KeyValuesToTable

void KeyValuesToTable( KeyValues* pKv, ILuaObject* pTable ){	char name[512];	CLuaTable* pChildTable = NULL;	int iUniqueKey = 0;	float fValue = 0.0f;	KeyValues* kvSub = pKv->GetFirstSubKey();	while (kvSub)	{		Q_strncpy( name, kvSub->GetName(), sizeof(name) );		Q_strlower( name );		// Make sure the key is UNIQUE!		while ( pTable->GetMember( name ) )		{			Q_snprintf( name, sizeof(name), "%i", iUniqueKey++ );		}		switch (kvSub->GetDataType())		{			case KeyValues::TYPE_FLOAT:			case KeyValues::TYPE_INT:				fValue = kvSub->GetFloat();				fValue *= 10000.0f;				fValue = floor( fValue );				fValue /= 10000.0f;				pTable->SetMember( name, fValue );				break;			case KeyValues::TYPE_NONE:				pChildTable = new CLuaTable();				pTable->SetMember( name, pChildTable );				KeyValuesToTable( kvSub, pChildTable );				delete pChildTable;				break;			default:				pTable->SetMember( name, kvSub->GetString() );				break;		}		kvSub = kvSub->GetNextKey();	}}void TableToKeyValues( ILuaObject* pTable, KeyValues* pKv ){	if ( !pTable || !pTable->isTable() ) return;	CUtlLuaVector* pMembers = pTable->GetMembers();	FOR_EACH_VEC( (*pMembers), i )	{		if ( (*pMembers)[i].pValue->isTable() )		{			KeyValues* newkv = pKv->CreateNewKey();			newkv->SetName( (*pMembers)[i].pKey->GetString() );			TableToKeyValues( (*pMembers)[i].pValue, newkv );			continue;		}		pKv->SetString( (*pMembers)[i].pKey->GetString(), (*pMembers)[i].pValue->GetString() );	}}void KeyValuesToTablePreserveOrder( KeyValues* pKv, ILuaObject* pTable ){	char name [128 ];	CLuaTable* pChildTable = NULL;	int iChildren = 1;	int i = 1;	float fValue = 0.0f;	KeyValues* kvSub = pKv->GetFirstSubKey();	while (kvSub)	{		Q_strncpy( name, kvSub->GetName(), sizeof(name) );		Q_strlower( name );		// We need to handle instances where keys are all 0.		// We need to get repeats, in a good way.		if ( name[0] == '0' )		{			if ( name[1] == 0)			{				Q_snprintf( name, sizeof(name), "%i", i++ );			}		}		CLuaTable pSubKey;		pSubKey.SetMember( "Key", name );		pTable->SetMember( iChildren++, &pSubKey );		switch (kvSub->GetDataType())		{			case KeyValues::TYPE_FLOAT:			case KeyValues::TYPE_INT:								fValue = kvSub->GetFloat();				fValue *= 10000.0f;				fValue = floor( fValue );				fValue /= 10000.0f;				pSubKey.SetMember( "Value", kvSub->GetFloat() );				break;			case KeyValues::TYPE_NONE:				pChildTable = new CLuaTable();				pSubKey.SetMember( "Value", pChildTable );				KeyValuesToTablePreserveOrder( kvSub, pChildTable );				delete pChildTable;				break;			default:				pSubKey.SetMember( "Value", kvSub->GetString() );				break;		}		kvSub = kvSub->GetNextKey();	}}