/*	EQEmu: EQEmulator

	Copyright (C) 2001-2026 EQEmu Development Team

	This program is free software; you can redistribute it and/or modify
	it under the terms of the GNU General Public License as published by
	the Free Software Foundation; either version 3 of the License, or
	(at your option) any later version.

	This program is distributed in the hope that it will be useful,
	but WITHOUT ANY WARRANTY; without even the implied warranty of
	MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
	GNU General Public License for more details.

	You should have received a copy of the GNU General Public License
	along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include "rof2.h"
#include "rof2_structs.h"

#include "common/classes.h"
#include "common/crc32.h"
#include "common/eq_packet_structs.h"
#include "common/eq_stream_ident.h"
#include "common/eqemu_config.h"
#include "common/eqemu_logsys.h"
#include "common/inventory_profile.h"
#include "common/misc_functions.h"
#include "common/opcodemgr.h"
#include "common/path_manager.h"
#include "common/races.h"
#include "common/raid.h"
#include "common/rulesys.h"
#include "common/strings.h"

#include <cassert>
#include <cinttypes>
#include <iostream>
#include <numeric>
#include <sstream>


namespace RoF2
{
	static const char *name = "RoF2";
	static OpcodeManager *opcodes = nullptr;
	static Strategy struct_strategy;

	void SerializeItem(EQ::OutBuffer& ob, const EQ::ItemInstance *inst, int16 slot_id, uint8 depth, ItemPacketType packet_type);

	// server to client inventory location converters
	static inline structs::InventorySlot_Struct ServerToRoF2Slot(uint32 server_slot);
	static inline structs::InventorySlot_Struct ServerToRoF2CorpseSlot(uint32 server_corpse_slot);
	static inline uint32 ServerToRoF2CorpseMainSlot(uint32 server_corpse_slot);
	static inline structs::TypelessInventorySlot_Struct ServerToRoF2TypelessSlot(uint32 server_slot, int16 server_type);

	// client to server inventory location converters
	static inline uint32 RoF2ToServerSlot(structs::InventorySlot_Struct rof2_slot);
	static inline uint32 RoF2ToServerCorpseSlot(structs::InventorySlot_Struct rof2_corpse_slot);
	static inline uint32 RoF2ToServerCorpseMainSlot(uint32 rof2_corpse_slot);
	static inline uint32 RoF2ToServerTypelessSlot(structs::TypelessInventorySlot_Struct rof2_slot, int16 rof2_type);

	// server to client say link converter
	static inline void ServerToRoF2SayLink(std::string &rof2_saylink, const std::string &server_saylink);

	// client to server say link converter
	static inline void RoF2ToServerSayLink(std::string &server_saylink, const std::string &rof2_saylink);

	static inline spells::CastingSlot ServerToRoF2CastingSlot(EQ::spells::CastingSlot slot);
	static inline EQ::spells::CastingSlot RoF2ToServerCastingSlot(spells::CastingSlot slot);

	static inline int ServerToRoF2BuffSlot(int index);
	static inline int RoF2ToServerBuffSlot(int index);

	void Register(EQStreamIdentifier &into)
	{
		//create our opcode manager if we havent already
		if (opcodes == nullptr) {

			std::string opfile = fmt::format("{}/patch_{}.conf", PathManager::Instance()->GetPatchPath(), name);

			//load up the opcode manager.
			//TODO: figure out how to support shared memory with multiple patches...
			opcodes = new RegularOpcodeManager();
			if (!opcodes->LoadOpcodes(opfile.c_str())) {
				LogNetcode("[OPCODES] Error loading opcodes file [{}]. Not registering patch [{}]", opfile.c_str(), name);
				return;
			}
		}

		//ok, now we have what we need to register.

		EQStreamInterface::Signature signature;
		std::string pname;

		//register our world signature.
		pname = std::string(name) + "_world";
		signature.ignore_eq_opcode = 0;
		signature.first_length = sizeof(structs::LoginInfo_Struct);
		signature.first_eq_opcode = opcodes->EmuToEQ(OP_SendLoginInfo);
		into.RegisterPatch(signature, pname.c_str(), &opcodes, &struct_strategy);

		//register our zone signature.
		pname = std::string(name) + "_zone";
		signature.ignore_eq_opcode = opcodes->EmuToEQ(OP_AckPacket);
		signature.first_length = sizeof(structs::ClientZoneEntry_Struct);
		signature.first_eq_opcode = opcodes->EmuToEQ(OP_ZoneEntry);
		into.RegisterPatch(signature, pname.c_str(), &opcodes, &struct_strategy);



		LogNetcode("[StreamIdentify] Registered patch [{}]", name);
	}

	void Reload()
	{
		//we have a big problem to solve here when we switch back to shared memory
		//opcode managers because we need to change the manager pointer, which means
		//we need to go to every stream and replace it's manager.

		if (opcodes != nullptr) {
			std::string opfile = fmt::format("{}/patch_{}.conf", PathManager::Instance()->GetPatchPath(), name);
			if (!opcodes->ReloadOpcodes(opfile.c_str())) {
				LogNetcode("[OPCODES] Error reloading opcodes file [{}] for patch [{}]", opfile.c_str(), name);
				return;
			}
			LogNetcode("[OPCODES] Reloaded opcodes for patch [{}]", name);
		}
	}

	Strategy::Strategy() : StructStrategy()
	{
		//all opcodes default to passthrough.
#include "ss_register.h"
#include "rof2_ops.h"
	}

	std::string Strategy::Describe() const
	{
		std::string r;
		r += "Patch ";
		r += name;
		return(r);
	}

	const EQ::versions::ClientVersion Strategy::ClientVersion() const
	{
		return EQ::versions::ClientVersion::RoF2;
	}

#include "ss_define.h"

// ENCODE methods


	// RoF2 Specific Encodes Begin
	ENCODE(OP_SendMembershipDetails)
	{
		ENCODE_LENGTH_EXACT(Membership_Details_Struct);
		SETUP_DIRECT_ENCODE(Membership_Details_Struct, structs::Membership_Details_Struct);

		eq->membership_setting_count = 72;
		for (uint32 i = 0; i < emu->membership_setting_count; ++i) // 66
		{
			OUT(settings[i].setting_index);
			OUT(settings[i].setting_id);
			OUT(settings[i].setting_value);
		}
		// Last 6 new settings fields are all 0s on Live as of 12/29/14

		eq->race_entry_count = emu->race_entry_count;
		for (uint32 i = 0; i < emu->race_entry_count; ++i) // 15
		{
			OUT(membership_races[i].purchase_id);
			OUT(membership_races[i].bitwise_entry);
		}

		eq->class_entry_count = emu->class_entry_count;
		for (uint32 i = 0; i < emu->class_entry_count; ++i) // 15
		{
			OUT(membership_classes[i].purchase_id);
			OUT(membership_classes[i].bitwise_entry);
		}

		eq->exit_url_length = emu->exit_url_length;
		eq->exit_url_length2 = emu->exit_url_length2;

		FINISH_ENCODE();
	}

	ENCODE(OP_SendMembership)
	{
		ENCODE_LENGTH_EXACT(Membership_Struct);
		SETUP_DIRECT_ENCODE(Membership_Struct, structs::Membership_Struct);

		eq->membership = emu->membership;
		eq->races = emu->races;
		eq->classes = emu->classes;
		eq->entrysize = 25; //emu->entrysize;

		for (uint32 i = 0; i < emu->entrysize; ++i) // 21
		{
			OUT(entries[i]);
		}
		// Last 4 new entries are 0s on Live Silver as of 12/29/14
		// Setting them each to 1 for now.
		// This removes the "Buy Now" button from aug type 21 slots on items.
		for (uint32 i = 21; i < 25; ++i) // 4
		{
			eq->entries[i] = 1;
		}


		FINISH_ENCODE();
	}

	// RoF2 Specific Encodes End


	ENCODE(OP_Action)
	{
		ENCODE_LENGTH_EXACT(Action_Struct);
		SETUP_DIRECT_ENCODE(Action_Struct, structs::ActionAlt_Struct);

		OUT(target);
		OUT(source);
		OUT(level);
		eq->unknown06 = 0;
		eq->instrument_mod = 1.0f + (emu->instrument_mod - 10) / 10.0f;
		OUT(force);
		OUT(hit_heading);
		OUT(hit_pitch);
		OUT(type);
		eq->damage = 0;
		eq->unknown31 = 0;
		OUT(spell);
		OUT(spell_level);
		OUT(effect_flag);
		eq->spell_gem = 0;
		eq->slot.Type = INVALID_INDEX;
		eq->slot.Unknown02 = 0;
		eq->slot.Slot = INVALID_INDEX;
		eq->slot.SubIndex = INVALID_INDEX;
		eq->slot.AugIndex = INVALID_INDEX;
		eq->slot.Unknown01 = 0;
		eq->item_cast_type = 0;

		FINISH_ENCODE();
	}

	ENCODE(OP_AdventureMerchantSell)
	{
		ENCODE_LENGTH_EXACT(Adventure_Sell_Struct);
		SETUP_DIRECT_ENCODE(Adventure_Sell_Struct, structs::Adventure_Sell_Struct);

		eq->unknown000 = 1;
		OUT(npcid);
		eq->inventory_slot = ServerToRoF2TypelessSlot(emu->slot, EQ::invtype::typePossessions);
		OUT(charges);
		OUT(sell_price);

		FINISH_ENCODE();
	}

	ENCODE(OP_AltCurrency)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		unsigned char *emu_buffer = in->pBuffer;
		uint32 opcode = *((uint32*)emu_buffer);

		if (opcode == AlternateCurrencyMode::Populate) {
			AltCurrencyPopulate_Struct *populate = (AltCurrencyPopulate_Struct*)emu_buffer;

			auto outapp = new EQApplicationPacket(
			    OP_AltCurrency, sizeof(structs::AltCurrencyPopulate_Struct) +
						sizeof(structs::AltCurrencyPopulateEntry_Struct) * populate->count);
			structs::AltCurrencyPopulate_Struct *out_populate = (structs::AltCurrencyPopulate_Struct*)outapp->pBuffer;

			out_populate->opcode = populate->opcode;
			out_populate->count = populate->count;
			for (uint32 i = 0; i < populate->count; ++i) {
				out_populate->entries[i].currency_number = populate->entries[i].currency_number;
				out_populate->entries[i].unknown00 = populate->entries[i].unknown00;
				out_populate->entries[i].currency_number2 = populate->entries[i].currency_number2;
				out_populate->entries[i].item_id = populate->entries[i].item_id;
				out_populate->entries[i].item_icon = populate->entries[i].item_icon;
				out_populate->entries[i].stack_size = populate->entries[i].stack_size;
				out_populate->entries[i].display = ((populate->entries[i].stack_size > 0) ? 1 : 0);
			}

			dest->FastQueuePacket(&outapp, ack_req);
		}
		else {
			auto outapp = new EQApplicationPacket(OP_AltCurrency, sizeof(AltCurrencyUpdate_Struct));
			memcpy(outapp->pBuffer, emu_buffer, sizeof(AltCurrencyUpdate_Struct));
			dest->FastQueuePacket(&outapp, ack_req);
		}

		//dest->FastQueuePacket(&outapp, ack_req);
		delete in;
	}

	ENCODE(OP_AltCurrencySell)
	{
		ENCODE_LENGTH_EXACT(AltCurrencySellItem_Struct);
		SETUP_DIRECT_ENCODE(AltCurrencySellItem_Struct, structs::AltCurrencySellItem_Struct);

		OUT(merchant_entity_id);
		eq->inventory_slot = ServerToRoF2TypelessSlot(emu->slot_id, EQ::invtype::typePossessions);
		OUT(charges);
		OUT(cost);

		FINISH_ENCODE();
	}

	ENCODE(OP_Animation)
	{
		ENCODE_LENGTH_EXACT(Animation_Struct);
		SETUP_DIRECT_ENCODE(Animation_Struct, structs::Animation_Struct);

		OUT(spawnid);
		OUT(action);
		OUT(speed);

		FINISH_ENCODE();
	}

	ENCODE(OP_ApplyPoison)
	{
		ENCODE_LENGTH_EXACT(ApplyPoison_Struct);
		SETUP_DIRECT_ENCODE(ApplyPoison_Struct, structs::ApplyPoison_Struct);

		eq->inventorySlot = ServerToRoF2TypelessSlot(emu->inventorySlot, EQ::invtype::typePossessions);
		OUT(success);

		FINISH_ENCODE();
	}

	ENCODE(OP_AugmentInfo)
	{
		ENCODE_LENGTH_EXACT(AugmentInfo_Struct);
		SETUP_DIRECT_ENCODE(AugmentInfo_Struct, structs::AugmentInfo_Struct);

		OUT(itemid);
		OUT(window);
		strn0cpy(eq->augment_info, emu->augment_info, 64);

		FINISH_ENCODE();
	}

	ENCODE(OP_Barter)
	{
		EQApplicationPacket *in        = *p;
		*p = nullptr;

		char *buffer = (char *) in->pBuffer;
		uint32              sub_action = VARSTRUCT_DECODE_TYPE(uint32, buffer);

		switch (sub_action) {
			case Barter_BuyerAppearance: {
				auto emu = (BuyerInspectRequest_Struct *) in->pBuffer;

				auto outapp = new EQApplicationPacket(OP_Barter, sizeof(structs::Buyer_SetAppearance_Struct));
				auto eq     = (structs::Buyer_SetAppearance_Struct *) outapp->pBuffer;

				eq->action    = structs::RoF2BuyerActions::BuyerAppearance;
				eq->entity_id = emu->buyer_id;
				eq->enabled   = emu->approval;

				dest->FastQueuePacket(&outapp);
				safe_delete(in);

				break;
			}
			case Barter_BuyerItemRemove: {
				auto emu = (BuyerRemoveItem_Struct *) in->pBuffer;

				auto outapp = new EQApplicationPacket(OP_BuyerItems, sizeof(structs::BuyerRemoveItem_Struct));
				auto eq     = (structs::BuyerRemoveItem_Struct *) outapp->pBuffer;

				eq->action  = structs::RoF2BuyerActions::BuyerModifyBuyLine;
				eq->slot_id = emu->buy_slot_id;
				eq->toggle  = 0;

				dest->FastQueuePacket(&outapp);
				safe_delete(in);

				break;
			}
			case Barter_BuyerInspectBegin: {
				*(uint32 *) in->pBuffer = structs::RoF2BuyerActions::BuyerInspectBegin;
				dest->FastQueuePacket(&in);
				break;
			}
			case Barter_BuyerInspectEnd: {
				*(uint32 *) in->pBuffer = structs::RoF2BuyerActions::BuyerInspectEnd;
				dest->FastQueuePacket(&in);
				break;
			}
			case Barter_SellerBrowsing: {
				*(uint32 *) in->pBuffer = structs::RoF2BuyerActions::BuyerBrowsingBuyLine;
				dest->FastQueuePacket(&in);
				break;
			}
			case Barter_BuyerSearchResults: {
				BuyerItemSearchResults_Struct bisr{};
				auto                          emu = (BuyerGeneric_Struct *) in->pBuffer;
				EQ::Util::MemoryStreamReader  ss(
					reinterpret_cast<char *>(emu->payload),
					in->size - sizeof(BuyerGeneric_Struct)
				);
				cereal::BinaryInputArchive    ar(ss);
				ar(bisr);

				LogTradingDetail("Sending item search results <green>[{}]", bisr.result_count);

				uint32 packet_size = bisr.result_count * sizeof(structs::BuyerItemSearchResultEntry_Struct) + 8;
				auto   outapp      = std::make_unique<EQApplicationPacket>(OP_Barter, packet_size);
				auto   eq          = (char *) outapp->pBuffer;

				VARSTRUCT_ENCODE_TYPE(uint32, eq, structs::RoF2BuyerActions::BuyerSearchResults);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bisr.result_count);
				for (auto const &i: bisr.results) {
					strn0cpy(eq, i.item_name, 64);
					eq += 64;
					VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_id);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_icon);
					VARSTRUCT_SKIP_TYPE(uint32, eq);
				}

				dest->QueuePacket(outapp.get());
				safe_delete(in);
				break;
			}
			default: {
				LogTradingDetail("Unhandled action <red>[{}]", sub_action);
				dest->FastQueuePacket(&in);
			}
		}
	}

	ENCODE(OP_BazaarSearch)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		uint32 action = *(uint32 *) in->pBuffer;

		switch (action) {
			case BazaarSearch: {
				LogTrading("(RoF2) BazaarSearch action <green>[{}]", action);
				std::vector<BazaarSearchResultsFromDB_Struct> results{};
				auto                                          bsms = (BazaarSearchMessaging_Struct *) in->pBuffer;
				EQ::Util::MemoryStreamReader                  ss(
					reinterpret_cast<char *>(bsms->payload),
					in->size - sizeof(BazaarSearchMessaging_Struct)
				);
				cereal::BinaryInputArchive                    ar(ss);
				ar(results);

				auto name_size = 0;
				for (auto const &i: results) {
					name_size += i.item_name.length() + 1;
				}

				auto p_size = 41 * results.size() + name_size + 14;
				auto buffer = new char[p_size];
				auto bufptr = buffer;

				VARSTRUCT_ENCODE_TYPE(uint32, bufptr, 0);
				VARSTRUCT_ENCODE_TYPE(uint16, bufptr, results[0].trader_zone_id);
				VARSTRUCT_ENCODE_TYPE(uint32, bufptr, results[0].trader_id);
				VARSTRUCT_ENCODE_TYPE(uint32, bufptr, results.size());

				for (auto i: results) {
					VARSTRUCT_ENCODE_TYPE(uint32, bufptr, i.trader_id);                          //trader ID
					VARSTRUCT_ENCODE_STRING(bufptr, i.serial_number_RoF.c_str());                //serial
					VARSTRUCT_ENCODE_TYPE(uint32, bufptr, i.cost);                               //cost
					VARSTRUCT_ENCODE_TYPE(uint32, bufptr, i.stackable ? i.charges : i.count);    //quantity
					VARSTRUCT_ENCODE_TYPE(uint32, bufptr, i.item_id);                            //ID
					VARSTRUCT_ENCODE_TYPE(uint32, bufptr, i.icon_id);                            //icon
					VARSTRUCT_ENCODE_STRING(bufptr, i.item_name.c_str());                        //name
					VARSTRUCT_ENCODE_TYPE(uint32, bufptr, i.item_stat);                          //itemstat
				}

				safe_delete_array(in->pBuffer);
				in->size    = p_size;
				in->pBuffer = (uchar*)buffer;
				dest->QueuePacket(in);
				safe_delete(in);

				break;
			}
			case BazaarInspect: {
				LogTrading("(RoF2) BazaarInspect action <green>[{}]", action);
				dest->FastQueuePacket(&in, ack_req);
				break;
			}
			case WelcomeMessage: {
				auto buffer = new char[sizeof(structs::BazaarWelcome_Struct)];
				auto emu    = (BazaarWelcome_Struct *) in->pBuffer;
				auto eq     = (structs::BazaarWelcome_Struct *) buffer;

				eq->action         = structs::RoF2BazaarTraderBuyerActions::WelcomeMessage;
				eq->num_of_traders = emu->traders;
				eq->num_of_items   = emu->items;

				safe_delete_array(in->pBuffer);
				in->SetOpcode(OP_TraderShop);
				in->size    = sizeof(structs::BazaarWelcome_Struct);
				in->pBuffer = (uchar *)buffer;

				LogTrading("(RoF2) WelcomeMessage action <green>[{}]", action);
				dest->QueuePacket(in);
				safe_delete(in);

				break;
			}
			case DeliveryCostUpdate: {
				auto data = (BazaarDeliveryCost_Struct *) in->pBuffer;
				LogTrading("(RoF2) Delivery costs updated: vouchers <green>[{}] parcel percentage <green>[{}]",
						   data->voucher_delivery_cost,
						   data->parcel_deliver_cost
				);
				data->action = 0;
				dest->FastQueuePacket(&in);
				break;
			}
			default: {
				LogTrading("(RoF2) Unhandled action <red>[{}]", action);
				dest->FastQueuePacket(&in, ack_req);
			}
		}
	}

	ENCODE(OP_BecomeTrader)
	{
		EQApplicationPacket *inapp = *p;
		*p = nullptr;

		unsigned char *__emu_buffer = inapp->pBuffer;
		auto          in            = (BecomeTrader_Struct *) __emu_buffer;

		switch (in->action) {
			case TraderOff: {
				auto emu = (BecomeTrader_Struct *) __emu_buffer;

				auto outapp = new EQApplicationPacket(OP_BecomeTrader, sizeof(structs::BecomeTrader_Struct));
				auto eq     = (structs::BecomeTrader_Struct *) outapp->pBuffer;

				eq->action    = TraderOff;
				eq->entity_id = emu->entity_id;

				LogTrading(
					"(RoF2) TraderOff action <green>[{}] for entity_id <green>[{}]",
					eq->action,
					eq->entity_id
				);
				dest->FastQueuePacket(&outapp);
				break;
			}
			case TraderOn: {
				auto emu = (BecomeTrader_Struct *) __emu_buffer;

				auto outapp = new EQApplicationPacket(OP_BecomeTrader, sizeof(structs::BecomeTrader_Struct));
				auto eq     = (structs::BecomeTrader_Struct *) outapp->pBuffer;

				eq->action    = TraderOn;
				eq->entity_id = emu->entity_id;

				LogTrading(
					"(RoF2) TraderOn action <green>[{}] for entity_id <green>[{}]",
					eq->action,
					eq->entity_id
				);
				dest->FastQueuePacket(&outapp);
				break;
			}
			case AddTraderToBazaarWindow: {
				auto emu    = (BecomeTrader_Struct *) __emu_buffer;
				auto outapp = new EQApplicationPacket(OP_TraderShop, sizeof(BecomeTrader_Struct));
				auto eq     = (BecomeTrader_Struct *) outapp->pBuffer;

				eq->action           = emu->action;
				eq->entity_id        = emu->entity_id;
				eq->trader_id        = emu->trader_id;
				eq->zone_id          = emu->zone_id;
				eq->zone_instance_id = emu->zone_instance_id;
				strn0cpy(eq->trader_name, emu->trader_name, sizeof(eq->trader_name));

				LogTrading(
					"(RoF2) AddTraderToBazaarWindow action <green>[{}] trader_id <green>[{}] entity_id <green>[{}] "
					"zone_id <green>[{}] zone_instance_id <green>[{}]",
					eq->action,
					eq->trader_id,
					eq->entity_id,
					eq->zone_id,
					eq->zone_instance_id);
				dest->FastQueuePacket(&outapp);
				break;
			}
			case RemoveTraderFromBazaarWindow: {
				auto emu    = (BecomeTrader_Struct *) __emu_buffer;
				auto outapp = new EQApplicationPacket(OP_TraderShop, sizeof(structs::BazaarWindowRemoveTrader_Struct));
				auto eq     = (structs::BazaarWindowRemoveTrader_Struct *) outapp->pBuffer;

				eq->action    = emu->action;
				eq->trader_id = emu->trader_id;

				LogTrading(
					"(RoF2) RemoveTraderFromBazaarWindow action <green>[{}] for entity_id <green>[{}]",
					eq->action,
					eq->trader_id
				);
				dest->FastQueuePacket(&outapp);
				break;
			}
			default: {
				LogTrading(
					"(RoF2) Unhandled action <red>[{}]",
					in->action
				);
				dest->QueuePacket(inapp);
			}
		}
		safe_delete(inapp);
	}

	ENCODE(OP_BeginCast)
	{
		SETUP_DIRECT_ENCODE(BeginCast_Struct, structs::BeginCast_Struct);

		OUT(spell_id);
		OUT(caster_id);
		OUT(cast_time);

		FINISH_ENCODE();
	}

	ENCODE(OP_BlockedBuffs)
	{
		ENCODE_LENGTH_EXACT(BlockedBuffs_Struct);
		SETUP_DIRECT_ENCODE(BlockedBuffs_Struct, structs::BlockedBuffs_Struct);

		for (uint32 i = 0; i < BLOCKED_BUFF_COUNT; ++i)
			eq->SpellID[i] = emu->SpellID[i];

		// -1 for the extra 10 added in RoF2. We should really be encoding for the older clients, not RoF2, but
		// we can sort that out later.

		for (uint32 i = BLOCKED_BUFF_COUNT; i < structs::BLOCKED_BUFF_COUNT; ++i)
			eq->SpellID[i] = -1;

		OUT(Count);
		OUT(Pet);
		OUT(Initialise);
		OUT(Flags);

		FINISH_ENCODE();
	}

	ENCODE(OP_Buff)
	{
		ENCODE_LENGTH_EXACT(SpellBuffPacket_Struct);
		SETUP_DIRECT_ENCODE(SpellBuffPacket_Struct, structs::SpellBuffPacket_Struct);

		OUT(entityid);
		OUT(buff.effect_type);
		OUT(buff.level);
		// just so we're 100% sure we get a 1.0f ...
		eq->buff.bard_modifier = emu->buff.bard_modifier == 10 ? 1.0f : emu->buff.bard_modifier / 10.0f;
		OUT(buff.spellid);
		OUT(buff.duration);
		OUT(buff.player_id);
		OUT(buff.num_hits);
		OUT(buff.y);
		OUT(buff.x);
		OUT(buff.z);
		eq->slotid = ServerToRoF2BuffSlot(emu->slotid);
		// TODO: implement slot_data stuff
		if (emu->bufffade == 1)
			eq->bufffade = 1;
		else
			eq->bufffade = 2;

		// Bit of a hack. OP_Buff appears to add/remove the buff while OP_BuffCreate adds/removes the actual buff icon
		EQApplicationPacket *outapp = nullptr;
		if (eq->bufffade == 1)
		{
			outapp = new EQApplicationPacket(OP_BuffCreate, 29);
			outapp->WriteUInt32(emu->entityid);
			outapp->WriteUInt32(0);	// tic timer
			outapp->WriteUInt8(0);		// Type of OP_BuffCreate packet ?
			outapp->WriteUInt16(1);		// 1 buff in this packet
			outapp->WriteUInt32(eq->slotid);
			outapp->WriteUInt32(0xffffffff);		// SpellID (0xffff to remove)
			outapp->WriteUInt32(0);			// Duration
			outapp->WriteUInt32(0);			// numhits
			outapp->WriteUInt8(0);		// Caster name
			outapp->WriteUInt8(0);		// Type
		}
		FINISH_ENCODE();

		if (outapp)
			dest->FastQueuePacket(&outapp);	// Send the OP_BuffCreate to remove the buff
	}

	ENCODE(OP_BuffCreate)
	{
		SETUP_VAR_ENCODE(BuffIcon_Struct);

		uint32 sz = 12 + (17 * emu->count) + emu->name_lengths; // 17 includes nullterm
		__packet->size = sz;
		__packet->pBuffer = new unsigned char[sz];
		memset(__packet->pBuffer, 0, sz);

		__packet->WriteUInt32(emu->entity_id);
		__packet->WriteUInt32(emu->tic_timer);
		__packet->WriteUInt8(emu->all_buffs);			// 1 indicates all buffs on the player (0 to add or remove a single buff)
		__packet->WriteUInt16(emu->count);

		for (int i = 0; i < emu->count; ++i)
		{
			__packet->WriteUInt32(emu->type == 0 ? ServerToRoF2BuffSlot(emu->entries[i].buff_slot) : emu->entries[i].buff_slot);
			__packet->WriteUInt32(emu->entries[i].spell_id);
			__packet->WriteUInt32(emu->entries[i].tics_remaining);
			__packet->WriteUInt32(emu->entries[i].num_hits); // Unknown
			__packet->WriteString(emu->entries[i].caster);
		}
		__packet->WriteUInt8(emu->type); // Unknown

		FINISH_ENCODE();
	}

	ENCODE(OP_BuyerItems)
	{
		EQApplicationPacket *inapp = *p;
		*p = nullptr;

		auto action = *(uint32 *) inapp->pBuffer;

		switch (action) {
			case Barter_BuyerItemUpdate: {
				BuyerLineItems_Struct        bl{};
				auto                         emu = (BuyerGeneric_Struct *) inapp->pBuffer;
				EQ::Util::MemoryStreamReader ss(
					reinterpret_cast<char *>(emu->payload),
					inapp->size - sizeof(BuyerGeneric_Struct)
				);
				cereal::BinaryInputArchive   ar(ss);
				ar(bl);

				//packet size
				auto            packet_size = bl.item_name.length() + 1 + 34;
				for (auto const &b: bl.trade_items) {
					packet_size += b.item_name.length() + 1;
					packet_size += 12;
				}

				auto outapp         = std::make_unique<EQApplicationPacket>(OP_BuyerItems, packet_size);
				char *eq            = (char *) outapp->pBuffer;
				auto no_trade_items = bl.trade_items.size();

				VARSTRUCT_ENCODE_TYPE(uint32, eq, structs::RoF2BuyerActions::BuyerModifyBuyLine);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.slot);
				VARSTRUCT_ENCODE_TYPE(uint8, eq, bl.enabled ? 1 : 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.item_id);
				VARSTRUCT_ENCODE_STRING(eq, bl.item_name.c_str());
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.item_icon);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.item_quantity);
				VARSTRUCT_ENCODE_TYPE(uint8, eq, bl.item_toggle ? 1 : 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.item_cost);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, no_trade_items);

				for (int i = 0; i < no_trade_items; i++) {
					VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.trade_items[i].item_id);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.trade_items[i].item_quantity);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, bl.trade_items[i].item_icon);
					VARSTRUCT_ENCODE_STRING(eq, bl.trade_items[i].item_name.c_str());
				}
				dest->QueuePacket(outapp.get());
				safe_delete(inapp);
				break;
			}
			case Barter_BuyerInspectBegin: {
				auto emu = (BuyerGeneric_Struct *) inapp->pBuffer;

				BuyerLineItems_Struct        bli{};
				EQ::Util::MemoryStreamReader ss(
					reinterpret_cast<char *>(emu->payload),
					inapp->size - sizeof(BuyerGeneric_Struct)
				);
				cereal::BinaryInputArchive   ar(ss);
				ar(bli);

				//packet size
				auto            packet_size = bli.item_name.length() + 1 + 34;
				for (auto const &b: bli.trade_items) {
					packet_size += b.item_name.length() + 1;
					packet_size += 12;
				}

				auto packet         = std::make_unique<EQApplicationPacket>(OP_BuyerItems, packet_size);
				char *eq            = (char *) packet->pBuffer;
				auto no_trade_items = bli.trade_items.size();

				VARSTRUCT_ENCODE_TYPE(uint32, eq, structs::RoF2BuyerActions::BuyerSendBuyLine);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bli.slot);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bli.slot);
				VARSTRUCT_ENCODE_TYPE(uint8, eq, bli.enabled ? 1 : 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bli.item_id);
				VARSTRUCT_ENCODE_STRING(eq, bli.item_name.c_str());
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bli.item_icon);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bli.item_quantity);
				VARSTRUCT_ENCODE_TYPE(uint8, eq, bli.item_toggle ? 1 : 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bli.item_cost);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, no_trade_items);

				for (auto const &i: bli.trade_items) {
					VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_id);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_quantity);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_icon);
					VARSTRUCT_ENCODE_STRING(eq, i.item_name.c_str());
				}
				dest->QueuePacket(packet.get());
				safe_delete(inapp);

				break;
			}
			case Barter_BuyerSearch: {
				BuyerLineSearch_Struct       bls{};
				auto                         emu = (BuyerGeneric_Struct *) inapp->pBuffer;
				EQ::Util::MemoryStreamReader ss(
					reinterpret_cast<char *>(emu->payload),
					inapp->size - sizeof(BuyerGeneric_Struct)
				);
				cereal::BinaryInputArchive   ar(ss);
				ar(bls);
				LogTrading("(RoF2) Barter_BuyerSearch action <green>[{}]", emu->action);

				//Calculate size of packet
				auto p_size = 0;
				p_size += 5 * sizeof(uint32) + 1 * sizeof(uint8);
				p_size += bls.search_string.length() + 1;
				for (auto const &b: bls.buy_line) {
					p_size += 6 * sizeof(uint32) + 2 * sizeof(uint8);
					p_size += strlen(b.item_name) + 1;
					p_size += b.buyer_name.length() + 1;
					for (auto const &d: b.trade_items) {
						if (d.item_id != 0) {
							p_size += d.item_name.length() + 1;
							p_size += 3 * sizeof(uint32);
						}
					}
					p_size += 3 * sizeof(uint32);
				}

				BuyerBuyLines_Struct bl{};
				auto outapp = std::make_unique<EQApplicationPacket>(OP_BuyerItems, p_size);
				auto eq     = (char *) outapp->pBuffer;

				VARSTRUCT_ENCODE_TYPE(uint32, eq, 1);
				VARSTRUCT_ENCODE_STRING(eq, bls.search_string.c_str());
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bls.transaction_id);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
				VARSTRUCT_ENCODE_TYPE(uint8, eq, 1);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, bls.no_items);
				for (auto const &b: bls.buy_line) {
					VARSTRUCT_ENCODE_TYPE(uint32, eq, b.slot);
					VARSTRUCT_ENCODE_TYPE(uint8, eq, 1);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, b.item_id);
					VARSTRUCT_ENCODE_STRING(eq, b.item_name);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, b.item_icon);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, b.item_quantity);
					VARSTRUCT_ENCODE_TYPE(uint8, eq, 1);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, b.item_cost);
					auto no_sub_items = b.trade_items.size();
					VARSTRUCT_ENCODE_TYPE(uint32, eq, no_sub_items);
					for (auto const &i: b.trade_items) {
						VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_id);
						VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_quantity);
						VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_icon);
						VARSTRUCT_ENCODE_STRING(eq, i.item_name.c_str());
					}
					VARSTRUCT_ENCODE_TYPE(uint32, eq, b.buyer_entity_id);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, b.buyer_id);
					VARSTRUCT_ENCODE_TYPE(uint16, eq, b.buyer_zone_id);
					VARSTRUCT_ENCODE_TYPE(uint16, eq, b.buyer_zone_instance_id);
					VARSTRUCT_ENCODE_STRING(eq, b.buyer_name.c_str());
				}

				dest->QueuePacket(outapp.get());
				safe_delete(inapp);
				break;
			}
			case Barter_RemoveFromMerchantWindow: {
				auto emu = (BuyerRemoveItemFromMerchantWindow_Struct *) inapp->pBuffer;

				emu->action = structs::RoF2BuyerActions::BuyerSendBuyLine;
				dest->FastQueuePacket(&inapp);
				break;
			}
			case Barter_BuyerTransactionComplete:
			case Barter_SellerTransactionComplete: {
				BuyerLineSellItem_Struct     blsi{};
				auto                         emu = (BuyerGeneric_Struct *) inapp->pBuffer;
				EQ::Util::MemoryStreamReader ss(
					reinterpret_cast<char *>(emu->payload),
					inapp->size - sizeof(BuyerGeneric_Struct)
				);
				cereal::BinaryInputArchive   ar(ss);
				ar(blsi);

				//packet size
				auto            packet_size = strlen(blsi.item_name) * 2 + 2 + 48 + 30 + blsi.seller_name.length() + 1 +
											  blsi.buyer_name.length() + 1;
				for (auto const &b: blsi.trade_items) {
					packet_size += b.item_name.length() + 1;
					packet_size += 12;
				}

				auto outapp = std::make_unique<EQApplicationPacket>(OP_BuyerItems, packet_size);
				auto eq     = (char *) outapp->pBuffer;

				switch (action) {
					case Barter_BuyerTransactionComplete: {
						VARSTRUCT_ENCODE_TYPE(uint32, eq, structs::RoF2BuyerActions::BuyerBuyItem);
						break;
					}
					case Barter_SellerTransactionComplete: {
						VARSTRUCT_ENCODE_TYPE(uint32, eq, structs::RoF2BuyerActions::BuyerSellItem);
						break;
					}
				}
				VARSTRUCT_ENCODE_TYPE(uint32, eq, blsi.sub_action);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, blsi.error_code);
				eq += 16;
				VARSTRUCT_ENCODE_STRING(eq, blsi.buyer_name.c_str());
				VARSTRUCT_ENCODE_STRING(eq, blsi.item_name);
				VARSTRUCT_ENCODE_STRING(eq, blsi.seller_name.c_str());
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0xFFFFFFFF);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0xFFFFFFFF);
				eq += 1;
				VARSTRUCT_ENCODE_STRING(eq, blsi.item_name);
				eq += 9;
				VARSTRUCT_ENCODE_TYPE(uint32, eq, blsi.item_cost);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, blsi.trade_items.size());

				for (auto const &i: blsi.trade_items) {
					VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, i.item_quantity);
					VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
					VARSTRUCT_ENCODE_STRING(eq, i.item_name.c_str());
				}

				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0xFFFFFF);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, eq, blsi.seller_quantity);

				dest->QueuePacket(outapp.get());
				safe_delete(inapp);
				break;
			}
			default: {
				dest->FastQueuePacket(&inapp);
			}
		}
	}

	ENCODE(OP_CancelTrade)
	{
		ENCODE_LENGTH_EXACT(CancelTrade_Struct);
		SETUP_DIRECT_ENCODE(CancelTrade_Struct, structs::CancelTrade_Struct);

		OUT(fromid);
		OUT(action);

		FINISH_ENCODE();
	}

	ENCODE(OP_CastSpell)
	{
		ENCODE_LENGTH_EXACT(CastSpell_Struct);
		SETUP_DIRECT_ENCODE(CastSpell_Struct, structs::CastSpell_Struct);

		eq->slot = static_cast<uint32>(ServerToRoF2CastingSlot(static_cast<EQ::spells::CastingSlot>(emu->slot)));

		OUT(spell_id);
		eq->inventory_slot = ServerToRoF2Slot(emu->inventoryslot);
		//OUT(inventoryslot);
		OUT(target_id);

		FINISH_ENCODE();
	}

	ENCODE(OP_ChannelMessage)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		ChannelMessage_Struct *emu = (ChannelMessage_Struct *)in->pBuffer;

		unsigned char *__emu_buffer = in->pBuffer;

		std::string old_message = emu->message;
		std::string new_message;
		ServerToRoF2SayLink(new_message, old_message);

		//in->size = strlen(emu->sender) + 1 + strlen(emu->targetname) + 1 + strlen(emu->message) + 1 + 36;
		in->size = strlen(emu->sender) + strlen(emu->targetname) + new_message.length() + 39;

		in->pBuffer = new unsigned char[in->size];

		char *OutBuffer = (char *)in->pBuffer;

		VARSTRUCT_ENCODE_STRING(OutBuffer, emu->sender);
		VARSTRUCT_ENCODE_STRING(OutBuffer, emu->targetname);
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0);	// Unknown
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->language);
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->chan_num);
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0);	// Unknown
		VARSTRUCT_ENCODE_TYPE(uint8, OutBuffer, 0);	// Unknown
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->skill_in_language);
		VARSTRUCT_ENCODE_STRING(OutBuffer, new_message.c_str());

		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0);	// Unknown
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0);	// Unknown
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0);	// Unknown
		VARSTRUCT_ENCODE_TYPE(uint16, OutBuffer, 0);	// Unknown
		VARSTRUCT_ENCODE_TYPE(uint8, OutBuffer, 0);	// Unknown

		delete[] __emu_buffer;
		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_CharInventory)
	{
		//consume the packet
		EQApplicationPacket* in = *p;
		*p = nullptr;

		if (!in->size) {
			in->size = 4;
			in->pBuffer = new uchar[in->size];
			memset(in->pBuffer, 0, in->size);

			dest->FastQueuePacket(&in, ack_req);
			return;
		}

		//store away the emu struct
		uchar* __emu_buffer = in->pBuffer;

		int item_count = in->size / sizeof(EQ::InternalSerializedItem_Struct);
		if (!item_count || (in->size % sizeof(EQ::InternalSerializedItem_Struct)) != 0) {
			Log(Logs::General, Logs::Netcode, "[STRUCTS] Wrong size on outbound %s: Got %d, expected multiple of %d",
				opcodes->EmuToName(in->GetOpcode()), in->size, sizeof(EQ::InternalSerializedItem_Struct));

			delete in;
			return;
		}

		EQ::InternalSerializedItem_Struct* eq = (EQ::InternalSerializedItem_Struct*)in->pBuffer;

		EQ::OutBuffer ob;
		EQ::OutBuffer::pos_type last_pos = ob.tellp();

		ob.write((const char*)&item_count, sizeof(uint32));

		for (int index = 0; index < item_count; ++index, ++eq) {
			SerializeItem(ob, (const EQ::ItemInstance*)eq->inst, eq->slot_id, 0, ItemPacketCharInventory);
			if (ob.tellp() == last_pos)
				LogNetcode("RoF2::ENCODE(OP_CharInventory) Serialization failed on item slot [{}] during OP_CharInventory.  Item skipped", eq->slot_id);

			last_pos = ob.tellp();
		}

		in->size = ob.size();
		in->pBuffer = ob.detach();

		delete[] __emu_buffer;

		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_ClickObjectAction)
	{
		ENCODE_LENGTH_EXACT(ClickObjectAction_Struct);
		SETUP_DIRECT_ENCODE(ClickObjectAction_Struct, structs::ClickObjectAction_Struct);

		OUT(drop_id);
		eq->unknown04 = -1;
		eq->unknown08 = -1;
		OUT(type);
		OUT(icon);
		eq->unknown16 = 0;
		OUT_str(object_name);

		FINISH_ENCODE();
	}

	ENCODE(OP_Consider)
	{
		ENCODE_LENGTH_EXACT(Consider_Struct);
		SETUP_DIRECT_ENCODE(Consider_Struct, structs::Consider_Struct);

		OUT(playerid);
		OUT(targetid);
		OUT(faction);
		OUT(level);
		OUT(pvpcon);

		FINISH_ENCODE();
	}

	ENCODE(OP_Damage)
	{
		ENCODE_LENGTH_EXACT(CombatDamage_Struct);
		SETUP_DIRECT_ENCODE(CombatDamage_Struct, structs::CombatDamage_Struct);

		OUT(target);
		OUT(source);
		OUT(type);
		OUT(spellid);
		OUT(damage);
		OUT(force);
		OUT(hit_heading);
		OUT(hit_pitch);
		OUT(special);

		FINISH_ENCODE();
	}

	ENCODE(OP_DeleteCharge)
	{
		Log(Logs::Detail, Logs::Netcode, "RoF2::ENCODE(OP_DeleteCharge)");

		ENCODE_FORWARD(OP_MoveItem);
	}

	ENCODE(OP_DeleteItem)
	{
		ENCODE_LENGTH_EXACT(DeleteItem_Struct);
		SETUP_DIRECT_ENCODE(DeleteItem_Struct, structs::DeleteItem_Struct);

		eq->from_slot = ServerToRoF2Slot(emu->from_slot);
		eq->to_slot = ServerToRoF2Slot(emu->to_slot);
		OUT(number_in_stack);

		FINISH_ENCODE();
	}

	ENCODE(OP_DeleteSpawn)
	{
		ENCODE_LENGTH_EXACT(DeleteSpawn_Struct);
		SETUP_DIRECT_ENCODE(DeleteSpawn_Struct, structs::DeleteSpawn_Struct);

		OUT(spawn_id);
		eq->unknown04 = 1;	// Observed

		FINISH_ENCODE();
	}

	ENCODE(OP_DisciplineUpdate)
	{
		ENCODE_LENGTH_EXACT(Disciplines_Struct);
		SETUP_DIRECT_ENCODE(Disciplines_Struct, structs::Disciplines_Struct);

		memcpy(&eq->values, &emu->values, sizeof(Disciplines_Struct));

		FINISH_ENCODE();
	}

	ENCODE(OP_DzChooseZone)
	{
		SETUP_VAR_ENCODE(DynamicZoneChooseZone_Struct);

		SerializeBuffer buf;
		buf.WriteUInt32(emu->client_id);
		buf.WriteUInt32(emu->count);

		for (uint32 i = 0; i < emu->count; ++i)
		{
			buf.WriteUInt16(emu->choices[i].dz_zone_id);
			buf.WriteUInt16(emu->choices[i].dz_instance_id);
			buf.WriteUInt32(emu->choices[i].unknown_id1);
			buf.WriteUInt32(emu->choices[i].dz_type);
			buf.WriteUInt32(emu->choices[i].unknown_id2);
			buf.WriteString(emu->choices[i].description);
			buf.WriteString(emu->choices[i].leader_name);
		}

		__packet->size = buf.size();
		__packet->pBuffer = new unsigned char[__packet->size];
		memcpy(__packet->pBuffer, buf.buffer(), __packet->size);

		FINISH_ENCODE();
	}

	ENCODE(OP_DzExpeditionEndsWarning)
	{
		ENCODE_LENGTH_EXACT(ExpeditionExpireWarning);
		SETUP_DIRECT_ENCODE(ExpeditionExpireWarning, structs::ExpeditionExpireWarning);

		OUT(minutes_remaining);

		FINISH_ENCODE();
	}

	ENCODE(OP_DzExpeditionInfo)
	{
		ENCODE_LENGTH_EXACT(DynamicZoneInfo_Struct);
		SETUP_DIRECT_ENCODE(DynamicZoneInfo_Struct, structs::DynamicZoneInfo_Struct);

		OUT(client_id);
		OUT(assigned);
		OUT(max_players);
		strn0cpy(eq->dz_name, emu->dz_name, sizeof(eq->dz_name));
		strn0cpy(eq->leader_name, emu->leader_name, sizeof(eq->leader_name));

		FINISH_ENCODE();
	}

	ENCODE(OP_DzExpeditionInvite)
	{
		ENCODE_LENGTH_EXACT(ExpeditionInvite_Struct);
		SETUP_DIRECT_ENCODE(ExpeditionInvite_Struct, structs::ExpeditionInvite_Struct);

		OUT(client_id);
		strn0cpy(eq->inviter_name, emu->inviter_name, sizeof(eq->inviter_name));
		strn0cpy(eq->expedition_name, emu->expedition_name, sizeof(eq->expedition_name));
		OUT(swapping);
		strn0cpy(eq->swap_name, emu->swap_name, sizeof(eq->swap_name));
		OUT(dz_zone_id);
		OUT(dz_instance_id);

		FINISH_ENCODE();
	}

	ENCODE(OP_DzExpeditionLockoutTimers)
	{
		SETUP_VAR_ENCODE(ExpeditionLockoutTimers_Struct);

		SerializeBuffer buf;
		buf.WriteUInt32(emu->client_id);
		buf.WriteUInt32(emu->count);
		for (uint32 i = 0; i < emu->count; ++i)
		{
			buf.WriteString(emu->timers[i].expedition_name);
			buf.WriteUInt32(emu->timers[i].seconds_remaining);
			buf.WriteInt32(emu->timers[i].event_type);
			buf.WriteString(emu->timers[i].event_name);
		}

		__packet->size = buf.size();
		__packet->pBuffer = new unsigned char[__packet->size];
		memcpy(__packet->pBuffer, buf.buffer(), __packet->size);

		FINISH_ENCODE();
	}

	ENCODE(OP_DzSetLeaderName)
	{
		ENCODE_LENGTH_EXACT(DynamicZoneLeaderName_Struct);
		SETUP_DIRECT_ENCODE(DynamicZoneLeaderName_Struct, structs::DynamicZoneLeaderName_Struct);

		OUT(client_id);
		strn0cpy(eq->leader_name, emu->leader_name, sizeof(eq->leader_name));

		FINISH_ENCODE();
	}

	ENCODE(OP_DzMemberList)
	{
		SETUP_VAR_ENCODE(DynamicZoneMemberList_Struct);

		SerializeBuffer buf;
		buf.WriteUInt32(emu->client_id);
		buf.WriteUInt32(emu->member_count);
		for (uint32 i = 0; i < emu->member_count; ++i)
		{
			buf.WriteString(emu->members[i].name);
			buf.WriteUInt8(emu->members[i].online_status);
		}

		__packet->size = buf.size();
		__packet->pBuffer = new unsigned char[__packet->size];
		memcpy(__packet->pBuffer, buf.buffer(), __packet->size);

		FINISH_ENCODE();
	}

	ENCODE(OP_DzMemberListName)
	{
		ENCODE_LENGTH_EXACT(DynamicZoneMemberListName_Struct);
		SETUP_DIRECT_ENCODE(DynamicZoneMemberListName_Struct, structs::DynamicZoneMemberListName_Struct);

		OUT(client_id);
		OUT(add_name);
		strn0cpy(eq->name, emu->name, sizeof(eq->name));

		FINISH_ENCODE();
	}

	ENCODE(OP_DzMemberListStatus)
	{
		auto emu = reinterpret_cast<DynamicZoneMemberList_Struct*>((*p)->pBuffer);
		if (emu->member_count == 1)
		{
			ENCODE_FORWARD(OP_DzMemberList);
		}
	}

	ENCODE(OP_Emote)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		Emote_Struct *emu = (Emote_Struct *)in->pBuffer;

		unsigned char *__emu_buffer = in->pBuffer;

		std::string old_message = emu->message;
		std::string new_message;
		ServerToRoF2SayLink(new_message, old_message);

		//if (new_message.length() > 512) // length restricted in packet building function due vari-length name size (no nullterm)
		//	new_message = new_message.substr(0, 512);

		in->size = new_message.length() + 5;
		in->pBuffer = new unsigned char[in->size];

		char *OutBuffer = (char *)in->pBuffer;

		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->type);
		VARSTRUCT_ENCODE_STRING(OutBuffer, new_message.c_str());

		delete[] __emu_buffer;
		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_EvolveItem)
	{
		EQApplicationPacket *in = *p;
		*p                      = nullptr;

		auto action = *reinterpret_cast<uint32 *>(in->pBuffer);

		switch (action) {
			case EvolvingItems::Actions::TRANSFER_WINDOW_DETAILS: {
				auto emu = reinterpret_cast<EvolveItemMessaging *>(in->pBuffer);

				EvolveXPWindowSend           e{};
				EQ::Util::MemoryStreamReader ss(emu->serialized_data, in->size - sizeof(emu->action));
				cereal::BinaryInputArchive ar(ss);
				ar(e);

				auto item_1 = static_cast<const EQ::ItemInstance *>(reinterpret_cast<EQ::InternalSerializedItem_Struct
					*>(e.serialize_item_1.data())->inst);
				auto item_2 = static_cast<const EQ::ItemInstance *>(reinterpret_cast<EQ::InternalSerializedItem_Struct
					*>(e.serialize_item_2.data())->inst);

				EQ::OutBuffer ob;

				SerializeItem(ob, item_1, 0, 0, ItemPacketMerchant);
				SerializeItem(ob, item_2, 0, 0, ItemPacketMerchant);

				auto out = std::make_unique<EQApplicationPacket>(
					OP_EvolveItem,
					sizeof(EvolveXPWindowSendDetails_Struct) + ob.size()
				);
				auto data = reinterpret_cast<EvolveXPWindowSendDetails_Struct *>(out->pBuffer);

				data->action             = e.action;
				data->compatibility      = e.compatibility;
				data->max_transfer_level = e.max_transfer_level;
				data->item1_unique_id    = e.item1_unique_id;
				data->item2_unique_id    = e.item2_unique_id;
				data->item1_present      = e.item1_present;
				data->item2_present      = e.item2_present;

				memcpy(data->serialize_data, ob.str().data(), ob.size());
				dest->QueuePacket(out.get());
				safe_delete(in);
				break;
			}
			default: {
				dest->FastQueuePacket(&in);
				break;
			}
		}
	}

	ENCODE(OP_ExpansionInfo)
	{
		ENCODE_LENGTH_EXACT(ExpansionInfo_Struct);
		SETUP_DIRECT_ENCODE(ExpansionInfo_Struct, structs::ExpansionInfo_Struct);

		OUT(Expansions);

		FINISH_ENCODE();
	}

	ENCODE(OP_FormattedMessage)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		FormattedMessage_Struct *emu = (FormattedMessage_Struct *)in->pBuffer;

		unsigned char *__emu_buffer = in->pBuffer;

		char *old_message_ptr = (char *)in->pBuffer;
		old_message_ptr += sizeof(FormattedMessage_Struct);

		std::string old_message_array[9];

		for (int i = 0; i < 9; ++i) {
			if (*old_message_ptr == 0) { break; }
			old_message_array[i] = old_message_ptr;
			old_message_ptr += old_message_array[i].length() + 1;
		}

		uint32 new_message_size = 0;
		std::string new_message_array[9];

		for (int i = 0; i < 9; ++i) {
			if (old_message_array[i].length() == 0) { break; }
			ServerToRoF2SayLink(new_message_array[i], old_message_array[i]);
			new_message_size += new_message_array[i].length() + 1;
		}

		in->size = sizeof(FormattedMessage_Struct) + new_message_size + 1;
		in->pBuffer = new unsigned char[in->size];

		char *OutBuffer = (char *)in->pBuffer;

		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->unknown0);
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->string_id);
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->type);

		for (int i = 0; i < 9; ++i) {
			if (new_message_array[i].length() == 0) { break; }
			VARSTRUCT_ENCODE_STRING(OutBuffer, new_message_array[i].c_str());
		}

		VARSTRUCT_ENCODE_TYPE(uint8, OutBuffer, 0);

		delete[] __emu_buffer;
		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_GMLastName)
	{
		ENCODE_LENGTH_EXACT(GMLastName_Struct);
		SETUP_DIRECT_ENCODE(GMLastName_Struct, structs::GMLastName_Struct);

		OUT_str(name);
		OUT_str(gmname);
		OUT_str(lastname);
		for (int i = 0; i<4; i++)
		{
			eq->unknown[i] = emu->unknown[i];
		}

		FINISH_ENCODE();
	}

	ENCODE(OP_GMTrainSkillConfirm)
	{
		ENCODE_LENGTH_EXACT(GMTrainSkillConfirm_Struct);
		SETUP_DIRECT_ENCODE(GMTrainSkillConfirm_Struct, structs::GMTrainSkillConfirm_Struct);

		OUT(SkillID);
		OUT(Cost);
		OUT(NewSkill);
		OUT_str(TrainerName);

		FINISH_ENCODE();
	}

	ENCODE(OP_GroundSpawn)
	{
		// We are not encoding the spawn_id field here, but it doesn't appear to matter.
		//
		EQApplicationPacket *in = *p;
		*p = nullptr;

		Object_Struct *emu = (Object_Struct *)in->pBuffer;

		unsigned char *__emu_buffer = in->pBuffer;

		in->size = strlen(emu->object_name) + sizeof(Object_Struct)-1;
		in->pBuffer = new unsigned char[in->size];

		char *OutBuffer = (char *)in->pBuffer;

		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->drop_id);
		VARSTRUCT_ENCODE_STRING(OutBuffer, emu->object_name);
		VARSTRUCT_ENCODE_TYPE(uint16, OutBuffer, emu->zone_id);
		VARSTRUCT_ENCODE_TYPE(uint16, OutBuffer, emu->zone_instance);
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, emu->drop_id);	// Some unique id
		VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0);	// Same for all objects in the zone
		VARSTRUCT_ENCODE_TYPE(float, OutBuffer, emu->heading);
		VARSTRUCT_ENCODE_TYPE(float, OutBuffer, emu->tilt_x);	// X tilt
		VARSTRUCT_ENCODE_TYPE(float, OutBuffer, emu->tilt_y);	// Y tilt
		VARSTRUCT_ENCODE_TYPE(float, OutBuffer, emu->size != 0 && (float)emu->size < 5000.f ? (float)((float)emu->size / 100.0f) : 1.f );	// This appears to be the size field. Hackish logic because some PEQ DB items were corrupt.
		VARSTRUCT_ENCODE_TYPE(float, OutBuffer, emu->y);
		VARSTRUCT_ENCODE_TYPE(float, OutBuffer, emu->x);
		VARSTRUCT_ENCODE_TYPE(float, OutBuffer, emu->z);
		VARSTRUCT_ENCODE_TYPE(int32, OutBuffer, emu->object_type);	// Unknown, observed 0x00000014

		delete[] __emu_buffer;
		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_GroupCancelInvite)
	{
		ENCODE_LENGTH_EXACT(GroupCancel_Struct);
		SETUP_DIRECT_ENCODE(GroupCancel_Struct, structs::GroupCancel_Struct);

		memcpy(eq->name1, emu->name1, sizeof(eq->name1));
		memcpy(eq->name2, emu->name2, sizeof(eq->name2));
		OUT(toggle);

		FINISH_ENCODE();
	}

	ENCODE(OP_GroupFollow)
	{
		ENCODE_LENGTH_EXACT(GroupGeneric_Struct);
		SETUP_DIRECT_ENCODE(GroupGeneric_Struct, structs::GroupFollow_Struct);

		memcpy(eq->name1, emu->name1, sizeof(eq->name1));
		memcpy(eq->name2, emu->name2, sizeof(eq->name2));

		FINISH_ENCODE();
	}

	ENCODE(OP_GroupFollow2)
	{
		ENCODE_LENGTH_EXACT(GroupGeneric_Struct);
		SETUP_DIRECT_ENCODE(GroupGeneric_Struct, structs::GroupFollow_Struct);

		memcpy(eq->name1, emu->name1, sizeof(eq->name1));
		memcpy(eq->name2, emu->name2, sizeof(eq->name2));

		FINISH_ENCODE();
	}

	ENCODE(OP_GroupInvite)
	{
		ENCODE_LENGTH_EXACT(GroupGeneric_Struct);
		SETUP_DIRECT_ENCODE(GroupGeneric_Struct, structs::GroupInvite_Struct);

		memcpy(eq->invitee_name, emu->name1, sizeof(eq->invitee_name));
		memcpy(eq->inviter_name, emu->name2, sizeof(eq->inviter_name));

		FINISH_ENCODE();
	}

	ENCODE(OP_GroupUpdate)
	{
		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] OP_GroupUpdate");
		EQApplicationPacket *in = *p;
		GroupJoin_Struct *gjs = (GroupJoin_Struct*)in->pBuffer;

		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Received outgoing OP_GroupUpdate with action code %i", gjs->action);
		if ((gjs->action == groupActLeave) || (gjs->action == groupActDisband))
		{
			if ((gjs->action == groupActDisband) || !strcmp(gjs->yourname, gjs->membername))
			{
				//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Group Leave, yourname = %s, member_name = %s", gjs->yourname, gjs->member_name);

				auto outapp =
				    new EQApplicationPacket(OP_GroupDisbandYou, sizeof(structs::GroupGeneric_Struct));

				structs::GroupGeneric_Struct *ggs = (structs::GroupGeneric_Struct*)outapp->pBuffer;
				memcpy(ggs->name1, gjs->yourname, sizeof(ggs->name1));
				memcpy(ggs->name2, gjs->membername, sizeof(ggs->name1));
				dest->FastQueuePacket(&outapp);

				// Make an empty GLAA packet to clear out their useable GLAAs
				//
				outapp = new EQApplicationPacket(OP_GroupLeadershipAAUpdate, sizeof(GroupLeadershipAAUpdate_Struct));

				dest->FastQueuePacket(&outapp);
				delete in;
				return;
			}
			//if(gjs->action == groupActLeave)
			//	Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Group Leave, yourname = %s, member_name = %s", gjs->yourname, gjs->member_name);

			auto outapp =
			    new EQApplicationPacket(OP_GroupDisbandOther, sizeof(structs::GroupGeneric_Struct));

			structs::GroupGeneric_Struct *ggs = (structs::GroupGeneric_Struct*)outapp->pBuffer;
			memcpy(ggs->name1, gjs->yourname, sizeof(ggs->name1));
			memcpy(ggs->name2, gjs->membername, sizeof(ggs->name2));
			//Log.Hex(Logs::Netcode, outapp->pBuffer, outapp->size);
			dest->FastQueuePacket(&outapp);

			delete in;
			return;
		}

		if (in->size == sizeof(GroupUpdate2_Struct))
		{
			// Group Update2
			//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Struct is GroupUpdate2");

			unsigned char *__emu_buffer = in->pBuffer;
			GroupUpdate2_Struct *gu2 = (GroupUpdate2_Struct*)__emu_buffer;

			//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Yourname is %s", gu2->yourname);

			int MemberCount = 1;
			int PacketLength = 8 + strlen(gu2->leadersname) + 1 + 22 + strlen(gu2->yourname) + 1;

			for (int i = 0; i < 5; ++i)
			{
				//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Membername[%i] is %s", i,  gu2->member_name[i]);
				if (gu2->membername[i][0] != '\0')
				{
					PacketLength += (22 + strlen(gu2->membername[i]) + 1);
					++MemberCount;
				}
			}

			//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Leadername is %s", gu2->leadersname);

			auto outapp = new EQApplicationPacket(OP_GroupUpdateB, PacketLength);

			char *Buffer = (char *)outapp->pBuffer;

			// Header
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);	// Think this should be SpawnID, but it doesn't seem to matter
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, MemberCount);
			VARSTRUCT_ENCODE_STRING(Buffer, gu2->leadersname);

			// Leader
			//

			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);		// index
			VARSTRUCT_ENCODE_STRING(Buffer, gu2->yourname);	// name
			VARSTRUCT_ENCODE_TYPE(uint16, Buffer, 0);		// owner name of merc
			//VARSTRUCT_ENCODE_STRING(Buffer, "");
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);		// This is a string
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0x46);	// level
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);		// group tank flag
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);		// group assist flag
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);		// group puller flag
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);		// offline
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);		// timestamp

			int MemberNumber = 1;

			for (int i = 0; i < 5; ++i)
			{
				if (gu2->membername[i][0] == '\0')
					continue;

				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, MemberNumber++);	// index
				VARSTRUCT_ENCODE_STRING(Buffer, gu2->membername[i]);	// name
				VARSTRUCT_ENCODE_TYPE(uint16, Buffer, 0);				// merc flag
				//VARSTRUCT_ENCODE_STRING(Buffer, "");
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);				// owner name fo merc
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0x41);			// level
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);				// group tank flag
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);				// group assist flag
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);				// group puller flag
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);				// offline
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);				// timestamp
			}

			//Log.Hex(Logs::Netcode, outapp->pBuffer, outapp->size);
			dest->FastQueuePacket(&outapp);

			outapp = new EQApplicationPacket(OP_GroupLeadershipAAUpdate, sizeof(GroupLeadershipAAUpdate_Struct));

			GroupLeadershipAAUpdate_Struct *GLAAus = (GroupLeadershipAAUpdate_Struct*)outapp->pBuffer;

			GLAAus->NPCMarkerID = gu2->NPCMarkerID;
			memcpy(&GLAAus->LeaderAAs, &gu2->leader_aas, sizeof(GLAAus->LeaderAAs));

			dest->FastQueuePacket(&outapp);
			delete in;

			return;

		}
		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Generic GroupUpdate, yourname = %s, member_name = %s", gjs->yourname, gjs->member_name);
		ENCODE_LENGTH_EXACT(GroupJoin_Struct);
		SETUP_DIRECT_ENCODE(GroupJoin_Struct, structs::GroupJoin_Struct);

		memcpy(eq->membername, emu->membername, sizeof(eq->membername));

		auto outapp =
		    new EQApplicationPacket(OP_GroupLeadershipAAUpdate, sizeof(GroupLeadershipAAUpdate_Struct));
		GroupLeadershipAAUpdate_Struct *GLAAus = (GroupLeadershipAAUpdate_Struct*)outapp->pBuffer;

		GLAAus->NPCMarkerID = emu->NPCMarkerID;

		memcpy(&GLAAus->LeaderAAs, &emu->leader_aas, sizeof(GLAAus->LeaderAAs));
		//Log.Hex(Logs::Netcode, __packet->pBuffer, __packet->size);

		FINISH_ENCODE();

		dest->FastQueuePacket(&outapp);
	}

	ENCODE(OP_GuildBank)
	{
		auto in = *p;
		*p = nullptr;
		auto outapp = new EQApplicationPacket(OP_GuildBank, in->size + 4); // all of them are 4 bytes bigger

		// The first action in the enum was removed, everything 1 less
		// Normally we cast them to their structs, but there are so many here! will only do when it's easier
		switch (in->ReadUInt32()) {
		case 10: // GuildBankAcknowledge
			outapp->WriteUInt32(9);
			outapp->WriteUInt32(in->ReadUInt32());
			outapp->WriteUInt32(0);
			break;
		case 5: // GuildBankDeposit (ack)
			outapp->WriteUInt32(4);
			outapp->WriteUInt32(in->ReadUInt32());
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(in->ReadUInt32());
			break;
		case 1: { // GuildBankItemUpdate
			auto emu = (GuildBankItemUpdate_Struct *)in->pBuffer;
			auto eq = (structs::GuildBankItemUpdate_Struct *)outapp->pBuffer;
			eq->action = 0;
			OUT(display);
			OUT(slot_id);
			OUT(area);
			OUT(item_id);
			OUT(icon_id);
			OUT(quantity);
			OUT(permissions);
			OUT(allow_merge);
			OUT(is_useable);
			OUT_str(item_name);
			OUT_str(donator);
			OUT_str(who_for);
			break;
		}
		default:
			break;
		}
		delete in;
		dest->FastQueuePacket(&outapp);
	}

	ENCODE(OP_GuildMemberList)
	{
		//consume the packet
		EQApplicationPacket *in = *p;
		*p = nullptr;

		//store away the emu struct
		unsigned char *__emu_buffer = in->pBuffer;
		Internal_GuildMembers_Struct *emu = (Internal_GuildMembers_Struct *)in->pBuffer;

		//make a new EQ buffer.
		uint32 pnl = strlen(emu->player_name);
		uint32 length = sizeof(structs::GuildMembers_Struct) + pnl +
			emu->count*sizeof(structs::GuildMemberEntry_Struct)
			+ emu->name_length + emu->note_length;
		in->pBuffer = new uint8[length];
		in->size = length;
		//no memset since we fill every byte.

		uint8 *buffer;
		buffer = in->pBuffer;

		//easier way to setup GuildMembers_Struct
		//set prefix name
		strcpy((char *)buffer, emu->player_name);
		buffer += pnl;
		*buffer = '\0';
		buffer++;

		// Guild ID
		//*((uint32*)buffer) = htonl(2);
		buffer += sizeof(uint32);

		//add member count.
		*((uint32 *)buffer) = htonl(emu->count);
		buffer += sizeof(uint32);

		if (emu->count > 0) {
			Internal_GuildMemberEntry_Struct *emu_e = emu->member;
			const char *emu_name = (const char *)(__emu_buffer +
				sizeof(Internal_GuildMembers_Struct)+ //skip header
				emu->count * sizeof(Internal_GuildMemberEntry_Struct)	//skip static length member data
				);
			const char *emu_note = (emu_name +
				emu->name_length + //skip name contents
				emu->count	//skip string terminators
				);

			structs::GuildMemberEntry_Struct *e = (structs::GuildMemberEntry_Struct *) buffer;

			uint32 r;
			for (r = 0; r < emu->count; r++, emu_e++) {

				//the order we set things here must match the struct

				//nice helper macro
#define SlideStructString(field, str) \
			{ \
				int sl = strlen(str); \
				memcpy(e->field, str, sl+1); \
				e = (structs::GuildMemberEntry_Struct *) ( ((uint8 *)e) + sl ); \
				str += sl + 1; \
			}
#define PutFieldN(field) e->field = htonl(emu_e->field)

				SlideStructString(name, emu_name);
				PutFieldN(level);
				PutFieldN(banker);
				PutFieldN(class_);
				PutFieldN(rank);
				PutFieldN(time_last_on);
				PutFieldN(tribute_enable);
				e->unknown01 = 0;
				PutFieldN(total_tribute);
				PutFieldN(last_tribute);
				e->unknown_one = htonl(1);
				SlideStructString(public_note, emu_note);
				e->zoneinstance = 0;
				e->zone_id = htons(emu_e->zone_id);
				e->unknown_one2 = htonl(1);
				e->unknown04 = 0;

#undef SlideStructString
#undef PutFieldN

				e++;
			}
		}

		delete[] __emu_buffer;
		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_GuildMemberUpdate)
	{
		SETUP_DIRECT_ENCODE(GuildMemberUpdate_Struct, structs::GuildMemberUpdate_Struct);

		OUT(GuildID);
		memcpy(eq->MemberName, emu->MemberName, sizeof(eq->MemberName));
		//OUT(ZoneID);
		//OUT(InstanceID);
		eq->InstanceID = emu->InstanceID;
		eq->ZoneID = emu->ZoneID;
		OUT(LastSeen);
		eq->Unknown76 = 0;

		FINISH_ENCODE();
	}

	ENCODE(OP_GuildsList)
	{
		EQApplicationPacket *in = *p;
		*p                      = nullptr;

		GuildsListMessaging_Struct   glms{};
		EQ::Util::MemoryStreamReader ss(reinterpret_cast<char *>(in->pBuffer), in->size);
		cereal::BinaryInputArchive   ar(ss);
		ar(glms);

		auto packet_size = 64 + 4 + glms.guild_detail.size() * 4 + glms.string_length;
		auto buffer      = new uchar[packet_size];
		auto buf_pos     = buffer;

		memset(buf_pos, 0, 64);
		buf_pos += 64;

		VARSTRUCT_ENCODE_TYPE(uint32, buf_pos, glms.no_of_guilds);

		for (auto const &g: glms.guild_detail) {
			if (g.guild_id < RoF2::constants::MAX_GUILD_ID) {
				VARSTRUCT_ENCODE_TYPE(uint32, buf_pos, g.guild_id);
				strn0cpy((char *) buf_pos, g.guild_name.c_str(), g.guild_name.length() + 1);
				buf_pos += g.guild_name.length() + 1;
			}
		}

		safe_delete_array(in->pBuffer);

		in->pBuffer = buffer;
		in->size    = packet_size;
		dest->FastQueuePacket(&in);
	}

	ENCODE(OP_GuildTributeDonateItem)
	{
		SETUP_DIRECT_ENCODE(GuildTributeDonateItemReply_Struct, structs::GuildTributeDonateItemReply_Struct);

		Log(Logs::Detail, Logs::Netcode, "RoF2::ENCODE(OP_GuildTributeDonateItem)");

		OUT(type);
		OUT(sub_index);
		OUT(aug_index);
		OUT(quantity);
		OUT(unknown10);
		OUT(unknown20);
		OUT(favor);

		structs::InventorySlot_Struct iss;
		iss = ServerToRoF2Slot(emu->slot);

		eq->slot = iss.Slot;
		eq->sub_index = iss.SubIndex;

		FINISH_ENCODE();
	}


	ENCODE(OP_HPUpdate)
	{
		SETUP_DIRECT_ENCODE(SpawnHPUpdate_Struct, structs::SpawnHPUpdate_Struct);

		OUT(spawn_id);
		OUT(cur_hp);
		OUT(max_hp);

		FINISH_ENCODE();
	}

	ENCODE(OP_Illusion)
	{
		ENCODE_LENGTH_EXACT(Illusion_Struct);
		SETUP_DIRECT_ENCODE(Illusion_Struct, structs::Illusion_Struct);

		OUT(spawnid);
		OUT_str(charname);
		OUT(race);
		OUT(unknown006[0]);
		OUT(unknown006[1]);
		OUT(gender);
		OUT(texture);
		OUT(helmtexture);
		OUT(face);
		OUT(hairstyle);
		OUT(haircolor);
		OUT(beard);
		OUT(beardcolor);
		OUT(size);
		OUT(drakkin_heritage);
		OUT(drakkin_tattoo);
		OUT(drakkin_details);
		eq->unknown316 = -1;	// Observed

		FINISH_ENCODE();
	}

	/*ENCODE(OP_InspectAnswer)
	{
	ENCODE_LENGTH_EXACT(InspectResponse_Struct);
	SETUP_DIRECT_ENCODE(InspectResponse_Struct, structs::InspectResponse_Struct);

	OUT(TargetID);
	OUT(playerid);

	int r;
	for (r = 0; r < 21; r++) {
	strn0cpy(eq->itemnames[r], emu->itemnames[r], sizeof(eq->itemnames[r]));
	}
	// Swap last 2 slots for Arrow and Power Source
	strn0cpy(eq->itemnames[21], emu->itemnames[22], sizeof(eq->itemnames[21]));
	strn0cpy(eq->unknown_zero, emu->itemnames[21], sizeof(eq->unknown_zero));

	int k;
	for (k = 0; k < 21; k++) {
	OUT(itemicons[k]);
	}
	// Swap last 2 slots for Arrow and Power Source
	eq->itemicons[21] = emu->itemicons[22];
	eq->unknown_zero2 = emu->itemicons[21];
	strn0cpy(eq->text, emu->text, sizeof(eq->text));

	FINISH_ENCODE();
	}*/

	ENCODE(OP_InspectBuffs)
	{
		ENCODE_LENGTH_EXACT(InspectBuffs_Struct);
		SETUP_DIRECT_ENCODE(InspectBuffs_Struct, structs::InspectBuffs_Struct);

		// we go over the internal 25 instead of the packet's since no entry is 0, which it will be already
		for (int i = 0; i < BUFF_COUNT; i++) {
			OUT(spell_id[i]);
			OUT(tics_remaining[i]);
		}

		FINISH_ENCODE();
	}

	ENCODE(OP_InspectRequest)
	{
		ENCODE_LENGTH_EXACT(Inspect_Struct);
		SETUP_DIRECT_ENCODE(Inspect_Struct, structs::Inspect_Struct);

		OUT(TargetID);
		OUT(PlayerID);

		FINISH_ENCODE();
	}

	ENCODE(OP_ItemLinkResponse) { ENCODE_FORWARD(OP_ItemPacket); }

	ENCODE(OP_ItemPacket)
	{
		//consume the packet
		EQApplicationPacket* in = *p;
		*p = nullptr;

		//store away the emu struct
		uchar             *__emu_buffer = in->pBuffer;
		ItemPacket_Struct *old_item_pkt = (ItemPacket_Struct *) __emu_buffer;

		switch(old_item_pkt->PacketType)
		{
			case ItemPacketParcel: {
				ParcelMessaging_Struct       pms{};
				EQ::Util::MemoryStreamReader ss(reinterpret_cast<char *>(in->pBuffer), in->size);
				cereal::BinaryInputArchive   ar(ss);
				ar(pms);

				uint32 player_name_length = pms.player_name.length();
				uint32 note_length        = pms.note.length();

				auto *int_struct = (EQ::InternalSerializedItem_Struct *) pms.serialized_item.data();

				EQ::OutBuffer           ob;
				EQ::OutBuffer::pos_type last_pos = ob.tellp();
				ob.write(reinterpret_cast<const char *>(&pms.packet_type), 4);

				SerializeItem(ob, (const EQ::ItemInstance *) int_struct->inst, pms.slot_id, 0, ItemPacketParcel);

				if (ob.tellp() == last_pos) {
					LogNetcode("RoF2::ENCODE(OP_ItemPacket) Serialization failed on item slot [{}]", pms.slot_id);
					safe_delete_array(__emu_buffer);
					safe_delete(in);
					return;
				}

				ob.write((const char *) &pms.sent_time, 4);
				ob.write((const char *) &player_name_length, 4);
				ob.write(pms.player_name.c_str(), pms.player_name.length());
				ob.write((const char *) &note_length, 4);
				ob.write(pms.note.c_str(), pms.note.length());

				in->size    = ob.size();
				in->pBuffer = ob.detach();

				safe_delete_array(__emu_buffer);
				dest->FastQueuePacket(&in, ack_req);

				break;
			}
            default: {
                EQ::InternalSerializedItem_Struct *int_struct = (EQ::InternalSerializedItem_Struct *)(&__emu_buffer[4]);

                EQ::OutBuffer           ob;
                EQ::OutBuffer::pos_type last_pos = ob.tellp();

                ob.write((const char *)__emu_buffer, 4);

                SerializeItem(ob, (const EQ::ItemInstance *)int_struct->inst, int_struct->slot_id, 0,
                              old_item_pkt->PacketType);
                if (ob.tellp() == last_pos) {
                    LogNetcode("RoF2::ENCODE(OP_ItemPacket) Serialization failed on item slot [{}]",
                               int_struct->slot_id);
					safe_delete_array(__emu_buffer);
					safe_delete(in);
                    return;
                }

                in->size    = ob.size();
                in->pBuffer = ob.detach();

                safe_delete_array(__emu_buffer);
                dest->FastQueuePacket(&in, ack_req);
            }
        }
    }

	ENCODE(OP_ItemPreviewRequest)
	{
		EQApplicationPacket* in = *p;
		*p = nullptr;

		uchar* in_buf = in->pBuffer;

		auto int_item = (EQ::InternalSerializedItem_Struct*) in_buf;

		EQ::OutBuffer           buf;
		EQ::OutBuffer::pos_type last_pos = buf.tellp();

		SerializeItem(buf, (const EQ::ItemInstance*) int_item->inst, int_item->slot_id, 0, ItemPacketInvalid);
		if (buf.tellp() == last_pos) {
			LogNetcode("RoF2::ENCODE(OP_ItemPreviewRequest) Serialization failed");
			safe_delete_array(in_buf);
			safe_delete(in);
			return;
		}

		in->size    = buf.size();
		in->pBuffer = buf.detach();

		safe_delete_array(in_buf);
		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_ItemVerifyReply)
	{
		ENCODE_LENGTH_EXACT(ItemVerifyReply_Struct);
		SETUP_DIRECT_ENCODE(ItemVerifyReply_Struct, structs::ItemVerifyReply_Struct);

		eq->inventory_slot = ServerToRoF2Slot(emu->slot);
		OUT(spell);
		OUT(target);

		FINISH_ENCODE();
	}

	ENCODE(OP_LeadershipExpUpdate)
	{
		SETUP_DIRECT_ENCODE(LeadershipExpUpdate_Struct, structs::LeadershipExpUpdate_Struct);

		OUT(group_leadership_exp);
		OUT(group_leadership_points);
		OUT(raid_leadership_exp);
		OUT(raid_leadership_points);

		FINISH_ENCODE();
	}

	ENCODE(OP_LogServer)
	{
		ENCODE_LENGTH_EXACT(LogServer_Struct);
		SETUP_DIRECT_ENCODE(LogServer_Struct, structs::LogServer_Struct);

		strncpy(eq->worldshortname, emu->worldshortname, sizeof(eq->worldshortname));

		//OUT(enablevoicemacros);	// These two are lost, but must be one of the 1s in unknown[249]
		//OUT(enablemail);
		OUT(enable_pvp);
		OUT(enable_FV);

		eq->unknown016 = 1;
		eq->unknown020[0] = 1;

		eq->unknown249[0] = 1;
		eq->unknown249[1] = 1;
		eq->unknown249[8] = 1;
		eq->unknown249[9] = 1;
		eq->unknown249[12] = 1;
		eq->unknown249[14] = 1;
		eq->unknown249[15] = 1;
		eq->unknown249[16] = 1;

		eq->unknown276[0] = 1.0f;
		eq->unknown276[1] = 1.0f;
		eq->unknown276[6] = 1.0f;

		FINISH_ENCODE();
	}

	ENCODE(OP_LootItem)
	{
		ENCODE_LENGTH_EXACT(LootingItem_Struct);
		SETUP_DIRECT_ENCODE(LootingItem_Struct, structs::LootingItem_Struct);

		Log(Logs::Detail, Logs::Netcode, "RoF2::ENCODE(OP_LootItem)");

		OUT(lootee);
		OUT(looter);
		eq->slot_id = ServerToRoF2CorpseMainSlot(emu->slot_id);
		OUT(auto_loot);

		FINISH_ENCODE();
	}

	ENCODE(OP_MercenaryDataResponse)
	{
		//consume the packet
		EQApplicationPacket *in = *p;
		*p = nullptr;

		//store away the emu struct
		unsigned char *__emu_buffer = in->pBuffer;
		MercenaryMerchantList_Struct *emu = (MercenaryMerchantList_Struct *)__emu_buffer;

		char *Buffer = (char *)in->pBuffer;

		int PacketSize = sizeof(structs::MercenaryMerchantList_Struct) - 4 + emu->MercTypeCount * 4;
		PacketSize += (sizeof(structs::MercenaryListEntry_Struct) - sizeof(structs::MercenaryStance_Struct)) * emu->MercCount;

		uint32 r;
		uint32 k;
		for (r = 0; r < emu->MercCount; r++)
		{
			PacketSize += sizeof(structs::MercenaryStance_Struct) * emu->Mercs[r].StanceCount;
		}

		auto outapp = new EQApplicationPacket(OP_MercenaryDataResponse, PacketSize);
		Buffer = (char *)outapp->pBuffer;

		VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercTypeCount);

		for (r = 0; r < emu->MercTypeCount; r++)
		{
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercGrades[r]);
		}

		VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercCount);

		for (r = 0; r < emu->MercCount; r++)
		{
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].MercID);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].MercType);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].MercSubType);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].PurchaseCost);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].UpkeepCost);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].Status);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].AltCurrencyCost);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].AltCurrencyUpkeep);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].AltCurrencyType);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->Mercs[r].MercUnk01);
			VARSTRUCT_ENCODE_TYPE(int32, Buffer, emu->Mercs[r].TimeLeft);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].MerchantSlot);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].MercUnk02);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].StanceCount);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].MercUnk03);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->Mercs[r].MercUnk04);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);	// MercName
			for (k = 0; k < emu->Mercs[r].StanceCount; k++)
			{
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].Stances[k].StanceIndex);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->Mercs[r].Stances[k].Stance);
			}
		}

		dest->FastQueuePacket(&outapp, ack_req);
		delete in;
	}

	ENCODE(OP_MercenaryDataUpdate)
	{
		//consume the packet
		EQApplicationPacket *in = *p;
		*p = nullptr;

		//store away the emu struct
		unsigned char *__emu_buffer = in->pBuffer;
		MercenaryDataUpdate_Struct *emu = (MercenaryDataUpdate_Struct *)__emu_buffer;

		char *Buffer = (char *)in->pBuffer;

		EQApplicationPacket *outapp;

		uint32 PacketSize = 0;

		// There are 2 different sized versions of this packet depending if a merc is hired or not
		if (emu->MercStatus >= 0)
		{
			PacketSize += sizeof(structs::MercenaryDataUpdate_Struct) + (sizeof(structs::MercenaryData_Struct) - sizeof(structs::MercenaryStance_Struct)) * emu->MercCount;

			uint32 r;
			uint32 k;
			for (r = 0; r < emu->MercCount; r++)
			{
				PacketSize += sizeof(structs::MercenaryStance_Struct) * emu->MercData[r].StanceCount;
				PacketSize += strlen(emu->MercData[r].MercName);	// Null Terminator size already accounted for in the struct
			}

			outapp = new EQApplicationPacket(OP_MercenaryDataUpdate, PacketSize);
			Buffer = (char *)outapp->pBuffer;

			VARSTRUCT_ENCODE_TYPE(int32, Buffer, emu->MercStatus);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercCount);

			for (r = 0; r < emu->MercCount; r++)
			{
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].MercID);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].MercType);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].MercSubType);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].PurchaseCost);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].UpkeepCost);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].Status);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].AltCurrencyCost);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].AltCurrencyUpkeep);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].AltCurrencyType);
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->MercData[r].MercUnk01);
				VARSTRUCT_ENCODE_TYPE(int32, Buffer, emu->MercData[r].TimeLeft);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].MerchantSlot);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].MercUnk02);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].StanceCount);
				VARSTRUCT_ENCODE_TYPE(int32, Buffer, emu->MercData[r].MercUnk03);
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->MercData[r].MercUnk04);
				//VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);	// MercName
				VARSTRUCT_ENCODE_STRING(Buffer, emu->MercData[r].MercName);
				for (k = 0; k < emu->MercData[r].StanceCount; k++)
				{
					VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].Stances[k].StanceIndex);
					VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercData[r].Stances[k].Stance);
				}
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 1);	// MercUnk05
			}
		}
		else
		{
			PacketSize += sizeof(structs::NoMercenaryHired_Struct);

			outapp = new EQApplicationPacket(OP_MercenaryDataUpdate, PacketSize);
			Buffer = (char *)outapp->pBuffer;

			VARSTRUCT_ENCODE_TYPE(int32, Buffer, emu->MercStatus);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->MercCount);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 1);
		}

		dest->FastQueuePacket(&outapp, ack_req);
		delete in;
	}

	ENCODE(OP_MoveItem)
	{
		ENCODE_LENGTH_EXACT(MoveItem_Struct);
		SETUP_DIRECT_ENCODE(MoveItem_Struct, structs::MoveItem_Struct);

		Log(Logs::Detail, Logs::Netcode, "RoF2::ENCODE(OP_MoveItem)");

		eq->from_slot = ServerToRoF2Slot(emu->from_slot);
		eq->to_slot = ServerToRoF2Slot(emu->to_slot);
		OUT(number_in_stack);

		FINISH_ENCODE();
	}

	ENCODE(OP_NewSpawn) { ENCODE_FORWARD(OP_ZoneSpawns); }

	ENCODE(OP_NewZone)
	{
		SETUP_DIRECT_ENCODE(NewZone_Struct, structs::NewZone_Struct);

		OUT_str(char_name);
		OUT_str(zone_short_name);
		OUT_str(zone_long_name);
		OUT(ztype);
		int r;
		for (r = 0; r < 4; r++) {
			OUT(fog_red[r]);
			OUT(fog_green[r]);
			OUT(fog_blue[r]);
			OUT(fog_minclip[r]);
			OUT(fog_maxclip[r]);
		}
		OUT(gravity);
		OUT(time_type);
		for (r = 0; r < 4; r++) {
			OUT(rain_chance[r]);
		}
		for (r = 0; r < 4; r++) {
			OUT(rain_duration[r]);
		}
		for (r = 0; r < 4; r++) {
			OUT(snow_chance[r]);
		}
		for (r = 0; r < 4; r++) {
			OUT(snow_duration[r]);
		}
		for (r = 0; r < 32; r++) {
			eq->unknown537[r] = 0xFF;	//observed
		}
		OUT(sky);
		OUT(zone_exp_multiplier);
		OUT(safe_y);
		OUT(safe_x);
		OUT(safe_z);
		OUT(max_z);
		OUT(underworld);
		OUT(minclip);
		OUT(maxclip);
		OUT_str(zone_short_name2);
		OUT(zone_id);
		OUT(zone_instance);
		OUT(suspend_buffs);
		OUT(fast_regen_hp);
		OUT(fast_regen_mana);
		OUT(fast_regen_endurance);
		OUT(underworld_teleport_index);

		eq->fog_density = emu->fog_density;

		/*fill in some unknowns with observed values, hopefully it will help */
		eq->ZoneTimeZone = 0;
		eq->unknown571 = 0;
		eq->WaterMidi = 4;
		eq->DayMidi = 2;
		eq->NightMidi = 0;

		eq->SkyRelated2 = -1;
		eq->NPCAggroMaxDist = 600;
		eq->FilterID = 2008; // Guild Lobby observed value
		OUT(lava_damage);
		OUT(min_lava_damage);
		eq->bDisallowManaStone     = 1;
		eq->bNoBind                = 0;
		eq->bNoAttack              = 0;
		eq->bNoCallOfHero          = 0;
		eq->bNoFlux                = 0;
		eq->bNoFear                = 0;
		eq->fall_damage            = 0;	// 0 = Fall Damage on, 1 = Fall Damage off
		eq->unknown895             = 0;
		eq->can_place_campsite     = 2;
		eq->can_place_guild_banner = 2;
		eq->fishing_related        = -1;	// Set from PoK Example
		eq->forage_related         = -1;	// Set from PoK Example
		eq->b_no_levitate          = 0;
		eq->blooming               = 1.0;	// Set from PoK Example

		FINISH_ENCODE();
	}

	ENCODE(OP_OnLevelMessage)
	{
		ENCODE_LENGTH_EXACT(OnLevelMessage_Struct);
		SETUP_DIRECT_ENCODE(OnLevelMessage_Struct, structs::OnLevelMessage_Struct);

		// This packet is variable sized now, but forcing it to the old packet size for now.
		eq->Title_Count = 128;
		memcpy(eq->Title, emu->Title, sizeof(eq->Title));
		eq->Text_Count = 4096;
		memcpy(eq->Text, emu->Text, sizeof(eq->Text));
		OUT(Buttons);
		OUT(SoundControls);
		OUT(Duration);
		OUT(PopupID);
		OUT(NegativeID);
		// These two field names are used if Buttons == 1. We should add an interface to them via Perl.
		eq->ButtonName0_Count = 25;
		OUT_str(ButtonName0);
		eq->ButtonName1_Count = 25;
		OUT_str(ButtonName1);

		FINISH_ENCODE();
	}

	ENCODE(OP_PetBuffWindow)
	{
		// The format of the RoF2 packet is identical to the OP_BuffCreate packet.

		SETUP_VAR_ENCODE(PetBuff_Struct);

		uint32 sz = 12 + (17 * emu->buffcount);
		__packet->size = sz;
		__packet->pBuffer = new unsigned char[sz];
		memset(__packet->pBuffer, 0, sz);

		__packet->WriteUInt32(emu->petid);
		__packet->WriteUInt32(0);		// PlayerID ?
		__packet->WriteUInt8(1);		// 1 indicates all buffs on the pet (0 to add or remove a single buff)
		__packet->WriteUInt16(emu->buffcount);

		for (uint16 i = 0; i < PET_BUFF_COUNT; ++i)
		{
			if (emu->spellid[i])
			{
				__packet->WriteUInt32(i);
				__packet->WriteUInt32(emu->spellid[i]);
				__packet->WriteUInt32(emu->ticsremaining[i]);
				__packet->WriteUInt32(0); // num hits
				__packet->WriteString("");
			}
		}
		__packet->WriteUInt8(0); // some sort of type

		FINISH_ENCODE();
	}

	ENCODE(OP_PlayerProfile)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		unsigned char *__emu_buffer = in->pBuffer;
		PlayerProfile_Struct *emu = (PlayerProfile_Struct *)__emu_buffer;

		uint32 PacketSize = 40000;	// Calculate this later

		auto outapp = new EQApplicationPacket(OP_PlayerProfile, PacketSize);

		outapp->WriteUInt32(0);		// Checksum, we will update this later
		outapp->WriteUInt32(0);		// Checksum size, we will update this later

		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown


		outapp->WriteUInt8(emu->gender);	// Gender
		outapp->WriteUInt32(emu->race);		// Race
		outapp->WriteUInt8(emu->class_);	// Class
		outapp->WriteUInt8(emu->level);		// Level
		outapp->WriteUInt8(emu->level);		// Level1


		outapp->WriteUInt32(5);			// Bind count

		for (int r = 0; r < 5; r++)
		{
			outapp->WriteUInt32(emu->binds[r].zone_id);
			outapp->WriteFloat(emu->binds[r].x);
			outapp->WriteFloat(emu->binds[r].y);
			outapp->WriteFloat(emu->binds[r].z);
			outapp->WriteFloat(emu->binds[r].heading);
		}

		outapp->WriteUInt32(emu->deity);
		outapp->WriteUInt32(emu->intoxication);

		outapp->WriteUInt32(10);		// Unknown count

		for (int r = 0; r < 10; r++)
		{
			outapp->WriteUInt32(0);		// Unknown
		}

		outapp->WriteUInt32(22);		// Equipment count

		for (int r = EQ::textures::textureBegin; r < EQ::textures::materialCount; r++)
		{
			outapp->WriteUInt32(emu->item_material.Slot[r].Material);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
		}

		// Write zeroes for the next 13 equipment slots

		for (int r = 0; r < 13; r++)
		{
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
		}

		outapp->WriteUInt32(EQ::textures::materialCount);		// Equipment2 count

		for (int r = EQ::textures::textureBegin; r < EQ::textures::materialCount; r++)
		{
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
		}

		outapp->WriteUInt32(EQ::textures::materialCount);		// Tint Count

		for (int r = 0; r < 7; r++)
		{
			outapp->WriteUInt32(emu->item_tint.Slot[r].Color);
		}
		// Write zeroes for extra two tint values
		outapp->WriteUInt32(0);
		outapp->WriteUInt32(0);

		outapp->WriteUInt32(EQ::textures::materialCount);		// Tint2 Count

		for (int r = 0; r < 7; r++)
		{
			outapp->WriteUInt32(emu->item_tint.Slot[r].Color);
		}
		// Write zeroes for extra two tint values
		outapp->WriteUInt32(0);
		outapp->WriteUInt32(0);

		outapp->WriteUInt8(emu->haircolor);
		outapp->WriteUInt8(emu->beardcolor);
		outapp->WriteUInt32(0);			// Unknown
		outapp->WriteUInt8(emu->eyecolor1);
		outapp->WriteUInt8(emu->eyecolor2);
		outapp->WriteUInt8(emu->hairstyle);
		outapp->WriteUInt8(emu->beard);
		outapp->WriteUInt8(emu->face);

		// Think there should be an extra byte before the drakkin stuff (referred to as oldface in client)
		// Then one of the five bytes following the drakkin stuff needs removing.

		outapp->WriteUInt32(emu->drakkin_heritage);
		outapp->WriteUInt32(emu->drakkin_tattoo);
		outapp->WriteUInt32(emu->drakkin_details);

		outapp->WriteUInt8(0);			// Unknown 0
		outapp->WriteUInt8(0xff);		// Unknown 0xff
		outapp->WriteUInt8(1);			// Unknown 1
		outapp->WriteUInt8(0xff);		// Unknown 0xff
		outapp->WriteUInt8(1);			// Unknown 1

		outapp->WriteFloat(5.0f);		// Height

		outapp->WriteFloat(3.0f);		// Unknown 3.0
		outapp->WriteFloat(2.5f);		// Unknown 2.5
		outapp->WriteFloat(5.5f);		// Unknown 5.5

		outapp->WriteUInt32(0);			// Primary ?
		outapp->WriteUInt32(0);			// Secondary ?

		outapp->WriteUInt32(emu->points);	// Unspent skill points
		outapp->WriteUInt32(emu->mana);
		outapp->WriteUInt32(emu->cur_hp);

		outapp->WriteUInt32(emu->STR);
		outapp->WriteUInt32(emu->STA);
		outapp->WriteUInt32(emu->CHA);
		outapp->WriteUInt32(emu->DEX);
		outapp->WriteUInt32(emu->INT);
		outapp->WriteUInt32(emu->AGI);
		outapp->WriteUInt32(emu->WIS);

		outapp->WriteUInt32(0);			// Unknown
		outapp->WriteUInt32(0);			// Unknown
		outapp->WriteUInt32(0);			// Unknown
		outapp->WriteUInt32(0);			// Unknown
		outapp->WriteUInt32(0);			// Unknown
		outapp->WriteUInt32(0);			// Unknown
		outapp->WriteUInt32(0);			// Unknown

		outapp->WriteUInt32(300);		// AA Count

		for (uint32 r = 0; r < MAX_PP_AA_ARRAY; r++)
		{
			outapp->WriteUInt32(emu->aa_array[r].AA);
			outapp->WriteUInt32(emu->aa_array[r].value);
			outapp->WriteUInt32(emu->aa_array[r].charges);
		}

		// Fill the other 60 AAs with zeroes

		for (uint32 r = 0; r < structs::MAX_PP_AA_ARRAY - MAX_PP_AA_ARRAY; r++)
		{
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(0);
		}

		outapp->WriteUInt32(structs::MAX_PP_SKILL);

		for (uint32 r = 0; r < structs::MAX_PP_SKILL; r++)
		{
			outapp->WriteUInt32(emu->skills[r]);
		}

		outapp->WriteUInt32(structs::MAX_PP_INNATE_SKILL);			// Innate Skills count

		for (uint32 r = 0; r < structs::MAX_PP_INNATE_SKILL; r++)
		{
			outapp->WriteUInt32(emu->InnateSkills[r]);			// Innate Skills (regen, slam, etc)
		}

		outapp->WriteUInt32(structs::MAX_PP_DISCIPLINES);	// Discipline count

		for (uint32 r = 0; r < MAX_PP_DISCIPLINES; r++)
		{
			outapp->WriteUInt32(emu->disciplines.values[r]);
		}

		// Write zeroes for the rest of the disciplines
		for (uint32 r = 0; r < structs::MAX_PP_DISCIPLINES - MAX_PP_DISCIPLINES; r++)
		{
			outapp->WriteUInt32(0);
		}

		outapp->WriteUInt32(20);			// Timestamp count

		for (uint32 r = 0; r < 20; r++)
		{
			outapp->WriteUInt32(0);
		}

		outapp->WriteUInt32(MAX_RECAST_TYPES);			// Timestamp count

		for (uint32 r = 0; r < MAX_RECAST_TYPES; r++)
		{
			outapp->WriteUInt32(emu->recastTimers[r]);
		}

		outapp->WriteUInt32(100);			// Timestamp2 count

		for (uint32 r = 0; r < 100; r++)
		{
			outapp->WriteUInt32(0);
		}

		outapp->WriteUInt32(spells::SPELLBOOK_SIZE);		// Spellbook slots

		if (spells::SPELLBOOK_SIZE <= EQ::spells::SPELLBOOK_SIZE) {
			for (uint32 r = 0; r < spells::SPELLBOOK_SIZE; r++) {
				if (emu->spell_book[r] <= spells::SPELL_ID_MAX)
					outapp->WriteUInt32(emu->spell_book[r]);
				else
					outapp->WriteUInt32(0xFFFFFFFFU);
			}
		}
		else {
			for (uint32 r = 0; r < EQ::spells::SPELLBOOK_SIZE; r++) {
				if (emu->spell_book[r] <= spells::SPELL_ID_MAX)
					outapp->WriteUInt32(emu->spell_book[r]);
				else
					outapp->WriteUInt32(0xFFFFFFFFU);
			}
			// invalidate the rest of the spellbook slots
			for (uint32 r = EQ::spells::SPELLBOOK_SIZE; r < spells::SPELLBOOK_SIZE; r++) {
				outapp->WriteUInt32(0xFFFFFFFFU);
			}
		}

		outapp->WriteUInt32(spells::SPELL_GEM_COUNT);		// Memorised spell slots

		for (uint32 r = 0; r < EQ::spells::SPELL_GEM_COUNT; r++) // write first 12
		{
			outapp->WriteUInt32(emu->mem_spells[r]);
		}
		// zeroes for the rest of the slots the other 4, which actually don't work on the client at all :D
		for (uint32 r = 0; r < spells::SPELL_GEM_COUNT - EQ::spells::SPELL_GEM_COUNT; r++)
		{
			outapp->WriteUInt32(0xFFFFFFFFU);
		}

		outapp->WriteUInt32(13);			// gem refresh counts

		for (uint32 r = 0; r < EQ::spells::SPELL_GEM_COUNT; r++)
		{
			outapp->WriteUInt32(emu->spellSlotRefresh[r]);			// spell gem refresh
		}
		outapp->WriteUInt32(0);			// also refresh -- historically HT/LoH :P

		outapp->WriteUInt8(0);			// Unknown

		outapp->WriteUInt32(structs::BUFF_COUNT);

		for (uint32 r = 0; r < BUFF_COUNT; r++)
		{
			float instrument_mod = 0.0f;
			uint8 effect_type = emu->buffs[r].effect_type;
			uint32 player_id = emu->buffs[r].player_id;;

			if (emu->buffs[r].spellid != 0xFFFF && emu->buffs[r].spellid != 0)
			{
				instrument_mod = 1.0f + (emu->buffs[r].bard_modifier - 10) / 10.0f;
				effect_type = 2;
				player_id = 0x000717fd;
			}
			else
			{
				effect_type = 0;
			}

			// this is different than the client struct for some reason :P
			// missing a few things, shuffled around
			outapp->WriteUInt8(0);		// this is an unknown
			outapp->WriteFloat(instrument_mod);
			outapp->WriteUInt32(player_id);
			outapp->WriteUInt8(0);
			outapp->WriteUInt32(emu->buffs[r].counters);
			outapp->WriteUInt32(emu->buffs[r].duration);
			outapp->WriteUInt8(emu->buffs[r].level);
			outapp->WriteUInt32(emu->buffs[r].spellid);
			outapp->WriteUInt8(effect_type);			// Only ever seen 2
			outapp->WriteUInt32(emu->buffs[r].num_hits);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(emu->buffs[r].counters);	// Appears twice ?

			for (uint32 j = 0; j < 44; ++j)
				outapp->WriteUInt8(0);	// Unknown
		}

		for (uint32 r = 0; r < structs::BUFF_COUNT - BUFF_COUNT; r++)
		{
			// 80 bytes of zeroes
			for (uint32 j = 0; j < 20; ++j)
				outapp->WriteUInt32(0);
		}

		outapp->WriteUInt32(emu->platinum);
		outapp->WriteUInt32(emu->gold);
		outapp->WriteUInt32(emu->silver);
		outapp->WriteUInt32(emu->copper);

		outapp->WriteUInt32(emu->platinum_cursor);
		outapp->WriteUInt32(emu->gold_cursor);
		outapp->WriteUInt32(emu->silver_cursor);
		outapp->WriteUInt32(emu->copper_cursor);

		outapp->WriteUInt32(0);		// Unknown

		outapp->WriteUInt32(0);		// This is the cooldown timer for the monk 'Mend' skill. Client will add 6 minutes to this value the first time the
		// player logs in. After that it will honour whatever value we send here.

		outapp->WriteUInt32(0);		// Unknown

		outapp->WriteUInt32(emu->thirst_level);
		outapp->WriteUInt32(emu->hunger_level);

		outapp->WriteUInt32(emu->aapoints_spent);

		outapp->WriteUInt32(5);				// AA Window Tab Count
		outapp->WriteUInt32(0);				// AA Points assigned ?
		outapp->WriteUInt32(0);				// AA Points in General ?
		outapp->WriteUInt32(0);				// AA Points in Class ?
		outapp->WriteUInt32(0);				// AA Points in Archetype ?
		outapp->WriteUInt32(0);				// AA Points in Special ?
		outapp->WriteUInt32(emu->aapoints);		// AA Points unspent

		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown

		outapp->WriteUInt32(profile::BANDOLIERS_SIZE);

		// Copy bandoliers where server and client indices converge
		for (uint32 r = 0; r < EQ::profile::BANDOLIERS_SIZE && r < profile::BANDOLIERS_SIZE; ++r) {
			outapp->WriteString(emu->bandoliers[r].Name);
			for (uint32 j = 0; j < profile::BANDOLIER_ITEM_COUNT; ++j) { // Will need adjusting if 'server != client' is ever true
				outapp->WriteString(emu->bandoliers[r].Items[j].Name);
				outapp->WriteUInt32(emu->bandoliers[r].Items[j].ID);
				if (emu->bandoliers[r].Items[j].Icon) {
					outapp->WriteSInt32(emu->bandoliers[r].Items[j].Icon);
 				}
				else {
 					// If no icon, it must send -1 or Treasure Chest Icon (836) is displayed
 					outapp->WriteSInt32(-1);
 				}
 			}
 		}
		// Nullify bandoliers where server and client indices diverge, with a client bias
		for (uint32 r = EQ::profile::BANDOLIERS_SIZE; r < profile::BANDOLIERS_SIZE; ++r) {
 			outapp->WriteString("");
			for (uint32 j = 0; j < profile::BANDOLIER_ITEM_COUNT; ++j) { // Will need adjusting if 'server != client' is ever true
 				outapp->WriteString("");
 				outapp->WriteUInt32(0);
 				outapp->WriteSInt32(-1);
 			}
 		}

		outapp->WriteUInt32(profile::POTION_BELT_SIZE);

		// Copy potion belt where server and client indices converge
		for (uint32 r = 0; r < EQ::profile::POTION_BELT_SIZE && r < profile::POTION_BELT_SIZE; ++r) {
			outapp->WriteString(emu->potionbelt.Items[r].Name);
			outapp->WriteUInt32(emu->potionbelt.Items[r].ID);
			if (emu->potionbelt.Items[r].Icon) {
				outapp->WriteSInt32(emu->potionbelt.Items[r].Icon);
 			}
			else {
				// If no icon, it must send -1 or Treasure Chest Icon (836) is displayed
 				outapp->WriteSInt32(-1);
 			}
 		}
		// Nullify potion belt where server and client indices diverge, with a client bias
		for (uint32 r = EQ::profile::POTION_BELT_SIZE; r < profile::POTION_BELT_SIZE; ++r) {
			outapp->WriteString("");
			outapp->WriteUInt32(0);
			outapp->WriteSInt32(-1);
		}

		outapp->WriteSInt32(-1);	// Unknown;
		outapp->WriteSInt32(123);	// HP Total ?
		outapp->WriteSInt32(234);	// Endurance Total ?
		outapp->WriteSInt32(345);	// Mana Total ?

		// these are needed to fix display bugs
		outapp->WriteUInt32(0x19);		// base CR
		outapp->WriteUInt32(0x19);		// base FR
		outapp->WriteUInt32(0x19);		// base MR
		outapp->WriteUInt32(0xf);		// base DR
		outapp->WriteUInt32(0xf);		// base PR
		outapp->WriteUInt32(0xf);		// base PhR?
		outapp->WriteUInt32(0xf);		// base Corrup
		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown

		outapp->WriteUInt32(20);	// Unknown - Expansion count ?

		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(0);		// Unknown
		outapp->WriteUInt32(emu->endurance);
		outapp->WriteUInt32(0);		// Unknown - Observed 0x7cde - This is also seen in guild packets sent to this character.
		outapp->WriteUInt32(0);		// Unknown - Observed 0x64

		outapp->WriteUInt32(64);	// Name Length

		uint32 CurrentPosition = outapp->GetWritePosition();

		outapp->WriteString(emu->name);

		outapp->SetWritePosition(CurrentPosition + 64);

		outapp->WriteUInt32(32);	// Last Name Length

		CurrentPosition = outapp->GetWritePosition();

		outapp->WriteString(emu->last_name);

		outapp->SetWritePosition(CurrentPosition + 32);

		outapp->WriteUInt32(emu->birthday);
		outapp->WriteUInt32(emu->birthday);		// Account start date ?
		outapp->WriteUInt32(emu->lastlogin);
		outapp->WriteUInt32(emu->timePlayedMin);
		outapp->WriteUInt32(emu->timeentitledonaccount);
		outapp->WriteUInt32(emu->expansions);
		//outapp->WriteUInt32(0x0007ffff);		// Expansion bitmask

		outapp->WriteUInt32(structs::MAX_PP_LANGUAGE);

		for (uint32 r = 0; r < MAX_PP_LANGUAGE; r++)
		{
			outapp->WriteUInt8(emu->languages[r]);
		}

		for (uint32 r = 0; r < structs::MAX_PP_LANGUAGE - MAX_PP_LANGUAGE; r++)
		{
			outapp->WriteUInt8(0);
		}

		outapp->WriteUInt16(emu->zone_id);
		outapp->WriteUInt16(emu->zoneInstance);

		outapp->WriteFloat(emu->y);
		outapp->WriteFloat(emu->x);
		outapp->WriteFloat(emu->z);
		outapp->WriteFloat(emu->heading);

		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(emu->pvp);
		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(emu->gm);
		outapp->WriteUInt32(emu->guild_id);

		outapp->WriteUInt8(emu->guildrank);	// guildrank
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt8(0);			// Unknown
		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteUInt64(emu->exp);		// int32 in client

		outapp->WriteUInt8(5);			// Unknown - Seen 5 on Live - Eye Height?

		outapp->WriteUInt32(emu->platinum_bank);
		outapp->WriteUInt32(emu->gold_bank);
		outapp->WriteUInt32(emu->silver_bank);
		outapp->WriteUInt32(emu->copper_bank);

		outapp->WriteUInt32(emu->platinum_shared);
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteSInt32(-1);				// Unknown
		outapp->WriteSInt32(-1);				// Unknown

		outapp->WriteUInt32(emu->career_tribute_points);
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(emu->tribute_points);
		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown

		outapp->WriteUInt32(EQ::invtype::TRIBUTE_SIZE);

		for (uint32 r = 0; r < EQ::invtype::TRIBUTE_SIZE; r++)
		{
			outapp->WriteUInt32(emu->tributes[r].tribute);
			outapp->WriteUInt32(emu->tributes[r].tier);
		}

		outapp->WriteUInt32(10);		// Guild Tribute Count ?

		for (uint32 r = 0; r < 10; r++)
		{
			outapp->WriteUInt32(0xffffffff);
			outapp->WriteUInt32(0);
//			outapp->WriteUInt32(60);
//			outapp->WriteUInt32(1);
		}

		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown

		for (uint32 r = 0; r < 125; r++)
		{
			outapp->WriteUInt8(0);				// Unknown
		}

		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(emu->currentRadCrystals);
		outapp->WriteUInt32(emu->careerRadCrystals);
		outapp->WriteUInt32(emu->currentEbonCrystals);
		outapp->WriteUInt32(emu->careerEbonCrystals);
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown

		// Unknown String ?
		outapp->WriteUInt32(64);			// Unknown
		for (uint32 r = 0; r < 64; r++)
		{
			outapp->WriteUInt8(0);				// Unknown
		}

		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown

		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown

		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown
		outapp->WriteUInt8(0);				// Unknown

		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteUInt8(0);				// Unknown

		outapp->WriteUInt32(0);				// Unknown

		// Unknown String ?
		outapp->WriteUInt32(64);			// Unknown
		for (uint32 r = 0; r < 64; r++)
		{
			outapp->WriteUInt8(0);				// Unknown
		}

		// Unknown String ?
		outapp->WriteUInt32(64);			// Unknown
		for (uint32 r = 0; r < 64; r++)
		{
			outapp->WriteUInt8(0);				// Unknown
		}

		outapp->WriteUInt32(0);				// Unknown

		// Block of 320 unknown bytes
		for (uint32 r = 0; r < 320; r++)
		{
			outapp->WriteUInt8(0);				// Unknown
		}

		// Block of 343 unknown bytes
		for (uint32 r = 0; r < 343; r++)
		{
			outapp->WriteUInt8(0);				// Unknown
		}

		outapp->WriteUInt32(emu->char_id);		// character_id

		outapp->WriteUInt8(emu->leadAAActive);

		outapp->WriteUInt32(6);				// Count ... of LDoN stats ?
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(emu->ldon_points_guk);
		outapp->WriteUInt32(emu->ldon_points_mir);
		outapp->WriteUInt32(emu->ldon_points_mmc);
		outapp->WriteUInt32(emu->ldon_points_ruj);
		outapp->WriteUInt32(emu->ldon_points_tak);

		outapp->WriteUInt32(emu->ldon_points_available);

		outapp->WriteDouble(emu->group_leadership_exp);
		outapp->WriteDouble(emu->raid_leadership_exp);

		outapp->WriteUInt32(emu->group_leadership_points);
		outapp->WriteUInt32(emu->raid_leadership_points);

		outapp->WriteUInt32(64);			// Group of 64 int32s follow	Group/Raid Leadership abilities ?

		for (uint32 r = 0; r < MAX_LEADERSHIP_AA_ARRAY; r++)
		{
			outapp->WriteUInt32(emu->leader_abilities.ranks[r]);
		}

		for (uint32 r = 0; r < 64 - MAX_LEADERSHIP_AA_ARRAY; r++)
		{
			outapp->WriteUInt32(0);				// Unused/unsupported Leadership abilities
		}

		outapp->WriteUInt32(emu->air_remaining);		// ?

		// PVP Stats

		outapp->WriteUInt32(emu->PVPKills);
		outapp->WriteUInt32(emu->PVPDeaths);
		outapp->WriteUInt32(emu->PVPCurrentPoints);
		outapp->WriteUInt32(emu->PVPCareerPoints);
		outapp->WriteUInt32(emu->PVPBestKillStreak);
		outapp->WriteUInt32(emu->PVPWorstDeathStreak);
		outapp->WriteUInt32(emu->PVPCurrentKillStreak);

		// Last PVP Kill

		outapp->WriteString(emu->PVPLastKill.Name);
		outapp->WriteUInt32(emu->PVPLastKill.Level);
		outapp->WriteUInt32(emu->PVPLastKill.Race);
		outapp->WriteUInt32(emu->PVPLastKill.Class);
		outapp->WriteUInt32(emu->PVPLastKill.Zone);
		outapp->WriteUInt32(emu->PVPLastKill.Time);
		outapp->WriteUInt32(emu->PVPLastKill.Points);

		// Last PVP Death

		outapp->WriteString(emu->PVPLastDeath.Name);
		outapp->WriteUInt32(emu->PVPLastDeath.Level);
		outapp->WriteUInt32(emu->PVPLastDeath.Race);
		outapp->WriteUInt32(emu->PVPLastDeath.Class);
		outapp->WriteUInt32(emu->PVPLastDeath.Zone);
		outapp->WriteUInt32(emu->PVPLastDeath.Time);
		outapp->WriteUInt32(emu->PVPLastDeath.Points);

		outapp->WriteUInt32(emu->PVPNumberOfKillsInLast24Hours);

		// Last 50 Kills
		outapp->WriteUInt32(50);
		for (uint32 r = 0; r < 50; ++r)
		{
			outapp->WriteString(emu->PVPRecentKills[r].Name);
			outapp->WriteUInt32(emu->PVPRecentKills[r].Level);
			outapp->WriteUInt32(emu->PVPRecentKills[r].Race);
			outapp->WriteUInt32(emu->PVPRecentKills[r].Class);
			outapp->WriteUInt32(emu->PVPRecentKills[r].Zone);
			outapp->WriteUInt32(emu->PVPRecentKills[r].Time);
			outapp->WriteUInt32(emu->PVPRecentKills[r].Points);
		}

		outapp->WriteUInt32(emu->expAA);
		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown

		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Krono - itemid 88888 Hard coded in client?

		outapp->WriteUInt8(emu->groupAutoconsent);
		outapp->WriteUInt8(emu->raidAutoconsent);
		outapp->WriteUInt8(emu->guildAutoconsent);
		outapp->WriteUInt8(0);				// Unknown

		outapp->WriteUInt32(emu->level);	// Level3 ?

		outapp->WriteUInt8(emu->showhelm);

		outapp->WriteUInt32(emu->RestTimer);

		outapp->WriteUInt32(1024);			// Unknown Count
		// Block of 1024 unknown bytes
		for (uint32 r = 0; r < 1024; r++)
		{
			outapp->WriteUInt8(0);				// Unknown
		}

		outapp->WriteUInt32(0);				// Unknown
		outapp->WriteUInt32(0);				// Unknown

		// Think we need 1 byte of padding at the end
		outapp->WriteUInt8(0);				// Unknown

		LogNetcode("[STRUCTS] Player Profile Packet is [{}] bytes", outapp->GetWritePosition());

		auto NewBuffer = new unsigned char[outapp->GetWritePosition()];
		memcpy(NewBuffer, outapp->pBuffer, outapp->GetWritePosition());
		safe_delete_array(outapp->pBuffer);
		outapp->pBuffer = NewBuffer;
		outapp->size = outapp->GetWritePosition();
		outapp->SetWritePosition(4);
		outapp->WriteUInt32(outapp->size - 9);

		CRC32::SetEQChecksum(outapp->pBuffer, outapp->size - 1, 8);
		//Log.Hex(Logs::Netcode, outapp->pBuffer, outapp->size);

		dest->FastQueuePacket(&outapp, ack_req);
		delete in;
		return;
	}

	ENCODE(OP_RaidJoin)
	{
		EQApplicationPacket* inapp = *p;
		*p = nullptr;
		unsigned char* __emu_buffer = inapp->pBuffer;
		RaidCreate_Struct* emu = (RaidCreate_Struct*)__emu_buffer;

		auto outapp = new EQApplicationPacket(OP_RaidUpdate, sizeof(structs::RaidGeneral_Struct));
		structs::RaidGeneral_Struct* general = (structs::RaidGeneral_Struct*)outapp->pBuffer;

		general->action = raidCreate;
		general->parameter = RaidCommandAcceptInvite;
		strn0cpy(general->leader_name, emu->leader_name, sizeof(emu->leader_name));
		strn0cpy(general->player_name, emu->leader_name, sizeof(emu->leader_name));

		dest->FastQueuePacket(&outapp);

		safe_delete(inapp);

	}

	ENCODE(OP_RaidUpdate)
	{
		EQApplicationPacket* inapp = *p;
		*p = nullptr;
		unsigned char* __emu_buffer = inapp->pBuffer;
		RaidGeneral_Struct* raid_gen = (RaidGeneral_Struct*)__emu_buffer;

		switch (raid_gen->action)
		{
		case raidAdd:
		{
			RaidAddMember_Struct* emu = (RaidAddMember_Struct*)__emu_buffer;

			auto outapp = new EQApplicationPacket(OP_RaidUpdate, sizeof(structs::RaidAddMember_Struct));
			structs::RaidAddMember_Struct* eq = (structs::RaidAddMember_Struct*)outapp->pBuffer;

			OUT(raidGen.action);
			OUT(raidGen.parameter);
			OUT_str(raidGen.leader_name);
			OUT_str(raidGen.player_name);
			OUT(_class);
			OUT(level);
			OUT(isGroupLeader);
			OUT(flags[0]);
			OUT(flags[1]);
			OUT(flags[2]);
			OUT(flags[3]);
			OUT(flags[4]);

			dest->FastQueuePacket(&outapp);
			break;
		}
		case raidSetMotd:
		{
			RaidMOTD_Struct* emu = (RaidMOTD_Struct*)__emu_buffer;

			auto outapp = new EQApplicationPacket(OP_RaidUpdate, sizeof(structs::RaidMOTD_Struct));
			structs::RaidMOTD_Struct* eq = (structs::RaidMOTD_Struct*)outapp->pBuffer;

			OUT(general.action);
			OUT_str(general.player_name);
			OUT_str(general.leader_name);
			OUT_str(motd);

			dest->FastQueuePacket(&outapp);
			break;
		}
		case raidSetLeaderAbilities:
		case raidMakeLeader:
		{
			RaidLeadershipUpdate_Struct* emu = (RaidLeadershipUpdate_Struct*)__emu_buffer;

			auto outapp = new EQApplicationPacket(OP_RaidUpdate, sizeof(structs::RaidLeadershipUpdate_Struct));
			structs::RaidLeadershipUpdate_Struct* eq = (structs::RaidLeadershipUpdate_Struct*)outapp->pBuffer;

			OUT(action);
			OUT_str(player_name);
			OUT_str(leader_name);
			memcpy(&eq->raid, &emu->raid, sizeof(RaidLeadershipAA_Struct));

			dest->FastQueuePacket(&outapp);
			break;
		}
		case raidSetNote:
		{
			auto emu = (RaidNote_Struct*)__emu_buffer;

			auto outapp = new EQApplicationPacket(OP_RaidUpdate, sizeof(structs::RaidNote_Struct));
			auto eq = (structs::RaidNote_Struct*)outapp->pBuffer;

			OUT(general.action);
			OUT_str(general.leader_name);
			OUT_str(general.player_name);
			OUT_str(note);

			dest->FastQueuePacket(&outapp);
			break;
		}
		case raidNoRaid:
		{
			dest->QueuePacket(inapp);
			break;
		}
		default:
		{
			RaidGeneral_Struct* emu = (RaidGeneral_Struct*)__emu_buffer;

			auto outapp = new EQApplicationPacket(OP_RaidUpdate, sizeof(structs::RaidGeneral_Struct));
			structs::RaidGeneral_Struct* eq = (structs::RaidGeneral_Struct*)outapp->pBuffer;

			OUT(action);
			OUT(parameter);
			OUT_str(leader_name);
			OUT_str(player_name);

			dest->FastQueuePacket(&outapp);
			break;
		}
		}
		safe_delete(inapp);
	}

	ENCODE(OP_ReadBook)
	{
		ENCODE_LENGTH_ATLEAST(BookText_Struct);
		SETUP_DIRECT_ENCODE(BookText_Struct, structs::BookRequest_Struct);

		if (emu->window == 0xFF)
			eq->window = 0xFFFFFFFF;
		else
			eq->window = emu->window;
		OUT(type);
		eq->invslot = ServerToRoF2TypelessSlot(emu->invslot, invtype::typePossessions);
		OUT(target_id);
		OUT(can_cast);
		OUT(can_scribe);
		strn0cpy(eq->txtfile, emu->booktext, sizeof(eq->txtfile));

		FINISH_ENCODE();
	}

	ENCODE(OP_RecipeAutoCombine)
	{
		ENCODE_LENGTH_EXACT(RecipeAutoCombine_Struct);
		SETUP_DIRECT_ENCODE(RecipeAutoCombine_Struct, structs::RecipeAutoCombine_Struct);

		OUT(object_type);
		OUT(some_id);
		eq->container_slot = ServerToRoF2Slot(emu->unknown1);
		structs::InventorySlot_Struct RoF2Slot;
		RoF2Slot.Type = 8;	// Observed
		RoF2Slot.Unknown02 = 0;
		RoF2Slot.Slot = 0xffff;
		RoF2Slot.SubIndex = 0xffff;
		RoF2Slot.AugIndex = 0xffff;
		RoF2Slot.Unknown01 = 0;
		eq->unknown_slot = RoF2Slot;
		OUT(recipe_id);
		OUT(reply_code);

		FINISH_ENCODE();
	}

	ENCODE(OP_RemoveBlockedBuffs) { ENCODE_FORWARD(OP_BlockedBuffs); }

	ENCODE(OP_RequestClientZoneChange)
	{
		ENCODE_LENGTH_EXACT(RequestClientZoneChange_Struct);
		SETUP_DIRECT_ENCODE(RequestClientZoneChange_Struct, structs::RequestClientZoneChange_Struct);

		OUT(zone_id);
		OUT(instance_id);
		OUT(y);
		OUT(x);
		OUT(z);
		OUT(heading);
		eq->type = 0x0b;
		eq->unknown004 = 0xffffffff;
		eq->unknown172 = 0x0168b500;

		FINISH_ENCODE();
	}

	ENCODE(OP_RespondAA)
	{
		SETUP_DIRECT_ENCODE(AATable_Struct, structs::AATable_Struct);

		eq->aa_spent = emu->aa_spent;
		// These fields may need to be correctly populated at some point
		eq->aapoints_assigned = emu->aa_spent;
		eq->aa_spent_general = 0;
		eq->aa_spent_archetype = 0;
		eq->aa_spent_class = 0;
		eq->aa_spent_special = 0;

		for (uint32 i = 0; i < MAX_PP_AA_ARRAY; ++i)
		{
			eq->aa_list[i].AA = emu->aa_list[i].AA;
			eq->aa_list[i].value = emu->aa_list[i].value;
			eq->aa_list[i].charges = emu->aa_list[i].charges;
		}

		FINISH_ENCODE();
	}

	ENCODE(OP_RezzRequest)
	{
		SETUP_DIRECT_ENCODE(Resurrect_Struct, structs::Resurrect_Struct);

		OUT(zone_id);
		OUT(instance_id);
		OUT(y);
		OUT(x);
		OUT(z);
		OUT_str(your_name);
		OUT_str(rezzer_name);
		OUT(spellid);
		OUT_str(corpse_name);
		OUT(action);

		FINISH_ENCODE();
	}

	ENCODE(OP_SendAATable)
	{
		EQApplicationPacket *inapp = *p;
		*p = nullptr;
		AARankInfo_Struct *emu = (AARankInfo_Struct*)inapp->pBuffer;

		// the structs::SendAA_Struct includes enough space for 1 prereq which is the min even if it has no prereqs
		auto prereq_size = emu->total_prereqs > 1 ? (emu->total_prereqs - 1) * 8 : 0;
		auto outapp = new EQApplicationPacket(OP_SendAATable, sizeof(structs::SendAA_Struct) + emu->total_effects * sizeof(structs::AA_Ability) + prereq_size);
		inapp->SetReadPosition(sizeof(AARankInfo_Struct)+emu->total_effects * sizeof(AARankEffect_Struct));


		std::vector<int32> skill;
		std::vector<int32> points;
		for(auto i = 0; i < emu->total_prereqs; ++i) {
			skill.push_back(inapp->ReadUInt32());
			points.push_back(inapp->ReadUInt32());
		}

		outapp->WriteUInt32(emu->id);
		outapp->WriteUInt8(1);
		outapp->WriteSInt32(emu->upper_hotkey_sid);
		outapp->WriteSInt32(emu->lower_hotkey_sid);
		outapp->WriteSInt32(emu->title_sid);
		outapp->WriteSInt32(emu->desc_sid);
		outapp->WriteSInt32(emu->level_req);
		outapp->WriteSInt32(emu->cost);
		outapp->WriteUInt32(emu->seq);
		outapp->WriteUInt32(emu->current_level);

		if (emu->total_prereqs) {
			outapp->WriteUInt32(emu->total_prereqs);
			for (auto &e : skill)
				outapp->WriteSInt32(e);
			outapp->WriteUInt32(emu->total_prereqs);
			for (auto &e : points)
				outapp->WriteSInt32(e);
		} else {
			outapp->WriteUInt32(1);
			outapp->WriteUInt32(0);
			outapp->WriteUInt32(1);
			outapp->WriteUInt32(0);
		}

		outapp->WriteSInt32(emu->type);
		outapp->WriteSInt32(emu->spell);
		outapp->WriteSInt32(1);
		outapp->WriteSInt32(emu->spell_type);
		outapp->WriteSInt32(emu->spell_refresh);
		outapp->WriteSInt32(emu->classes);
		outapp->WriteSInt32(emu->max_level);
		outapp->WriteSInt32(emu->prev_id);
		outapp->WriteSInt32(emu->next_id);
		outapp->WriteSInt32(emu->total_cost);
		outapp->WriteUInt8(0);
		outapp->WriteUInt8(emu->grant_only);
		outapp->WriteUInt8(0);
		outapp->WriteUInt32(emu->charges);
		outapp->WriteSInt32(emu->expansion);
		outapp->WriteSInt32(emu->category);
		outapp->WriteUInt8(0); // shroud
		outapp->WriteUInt8(0); // unknown109
		outapp->WriteUInt8(0); // loh
		outapp->WriteUInt8(0); // unknown111
		outapp->WriteUInt32(emu->total_effects);

		inapp->SetReadPosition(sizeof(AARankInfo_Struct));
		for(auto i = 0; i < emu->total_effects; ++i) {
			outapp->WriteUInt32(inapp->ReadUInt32()); // skill_id
			outapp->WriteUInt32(inapp->ReadUInt32()); // base1
			outapp->WriteUInt32(inapp->ReadUInt32()); // base2
			outapp->WriteUInt32(inapp->ReadUInt32()); // slot
 		}

		dest->FastQueuePacket(&outapp);
		delete inapp;
	}

	ENCODE(OP_SendCharInfo)
	{
		ENCODE_LENGTH_ATLEAST(CharacterSelect_Struct);
		SETUP_VAR_ENCODE(CharacterSelect_Struct);

		// Zero-character count shunt
		if (emu->CharCount == 0) {
			ALLOC_VAR_ENCODE(structs::CharacterSelect_Struct, sizeof(structs::CharacterSelect_Struct));
			eq->CharCount = emu->CharCount;

			FINISH_ENCODE();
			return;
		}

		unsigned char *emu_ptr = __emu_buffer;
		emu_ptr += sizeof(CharacterSelect_Struct);
		CharacterSelectEntry_Struct *emu_cse = (CharacterSelectEntry_Struct *)nullptr;

		size_t names_length = 0;
		size_t character_count = 0;
		for (; character_count < emu->CharCount && character_count < constants::CHARACTER_CREATION_LIMIT; ++character_count) {
			emu_cse = (CharacterSelectEntry_Struct *)emu_ptr;
			names_length += strlen(emu_cse->Name);
			emu_ptr += sizeof(CharacterSelectEntry_Struct);
		}

		size_t total_length = sizeof(structs::CharacterSelect_Struct)
			+ character_count * sizeof(structs::CharacterSelectEntry_Struct)
			+ names_length;

		ALLOC_VAR_ENCODE(structs::CharacterSelect_Struct, total_length);
		structs::CharacterSelectEntry_Struct *eq_cse = (structs::CharacterSelectEntry_Struct *)nullptr;

		eq->CharCount = character_count;
		//eq->TotalChars = emu->TotalChars;

		//if (eq->TotalChars > consts::CHARACTER_CREATION_LIMIT)
		//	eq->TotalChars = consts::CHARACTER_CREATION_LIMIT;

		emu_ptr = __emu_buffer;
		emu_ptr += sizeof(CharacterSelect_Struct);

		unsigned char *eq_ptr = __packet->pBuffer;
		eq_ptr += sizeof(structs::CharacterSelect_Struct);

		for (int counter = 0; counter < character_count; ++counter) {
			emu_cse = (CharacterSelectEntry_Struct *)emu_ptr;
			eq_cse = (structs::CharacterSelectEntry_Struct *)eq_ptr; // base address

			strcpy(eq_cse->Name, emu_cse->Name);
			eq_ptr += strlen(emu_cse->Name);
			eq_cse = (structs::CharacterSelectEntry_Struct *)eq_ptr; // offset address (base + name length offset)
			eq_cse->Name[0] = '\0'; // (offset)eq_cse->Name[0] = (base)eq_cse->Name[strlen(emu_cse->Name)]

			eq_cse->Class = emu_cse->Class;
			eq_cse->Race = emu_cse->Race;
			eq_cse->Level = emu_cse->Level;
			eq_cse->ShroudClass = emu_cse->ShroudClass;
			eq_cse->ShroudRace = emu_cse->ShroudRace;
			eq_cse->Zone = emu_cse->Zone;
			eq_cse->Instance = emu_cse->Instance;
			eq_cse->Gender = emu_cse->Gender;
			eq_cse->Face = emu_cse->Face;

			for (int equip_index = 0; equip_index < EQ::textures::materialCount; equip_index++) {
				eq_cse->Equip[equip_index].Material = emu_cse->Equip[equip_index].Material;
				eq_cse->Equip[equip_index].Unknown1 = emu_cse->Equip[equip_index].Unknown1;
				eq_cse->Equip[equip_index].EliteMaterial = emu_cse->Equip[equip_index].EliteModel;
				eq_cse->Equip[equip_index].HeroForgeModel = emu_cse->Equip[equip_index].HerosForgeModel;
				eq_cse->Equip[equip_index].Material2 = emu_cse->Equip[equip_index].Unknown2;
				eq_cse->Equip[equip_index].Color = emu_cse->Equip[equip_index].Color;
			}

			eq_cse->Unknown15 = emu_cse->Unknown15;
			eq_cse->Unknown19 = emu_cse->Unknown19;
			eq_cse->DrakkinTattoo = emu_cse->DrakkinTattoo;
			eq_cse->DrakkinDetails = emu_cse->DrakkinDetails;
			eq_cse->Deity = emu_cse->Deity;
			eq_cse->PrimaryIDFile = emu_cse->PrimaryIDFile;
			eq_cse->SecondaryIDFile = emu_cse->SecondaryIDFile;
			eq_cse->HairColor = emu_cse->HairColor;
			eq_cse->BeardColor = emu_cse->BeardColor;
			eq_cse->EyeColor1 = emu_cse->EyeColor1;
			eq_cse->EyeColor2 = emu_cse->EyeColor2;
			eq_cse->HairStyle = emu_cse->HairStyle;
			eq_cse->Beard = emu_cse->Beard;
			eq_cse->GoHome = emu_cse->GoHome;
			eq_cse->Tutorial = emu_cse->Tutorial;
			eq_cse->DrakkinHeritage = emu_cse->DrakkinHeritage;
			eq_cse->Unknown1 = emu_cse->Unknown1;
			eq_cse->Enabled = emu_cse->Enabled;
			eq_cse->LastLogin = emu_cse->LastLogin;
			eq_cse->Unknown2 = emu_cse->Unknown2;

			emu_ptr += sizeof(CharacterSelectEntry_Struct);
			eq_ptr += sizeof(structs::CharacterSelectEntry_Struct);
		}

		FINISH_ENCODE();
	}

	ENCODE(OP_SendZonepoints)
	{
		SETUP_VAR_ENCODE(ZonePoints);
		ALLOC_VAR_ENCODE(structs::ZonePoints, sizeof(structs::ZonePoints) + sizeof(structs::ZonePoint_Entry) * (emu->count + 1));

		eq->count = emu->count;
		for (uint32 i = 0; i < emu->count; ++i)
		{
			eq->zpe[i].iterator = emu->zpe[i].iterator;
			eq->zpe[i].x = emu->zpe[i].x;
			eq->zpe[i].y = emu->zpe[i].y;
			eq->zpe[i].z = emu->zpe[i].z;
			eq->zpe[i].heading = emu->zpe[i].heading;
			eq->zpe[i].zoneid = emu->zpe[i].zoneid;
			eq->zpe[i].zoneinstance = emu->zpe[i].zoneinstance;
		}

		FINISH_ENCODE();
	}

	ENCODE(OP_SetGuildRank)
	{
		ENCODE_LENGTH_EXACT(GuildSetRank_Struct);
		SETUP_DIRECT_ENCODE(GuildSetRank_Struct, structs::GuildSetRank_Struct);

		eq->guild_id= emu->Unknown00;
		eq->rank = emu->rank;

		memcpy(eq->member_name, emu->member_name, sizeof(eq->member_name));
		OUT(banker);
		eq->unknown76 = 1;

		FINISH_ENCODE();
	}

	ENCODE(OP_ShopPlayerBuy)
	{
		ENCODE_LENGTH_EXACT(Merchant_Sell_Struct);
		SETUP_DIRECT_ENCODE(Merchant_Sell_Struct, structs::Merchant_Sell_Struct);

		OUT(npcid);
		OUT(playerid);
		OUT(itemslot);
		OUT(quantity);
		OUT(price);

		FINISH_ENCODE();
	}

	ENCODE(OP_ShopPlayerSell)
	{
		ENCODE_LENGTH_EXACT(Merchant_Purchase_Struct);
		SETUP_DIRECT_ENCODE(Merchant_Purchase_Struct, structs::Merchant_Purchase_Struct);

		OUT(npcid);
		eq->inventory_slot = ServerToRoF2TypelessSlot(emu->itemslot, EQ::invtype::typePossessions);
		//OUT(itemslot);
		OUT(quantity);
		OUT(price);

		FINISH_ENCODE();
	}

	ENCODE(OP_SkillUpdate)
	{
		ENCODE_LENGTH_EXACT(SkillUpdate_Struct);
		SETUP_DIRECT_ENCODE(SkillUpdate_Struct, structs::SkillUpdate_Struct);

		OUT(skillId);
		OUT(value);
		eq->unknown08 = 1;		// Observed
		eq->unknown09 = 80;		// Observed
		eq->unknown10 = 136;	// Observed
		eq->unknown11 = 54;		// Observed

		FINISH_ENCODE();
	}

	ENCODE(OP_SomeItemPacketMaybe)
	{
		// This Opcode is not named very well. It is used for the animation of arrows leaving the player's bow
		// and flying to the target.
		//

		ENCODE_LENGTH_EXACT(Arrow_Struct);
		SETUP_DIRECT_ENCODE(Arrow_Struct, structs::Arrow_Struct);

		OUT(src_y);
		OUT(src_x);
		OUT(src_z);
		OUT(velocity);
		OUT(launch_angle);
		OUT(tilt);
		OUT(arc);
		OUT(source_id);
		OUT(target_id);
		OUT(item_id);

		eq->unknown070 = 175; // This needs to be set to something, else we get a 1HS animation instead of ranged.

		OUT(item_type);
		OUT(skill);

		strncpy(eq->model_name, emu->model_name, sizeof(eq->model_name));

		FINISH_ENCODE();
	}

	ENCODE(OP_SpawnAppearance)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		unsigned char *emu_buffer = in->pBuffer;

		SpawnAppearance_Struct *sas = (SpawnAppearance_Struct *)emu_buffer;

		if (sas->type != AppearanceType::Size)
		{
			dest->FastQueuePacket(&in, ack_req);
			return;
		}

		auto outapp = new EQApplicationPacket(OP_ChangeSize, sizeof(ChangeSize_Struct));

		ChangeSize_Struct *css = (ChangeSize_Struct *)outapp->pBuffer;

		css->EntityID = sas->spawn_id;
		css->Size = (float)sas->parameter;
		css->Unknown08 = 0;
		css->Unknown12 = 1.0f;

		dest->FastQueuePacket(&outapp, ack_req);
		delete in;
	}

	ENCODE(OP_SpawnDoor)
	{
		SETUP_VAR_ENCODE(Door_Struct);
		int door_count = __packet->size / sizeof(Door_Struct);
		int total_length = door_count * sizeof(structs::Door_Struct);
		ALLOC_VAR_ENCODE(structs::Door_Struct, total_length);

		int r;
		for (r = 0; r < door_count; r++) {
			strncpy(eq[r].name, emu[r].name, sizeof(eq[r].name));
			eq[r].xPos = emu[r].xPos;
			eq[r].yPos = emu[r].yPos;
			eq[r].zPos = emu[r].zPos;
			eq[r].heading = emu[r].heading;
			eq[r].incline = emu[r].incline;
			eq[r].size = emu[r].size;
			eq[r].doorId = emu[r].doorId;
			eq[r].opentype = emu[r].opentype;
			eq[r].state_at_spawn = emu[r].state_at_spawn;
			eq[r].invert_state = emu[r].invert_state;
			eq[r].door_param = emu[r].door_param;
			eq[r].unknown0080 = 0;
			eq[r].unknown0081 = 1; // Both must be 1 to allow clicking doors
			eq[r].unknown0082 = 0;
			eq[r].unknown0083 = 1; // Both must be 1 to allow clicking doors
			eq[r].unknown0084 = 0;
			eq[r].unknown0085 = 0;
			eq[r].unknown0086 = 0;
		}

		FINISH_ENCODE();
	}

	ENCODE(OP_SpecialMesg)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		SerializeBuffer buf(in->size);
		buf.WriteInt8(in->ReadUInt8()); // speak mode
		buf.WriteInt8(in->ReadUInt8()); // journal mode
		buf.WriteInt8(in->ReadUInt8()); // language
		buf.WriteInt32(in->ReadUInt32()); // message type
		buf.WriteInt32(in->ReadUInt32()); // target spawn id

		std::string name;
		in->ReadString(name); // NPC names max out at 63 chars

		buf.WriteString(name);

		buf.WriteInt32(in->ReadUInt32()); // loc
		buf.WriteInt32(in->ReadUInt32());
		buf.WriteInt32(in->ReadUInt32());

		std::string old_message;
		std::string new_message;

		in->ReadString(old_message);

		ServerToRoF2SayLink(new_message, old_message);

		buf.WriteString(new_message);

		auto outapp = new EQApplicationPacket(OP_SpecialMesg, buf);

		dest->FastQueuePacket(&outapp, ack_req);
		delete in;
	}

	ENCODE(OP_Stun)
	{
		ENCODE_LENGTH_EXACT(Stun_Struct);
		SETUP_DIRECT_ENCODE(Stun_Struct, structs::Stun_Struct);

		OUT(duration);
		eq->unknown005 = 163;
		eq->unknown006 = 67;

		FINISH_ENCODE();
	}

	ENCODE(OP_TargetBuffs) { ENCODE_FORWARD(OP_BuffCreate); }

	ENCODE(OP_TaskDescription)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		unsigned char *__emu_buffer = in->pBuffer;

		char *InBuffer = (char *)in->pBuffer;
		char *block_start = InBuffer;

		InBuffer += sizeof(TaskDescriptionHeader_Struct);
		uint32 title_size = strlen(InBuffer) + 1;
		InBuffer += title_size;

		TaskDescriptionData1_Struct *emu_tdd1 = (TaskDescriptionData1_Struct *)InBuffer;
		emu_tdd1->StartTime = (time(nullptr) - emu_tdd1->StartTime); // RoF2 has elapsed time here rather than start time

		InBuffer += sizeof(TaskDescriptionData1_Struct);
		uint32 description_size = strlen(InBuffer) + 1;
		InBuffer += description_size;
		InBuffer += sizeof(TaskDescriptionData2_Struct);

		uint32 reward_size = strlen(InBuffer) + 1;
		InBuffer += reward_size;

		std::string old_message = InBuffer; // start item link string
		std::string new_message;
		ServerToRoF2SayLink(new_message, old_message);

		in->size = sizeof(TaskDescriptionHeader_Struct) + sizeof(TaskDescriptionData1_Struct)+
			sizeof(TaskDescriptionData2_Struct) + sizeof(TaskDescriptionTrailer_Struct)+
			title_size + description_size + reward_size + new_message.length() + 1;

		in->pBuffer = new unsigned char[in->size];

		char *OutBuffer = (char *)in->pBuffer;

		memcpy(OutBuffer, block_start, (InBuffer - block_start));
		OutBuffer += (InBuffer - block_start);

		VARSTRUCT_ENCODE_STRING(OutBuffer, new_message.c_str());

		InBuffer += strlen(InBuffer) + 1;

		memcpy(OutBuffer, InBuffer, sizeof(TaskDescriptionTrailer_Struct));

		delete[] __emu_buffer;
		dest->FastQueuePacket(&in, ack_req);

#if 0 // original code
		EQApplicationPacket *in = *p;
		*p = nullptr;

		EQApplicationPacket *outapp = new EQApplicationPacket(OP_TaskDescription, in->size + 1);
		// Set the Write pointer as we don't know what has been done with the packet before we get it.
		in->SetReadPosition(0);
		// Copy the header
		for (int i = 0; i < 5; ++i)
			outapp->WriteUInt32(in->ReadUInt32());

		// Copy Title
		while (uint8 c = in->ReadUInt8())
			outapp->WriteUInt8(c);
		outapp->WriteUInt8(0);

		outapp->WriteUInt32(in->ReadUInt32());	// Duration
		outapp->WriteUInt32(in->ReadUInt32());	// Unknown
		uint32 StartTime = in->ReadUInt32();
		outapp->WriteUInt32(time(nullptr) - StartTime);	// RoF2 has elapsed time here rather than starttime

		// Copy the rest of the packet verbatim
		uint32 BytesLeftToCopy = in->size - in->GetReadPosition();
		memcpy(outapp->pBuffer + outapp->GetWritePosition(), in->pBuffer + in->GetReadPosition(), BytesLeftToCopy);

		delete in;
		dest->FastQueuePacket(&outapp, ack_req);
#endif
	}

	ENCODE(OP_TaskHistoryReply)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		// First we need to calculate the length of the new packet
		in->SetReadPosition(4);
		uint32 ActivityCount = in->ReadUInt32();

		uint32 Text1Length = 0;
		uint32 Text2Length = 0;
		uint32 Text3Length = 0;

		uint32 OutboundPacketSize = 8;

		for (uint32 i = 0; i < ActivityCount; ++i)
		{
			Text1Length = 0;
			Text2Length = 0;
			Text3Length = 0;

			in->ReadUInt32(); // Activity type

			// Skip past Text1
			while (in->ReadUInt8())
				++Text1Length;

			// Skip past Text2
			while (in->ReadUInt8())
				++Text2Length;

			in->ReadUInt32();
			in->ReadUInt32();
			in->ReadUInt32();
			uint32 ZoneID = in->ReadUInt32();
			in->ReadUInt32();

			// Skip past Text3
			while (in->ReadUInt8())
				++Text3Length;

			char ZoneNumber[10];

			sprintf(ZoneNumber, "%i", ZoneID);

			OutboundPacketSize += (24 + Text1Length + 1 + Text2Length + Text3Length + 1 + 7 + (strlen(ZoneNumber) * 2));
		}

		in->SetReadPosition(0);

		auto outapp = new EQApplicationPacket(OP_TaskHistoryReply, OutboundPacketSize);

		outapp->WriteUInt32(in->ReadUInt32());	// Task index
		outapp->WriteUInt32(in->ReadUInt32());	// Activity count

		for (uint32 i = 0; i < ActivityCount; ++i)
		{
			Text1Length = 0;
			Text2Length = 0;
			Text3Length = 0;

			outapp->WriteUInt32(in->ReadUInt32()); // ActivityType

			// Copy Text1
			while (uint8 c = in->ReadUInt8())
				outapp->WriteUInt8(c);

			outapp->WriteUInt8(0);	// Text1 has a null terminator

			uint32 CurrentPosition = in->GetReadPosition();

			// Determine Length of Text2
			while (in->ReadUInt8())
				++Text2Length;

			outapp->WriteUInt32(Text2Length);

			in->SetReadPosition(CurrentPosition);

			// Copy Text2
			while (uint8 c = in->ReadUInt8())
				outapp->WriteUInt8(c);

			outapp->WriteUInt32(in->ReadUInt32()); // Goalcount
			in->ReadUInt32();
			in->ReadUInt32();
			uint32 ZoneID = in->ReadUInt32();
			in->ReadUInt32();

			char ZoneNumber[10];

			sprintf(ZoneNumber, "%i", ZoneID);

			outapp->WriteUInt32(2);
			outapp->WriteUInt8(0x2d); // "-"
			outapp->WriteUInt8(0x31); // "1"

			outapp->WriteUInt32(2);
			outapp->WriteUInt8(0x2d); // "-"
			outapp->WriteUInt8(0x31); // "1"
			outapp->WriteString(ZoneNumber);

			outapp->WriteUInt32(0);

			// Copy Tex3t
			while (uint8 c = in->ReadUInt8())
				outapp->WriteUInt8(c);

			outapp->WriteUInt8(0);	// Text3 has a null terminator

			outapp->WriteUInt8(0x31); // "1"
			outapp->WriteString(ZoneNumber);
		}

		delete in;
		dest->FastQueuePacket(&outapp, ack_req);
	}

	ENCODE(OP_Track)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		unsigned char *__emu_buffer = in->pBuffer;
		Track_Struct *emu = (Track_Struct *)__emu_buffer;

		int EntryCount = in->size / sizeof(Track_Struct);

		if (EntryCount == 0 || ((in->size % sizeof(Track_Struct))) != 0)
		{
			LogNetcode("[STRUCTS] Wrong size on outbound [{}]: Got [{}], expected multiple of [{}]", opcodes->EmuToName(in->GetOpcode()), in->size, sizeof(Track_Struct));
			delete in;
			return;
		}

		int PacketSize = 2;

		for (int i = 0; i < EntryCount; ++i, ++emu)
			PacketSize += (13 + strlen(emu->name));

		emu = (Track_Struct *)__emu_buffer;

		in->size = PacketSize;
		in->pBuffer = new unsigned char[in->size];

		char *Buffer = (char *)in->pBuffer;

		VARSTRUCT_ENCODE_TYPE(uint16, Buffer, EntryCount);

		for (int i = 0; i < EntryCount; ++i, ++emu)
		{
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->entityid);
			VARSTRUCT_ENCODE_TYPE(float, Buffer, emu->distance);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->level);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->is_npc);
			VARSTRUCT_ENCODE_STRING(Buffer, emu->name);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->is_pet);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->is_merc);
		}

		delete[] __emu_buffer;
		dest->FastQueuePacket(&in, ack_req);
	}

	ENCODE(OP_Trader)
	{
		uint32 action = *(uint32 *) (*p)->pBuffer;

		switch (action) {
			case TraderOn: {
				ENCODE_LENGTH_EXACT(Trader_ShowItems_Struct);
				SETUP_DIRECT_ENCODE(Trader_ShowItems_Struct, structs::Trader_ShowItems_Struct);

				eq->action = structs::RoF2BazaarTraderBuyerActions::BeginTraderMode;
				OUT(entity_id);

				LogTrading("(RoF2) TraderOn action <green>[{}] entity_id <green>[{}]", action, eq->entity_id);
				FINISH_ENCODE();
				break;
			}
			case TraderOff: {
				ENCODE_LENGTH_EXACT(Trader_ShowItems_Struct);
				SETUP_DIRECT_ENCODE(Trader_ShowItems_Struct, structs::Trader_ShowItems_Struct);

				eq->action = structs::RoF2BazaarTraderBuyerActions::EndTraderMode;
				OUT(entity_id);

				LogTrading("(RoF2) TraderOff action <green>[{}] entity_id <green>[{}]", action, eq->entity_id);
				FINISH_ENCODE();
				break;
			}
			case ListTraderItems: {
				ENCODE_LENGTH_EXACT(Trader_Struct);
				SETUP_DIRECT_ENCODE(Trader_Struct, structs::ClickTrader_Struct);
				LogTrading("(RoF2)  action <green>[{}]", action);

				eq->action = structs::RoF2BazaarTraderBuyerActions::ListTraderItems;
				std::transform(
					std::begin(emu->items),
					std::end(emu->items),
					std::begin(eq->items),
					[&](const uint32 x) {
						return x;
					}
				);
				std::copy_n(
					std::begin(emu->item_cost),
					EQ::invtype::BAZAAR_SIZE,
					std::begin(eq->item_cost)
				);

				FINISH_ENCODE();
				break;
			}
			case TraderAck2: {
				LogTrading("(RoF2) TraderAck2 action");
				EQApplicationPacket *in = *p;
				*p = nullptr;

				dest->FastQueuePacket(&in);
				break;
			}
			case PriceUpdate: {
				SETUP_DIRECT_ENCODE(TraderPriceUpdate_Struct, structs::TraderPriceUpdate_Struct);
				switch (emu->SubAction) {
					case BazaarPriceChange_AddItem: {
						auto outapp = std::make_unique<EQApplicationPacket>(
							OP_Trader,
							sizeof(structs::TraderStatus_Struct)
						);

						auto data        = (structs::TraderStatus_Struct *) outapp->pBuffer;
						data->action     = emu->Action;
						data->sub_action = BazaarPriceChange_AddItem;
						LogTrading(
							"(RoF2) PriceUpdate action <green>[{}] AddItem subaction <yellow>[{}]",
							data->action,
							data->sub_action
						);

						dest->QueuePacket(outapp.get());
						break;
					}
					case BazaarPriceChange_RemoveItem: {
						auto outapp = std::make_unique<EQApplicationPacket>(
							OP_Trader,
							sizeof(structs::TraderStatus_Struct)
						);

						auto data        = (structs::TraderStatus_Struct *) outapp->pBuffer;
						data->action     = emu->Action;
						data->sub_action = BazaarPriceChange_RemoveItem;
						LogTrading(
							"(RoF2) PriceUpdate action <green>[{}] RemoveItem subaction <yellow>[{}]",
							data->action,
							data->sub_action
						);

						dest->QueuePacket(outapp.get());
						break;
					}
					case BazaarPriceChange_UpdatePrice: {
						auto outapp = std::make_unique<EQApplicationPacket>(
							OP_Trader,
							sizeof(structs::TraderStatus_Struct)
						);

						auto data        = (structs::TraderStatus_Struct *) outapp->pBuffer;
						data->action     = emu->Action;
						data->sub_action = BazaarPriceChange_UpdatePrice;
						LogTrading(
							"(RoF2) PriceUpdate action <green>[{}] UpdatePrice subaction <yellow>[{}]",
							data->action,
							data->sub_action
						);

						dest->QueuePacket(outapp.get());
						break;
					}
				}

				FINISH_ENCODE();
				break;
			}
			case BuyTraderItem: {
				EQApplicationPacket *in = *p;
				*p = nullptr;

				auto eq = (structs::TraderBuy_Struct *) in->pBuffer;
				LogTrading(
					"(RoF2) BuyTraderItem action <green>[{}] item_id <green>[{}] item_sn <green>[{}] buyer <green>[{}]",
					action,
					eq->item_id,
					eq->serial_number,
					eq->buyer_name
				);
				dest->FastQueuePacket(&in);
				break;
			}
			default: {
				LogTrading("(RoF2) action <red>[{}]", action);
				EQApplicationPacket *in = *p;
				*p = nullptr;

				dest->FastQueuePacket(&in);
			}
		}
	}

	ENCODE(OP_TraderBuy)
	{
		ENCODE_LENGTH_EXACT(TraderBuy_Struct);
		SETUP_DIRECT_ENCODE(TraderBuy_Struct, structs::TraderBuy_Struct);
		LogTrading(
			"(RoF2) item_id <green>[{}] price <green>[{}] quantity <green>[{}] trader_id <green>[{}]",
			emu->item_id,
			emu->price,
			emu->quantity,
			emu->trader_id
		);
		__packet->SetOpcode(OP_TraderShop);
		OUT(action);
		OUT(method);
		OUT(sub_action);
		OUT(trader_id);
		OUT(item_id);
		OUT(price);
		OUT(already_sold);
		OUT(quantity);
		OUT_str(buyer_name);
		OUT_str(seller_name);
		OUT_str(item_name);
		OUT_str(serial_number);

		FINISH_ENCODE();
	}

	ENCODE(OP_TraderDelItem)
	{
		ENCODE_LENGTH_EXACT(TraderDelItem_Struct);
		SETUP_DIRECT_ENCODE(TraderDelItem_Struct, structs::TraderDelItem_Struct);
		LogTrading(
			"(RoF2) trader_id <green>[{}] item_id <green>[{}]",
			emu->trader_id,
			emu->item_id
		);

		eq->TraderID = emu->trader_id;
		auto serial  = fmt::format("{:016}\n", emu->item_id);
		strn0cpy(eq->SerialNumber, serial.c_str(), sizeof(eq->SerialNumber));
		LogTrading("(RoF2) TraderID <green>[{}], SerialNumber: <green>[{}]", emu->trader_id, emu->item_id);

		FINISH_ENCODE();
	}

	ENCODE(OP_TraderShop)
	{
		auto action = *(uint32 *) (*p)->pBuffer;

		switch (action) {
			case ClickTrader: {
				ENCODE_LENGTH_EXACT(TraderClick_Struct);
				SETUP_DIRECT_ENCODE(TraderClick_Struct, structs::TraderClick_Struct);
				LogTrading(
					"(RoF2) ClickTrader action <green>[{}] trader_id <green>[{}]",
					action,
					emu->TraderID
				);

				eq->action      = structs::RoF2BazaarTraderBuyerActions::ClickTrader; // Seen on Live
				eq->trader_id   = emu->TraderID;
				eq->unknown_008 = emu->Approval;

				FINISH_ENCODE();
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::BuyTraderItem: {
				ENCODE_LENGTH_EXACT(structs::TraderBuy_Struct);
				SETUP_DIRECT_ENCODE(TraderBuy_Struct, structs::TraderBuy_Struct);
				LogTrading(
					"(RoF2) item_id <green>[{}] price <green>[{}] quantity <green>[{}] trader_id <green>[{}]",
					eq->item_id,
					eq->price,
					eq->quantity,
					eq->trader_id
				);

				OUT(action);
				OUT(method);
				OUT(trader_id);
				OUT(item_id);
				OUT(price);
				OUT(already_sold);
				OUT(quantity);
				OUT_str(buyer_name);
				OUT_str(seller_name);
				OUT_str(item_name);
				OUT_str(serial_number);

				FINISH_ENCODE();
				break;
			}
			default: {
				LogTrading("(RoF2) Unhandled action <red>[{}]", action);
				EQApplicationPacket *in = *p;
				*p = nullptr;

				dest->FastQueuePacket(&in);
			}
		}
	}

	ENCODE(OP_TributeInfo)
	{
		ENCODE_LENGTH_ATLEAST(TributeAbility_Struct);
		SETUP_VAR_ENCODE(TributeAbility_Struct);
		ALLOC_VAR_ENCODE(structs::TributeAbility_Struct, sizeof(structs::TributeAbility_Struct) + strlen(emu->name) + 1);

		OUT(tribute_id);
		OUT(tier_count);

		for (uint32 i = 0; i < MAX_TRIBUTE_TIERS; ++i)
		{
			eq->tiers[i].level = emu->tiers[i].level;
			eq->tiers[i].tribute_item_id = emu->tiers[i].tribute_item_id;
			eq->tiers[i].cost = emu->tiers[i].cost;
		}

		eq->unknown128 = 0;

		strcpy(eq->name, emu->name);

		FINISH_ENCODE();
	}

	ENCODE(OP_TributeItem)
	{
		ENCODE_LENGTH_EXACT(TributeItem_Struct);
		SETUP_DIRECT_ENCODE(TributeItem_Struct, structs::TributeItem_Struct);

		eq->inventory_slot = ServerToRoF2Slot(emu->slot);
		OUT(quantity);
		OUT(tribute_master_id);
		OUT(tribute_points);

		FINISH_ENCODE();
	}

	ENCODE(OP_VetClaimReply)
	{
		ENCODE_LENGTH_EXACT(VeteranClaim);
		SETUP_DIRECT_ENCODE(VeteranClaim, structs::VeteranClaim);

		memcpy(eq->name, emu->name, sizeof(emu->name));
		OUT(claim_id);
		OUT(action);

		FINISH_ENCODE();
	}

	ENCODE(OP_VetRewardsAvaliable)
	{
		EQApplicationPacket *inapp = *p;
		auto __emu_buffer = inapp->pBuffer;

		uint32 count = ((*p)->Size() / sizeof(InternalVeteranReward));

		// calculate size of names, note the packet DOES NOT have null termed c-strings
		std::vector<uint32> name_lengths;
		for (int i = 0; i < count; ++i) {
			InternalVeteranReward *ivr = (InternalVeteranReward *)__emu_buffer;

			for (int i = 0; i < ivr->claim_count; i++) {
				uint32 length = strnlen(ivr->items[i].item_name, 63);
				if (length)
					name_lengths.push_back(length);
			}

			__emu_buffer += sizeof(InternalVeteranReward);
		}

		uint32 packet_size = std::accumulate(name_lengths.begin(), name_lengths.end(), 0) +
				     sizeof(structs::VeteranReward) + (sizeof(structs::VeteranRewardEntry) * count) +
				     // size of name_lengths is the same as item count
				     (sizeof(structs::VeteranRewardItem) * name_lengths.size());

		// build packet now!
		auto outapp = new EQApplicationPacket(OP_VetRewardsAvaliable, packet_size);
		__emu_buffer = inapp->pBuffer;

		outapp->WriteUInt32(count);
		auto name_itr = name_lengths.begin();
		for (int i = 0; i < count; i++) {
			InternalVeteranReward *ivr = (InternalVeteranReward *)__emu_buffer;

			outapp->WriteUInt32(ivr->claim_id);
			outapp->WriteUInt32(ivr->number_available);
			outapp->WriteUInt32(ivr->claim_count);
			outapp->WriteUInt8(1); // enabled

			for (int j = 0; j < ivr->claim_count; j++) {
				assert(name_itr != name_lengths.end()); // the way it's written, it should never happen, so just assert
				outapp->WriteUInt32(*name_itr);
				outapp->WriteData(ivr->items[j].item_name, *name_itr);
				outapp->WriteUInt32(ivr->items[j].item_id);
				outapp->WriteUInt32(ivr->items[j].charges);
				++name_itr;
			}

			__emu_buffer += sizeof(InternalVeteranReward);
		}

		dest->FastQueuePacket(&outapp);
		delete inapp;
	}

	ENCODE(OP_WearChange)
	{
		ENCODE_LENGTH_EXACT(WearChange_Struct);
		SETUP_DIRECT_ENCODE(WearChange_Struct, structs::WearChange_Struct);

		OUT(spawn_id);
		OUT(material);
		OUT(unknown06);
		OUT(elite_material);
		OUT(hero_forge_model);
		OUT(unknown18);
		OUT(color.Color);
		OUT(wear_slot_id);

		FINISH_ENCODE();
	}

	ENCODE(OP_WhoAllResponse)
	{
		EQApplicationPacket *in = *p;
		*p = nullptr;

		char *InBuffer = (char *)in->pBuffer;

		WhoAllReturnStruct *wars = (WhoAllReturnStruct*)InBuffer;

		int Count = wars->playercount;

		auto outapp = new EQApplicationPacket(OP_WhoAllResponse, in->size + (Count * 4));

		char *OutBuffer = (char *)outapp->pBuffer;

		// The struct fields were moved around a bit, so adjust values before copying
		wars->unknown44[0] = Count;
		wars->unknown52 = 0;

		memcpy(OutBuffer, InBuffer, sizeof(WhoAllReturnStruct));

		OutBuffer += sizeof(WhoAllReturnStruct);
		InBuffer += sizeof(WhoAllReturnStruct);

		for (int i = 0; i < Count; ++i)
		{
			uint32 x;

			x = VARSTRUCT_DECODE_TYPE(uint32, InBuffer);
			VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, x);

			InBuffer += 4;
			VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0);
			VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, 0xffffffff);

			char Name[64];

			VARSTRUCT_DECODE_STRING(Name, InBuffer);	// Char Name
			VARSTRUCT_ENCODE_STRING(OutBuffer, Name);

			x = VARSTRUCT_DECODE_TYPE(uint32, InBuffer);
			VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, x);

			VARSTRUCT_DECODE_STRING(Name, InBuffer);	// Guild Name
			VARSTRUCT_ENCODE_STRING(OutBuffer, Name);

			for (int j = 0; j < 7; ++j)
			{
				x = VARSTRUCT_DECODE_TYPE(uint32, InBuffer);
				VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, x);
			}

			VARSTRUCT_DECODE_STRING(Name, InBuffer);		// Account
			VARSTRUCT_ENCODE_STRING(OutBuffer, Name);

			x = VARSTRUCT_DECODE_TYPE(uint32, InBuffer);
			VARSTRUCT_ENCODE_TYPE(uint32, OutBuffer, x);
		}

		//Log.Hex(Logs::Netcode, outapp->pBuffer, outapp->size);
		dest->FastQueuePacket(&outapp);
		delete in;
	}

	ENCODE(OP_ZoneChange)
	{
		ENCODE_LENGTH_EXACT(ZoneChange_Struct);
		SETUP_DIRECT_ENCODE(ZoneChange_Struct, structs::ZoneChange_Struct);

		memcpy(eq->char_name, emu->char_name, sizeof(emu->char_name));
		OUT(zoneID);
		OUT(instanceID);
		OUT(y);
		OUT(x);
		OUT(z)
		OUT(zone_reason);
		OUT(success);

		if (eq->success < 0)
			eq->success -= 1;

		FINISH_ENCODE();
	}

	ENCODE(OP_ZoneEntry) { ENCODE_FORWARD(OP_ZoneSpawns); }

	ENCODE(OP_ZonePlayerToBind)
	{
		SETUP_VAR_ENCODE(ZonePlayerToBind_Struct);
		ALLOC_LEN_ENCODE(sizeof(structs::ZonePlayerToBind_Struct) + strlen(emu->zone_name));

		__packet->SetWritePosition(0);
		__packet->WriteUInt16(emu->bind_zone_id);
		__packet->WriteUInt16(emu->bind_instance_id);
		__packet->WriteFloat(emu->x);
		__packet->WriteFloat(emu->y);
		__packet->WriteFloat(emu->z);
		__packet->WriteFloat(emu->heading);
		__packet->WriteString(emu->zone_name);
		__packet->WriteUInt8(1); // save items
		__packet->WriteUInt32(0); // hp
		__packet->WriteUInt32(0); // mana
		__packet->WriteUInt32(0); // endurance

		FINISH_ENCODE();
	}

	ENCODE(OP_ZoneServerInfo)
	{
		SETUP_DIRECT_ENCODE(ZoneServerInfo_Struct, ZoneServerInfo_Struct);

		OUT_str(ip);
		OUT(port);

		FINISH_ENCODE();
	}

	ENCODE(OP_ZoneSpawns)
	{
		//consume the packet
		EQApplicationPacket *in = *p;
		*p = nullptr;

		//store away the emu struct
		unsigned char *__emu_buffer = in->pBuffer;
		Spawn_Struct *emu = (Spawn_Struct *)__emu_buffer;

		//determine and verify length
		int entrycount = in->size / sizeof(Spawn_Struct);
		if (entrycount == 0 || (in->size % sizeof(Spawn_Struct)) != 0) {
			LogNetcode("[STRUCTS] Wrong size on outbound [{}]: Got [{}], expected multiple of [{}]", opcodes->EmuToName(in->GetOpcode()), in->size, sizeof(Spawn_Struct));
			delete in;
			return;
		}

		//Log.LogDebugType(Logs::General, Logs::Netcode, "[STRUCTS] Spawn name is [%s]", emu->name);

		emu = (Spawn_Struct *)__emu_buffer;

		//Log.LogDebugType(Logs::General, Logs::Netcode, "[STRUCTS] Spawn packet size is %i, entries = %i", in->size, entrycount);

		char *Buffer = (char *)in->pBuffer, *BufferStart;

		int r;
		int k;
		for (r = 0; r < entrycount; r++, emu++) {

			int PacketSize = 206;

			PacketSize += strlen(emu->name);
			PacketSize += strlen(emu->lastName);

			emu->title[31] = 0;
			emu->suffix[31] = 0;

			if (strlen(emu->title))
				PacketSize += strlen(emu->title) + 1;

			if (strlen(emu->suffix))
				PacketSize += strlen(emu->suffix) + 1;

			if (emu->DestructibleObject || emu->class_ == Class::LDoNTreasure)
			{
				if (emu->DestructibleObject)
					PacketSize = PacketSize - 4;	// No bodytype

				PacketSize += 53;	// Fixed portion
				PacketSize += strlen(emu->DestructibleModel) + 1;
				PacketSize += strlen(emu->DestructibleName2) + 1;
				PacketSize += strlen(emu->DestructibleString) + 1;
			}

			bool ShowName = emu->show_name;
			if (emu->bodytype >= 66)
			{
				emu->race = 127;
				emu->bodytype = 11;
				emu->gender = 0;
				ShowName = 0;
			}

			float SpawnSize = emu->size;
			if (!((emu->NPC == 0) || (emu->race <= Race::Gnome) || (emu->race == Race::Iksar) ||
					(emu->race == Race::VahShir) || (emu->race == Race::Froglok2) || (emu->race == Race::Drakkin))
				)
			{
				PacketSize += 60;

				if (emu->size == 0)
				{
					emu->size = 6;
					SpawnSize = 6;
				}
			}
			else
				PacketSize += 216;

			if (SpawnSize == 0)
			{
				SpawnSize = 3;
			}

			auto outapp = new EQApplicationPacket(OP_ZoneEntry, PacketSize);
			Buffer = (char *)outapp->pBuffer;
			BufferStart = Buffer;
			VARSTRUCT_ENCODE_STRING(Buffer, emu->name);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->spawnId);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->level);
			// actually melee range variable, this probably screws the shit out of melee ranges :D
			if (emu->DestructibleObject)
			{
				VARSTRUCT_ENCODE_TYPE(float, Buffer, 10);	// was int and 0x41200000
			}
			else
			{
				VARSTRUCT_ENCODE_TYPE(float, Buffer, SpawnSize - 0.7);	// Eye Height?
			}
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->NPC); // 0 PC, 1 NPC etc

			structs::Spawn_Struct_Bitfields *Bitfields = (structs::Spawn_Struct_Bitfields*)Buffer;

			Bitfields->gender                 = emu->gender;
			Bitfields->ispet                  = emu->is_pet;
			Bitfields->afk                    = emu->afk;
			Bitfields->anon                   = emu->anon;
			Bitfields->gm                     = emu->gm;
			Bitfields->sneak                  = 0;
			Bitfields->lfg                    = emu->lfg;
			Bitfields->invis                  = emu->invis;
			Bitfields->linkdead               = 0;
			Bitfields->showhelm               = emu->showhelm;
			Bitfields->trader                 = emu->trader ? 1 : 0;
			Bitfields->targetable             = emu->NPC ? emu->untargetable : 1;
			Bitfields->targetable_with_hotkey = emu->targetable_with_hotkey ? 1 : 0;
			Bitfields->showname               = ShowName;

			if (emu->DestructibleObject)
			{
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0x1d600000);
				Buffer = Buffer - 4;
			}

			// Not currently found
			// Bitfields->statue = 0;
			// Bitfields->buyer = 0;

			Buffer += sizeof(structs::Spawn_Struct_Bitfields);

			// actually part of bitfields
			uint8 OtherData = 0;

			if (emu->class_ == Class::LDoNTreasure) //LDoN Chest
			{
				OtherData = OtherData | 0x04;
			}
			if (strlen(emu->title)) {
				OtherData = OtherData | 16;
			}
			if (strlen(emu->suffix)) {
				OtherData = OtherData | 32;
			}
			if (emu->DestructibleObject) {
				OtherData = OtherData | 0xe1;	// Live has 0xe1 for OtherData
			}
			if (emu->buyer) {
				OtherData = OtherData | 0x01;
			}

			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, OtherData);
			// float EmitterScalingRadius

			if (emu->DestructibleObject)
			{
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0x00000000);
			}
			else
			{
				VARSTRUCT_ENCODE_TYPE(float, Buffer, -1);	// unknown3
			}
			// int DefaultEmitterID
			VARSTRUCT_ENCODE_TYPE(float, Buffer, 0);	// unknown4

			if (emu->DestructibleObject || emu->class_ == Class::LDoNTreasure)
			{
				VARSTRUCT_ENCODE_STRING(Buffer, emu->DestructibleModel);
				VARSTRUCT_ENCODE_STRING(Buffer, emu->DestructibleName2);
				VARSTRUCT_ENCODE_STRING(Buffer, emu->DestructibleString);

				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleAppearance);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk1); // ObjectAnimationID

				// these 10 are SoundIDs
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleID1);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleID2);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleID3);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleID4);

				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk2);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk3);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk4);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk5);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk6);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk7);
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->DestructibleUnk8); // bInteractiveObjectCollidable
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->DestructibleUnk9); // IteractiveObjectType
			}


			if (!emu->DestructibleObject)
			{
				// Setting this next field to zero will cause a crash. Looking at ShowEQ, if it is zero, the bodytype field is not
				// present. Will sort that out later.
				// This is the CharacterPropertyHash, it can have multiple fields
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 1);	// This is a properties count field
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->bodytype);
			}
			else
			{
				VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);
			}

			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->curHp);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->haircolor);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->beardcolor);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->eyecolor1);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->eyecolor2);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->hairstyle);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->beard);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->drakkin_heritage);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->drakkin_tattoo);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->drakkin_details);

			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->equip_chest2); // InNonPCRaceIllusion
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0); // material
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0); // variation
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->helm); // headtype

			VARSTRUCT_ENCODE_TYPE(float, Buffer, emu->size);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->face);
			VARSTRUCT_ENCODE_TYPE(float, Buffer, emu->walkspeed);
			VARSTRUCT_ENCODE_TYPE(float, Buffer, emu->runspeed);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->race);

			// From MQ2: todo: create enum for this byte. Holding: Nothing=0 A RightHand Weapon=1 A Shield=2 Dual Wielding Two Weapons=3 A Spear=4 A LeftHand Weapon=5 A Two Handed Weapon=6 A bow=7
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);	// ShowEQ calls this 'Holding'
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->deity);
			if (emu->NPC)
			{
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0xFFFFFFFF);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0x00000000);
			}
			else
			{
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->guildID);

				/* Translate older ranks to new values */
				//switch (emu->guildrank) {
				//case 0: { VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 5);  break; }  // GUILD_MEMBER	0
				//case 1: { VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 3);  break; }  // GUILD_OFFICER	1
				//case 2: { VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 1);  break; }  // GUILD_LEADER	2
				//default: { VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->guildrank); break; }  //
				//}
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->guildrank);
			}

			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->class_);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);	// pvp
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->StandState);	// standstate
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->light);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->flymode);

			//VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 100); // LiveUnknown1 12/06/14 (possibly mana percent?)
			//VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 10); // LiveUnknown2 12/06/14
			//VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0); // LiveUnknown3 12/06/14

			VARSTRUCT_ENCODE_STRING(Buffer, emu->lastName);

			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);	// aatitle
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->guild_show);
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0); // TempPet

			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->petOwnerId);

			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, 0);                 // FindBits MQ2 name
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->PlayerState);
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->npc_tint_id); // NpcTintIndex
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);                // PrimaryTintIndex
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);                // SecondaryTintIndex
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0xffffffff);       // These do something with OP_WeaponEquip1
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0xffffffff);       // ^

			if ((emu->NPC == 0) || (emu->race <= Race::Gnome) || (emu->race == Race::Iksar) ||
					(emu->race == Race::VahShir) || (emu->race == Race::Froglok2) || (emu->race == Race::Drakkin)
				)
			{
				for (k = EQ::textures::textureBegin; k < EQ::textures::materialCount; ++k)
				{
					{
						VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->equipment_tint.Slot[k].Color);
					}
				}

				structs::Texture_Struct *Equipment = (structs::Texture_Struct *)Buffer;

				for (k = EQ::textures::textureBegin; k < EQ::textures::materialCount; k++) {
					Equipment[k].Material = emu->equipment.Slot[k].Material;
					Equipment[k].Unknown1 = emu->equipment.Slot[k].Unknown1;
					Equipment[k].EliteMaterial = emu->equipment.Slot[k].EliteModel;
					Equipment[k].HeroForgeModel = emu->equipment.Slot[k].HerosForgeModel;
					Equipment[k].Material2 = emu->equipment.Slot[k].Unknown2;
				}

				Buffer += (sizeof(structs::Texture_Struct) * EQ::textures::materialCount);
			}
			else
			{
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);

				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->equipment.Primary.Material);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);

				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, emu->equipment.Secondary.Material);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
				VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0);
			}

			structs::Spawn_Struct_Position *Position = (structs::Spawn_Struct_Position*)Buffer;

			Position->y = emu->y;
			Position->deltaZ = emu->deltaZ;
			Position->deltaX = emu->deltaX;
			Position->x = emu->x;
			Position->heading = emu->heading;
			Position->deltaHeading = emu->deltaHeading;
			Position->z = emu->z;
			Position->animation = emu->animation;
			Position->deltaY = emu->deltaY;

			Buffer += sizeof(structs::Spawn_Struct_Position);

			if (strlen(emu->title))
			{
				VARSTRUCT_ENCODE_STRING(Buffer, emu->title);
			}

			if (strlen(emu->suffix))
			{
				VARSTRUCT_ENCODE_STRING(Buffer, emu->suffix);
			}

			// skipping two ints
			// unknown, maybe some sort of spawn ID
			// SplineID -- no idea
			Buffer += 8;
			VARSTRUCT_ENCODE_TYPE(uint8, Buffer, emu->IsMercenary);
			VARSTRUCT_ENCODE_STRING(Buffer, "0000000000000000"); // RealEstateItemGuid
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0xffffffff); // RealEstateID
			VARSTRUCT_ENCODE_TYPE(uint32, Buffer, 0xffffffff); // RealEstateItemID
			// 29 zero bytes follow
			// PhysicsEffects follow here ... unsure what they are but it's a count followed by a struct like {spellid, casterid, effectid, baseeffect}
			Buffer += 29;
			if (Buffer != (BufferStart + PacketSize))
			{
				LogNetcode("[ERROR] SPAWN ENCODE LOGIC PROBLEM: Buffer pointer is now [{}] from end", Buffer - (BufferStart + PacketSize));
			}
			//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Sending zone spawn for %s packet is %i bytes", emu->name, outapp->size);
			//Log.Hex(Logs::Netcode, outapp->pBuffer, outapp->size);
			dest->FastQueuePacket(&outapp, ack_req);
		}

		delete in;
	}

	ENCODE(OP_CrystalCountUpdate)
	{
		ENCODE_LENGTH_EXACT(CrystalCountUpdate_Struct);
		SETUP_DIRECT_ENCODE(CrystalCountUpdate_Struct, structs::CrystalCountUpdate_Struct);

		OUT(CurrentRadiantCrystals);
		OUT(CareerRadiantCrystals);
		OUT(CurrentEbonCrystals);
		OUT(CareerEbonCrystals);

		FINISH_ENCODE();
	}

// DECODE methods

	DECODE(OP_AdventureMerchantSell)
	{
		DECODE_LENGTH_EXACT(structs::Adventure_Sell_Struct);
		SETUP_DIRECT_DECODE(Adventure_Sell_Struct, structs::Adventure_Sell_Struct);

		IN(npcid);
		emu->slot = RoF2ToServerTypelessSlot(eq->inventory_slot, invtype::typePossessions);
		IN(charges);
		IN(sell_price);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_AltCurrencySell)
	{
		DECODE_LENGTH_EXACT(structs::AltCurrencySellItem_Struct);
		SETUP_DIRECT_DECODE(AltCurrencySellItem_Struct, structs::AltCurrencySellItem_Struct);

		IN(merchant_entity_id);
		emu->slot_id = RoF2ToServerTypelessSlot(eq->inventory_slot, invtype::typePossessions);
		IN(charges);
		IN(cost);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_AltCurrencySellSelection)
	{
		DECODE_LENGTH_EXACT(structs::AltCurrencySelectItem_Struct);
		SETUP_DIRECT_DECODE(AltCurrencySelectItem_Struct, structs::AltCurrencySelectItem_Struct);

		IN(merchant_entity_id);
		emu->slot_id = RoF2ToServerTypelessSlot(eq->inventory_slot, invtype::typePossessions);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Animation)
	{
		DECODE_LENGTH_EXACT(structs::Animation_Struct);
		SETUP_DIRECT_DECODE(Animation_Struct, structs::Animation_Struct);

		IN(spawnid);
		IN(action);
		IN(speed);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ApplyPoison)
	{
		DECODE_LENGTH_EXACT(structs::ApplyPoison_Struct);
		SETUP_DIRECT_DECODE(ApplyPoison_Struct, structs::ApplyPoison_Struct);

		emu->inventorySlot = RoF2ToServerTypelessSlot(eq->inventorySlot, invtype::typePossessions);
		IN(success);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_AugmentInfo)
	{
		DECODE_LENGTH_EXACT(structs::AugmentInfo_Struct);
		SETUP_DIRECT_DECODE(AugmentInfo_Struct, structs::AugmentInfo_Struct);

		IN(itemid);
		IN(window);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_AugmentItem)
	{
		DECODE_LENGTH_EXACT(structs::AugmentItem_Struct);
		SETUP_DIRECT_DECODE(AugmentItem_Struct, structs::AugmentItem_Struct);

		emu->container_slot = RoF2ToServerSlot(eq->container_slot);
		emu->augment_slot = RoF2ToServerSlot(eq->augment_slot);
		emu->container_index = eq->container_index;
		emu->augment_index = eq->augment_index;
		emu->dest_inst_id = eq->dest_inst_id;
		emu->augment_action = eq->augment_action;

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Barter)
	{
		auto action = *(uint32 *) __packet->pBuffer;

		switch (action) {
			case structs::RoF2BuyerActions::BuyerRemoveItem: {
				auto emu = (BuyerGeneric_Struct *) __packet->pBuffer;
				emu->action = Barter_BuyerItemRemove;
				LogTradingDetail("(RoF2) Buyer Remove Item");

				break;
			}
			case structs::RoF2BuyerActions::BuyerInspectBegin: {
				LogTradingDetail("(RoF2) Buyer Inspect Begin Item");

				auto emu = (BuyerGeneric_Struct *) __packet->pBuffer;
				emu->action = Barter_BuyerInspectBegin;

				break;
			}
			case structs::RoF2BuyerActions::BuyerInspectEnd: {
				LogTradingDetail("(RoF2) Buyer Inspect End Item ");

				auto emu = (BuyerGeneric_Struct *) __packet->pBuffer;
				emu->action = Barter_BuyerInspectEnd;

				break;
			}
			case structs::RoF2BuyerActions::BuyerWelcomeMessage: {
				LogTradingDetail("(RoF2) Buyer Welcome Message Update");
				SETUP_DIRECT_DECODE(BuyerWelcomeMessageUpdate_Struct, structs::BuyerWelcomeMessageUpdate_Struct);

				emu->action = Barter_WelcomeMessageUpdate;
				strn0cpy(emu->welcome_message, eq->welcome_message, sizeof(emu->welcome_message));

				FINISH_DIRECT_DECODE();
				break;
			}
			case structs::RoF2BuyerActions::BuyerItemInspect: {
				SETUP_DIRECT_DECODE(BarterItemSearchLinkRequest_Struct, structs::BarterItemSearchLinkRequest_Struct);
				LogTradingDetail("(RoF2) Seller ID <green>[{}] Inspecting Item <green>[{}] from Buyer ID <green>[{}] ",
								 eq->seller_id,
								 eq->item_id,
								 eq->buyer_id
				);

				emu->action      = Barter_BarterItemInspect;
				emu->item_id     = eq->item_id;
				emu->searcher_id = eq->seller_id;

				FINISH_DIRECT_DECODE();
				break;
			}
			default: {
				auto emu = (BuyerGeneric_Struct *) __packet->pBuffer;
				LogTradingDetail("(RoF2) Pass thru OP_Barter packet action <red>[{}]", emu->action);
			}
		}
	}

	DECODE(OP_BazaarSearch)
	{
		char *Buffer = (char *)__packet->pBuffer;

		uint8 SubAction = VARSTRUCT_DECODE_TYPE(uint8, Buffer);
		LogTrading("(RoF2) action <green>[{}]", SubAction);

		if ((SubAction != BazaarInspectItem) || (__packet->size != sizeof(structs::NewBazaarInspect_Struct)))
			return;

		SETUP_DIRECT_DECODE(NewBazaarInspect_Struct, structs::NewBazaarInspect_Struct);

		IN(Beginning.Action);
		memcpy(emu->Name, eq->Name, sizeof(emu->Name));
		IN(SerialNumber);
		LogTrading("(RoF2) action <green>[{}] serial_number <green>[{}]", eq->Beginning.Action, eq->SerialNumber);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_BlockedBuffs)
	{
		DECODE_LENGTH_EXACT(structs::BlockedBuffs_Struct);
		SETUP_DIRECT_DECODE(BlockedBuffs_Struct, structs::BlockedBuffs_Struct);

		for (uint32 i = 0; i < BLOCKED_BUFF_COUNT; ++i)
			emu->SpellID[i] = eq->SpellID[i];

		IN(Count);
		IN(Pet);
		IN(Initialise);
		IN(Flags);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_BookButton)
	{
		DECODE_LENGTH_EXACT(structs::BookButton_Struct);
		SETUP_DIRECT_DECODE(BookButton_Struct, structs::BookButton_Struct);

		emu->invslot = static_cast<int16_t>(RoF2ToServerTypelessSlot(eq->slot, invtype::typePossessions));
		IN(target_id);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Buff)
	{
		DECODE_LENGTH_EXACT(structs::SpellBuffPacket_Struct);
		SETUP_DIRECT_DECODE(SpellBuffPacket_Struct, structs::SpellBuffPacket_Struct);

		IN(entityid);
		IN(buff.effect_type);
		IN(buff.level);
		IN(buff.unknown003);
		IN(buff.spellid);
		IN(buff.duration);
		emu->slotid = RoF2ToServerBuffSlot(eq->slotid);
		IN(bufffade);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_BuffRemoveRequest)
	{
		// This is to cater for the fact that short buff box buffs start at 30 as opposed to 25 in prior clients.
		//
		DECODE_LENGTH_EXACT(structs::BuffRemoveRequest_Struct);
		SETUP_DIRECT_DECODE(BuffRemoveRequest_Struct, structs::BuffRemoveRequest_Struct);

		emu->SlotID = RoF2ToServerBuffSlot(eq->SlotID);

		IN(EntityID);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_BuyerItems)
	{
		auto action = *(uint32 *) __packet->pBuffer;

		switch (action) {
			case structs::RoF2BuyerActions::BuyerModifyBuyLine:
			case structs::RoF2BuyerActions::BuyerBuyLine: {
				BuyerBuyLines_Struct buyer_buy_lines{};
				auto                 buffer = (char *) __packet->pBuffer;

				buyer_buy_lines.action = VARSTRUCT_DECODE_TYPE(uint32, buffer);

				buyer_buy_lines.no_items = 1;
				if (action == structs::RoF2BuyerActions::BuyerBuyLine) {
					buyer_buy_lines.no_items = VARSTRUCT_DECODE_TYPE(uint16, buffer);
				}

				buyer_buy_lines.buy_lines.reserve(buyer_buy_lines.no_items);
				for (int i = 0; i < buyer_buy_lines.no_items; i++) {
					BuyerLineItems_Struct b{};
					b.slot           = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					b.enabled        = VARSTRUCT_DECODE_TYPE(uint8, buffer);
					b.item_id        = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					b.item_name      = std::string(buffer, strlen(buffer));
					buffer          += strlen(buffer) + 1;
					b.item_icon      = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					b.item_quantity  = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					b.item_toggle    = VARSTRUCT_DECODE_TYPE(uint8, buffer);
					b.item_cost      = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					auto trade_items = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					buyer_buy_lines.buy_lines.push_back(b);

					if (trade_items > 0) {
						buyer_buy_lines.buy_lines[i].trade_items.reserve(trade_items);
						for (int x = 0; x < trade_items; x++) {
							BuyerLineTradeItems_Struct blti{};
							blti.item_id       = VARSTRUCT_DECODE_TYPE(uint32, buffer);
							blti.item_quantity = VARSTRUCT_DECODE_TYPE(uint32, buffer);
							blti.item_icon     = VARSTRUCT_DECODE_TYPE(uint32, buffer);
							blti.item_name     = std::string(buffer, strlen(buffer));
							buffer            += strlen(buffer) + 1;
							buyer_buy_lines.buy_lines[i].trade_items.push_back(blti);
						}
					}
					buffer += 13;
				}

				buffer = nullptr;
				std::stringstream           ss{};
				cereal::BinaryOutputArchive ar(ss);
				{
					ar(buyer_buy_lines);
				}

				auto new_size   = sizeof(BuyerGeneric_Struct) + ss.str().length();
				auto new_packet = new unsigned char[new_size];
				__packet->size    = new_size;
				__packet->pBuffer = new_packet;
				auto emu = (BuyerGeneric_Struct *) __packet->pBuffer;
				emu->action = Barter_BuyerItemUpdate;

				if (action == structs::RoF2BuyerActions::BuyerBuyLine) {
					emu->action = Barter_BuyerItemStart;
				}

				memcpy(emu->payload, ss.str().data(), ss.str().length());
				__packet->SetOpcode(OP_Barter);

				break;
			}
			case structs::RoF2BuyerActions::BuyerSellItem: {
				BuyerLineSellItem_Struct sell_item{};

				char *buffer = (char *) __packet->pBuffer;

				sell_item.action          = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				sell_item.purchase_method = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				buffer += 4;
				sell_item.buyer_entity_id = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				sell_item.buyer_id        = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				buffer += 11;
				sell_item.slot    = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				sell_item.enabled = VARSTRUCT_DECODE_TYPE(uint8, buffer);
				sell_item.item_id = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				VARSTRUCT_DECODE_STRING(sell_item.item_name, buffer);
				sell_item.item_icon      = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				sell_item.item_quantity  = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				sell_item.item_toggle    = VARSTRUCT_DECODE_TYPE(uint8, buffer);
				sell_item.item_cost      = VARSTRUCT_DECODE_TYPE(uint32, buffer);
				sell_item.no_trade_items = VARSTRUCT_DECODE_TYPE(uint32, buffer);

				if (sell_item.no_trade_items > 0) {
					sell_item.trade_items.reserve(sell_item.no_trade_items);
					for (int x = 0; x < sell_item.no_trade_items; x++) {
						BuyerLineTradeItems_Struct blti{};
						blti.item_id       = VARSTRUCT_DECODE_TYPE(uint32, buffer);
						blti.item_quantity = VARSTRUCT_DECODE_TYPE(uint32, buffer);
						blti.item_icon     = VARSTRUCT_DECODE_TYPE(uint32, buffer);
						blti.item_name     = std::string(buffer, strlen(buffer));
						buffer            += strlen(buffer) + 1;
						sell_item.trade_items.push_back(blti);
					}
				}

				if (sell_item.purchase_method) {
					sell_item.buyer_entity_id = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					sell_item.buyer_id        = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					sell_item.zone_id         = VARSTRUCT_DECODE_TYPE(uint32, buffer);
					sell_item.buyer_name      = std::string(buffer, strlen(buffer));
					buffer                   += sell_item.buyer_name.length() + 1;
				}
				else {
					buffer += 13;
				}

				sell_item.seller_quantity = VARSTRUCT_DECODE_TYPE(uint32, buffer);

				buffer += 4;

				buffer = nullptr;
				std::stringstream           ss{};
				cereal::BinaryOutputArchive ar(ss);
				{
					ar(sell_item);
				}

				auto new_size   = sizeof(BuyerGeneric_Struct) + ss.str().length();
				auto new_packet = new unsigned char[new_size];
				__packet->size    = new_size;
				__packet->pBuffer = new_packet;
				auto emu = (BuyerGeneric_Struct *) __packet->pBuffer;
				emu->action = Barter_SellItem;

				memcpy(emu->payload, ss.str().data(), ss.str().length());
				__packet->SetOpcode(OP_Barter);

				break;
			}
		}
	}

	DECODE(OP_CastSpell)
	{
		DECODE_LENGTH_EXACT(structs::CastSpell_Struct);
		SETUP_DIRECT_DECODE(CastSpell_Struct, structs::CastSpell_Struct);

		emu->slot = static_cast<uint32>(RoF2ToServerCastingSlot(static_cast<spells::CastingSlot>(eq->slot)));

		IN(spell_id);
		emu->inventoryslot = RoF2ToServerSlot(eq->inventory_slot);
		//IN(inventoryslot);
		IN(target_id);
		IN(y_pos);
		IN(x_pos);
		IN(z_pos);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ChannelMessage)
	{
		unsigned char *__eq_buffer = __packet->pBuffer;

		char *InBuffer = (char *)__eq_buffer;

		char Sender[64];
		char Target[64];

		VARSTRUCT_DECODE_STRING(Sender, InBuffer);
		VARSTRUCT_DECODE_STRING(Target, InBuffer);

		InBuffer += 4;

		uint32 Language = VARSTRUCT_DECODE_TYPE(uint32, InBuffer);
		uint32 Channel = VARSTRUCT_DECODE_TYPE(uint32, InBuffer);

		InBuffer += 5;

		uint32 Skill = VARSTRUCT_DECODE_TYPE(uint32, InBuffer);

		std::string old_message = InBuffer;
		std::string new_message;
		RoF2ToServerSayLink(new_message, old_message);

		//__packet->size = sizeof(ChannelMessage_Struct)+strlen(InBuffer) + 1;
		__packet->size = sizeof(ChannelMessage_Struct) + new_message.length() + 1;

		__packet->pBuffer = new unsigned char[__packet->size];
		ChannelMessage_Struct *emu = (ChannelMessage_Struct *)__packet->pBuffer;

		strn0cpy(emu->targetname, Target, sizeof(emu->targetname));
		strn0cpy(emu->sender, Target, sizeof(emu->sender));
		emu->language = Language;
		emu->chan_num = Channel;
		emu->skill_in_language = Skill;
		strcpy(emu->message, new_message.c_str());

		delete[] __eq_buffer;
	}

	DECODE(OP_CharacterCreate)
	{
		DECODE_LENGTH_EXACT(structs::CharCreate_Struct);
		SETUP_DIRECT_DECODE(CharCreate_Struct, structs::CharCreate_Struct);

		IN(gender);
		IN(race);
		IN(class_);
		IN(deity);
		IN(start_zone);
		IN(haircolor);
		IN(beard);
		IN(beardcolor);
		IN(hairstyle);
		IN(face);
		IN(eyecolor1);
		IN(eyecolor2);
		IN(drakkin_heritage);
		IN(drakkin_tattoo);
		IN(drakkin_details);
		IN(STR);
		IN(STA);
		IN(AGI);
		IN(DEX);
		IN(WIS);
		IN(INT);
		IN(CHA);
		IN(tutorial);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Consider)
	{
		DECODE_LENGTH_EXACT(structs::Consider_Struct);
		SETUP_DIRECT_DECODE(Consider_Struct, structs::Consider_Struct);

		IN(playerid);
		IN(targetid);
		IN(faction);
		IN(level);
		//emu->cur_hp = 1;
		//emu->max_hp = 2;
		//emu->pvpcon = 0;

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ConsiderCorpse) { DECODE_FORWARD(OP_Consider); }

	DECODE(OP_Consume)
	{
		DECODE_LENGTH_EXACT(structs::Consume_Struct);
		SETUP_DIRECT_DECODE(Consume_Struct, structs::Consume_Struct);

		emu->slot = RoF2ToServerSlot(eq->inventory_slot);
		IN(auto_consumed);
		IN(type);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Damage)
	{
		DECODE_LENGTH_EXACT(structs::CombatDamage_Struct);
		SETUP_DIRECT_DECODE(CombatDamage_Struct, structs::CombatDamage_Struct);

		IN(target);
		IN(source);
		IN(type);
		IN(spellid);
		IN(damage);
		IN(hit_heading);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_DeleteItem)
	{
		DECODE_LENGTH_EXACT(structs::DeleteItem_Struct);
		SETUP_DIRECT_DECODE(DeleteItem_Struct, structs::DeleteItem_Struct);

		emu->from_slot = RoF2ToServerSlot(eq->from_slot);
		emu->to_slot = RoF2ToServerSlot(eq->to_slot);
		IN(number_in_stack);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_DzAddPlayer)
	{
		DECODE_LENGTH_EXACT(structs::ExpeditionCommand_Struct);
		SETUP_DIRECT_DECODE(ExpeditionCommand_Struct, structs::ExpeditionCommand_Struct);

		strn0cpy(emu->name, eq->name, sizeof(emu->name));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_DzChooseZoneReply)
	{
		DECODE_LENGTH_EXACT(structs::DynamicZoneChooseZoneReply_Struct);
		SETUP_DIRECT_DECODE(DynamicZoneChooseZoneReply_Struct, structs::DynamicZoneChooseZoneReply_Struct);

		IN(unknown000);
		IN(unknown004);
		IN(unknown008);
		IN(unknown_id1);
		IN(dz_zone_id);
		IN(dz_instance_id);
		IN(dz_type);
		IN(unknown_id2);
		IN(unknown028);
		IN(unknown032);
		IN(unknown036);
		IN(unknown040);
		IN(unknown044);
		IN(unknown048);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_DzExpeditionInviteResponse)
	{
		DECODE_LENGTH_EXACT(structs::ExpeditionInviteResponse_Struct);
		SETUP_DIRECT_DECODE(ExpeditionInviteResponse_Struct, structs::ExpeditionInviteResponse_Struct);

		IN(dz_zone_id);
		IN(dz_instance_id);
		IN(accepted);
		IN(swapping);
		strn0cpy(emu->swap_name, eq->swap_name, sizeof(emu->swap_name));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_DzMakeLeader)
	{
		DECODE_LENGTH_EXACT(structs::ExpeditionCommand_Struct);
		SETUP_DIRECT_DECODE(ExpeditionCommand_Struct, structs::ExpeditionCommand_Struct);

		strn0cpy(emu->name, eq->name, sizeof(emu->name));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_DzRemovePlayer)
	{
		DECODE_LENGTH_EXACT(structs::ExpeditionCommand_Struct);
		SETUP_DIRECT_DECODE(ExpeditionCommand_Struct, structs::ExpeditionCommand_Struct);

		strn0cpy(emu->name, eq->name, sizeof(emu->name));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_DzSwapPlayer)
	{
		DECODE_LENGTH_EXACT(structs::ExpeditionCommandSwap_Struct);
		SETUP_DIRECT_DECODE(ExpeditionCommandSwap_Struct, structs::ExpeditionCommandSwap_Struct);

		strn0cpy(emu->add_player_name, eq->add_player_name, sizeof(emu->add_player_name));
		strn0cpy(emu->rem_player_name, eq->rem_player_name, sizeof(emu->rem_player_name));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Emote)
	{
		unsigned char *__eq_buffer = __packet->pBuffer;

		std::string old_message = (char *)&__eq_buffer[4]; // unknown01 offset
		std::string new_message;
		RoF2ToServerSayLink(new_message, old_message);

		__packet->size = sizeof(Emote_Struct);
		__packet->pBuffer = new unsigned char[__packet->size];

		char *InBuffer = (char *)__packet->pBuffer;

		memcpy(InBuffer, __eq_buffer, 4);
		InBuffer += 4;
		strcpy(InBuffer, new_message.substr(0, 1023).c_str());
		InBuffer[1023] = '\0';

		delete[] __eq_buffer;
	}

	DECODE(OP_EnvDamage)
	{
		DECODE_LENGTH_EXACT(structs::EnvDamage2_Struct);
		SETUP_DIRECT_DECODE(EnvDamage2_Struct, structs::EnvDamage2_Struct);

		IN(id);
		IN(damage);
		IN(dmgtype);
		emu->constant = 0xFFFF;

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_FaceChange)
	{
		DECODE_LENGTH_EXACT(structs::FaceChange_Struct);
		SETUP_DIRECT_DECODE(FaceChange_Struct, structs::FaceChange_Struct);

		IN(haircolor);
		IN(beardcolor);
		IN(eyecolor1);
		IN(eyecolor2);
		IN(hairstyle);
		IN(beard);
		IN(face);
		IN(drakkin_heritage);
		IN(drakkin_tattoo);
		IN(drakkin_details);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_FindPersonRequest)
	{
		DECODE_LENGTH_EXACT(structs::FindPersonRequest_Struct);
		SETUP_DIRECT_DECODE(FindPersonRequest_Struct, structs::FindPersonRequest_Struct);

		IN(npc_id);
		IN(client_pos.x);
		IN(client_pos.y);
		IN(client_pos.z);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GMLastName)
	{
		DECODE_LENGTH_EXACT(structs::GMLastName_Struct);
		SETUP_DIRECT_DECODE(GMLastName_Struct, structs::GMLastName_Struct);

		memcpy(emu->name, eq->name, sizeof(emu->name));
		memcpy(emu->gmname, eq->gmname, sizeof(emu->gmname));
		memcpy(emu->lastname, eq->lastname, sizeof(emu->lastname));
		for (int i = 0; i<4; i++)
		{
			emu->unknown[i] = eq->unknown[i];
		}

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GroupCancelInvite)
	{
		DECODE_LENGTH_EXACT(structs::GroupCancel_Struct);
		SETUP_DIRECT_DECODE(GroupCancel_Struct, structs::GroupCancel_Struct);

		memcpy(emu->name1, eq->name1, sizeof(emu->name1));
		memcpy(emu->name2, eq->name2, sizeof(emu->name2));
		IN(toggle);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GroupDisband)
	{
		//EQApplicationPacket *in = __packet;
		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Received incoming OP_Disband");
		//Log.Hex(Logs::Netcode, in->pBuffer, in->size);
		DECODE_LENGTH_EXACT(structs::GroupGeneric_Struct);
		SETUP_DIRECT_DECODE(GroupGeneric_Struct, structs::GroupGeneric_Struct);

		memcpy(emu->name1, eq->name1, sizeof(emu->name1));
		memcpy(emu->name2, eq->name2, sizeof(emu->name2));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GroupFollow)
	{
		//EQApplicationPacket *in = __packet;
		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Received incoming OP_GroupFollow");
		//Log.Hex(Logs::Netcode, in->pBuffer, in->size);
		DECODE_LENGTH_EXACT(structs::GroupFollow_Struct);
		SETUP_DIRECT_DECODE(GroupGeneric_Struct, structs::GroupFollow_Struct);

		memcpy(emu->name1, eq->name1, sizeof(emu->name1));
		memcpy(emu->name2, eq->name2, sizeof(emu->name2));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GroupFollow2)
	{
		//EQApplicationPacket *in = __packet;
		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Received incoming OP_GroupFollow2");
		//Log.Hex(Logs::Netcode, in->pBuffer, in->size);
		DECODE_LENGTH_EXACT(structs::GroupFollow_Struct);
		SETUP_DIRECT_DECODE(GroupGeneric_Struct, structs::GroupFollow_Struct);

		memcpy(emu->name1, eq->name1, sizeof(emu->name1));
		memcpy(emu->name2, eq->name2, sizeof(emu->name2));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GroupInvite)
	{
		//EQApplicationPacket *in = __packet;
		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Received incoming OP_GroupInvite");
		//Log.Hex(Logs::Netcode, in->pBuffer, in->size);
		DECODE_LENGTH_EXACT(structs::GroupInvite_Struct);
		SETUP_DIRECT_DECODE(GroupGeneric_Struct, structs::GroupInvite_Struct);

		memcpy(emu->name1, eq->invitee_name, sizeof(emu->name1));
		memcpy(emu->name2, eq->inviter_name, sizeof(emu->name2));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GroupInvite2)
	{
		//Log.LogDebugType(Logs::General, Logs::Netcode, "[ERROR] Received incoming OP_GroupInvite2. Forwarding");
		DECODE_FORWARD(OP_GroupInvite);
	}

	DECODE(OP_GuildBank)
	{
		// all actions are 1 off due to the removal of one of enums
		switch (__packet->ReadUInt32()) {
		case 2: {// GuildBankPromote
			DECODE_LENGTH_EXACT(structs::GuildBankPromote_Struct);
			SETUP_DIRECT_DECODE(GuildBankPromote_Struct, structs::GuildBankPromote_Struct);
			emu->Action = 3;
			IN(Unknown04);
			IN(Slot);
			IN(Slot2);
			FINISH_DIRECT_DECODE();
			return;
		}
		case 3: { // GuildBankViewItem
			DECODE_LENGTH_EXACT(structs::GuildBankViewItem_Struct);
			SETUP_DIRECT_DECODE(GuildBankViewItem_Struct, structs::GuildBankViewItem_Struct);
			emu->Action = 4;
			IN(Unknown04);
			IN(SlotID);
			IN(Area);
			IN(Unknown12);
			IN(Unknown16);
			FINISH_DIRECT_DECODE();
			return;
		}
		case 4: { // GuildBankDeposit
			__packet->WriteUInt32(5);
			return;
		}
		case 5: { // GuildBankPermissions
			DECODE_LENGTH_EXACT(structs::GuildBankPermissions_Struct);
			SETUP_DIRECT_DECODE(GuildBankPermissions_Struct, structs::GuildBankPermissions_Struct);
			emu->Action = 6;
			IN(Unknown04);
			IN(SlotID);
			IN(Unknown10);
			IN(ItemID);
			IN(Permissions);
			strn0cpy(emu->MemberName, eq->MemberName, 64);
			FINISH_DIRECT_DECODE();
			return;
		}
		case 6: { // GuildBankWithdraw
			DECODE_LENGTH_EXACT(structs::GuildBankWithdrawItem_Struct);
			SETUP_DIRECT_DECODE(GuildBankWithdrawItem_Struct, structs::GuildBankWithdrawItem_Struct);
			emu->Action = 7;
			IN(Unknown04);
			IN(SlotID);
			IN(Area);
			IN(Unknown12);
			IN(Quantity);
			FINISH_DIRECT_DECODE();
			return;
		}
		case 7: { // GuildBankSplitStacks
			DECODE_LENGTH_EXACT(structs::GuildBankWithdrawItem_Struct);
			SETUP_DIRECT_DECODE(GuildBankWithdrawItem_Struct, structs::GuildBankWithdrawItem_Struct);
			emu->Action = 8;
			IN(Unknown04);
			IN(SlotID);
			IN(Area);
			IN(Unknown12);
			IN(Quantity);
			FINISH_DIRECT_DECODE();
			return;
		}
		case 8: { // GuildBankMergeStacks
			DECODE_LENGTH_EXACT(structs::GuildBankWithdrawItem_Struct);
			SETUP_DIRECT_DECODE(GuildBankWithdrawItem_Struct, structs::GuildBankWithdrawItem_Struct);
			emu->Action = 9;
			IN(Unknown04);
			IN(SlotID);
			IN(Area);
			IN(Unknown12);
			IN(Quantity);
			FINISH_DIRECT_DECODE();
			return;
		}
		default:
			LogNetcode("Unhandled OP_GuildBank action");
			__packet->SetOpcode(OP_Unknown); /* invalidate the packet */
			return;
		}
	}

	DECODE(OP_GuildDemote)
	{
		DECODE_LENGTH_EXACT(structs::GuildDemoteStruct);
		SETUP_DIRECT_DECODE(GuildDemoteStruct, structs::GuildDemoteStruct);

		strn0cpy(emu->target, eq->target, sizeof(emu->target));
		strn0cpy(emu->name, eq->name, sizeof(emu->name));
		IN(rank);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GuildRemove)
	{
		DECODE_LENGTH_EXACT(structs::GuildCommand_Struct);
		SETUP_DIRECT_DECODE(GuildCommand_Struct, structs::GuildCommand_Struct);

		strn0cpy(emu->othername, eq->othername, sizeof(emu->othername));
		strn0cpy(emu->myname, eq->myname, sizeof(emu->myname));
		IN(guildeqid);
		IN(officer);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GuildStatus)
	{
		DECODE_LENGTH_EXACT(structs::GuildStatus_Struct);
		SETUP_DIRECT_DECODE(GuildStatus_Struct, structs::GuildStatus_Struct);

		memcpy(emu->Name, eq->Name, sizeof(emu->Name));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_GuildTributeDonateItem)
	{
		DECODE_LENGTH_EXACT(structs::GuildTributeDonateItemRequest_Struct);
		SETUP_DIRECT_DECODE(GuildTributeDonateItemRequest_Struct, structs::GuildTributeDonateItemRequest_Struct);

		Log(Logs::Detail, Logs::Netcode, "RoF2::DECODE(OP_GuildTributeDonateItem)");

		IN(type);
		IN(slot);
		IN(sub_index);
		IN(aug_index);
		IN(unknown10);
		IN(quantity);
		IN(tribute_master_id);
		IN(unknown20);
		IN(guild_id);
		IN(unknown28);
		IN(unknown32);

		structs::InventorySlot_Struct iss;
		iss.Slot = eq->slot;
		iss.SubIndex = eq->sub_index;
		iss.AugIndex = eq->aug_index;
		iss.Type = eq->type;
		iss.Unknown01 = 0;
		iss.Unknown02 = 0;

		emu->slot = RoF2ToServerSlot(iss);

		FINISH_DIRECT_DECODE();
	}

	/*DECODE(OP_InspectAnswer)
	{
	DECODE_LENGTH_EXACT(structs::InspectResponse_Struct);
	SETUP_DIRECT_DECODE(InspectResponse_Struct, structs::InspectResponse_Struct);

	IN(TargetID);
	IN(playerid);

	int r;
	for (r = 0; r < 21; r++) {
	strn0cpy(emu->itemnames[r], eq->itemnames[r], sizeof(emu->itemnames[r]));
	}
	// Swap last 2 slots for Arrow and Power Source
	strn0cpy(emu->itemnames[22], eq->itemnames[21], sizeof(emu->itemnames[22]));
	strn0cpy(emu->itemnames[21], eq->unknown_zero, sizeof(emu->itemnames[21]));
	strn0cpy(emu->unknown_zero, eq->unknown_zero, sizeof(emu->unknown_zero));

	int k;
	for (k = 0; k < 21; k++) {
	IN(itemicons[k]);
	}
	// Swap last 2 slots for Arrow and Power Source
	emu->itemicons[22] = eq->itemicons[21];
	emu->itemicons[21] = eq->unknown_zero2;
	emu->unknown_zero2 = eq->unknown_zero2;
	strn0cpy(emu->text, eq->text, sizeof(emu->text));
	//emu->unknown1772 = 0;

	FINISH_DIRECT_DECODE();
	}*/

	DECODE(OP_InspectRequest)
	{
		DECODE_LENGTH_EXACT(structs::Inspect_Struct);
		SETUP_DIRECT_DECODE(Inspect_Struct, structs::Inspect_Struct);

		IN(TargetID);
		IN(PlayerID);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ItemLinkClick)
	{
		DECODE_LENGTH_EXACT(structs::ItemViewRequest_Struct);
		SETUP_DIRECT_DECODE(ItemViewRequest_Struct, structs::ItemViewRequest_Struct);
		MEMSET_IN(ItemViewRequest_Struct);

		IN(item_id);
		int r;
		for (r = EQ::invaug::SOCKET_BEGIN; r <= EQ::invaug::SOCKET_END; r++) {
			IN(augments[r]);
		}
		IN(link_hash);
		IN(icon);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ItemVerifyRequest)
	{
		DECODE_LENGTH_EXACT(structs::ItemVerifyRequest_Struct);
		SETUP_DIRECT_DECODE(ItemVerifyRequest_Struct, structs::ItemVerifyRequest_Struct);

		emu->slot = RoF2ToServerSlot(eq->inventory_slot);
		IN(target);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_LoadSpellSet)
	{
		DECODE_LENGTH_EXACT(structs::LoadSpellSet_Struct);
		SETUP_DIRECT_DECODE(LoadSpellSet_Struct, structs::LoadSpellSet_Struct);

		for (unsigned int i = 0; i < EQ::spells::SPELL_GEM_COUNT; ++i)
		{
			if (eq->spell[i] == 0)
				emu->spell[i] = 0xFFFFFFFF;
			else
				emu->spell[i] = eq->spell[i];
		}

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_LootItem)
	{
		DECODE_LENGTH_EXACT(structs::LootingItem_Struct);
		SETUP_DIRECT_DECODE(LootingItem_Struct, structs::LootingItem_Struct);

		Log(Logs::Detail, Logs::Netcode, "RoF2::DECODE(OP_LootItem)");

		IN(lootee);
		IN(looter);
		emu->slot_id = RoF2ToServerCorpseMainSlot(eq->slot_id);
		IN(auto_loot);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_MoveItem)
	{
		DECODE_LENGTH_EXACT(structs::MoveItem_Struct);
		SETUP_DIRECT_DECODE(MoveItem_Struct, structs::MoveItem_Struct);

		Log(Logs::Detail, Logs::Netcode, "RoF2::DECODE(OP_MoveItem)");

		emu->from_slot = RoF2ToServerSlot(eq->from_slot);
		emu->to_slot = RoF2ToServerSlot(eq->to_slot);
		IN(number_in_stack);

		//LogNetcode("[RoF2] MoveItem Slot from [{}] to [{}], Number [{}]", emu->from_slot, emu->to_slot, emu->number_in_stack);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_PetCommands)
	{
		DECODE_LENGTH_EXACT(structs::PetCommand_Struct);
		SETUP_DIRECT_DECODE(PetCommand_Struct, structs::PetCommand_Struct);

		IN(command);
		IN(target);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_RaidInvite)
	{
		DECODE_LENGTH_ATLEAST(structs::RaidGeneral_Struct);

		RaidGeneral_Struct* rgs = (RaidGeneral_Struct*)__packet->pBuffer;

		switch (rgs->action)
		{
		case raidSetMotd:
		{
			SETUP_VAR_DECODE(RaidMOTD_Struct, structs::RaidMOTD_Struct, motd);

			IN(general.action);
			IN(general.parameter);
			IN_str(general.leader_name);
			IN_str(general.player_name);
			IN_str(motd);

			FINISH_VAR_DECODE();
			break;
		}
		case raidSetNote:
		{
			SETUP_VAR_DECODE(RaidNote_Struct, structs::RaidNote_Struct, note);

			IN(general.action);
			IN(general.parameter);
			IN_str(general.leader_name);
			IN_str(general.player_name);
			IN_str(note);

			FINISH_VAR_DECODE();
			break;
		}
		default:
		{
			SETUP_DIRECT_DECODE(RaidGeneral_Struct, structs::RaidGeneral_Struct);
			IN(action);
			IN(parameter);
			IN_str(leader_name);
			IN_str(player_name);

			FINISH_DIRECT_DECODE();
			break;
		}
		}
	}

	DECODE(OP_ReadBook)
	{
		DECODE_LENGTH_EXACT(structs::BookRequest_Struct);
		SETUP_DIRECT_DECODE(BookRequest_Struct, structs::BookRequest_Struct);

		IN(type);
		emu->invslot = static_cast<int16_t>(RoF2ToServerTypelessSlot(eq->invslot, invtype::typePossessions));
		IN(target_id);
		emu->window = (uint8)eq->window;
		strn0cpy(emu->txtfile, eq->txtfile, sizeof(emu->txtfile));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_RecipeAutoCombine)
	{
		DECODE_LENGTH_EXACT(structs::RecipeAutoCombine_Struct);
		SETUP_DIRECT_DECODE(RecipeAutoCombine_Struct, structs::RecipeAutoCombine_Struct);

		IN(object_type);
		IN(some_id);
		emu->unknown1 = RoF2ToServerSlot(eq->container_slot);
		IN(recipe_id);
		IN(reply_code);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_RemoveBlockedBuffs) { DECODE_FORWARD(OP_BlockedBuffs); }

	DECODE(OP_RezzAnswer)
	{
		DECODE_LENGTH_EXACT(structs::Resurrect_Struct);
		SETUP_DIRECT_DECODE(Resurrect_Struct, structs::Resurrect_Struct);

		IN(zone_id);
		IN(instance_id);
		IN(y);
		IN(x);
		IN(z);
		memcpy(emu->your_name, eq->your_name, sizeof(emu->your_name));
		memcpy(emu->rezzer_name, eq->rezzer_name, sizeof(emu->rezzer_name));
		IN(spellid);
		memcpy(emu->corpse_name, eq->corpse_name, sizeof(emu->corpse_name));
		IN(action);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Save)
	{
		DECODE_LENGTH_EXACT(structs::Save_Struct);
		SETUP_DIRECT_DECODE(Save_Struct, structs::Save_Struct);

		memcpy(emu->unknown00, eq->unknown00, sizeof(emu->unknown00));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_SetServerFilter)
	{
		DECODE_LENGTH_EXACT(structs::SetServerFilter_Struct);
		SETUP_DIRECT_DECODE(SetServerFilter_Struct, structs::SetServerFilter_Struct);

		int r;
		for (r = 0; r < 29; r++) {
			// Size 40 in RoF2
			IN(filters[r]);
		}

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ShopPlayerBuy)
	{
		DECODE_LENGTH_EXACT(structs::Merchant_Sell_Struct);
		SETUP_DIRECT_DECODE(Merchant_Sell_Struct, structs::Merchant_Sell_Struct);

		IN(npcid);
		IN(playerid);
		IN(itemslot);
		IN(quantity);
		IN(price);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ShopPlayerSell)
	{
		DECODE_LENGTH_EXACT(structs::Merchant_Purchase_Struct);
		SETUP_DIRECT_DECODE(Merchant_Purchase_Struct, structs::Merchant_Purchase_Struct);

		IN(npcid);
		emu->itemslot = RoF2ToServerTypelessSlot(eq->inventory_slot, invtype::typePossessions);
		//IN(itemslot);
		IN(quantity);
		IN(price);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ShopSendParcel)
	{
		DECODE_LENGTH_EXACT(structs::Parcel_Struct);
		SETUP_DIRECT_DECODE(Parcel_Struct, structs::Parcel_Struct);

		IN(npc_id);
		IN(quantity);
		IN(money_flag);
		emu->item_slot = RoF2ToServerTypelessSlot(eq->inventory_slot, invtype::typePossessions);
		strn0cpy(emu->send_to, eq->send_to, sizeof(emu->send_to));
		strn0cpy(emu->note, eq->note, sizeof(emu->note));

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_Trader)
	{
		auto action = *(uint32 *)__packet->pBuffer;

		switch (action) {
			case structs::RoF2BazaarTraderBuyerActions::BeginTraderMode: {
				DECODE_LENGTH_EXACT(structs::BeginTrader_Struct);
				SETUP_DIRECT_DECODE(ClickTrader_Struct, structs::BeginTrader_Struct);
				LogTrading("(RoF2) BeginTraderMode action <green>[{}]", action);

				emu->action = TraderOn;
				std::copy_n(eq->item_cost, RoF2::invtype::BAZAAR_SIZE, emu->item_cost);
				std::transform(
					std::begin(eq->items),
					std::end(eq->items),
					std::begin(emu->serial_number),
					[&](const structs::TraderItemSerial_Struct x) {
						return Strings::ToUnsignedBigInt(x.serial_number,0);
					}
				);

				FINISH_DIRECT_DECODE();
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::EndTraderMode: {
				DECODE_LENGTH_EXACT(structs::Trader_ShowItems_Struct);
				SETUP_DIRECT_DECODE(Trader_ShowItems_Struct, structs::Trader_ShowItems_Struct);
				LogTrading("(RoF2) EndTraderMode action <green>[{}]", action);

				emu->action    = TraderOff;
				emu->entity_id = eq->entity_id;

				FINISH_DIRECT_DECODE();
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::ListTraderItems: {
				LogTrading("(RoF2) ListTraderItems action <green>[{}]", action);
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::PriceUpdate: {
				DECODE_LENGTH_EXACT(structs::TraderPriceUpdate_Struct);
				SETUP_DIRECT_DECODE(TraderPriceUpdate_Struct, structs::TraderPriceUpdate_Struct);
				LogTrading("(RoF2) PriceUpdate action <green>[{}]", action);

				emu->Action       = PriceUpdate;
				emu->SerialNumber = Strings::ToUnsignedBigInt(eq->serial_number, 0);
				if (emu->SerialNumber == 0) {
					LogTrading("(RoF2) Price change with invalid serial number <red>[{}]", eq->serial_number);
				}
				emu->NewPrice = eq->new_price;

				FINISH_DIRECT_DECODE();
				break;
			}
			default: {
				LogTrading("(RoF2) Unhandled action <red>[{}]", action);
			}
		}
	}

	DECODE(OP_TraderBuy)
	{
		DECODE_LENGTH_EXACT(structs::TraderBuy_Struct);
		SETUP_DIRECT_DECODE(TraderBuy_Struct, structs::TraderBuy_Struct);
		LogTrading(
			"(RoF2) item_id <green>[{}] price <green>[{}] quantity <green>[{}] trader_id <green>[{}]",
			eq->item_id,
			eq->price,
			eq->quantity,
			eq->trader_id
		);

		IN(action);
		IN(price);
		IN(trader_id);
		memcpy(emu->item_name, eq->item_name, sizeof(emu->item_name));
		IN(item_id);
		IN(quantity);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_TraderShop)
	{
		uint32 action = *(uint32 *)__packet->pBuffer;

		switch (action) {
			case structs::RoF2BazaarTraderBuyerActions::BazaarSearch: {
				DECODE_LENGTH_EXACT(structs::BazaarSearch_Struct);
				SETUP_DIRECT_DECODE(BazaarSearchCriteria_Struct, structs::BazaarSearch_Struct);
				LogTrading(
					"(RoF2) BazaarSearch action <green>[{}]",
					action
				);

				__packet->SetOpcode(OP_BazaarSearch);
				emu->action = BazaarSearch;
				emu->type   = eq->type == UINT32_MAX ? UINT8_MAX : eq->type;
				IN(item_stat);
				IN(max_cost);
				IN(min_cost);
				IN(max_level);
				IN(min_level);
				IN(race);
				IN(slot);
				IN(trader_id);
				IN(_class);
				IN(prestige);
				IN(search_scope);
				IN(max_results);
				IN(augment);
				IN_str(item_name);

				FINISH_DIRECT_DECODE();
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::ClickTrader: {
				DECODE_LENGTH_EXACT(structs::TraderClick_Struct);
				SETUP_DIRECT_DECODE(TraderClick_Struct, structs::TraderClick_Struct);

				emu->Code     = ClickTrader;
				emu->TraderID = eq->trader_id;
				emu->Approval = eq->unknown_008;
				LogTrading("(RoF2) ClickTrader action <green>[{}], trader_id <green>[{}], approval <green>[{}]",
						   eq->action,
						   eq->trader_id,
						   eq->unknown_008
				);
				FINISH_DIRECT_DECODE();
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::BazaarInspect: {
				DECODE_LENGTH_EXACT(structs::BazaarInspect_Struct);
				SETUP_DIRECT_DECODE(BazaarInspect_Struct, structs::BazaarInspect_Struct);

				__packet->SetOpcode(OP_BazaarSearch);
				IN(item_id);
				IN(trader_id);
				emu->action        = BazaarInspect;
				emu->serial_number = Strings::ToUnsignedInt(eq->serial_number, 0);
				if (emu->serial_number == 0) {
					LogTrading(
						"(RoF2) trader_id = <green>[{}] requested a BazaarInspect with an invalid serial number of <red>[{}]",
						eq->trader_id,
						eq->serial_number
					);
					FINISH_DIRECT_DECODE();
					return;
				}

				LogTrading("(RoF2) BazaarInspect action <green>[{}] item_id <green>[{}] serial_number <green>[{}]",
						   action,
						   eq->item_id,
						   eq->serial_number
				);
				FINISH_DIRECT_DECODE();
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::FirstOpenSearch: {
				__packet->SetOpcode(OP_BazaarSearch);
				LogTrading("(RoF2) First time opening Bazaar Search since zoning. Action <green>[{}]", action);
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::WelcomeMessage: {
				__packet->SetOpcode(OP_BazaarSearch);
				LogTrading("(RoF2) WelcomeMessage action <green>[{}]", action);
				break;
			}
			case structs::RoF2BazaarTraderBuyerActions::BuyTraderItem: {
				DECODE_LENGTH_EXACT(structs::TraderBuy_Struct);
				SETUP_DIRECT_DECODE(TraderBuy_Struct, structs::TraderBuy_Struct);
				LogTrading(
					"(RoF2) item_id <green>[{}] price <green>[{}] quantity <green>[{}] trader_id <green>[{}]",
					eq->item_id,
					eq->price,
					eq->quantity,
					eq->trader_id
				);

				__packet->SetOpcode(OP_TraderBuy);
				IN(action);
				IN(method);
				IN(trader_id);
				IN(item_id);
				IN(price);
				IN(already_sold);
				IN(quantity);
				IN_str(buyer_name);
				IN_str(seller_name);
				IN_str(item_name);
				IN_str(serial_number);

				FINISH_DIRECT_DECODE();
				break;
			}
			default: {
				LogTrading("(RoF2) Unhandled action <red>[{}]", action);
			}
			return;
		}
	}

	DECODE(OP_TradeSkillCombine)
	{
		DECODE_LENGTH_EXACT(structs::NewCombine_Struct);
		SETUP_DIRECT_DECODE(NewCombine_Struct, structs::NewCombine_Struct);

		emu->container_slot = RoF2ToServerSlot(eq->container_slot);
		emu->guildtribute_slot = RoF2ToServerSlot(eq->guildtribute_slot); // this should only return INVALID_INDEX until implemented

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_TributeItem)
	{
		DECODE_LENGTH_EXACT(structs::TributeItem_Struct);
		SETUP_DIRECT_DECODE(TributeItem_Struct, structs::TributeItem_Struct);

		emu->slot = RoF2ToServerSlot(eq->inventory_slot);
		IN(quantity);
		IN(tribute_master_id);
		IN(tribute_points);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_WhoAllRequest)
	{
		DECODE_LENGTH_EXACT(structs::Who_All_Struct);
		SETUP_DIRECT_DECODE(Who_All_Struct, structs::Who_All_Struct);

		memcpy(emu->whom, eq->whom, sizeof(emu->whom));
		IN(wrace);
		IN(wclass);
		IN(lvllow);
		IN(lvlhigh);
		IN(gmlookup);
		IN(guildid);
		IN(type);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_VetClaimRequest)
	{
		DECODE_LENGTH_EXACT(structs::VeteranClaim);
		SETUP_DIRECT_DECODE(VeteranClaim, structs::VeteranClaim);

		IN(claim_id);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ZoneChange)
	{
		DECODE_LENGTH_EXACT(structs::ZoneChange_Struct);
		SETUP_DIRECT_DECODE(ZoneChange_Struct, structs::ZoneChange_Struct);

		memcpy(emu->char_name, eq->char_name, sizeof(emu->char_name));
		IN(zoneID);
		IN(instanceID);
		IN(y);
		IN(x);
		IN(z)
		IN(zone_reason);
		IN(success);

		FINISH_DIRECT_DECODE();
	}

	DECODE(OP_ZoneEntry)
	{
		DECODE_LENGTH_EXACT(structs::ClientZoneEntry_Struct);
		SETUP_DIRECT_DECODE(ClientZoneEntry_Struct, structs::ClientZoneEntry_Struct);

		memcpy(emu->char_name, eq->char_name, sizeof(emu->char_name));

		FINISH_DIRECT_DECODE();
	}

// file scope helper methods
	uint32 NextItemInstSerialNumber = 1;
	uint32 MaxInstances = 2000000000;

	static inline int32 GetNextItemInstSerialNumber()
	{
		if (NextItemInstSerialNumber >= MaxInstances)
			NextItemInstSerialNumber = 1;
		else
			NextItemInstSerialNumber++;

		return NextItemInstSerialNumber;
	}

	void SerializeItem(EQ::OutBuffer& ob, const EQ::ItemInstance *inst, int16 slot_id_in, uint8 depth, ItemPacketType packet_type)
	{
		const EQ::ItemData *item = inst->GetUnscaledItem();

		RoF2::structs::ItemSerializationHeader hdr;

		//sprintf(hdr.unknown000, "06e0002Y1W00");
		strn0cpy(hdr.unknown000, fmt::format("{:016}\0", inst->GetSerialNumber()).c_str(),sizeof(hdr.unknown000));

		hdr.stacksize = 1;

		if (item->ID == PARCEL_MONEY_ITEM_ID) {
			hdr.stacksize = inst->GetPrice();
		} else if (inst->IsStackable()) {
			if (inst->GetCharges() > std::numeric_limits<int16>::max()) {
				hdr.stacksize = std::numeric_limits<uint32>::max();
			} else {
				hdr.stacksize = inst->GetCharges();
			}
		}

		hdr.unknown004 = 0;

		structs::InventorySlot_Struct slot_id{};
		switch (packet_type) {
		case ItemPacketLoot:
			slot_id = ServerToRoF2CorpseSlot(slot_id_in);
			break;
		default:
			slot_id = ServerToRoF2Slot(slot_id_in);
			break;
		}

		hdr.slot_type      = (inst->GetMerchantSlot() ? invtype::typeMerchant : slot_id.Type);
		hdr.main_slot      = (inst->GetMerchantSlot() ? inst->GetMerchantSlot() : slot_id.Slot);
		hdr.sub_slot       = (inst->GetMerchantSlot() ? 0xffff : slot_id.SubIndex);
		hdr.aug_slot       = (inst->GetMerchantSlot() ? 0xffff : slot_id.AugIndex);
		hdr.price          = inst->GetPrice();
		hdr.merchant_slot  = ((inst->GetMerchantSlot() ? inst->GetMerchantCount() : 1));
		hdr.scaled_value   = (inst->IsScaling() ? (inst->GetExp() / 100) : 0);
		hdr.instance_id    = (inst->GetMerchantSlot() ? inst->GetMerchantSlot() : inst->GetSerialNumber());
		hdr.parcel_item_id = packet_type == ItemPacketParcel ? inst->GetID() : 0;
		if (item->EvolvingItem && packet_type != ItemPacketParcel && packet_type != ItemPacketMerchant) {
			hdr.instance_id    = inst->GetEvolveUniqueID() & 0xFFFFFFFF; //lower dword
			hdr.parcel_item_id = inst->GetEvolveUniqueID() >> 32;        //upper dword
		}

		hdr.last_cast_time = inst->GetRecastTimestamp();
		hdr.charges        = (inst->IsStackable() ? (item->MaxCharges ? 1 : 0) : ((inst->GetCharges() > 254)
			? 0xFFFFFFFF
			: inst->GetCharges()));
		hdr.inst_nodrop    = (inst->IsAttuned() ? 1 : 0);
		hdr.unknown044     = 0;
		hdr.unknown048     = 0;
		hdr.unknown052     = 0;
		hdr.isEvolving     = item->EvolvingItem;

		ob.write((const char*)&hdr, sizeof(RoF2::structs::ItemSerializationHeader));

		if (item->EvolvingItem > 0) {
			RoF2::structs::EvolvingItem_Struct evotop;
			inst->CalculateEvolveProgression();

			evotop.final_item_id    = inst->GetEvolveFinalItemID();
			evotop.evolve_level     = item->EvolvingLevel;
			evotop.progress         = inst->GetEvolveProgression();
			evotop.activated        = inst->GetEvolveActivated();
			evotop.evolve_max_level = item->EvolvingMax;

			ob.write((const char*)&evotop, sizeof(RoF2::structs::EvolvingItem_Struct));
		}

		/**
		 * Ornamentation
		 */
		uint32 ornamentation_icon         = (inst->GetOrnamentationIcon() ? inst->GetOrnamentationIcon() : 0);
		uint32 hero_model                 = 0;

		if (inst->GetOrnamentationIDFile()) {
			hero_model = inst->GetOrnamentHeroModel(EQ::InventoryProfile::CalcMaterialFromSlot(slot_id_in));

			char tmp[30];
			memset(tmp, 0x0, 30);
			sprintf(tmp, "IT%d", inst->GetOrnamentationIDFile());

			//Mainhand
			ob.write(tmp, strlen(tmp));
			ob.write("\0", 1);

			//Offhand
			ob.write(tmp, strlen(tmp));
			ob.write("\0", 1);
		}
		else {
			ob.write("\0", 1); // no main hand Ornamentation
			ob.write("\0", 1); // no off hand Ornamentation
		}

		RoF2::structs::ItemSerializationHeaderFinish hdrf;

		hdrf.ornamentIcon = ornamentation_icon;
		hdrf.unknowna1 = 0xffffffff;
		hdrf.ornamentHeroModel = hero_model;
		hdrf.unknown063 = 0;
		hdrf.Copied = 0;
		hdrf.unknowna4 = 0xffffffff;
		hdrf.unknowna5 = 0;
		hdrf.ItemClass = item->ItemClass;

		ob.write((const char*)&hdrf, sizeof(RoF2::structs::ItemSerializationHeaderFinish));

		if (strlen(item->Name) > 0) {
			ob.write(item->Name, strlen(item->Name));
			ob.write("\0", 1);
		}

		if (strlen(item->Lore) > 0)
			ob.write(item->Lore, strlen(item->Lore));
		ob.write("\0", 1);

		if (strlen(item->IDFile) > 0)
			ob.write(item->IDFile, strlen(item->IDFile));
		ob.write("\0", 1);

		ob.write("\0", 1);

		RoF2::structs::ItemBodyStruct ibs;
		memset(&ibs, 0, sizeof(RoF2::structs::ItemBodyStruct));

		ibs.id = item->ID;
		ibs.weight = item->Weight;
		ibs.norent = item->NoRent;
		ibs.nodrop = item->NoDrop;
		ibs.attune = item->Attuneable;
		ibs.size = item->Size;
		ibs.slots = item->Slots;
		ibs.price = item->Price;
		ibs.icon = item->Icon;
		ibs.unknown1 = 1;
		ibs.unknown2 = 1;
		ibs.BenefitFlag = item->BenefitFlag;
		ibs.tradeskills = item->Tradeskills;
		ibs.CR = item->CR;
		ibs.DR = item->DR;
		ibs.PR = item->PR;
		ibs.MR = item->MR;
		ibs.FR = item->FR;
		ibs.SVCorruption = item->SVCorruption;
		ibs.AStr = item->AStr;
		ibs.ASta = item->ASta;
		ibs.AAgi = item->AAgi;
		ibs.ADex = item->ADex;
		ibs.ACha = item->ACha;
		ibs.AInt = item->AInt;
		ibs.AWis = item->AWis;

		ibs.HP = item->HP;
		ibs.Mana = item->Mana;
		ibs.Endur = item->Endur;
		ibs.AC = item->AC;
		ibs.regen = item->Regen;
		ibs.mana_regen = item->ManaRegen;
		ibs.end_regen = item->EnduranceRegen;
		ibs.Classes = item->Classes;
		ibs.Races = item->Races;
		ibs.Deity = item->Deity;
		ibs.SkillModValue = item->SkillModValue;
		ibs.SkillModMax = item->SkillModMax;
		ibs.SkillModType = (int8)(item->SkillModType);
		ibs.SkillModExtra = 0;
		ibs.BaneDmgRace = item->BaneDmgRace;
		ibs.BaneDmgBody = item->BaneDmgBody;
		ibs.BaneDmgRaceAmt = item->BaneDmgRaceAmt;
		ibs.BaneDmgAmt = item->BaneDmgAmt;
		ibs.Magic = item->Magic;
		ibs.CastTime_ = item->CastTime_;
		ibs.ReqLevel = ((item->ReqLevel > 100) ? 100 : item->ReqLevel);
		ibs.RecLevel = ((item->RecLevel > 100) ? 100 : item->RecLevel);
		ibs.RecSkill = item->RecSkill;
		ibs.BardType = item->BardType;
		ibs.BardValue = item->BardValue;
		ibs.Light = item->Light;
		ibs.Delay = item->Delay;
		ibs.ElemDmgType = item->ElemDmgType;
		ibs.ElemDmgAmt = item->ElemDmgAmt;
		ibs.Range = item->Range;
		ibs.Damage = item->Damage;
		ibs.Color = item->Color;
		ibs.Prestige = 0;
		ibs.ItemType = item->ItemType;
		ibs.Material = item->Material;
		ibs.MaterialUnknown1 = 0;
		ibs.EliteMaterial = item->EliteMaterial;
		ibs.HerosForgeModel = item->HerosForgeModel;
		ibs.MaterialUnknown2 = 0;
		ibs.SellRate = item->SellRate;
		ibs.CombatEffects = item->CombatEffects;
		ibs.Shielding = item->Shielding;
		ibs.StunResist = item->StunResist;
		ibs.StrikeThrough = item->StrikeThrough;
		ibs.ExtraDmgSkill = item->ExtraDmgSkill;
		ibs.ExtraDmgAmt = item->ExtraDmgAmt;
		ibs.SpellShield = item->SpellShield;
		ibs.Avoidance = item->Avoidance;
		ibs.Accuracy = item->Accuracy;
		ibs.CharmFileID = item->CharmFileID;
		ibs.FactionAmt1 = item->FactionAmt1;
		ibs.FactionMod1 = item->FactionMod1;
		ibs.FactionAmt2 = item->FactionAmt2;
		ibs.FactionMod2 = item->FactionMod2;
		ibs.FactionAmt3 = item->FactionAmt3;
		ibs.FactionMod3 = item->FactionMod3;
		ibs.FactionAmt4 = item->FactionAmt4;
		ibs.FactionMod4 = item->FactionMod4;

		ob.write((const char*)&ibs, sizeof(RoF2::structs::ItemBodyStruct));

		//charm text
		if (strlen(item->CharmFile) > 0)
			ob.write((const char*)item->CharmFile, strlen(item->CharmFile));
		ob.write("\0", 1);

		RoF2::structs::ItemSecondaryBodyStruct isbs;
		memset(&isbs, 0, sizeof(RoF2::structs::ItemSecondaryBodyStruct));

		isbs.augtype = item->AugType;
		isbs.augrestrict2 = -1;
		isbs.augrestrict = item->AugRestrict;

		for (int index = invaug::SOCKET_BEGIN; index <= invaug::SOCKET_END; ++index) {
			isbs.augslots[index].type = item->AugSlotType[index];
			isbs.augslots[index].visible = item->AugSlotVisible[index];
			isbs.augslots[index].unknown = item->AugSlotUnk2[index];
		}

		isbs.ldonpoint_type = item->PointType;
		isbs.ldontheme = item->LDoNTheme;
		isbs.ldonprice = item->LDoNPrice;
		isbs.ldonsellbackrate = item->LDoNSellBackRate;
		isbs.ldonsold = item->LDoNSold;

		isbs.bagtype = item->BagType;
		isbs.bagslots = item->BagSlots;
		isbs.bagsize = item->BagSize;
		isbs.wreduction = item->BagWR;

		isbs.book = item->Book;
		isbs.booktype = item->BookType;

		ob.write((const char*)&isbs, sizeof(RoF2::structs::ItemSecondaryBodyStruct));

		if (strlen(item->Filename) > 0)
			ob.write((const char*)item->Filename, strlen(item->Filename));
		ob.write("\0", 1);

		RoF2::structs::ItemTertiaryBodyStruct itbs;
		memset(&itbs, 0, sizeof(RoF2::structs::ItemTertiaryBodyStruct));

		itbs.loregroup = item->LoreGroup;
		itbs.artifact = item->ArtifactFlag;
		itbs.summonedflag = item->SummonedFlag;
		itbs.favor = item->Favor;
		itbs.fvnodrop = item->FVNoDrop;
		itbs.dotshield = item->DotShielding;
		itbs.atk = item->Attack;
		itbs.haste = item->Haste;
		itbs.damage_shield = item->DamageShield;
		itbs.guildfavor = item->GuildFavor;
		itbs.augdistil = item->AugDistiller;
		itbs.unknown3 = 0xffffffff;
		itbs.unknown4 = 0;
		itbs.no_pet = item->NoPet;
		itbs.unknown5 = 0;

		itbs.potion_belt_enabled = item->PotionBelt;
		itbs.potion_belt_slots   = item->PotionBeltSlots;
		itbs.stacksize           =
			item->ID == PARCEL_MONEY_ITEM_ID ? 0x7FFFFFFF : ((inst->IsStackable() ? item->StackSize : 0));
		itbs.no_transfer         = item->NoTransfer;
		itbs.expendablearrow     = item->ExpendableArrow;

		// Done to hack older clients to label expendable fishing poles as such
		// July 28th, 2018 patch
		if (item->ItemType == EQ::item::ItemTypeFishingPole && item->SubType == 0) {
			itbs.expendablearrow = 1;
		}

		itbs.unknown8 = 0;
		itbs.unknown9 = 0;
		itbs.unknown10 = 0;
		itbs.unknown11 = 0;
		itbs.unknown12 = 0;
		itbs.unknown13 = 0;
		itbs.unknown14 = 0;

		ob.write((const char*)&itbs, sizeof(RoF2::structs::ItemTertiaryBodyStruct));

		// Effect Structures Broken down to allow variable length strings for effect names
		int32 effect_unknown = 0;

		RoF2::structs::ClickEffectStruct ices;
		memset(&ices, 0, sizeof(RoF2::structs::ClickEffectStruct));

		ices.effect = item->Click.Effect;
		ices.level2 = item->Click.Level2;
		ices.type = item->Click.Type;
		ices.level = item->Click.Level;
		ices.max_charges = item->MaxCharges;
		ices.cast_time = item->CastTime;
		ices.recast = item->RecastDelay;
		ices.recast_type = item->RecastType;

		ob.write((const char*)&ices, sizeof(RoF2::structs::ClickEffectStruct));

		if (strlen(item->ClickName) > 0)
			ob.write((const char*)item->ClickName, strlen(item->ClickName));
		ob.write("\0", 1);

		ob.write((const char*)&effect_unknown, sizeof(int32));	// clickunk7

		RoF2::structs::ProcEffectStruct ipes;
		memset(&ipes, 0, sizeof(RoF2::structs::ProcEffectStruct));

		ipes.effect = item->Proc.Effect;
		ipes.level2 = item->Proc.Level2;
		ipes.type = item->Proc.Type;
		ipes.level = item->Proc.Level;
		ipes.procrate = item->ProcRate;

		ob.write((const char*)&ipes, sizeof(RoF2::structs::ProcEffectStruct));

		if (strlen(item->ProcName) > 0)
			ob.write((const char*)item->ProcName, strlen(item->ProcName));
		ob.write("\0", 1);

		ob.write((const char*)&effect_unknown, sizeof(int32));	// unknown5

		RoF2::structs::WornEffectStruct iwes;
		memset(&iwes, 0, sizeof(RoF2::structs::WornEffectStruct));

		iwes.effect = item->Worn.Effect;
		iwes.level2 = item->Worn.Level2;
		iwes.type = item->Worn.Type;
		iwes.level = item->Worn.Level;

		ob.write((const char*)&iwes, sizeof(RoF2::structs::WornEffectStruct));

		if (strlen(item->WornName) > 0)
			ob.write((const char*)item->WornName, strlen(item->WornName));
		ob.write("\0", 1);

		ob.write((const char*)&effect_unknown, sizeof(int32));	// unknown6

		RoF2::structs::WornEffectStruct ifes;
		memset(&ifes, 0, sizeof(RoF2::structs::WornEffectStruct));

		ifes.effect = item->Focus.Effect;
		ifes.level2 = item->Focus.Level2;
		ifes.type = item->Focus.Type;
		ifes.level = item->Focus.Level;

		ob.write((const char*)&ifes, sizeof(RoF2::structs::WornEffectStruct));

		if (strlen(item->FocusName) > 0)
			ob.write((const char*)item->FocusName, strlen(item->FocusName));
		ob.write("\0", 1);

		ob.write((const char*)&effect_unknown, sizeof(int32));	// unknown6

		RoF2::structs::WornEffectStruct ises;
		memset(&ises, 0, sizeof(RoF2::structs::WornEffectStruct));

		ises.effect = item->Scroll.Effect;
		ises.level2 = item->Scroll.Level2;
		ises.type = item->Scroll.Type;
		ises.level = item->Scroll.Level;

		ob.write((const char*)&ises, sizeof(RoF2::structs::WornEffectStruct));

		if (strlen(item->ScrollName) > 0)
			ob.write((const char*)item->ScrollName, strlen(item->ScrollName));
		ob.write("\0", 1);

		ob.write((const char*)&effect_unknown, sizeof(int32));	// unknown6

		// Bard Effect?
		RoF2::structs::WornEffectStruct ibes;
		memset(&ibes, 0, sizeof(RoF2::structs::WornEffectStruct));

		ibes.effect = item->Bard.Effect;
		ibes.level2 = item->Bard.Level2;
		ibes.type = item->Bard.Type;
		ibes.level = item->Bard.Level;
		//ibes.unknown6 = 0xffffffff;

		ob.write((const char*)&ibes, sizeof(RoF2::structs::WornEffectStruct));

		/*
		if(strlen(item->BardName) > 0)
		{
		ob.write((const char*)item->BardName, strlen(item->BardName));
		ob.write((const char*)&null_term, sizeof(uint8));
		}
		else */
		ob.write("\0", 1);

		ob.write((const char*)&effect_unknown, sizeof(int32));	// unknown6
		// End of Effects

		RoF2::structs::ItemQuaternaryBodyStruct iqbs;
		memset(&iqbs, 0, sizeof(RoF2::structs::ItemQuaternaryBodyStruct));

		iqbs.scriptfileid = item->ScriptFileID;
		iqbs.quest_item = item->QuestItemFlag;
		iqbs.Power = 0;
		iqbs.Purity = item->Purity;
		iqbs.unknown16 = 0;
		iqbs.BackstabDmg = item->BackstabDmg;
		iqbs.DSMitigation = item->DSMitigation;
		iqbs.HeroicStr = item->HeroicStr;
		iqbs.HeroicInt = item->HeroicInt;
		iqbs.HeroicWis = item->HeroicWis;
		iqbs.HeroicAgi = item->HeroicAgi;
		iqbs.HeroicDex = item->HeroicDex;
		iqbs.HeroicSta = item->HeroicSta;
		iqbs.HeroicCha = item->HeroicCha;
		iqbs.HeroicMR = item->HeroicMR;
		iqbs.HeroicFR = item->HeroicFR;
		iqbs.HeroicCR = item->HeroicCR;
		iqbs.HeroicDR = item->HeroicDR;
		iqbs.HeroicPR = item->HeroicPR;
		iqbs.HeroicSVCorrup = item->HeroicSVCorrup;
		iqbs.HealAmt = item->HealAmt;
		iqbs.SpellDmg = item->SpellDmg;
		iqbs.Clairvoyance = item->Clairvoyance;
		iqbs.SubType = item->SubType;

		//unknown18;	//Power Source Capacity or evolve filename?
		//evolve_string; // Some String, but being evolution related is just a guess

		iqbs.Heirloom = 0;
		iqbs.Placeable = 0;
		iqbs.unknown28 = -1;
		iqbs.unknown29 = packet_type == ItemPacketInvalid ? 0xFF : 0;
		iqbs.unknown30 = -1;
		iqbs.NoZone = 0;
		iqbs.NoGround = 0;
		iqbs.unknown37a = 0;	// (guessed position) New to RoF2
		iqbs.unknown38 = 0;
		iqbs.unknown39 = packet_type == ItemPacketInvalid ? 0 : 1;;

		ob.write((const char*)&iqbs, sizeof(RoF2::structs::ItemQuaternaryBodyStruct));

		EQ::OutBuffer::pos_type count_pos = ob.tellp();
		uint32 subitem_count = 0;

		ob.write((const char*)&subitem_count, sizeof(uint32));

		// moved outside of loop since it is not modified within that scope
		int16 SubSlotNumber = EQ::invbag::SLOT_INVALID;

		if (slot_id_in <= EQ::invslot::GENERAL_END && slot_id_in >= EQ::invslot::GENERAL_BEGIN)
			SubSlotNumber = EQ::invbag::GENERAL_BAGS_BEGIN + ((slot_id_in - EQ::invslot::GENERAL_BEGIN) * EQ::invbag::SLOT_COUNT);
		else if (slot_id_in == EQ::invslot::slotCursor)
			SubSlotNumber = EQ::invbag::CURSOR_BAG_BEGIN;
		else if (slot_id_in <= EQ::invslot::BANK_END && slot_id_in >= EQ::invslot::BANK_BEGIN)
			SubSlotNumber = EQ::invbag::BANK_BAGS_BEGIN + ((slot_id_in - EQ::invslot::BANK_BEGIN) * EQ::invbag::SLOT_COUNT);
		else if (slot_id_in <= EQ::invslot::SHARED_BANK_END && slot_id_in >= EQ::invslot::SHARED_BANK_BEGIN)
			SubSlotNumber = EQ::invbag::SHARED_BANK_BAGS_BEGIN + ((slot_id_in - EQ::invslot::SHARED_BANK_BEGIN) * EQ::invbag::SLOT_COUNT);
		else
			SubSlotNumber = slot_id_in; // not sure if this is the best way to handle this..leaving for now

		if (SubSlotNumber != EQ::invbag::SLOT_INVALID) {
			for (uint32 index = EQ::invbag::SLOT_BEGIN; index <= EQ::invbag::SLOT_END; ++index) {
				EQ::ItemInstance* sub = inst->GetItem(index);
				if (!sub)
					continue;

				ob.write((const char*)&index, sizeof(uint32));

				SerializeItem(ob, sub, SubSlotNumber, (depth + 1), packet_type);
				++subitem_count;
			}

			if (subitem_count)
				ob.overwrite(count_pos, (const char*)&subitem_count, sizeof(uint32));
		}
	}

	static inline structs::InventorySlot_Struct ServerToRoF2Slot(uint32 server_slot)
	{
		structs::InventorySlot_Struct RoF2Slot;
		RoF2Slot.Type = invtype::TYPE_INVALID;
		RoF2Slot.Unknown02 = INULL;
		RoF2Slot.Slot = invslot::SLOT_INVALID;
		RoF2Slot.SubIndex = invbag::SLOT_INVALID;
		RoF2Slot.AugIndex = invaug::SOCKET_INVALID;
		RoF2Slot.Unknown01 = INULL;

		uint32 TempSlot = EQ::invslot::SLOT_INVALID;

		if (server_slot < EQ::invtype::POSSESSIONS_SIZE) {
			RoF2Slot.Type = invtype::typePossessions;
			RoF2Slot.Slot = server_slot;
		}

		else if (server_slot <= EQ::invbag::CURSOR_BAG_END && server_slot >= EQ::invbag::GENERAL_BAGS_BEGIN) {
			TempSlot = server_slot - EQ::invbag::GENERAL_BAGS_BEGIN;

			RoF2Slot.Type = invtype::typePossessions;
			RoF2Slot.Slot = invslot::GENERAL_BEGIN + (TempSlot / EQ::invbag::SLOT_COUNT);
			RoF2Slot.SubIndex = TempSlot - ((RoF2Slot.Slot - invslot::GENERAL_BEGIN) * EQ::invbag::SLOT_COUNT);
		}

		else if (server_slot <= EQ::invslot::TRIBUTE_END && server_slot >= EQ::invslot::TRIBUTE_BEGIN) {
			RoF2Slot.Type = invtype::typeTribute;
			RoF2Slot.Slot = server_slot - EQ::invslot::TRIBUTE_BEGIN;
		}

		else if (server_slot <= EQ::invslot::GUILD_TRIBUTE_END && server_slot >= EQ::invslot::GUILD_TRIBUTE_BEGIN) {
			RoF2Slot.Type = invtype::typeGuildTribute;
			RoF2Slot.Slot = server_slot - EQ::invslot::GUILD_TRIBUTE_BEGIN;
		}

		else if (server_slot == EQ::invslot::SLOT_TRADESKILL_EXPERIMENT_COMBINE) {
			RoF2Slot.Type = invtype::typeWorld;
		}

		else if (server_slot <= EQ::invslot::BANK_END && server_slot >= EQ::invslot::BANK_BEGIN) {
			RoF2Slot.Type = invtype::typeBank;
			RoF2Slot.Slot = server_slot - EQ::invslot::BANK_BEGIN;
		}

		else if (server_slot <= EQ::invbag::BANK_BAGS_END && server_slot >= EQ::invbag::BANK_BAGS_BEGIN) {
			TempSlot = server_slot - EQ::invbag::BANK_BAGS_BEGIN;

			RoF2Slot.Type = invtype::typeBank;
			RoF2Slot.Slot = TempSlot / EQ::invbag::SLOT_COUNT;
			RoF2Slot.SubIndex = TempSlot - (RoF2Slot.Slot * EQ::invbag::SLOT_COUNT);
		}

		else if (server_slot <= EQ::invslot::SHARED_BANK_END && server_slot >= EQ::invslot::SHARED_BANK_BEGIN) {
			RoF2Slot.Type = invtype::typeSharedBank;
			RoF2Slot.Slot = server_slot - EQ::invslot::SHARED_BANK_BEGIN;
		}

		else if (server_slot <= EQ::invbag::SHARED_BANK_BAGS_END && server_slot >= EQ::invbag::SHARED_BANK_BAGS_BEGIN) {
			TempSlot = server_slot - EQ::invbag::SHARED_BANK_BAGS_BEGIN;

			RoF2Slot.Type = invtype::typeSharedBank;
			RoF2Slot.Slot = TempSlot / EQ::invbag::SLOT_COUNT;
			RoF2Slot.SubIndex = TempSlot - (RoF2Slot.Slot * EQ::invbag::SLOT_COUNT);
		}

		else if (server_slot <= EQ::invslot::TRADE_END && server_slot >= EQ::invslot::TRADE_BEGIN) {
			RoF2Slot.Type = invtype::typeTrade;
			RoF2Slot.Slot = server_slot - EQ::invslot::TRADE_BEGIN;
		}

		else if (server_slot <= EQ::invbag::TRADE_BAGS_END && server_slot >= EQ::invbag::TRADE_BAGS_BEGIN) {
			TempSlot = server_slot - EQ::invbag::TRADE_BAGS_BEGIN;

			RoF2Slot.Type = invtype::typeTrade;
			RoF2Slot.Slot = TempSlot / EQ::invbag::SLOT_COUNT;
			RoF2Slot.SubIndex = TempSlot - (RoF2Slot.Slot * EQ::invbag::SLOT_COUNT);
		}

		else if (server_slot <= EQ::invslot::WORLD_END && server_slot >= EQ::invslot::WORLD_BEGIN) {
			RoF2Slot.Type = invtype::typeWorld;
			RoF2Slot.Slot = server_slot - EQ::invslot::WORLD_BEGIN;
		}

		Log(Logs::Detail, Logs::Netcode, "Convert Server Slot %i to RoF2 Slot [%i, %i, %i, %i] (unk2: %i, unk1: %i)",
			server_slot, RoF2Slot.Type, RoF2Slot.Slot, RoF2Slot.SubIndex, RoF2Slot.AugIndex, RoF2Slot.Unknown02, RoF2Slot.Unknown01);

		return RoF2Slot;
	}

	static inline structs::InventorySlot_Struct ServerToRoF2CorpseSlot(uint32 server_corpse_slot)
	{
		structs::InventorySlot_Struct RoF2Slot;
		RoF2Slot.Type = invtype::TYPE_INVALID;
		RoF2Slot.Unknown02 = INULL;
		RoF2Slot.Slot = ServerToRoF2CorpseMainSlot(server_corpse_slot);
		RoF2Slot.SubIndex = invbag::SLOT_INVALID;
		RoF2Slot.AugIndex = invaug::SOCKET_INVALID;
		RoF2Slot.Unknown01 = INULL;

		if (RoF2Slot.Slot != invslot::SLOT_INVALID)
			RoF2Slot.Type = invtype::typeCorpse;

		Log(Logs::Detail, Logs::Netcode, "Convert Server Corpse Slot %i to RoF2 Corpse Slot [%i, %i, %i, %i] (unk2: %i, unk1: %i)",
			server_corpse_slot, RoF2Slot.Type, RoF2Slot.Slot, RoF2Slot.SubIndex, RoF2Slot.AugIndex, RoF2Slot.Unknown02, RoF2Slot.Unknown01);

		return RoF2Slot;
	}

	static inline uint32 ServerToRoF2CorpseMainSlot(uint32 server_corpse_slot)
	{
		uint32 RoF2Slot = invslot::SLOT_INVALID;

		if (server_corpse_slot <= EQ::invslot::CORPSE_END && server_corpse_slot >= EQ::invslot::CORPSE_BEGIN) {
			RoF2Slot = server_corpse_slot;
		}

		LogNetcode("Convert Server Corpse Slot [{}] to RoF2 Corpse Main Slot [{}]", server_corpse_slot, RoF2Slot);

		return RoF2Slot;
	}

	static inline structs::TypelessInventorySlot_Struct ServerToRoF2TypelessSlot(uint32 server_slot, int16 server_type)
	{
		structs::TypelessInventorySlot_Struct RoF2Slot;
		RoF2Slot.Slot = invslot::SLOT_INVALID;
		RoF2Slot.SubIndex = invbag::SLOT_INVALID;
		RoF2Slot.AugIndex = invaug::SOCKET_INVALID;
		RoF2Slot.Unknown01 = INULL;

		uint32 TempSlot = EQ::invslot::SLOT_INVALID;

		if (server_type == EQ::invtype::typePossessions) {
			if (server_slot < EQ::invtype::POSSESSIONS_SIZE) {
				RoF2Slot.Slot = server_slot;
			}

			else if (server_slot <= EQ::invbag::CURSOR_BAG_END && server_slot >= EQ::invbag::GENERAL_BAGS_BEGIN) {
				TempSlot = server_slot - EQ::invbag::GENERAL_BAGS_BEGIN;

				RoF2Slot.Slot = invslot::GENERAL_BEGIN + (TempSlot / EQ::invbag::SLOT_COUNT);
				RoF2Slot.SubIndex = TempSlot - ((RoF2Slot.Slot - invslot::GENERAL_BEGIN) * EQ::invbag::SLOT_COUNT);
			}
		}

		Log(Logs::Detail, Logs::Netcode, "Convert Server Slot %i to RoF2 Typeless Slot [%i, %i, %i] (implied type: %i, unk1: %i)",
			server_slot, RoF2Slot.Slot, RoF2Slot.SubIndex, RoF2Slot.AugIndex, server_type, RoF2Slot.Unknown01);

		return RoF2Slot;
	}

	static inline uint32 RoF2ToServerSlot(structs::InventorySlot_Struct rof2_slot)
	{
		if (rof2_slot.AugIndex < invaug::SOCKET_INVALID || rof2_slot.AugIndex >= invaug::SOCKET_COUNT) {
			Log(Logs::Detail, Logs::Netcode, "Convert RoF2 Slot [%i, %i, %i, %i] (unk2: %i, unk1: %i) to Server Slot %i",
				rof2_slot.Type, rof2_slot.Slot, rof2_slot.SubIndex, rof2_slot.AugIndex, rof2_slot.Unknown02, rof2_slot.Unknown01, EQ::invslot::SLOT_INVALID);

			return EQ::invslot::SLOT_INVALID;
		}

		uint32 server_slot = EQ::invslot::SLOT_INVALID;
		uint32 temp_slot = invslot::SLOT_INVALID;

		switch (rof2_slot.Type) {
		case invtype::typePossessions: {
			if (rof2_slot.Slot >= invslot::POSSESSIONS_BEGIN && rof2_slot.Slot <= invslot::POSSESSIONS_END) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					server_slot = rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					if (rof2_slot.Slot < invslot::GENERAL_BEGIN)
						return EQ::invslot::SLOT_INVALID;

					temp_slot = (rof2_slot.Slot - invslot::GENERAL_BEGIN) * invbag::SLOT_COUNT;
					server_slot = EQ::invbag::GENERAL_BAGS_BEGIN + temp_slot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeBank: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::BANK_SIZE) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					server_slot = EQ::invslot::BANK_BEGIN + rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					temp_slot = rof2_slot.Slot * invbag::SLOT_COUNT;
					server_slot = EQ::invbag::BANK_BAGS_BEGIN + temp_slot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeSharedBank: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::SHARED_BANK_SIZE) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					server_slot = EQ::invslot::SHARED_BANK_BEGIN + rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					temp_slot = rof2_slot.Slot * invbag::SLOT_COUNT;
					server_slot = EQ::invbag::SHARED_BANK_BAGS_BEGIN + temp_slot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeTrade: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::TRADE_SIZE) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					server_slot = EQ::invslot::TRADE_BEGIN + rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					temp_slot = rof2_slot.Slot * invbag::SLOT_COUNT;
					server_slot = EQ::invbag::TRADE_BAGS_BEGIN + temp_slot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeWorld: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::WORLD_SIZE) {
				server_slot = EQ::invslot::WORLD_BEGIN + rof2_slot.Slot;
			}

			else if (rof2_slot.Slot == invslot::SLOT_INVALID) {
				server_slot = EQ::invslot::SLOT_TRADESKILL_EXPERIMENT_COMBINE;
			}

			break;
		}
		case invtype::typeLimbo: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::LIMBO_SIZE) {
				server_slot = EQ::invslot::slotCursor;
			}

			break;
		}
		case invtype::typeTribute: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::TRIBUTE_SIZE) {
				server_slot = EQ::invslot::TRIBUTE_BEGIN + rof2_slot.Slot;
			}

			break;
		}
		case invtype::typeGuildTribute: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::GUILD_TRIBUTE_SIZE) {
				server_slot = EQ::invslot::GUILD_TRIBUTE_BEGIN + rof2_slot.Slot;
			}

			break;
		}
		case invtype::typeCorpse: {
			if (rof2_slot.Slot >= invslot::CORPSE_BEGIN && rof2_slot.Slot <= invslot::CORPSE_END) {
				server_slot = rof2_slot.Slot;
			}

			break;
		}
		default: {

			break;
		}
		}

		Log(Logs::Detail, Logs::Netcode, "Convert RoF2 Slot [%i, %i, %i, %i] (unk2: %i, unk1: %i) to Server Slot %i",
			rof2_slot.Type, rof2_slot.Slot, rof2_slot.SubIndex, rof2_slot.AugIndex, rof2_slot.Unknown02, rof2_slot.Unknown01, server_slot);

		return server_slot;
	}

	static inline uint32 RoF2ToServerCorpseSlot(structs::InventorySlot_Struct rof2_corpse_slot)
	{
		uint32 ServerSlot = EQ::invslot::SLOT_INVALID;

		if (rof2_corpse_slot.Type != invtype::typeCorpse || rof2_corpse_slot.SubIndex != invbag::SLOT_INVALID || rof2_corpse_slot.AugIndex != invaug::SOCKET_INVALID) {
			ServerSlot = EQ::invslot::SLOT_INVALID;
		}

		else {
			ServerSlot = RoF2ToServerCorpseMainSlot(rof2_corpse_slot.Slot);
		}

		Log(Logs::Detail, Logs::Netcode, "Convert RoF2 Slot [%i, %i, %i, %i] (unk2: %i, unk1: %i) to Server Slot %i",
			rof2_corpse_slot.Type, rof2_corpse_slot.Slot, rof2_corpse_slot.SubIndex, rof2_corpse_slot.AugIndex, rof2_corpse_slot.Unknown02, rof2_corpse_slot.Unknown01, ServerSlot);

		return ServerSlot;
	}

	static inline uint32 RoF2ToServerCorpseMainSlot(uint32 rof2_corpse_slot)
	{
		uint32 ServerSlot = EQ::invslot::SLOT_INVALID;

		if (rof2_corpse_slot <= invslot::CORPSE_END && rof2_corpse_slot >= invslot::CORPSE_BEGIN) {
			ServerSlot = rof2_corpse_slot;
		}

		LogNetcode("Convert RoF2 Corpse Main Slot [{}] to Server Corpse Slot [{}]", rof2_corpse_slot, ServerSlot);

		return ServerSlot;
	}

	static inline uint32 RoF2ToServerTypelessSlot(structs::TypelessInventorySlot_Struct rof2_slot, int16 rof2_type)
	{
		if (rof2_slot.AugIndex < invaug::SOCKET_INVALID || rof2_slot.AugIndex >= invaug::SOCKET_COUNT) {
			Log(Logs::Detail, Logs::Netcode, "Convert RoF2 Typeless Slot [%i, %i, %i] (implied type: %i, unk1: %i) to Server Slot %i",
				rof2_slot.Slot, rof2_slot.SubIndex, rof2_slot.AugIndex, rof2_type, rof2_slot.Unknown01, EQ::invslot::SLOT_INVALID);

			return EQ::invslot::SLOT_INVALID;
		}

		uint32 ServerSlot = EQ::invslot::SLOT_INVALID;
		uint32 TempSlot = invslot::SLOT_INVALID;

		switch (rof2_type) {
		case invtype::typePossessions: {
			if (rof2_slot.Slot >= invslot::POSSESSIONS_BEGIN && rof2_slot.Slot <= invslot::POSSESSIONS_END) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					ServerSlot = rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					if (rof2_slot.Slot < invslot::GENERAL_BEGIN)
						return EQ::invslot::SLOT_INVALID;

					TempSlot = (rof2_slot.Slot - invslot::GENERAL_BEGIN) * invbag::SLOT_COUNT;
					ServerSlot = EQ::invbag::GENERAL_BAGS_BEGIN + TempSlot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeBank: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::BANK_SIZE) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					ServerSlot = EQ::invslot::BANK_BEGIN + rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					TempSlot = rof2_slot.Slot * invbag::SLOT_COUNT;
					ServerSlot = EQ::invbag::BANK_BAGS_BEGIN + TempSlot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeSharedBank: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::SHARED_BANK_SIZE) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					ServerSlot = EQ::invslot::SHARED_BANK_BEGIN + rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					TempSlot = rof2_slot.Slot * invbag::SLOT_COUNT;
					ServerSlot = EQ::invbag::SHARED_BANK_BAGS_BEGIN + TempSlot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeTrade: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::TRADE_SIZE) {
				if (rof2_slot.SubIndex == invbag::SLOT_INVALID) {
					ServerSlot = EQ::invslot::TRADE_BEGIN + rof2_slot.Slot;
				}

				else if (rof2_slot.SubIndex >= invbag::SLOT_BEGIN && rof2_slot.SubIndex <= invbag::SLOT_END) {
					TempSlot = rof2_slot.Slot * invbag::SLOT_COUNT;
					ServerSlot = EQ::invbag::TRADE_BAGS_BEGIN + TempSlot + rof2_slot.SubIndex;
				}
			}

			break;
		}
		case invtype::typeWorld: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::WORLD_SIZE) {
				ServerSlot = EQ::invslot::WORLD_BEGIN + rof2_slot.Slot;
			}

			else if (rof2_slot.Slot == invslot::SLOT_INVALID) {
				ServerSlot = EQ::invslot::SLOT_TRADESKILL_EXPERIMENT_COMBINE;
			}

			break;
		}
		case invtype::typeLimbo: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::LIMBO_SIZE) {
				ServerSlot = EQ::invslot::slotCursor;
			}

			break;
		}
		case invtype::typeTribute: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::TRIBUTE_SIZE) {
				ServerSlot = EQ::invslot::TRIBUTE_BEGIN + rof2_slot.Slot;
			}

			break;
		}
		case invtype::typeGuildTribute: {
			if (rof2_slot.Slot >= invslot::SLOT_BEGIN && rof2_slot.Slot < invtype::GUILD_TRIBUTE_SIZE) {
				ServerSlot = EQ::invslot::GUILD_TRIBUTE_BEGIN + rof2_slot.Slot;
			}

			break;
		}
		case invtype::typeCorpse: {
			if (rof2_slot.Slot >= invslot::CORPSE_BEGIN && rof2_slot.Slot <= invslot::CORPSE_END) {
				ServerSlot = rof2_slot.Slot;
			}

			break;
		}
		default: {

			break;
		}
		}

		Log(Logs::Detail, Logs::Netcode, "Convert RoF2 Typeless Slot [%i, %i, %i] (implied type: %i, unk1: %i) to Server Slot %i",
			rof2_slot.Slot, rof2_slot.SubIndex, rof2_slot.AugIndex, rof2_type, rof2_slot.Unknown01, ServerSlot);

		return ServerSlot;
	}

	static inline void ServerToRoF2SayLink(std::string &rof2_saylink, const std::string &server_saylink)
	{
		if ((constants::SAY_LINK_BODY_SIZE == EQ::constants::SAY_LINK_BODY_SIZE) || (server_saylink.find('\x12') == std::string::npos)) {
			rof2_saylink = server_saylink;
			return;
		}

		auto segments = Strings::Split(server_saylink, '\x12');

		for (size_t segment_iter = 0; segment_iter < segments.size(); ++segment_iter) {
			if (segment_iter & 1) {
				if (segments[segment_iter].length() <= EQ::constants::SAY_LINK_BODY_SIZE) {
					rof2_saylink.append(segments[segment_iter]);
					// TODO: log size mismatch error
					continue;
				}

				// Idx:  0 1     6     11    16    21    26    31    36 37   41 43    48       (Source)
				// RoF2: X XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX X  XXXX XX XXXXX XXXXXXXX (56)
				// RoF2: X XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX X  XXXX XX XXXXX XXXXXXXX (56)
				// Diff:

				rof2_saylink.push_back('\x12');
				rof2_saylink.append(segments[segment_iter]);
				rof2_saylink.push_back('\x12');
			}
			else {
				rof2_saylink.append(segments[segment_iter]);
			}
		}
	}

	static inline void RoF2ToServerSayLink(std::string &server_saylink, const std::string &rof2_saylink)
	{
		if ((EQ::constants::SAY_LINK_BODY_SIZE == constants::SAY_LINK_BODY_SIZE) || (rof2_saylink.find('\x12') == std::string::npos)) {
			server_saylink = rof2_saylink;
			return;
		}

		auto segments = Strings::Split(rof2_saylink, '\x12');

		for (size_t segment_iter = 0; segment_iter < segments.size(); ++segment_iter) {
			if (segment_iter & 1) {
				if (segments[segment_iter].length() <= constants::SAY_LINK_BODY_SIZE) {
					server_saylink.append(segments[segment_iter]);
					// TODO: log size mismatch error
					continue;
				}

				// Idx:  0 1     6     11    16    21    26    31    36 37   41 43    48       (Source)
				// RoF2: X XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX X  XXXX XX XXXXX XXXXXXXX (56)
				// RoF2: X XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX XXXXX X  XXXX XX XXXXX XXXXXXXX (56)
				// Diff:

				server_saylink.push_back('\x12');
				server_saylink.append(segments[segment_iter]);
				server_saylink.push_back('\x12');
			}
			else {
				server_saylink.append(segments[segment_iter]);
			}
		}
	}

	static inline spells::CastingSlot ServerToRoF2CastingSlot(EQ::spells::CastingSlot slot)
	{
		switch (slot) {
		case EQ::spells::CastingSlot::Gem1:
			return spells::CastingSlot::Gem1;
		case EQ::spells::CastingSlot::Gem2:
			return spells::CastingSlot::Gem2;
		case EQ::spells::CastingSlot::Gem3:
			return spells::CastingSlot::Gem3;
		case EQ::spells::CastingSlot::Gem4:
			return spells::CastingSlot::Gem4;
		case EQ::spells::CastingSlot::Gem5:
			return spells::CastingSlot::Gem5;
		case EQ::spells::CastingSlot::Gem6:
			return spells::CastingSlot::Gem6;
		case EQ::spells::CastingSlot::Gem7:
			return spells::CastingSlot::Gem7;
		case EQ::spells::CastingSlot::Gem8:
			return spells::CastingSlot::Gem8;
		case EQ::spells::CastingSlot::Gem9:
			return spells::CastingSlot::Gem9;
		case EQ::spells::CastingSlot::Gem10:
			return spells::CastingSlot::Gem10;
		case EQ::spells::CastingSlot::Gem11:
			return spells::CastingSlot::Gem11;
		case EQ::spells::CastingSlot::Gem12:
			return spells::CastingSlot::Gem12;
		case EQ::spells::CastingSlot::Item:
		case EQ::spells::CastingSlot::PotionBelt:
			return spells::CastingSlot::Item;
		case EQ::spells::CastingSlot::Discipline:
			return spells::CastingSlot::Discipline;
		case EQ::spells::CastingSlot::AltAbility:
			return spells::CastingSlot::AltAbility;
		default: // we shouldn't have any issues with other slots ... just return something
			return spells::CastingSlot::Discipline;
		}
	}

	static inline EQ::spells::CastingSlot RoF2ToServerCastingSlot(spells::CastingSlot slot)
	{
		switch (slot) {
		case spells::CastingSlot::Gem1:
			return EQ::spells::CastingSlot::Gem1;
		case spells::CastingSlot::Gem2:
			return EQ::spells::CastingSlot::Gem2;
		case spells::CastingSlot::Gem3:
			return EQ::spells::CastingSlot::Gem3;
		case spells::CastingSlot::Gem4:
			return EQ::spells::CastingSlot::Gem4;
		case spells::CastingSlot::Gem5:
			return EQ::spells::CastingSlot::Gem5;
		case spells::CastingSlot::Gem6:
			return EQ::spells::CastingSlot::Gem6;
		case spells::CastingSlot::Gem7:
			return EQ::spells::CastingSlot::Gem7;
		case spells::CastingSlot::Gem8:
			return EQ::spells::CastingSlot::Gem8;
		case spells::CastingSlot::Gem9:
			return EQ::spells::CastingSlot::Gem9;
		case spells::CastingSlot::Gem10:
			return EQ::spells::CastingSlot::Gem10;
		case spells::CastingSlot::Gem11:
			return EQ::spells::CastingSlot::Gem11;
		case spells::CastingSlot::Gem12:
			return EQ::spells::CastingSlot::Gem12;
		case spells::CastingSlot::Discipline:
			return EQ::spells::CastingSlot::Discipline;
		case spells::CastingSlot::Item:
			return EQ::spells::CastingSlot::Item;
		case spells::CastingSlot::AltAbility:
			return EQ::spells::CastingSlot::AltAbility;
		default: // we shouldn't have any issues with other slots ... just return something
			return EQ::spells::CastingSlot::Discipline;
		}
	}

	// these should be optimized out for RoF2 since they should all boil down to return index :P
	// but lets leave it here for future proofing
	static inline int ServerToRoF2BuffSlot(int index)
	{
		// we're a disc
		if (index >= EQ::spells::LONG_BUFFS + EQ::spells::SHORT_BUFFS)
			return index - EQ::spells::LONG_BUFFS - EQ::spells::SHORT_BUFFS +
			       spells::LONG_BUFFS + spells::SHORT_BUFFS;
		// we're a song
		if (index >= EQ::spells::LONG_BUFFS)
			return index - EQ::spells::LONG_BUFFS + spells::LONG_BUFFS;
		// we're a normal buff
		return index; // as long as we guard against bad slots server side, we should be fine
	}

	static inline int RoF2ToServerBuffSlot(int index)
	{
		// we're a disc
		if (index >= spells::LONG_BUFFS + spells::SHORT_BUFFS)
			return index - spells::LONG_BUFFS - spells::SHORT_BUFFS + EQ::spells::LONG_BUFFS +
			       EQ::spells::SHORT_BUFFS;
		// we're a song
		if (index >= spells::LONG_BUFFS)
			return index - spells::LONG_BUFFS + EQ::spells::LONG_BUFFS;
		// we're a normal buff
		return index; // as long as we guard against bad slots server side, we should be fine
	}
} /*RoF2*/