void CFilterATMApp::WriteScriptParameters(PIWriteDescriptor token)
{
PutInteger(token, keyRadius, m_sData->nRadius);
PutInteger(token, keyAlpha, m_sData->nAlpha);
if(m_sData->bKeepNoise)
PutBoolean(token, keyKeepNoise, m_sData->bKeepNoise);
}
void GeneratorTest()
{
char* string;
JsonObject* root = CreateJsonObject();
JsonObject* element = CreateJsonObject();
JsonArray* array = CreateJsonArray();
AddInteger(array, 0);
AddReal(array, 0.0);
AddBoolean(array, FALSE);
AddObject(array, element);
AddString(array, "element");
AddNull(array);
PutNull(root, "0");
PutInteger(root, "Year", 1970);
PutInteger(root, "Month", 3);
PutInteger(root, "Date", 18);
PutArray(root, "Array", array);
PutBoolean(root, "Proposition", TRUE);
PutString(root, "Text", "Hello World");
PutReal(root, "Pi", 3.14159265358979323846264338327950288419716939937510582097494459230781640);
string = ToString(root);
printf("%s", string);
printf("\r\n");
EXPECT_EQUAL_STRING("{\"0\":null,\"Year\":1970,\"Month\":3,\"Date\":18,\"Array\":[0,0.000000,false,{},\"element\",null],\"Proposition\":true,\"Text\":\"Hello World\",\"Pi\":3.141593}", string);
free(string);
ClearJsonObject(root);
ClearJsonArray(array);
string = ToString(root);
EXPECT_EQUAL_STRING("{}", string);
free(string);
}
int PartyManager :: WriteMemberList(char *outbuf, ActiveParty *party, int memberID)
{
//memberID is the creature ID that is requesting the list.
//The client needs this to determine if it's leading the party.
int wpos = 0;
wpos += PutByte(&outbuf[wpos], 6); //_handlePartyUpdateMsg
wpos += PutShort(&outbuf[wpos], 0);
wpos += PutByte(&outbuf[wpos], PartyUpdateOpTypes::JOINED_PARTY);
//wpos += PutByte(&outbuf[wpos], party->mMemberList.size());
int countLoc = wpos;
wpos += PutByte(&outbuf[wpos], 0);
wpos += PutInteger(&outbuf[wpos], party->mLeaderID);
wpos += PutInteger(&outbuf[wpos], memberID); //memberId
int count = 0;
for(size_t i = 0; i < party->mMemberList.size(); i++)
{
if(party->mMemberList[i].mCreatureID != memberID)
{
wpos += PutInteger(&outbuf[wpos], party->mMemberList[i].mCreatureID);
wpos += PutStringUTF(&outbuf[wpos], party->mMemberList[i].mDisplayName.c_str());
count++;
}
}
PutByte(&outbuf[countLoc], count);
PutShort(&outbuf[1], wpos - 3); //Set message size
return wpos;
}
void CAutomateGraphingApp::WriteScriptParameters(PIActionDescriptor descriptor)
{
// files with system parameters (input) and results (output)
PutString(descriptor, keyParameters, m_sData->sParameters);
PutString(descriptor, keyResults, m_sData->sResults);
// system options
if(m_sData->bJpeg)
PutBoolean(descriptor, keyJpeg, m_sData->bJpeg);
if(m_sData->bPresetStrength)
PutBoolean(descriptor, keyPresetStrength, m_sData->bPresetStrength);
// range of embedding strengths
PutFloat(descriptor, keyStrengthMin, m_sData->dStrengthMin);
PutFloat(descriptor, keyStrengthMax, m_sData->dStrengthMax);
PutFloat(descriptor, keyStrengthStep, m_sData->dStrengthStep);
// range of JPEG compression quality (if requested)
if(m_sData->bJpeg)
{
PutInteger(descriptor, keyJpegMin, m_sData->nJpegMin);
PutInteger(descriptor, keyJpegMax, m_sData->nJpegMax);
PutInteger(descriptor, keyJpegStep, m_sData->nJpegStep);
}
// requested outputs
PutBoolean(descriptor, keyPrintBER, m_sData->bPrintBER);
PutBoolean(descriptor, keyPrintSNR, m_sData->bPrintSNR);
PutBoolean(descriptor, keyPrintEstimate, m_sData->bPrintEstimate);
PutBoolean(descriptor, keyPrintChiSquare, m_sData->bPrintChiSquare);
}
int PrepExt_SendBookOpen(char *buffer, int bookID, int page) {
int wpos = 0;
wpos += PutByte(&buffer[wpos], 96); //_handleBooks
wpos += PutShort(&buffer[wpos], 0); //Placeholder for message size
wpos += PutByte(&buffer[wpos], 1); // Open
wpos += PutInteger(&buffer[wpos], bookID);
wpos += PutInteger(&buffer[wpos], page);
PutShort(&buffer[1], wpos - 3); //Message size
return wpos;
}
int PrepExt_ChangeTarget(char *buffer, int sourceID, int targetID)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 4); //_handleCreatureEventMsg
wpos += PutShort(&buffer[wpos], 0);
wpos += PutInteger(&buffer[wpos], sourceID);
wpos += PutByte(&buffer[wpos], 5); //5 = Entity's target changed
wpos += PutInteger(&buffer[wpos], targetID);
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_TradeCurrencyOffer(char *buffer, int offeringPlayerID, int tradeAmount)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 51); //_handleTradeMsg
wpos += PutShort(&buffer[wpos], 0); //Placeholder for size
wpos += PutInteger(&buffer[wpos], offeringPlayerID); //traderID
wpos += PutByte(&buffer[wpos], TradeEventTypes::CURRENCY_OFFERED); //eventType
wpos += PutByte(&buffer[wpos], 1); //currency types
wpos += PutByte(&buffer[wpos], CurrencyCategory::COPPER); //currencies offered
wpos += PutInteger(&buffer[wpos], tradeAmount); //currency amount
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_CreatureEventVaultSize(char *buffer, int actorID, int vaultSize, int deliverySlots)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 4); //_handleCreatureEventMsg
wpos += PutShort(&buffer[wpos], 0);
wpos += PutInteger(&buffer[wpos], actorID);
wpos += PutByte(&buffer[wpos], 25); //event to update vault size
wpos += PutInteger(&buffer[wpos], vaultSize);
wpos += PutInteger(&buffer[wpos], deliverySlots);
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_SendAbilityOwn(char *buffer, int CID, int abilityID, int eventID)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 60); //_handleAbilityActivationMsg
wpos += PutShort(&buffer[wpos], 0);
wpos += PutInteger(&buffer[wpos], CID); //Creature Instance ID
wpos += PutShort(&buffer[wpos], abilityID); //ability ID
wpos += PutByte(&buffer[wpos], eventID); //7 = ability ownage
wpos += PutInteger(&buffer[wpos], 0); //target_len
wpos += PutInteger(&buffer[wpos], 0); //secondary_len
wpos += PutByte(&buffer[wpos], 0); //has_ground
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int TradeOfferHandler::protected_helper_query_trade_offer(SimulatorThread *sim,
CharacterServerData *pld, SimulatorQuery *query,
CreatureInstance *creatureInstance) {
int selfID = creatureInstance->CreatureID;
int tradeID = creatureInstance->activeLootID;
ActiveInstance *actInst = creatureInstance->actInst;
TradeTransaction *tradeData = actInst->tradesys.GetExistingTransaction(
tradeID);
if (tradeData == NULL)
return QueryErrorMsg::TRADENOTFOUND;
TradePlayerData *pData = tradeData->GetPlayerData(selfID);
if (pData == NULL)
return actInst->tradesys.CancelTransaction(selfID, tradeID, sim->SendBuf);
CreatureInstance *cInst = pData->otherPlayerData->cInst;
int wpos = 0;
wpos += PutByte(&sim->SendBuf[wpos], 51); //_handleTradeMsg
wpos += PutShort(&sim->SendBuf[wpos], 0); //Placeholder for size
wpos += PutInteger(&sim->SendBuf[wpos], creatureInstance->CreatureID); //traderID
wpos += PutByte(&sim->SendBuf[wpos], TradeEventTypes::OFFER_MADE); //eventType
PutShort(&sim->SendBuf[1], wpos - 3); //Set message size
SendToOneSimulator(sim->SendBuf, wpos, cInst->simulatorPtr);
//actInst->LSendToOneSimulator(SendBuf, wpos, cInst->SimulatorIndex);
return PrepExt_QueryResponseString(sim->SendBuf, query->ID, "OK");
}
int RespondPrefGet(PreferenceContainer *prefSet, char *SendBuf,
SimulatorQuery *query) {
//Helper function for the "pref.getA" and "pref.get" queries.
//Since the both accounts and characters use the same class to store
//preferences, the query handlers will call this function with the
//appropriate pointer.
int WritePos = 0;
WritePos += PutByte(&SendBuf[WritePos], 1); //_handleQueryResultMsg
WritePos += PutShort(&SendBuf[WritePos], 0); //Message size
WritePos += PutInteger(&SendBuf[WritePos], query->ID); //Query response index
//Each preference request will have a matching response field.
WritePos += PutShort(&SendBuf[WritePos], query->argCount);
for (unsigned int i = 0; i < query->argCount; i++) {
const char * pref = prefSet->GetPrefValue(query->args[i].c_str());
//One string for each preference result.
WritePos += PutByte(&SendBuf[WritePos], 1);
if (pref != NULL) {
WritePos += PutStringUTF(&SendBuf[WritePos], pref);
} else {
WritePos += PutStringUTF(&SendBuf[WritePos], "");
}
}
PutShort(&SendBuf[1], WritePos - 3);
return WritePos;
}
int PrepExt_QueryResponseMultiString(char *buffer, int queryIndex, const MULTISTRING &strData)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 1); //_handleQueryResultMsg
wpos += PutShort(&buffer[wpos], 0); //Placeholder for message size
wpos += PutInteger(&buffer[wpos], queryIndex); //Query response index
size_t rowCount = strData.size();
size_t stringCount;
wpos += PutShort(&buffer[wpos], rowCount);
for(size_t rows = 0; rows < rowCount; rows++)
{
stringCount = strData[rows].size();
if(stringCount > 255)
{
g_Logs.server->warn("PrepExt_QueryResponseMultiString too many strings: %v", stringCount);
stringCount = 255;
}
wpos += PutByte(&buffer[wpos], stringCount);
for(size_t str = 0; str < stringCount; str++)
{
//g_Log.AddMessageFormat("[DEBUG] [%d][%d]=%s", rows, str, strData[rows][str].c_str());
wpos += PutStringUTF(&buffer[wpos], strData[rows][str].c_str()); //String data
}
}
PutShort(&buffer[1], wpos - 3);
return wpos;
}
int PartyManager :: WriteProposeInvite(char *outbuf, int proposeeId, const char *proposeeName, int proposerId, const char *proposerName)
{
int wpos = 0;
wpos += PutByte(&outbuf[wpos], 6); //_handlePartyUpdateMsg
wpos += PutShort(&outbuf[wpos], 0);
wpos += PutByte(&outbuf[wpos], PartyUpdateOpTypes::PROPOSE_INVITE);
wpos += PutInteger(&outbuf[wpos], proposeeId);
wpos += PutStringUTF(&outbuf[wpos], proposeeName);
wpos += PutInteger(&outbuf[wpos], proposerId);
wpos += PutStringUTF(&outbuf[wpos], proposerName);
PutShort(&outbuf[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_SendHeartbeatMessage(char *buffer, unsigned long elapsedMilliseconds)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 90); //_handleHeartbeatMessage
wpos += PutShort(&buffer[wpos], 0); //Reserve for size
wpos += PutInteger(&buffer[wpos], elapsedMilliseconds);
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
void CAutomateEmbeddingApp::WriteScriptParameters(PIActionDescriptor descriptor)
{
// path for output files
PutString(descriptor, keyOutput, m_sData->sOutput);
// system options
if(m_sData->bJpeg)
PutBoolean(descriptor, keyJpeg, m_sData->bJpeg);
// range of embedding strengths
PutFloat(descriptor, keyStrengthMin, m_sData->dStrengthMin);
PutFloat(descriptor, keyStrengthMax, m_sData->dStrengthMax);
PutFloat(descriptor, keyStrengthStep, m_sData->dStrengthStep);
// range of JPEG compression quality (if requested)
if(m_sData->bJpeg)
{
PutInteger(descriptor, keyJpegMin, m_sData->nJpegMin);
PutInteger(descriptor, keyJpegMax, m_sData->nJpegMax);
PutInteger(descriptor, keyJpegStep, m_sData->nJpegStep);
}
}
int PartyManager :: WriteRemoveMember(char *outbuf, int memberID)
{
int wpos = 0;
wpos += PutByte(&outbuf[wpos], 6); //_handlePartyUpdateMsg
wpos += PutShort(&outbuf[wpos], 0);
wpos += PutByte(&outbuf[wpos], PartyUpdateOpTypes::REMOVE_MEMBER);
wpos += PutInteger(&outbuf[wpos], memberID);
PutShort(&outbuf[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_QueryResponseNull(char *buffer, int queryIndex)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 1); //_handleQueryResultMsg
wpos += PutShort(&buffer[wpos], 0); //Placeholder for message size
wpos += PutInteger(&buffer[wpos], queryIndex); //Query response index
wpos += PutShort(&buffer[wpos], 0); //Row count
PutShort(&buffer[1], wpos - 3); //Message size
return wpos;
}
int PrepExt_SendEffect(char *buffer, int sourceID, const char *effectName, int targetID)
{
//Send an effect to the client. Send as a single target effect
//unless targetID is nonzero.
int wpos = 0;
wpos += PutByte(&buffer[wpos], 4); //_handleCreatureEventMsg
wpos += PutShort(&buffer[wpos], 0); //Reserve for size
wpos += PutInteger(&buffer[wpos], sourceID);
wpos += PutByte(&buffer[wpos], (targetID == 0) ? 4 : 12); //Cue effect
wpos += PutStringUTF(&buffer[wpos], effectName);
if(targetID != 0)
wpos += PutInteger(&buffer[wpos], targetID);
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int PartyManager :: WriteInCharge(char *outbuf, ActiveParty *party)
{
int wpos = 0;
wpos += PutByte(&outbuf[wpos], 6); //_handlePartyUpdateMsg
wpos += PutShort(&outbuf[wpos], 0);
wpos += PutByte(&outbuf[wpos], PartyUpdateOpTypes::IN_CHARGE);
wpos += PutInteger(&outbuf[wpos], party->mLeaderID);
wpos += PutStringUTF(&outbuf[wpos], party->mLeaderName.c_str());
PutShort(&outbuf[1], wpos - 3); //Set message size
return wpos;
}
int PartyManager :: WriteQuestInvite(char *outbuf, const char* questName, int questID)
{
int wpos = 0;
wpos += PutByte(&outbuf[wpos], 6); //_handlePartyUpdateMsg
wpos += PutShort(&outbuf[wpos], 0);
wpos += PutByte(&outbuf[wpos], PartyUpdateOpTypes::QUEST_INVITE);
wpos += PutStringUTF(&outbuf[wpos], questName);
wpos += PutInteger(&outbuf[wpos], questID);
PutShort(&outbuf[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_AbilityEvent(char *buffer, int creatureID, int abilityID, int abilityEvent)
{
//Same as AbilityActivate, but target lists and ground are always zero.
//Used for the utility messages such as activation requests.
int wpos = 0;
wpos += PutByte(&buffer[wpos], 60); //_handleAbilityActivationMsg
wpos += PutShort(&buffer[wpos], 0);
wpos += PutInteger(&buffer[wpos], creatureID); //actorID
wpos += PutShort(&buffer[wpos], abilityID); //abId
wpos += PutByte(&buffer[wpos], abilityEvent); //event
wpos += PutInteger(&buffer[wpos], 0); //target_len
wpos += PutInteger(&buffer[wpos], 0); //secondary_len
wpos += PutByte(&buffer[wpos], 0); //has_ground
PutShort(&buffer[1], wpos - 3);
return wpos;
}
int PrepExt_QueryResponseError(char *buffer, int queryIndex, const char *message)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 1); //_handleQueryResultMsg
wpos += PutShort(&buffer[wpos], 0); //Placeholder for message size
wpos += PutInteger(&buffer[wpos], queryIndex); //Query response index
wpos += PutShort(&buffer[wpos], 0x7000); //Negative number indicates error
wpos += PutStringUTF(&buffer[wpos], message); //String data
PutShort(&buffer[1], wpos - 3); //Message size
return wpos;
}
int PartyManager :: StrategyFlagsChange(char *outbuf, int newFlags)
{
int wpos = 0;
wpos += PutByte(&outbuf[wpos], 6); //_handlePartyUpdateMsg
wpos += PutShort(&outbuf[wpos], 0);
wpos += PutByte(&outbuf[wpos], PartyUpdateOpTypes::STRATEGYFLAGS_CHANGE);
wpos += PutInteger(&outbuf[wpos], newFlags);
PutShort(&outbuf[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_SetAvatar(char *buffer, int creatureID)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 0x04);
wpos += PutShort(&buffer[wpos], 0x00);
wpos += PutInteger(&buffer[wpos], creatureID);
wpos += PutByte(&buffer[wpos], 0x01); //Event to Set Avatar
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_CancelUseEvent(char *buffer, int CreatureID)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 4); //_handleCreatureEventMsg
wpos += PutShort(&buffer[wpos], 0); //size
wpos += PutInteger(&buffer[wpos], CreatureID);
wpos += PutByte(&buffer[wpos], 11); //creature "used" event
wpos += PutStringUTF(&buffer[wpos], "");
wpos += PutFloat(&buffer[wpos], -1.0F); //A delay of -1 will interrupt the action
PutShort(&buffer[1], wpos - 3); //size
return wpos;
}
int PrepExt_ActorJump(char *buffer, int actor)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 4); //_handleCreatureEventMsg
wpos += PutShort(&buffer[wpos], 0);
wpos += PutInteger(&buffer[wpos], actor); //actorID
wpos += PutByte(&buffer[wpos], 3); //3 = jump
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_RemoveCreature(char *buffer, int actorID)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 4); //_handleCreatureEventMsg
wpos += PutShort(&buffer[wpos], 0);
wpos += PutInteger(&buffer[wpos], actorID); //actorID
wpos += PutByte(&buffer[wpos], 0); //0 = remove ID
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}
int PrepExt_QueryResponseString(char *buffer, int queryIndex, const char *strData)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 1); //_handleQueryResultMsg
wpos += PutShort(&buffer[wpos], 0); //Placeholder for message size
wpos += PutInteger(&buffer[wpos], queryIndex); //Query response index
wpos += PutShort(&buffer[wpos], 1); //Row count
wpos += PutByte(&buffer[wpos], 1); //String count
wpos += PutStringUTF(&buffer[wpos], strData); //String data
PutShort(&buffer[1], wpos - 3); //Message size
return wpos;
}
int PrepExt_SendFallDamage(char *buffer, int damage)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 0); //_handleInfoMsg
wpos += PutShort(&buffer[wpos], 0); //Placeholder for size
wpos += PutStringUTF(&buffer[wpos], ""); //Unused?
wpos += PutByte(&buffer[wpos], 11); //Event type for fall damage message
wpos += PutInteger(&buffer[wpos], damage);
PutShort(&buffer[1], wpos - 3); //Set size
return wpos;
}
int PrepExt_SendEmoteControl(char *buffer, int creatureID, int emoteEvent)
{
int wpos = 0;
wpos += PutByte(&buffer[wpos], 100); //_handleModMessage REQUIRES MODDED CLIENT
wpos += PutShort(&buffer[wpos], 0); //Reserve for size
wpos += PutByte(&buffer[wpos], MODMESSAGE_EVENT_EMOTE_CONTROL); //event for advanced emote
wpos += PutInteger(&buffer[wpos], creatureID);
wpos += PutByte(&buffer[wpos], emoteEvent);
PutShort(&buffer[1], wpos - 3); //Set message size
return wpos;
}