// ***************************************************************************
void CClientChatManager::processTellString2(NLMISC::CBitMemStream& bms, IChatDisplayer &chatDisplayer)
{
// serial
CChatMsg2 chatMsg;
chatMsg.ChatMode = CChatGroup::tell;
bms.serial(chatMsg.CompressedIndex);
bms.serial(chatMsg.SenderNameId);
bms.serial(chatMsg.PhraseId);
// if !complete, wait
ucstring senderStr;
ucstring rawMessage;
bool complete = true;
complete &= STRING_MANAGER::CStringManagerClient::instance()->getString(chatMsg.SenderNameId, senderStr);
complete &= STRING_MANAGER::CStringManagerClient::instance()->getDynString(chatMsg.PhraseId, rawMessage);
if (!complete)
{
_ChatBuffer.push_back(CChatMsgNode(chatMsg, true));
nldebug("<impulseTell> Received TELL, put in buffer : waiting association");
return;
}
// display
ucstring ucstr;
buildTellSentence(senderStr, rawMessage, ucstr);
chatDisplayer.displayTell(/*chatMsg.CompressedIndex, */ucstr, senderStr);
}
// ***************************************************************************
void CClientChatManager::processTellString(NLMISC::CBitMemStream& bms, IChatDisplayer &chatDisplayer)
{
CChatMsg chatMsg;
// Serial. For tell message, there is no chat mode, coz we know we are in tell mode !
bms.serial (chatMsg.CompressedIndex);
bms.serial (chatMsg.SenderNameId);
bms.serial (chatMsg.Content);
if (PermanentlyBanned) return;
chatMsg.ChatMode = (uint8) CChatGroup::tell;
// If !complete, wait
ucstring senderStr;
bool complete = true;
complete &= STRING_MANAGER::CStringManagerClient::instance()->getString(chatMsg.SenderNameId, senderStr);
if (!complete)
{
_ChatBuffer.push_back(CChatMsgNode(chatMsg, true));
nldebug("<impulseTell> Received TELL, put in buffer : waiting association");
return;
}
// display
ucstring ucstr;
buildTellSentence(senderStr, chatMsg.Content, ucstr);
chatDisplayer.displayTell(/*chatMsg.CompressedIndex, */ucstr, senderStr);
}
virtual void execute (CCtrlBase * /* pCaller */, const string &Params)
{
CInterfaceManager *pIM = CInterfaceManager::getInstance();
string guildNameWin = getParam(Params, "guild");
string IconWin = getParam(Params, "icon");
string guildDescWin = getParam(Params, "desc");
CGroupEditBox *pGEB = dynamic_cast<CGroupEditBox*>(CWidgetManager::getInstance()->getElementFromId(guildNameWin));
if (pGEB == NULL) return;
CDBCtrlSheet *pCS = dynamic_cast<CDBCtrlSheet*>(CWidgetManager::getInstance()->getElementFromId(IconWin));
if (pCS == NULL) return;
CGroupEditBox *pDesc = dynamic_cast<CGroupEditBox*>(CWidgetManager::getInstance()->getElementFromId(guildDescWin));
ucstring guildName = pGEB->getInputString();
ucstring guildDesc;
if (pDesc != NULL) guildDesc = pDesc->getInputString();
uint64 icon = CGuildManager::iconMake((uint8)pCS->getGuildBack(), (uint8)pCS->getGuildSymbol(),
pCS->getInvertGuildSymbol(), pCS->getGuildColor1(), pCS->getGuildColor2());
const string msgName = "GUILD:CREATE";
NLMISC::CBitMemStream out;
if(GenericMsgHeaderMngr.pushNameToStream(msgName, out))
{
out.serial( guildName );
out.serial( icon );
out.serial( guildDesc );
NetMngr.push(out);
}
//CBotChatManager::getInstance()->setCurrPage(NULL);
}
// ***************************************************************************
void CClientChatManager::processChatStringWithNoSender( NLMISC::CBitMemStream& bms, CChatGroup::TGroupType type, IChatDisplayer &chatDisplayer)
{
nlassert(type!=CChatGroup::dyn_chat);
// serial
CChatMsg2 chatMsg;
uint32 phraseID;
bms.serial(phraseID);
if (PermanentlyBanned) return;
chatMsg.CompressedIndex = INVALID_DATASET_INDEX;
chatMsg.SenderNameId = 0;
chatMsg.ChatMode = type;
chatMsg.PhraseId = phraseID;
ucstring ucstr;
// if !complete, wait
bool complete = STRING_MANAGER::CStringManagerClient::instance()->getDynString(chatMsg.PhraseId, ucstr);
if (!complete)
{
_ChatBuffer.push_back(CChatMsgNode(chatMsg, false));
//nldebug("<impulseDynString> Received CHAT, put in buffer : waiting association");
return;
}
// diplay
ucstring senderName("");
chatDisplayer.displayChat(INVALID_DATASET_INDEX, ucstr, ucstr, type, CEntityId::Unknown, senderName);
}
// ***************************************************************************************
void CBotChatPageMission::acceptMission()
{
if (!_CurrSel) return;
sint index = _CurrSel->getIndexInParent();
if (index < 0) return;
// send msg to server
NLMISC::CBitMemStream out;
static const char *msgName;
if(_MType==MISSION_DESC::ZCCharge)
msgName= "BOTCHAT:DUTY_APPLY";
else
msgName= "BOTCHAT:PICK_MISSION";
if(GenericMsgHeaderMngr.pushNameToStream(msgName, out))
{
uint8 missionIndex = (uint8) index;
out.serial(missionIndex);
NetMngr.push(out);
}
else
{
nlwarning(" unknown message name %s", msgName);
}
// close the selection box
activateWindow(WIN_BOT_CHAT_ACCEPT_MISSION, false);
// close the botchat
CBotChatManager::getInstance()->setCurrPage(NULL);
_CurrSel = NULL;
}
// ***************************************************************************************
void CBotChatPageDynamicMission::sendChoices()
{
uint k;
#ifdef NL_DEBUG
for(k = 0; k < DYNAMIC_MISSION_NUM_CHOICES; ++k)
{
nlassert(_Choice[k] != -1);
}
#endif
NLMISC::CBitMemStream out;
static const char *msgName = "BOTCHAT:DM_CHOICE";
if(GenericMsgHeaderMngr.pushNameToStream(msgName, out))
{
for(k = 0; k < DYNAMIC_MISSION_NUM_CHOICES; ++k)
{
uint8 u8Choice = (uint8) _Choice[k];
out.serial(u8Choice);
}
NetMngr.push(out);
}
else
{
nlwarning(" unknown message name %s", msgName);
}
}
void fillBitMemStream( const CCharacterInfos *charInfo, CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
uint32 eventFactionId = SM->translateEventFaction(Identifier);
// serial the string ID
bms.serial(eventFactionId);
}
// ***************************************************************************
void CClientChatManager::processChatString2(NLMISC::CBitMemStream& bms, IChatDisplayer &chatDisplayer)
{
CChatMsg2 chatMsg;
bms.serial( chatMsg );
if (PermanentlyBanned) return;
CChatGroup::TGroupType type = static_cast<CChatGroup::TGroupType>(chatMsg.ChatMode);
ucstring senderStr;
ucstring rawMessage;
// here, the type cannot be dyn_chat (no DynChatId in the message) => discard
if(type==CChatGroup::dyn_chat)
{
nlwarning("Client don't support dyn_chat with CChatMsg2 messages => '%x' aborted", chatMsg.PhraseId);
return;
}
// if !complete, wait
bool complete = true;
complete &= STRING_MANAGER::CStringManagerClient::instance()->getString(chatMsg.SenderNameId, senderStr);
complete &= STRING_MANAGER::CStringManagerClient::instance()->getDynString(chatMsg.PhraseId, rawMessage);
if (!complete)
{
_ChatBuffer.push_back(CChatMsgNode(chatMsg, false));
//nldebug("<impulseChat> Received CHAT, put in buffer : waiting association");
return;
}
rawMessage += ucstring(" ");
rawMessage += chatMsg.CustomTxt;
// display
ucstring ucstr;
buildChatSentence(chatMsg.CompressedIndex, senderStr, rawMessage, type, ucstr);
chatDisplayer.displayChat(chatMsg.CompressedIndex, ucstr, rawMessage, type, CEntityId::Unknown, senderStr);
}
void CStringManager::CParameterTraits::fillBitMemStream( const CCharacterInfos *charInfo,TLanguages language, const TReplacement &rep, NLMISC::CBitMemStream &bms)
{
const CStringManager::CEntityWords &ew = SM->getEntityWords(language, ParamId.Type);
std::string rowName = NLMISC::strlwr(getParameterId());
uint32 stringId;
stringId = ew.getStringId(rowName, rep.Format);
bms.serial(stringId);
}
/* Unpack some actions from a bit stream. Set transmitTimestamp=true for server-->client,
* false for client-->server. If true, set the current gamecycle.
*/
void CActionFactory::unpack (NLMISC::CBitMemStream &message, std::vector <CAction *>& actions, NLMISC::TGameCycle /* currentCycle */ )
{
actions.clear ();
static int n = 0;
n++;
while ((sint32)message.length() * 8 - message.getPosInBit () >= 8)
{
TActionCode code;
bool shortcode;
message.serial (shortcode);
if (shortcode)
{
code = 0;
uint32 val;
message.serial (val, 2);
code = (TActionCode) val;
}
else
{
message.serial (code);
}
CAction *action = create (INVALID_SLOT, code);
//nlinfo ("m%d size: p:%d s:%d c:%d (actionsize: %d) slot:%hu", n, message.getPosInBit (), message.length() * 8, code, action->size(), (uint16)action->CLEntityId);
if (action == NULL)
{
nlwarning ("Unpacking an action with unknown code, skip it (%u)", code);
}
else
{
action->unpack (message);
actions.push_back (action);
}
}
}
void fillBitMemStream( const CCharacterInfos *charInfo, CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
uint32 nameId1 = SM->storeString(Identifier);
uint32 nameId2 = SM->translateShortName(nameId1);
const ucstring &name = SM->getString(nameId2);
if (!name.empty() && name[0] == '$')
{
// this name is a generic name, translate the title
ucstring title = name.substr(1, name.size()-2);
nameId2 = SM->translateTitle(title.toString(), language);
}
// serial the string ID
bms.serial(nameId2);
}
void fillBitMemStream( const CCharacterInfos *charInfo,CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
// need to evaluate the name of the bot : should be in the charinfo
ucstring temp;
CCharacterInfos *botInfo = IOS->getCharInfos(EId);
if (botInfo != 0)
{
if (!botInfo->ShortName.empty())
{
uint32 index = botInfo->ShortNameIndex;
bms.serial(index);
return;
}
if (!botInfo->Title.empty())
{
uint32 index = SM->translateTitle(botInfo->Title, language);
bms.serial(index);
return;
}
}
// hum, no name available
CParameterTraitsEntity::fillBitMemStream(charInfo, language, rep, bms);
}
void fillBitMemStream( const CCharacterInfos *charInfo,CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
ucstring temp;
CCharacterInfos *playerInfo = IOS->getCharInfos(EId);
if (playerInfo != 0)
{
if (!playerInfo->ShortName.empty())
{
uint32 index = playerInfo->ShortNameIndex;
bms.serial(index);
return;
}
}
// hum, no name available
CParameterTraitsEntity::fillBitMemStream(charInfo,language, rep, bms);
}
/// fill overloaded to deals with ring user defined item with custom names
void fillBitMemStream( const CCharacterInfos *charInfo, CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
// check if SheetId if in the table or user item
const CStringManager::TRingUserItemInfos &itemInfos = SM->getUserItems();
CStringManager::TRingUserItemInfos::const_iterator it(itemInfos.find(SheetId));
if (it != itemInfos.end() && !it->second.empty())
{
// this item has some user name, check the aiInstance
const vector<CStringManager::TRingUserItemInfo> &userItemInfos = it->second;
for (uint i=0; i<userItemInfos.size(); ++i)
{
if (userItemInfos[i].AIInstance == charInfo->AIInstance)
{
// ok, this item is renamed !
// use the user name for a list a predefined column :
// name, named, nameda, p, pd
if ( rep.Format == "name"
|| rep.Format == "named"
|| rep.Format == "nameda"
|| rep.Format == "p"
|| rep.Format == "pd")
{
nlWrite(bms, serial, userItemInfos[i].ItemNameId);
}
else
{
// not a valid replacement, return a 'backspace' character
static uint32 noString = SM->storeString(ucstring()+ucchar(8));
bms.serial(noString);
}
/// return here ---------------------
return;
}
}
}
// normal item name, use the base function instead
CParameterTraitsSheet::fillBitMemStream( charInfo, language, rep, bms);
}
// ***************************************************************************
void CClientChatManager::processChatString( NLMISC::CBitMemStream& bms, IChatDisplayer &chatDisplayer)
{
// before displaying anything, must ensure dynamic channels are up to date
// NB: only processChatString() have to do this. Other methods cannot be in dyn_chat mode
updateDynamicChatChannels(chatDisplayer);
// serial
CChatMsg chatMsg;
bms.serial( chatMsg );
CChatGroup::TGroupType type = static_cast<CChatGroup::TGroupType>(chatMsg.ChatMode);
ucstring senderStr;
bool complete = true;
complete &= STRING_MANAGER::CStringManagerClient::instance()->getString(chatMsg.SenderNameId, senderStr);
if (type == CChatGroup::dyn_chat)
{
// retrieve the DBIndex from the dynamic chat id
sint32 dbIndex = ChatMngr.getDynamicChannelDbIndexFromId(chatMsg.DynChatChanID);
// if the client database is not yet up to date, put the chat message in buffer
if (dbIndex < 0)
complete = false;
}
// if !complete, wait
if (!complete)
{
_ChatBuffer.push_back(CChatMsgNode(chatMsg, false));
//nldebug("<impulseChat> Received CHAT, put in buffer : waiting association");
return;
}
// display
ucstring ucstr;
buildChatSentence(chatMsg.CompressedIndex, senderStr, chatMsg.Content, type, ucstr);
chatDisplayer.displayChat(chatMsg.CompressedIndex, ucstr, chatMsg.Content, type, chatMsg.DynChatChanID, senderStr);
}
void fillBitMemStream( const CCharacterInfos *charInfo,CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
if ( EId == CEntityId::Unknown && _AIAlias != 0)
{
CAIAliasManager& aiAliasMgr = IOS->getAIAliasManager();
if (aiAliasMgr.is(_AIAlias))
{
static const string NAME("name");
CSString format = rep.Format;
if (format.left(4) != NAME)
{
// can't replace this parameter, write a del char
const static string s("\010");
uint32 index = SM->storeString(s);
bms.serial(index);
return;
}
else
{
uint32 index ;
index = aiAliasMgr.getShortNameIndex(_AIAlias);
if (index)
{
bms.serial(index);
return;
}
index = aiAliasMgr.getTitleIndex(_AIAlias, language);
if (index)
{
bms.serial(index);
return;
}
}
// No translated title or translated phrase found send ''
// ucstring temp(EId.toString());
const ucstring NoName("''");
uint32 index = SM->storeString(NoName);
bms.serial(index);
return;
}
}
if (EId.getType() == RYZOMID::player || EId.getType() == RYZOMID::npc)
{
CCharacterInfos *playerInfo = IOS->getCharInfos(EId);
if (playerInfo != 0)
{
static const string NAME("name");
CSString format = rep.Format;
if (format.left(4) != NAME)
{
// can't replace this parameter, write a del char
const static string s("\010");
uint32 index = SM->storeString(s);
bms.serial(index);
return;
}
else
{
if (!playerInfo->ShortName.empty())
{
uint32 index = playerInfo->ShortNameIndex;
bms.serial(index);
return;
}
if (!playerInfo->Title.empty())
{
uint32 index = SM->translateTitle(playerInfo->Title, language);
// we must match this index against the function table
bms.serial(index);
return;
}
}
}
}
// special case fauna entity or unnamed npc (i.e. npc not registered with a character name, like fauna in npc state machine)
if (EId.getType() == RYZOMID::creature || EId.getType() == RYZOMID::npc)
{
// a big FAKE
STRING_MANAGER::TParamType realType = ParamId.Type;
ParamId.Type = STRING_MANAGER::creature;
CParameterTraits::fillBitMemStream(charInfo, language, rep, bms);
// restore normal type
ParamId.Type = realType;
return;
}
// no info on the name, just send the EID as string.
// ucstring temp(EId.toString());
const ucstring NoName("''");
uint32 index = SM->storeString(NoName);
bms.serial(index);
}
//-----------------------------------------------
// writePermanentDelta
//
// TODO: Maybe an optimization will be required to prevent sending null properties
// when a character is added to a CCDBGroup.
//-----------------------------------------------
bool CCDBSynchronised::writePermanentDelta( NLMISC::CBitMemStream& s )
{
static uint nbPermaDeltaSent = 0;
// Test the changed property count and make room to store the number of property pushed (poked later)
uint origChangedPropertyCount = _DataContainer.getPermanentChangedPropertyCount();
if ( origChangedPropertyCount == 0 )
return false;
uint bitposOfNbChanges = s.getPosInBit();
uint32 dummy = 0;
s.serial( dummy, CDBChangedPropertyCountBitSize ); // optimising s.reserveBits( CDBChangedPropertyCountBitSize )
// Browse changes and write them
uint32 nbChanges = 0;
uint32 bitsize = CDBChangedPropertyCountBitSize; // initialize with the size of the reserved bits for the number of changes
TCDBDataIndex dataIndex = _DataContainer.getPermanentFirstChanged();
while ( dataIndex != CDB_LAST_CHANGED
/*&& (bitsize < maxBitSize)*/ )
{
++nbPermaDeltaSent;
// Retrieve the structure node corresponding to the index
ICDBStructNode *node = CCDBStructBanks::instance()->getNodeFromDataIndex( _Bank, dataIndex );
nlassert( node );
if ( node->isAtomic() ) // counts for 1 change
{
#ifdef NL_DEBUG
nlassert( dynamic_cast<CCDBStructNodeBranch*>(node) ); // should not be leaf because the main tracker pushes the atom group index for atomic leaves
#endif
// Build and push the binary atom id
ICDBStructNode::CBinId binId;
(static_cast<CCDBStructNodeBranch*>(node))->buildBinIdFromLeaf( binId );
bitsize += binId.writeToBitMemStream( s );
//nlinfo( "CDB/ATOM: Written bin id %s", binId.toString().c_str() );
//_DataContainer.displayAtomChanges( node->getDataIndex() );
// Make room to store the atom bitfield
uint bitposOfAtomBitfield = s.getPosInBit();
uint indexInAtom = 0;
node->foreachLeafCall( cbNop, indexInAtom, NULL ); // count the number of siblings
uint nbAtomElements = indexInAtom;
s.reserveBits( nbAtomElements );
bitsize += nbAtomElements;
//nlinfo( "CDB/ATOM: Reserved %u bits (%d)", nbAtomElements, s.getPosInBit()-bitposOfAtomBitfield );
// Browse the siblings of the atom node, and push the deltas for the properties marked as changes, updating the bitfield
TPushAtomChangeStruct arg;
arg.CdbSync = this;
arg.BitSize = &bitsize;
arg.S = &s;
arg.AtomBitfield.resize( nbAtomElements );
indexInAtom = 0;
node->foreachLeafCall( cbPushDeltaOfLeafInAtomIfChangedPermanent, indexInAtom, (void*)&arg );
// Fill the placeholder with the bitfield
s.pokeBits( arg.AtomBitfield, bitposOfAtomBitfield );
if ( VerboseDatabase )
{
nldebug( "CDB/ATOM: Bitfield: %s", arg.AtomBitfield.toString().c_str() );
}
}
else
{
#ifdef NL_DEBUG
nlassert( dynamic_cast<CCDBStructNodeLeaf*>(node) );
#endif
// Push the binary property id
bitsize += static_cast<CCDBStructNodeLeaf*>(node)->binLeafId().writeToBitMemStream( s );
// Push the value
pushDeltaPermanent( s, static_cast<CCDBStructNodeLeaf*>(node), bitsize );
}
dataIndex = _DataContainer.getPermanentNextChanged( dataIndex );
++nbChanges;
}
// Fill the placeholder with the number of changes
s.poke( nbChanges, bitposOfNbChanges, CDBChangedPropertyCountBitSize );
//s.displayStream( "writeDelta" );
#ifdef TRACE_SET_VALUE
if ( VerboseDatabase )
nldebug( "%u: CDB: Permanent Delta pushed (%u changes written, %u remaining)", CTickEventHandler::getGameCycle(), nbChanges, getChangedPropertyCount() );
#endif
nldebug( "Filled %u permanent changes", nbPermaDeltaSent );
return true;
}
/// Fill a bitmem strean with the parameter value.
virtual void fillBitMemStream( const CCharacterInfos *charInfo, CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
uint32 id = SM->storeString(Literal);
bms.serial(id);
}
void fillBitMemStream( const CCharacterInfos *charInfo,CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
bms.serial(StringId);
}
void fillBitMemStream( const CCharacterInfos *charInfo,CStringManager::TLanguages language, const CStringManager::TReplacement &rep, NLMISC::CBitMemStream &bms)
{
// TODO : serial only 48 bits
bms.serial(Money);
}