &fUInt32_4 );
}
if ( IIsFieldFlagSet( kString64_1 ) )
{
plMsgStdStringHelper::Peek( fString64_1, s );
}
if ( IIsFieldFlagSet( kString64_2 ) )
{
plMsgStdStringHelper::Peek( fString64_2, s );
}
if ( IIsFieldFlagSet( kString64_3 ) )
{
plMsgStdStringHelper::Peek( fString64_3, s );
}
if ( IIsFieldFlagSet( kString64_4 ) )
{
plMsgStdStringHelper::Peek( fString64_4, s );
}
if ( IIsFieldFlagSet( kString64_5 ) )
{
plMsgStdStringHelper::Peek( fString64_5, s );
}
if ( IIsFieldFlagSet( kString64_6 ) )
{
plMsgStdStringHelper::Peek( fString64_6, s );
}
if ( IIsFieldFlagSet( kIString64_1 ) )
{
plMsgStdStringHelper::Peek( fIString64_1, s );
}
if ( IIsFieldFlagSet( kIString64_2 ) )
{
plMsgStdStringHelper::Peek( fIString64_2, s );
}
if ( IIsFieldFlagSet( kText_1 ) )
{
plMsgStdStringHelper::Peek( fText_1, s );
}
if ( IIsFieldFlagSet( kText_2 ) )
{
plMsgStdStringHelper::Peek( fText_2, s );
}
if ( IIsFieldFlagSet( kBlob_1 ) )
{
UInt32 buflen;
s->ReadSwap( &buflen );
IAllocBufferBlob_1( buflen );
if (buflen)
s->Read( buflen,(void*)IGetBufferBlob_1() );
}
if ( IIsFieldFlagSet( kBlob_2 ) )
{
UInt32 buflen;
s->ReadSwap( &buflen );
IAllocBufferBlob_2( buflen );
if (buflen)
s->Read( buflen,(void*)IGetBufferBlob_2() );
}
if ( IIsFieldFlagSet( kBlob_1_Guid ) )
{
fBlob_1_Guid.Read( s );
}
if ( IIsFieldFlagSet( kBlob_2_Guid ) )
{
fBlob_2_Guid.Read( s );
}
}
// NOTE: IF YOU CHANGE plVaultNode STREAM FORMAT, BE SURE TO
// INCREMENT VaultNodeVersion (ABOVE).
void plVaultNode::Write( hsStream * s, hsResMgr * mgr )
{
hsAssert( s, "nil stream" );
#ifdef HS_BUILD_FOR_UNIX
plOperationTimer t( "plVaultNode::Write" );
t.Start( "write operation", 2 );
#endif
fFieldFlags.Write( s );
// these fields are always streamed
s->WriteSwap( fID );
s->WriteSwap( fType );
s->WriteSwap( fPermissions );
s->WriteSwap( fOwnerNodeID );
s->WriteSwap( fGroupNodeID );
fModifyTime.Write( s );
// fields relating to creation of this node
if ( IIsFieldFlagSet( kCreatorNodeID ) )
{
s->WriteSwap( fCreatorNodeID );
}
if ( IIsFieldFlagSet( kCreateTime ) )
{
fCreateTime.Write( s );
}
// if ( IIsFieldFlagSet( kCreateAgeCoords ) )
// {
// fCreateAgeCoords.Write( s, mgr );
// }
if ( IIsFieldFlagSet( kCreateAgeTime ) )
{
fCreateAgeTime.Write( s );
}
if ( IIsFieldFlagSet( kCreateAgeName ) )
{
plMsgStdStringHelper::Poke( fCreateAgeName, s );
}
if ( IIsFieldFlagSet( kCreateAgeGuid ) )
{
fCreateAgeGuid.Write( s );
}
// generic fields
if ( IIsFieldFlagSet( kInt32_1 ) )
{
s->WriteSwap( fInt32_1 );
}
if ( IIsFieldFlagSet( kInt32_2 ) )
{
s->WriteSwap( fInt32_2 );
}
if ( IIsFieldFlagSet( kInt32_3 ) )
{
s->WriteSwap( fInt32_3 );
}
if ( IIsFieldFlagSet( kInt32_4 ) )
{
s->WriteSwap( fInt32_4 );
}
if ( IIsFieldFlagSet( kUInt32_1 ) )
{
s->WriteSwap( fUInt32_1 );
}
if ( IIsFieldFlagSet( kUInt32_2 ) )
{
s->WriteSwap( fUInt32_2 );
}
if ( IIsFieldFlagSet( kUInt32_3 ) )
{
s->WriteSwap( fUInt32_3 );
}
if ( IIsFieldFlagSet( kUInt32_4 ) )
{
s->WriteSwap( fUInt32_4 );
}
if ( IIsFieldFlagSet( kString64_1 ) )
{
plMsgStdStringHelper::Poke( fString64_1, s );
}
if ( IIsFieldFlagSet( kString64_2 ) )
{
plMsgStdStringHelper::Poke( fString64_2, s );
}
if ( IIsFieldFlagSet( kString64_3 ) )
{
plMsgStdStringHelper::Poke( fString64_3, s );
}
if ( IIsFieldFlagSet( kString64_4 ) )
{
plMsgStdStringHelper::Poke( fString64_4, s );
}
if ( IIsFieldFlagSet( kString64_5 ) )
{
plMsgStdStringHelper::Poke( fString64_5, s );
}
if ( IIsFieldFlagSet( kString64_6 ) )
{
plMsgStdStringHelper::Poke( fString64_6, s );
}
if ( IIsFieldFlagSet( kIString64_1 ) )
{
plMsgStdStringHelper::Poke( fIString64_1, s );
}
if ( IIsFieldFlagSet( kIString64_2 ) )
{
plMsgStdStringHelper::Poke( fIString64_2, s );
}
if ( IIsFieldFlagSet( kText_1 ) )
{
plMsgStdStringHelper::Poke( fText_1, s );
}
if ( IIsFieldFlagSet( kText_2 ) )
{
plMsgStdStringHelper::Poke( fText_2, s );
}
if ( IIsFieldFlagSet( kBlob_1 ) )
{
UInt32 buflen = IGetBufferSizeBlob_1();
s->WriteSwap( buflen );
if ( buflen )
s->Write( buflen, IGetBufferBlob_1() );
}
if ( IIsFieldFlagSet( kBlob_2 ) )
{
UInt32 buflen = IGetBufferSizeBlob_2();
s->WriteSwap( buflen );
if ( buflen )
s->Write( buflen, IGetBufferBlob_2() );
}
if ( IIsFieldFlagSet( kBlob_1_Guid ) )
{
fBlob_1_Guid.Write( s );
}
if ( IIsFieldFlagSet( kBlob_2_Guid ) )
{
fBlob_2_Guid.Write( s );
}
}
void plVaultNode::CopyFrom( const plVaultNode * other, bool forceCopyAllFields )
{
hsRAMStream ram;
plVaultNode * nonConstOther = const_cast<plVaultNode*>( other );
hsBitVector saveFlags;
if ( forceCopyAllFields )
{
saveFlags = nonConstOther->fFieldFlags;
nonConstOther->ISetAllFieldFlags();
}
nonConstOther->Write( &ram, nil );
ram.Rewind();
this->Read( &ram, nil );
if ( forceCopyAllFields )
{
nonConstOther->fFieldFlags = saveFlags;
}
}
std::string plVaultNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%sNode[ID:%lu,Owner:%lu,Creator:%lu,Mod:%s]",
space.c_str(), GetID(), GetOwnerNodeID(), GetCreatorNodeID(),
fModifyTime.Format("%m/%d/%y %H:%M:%S GMT").c_str() );
return result;
}
std::string plVaultNode::FieldsAsStdString( void ) const
{
std::stringstream stm;
stm << "ID=" << GetID();
if ( IIsFieldFlagSet( plVaultNode::kPermissions ) )
{
stm << ", Permissions=" << GetPermissions();
}
if ( IIsFieldFlagSet( plVaultNode::kOwnerNodeID ) )
{
stm << ", OwnerIdx=" <<GetOwnerNodeID();
}
if ( IIsFieldFlagSet( plVaultNode::kGroupNodeID ) )
{
stm << ", GroupIdx=" << GetGroupNodeID();
}
if ( IIsFieldFlagSet( plVaultNode::kModifyTime ) )
{
stm << ", ModifyTime='" << GetModifyTime()->Format("%m/%d/%y %H:%M:%S").c_str() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kCreateAgeName ) )
{
stm << ", CreateAgeName='" << GetCreateAgeName() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kCreateAgeGuid ) )
{
stm << ", CreateAgeGuid='" << GetCreateAgeGuid()->AsStdString().c_str() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kInt32_1 ) )
{
stm << ", Int32_1=" << IGetInt32_1();
}
if ( IIsFieldFlagSet( plVaultNode::kInt32_2 ) )
{
stm << ", Int32_2=" << IGetInt32_2();
}
if ( IIsFieldFlagSet( plVaultNode::kInt32_3 ) )
{
stm << ", Int32_3=" << IGetInt32_3();
}
if ( IIsFieldFlagSet( plVaultNode::kUInt32_1 ) )
{
stm << ", UInt32_1=" << IGetUInt32_1();
}
if ( IIsFieldFlagSet( plVaultNode::kUInt32_2 ) )
{
stm << ", UInt32_2=" << IGetUInt32_2();
}
if ( IIsFieldFlagSet( plVaultNode::kUInt32_3 ) )
{
stm << ", UInt32_3=" << IGetUInt32_3();
}
if ( IIsFieldFlagSet( plVaultNode::kString64_1 ) )
{
stm << ", String64_1='" << IGetString64_1() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kString64_2 ) )
{
stm << ", String64_2='" << IGetString64_2() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kString64_3 ) )
{
stm << ", String64_3='" << IGetString64_3() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kString64_4 ) )
{
stm << ", String64_4='" << IGetString64_4() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kString64_5 ) )
{
stm << ", String64_5='" << IGetString64_5() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kString64_6 ) )
{
stm << ", String64_6='" << IGetString64_6() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kIString64_1 ) )
{
stm << ", IString64_1='" << IGetIString64_1() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kIString64_2 ) )
{
stm << ", IString64_2='" << IGetIString64_2() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kText_1 ) )
{
stm << ", Text_1='" << IGetText_1() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kText_2 ) )
{
stm << ", Text_2='" << IGetText_2() << "'";
}
if ( IIsFieldFlagSet( plVaultNode::kBlob_1 ) )
{
stm << ", Blob_1";
}
if ( IIsFieldFlagSet( plVaultNode::kBlob_2 ) )
{
stm << ", Blob_2";
}
return stm.str();
}
void plVaultNode::Dump( int level, bool displaySeen, bool beenSeen, plStatusLog * log ) const
{
if (!fMyNodeMgr)
return;
if ( !log )
log = fMyNodeMgr->GetStatusLog();
std::string str;
if ( displaySeen )
xtl::format( str, "%s, seen:%s", AsStdString( level ).c_str(), beenSeen?"yes":"no" );
else
xtl::format( str, "%s", AsStdString( level ).c_str() );
hsLogEntry(log->AddLine( str.c_str() ));
for ( plVault::NodeRefVec::const_iterator it=fChildNodes.begin(); it!=fChildNodes.end(); ++it )
{
plVaultNodeRef * nodeRef = *it;
plVaultNode * node = nodeRef->GetChild();
if ( node )
node->Dump( level+2, true, nodeRef->BeenSeen() );
}
}
void plVaultNode::SetInitialized( bool b )
{
fInitialized = b;
if (!fMyNodeMgr)
return;
if ( fInitialized )
fMyNodeMgr->INotifyNodeInitialized( this );
}
bool plVaultNode::StartInitializing( plVaultOperationCallback * cb, UInt32 cbContext )
{
plVNodeInitTask * initTask = fMyNodeMgr ? fMyNodeMgr->IGetNodeInitializationTask( this ) : nil;
if ( initTask )
{
initTask->SetCbObject( cb, cbContext );
initTask->Start();
return true; // initTask started
}
else
{
SetInitialized( true );
plVaultOperationCallbackHolder cbHolder( fMyNodeMgr, cb, cbContext );
cbHolder.OperationComplete( hsOK );
return false; // no initTask started
}
}
////////////////////////////////////////////////////////////////////
plVaultFolderNode::plVaultFolderNode()
{
ISetType( plVault::kNodeType_Folder );
}
plVaultFolderNode::~plVaultFolderNode()
{
}
std::string plVaultFolderNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Type:%s,Name:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ), plVault::StandardNodeStr( GetFolderType() ),
GetFolderName(), plVaultNode::AsStdString().c_str() );
return result;
}
std::string plVaultFolderNode::AsHtmlForm( const char * action )
{
std::stringstream ss;
ss << "<form name='VaultNode' method='post' action='" << action << "'>" << std::endl;
ss << "</form>" << std::endl;
return ss.str();
}
////////////////////////////////////////////////////////////////////
plVaultImageNode::plVaultImageNode()
: fMipmap( nil )
{
ISetType( plVault::kNodeType_Image );
}
plVaultImageNode::~plVaultImageNode()
{
}
void plVaultImageNode::CopyFrom( const plVaultNode * other, bool forceCopyAllFields )
{
const plVaultImageNode * IMG = plVaultImageNode::ConvertNoRef( other );
if ( IMG )
fMipmap = IMG->fMipmap;
plVaultNode::CopyFrom( other, forceCopyAllFields );
}
std::string plVaultImageNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Size:%d] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ), GetBufSize(), plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultTextNoteNode::plVaultTextNoteNode()
{
ISetType( plVault::kNodeType_TextNote );
}
plVaultTextNoteNode::~plVaultTextNoteNode()
{
}
void plVaultTextNoteNode::SetText( const char * text )
{
std::string work=text; memcpy( IAllocBufferBlob_1( work.size() ), work.c_str(), work.size() );
}
std::string plVaultTextNoteNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Title:%s,Text:%s,Type:%d,Sub:%d] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ), GetTitle(),
GetText(), GetNoteType(), GetNoteSubType(), plVaultNode::AsStdString().c_str() );
return result;
}
plVaultFolderNode * plVaultTextNoteNode::GetDeviceInbox() const
{
hsAssert( GetNoteType()==plVault::kNoteType_Device, "This text note is not a device." );
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kDeviceInboxFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
return plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
return nil;
}
void plVaultTextNoteNode::SetDeviceInbox( const char * inboxName,
plVaultOperationCallback * cb/*=nil*/, UInt32 cbContext/*=0*/ )
{
// Remove old inbox.
plVaultFolderNode * inbox = GetDeviceInbox();
if ( inbox )
RemoveNode( inbox->GetID() );
// Link to new inbox.
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kDeviceInboxFolder );
tmp.SetFolderName( inboxName );
// if the inbox name matches our device title, then
// connect to our own personal version of the inbox,
// else connect to the shared copy of the inbox.
if ( stricmp( inboxName, GetTitle() )==0 )
tmp.SetOwnerNodeID( GetID() );
LinkToNode( &tmp, plVault::kFetchAllChildren, true, cb, cbContext );
}
////////////////////////////////////////////////////////////////////
plVaultSDLNode::plVaultSDLNode()
: fSDLDataRec( nil )
{
ISetType( plVault::kNodeType_SDL );
}
plVaultSDLNode::~plVaultSDLNode()
{
delete fSDLDataRec;
}
void plVaultSDLNode::Save(
plVaultOperationCallback * cb/*=nil*/,
UInt32 cbContext/*=0 */)
{
#ifdef HS_DEBUGGING
hsLogEntry( DumpStateDataRecord("Saving plVaultSDLNode", false ) );
#endif
plVaultNode::Save( cb, cbContext );
}
plStateDataRecord * plVaultSDLNode::GetStateDataRecord( UInt32 readOptions/*=0 */) const
{
delete fSDLDataRec;
fSDLDataRec = nil;
if ( GetBufSize()==0 || GetBuffer()==nil )
return nil;
hsRAMStream ram;
ram.Write( GetBufSize(), GetBuffer() );
ram.Rewind();
char * sdlRecName=nil;
int sdlRecVersion;
plStateDataRecord::ReadStreamHeader( &ram, &sdlRecName, &sdlRecVersion );
hsLogEntry(plSafeGetLog()->AddLineF( "SDLNode: SDL: name %s, version %d.", sdlRecName, sdlRecVersion ));
plStateDescriptor* des = plSDLMgr::GetInstance()->FindDescriptor(sdlRecName, sdlRecVersion );
if (!des)
{
hsLogEntry(plSafeGetLog()->AddLineF( "SDLNode: Can't find SDL desc, name:%s ver:%d. Attempting to read with latest descriptor.", sdlRecName, sdlRecVersion ));
des = plSDLMgr::GetInstance()->FindDescriptor(sdlRecName, plSDL::kLatestVersion );
if (!des)
{
hsLogEntry(plSafeGetLog()->AddLineF( "SDLNode: Can't find SDL desc, name:%s ver:kLatestVersion. Cannot read sdl record.", sdlRecName ));
return nil;
}
}
fSDLDataRec = TRACKED_NEW plStateDataRecord( des );
if ( !fSDLDataRec->Read( &ram, 0, readOptions ) )
{
hsLogEntry(plSafeGetLog()->AddLineF( "SDLNode: Failed to read SDL desc, name:%s ver:%d", sdlRecName, sdlRecVersion ));
delete fSDLDataRec;
fSDLDataRec = nil;
}
else
{
hsLogEntry(plSafeGetLog()->AddLineF( "SDLNode: After reading SDL: name %s, version %d.",
fSDLDataRec->GetDescriptor()->GetName(), fSDLDataRec->GetDescriptor()->GetVersion() ));
}
delete [] sdlRecName;
return fSDLDataRec;
}
void plVaultSDLNode::InitStateDataRecord( const char * sdlRecName, UInt32 writeOptions/*=0 */)
{
if ( !GetStateDataRecord() )
{
delete fSDLDataRec;
fSDLDataRec = nil;
plStateDescriptor* des = plSDLMgr::GetInstance()->FindDescriptor(sdlRecName, plSDL::kLatestVersion);
if ( !des )
{
hsLogEntry( plSafeGetLog()->AddLineF( "SDLNode: Can't find SDL desc, name:%s", sdlRecName ) );
return;
}
fSDLDataRec = TRACKED_NEW plStateDataRecord( des );
fSDLDataRec->SetFromDefaults( false );
SetStateDataRecord( fSDLDataRec, writeOptions|plSDL::kDontWriteDirtyFlag );
Save();
}
}
void plVaultSDLNode::SetStateDataRecord( const plStateDataRecord * rec, UInt32 writeOptions/*=0 */)
{
hsRAMStream ram;
rec->WriteStreamHeader( &ram );
rec->Write( &ram, 0, writeOptions );
ram.Rewind();
ram.CopyToMem( AllocBuffer( ram.GetEOF() ) );
}
void plVaultSDLNode::DumpStateDataRecord( const char * msg/*=nil */, bool dirtyOnly/*=false*/ ) const
{
if ( !fSDLDataRec )
GetStateDataRecord();
if ( !fSDLDataRec )
return;
if ( !msg )
msg = "VaultSDLNode";
fSDLDataRec->DumpToObjectDebugger( msg, dirtyOnly );
}
std::string plVaultSDLNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Size:%d,Ident:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
GetBufSize(), plVault::StandardNodeStr( GetIdent() ),
plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultAgeInfoNode::plVaultAgeInfoNode()
: fCanVisitFolder( nil )
, fAgeOwnersFolder( nil )
, fChildAgesFolder( nil )
, fAgeSDL( nil )
{
ISetType( plVault::kNodeType_AgeInfo );
}
plVaultAgeInfoNode::~plVaultAgeInfoNode()
{
}
plVaultAgeLinkNode * plVaultAgeInfoNode::IGetLink( plVaultFolderNode * folder, const plAgeInfoStruct * info ) const
{
plVaultNodeIterator it = folder->GetIterator();
for ( it; it; ++it )
{
plVaultAgeLinkNode * linkNode = plVaultAgeLinkNode::ConvertNoRef( it->GetChild() );
if ( !linkNode )
continue;
plVaultAgeInfoNode * infoNode = linkNode->GetAgeInfo();
if ( !infoNode )
continue;
if ( info->HasAgeInstanceGuid() && infoNode->GetAgeInstanceGuid()->IsEqualTo( info->GetAgeInstanceGuid() ) )
return linkNode;
if ( info->HasAgeInstanceName() && stricmp( infoNode->GetAgeInstanceName(), info->GetAgeInstanceName() )==0 )
return linkNode;
if ( info->HasAgeFilename() && stricmp( infoNode->GetAgeFilename(), info->GetAgeFilename() )==0 )
return linkNode;
}
return nil;
}
const plNetServerSessionInfo * plVaultAgeInfoNode::AsServerInfo() const
{
fServerInfo.Clear();
fServerInfo.SetServerName( GetAgeInstanceName() );
fServerInfo.SetServerGuid( GetAgeInstanceGuid() );
return &fServerInfo;
}
const plAgeInfoStruct * plVaultAgeInfoNode::AsAgeInfoStruct() const
{
fAgeInfoStruct.SetAgeFilename( GetAgeFilename() );
fAgeInfoStruct.SetAgeInstanceName( GetAgeInstanceName() );
fAgeInfoStruct.SetAgeInstanceGuid( GetAgeInstanceGuid() );
fAgeInfoStruct.SetAgeUserDefinedName( GetAgeUserDefinedName() );
fAgeInfoStruct.SetAgeSequenceNumber( GetSequenceNumber() );
fAgeInfoStruct.SetAgeDescription( GetAgeDescription() );
return &fAgeInfoStruct;
}
void plVaultAgeInfoNode::FromAgeInfoStruct( const plAgeInfoStruct * ageInfo )
{
if ( ageInfo->HasAgeFilename() )
SetAgeFilename( ageInfo->GetAgeFilename() );
if ( ageInfo->HasAgeInstanceName() )
SetAgeInstanceName( ageInfo->GetAgeInstanceName() );
if ( ageInfo->HasAgeInstanceGuid() )
SetAgeInstanceGuid( ageInfo->GetAgeInstanceGuid() );
if ( ageInfo->HasAgeUserDefinedName() )
SetAgeUserDefinedName( ageInfo->GetAgeUserDefinedName() );
if ( ageInfo->HasAgeSequenceNumber() )
SetSequenceNumber( ageInfo->GetAgeSequenceNumber() );
if ( ageInfo->HasAgeDescription() )
SetAgeDescription( ageInfo->GetAgeDescription() );
}
plVaultPlayerInfoListNode * plVaultAgeInfoNode::GetCanVisitFolder( void ) const
{
if ( fCanVisitFolder )
return fCanVisitFolder;
plVaultPlayerInfoListNode tmp;
tmp.SetFolderType( plVault::kCanVisitFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fCanVisitFolder = plVaultPlayerInfoListNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fCanVisitFolder )
hsLogEntry(plSafeGetLog()->AddLineF( "fCanVisitFolder node not found" ));
return fCanVisitFolder;
}
plVaultPlayerInfoListNode * plVaultAgeInfoNode::GetAgeOwnersFolder( void ) const
{
if ( fAgeOwnersFolder )
return fAgeOwnersFolder;
plVaultPlayerInfoListNode tmp;
tmp.SetFolderType( plVault::kAgeOwnersFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgeOwnersFolder = plVaultPlayerInfoListNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAgeOwnersFolder )
hsLogEntry(plSafeGetLog()->AddLineF( "fAgeOwnersFolder node not found" ));
return fAgeOwnersFolder;
}
plVaultFolderNode * plVaultAgeInfoNode::GetChildAgesFolder( void ) const
{
if ( fChildAgesFolder )
return fChildAgesFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kChildAgesFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fChildAgesFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fChildAgesFolder )
hsLogEntry(plSafeGetLog()->AddLineF( "fChildAgesFolder node not found" ));
return fChildAgesFolder;
}
plVaultAgeLinkNode * plVaultAgeInfoNode::GetChildAgeLink( const plAgeInfoStruct * info ) const
{
GetChildAgesFolder();
hsAssert( fChildAgesFolder, "Missing ChildAges folder" );
if (fChildAgesFolder)
return IGetLink( fChildAgesFolder, info );
return nil;
}
plVaultSDLNode * plVaultAgeInfoNode::IGetAgeSDL() const
{
if ( fAgeSDL )
return fAgeSDL;
plVaultSDLNode tmp;
tmp.SetIdent( plVault::kAgeInstanceSDLNode );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgeSDL = plVaultSDLNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAgeSDL )
hsLogEntry(plSafeGetLog()->AddLineF( "fAgeSDL node not found" ));
return fAgeSDL;
}
plVaultPlayerInfoNode * plVaultAgeInfoNode::GetCzar() const
{
if ( !GetAgeOwnersFolder() )
return nil;
GetAgeOwnersFolder()->Sort();
plVaultNodeIterator it = GetAgeOwnersFolder()->GetIterator();
if ( it.GetCount()==0 )
return nil;
return plVaultPlayerInfoNode::ConvertNoRef( it.GetAt( 0 )->GetChild() );
}
const char * plVaultAgeInfoNode::GetDisplayName() const
{
return AsAgeInfoStruct()->GetDisplayName();
}
std::string plVaultAgeInfoNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Age:%lu,FName:%s,IName:%s,Guid:%s,UName:%s,Seq:%d,Pub:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
GetAgeID(), GetAgeFilename(), GetAgeInstanceName(),
GetAgeInstanceGuid()->AsStdString().c_str(), GetAgeUserDefinedName(),
GetSequenceNumber(), IsPublic()?"yes":"no", plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultAgeLinkNode::plVaultAgeLinkNode()
: fAgeInfo( nil )
{
ISetType( plVault::kNodeType_AgeLink );
}
plVaultAgeLinkNode::~plVaultAgeLinkNode()
{
}
plVaultAgeInfoNode * plVaultAgeLinkNode::GetAgeInfo() const
{
if ( fAgeInfo )
return fAgeInfo;
plVaultAgeInfoNode tmp;
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgeInfo = plVaultAgeInfoNode::ConvertNoRef( nodeRef->GetChild() );
return fAgeInfo;
}
void plVaultAgeLinkNode::SetAgeInfo( plVaultAgeInfoNode * node )
{
plVaultAgeInfoNode * curr = GetAgeInfo();
if ( curr )
{
if ( curr->GetID()==node->GetID() )
return;
RemoveNode( curr->GetID() );
}
fAgeInfo = nil;
AddNode( node );
}
struct MatchesSpawnPointTitle
{
std::string fTitle;
MatchesSpawnPointTitle( const char * title ):fTitle( title ){}
bool operator ()( const plSpawnPointInfo & p ) const { return ( p.fTitle==fTitle ); }
};
struct MatchesSpawnPointName
{
std::string fName;
MatchesSpawnPointName( const char * name ):fName( name ){}
bool operator ()( const plSpawnPointInfo & p ) const { return ( p.fSpawnPt==fName ); }
};
void plVaultAgeLinkNode::AddSpawnPoint( const plSpawnPointInfo & point )
{
plSpawnPointVec points;
GetSpawnPoints( points );
if ( std::find_if( points.begin(), points.end(), MatchesSpawnPointTitle( point.fTitle.c_str() ) )!=points.end() )
return;
// only check to see if the titles are the same...
//... so we can add the same spawnpoint as long as they have different titles
//if ( std::find_if( points.begin(), points.end(), MatchesSpawnPointName( point.fSpawnPt.c_str() ) )!=points.end() )
// return;
points.push_back( point );
SetSpawnPoints( points );
}
void plVaultAgeLinkNode::RemoveSpawnPoint( const char * spawnPtName )
{
plSpawnPointVec points;
GetSpawnPoints( points );
plSpawnPointVec::iterator it = std::find_if( points.begin(), points.end(), MatchesSpawnPointName( spawnPtName ) );
if ( it!=points.end() )
{
points.erase( it );
SetSpawnPoints( points );
}
}
bool plVaultAgeLinkNode::HasSpawnPoint( const plSpawnPointInfo & point ) const
{
return HasSpawnPoint( point.GetName() );
}
bool plVaultAgeLinkNode::HasSpawnPoint( const char * spawnPtName ) const
{
plSpawnPointVec points;
GetSpawnPoints( points );
return ( std::find_if( points.begin(), points.end(), MatchesSpawnPointName( spawnPtName ) )!=points.end() );
}
void plVaultAgeLinkNode::GetSpawnPoints( plSpawnPointVec & out ) const
{
char token1[ 1024 ];
hsStringTokenizer izer1( (const char *)IGetBufferBlob_1(), ";" );
while ( izer1.Next( token1, sizeof( token1 ) ) )
{
plSpawnPointInfo point;
char token2[ 1024 ];
hsStringTokenizer izer2( token1, ":" );
if ( izer2.Next( token2, sizeof( token2 ) ) )
point.fTitle = token2;
if ( izer2.Next( token2, sizeof( token2 ) ) )
point.fSpawnPt = token2;
if ( izer2.Next( token2, sizeof( token2 ) ) )
point.fCameraStack = token2;
out.push_back( point );
}
}
void plVaultAgeLinkNode::SetSpawnPoints( const plSpawnPointVec & in )
{
std::stringstream ss;
for ( int i=0; i<in.size(); i++ )
ss
<< in[i].fTitle << ":"
<< in[i].fSpawnPt << ":"
<< in[i].fCameraStack << ";"
;
char * buf = (char *)IAllocBufferBlob_1( ss.str().size() );
strcpy( buf, ss.str().c_str() );
}
std::string plVaultAgeLinkNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
const char * spawnPts = (const char *)IGetBufferBlob_1();
xtl::format( result, "%s%s[Locked:%d Volatile:%d,SpnPts:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
GetLocked(), GetVolatile(), spawnPts?spawnPts:"(nil)",
plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultChronicleNode::plVaultChronicleNode()
{
ISetType( plVault::kNodeType_Chronicle );
}
plVaultChronicleNode::~plVaultChronicleNode()
{
}
std::string plVaultChronicleNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Name:%s,Type:%lu,Value:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ), GetName(),
GetEntryType(), GetValue(),
plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultPlayerInfoNode::plVaultPlayerInfoNode()
{
ISetType( plVault::kNodeType_PlayerInfo );
}
plVaultPlayerInfoNode::~plVaultPlayerInfoNode()
{
}
void plVaultPlayerInfoNode::SetPlayerName( const char * text )
{
if ( fMyNodeMgr )
CheckIAmSuperUserOr_VoidReturn( fMyNodeMgr, ( !IsStored()||fMyNodeMgr->IIsThisMe( this ) ) );
ISetIString64_1( text );
}
void plVaultPlayerInfoNode::SetPlayerID( UInt32 v )
{
if ( fMyNodeMgr )
CheckIAmSuperUserOr_VoidReturn( fMyNodeMgr, ( !IsStored()||fMyNodeMgr->IIsThisMe( this ) ) );
ISetUInt32_1( v );
}
void plVaultPlayerInfoNode::SetAgeInstanceName( const char * v )
{
ISetString64_1( v );
}
const char * plVaultPlayerInfoNode::GetAgeInstanceName( void ) const
{
return ( IsOnline() ) ? IGetString64_1() : "";
}
void plVaultPlayerInfoNode::SetAgeGuid( const plUUID * v)
{
ISetString64_2( v->AsStdString().c_str() );
}
const plUUID * plVaultPlayerInfoNode::GetAgeGuid( void ) const
{
if ( IsOnline() )
fGuid.FromString( IGetString64_2() );
else
fGuid.Clear();
return &fGuid;
}
void plVaultPlayerInfoNode::SetOnline( bool b )
{
ISetInt32_1( b );
}
std::string plVaultPlayerInfoNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[PlayerID:%lu,PlayerName:%s,IsOnline:%s,InAge:%s,InAgeGuid:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ), GetPlayerID(),
GetPlayerName(), (IsOnline())?"yes":"no",
GetAgeInstanceName(), GetAgeGuid()->AsStdString().c_str(),
plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
// true if A is less than B
bool PlayerInfoNodeCompare( const plVaultNode * a, const plVaultNode * b )
{
const plVaultPlayerInfoNode * A = plVaultPlayerInfoNode::ConvertNoRef( a );
const plVaultPlayerInfoNode * B = plVaultPlayerInfoNode::ConvertNoRef( b );
if ( !A )
return false;
if ( !B )
return true;
if ( A->IsOnline() && !B->IsOnline() )
return true;
if ( B->IsOnline() && !A->IsOnline() )
return false;
return ( stricmp( A->GetPlayerName(), B->GetPlayerName() )<0 );
}
bool PlayerInfoNodeRefCompare( const plVaultNodeRef * nodeRefA, const plVaultNodeRef * nodeRefB )
{
if ( !nodeRefA || !nodeRefB )
return false;
return PlayerInfoNodeCompare( nodeRefA->GetChild(), nodeRefB->GetChild() );
};
plVaultPlayerInfoListNode::plVaultPlayerInfoListNode()
{
ISetType( plVault::kNodeType_PlayerInfoList );
}
plVaultPlayerInfoListNode::~plVaultPlayerInfoListNode()
{
}
bool plVaultPlayerInfoListNode::HasPlayer( UInt32 playerID )
{
plVaultPlayerInfoNode templateNode;
templateNode.SetPlayerID( playerID );
plVaultNodeRef * tmp;
return FindNode( &templateNode, tmp );
}
bool plVaultPlayerInfoListNode::AddPlayer( UInt32 playerID )
{
plVaultPlayerInfoNode templateNode;
templateNode.SetPlayerID( playerID );
plVaultNodeRef * tmp;
if ( !FindNode( &templateNode, tmp ) )
return LinkToNode( &templateNode );
return true;
}
void plVaultPlayerInfoListNode::RemovePlayer( UInt32 playerID )
{
plVaultPlayerInfoNode templateNode;
templateNode.SetPlayerID( playerID );
plVaultNodeRef * tmp;
if ( FindNode( &templateNode, tmp ) )
RemoveNode( tmp->GetChildID() );
}
plVaultPlayerInfoNode * plVaultPlayerInfoListNode::GetPlayer( UInt32 playerID )
{
plVaultPlayerInfoNode templateNode;
templateNode.SetPlayerID( playerID );
plVaultNodeRef * tmp;
if ( FindNode( &templateNode, tmp ) )
return plVaultPlayerInfoNode::ConvertNoRef( tmp->GetChild() );
return nil;
}
void plVaultPlayerInfoListNode::SetPlayers( const plVault::IDVec & playerIDs )
{
RemoveAllNodes();
for ( int i=0; i<playerIDs.size(); i++ )
AddPlayer( playerIDs[i] );
}
void plVaultPlayerInfoListNode::ISortPlayers( plNodeRefCompareProc compare )
{
std::sort( fChildNodes.begin(), fChildNodes.end(), compare );
}
void plVaultPlayerInfoListNode::Sort()
{
ISortPlayers( PlayerInfoNodeRefCompare );
}
void plVaultPlayerInfoListNode::ILocalNodeAdded( plVaultNodeRef * nodeRef )
{
Sort();
}
////////////////////////////////////////////////////////////////////
plVaultAgeInfoListNode::plVaultAgeInfoListNode()
{
ISetType( plVault::kNodeType_AgeInfoList );
}
plVaultAgeInfoListNode::~plVaultAgeInfoListNode()
{
}
bool plVaultAgeInfoListNode::HasAge( UInt32 ageID )
{
plVaultAgeInfoNode templateNode;
templateNode.SetAgeID( ageID );
plVaultNodeRef * tmp;
return FindNode( &templateNode, tmp );
}
bool plVaultAgeInfoListNode::AddAge( UInt32 ageID )
{
plVaultAgeInfoNode templateNode;
templateNode.SetAgeID( ageID );
plVaultNodeRef * tmp;
if ( !FindNode( &templateNode, tmp ) )
return LinkToNode( &templateNode );
return true;
}
void plVaultAgeInfoListNode::RemoveAge( UInt32 ageID )
{
plVaultAgeInfoNode templateNode;
templateNode.SetAgeID( ageID );
plVaultNodeRef * tmp;
if ( FindNode( &templateNode, tmp ) )
RemoveNode( tmp->GetChildID() );
}
////////////////////////////////////////////////////////////////////
plVaultMgrNode::plVaultMgrNode()
: fMyInboxFolder( nil ), fSystemNode(nil)
{
}
plVaultMgrNode::~plVaultMgrNode()
{
}
plVaultFolderNode * plVaultMgrNode::GetInbox( void ) const
{
if ( fMyInboxFolder )
return fMyInboxFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kInboxFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fMyInboxFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
return fMyInboxFolder;
}
plVaultSystemNode * plVaultMgrNode::GetSystemNode( ) const
{
if ( fSystemNode )
return fSystemNode;
plVaultSystemNode tmp;
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fSystemNode = plVaultSystemNode::ConvertNoRef( nodeRef->GetChild() );
return fSystemNode;
}
////////////////////////////////////////////////////////////////////
plVaultPlayerNode::plVaultPlayerNode()
: fPlayerInfo( nil )
, fAvatarOutfitFolder( nil )
, fAvatarClosetFolder( nil )
, fChronicleFolder( nil )
, fIgnoreListFolder( nil )
, fBuddyListFolder( nil )
, fPeopleIKnowAboutFolder( nil )
, fAgeJournalsFolder( nil )
, fAgesICanVisitFolder( nil )
, fAgesIOwnFolder( nil )
, fInviteFolder( nil )
{
ISetType( plVault::kNodeType_VNodeMgrPlayer );
}
plVaultPlayerNode::~plVaultPlayerNode()
{
}
plVaultPlayerInfoNode * plVaultPlayerNode::GetPlayerInfo() const
{
static plVaultPlayerInfoNode s_nilNode;
if ( fPlayerInfo && fPlayerInfo != &s_nilNode)
return fPlayerInfo;
fPlayerInfo = nil;
plVaultPlayerInfoNode tmp;
tmp.SetPlayerID( GetID() );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fPlayerInfo = plVaultPlayerInfoNode::ConvertNoRef( nodeRef->GetChild() );
if (!fPlayerInfo) {
hsLogEntry(plSafeGetLog()->AddLineF( "fPlayerInfo node not found" ));
fPlayerInfo = &s_nilNode;
}
return fPlayerInfo;
}
plVaultFolderNode * plVaultPlayerNode::GetAvatarOutfitFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fAvatarOutfitFolder && fAvatarOutfitFolder != &s_nilNode)
return fAvatarOutfitFolder;
fAvatarOutfitFolder = nil;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kAvatarOutfitFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAvatarOutfitFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAvatarOutfitFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fAvatarOutfitFolder node not found" ));
fAvatarOutfitFolder = &s_nilNode;
}
return fAvatarOutfitFolder;
}
plVaultFolderNode * plVaultPlayerNode::GetAvatarClosetFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fAvatarClosetFolder && fAvatarClosetFolder != &s_nilNode)
return fAvatarClosetFolder;
fAvatarClosetFolder = nil;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kAvatarClosetFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAvatarClosetFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAvatarClosetFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fAvatarClosetFolder node not found" ));
fAvatarClosetFolder = &s_nilNode;
}
return fAvatarClosetFolder;
}
plVaultFolderNode * plVaultPlayerNode::GetChronicleFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fChronicleFolder && fChronicleFolder != &s_nilNode)
return fChronicleFolder;
fChronicleFolder = nil;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kChronicleFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fChronicleFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fChronicleFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fChronicleFolder node not found" ));
fChronicleFolder = &s_nilNode;
}
return fChronicleFolder;
}
plVaultFolderNode * plVaultPlayerNode::GetAgeJournalsFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fAgeJournalsFolder && fAgeJournalsFolder != &s_nilNode)
return fAgeJournalsFolder;
fAgeJournalsFolder = nil;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kAgeJournalsFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgeJournalsFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAgeJournalsFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fAgeJournalsFolder node not found" ));
fAgeJournalsFolder = &s_nilNode;
}
return fAgeJournalsFolder;
}
plVaultFolderNode * plVaultPlayerNode::GetAgesICanVisitFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fAgesICanVisitFolder && fAgesICanVisitFolder != &s_nilNode)
return fAgesICanVisitFolder;
fAgesICanVisitFolder = nil;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kAgesICanVisitFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgesICanVisitFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAgesICanVisitFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fAgesICanVisitFolder node not found" ));
fAgesICanVisitFolder = &s_nilNode;
}
return fAgesICanVisitFolder;
}
plVaultFolderNode * plVaultPlayerNode::GetAgesIOwnFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fAgesIOwnFolder && fAgesIOwnFolder != &s_nilNode)
return fAgesIOwnFolder;
fAgesIOwnFolder = nil;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kAgesIOwnFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgesIOwnFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAgesIOwnFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fAgesIOwnFolder node not found" ));
fAgesIOwnFolder = &s_nilNode;
}
return fAgesIOwnFolder;
}
plVaultPlayerInfoListNode * plVaultPlayerNode::GetIgnoreListFolder( void ) const
{
static plVaultPlayerInfoListNode s_nilNode;
if ( fIgnoreListFolder && fIgnoreListFolder != &s_nilNode)
return fIgnoreListFolder;
fIgnoreListFolder = nil;
plVaultPlayerInfoListNode tmp;
tmp.SetFolderType( plVault::kIgnoreListFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fIgnoreListFolder = plVaultPlayerInfoListNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fIgnoreListFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fIgnoreListFolder node not found" ));
fIgnoreListFolder = &s_nilNode;
}
return fIgnoreListFolder;
}
plVaultPlayerInfoListNode * plVaultPlayerNode::GetBuddyListFolder( void ) const
{
static plVaultPlayerInfoListNode s_nilNode;
if ( fBuddyListFolder && fBuddyListFolder != &s_nilNode)
return fBuddyListFolder;
fBuddyListFolder = nil;
plVaultPlayerInfoListNode tmp;
tmp.SetFolderType( plVault::kBuddyListFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fBuddyListFolder = plVaultPlayerInfoListNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fBuddyListFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fBuddyListFolder node not found" ));
fBuddyListFolder = &s_nilNode;
}
return fBuddyListFolder;
}
plVaultPlayerInfoListNode * plVaultPlayerNode::GetPeopleIKnowAboutFolder( void ) const
{
static plVaultPlayerInfoListNode s_nilNode;
if ( fPeopleIKnowAboutFolder && fPeopleIKnowAboutFolder != &s_nilNode)
return fPeopleIKnowAboutFolder;
fPeopleIKnowAboutFolder = nil;
plVaultPlayerInfoListNode tmp;
tmp.SetFolderType( plVault::kPeopleIKnowAboutFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fPeopleIKnowAboutFolder = plVaultPlayerInfoListNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fPeopleIKnowAboutFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fPeopleIKnowAboutFolder node not found" ));
fPeopleIKnowAboutFolder = &s_nilNode;
}
return fPeopleIKnowAboutFolder;
}
plVaultFolderNode * plVaultPlayerNode::GetInviteFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fInviteFolder && fInviteFolder != &s_nilNode)
return fInviteFolder;
fInviteFolder = nil;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kPlayerInviteFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fInviteFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fInviteFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fInviteFolder node not found" ));
fInviteFolder = &s_nilNode;
}
return fInviteFolder;
}
//////
plVaultAgeLinkNode * plVaultPlayerNode::GetLinkToMyNeighborhood() const
{
plAgeInfoStruct info;
info.SetAgeFilename( kNeighborhoodAgeFilename );
return GetOwnedAgeLink( &info );
}
plVaultAgeLinkNode * plVaultPlayerNode::GetLinkToCity() const
{
plAgeInfoStruct info;
info.SetAgeFilename( kCityAgeFilename );
return GetOwnedAgeLink( &info );
}
//////
plVaultAgeLinkNode * plVaultPlayerNode::IFindLink( plVaultFolderNode * folder, const plAgeInfoStruct * info ) const
{
plVaultNodeIterator it = folder->GetIterator();
for ( it; it; ++it )
{
plVaultAgeLinkNode * linkNode = plVaultAgeLinkNode::ConvertNoRef( it->GetChild() );
if ( !linkNode )
continue;
plVaultAgeInfoNode * infoNode = linkNode->GetAgeInfo();
if ( !infoNode )
continue;
if ( info->IsEqualTo( infoNode->AsAgeInfoStruct() ) )
return linkNode;
}
return nil;
}
void plVaultPlayerNode::IRemoveLink( plVaultFolderNode * folder, const plUUID * guid )
{
plVaultNodeIterator it = folder->GetIterator();
for ( it; it; ++it )
{
plVaultAgeLinkNode * linkNode = plVaultAgeLinkNode::ConvertNoRef( it->GetChild() );
if ( !linkNode )
continue;
plVaultAgeInfoNode * infoNode = linkNode->GetAgeInfo();
if ( !infoNode )
continue;
if ( infoNode->GetAgeInstanceGuid()->IsEqualTo( guid ) )
{
folder->RemoveNode( linkNode->GetID() );
}
}
}
///////////
plVaultAgeLinkNode * plVaultPlayerNode::GetOwnedAgeLink( const plAgeInfoStruct * info, bool skipVolatile/*=false */) const
{
GetAgesIOwnFolder();
hsAssert( fAgesIOwnFolder, "Missing AgesIOwn folder" );
plAgeInfoStruct tmp;
if ( info->HasAgeFilename() )
tmp.SetAgeFilename( info->GetAgeFilename() );
else if ( info->HasAgeInstanceGuid() )
tmp.SetAgeInstanceGuid( info->GetAgeInstanceGuid() );
else
tmp.CopyFrom( info );
plVaultAgeLinkNode * result = IFindLink( fAgesIOwnFolder, &tmp );
if ( result && result->GetVolatile() && skipVolatile )
return nil;
return result;
}
void plVaultPlayerNode::RemoveOwnedAgeLink( const plUUID * guid )
{
GetAgesIOwnFolder();
hsAssert( fAgesIOwnFolder, "Missing AgesIOwn folder" );
IRemoveLink( fAgesIOwnFolder, guid );
}
///////////
plVaultAgeLinkNode * plVaultPlayerNode::GetVisitAgeLink( const plAgeInfoStruct * info ) const
{
GetAgesICanVisitFolder();
hsAssert( fAgesICanVisitFolder, "Missing AgesICanVisit folder" );
plAgeInfoStruct tmp;
if ( info->HasAgeInstanceGuid() )
tmp.SetAgeInstanceGuid( info->GetAgeInstanceGuid() );
else
tmp.CopyFrom( info );
return IFindLink( fAgesICanVisitFolder, &tmp );
}
void plVaultPlayerNode::RemoveVisitAgeLink( const plUUID * guid )
{
GetAgesICanVisitFolder();
hsAssert( fAgesICanVisitFolder, "Missing AgesICanVisit folder" );
IRemoveLink( fAgesICanVisitFolder, guid );
}
///////////
plVaultChronicleNode * plVaultPlayerNode::FindChronicleEntry( const char * entryName )
{
GetChronicleFolder();
hsAssert( fChronicleFolder, "Missing Chronicle folder" );
plVaultChronicleNode templateNode;
templateNode.SetName( entryName );
plVaultNodeRef * tmp;
if ( fChronicleFolder->FindNode( &templateNode, tmp ) )
return plVaultChronicleNode::ConvertNoRef( tmp->GetChild() );
return nil;
}
///////////
void plVaultPlayerNode::SetAccountUUID( const plUUID * v )
{
if ( fMyNodeMgr )
CheckIAmSuperUserOr_VoidReturn( fMyNodeMgr, ( !IsStored()||fMyNodeMgr->IIsThisMe( this ) ) );
fAcctUUID.CopyFrom( v );
ISetIString64_2( fAcctUUID.AsStdString().c_str() );
}
const plUUID * plVaultPlayerNode::GetAccountUUID( void ) const
{
if ( fAcctUUID.IsNull() )
fAcctUUID.FromString( IGetIString64_2() );
return &fAcctUUID;
}
void plVaultPlayerNode::SetPlayerName( const char * v )
{
if ( fMyNodeMgr )
CheckIAmSuperUserOr_VoidReturn( fMyNodeMgr, ( !IsStored()||fMyNodeMgr->IIsThisMe( this ) ) );
ISetIString64_1( v );
plVaultPlayerInfoNode * playerInfo = GetPlayerInfo();
if ( playerInfo )
playerInfo->SetPlayerName( v );
}
void plVaultPlayerNode::SetAvatarShapeName( const char * v )
{
if ( fMyNodeMgr )
CheckIAmSuperUserOr_VoidReturn( fMyNodeMgr, ( !IsStored()||fMyNodeMgr->IIsThisMe( this ) ) );
ISetString64_1( v );
}
void plVaultPlayerNode::Save( plVaultOperationCallback * cb, UInt32 cbContext )
{
if ( GetPlayerInfo() )
GetPlayerInfo()->Save();
plVaultNode::Save( cb, cbContext );
}
std::string plVaultPlayerNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[ID:%lu,Nam:%s,Av:%s:Acct:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ), GetID(),
GetPlayerName(), GetAvatarShapeName(), GetAccountUUID()->AsStdString().c_str(),
plVaultMgrNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultAgeNode::plVaultAgeNode()
: fAgeInfo( nil )
, fAgesIOwnFolder( nil )
, fAgeDevicesFolder( nil )
, fSubAgesFolder( nil )
, fPeopleIKnowAboutFolder( nil )
, fPublicAgesFolder( nil )
, fChronicleFolder( nil )
{
ISetType( plVault::kNodeType_VNodeMgrAge );
}
plVaultAgeNode::~plVaultAgeNode()
{
}
plVaultAgeLinkNode * plVaultAgeNode::IGetLink( plVaultFolderNode * folder, const plAgeInfoStruct * info ) const
{
plVaultNodeIterator it = folder->GetIterator();
for ( it; it; ++it )
{
plVaultAgeLinkNode * linkNode = plVaultAgeLinkNode::ConvertNoRef( it->GetChild() );
if ( !linkNode )
continue;
plVaultAgeInfoNode * infoNode = linkNode->GetAgeInfo();
if ( !infoNode )
continue;
if ( info->HasAgeInstanceGuid() && infoNode->GetAgeInstanceGuid()->IsEqualTo( info->GetAgeInstanceGuid() ) )
return linkNode;
if ( info->HasAgeInstanceName() && stricmp( infoNode->GetAgeInstanceName(), info->GetAgeInstanceName() )==0 )
return linkNode;
if ( info->HasAgeFilename() && stricmp( infoNode->GetAgeFilename(), info->GetAgeFilename() )==0 )
return linkNode;
}
return nil;
}
void plVaultAgeNode::SetAgeGuid( const plUUID * guid )
{
fAgeGuid.CopyFrom( guid );
ISetString64_1( guid->AsStdString().c_str() );
if ( GetAgeInfo() )
GetAgeInfo()->SetAgeInstanceGuid( guid );
}
void plVaultAgeNode::Save( plVaultOperationCallback * cb/* =nil */, UInt32 cbContext/* =0 */)
{
if ( GetAgeInfo() )
GetAgeInfo()->Save();
plVaultNode::Save( cb, cbContext );
}
plVaultAgeInfoNode * plVaultAgeNode::GetAgeInfo() const
{
if ( fAgeInfo )
return fAgeInfo;
plVaultAgeInfoNode tmp;
tmp.SetAgeID( GetID() );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgeInfo = plVaultAgeInfoNode::ConvertNoRef( nodeRef->GetChild() );
return fAgeInfo;
}
plVaultFolderNode * plVaultAgeNode::GetAgeDevicesFolder( void ) const
{
if ( fAgeDevicesFolder )
return fAgeDevicesFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kAgeDevicesFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgeDevicesFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAgeDevicesFolder )
hsLogEntry(plSafeGetLog()->AddLineF( "fAgeDevicesFolder node not found" ));
return fAgeDevicesFolder;
}
plVaultFolderNode * plVaultAgeNode::GetSubAgesFolder( void ) const
{
if ( fSubAgesFolder )
return fSubAgesFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kSubAgesFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fSubAgesFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fSubAgesFolder )
hsLogEntry(plSafeGetLog()->AddLineF( "fSubAgesFolder node not found" ));
return fSubAgesFolder;
}
plVaultPlayerInfoListNode * plVaultAgeNode::GetPeopleIKnowAboutFolder( void ) const
{
if ( fPeopleIKnowAboutFolder )
return fPeopleIKnowAboutFolder;
plVaultPlayerInfoListNode tmp;
tmp.SetFolderType( plVault::kPeopleIKnowAboutFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fPeopleIKnowAboutFolder = plVaultPlayerInfoListNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fPeopleIKnowAboutFolder )
hsLogEntry(plSafeGetLog()->AddLineF( "fPeopleIKnowAboutFolder node not found" ));
return fPeopleIKnowAboutFolder;
}
plVaultFolderNode * plVaultAgeNode::GetChronicleFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fChronicleFolder && fChronicleFolder != &s_nilNode)
return fChronicleFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kChronicleFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fChronicleFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fChronicleFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fChronicleFolder node not found" ));
fChronicleFolder = &s_nilNode;
}
return fChronicleFolder;
}
plVaultFolderNode * plVaultAgeNode::GetAgesIOwnFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fAgesIOwnFolder && fAgesIOwnFolder != &s_nilNode)
return fAgesIOwnFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kAgesIOwnFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fAgesIOwnFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fAgesIOwnFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fAgesIOwnFolder node not found" ));
fAgesIOwnFolder = &s_nilNode;
}
return fAgesIOwnFolder;
}
plVaultFolderNode * plVaultAgeNode::GetPublicAgesFolder( void ) const
{
static plVaultFolderNode s_nilNode;
if ( fPublicAgesFolder && fPublicAgesFolder != &s_nilNode)
return fPublicAgesFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kPublicAgesFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fPublicAgesFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
if ( !fPublicAgesFolder ) {
hsLogEntry(plSafeGetLog()->AddLineF( "fPublicAgesFolder node not found" ));
fPublicAgesFolder = &s_nilNode;
}
return fPublicAgesFolder;
}
// Add a new device.
void plVaultAgeNode::AddDevice( const char * deviceName,
plVaultOperationCallback * cb /*=nil*/, UInt32 cbContext /*=0*/ )
{
plVaultTextNoteNode * device = GetDevice( deviceName );
if ( !device && fMyNodeMgr)
{
device = plVaultTextNoteNode::ConvertNoRef( fMyNodeMgr->CreateNode( plVault::kNodeType_TextNote, kNewPersistentNodeOptions( fMyNodeMgr ) ) );
device->SetTitle( deviceName );
device->SetNoteType( plVault::kNoteType_Device );
GetAgeDevicesFolder()->AddNode( device, cb, cbContext );
}
else
{
if ( cb )
{
cb->fNode = device;
cb->VaultOperationStarted( cbContext );
cb->VaultOperationComplete( cbContext, device->IsStored()?hsOK:hsFail );
}
}
}
// Remove a device.
void plVaultAgeNode::RemoveDevice( const char * deviceName )
{
plVaultTextNoteNode * device = GetDevice( deviceName );
if ( device )
GetAgeDevicesFolder()->RemoveNode( device->GetID() );
}
// True if device exists in age.
bool plVaultAgeNode::HasDevice( const char * deviceName )
{
return ( GetDevice( deviceName )!=nil );
}
plVaultTextNoteNode * plVaultAgeNode::GetDevice( const char * deviceName )
{
GetAgeDevicesFolder();
hsAssert( fAgeDevicesFolder, "Missing AgeDevicesFolder" );
plVaultTextNoteNode tmp;
tmp.SetTitle( deviceName );
tmp.SetNoteType( plVault::kNoteType_Device );
plVaultNodeRef * nodeRef;
if ( fAgeDevicesFolder->FindNode( &tmp, nodeRef ) )
return plVaultTextNoteNode::ConvertNoRef( nodeRef->GetChild() );
hsLogEntry(plSafeGetLog()->AddLineF( "Device %s not found", deviceName ));
return nil;
}
plVaultAgeLinkNode * plVaultAgeNode::GetSubAgeLink( const plAgeInfoStruct * info ) const
{
GetSubAgesFolder();
hsAssert( fSubAgesFolder, "Missing SubAges folder" );
return IGetLink( fSubAgesFolder, info );
}
plVaultChronicleNode * plVaultAgeNode::FindChronicleEntry( const char * entryName )
{
GetChronicleFolder();
hsAssert( fChronicleFolder, "Missing Chronicle folder" );
plVaultChronicleNode templateNode;
templateNode.SetName( entryName );
plVaultNodeRef * tmp;
if ( fChronicleFolder->FindNode( &templateNode, tmp ) )
return plVaultChronicleNode::ConvertNoRef( tmp->GetChild() );
return nil;
}
std::string plVaultAgeNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Guid:%s] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
GetAgeGuid()->AsStdString().c_str(),
plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultAdminNode::plVaultAdminNode()
: fAllAgeSDLEventInboxesFolder(nil)
{
ISetType( plVault::kNodeType_VNodeMgrAdmin );
}
plVaultAdminNode::~plVaultAdminNode()
{
}
std::string plVaultAdminNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultMarkerNode::plVaultMarkerNode()
{
ISetType(plVault::kNodeType_Marker);
}
plVaultMarkerNode::~plVaultMarkerNode()
{
}
void plVaultMarkerNode::SetPosition(const hsPoint3& pos)
{
// To be efficient, write our floats as UInt32's, so we don't have to allocate
// a blob or some crap like that.
UInt32 x = *((UInt32*)&pos.fX);
UInt32 y = *((UInt32*)&pos.fY);
UInt32 z = *((UInt32*)&pos.fZ);
ISetUInt32_1(x);
ISetUInt32_2(y);
ISetUInt32_3(z);
}
hsPoint3 plVaultMarkerNode::GetPosition() const
{
UInt32 uX = IGetUInt32_1();
UInt32 uY = IGetUInt32_2();
UInt32 uZ = IGetUInt32_3();
float x = *((float*)&uX);
float y = *((float*)&uY);
float z = *((float*)&uZ);
return hsPoint3(x, y, z);
}
std::string plVaultMarkerNode::AsStdString(int level) const
{
std::string result;
std::string space( level, ' ' );
hsPoint3 pos = GetPosition();
xtl::format( result, "%s%s[Text:%s Pos: %.1f,%.1f,%.1f GPS: %d,%d,%d] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
GetText(), pos.fX, pos.fY, pos.fZ, GetGPSTorans(),GetGPSHSpans(),GetGPSVSpans(), plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultMarkerListNode::plVaultMarkerListNode()
{
ISetType(plVault::kNodeType_MarkerList);
}
plVaultMarkerListNode::~plVaultMarkerListNode()
{
}
std::string plVaultMarkerListNode::AsStdString(int level) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[Owner:%s[%d], GameType: %d, RoundLength: %d] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
GetOwnerName(),GetOwnerID(),GetGameType(),GetRoundLength(), plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plVaultSystemNode::plVaultSystemNode()
: fGlobalInboxFolder( nil )
{
ISetType( plVault::kNodeType_System );
}
plVaultFolderNode * plVaultSystemNode::GetGlobalInbox( void ) const
{
if ( fGlobalInboxFolder )
return fGlobalInboxFolder;
plVaultFolderNode tmp;
tmp.SetFolderType( plVault::kGlobalInboxFolder );
plVaultNodeRef * nodeRef;
if ( FindNode( &tmp, nodeRef ) )
fGlobalInboxFolder = plVaultFolderNode::ConvertNoRef( nodeRef->GetChild() );
return fGlobalInboxFolder;
}
std::string plVaultSystemNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%s%s[CCRAway:%d] %s",
space.c_str(), plVault::NodeTypeStr( GetType() ),
GetCCRAwayStatus(),
plVaultNode::AsStdString().c_str() );
return result;
}
////////////////////////////////////////////////////////////////////
plNetVaultServerNode::plNetVaultServerNode()
: fCityInfo( nil )
, fAllPlayersFolderID( 0 )
, fAllAgeGlobalSDLNodesFolderID( 0 )
, fPublicAgesFolderID( 0 )
{
ISetType( plVault::kNodeType_VNodeMgrServer );
}
plNetVaultServerNode::~plNetVaultServerNode()
{
}
std::string plNetVaultServerNode::AsStdString( int level ) const
{
std::string result;
std::string space( level, ' ' );
xtl::format( result, "%sVAULT[] %s",
space.c_str(), plVaultNode::AsStdString().c_str() );
return result;
}
// End.
#endif