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Hi I've tried the free trial version to see if I wanted to buy, but the when the bot is moving to next spot it pauses for 0,5 sec and then moving on to next spot. I found that when disable fight class then there is no issue with movement, but then he basically can fight mobs. I've tried to different fight classes, but both of them make the bot pause inbetween movements. 1) Hunter [Marksman] [Leveling 1-80] [WotLK] - Dreamful 2) Hunter - [marksman][beastmastery][WIP] Please see video here:

I was in WoW Legion, on the Evermoon server, doing the absorbing mission and then going to the beach where I had to absorb 20 water elementals. But when I got close and absorbed them, the number of water elementals in the mission did not go up.

Hello @Droidz, I would like to propose an improvement to WRobot's spell casting functionality that enhances both evasion capabilities and reliability on servers that implement Lua-based detection mechanisms. Problem Statement Several private servers employ Lua hooks on the CastSpellByName function to detect and flag bot activity. The current implementation's reliance on this Lua function creates a detectable pattern that can be exploited for bot identification. Solution Overview I have developed two native methods that bypass the Lua layer entirely, thereby reducing the bot's detectable footprint: Method 1: Direct Spell ID Resolution The GetSpellIdByName method directly invokes the game's internal GetSpellIdByName function (0x00540200), retrieving both the spell ID and rank without requiring Lua interaction: public static int GetSpellIdByName(string spellName, out int rank) { rank = 0; try { uint GetSpellIdByNameAddr = 0x00540200; // Allocate space for spell name string var nameBytes = System.Text.Encoding.UTF8.GetBytes(spellName + "\0"); uint nameSpace = wManager.Wow.Memory.WowMemory.AllocData.Get(nameBytes.Length); if (nameSpace <= 0) return 0; // Allocate space for rank (int = 4 bytes) uint rankSpace = wManager.Wow.Memory.WowMemory.AllocData.Get(4); // Allocate space to store the return value (spell ID from eax) uint spellIdSpace = wManager.Wow.Memory.WowMemory.AllocData.Get(4); if (nameSpace <= 0 || rankSpace <= 0 || spellIdSpace <= 0) return 0; // Write spell name to memory wManager.Wow.Memory.WowMemory.Memory.WriteBytes(nameSpace, nameBytes); wManager.Wow.Memory.WowMemory.Memory.WriteInt32(rankSpace, 0); wManager.Wow.Memory.WowMemory.Memory.WriteInt32(spellIdSpace, 0); var asm = new[] { "push " + rankSpace, // Push pointer to rank (2nd arg) "push " + nameSpace, // Push pointer to name (1st arg) "call " + GetSpellIdByNameAddr, "add esp, 8", // Store the spell ID (eax) to spellIdSpace "mov ecx, " + spellIdSpace, "mov [ecx], eax", "retn" }; wManager.Wow.Memory.WowMemory.InjectAndExecute(asm); // Read back the spell ID and rank int spellId = wManager.Wow.Memory.WowMemory.Memory.ReadInt32(spellIdSpace); rank = wManager.Wow.Memory.WowMemory.Memory.ReadInt32(rankSpace); // Free allocated memory wManager.Wow.Memory.WowMemory.AllocData.Free(nameSpace); wManager.Wow.Memory.WowMemory.AllocData.Free(rankSpace); wManager.Wow.Memory.WowMemory.AllocData.Free(spellIdSpace); return spellId; } catch (System.Exception ex) { Logging.WriteError("Error getting spell ID by name: " + ex.Message); return 0; } } Method 2: Direct Spell Casting with GUID Support The CastSpell method invokes the native spell casting function (0x080DA40) directly, accepting a GUID parameter to eliminate the need for target selection: public static void CastSpell(int spellid, ulong guid = 0) { try { uint CastSpell = 0x080DA40; uint guidLow = (uint)(guid & 0xFFFFFFFF); uint guidHigh = (uint)(guid >> 32); var asm = new[] { "push 0", "push " + guidHigh, "push " + guidLow, "push 0", "push " + spellid, "call " + CastSpell, "add esp, 0x14", "retn" }; wManager.Wow.Memory.WowMemory.InjectAndExecute(asm); } catch (System.Exception ex) { Logging.WriteError("Error casting spell: " + ex.Message); } } Performance Optimization While repeated calls to GetSpellIdByName could introduce minor latency, this can be mitigated through result caching with cache invalidation upon skill acquisition or update events. Benefits Eliminates dependency on the Lua CastSpellByName function, significantly reducing detection risk on Lua-hook protected servers Supports targeted spell casting without requiring target changes