Reading RegionID through 3013

Hey there,

Recently, I was tryin' to read the RegionID through 3013, I saw @[Only registered and activated users can see links. Click Here To Register...] topic, [Only registered and activated users can see links. Click Here To Register...].

But I don't wanna read all these stuff, I just want the Region ID.

So, I tried to use byte array, it succeeded but it works on a specific character which I used it to find the region array index, I think that's because of the items/skill/etc different bytes in each character.

Have anyone got an idea?

you can get region via database

You can use (SeekRead Method is SSA , it allow you to skip some offsets) or just read the packet structure and don't use it , till you get the region id

Quote:

Originally Posted by $WeGs just read the packet structure and don't use it , till you get the region id

I thought of that actually, I will try it. I will try that SeekRead too.

Quote:

Originally Posted by athena1410 you can get region via database

I want it through packets at any re/spawn.

its not full and its old AF, did it like years ago, and if i remember right its not completed, but hopefully this helps:
credits goes to the guy who shared the structure i guess ?

Quote:

Originally Posted by Isoline* its not full and its old AF, did it like years ago, and if i remember right its not completed, but hopefully this helps: Code: //if (OUT_REMOTE[i].Opcode == 0x3013) //{ // OUT_REMOTE[i].ReadUInt32(); //ServerTime // OUT_REMOTE[i].ReadUInt32();//RefObjID // OUT_REMOTE[i].ReadUInt8(); //Scale // OUT_REMOTE[i].ReadUInt8(); //curlvl // OUT_REMOTE[i].ReadUInt8(); //maxlvl // OUT_REMOTE[i].ReadUInt64(); //Expoffset // OUT_REMOTE[i].ReadUInt32();//SExpoffset // OUT_REMOTE[i].ReadUInt64(); //RemainGold // OUT_REMOTE[i].ReadUInt32(); //Remain Skill point // OUT_REMOTE[i].ReadUInt16(); //Remain Stat point // OUT_REMOTE[i].ReadUInt8(); //Remain zerk point // OUT_REMOTE[i].ReadUInt32(); //GatheredExpPoint // OUT_REMOTE[i].ReadUInt32(); //hp // OUT_REMOTE[i].ReadUInt32(); //mp // OUT_REMOTE[i].ReadUInt8(); //AutoInvestEXP // OUT_REMOTE[i].ReadUInt8(); //DailyPK // OUT_REMOTE[i].ReadUInt8(); //TotalPK // OUT_REMOTE[i].ReadUInt32(); //PkPenatlyPoint // OUT_REMOTE[i].ReadUInt8(); //HwanLevel // OUT_REMOTE[i].ReadUInt8(); //PVPCape // byte InvSize = OUT_REMOTE[i].ReadUInt8();//Inv Size // byte InvCnt = OUT_REMOTE[i].ReadUInt8(); // for (int x = 0; x < InvCnt; x++) // { // byte Slot = OUT_REMOTE[i].ReadUInt8();//Slot // uint RentType = OUT_REMOTE[i].ReadUInt32();//RentType // if (RentType == 1) // { // OUT_REMOTE[i].ReadUInt16(); // OUT_REMOTE[i].ReadUInt32(); // OUT_REMOTE[i].ReadUInt32(); // } // else if (RentType == 2) // { // OUT_REMOTE[i].ReadUInt16(); // OUT_REMOTE[i].ReadUInt16(); // OUT_REMOTE[i].ReadUInt32(); // } // else if (RentType == 2) // { // OUT_REMOTE[i].ReadUInt16(); // OUT_REMOTE[i].ReadUInt16(); // OUT_REMOTE[i].ReadUInt32(); // OUT_REMOTE[i].ReadUInt32(); // OUT_REMOTE[i].ReadUInt32(); // } // uint RefItemID = OUT_REMOTE[i].ReadUInt32(); // UTILS.WriteLine("", RefItemID.ToString()); //switch (typeID) //{ // case 1: // byte Optlvl = OUT_REMOTE[i].ReadUInt8(); // ulong Variance = OUT_REMOTE[i].ReadUInt64(); // uint Data = OUT_REMOTE[i].ReadUInt32();//dura // byte MagParamNum = OUT_REMOTE[i].ReadUInt8();//blue or red stat // for (int y = 0; y < MagParamNum; y++) // { // uint MagParamType = OUT_REMOTE[i].ReadUInt32(); // uint MagParamValue = OUT_REMOTE[i].ReadUInt32(); // } // byte OptType = OUT_REMOTE[i].ReadUInt8(); //(1 => Socket) // byte OptCount = OUT_REMOTE[i].ReadUInt8(); // for (int z = 0; z < OptCount; z++) // { // byte OptionSlot = OUT_REMOTE[i].ReadUInt8(); // uint OptionID = OUT_REMOTE[i].ReadUInt32(); // uint OptionnParam1 = OUT_REMOTE[i].ReadUInt32();//(=> Reference to Socket) // } // byte adv_OptType = OUT_REMOTE[i].ReadUInt8();//(2 => Advanced elixir) // byte adv_OptCount = OUT_REMOTE[i].ReadUInt8(); // for (int r = 0; r < adv_OptCount; r++) // { // byte adv_OptionSlot = OUT_REMOTE[i].ReadUInt8(); // uint adv_OptionID = OUT_REMOTE[i].ReadUInt32(); // uint adv_OptionnParam1 = OUT_REMOTE[i].ReadUInt32(); //(=> "Advanced elixir in effect [+OptValue]") // } // break; // case 2: // case 3: // ushort StackCount = OUT_REMOTE[i].ReadUInt16(); // byte AttributeAssimilationProbability = OUT_REMOTE[i].ReadUInt8(); // break; // case 4: // case 5: // byte Status = OUT_REMOTE[i].ReadUInt8(); //(1 = Unsumonned, 2 = Summoned, 3 = Alive, 4 = Dead) // uint RefObjID = OUT_REMOTE[i].ReadUInt32(); // ushort NameLength = OUT_REMOTE[i].ReadUInt16(); // string Name = OUT_REMOTE[i].ReadAscii(); // //if (case == "AbilityPet") // { // uint SecondsToRentEndTime = OUT_REMOTE[i].ReadUInt32(); // } // byte Unknown = OUT_REMOTE[i].ReadUInt8(); // break; // case 6: // ushort IECStackCount = OUT_REMOTE[i].ReadUInt16(); // byte IECMagParamNum = OUT_REMOTE[i].ReadUInt8(); // break; // case 7: // uint StoredItemCount = OUT_REMOTE[i].ReadUInt32(); // break; // default: // ushort Def_StackCount = OUT_REMOTE[i].ReadUInt16(); // break; //} //} //byte ava_InvSize = OUT_REMOTE[i].ReadUInt8();//av Inv Size //byte ava_InvCnt = OUT_REMOTE[i].ReadUInt8(); //UTILS.WriteLine("ava_InvCnt", ava_InvCnt.ToString()); //for (int t = 0; t < ava_InvCnt; t++) //{ // byte Slot = OUT_REMOTE[i].ReadUInt8();//Slot // uint RentType = OUT_REMOTE[i].ReadUInt32();//RentType //} //OUT_REMOTE[i].ReadUInt8();//unk, mask flag prolly ? //byte MasteryFlag = OUT_REMOTE[i].ReadUInt8();// [0 = done, 1 = Mastery] //while (MasteryFlag == 0x01) //{ // uint MasteryID = OUT_REMOTE[i].ReadUInt32(); // byte MasteryLevel = OUT_REMOTE[i].ReadUInt8(); // byte MasterFlag = OUT_REMOTE[i].ReadUInt8(); //} //byte SkillFlag = OUT_REMOTE[i].ReadUInt8();// [0 = done, 1 = Skill] //while (SkillFlag == 0x01) //{ // uint SkillID = OUT_REMOTE[i].ReadUInt32(); // byte SkillEnable = OUT_REMOTE[i].ReadUInt8(); // byte SkillExecFlag = OUT_REMOTE[i].ReadUInt8(); //} //ushort CompletedQuestCount = OUT_REMOTE[i].ReadUInt16(); //for (int cq = 0; cq < CompletedQuestCount; cq++) //{ // uint QuestID = OUT_REMOTE[i].ReadUInt16(); //} //byte ActiveQuestCount = OUT_REMOTE[i].ReadUInt8(); //for (int ac = 0; ac < ActiveQuestCount; ac++) //{ // uint QuestID = OUT_REMOTE[i].ReadUInt32(); // byte AchiveCount = OUT_REMOTE[i].ReadUInt8(); // OUT_REMOTE[i].ReadUInt8(); // byte QuestType = OUT_REMOTE[i].ReadUInt8(); // byte QuestStatus = OUT_REMOTE[i].ReadUInt8(); // byte QuestObjectiveCnt = OUT_REMOTE[i].ReadUInt8(); // for (int qoc = 0; qoc < QuestObjectiveCnt; qoc++) // { // byte ObjectiveID = OUT_REMOTE[i].ReadUInt8(); // byte ObjectiveStatus = OUT_REMOTE[i].ReadUInt8(); // ushort NameLength = OUT_REMOTE[i].ReadUInt16(); // string ObjectiveName = OUT_REMOTE[i].ReadAscii(); // byte ObjectiveTaskCount = OUT_REMOTE[i].ReadUInt8(); // for (int otc = 0; otc < ObjectiveTaskCount; otc++) // { // uint QObjective = OUT_REMOTE[i].ReadUInt32(); // } // } // if (QuestType == 0x88) // { // byte QuestTaskCount = OUT_REMOTE[i].ReadUInt8(); // for (int qtc = 0; qtc < QuestTaskCount; qtc++) // { // uint RefObjID = OUT_REMOTE[i].ReadUInt32(); // } // } //} //OUT_REMOTE[i].ReadUInt8(); //OUT_REMOTE[i].ReadUInt32(); //uint UniqueID = OUT_REMOTE[i].ReadUInt32(); //ushort RegionID = OUT_REMOTE[i].ReadUInt16(); //UTILS.WriteLine("", RegionID.ToString()); //float XOffset = OUT_REMOTE[i].ReadUInt32(); //float ZOffset = OUT_REMOTE[i].ReadUInt32(); //float YOffset = OUT_REMOTE[i].ReadUInt32(); #endregion credits goes to the guy who shared the structure i guess ?

Thank you buddy, appreciate that.