pa/eqemu-server
2
0
Fork 0
mirror of https://github.com/EQEmu/Server.git synced 2025-12-12 01:11:29 +00:00
Code Issues Actions Packages Projects Releases Wiki Activity
eqemu-server/zone/zone.h
Chris Miles e7dd8d49a9
[Shared Tasks] Shared Tasks System Implementation (#1451) 
* Shared tasks WIP; lots of logging; shared tasks and tasks work internally the same for now; lots to cleanup yet

* Update task_manager.cpp

* Add tables

* World message handler

* Zone message handler

* More messaging

* More rearranging

* Task creation work (wip)

* Tweaks

* Decoupled things, added a shared task manager, moved logic to the manager, created the shared task object, now creating a sense of state on creation and members, zero validation, happy path

* Cleanup unnecessary  getter

* More work on shared task persistence and state loading

* Add int64 support into repositories

* More state handling, creation loads all tables

* Wrap up shared task state creation and removal

* Move more lookup operations to preloading (memory). Restore shared task state during world bootup

* Implement shared task updates

* Add members other than just leader in task confirmations

* Update shared_task_manager.cpp

* Hook task cancellation for shared task removal (middleware)

* Remove dynamic_zone_id from SharedTasks model in repositories (for now) since we will likely be one to many with DZ objects

* Get members to show up in the window on creation

* Add opcodes, cleanup

* Add opcode handlers

* Split some methods out, self removal of shared task and updating members

* Implement offline shared task sync

* Style changes

* Send memberlist on initial login; implement remove player from shared task window

* Refactorings, cleanup

* Implement make leader in shared tasks window

* Implement add player, sync shared task state after add

* Add opcodes for remaining clients

* Shared task invite dialogue window implementation and response handling (including validation)

* Logging

* Remove comment

* Some cleanup

* Pass NPC context through shared task request logic

* Remove extra SharedTaskMember fields

* Add message constants

* Remove static

* Only use dz for expedition request

This passes expedition creation parameters through DynamicZone instead
of injecting ExpeditionRequest since it can hold creation data now

* Store expedition leader on dz

This shifts to using the leader object that exists in the core dynamic
zone object. It will be moved to the dynamic zone table later with other
columns that should just be on the dz to make loading easier.

Expeditions are probably the only dz type that will use this for window
updates and command auth. Other systems on live do fill the window but
don't keep it updated

* Store expedition name on dz

This uses the name stored on dz (for window packets) instead of
duplicating it. This will be moved completely to dz table later

* Store uuid on dynamic zone

This lets dynamic zones generate the uuid instead of expeditions. Other
dz type systems may want to make use of this. Lockouts should also be
moved to dynamic zones at some point in the future so this will be
necessary for that

* Move expedition db columns to dz

These columns should just belong to the core dynamic zone. This will
simplify loading from the database and in the future a separate
expedition table may no longer be necessary.

* Move window packet methods to dz

It makes more sense for these methods to be in the core

This will also allow support for other systems to use the window, though
live behavior that updates the window for shared task missions when not
in an expedition is likely unintended since it's not updated on changes.

* Store dynamic zone ids on clients

These will now be used for client dynamic zone lookups to remove
dependency on any dz type system caches

* Move member management to dz

This moves server messaging for adding and removing members to internal
dynamic zone methods

Set default dz member status to Unknown

* Move member status caching to dz

This moves world member status caching into internal dz methods

Zone member updates for created expeditions are now async and sent after
world replies with member statuses. Prior to this two memberlist packets
were sent to members in other zones on creation to update statuses.

This also fixes a bug with member statuses being wrong for offline raid
members in the zone that created an expedition. Note that live kicks
offline players out of raids so this is only to support emu behavior.

* Move member status updates to dz

* Set dz member status on all client dzs

This also renames the zone entry dz update method and moves window
update to a dynamic zone method. Eventually expedition components
should just be merged with dz and handled as another dz type

* Save instance safe return on characters

Add character_instance_safereturns table and repository

Previously dz safe return only worked for online characters via the dz
kicktimer or offline characters with a workaround that moved them when
an expedition was deleted. There were various edge cases that would
cause characters to be moved to bind instead (succoring after removal,
camping before kick timer, removed while offline, bulk kickplayers
removal with some offline)

This updates a character's instance safereturn every time they enter a
zone. If a character enters world in an instance that expired or are no
longer part of they'll be moved to their instance safereturn (if the
safereturn data is for the same zone-instance). Bind is still a fallback

This may also be used for non-dz instancing so it's named generically

This removes the expedition MoveMembersToSafeReturn workaround which
deprecates the is_current_member column of dynamic_zone_members and
will be removed in a followup patch.

* Remove is_current_member from dz members

This was only being used in the workaround to move past members to
dz safereturns if they were still inside the dz but not online

* Let dz check leader in world

This moves expedition leader processing in world to the dynamic zone.
This is a step in phasing out the separate expedition class for things
that can run off the dynamic zone core with simple dz type checks

This greatly simplifies checking leader on member and status changes
without needing callbacks. Other dz types that may use the dz leader
object can just handle it directly on the dz the same as expeditions

* Let dz handle member expire warnings

This moves expire warning checks to dz. This will make it easier for
other dz types to issue expire warnings if needed

* Use separate dynamic zone cache

Dynamic zones are no longer member objects of expeditions and have been
placed into their own cache. This was done so other dz types can be
cached without relying on their systems. Client and zone dz Lookups are
now independent of any system

This continues the process of phasing out a separate expedition cache.
Eventually expeditions can just be run directly as dynamic zones
internally with a few dz type checks.

Add dz serialization methods (cereal) for passing server dz creation

Modify #dz list to show cache and database separately. Also adds #dz
cache reload. This command will reload expeditions too since they
currently hold references to the dz in their own zone cache.

Add a dynamic zone processing class to world to process all types and
move expedition processing to it

* Move expedition makeleader processing to dz

* Let dz handle expedition deletions

This removes the need for separate expedition cache in world

This will greatly simplify world dynamic zone caching and processing.
Dynamic zones that are expeditions can just handle this directly. Once
lockouts and other components are completely moved to dynamic zones the
separate expedition cache in zone will also no longer be necessary

* Remove ExpeditionBase class

Since world no longer caches expeditions this will not be necessary

* Fix windows compile

* Implement task dz creation

Prototype dz creation for shared tasks

* Add and remove shared task members from dz

Also keep leader updated (used in choose zone window)

* Fix client crash on failed shared task

* Fix linux compile and warning

* Check client nullptr for dz message

This was accidently removed when expedition makeleader was moved

* Disable dz creation for solo tasks

* Add shared task repository headers to CMakeLists

* Add shared task dynamic zones table

* Add shared task dz database persistence

* Get members from db on shared task dz creation

This fixes a case where removing a member from a shared task dz would
fail if the member's name was empty. This could happen if the shared
task dz was created while a member was offline.

This also changes the dz member removal method to only check id. It
might be possible to change all dz member validations to only check
ids since names are primarily for window updates, but shared task dz
member names need to be non-empty anyway to support possible live-like
dz window usage in the future.

* Add character message methods to world

Add simple and eqstr message methods to ClientList

Add shared task manager methods to message all members or leader

* Add SyncClientSharedTaskState and nested sync strategies to cover M3 work

* Fix whitespace

* Implement task request cooldown timer

This implements the task request cooldown (15 seconds) that live uses
when a task is accepted. This will also need to be set when shared
tasks are offered (likely due to additional group/raid validations)

* Implement shared task selector validation

This implements the validation and filtering that occurs before the task
selection window is sent to a client for shared tasks

To keep things live-like, task selectors that contain a shared task will
be run through shared task validation and drop non-shared tasks. Live
doesn't mix types in task selections and this makes validation simpler.

Also note that live sends shared task selectors via a different opcode
than solo tasks but that has not been implemented yet

* Add separate shared task select opcodes

Live uses separate opcodes for solo and shared task selection windows

* Convert ActivityType to enum class

* Refactor task selector serialization

This adds serializer methods to task and task objective structs for the
task selection windows. This combines the duplicate task selector
methods to reduce code duplication and simplify serialization

* Add shared task selector

This sends shared task selection window using the shared task specific
opcode and adds an opcode handler for shared task accepts which are sent
by client in response to setting selection window to shared task type.

* Refactor task objective serialization

This adds a serialization method to the task objective struct for
serializing objectives in the window list and combines the separate
client-based methods to reduce duplicated code.

* Add task level spread and player count columns

* Implement shared task accept validation

This adds a common method for shared task character request queries

* Add task replay and request timer columns

* Add character task timers table

* Use shared task accept time on clients

This overrides client task accept time with shared task's creation time.
This is needed for accurate window task timers and lockout messages
especially for characters added to shared tasks post creation

* Implement task timer lockouts

This implements replay and request task timers for solo and shared tasks

* Add solo and shared task timer validation

* Remove logging of padding array

This gets interpreted as a c string which may not be null terminated

* Implement /kickplayers task

This also fixes current CancelTask behavior for leader which was
performing kickplayers functionality through the remove task button

* Implement /taskquit command

* Implement shared task invite validation

Remove active invitation before invite accept validation

* Remove local client db persistence during SyncClientSharedTaskRemoveLocalIfNotExists

* Add missing accept time arg to assign task

* Only validate non-zero task invite requirements

* Fix task error log crash

* Separate task cooldown timer messaging

* Use method to check for client shared task

* Avoid unneeded task invite validation query

Only need to query character data for levels for non-zero level spread

* Implement /tasktimers command

May want to add some type of throttled caching mechanism for this in
the future

* Add /tasktimers rate limiter

* Intercept shared task completion; more work to come

* Change SharedTaskActivityState and SharedTasks time objects to datetime

* Add updated_time updates to SharedTaskActivities

* Mark shared tasks as complete when all activities are completed

* Save a database query on shared task completion and use the active record in memory

* Don't record shared task completions to the quest log

* Implement RecordSharedTaskCompletion, add tables, repositories

* Update shared_task_manager.cpp

* Update shared_task_manager.cpp

* Add shared task replay timers

This is still not feature complete. On live any past members that ever
joined the shared task will receive a replay timer when it's completed

* Create FindCharactersInSharedTasks that searches through memory

* Remove namespace shorthand and formatting

* More minor cleanup

* Implement PurgeAllSharedTasks via #task command

* Add #task purgetimers

* Decrease m_keepalive time between processes

* Remove type ordering in /tasktimer query

* Add comment for task packet reward multiplier

This is likely a reward multiplier that changes text color based on
value to represent any scaled bonus or penalty

* Add replay timers to past members

This implements the live behavior that adds replay timers to any
previous member of a shared task. This likely exists to avoid possible
exploits.

Shared task member history is stored in memory and is used to assign
replay timers. This history will be lost on world crashes or restarts
but is simpler than saving past member state in database.

This also makes world send shared task replay timer messages since
past members need to be messaged now

* Move PurgeTaskTimers client method to tasks.cpp

* Remove dz members when purging shared tasks

Server dz states need to be updated before shared tasks are deleted

* Use exact name in shared task invites

This removes the wildcards from shared task invite character queries
which was sometimes selecting the wrong character

Taskadd validation is called even for invalid characters to allow for
proper messages to occur

* Clear declined active shared task invitations

This also notifies leader for declined shared task invites

* Store shared task member names

This adds back the character name field to SharedTaskMember. This should
make serialization easier in the future and reduce database lookups when
names are needed for /task commands

* Implement /taskplayerlist command

* Replace queries with member name lookups

Now that shared task members store names these queries are unnecessary

This also adds not-a-member messages for /taskremove and /taskmakeleader

* Implement shared task member change packet

This avoids sending the full member list to members when a single member
is added or removed and lets the client generate chat messages for it.

* Serialize shared task member list from world

This uses cereal to serialize the full member list from world and
removes the zone query workarounds

* Initialize client task state array

This was causing sql query errors on client state reloads

The client task information array was uninitialized resulting in being
filled with 0xcdcdcdcd values in msvc debug builds. Under release builds
this may have resulted in indeterminate values

A better fix would be to refactor some of this legacy code

* Add shared task command messages

Add messages for non-leader task commands

This adds taskadd, taskremove, taskmakeleader, and taskquit messages

The leader receives double messages for taskremove like live due to the
client generated message as well as the explicit one. It also receives
double server messages if the leader /taskremoves self.

* Replace some task messages with eqstrs

This also updates to use live colors

* Avoid shared task invite leader lookup query

Since member names are stored now this query is also unnecessary

* Avoid reloading client state on shared task accept

This was unnecessarily reloading client task state when added to a
shared task.

This also resulted in all active tasks being resent to shared task
members on creation. The shared task itself is the only task that
needs to be sent which is handled by AcceptNewTask.

* Remove active shared task invite on zone

Live doesn't re-send shared task invites after zoning like it does for
expeditions so there's no need to keep these around. This fixes active
invitations never getting reset on characters that zone or go offline.

* Choose new shared task leader if leader removed

* Add separate shared task kickplayers method

* Enable EVENT_CAST_ON for clients

This will be required for a shared task objective (The Creator) in DoN

* Revert "Avoid reloading client state on shared task accept"

This reverts commit 3af14fee2de8b109ffb6c2b2fc67731e1531a665.

Without this clients added to a task after some objectives have been
completed don't get updated state. Will need to investigate this later

* Disallow looting inside a dz by non-members

Non-members of a dynamic zone should not be allowed to loot npcs inside
it. This should have been disabled for expeditions already but was still
allowed due to an oversight (or live behavior changed). This is less
critical for shared tasks since members can be added and removed at will
without leaving a dz but still an important feature.

* Change load where criteria

* Increase task completion emote column size

* Use eqstr for task item reward message

* Implement radiant and ebon crystal rewards

This adds reward columns for radiant and ebon crystals to the tasks
table and updates task description serialization

* Send task completion emote before rewards

This matches live and makes it a little easier to see item rewards when
tasks have a long completion emote. This also changes it to send via the
same normal message opcode that live uses.

* Do not send a shared task in completed task history

* Allow EVENT_TASK_STAGE_COMPLETE for quest goals

This invokes event_task_stage_complete for task elements flagged with a
quest controlled goal method. It should be expected behavior that a
completed task stage always fires this event even if a quest controls it

* Add SyncSharedTaskZoneClientDoneCountState

* Swap return for continue in this case

* Formatting

* Simplify

* Formatting

* Formatting

* Formatting

* Remove errant check

* Formatting, add setter for shared tasks

* Remove debugging

* Comments in PR

* More PR follow up

* Formatting

* Cleanup

* Update packet comments

* Comments

* More cleanup

* Send command error message if not in shared task

/taskadd is the only command with this feedback on live. Newer live
clients also generate this instead of the server sending the message

* Implement expire_time on SharedTask object and add a purge on world bootup

* Comment

* Add SyncClientSharedTaskStateToLocal where clients fall out of sync and no longer have a task locally

* Clamp shared task activity updates to max done count and discard updates out of bounds

* Fix packet send

* Revert packet send

* Adjust clamping OOO for completed time check. Add completed tables to purge truncation

* Refactor kill update logic so that shared task kill updates only update one client instead of all clients

* Cleanup how we're checking for active tasks

* Forward task sets that contain shared tasks

This forwards task sets that contain a shared task to shared task
selector validation like normal task selectors

* Change eqstr for empty solo task offers

This is the message live appears to use if all task offers are filtered
out by solo task validation

* Fix max active tasks client message

This message starts at the third argument. It was maybe intended to be
an npc say message but live just sends it as a normal eqstr with the
first two arguments nulled.

* Load client task state after zoning complete

This fixes a possible race where a character removed from a shared task
while zoning would be stuck with an incorrect character activities state
after zoning was completed.

This was caused by the character loading task state to early on zone
entry but never receiving the remove player message from world since
they are missing from the world cle until zoning is completed.

Loading client state after zone connection is completed makes sure the
client has the latest state and available to the world cle

* Send message to clients removed while zoning

This message should usually only be sent to characters that were
removed from a shared task while zoning but will occur for any sync
state removals where a message wouldn't have already occured.

* Post rebase fix

* HG comment for checking active task

* Addressing HG comments around zeroing out a shared task id

* Remove errant comment

* Post rebase database manifest updates

* Update eqemu_logsys_log_aliases.h

* More rebase catches

* Bump database version for last commit

Co-authored-by: hg <4683435+hgtw@users.noreply.github.com>
2021-09-05 01:21:23 -05:00

412 lines
14 KiB
C++
Executable File
Raw Blame History

/* EQEMu: Everquest Server Emulator
Copyright (C) 2001-2002 EQEMu Development Team (http://eqemu.org)
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; version 2 of the License.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY except by those people which sell it, which
are required to give you total support for your newly bought product;
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, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*/
#ifndef ZONE_H
#define ZONE_H
#include "../common/eqtime.h"
#include "../common/linked_list.h"
#include "../common/rulesys.h"
#include "../common/types.h"
#include "../common/random.h"
#include "../common/string_util.h"
#include "zonedb.h"
#include "zone_store.h"
#include "../common/repositories/grid_repository.h"
#include "../common/repositories/grid_entries_repository.h"
#include "../common/repositories/zone_points_repository.h"
#include "qglobals.h"
#include "spawn2.h"
#include "spawngroup.h"
#include "aa_ability.h"
#include "pathfinder_interface.h"
#include "global_loot_manager.h"
class DynamicZone;
struct ZonePoint {
float x;
float y;
float z;
float heading;
uint16 number;
float target_x;
float target_y;
float target_z;
float target_heading;
uint16 target_zone_id;
int32 target_zone_instance;
uint32 client_version_mask;
bool is_virtual;
int height;
int width;
};
struct ZoneClientAuth_Struct {
uint32 ip; // client's IP address
uint32 wid; // client's WorldID#
uint32 accid;
int16 admin;
uint32 charid;
uint32 lsid;
bool tellsoff;
char charname[64];
char lskey[30];
bool stale;
};
struct ZoneEXPModInfo {
float ExpMod;
float AAExpMod;
};
struct item_tick_struct {
uint32 itemid;
uint32 chance;
uint32 level;
int16 bagslot;
std::string qglobal;
};
class Client;
class Expedition;
class Map;
class Mob;
class WaterMap;
extern EntityList entity_list;
struct NPCType;
struct ServerZoneIncomingClient_Struct;
class MobMovementManager;
class Zone {
public:
static bool Bootup(uint32 iZoneID, uint32 iInstanceID, bool iStaticZone = false);
static void Shutdown(bool quiet = false);
Zone(uint32 in_zoneid, uint32 in_instanceid, const char *in_short_name);
~Zone();
AA::Ability *GetAlternateAdvancementAbility(int id);
AA::Ability *GetAlternateAdvancementAbilityByRank(int rank_id);
AA::Rank *GetAlternateAdvancementRank(int rank_id);
bool is_zone_time_localized;
bool process_mobs_while_empty;
bool AggroLimitReached() { return (aggroedmobs > 10) ? true : false; }
bool AllowMercs() const { return (allow_mercs); }
bool CanBind() const { return (can_bind); }
bool CanCastOutdoor() const { return (can_castoutdoor); } //qadar
bool CanDoCombat() const { return (can_combat); }
bool CanLevitate() const { return (can_levitate); } // Magoth78
bool Depop(bool StartSpawnTimer = false);
bool did_adventure_actions;
bool GetAuth(
uint32 iIP,
const char *iCharName,
uint32 *oWID = 0,
uint32 *oAccID = 0,
uint32 *oCharID = 0,
int16 *oStatus = 0,
char *oLSKey = 0,
bool *oTellsOff = 0
);
bool HasGraveyard();
bool HasWeather();
bool Init(bool iStaticZone);
bool IsCity() const { return (is_city); }
bool IsHotzone() const { return (is_hotzone); }
bool IsLoaded();
bool IsPVPZone() { return pvpzone; }
bool IsSpellBlocked(uint32 spell_id, const glm::vec3 &location);
bool IsUCSServerAvailable() { return m_ucss_available; }
bool IsZone(uint32 zone_id, uint16 instance_id) const;
bool LoadGroundSpawns();
bool LoadZoneCFG(const char *filename, uint16 instance_id);
bool LoadZoneObjects();
bool Process();
bool SaveZoneCFG();
int GetNpcPositionUpdateDistance() const;
void SetNpcPositionUpdateDistance(int in_npc_position_update_distance);
char *adv_data;
const char *GetSpellBlockedMessage(uint32 spell_id, const glm::vec3 &location);
EQ::Random random;
EQTime zone_time;
ZonePoint *GetClosestZonePoint(const glm::vec3 &location, const char *to_name, Client *client, float max_distance = 40000.0f);
inline bool BuffTimersSuspended() const { return newzone_data.SuspendBuffs != 0; };
inline bool HasMap() { return zonemap != nullptr; }
inline bool HasWaterMap() { return watermap != nullptr; }
inline bool InstantGrids() { return (!initgrids_timer.Enabled()); }
inline bool IsStaticZone() { return staticzone; }
inline const bool IsInstancePersistent() const { return pers_instance; }
inline const char *GetFileName() { return file_name; }
inline const char *GetLongName() { return long_name; }
inline const char *GetShortName() { return short_name; }
inline const uint8 GetZoneType() const { return zone_type; }
inline const uint16 GetInstanceVersion() const { return instanceversion; }
inline const uint32 &GetMaxClients() { return pMaxClients; }
inline const uint32 &graveyard_id() { return pgraveyard_id; }
inline const uint32 &graveyard_zoneid() { return pgraveyard_zoneid; }
inline const uint32 GetInstanceID() const { return instanceid; }
inline const uint32 GetZoneID() const { return zoneid; }
inline glm::vec4 GetSafePoint() { return m_SafePoint; }
inline glm::vec4 GetGraveyardPoint() { return m_Graveyard; }
inline std::vector<int> GetGlobalLootTables(NPC *mob) const { return m_global_loot.GetGlobalLootTables(mob); }
inline Timer *GetInstanceTimer() { return Instance_Timer; }
inline void AddGlobalLootEntry(GlobalLootEntry &in) { return m_global_loot.AddEntry(in); }
inline void SetZoneHasCurrentTime(bool time) { zone_has_current_time = time; }
inline void ShowNPCGlobalLoot(Client *to, NPC *who) { m_global_loot.ShowNPCGlobalLoot(to, who); }
inline void ShowZoneGlobalLoot(Client *to) { m_global_loot.ShowZoneGlobalLoot(to); }
int GetZoneTotalBlockedSpells() { return zone_total_blocked_spells; }
void DumpMerchantList(uint32 npcid);
int SaveTempItem(uint32 merchantid, uint32 npcid, uint32 item, int32 charges, bool sold = false);
int32 MobsAggroCount() { return aggroedmobs; }
DynamicZone* GetDynamicZone();
IPathfinder *pathing;
LinkedList<NPC_Emote_Struct *> NPCEmoteList;
LinkedList<Spawn2 *> spawn2_list;
LinkedList<ZonePoint *> zone_point_list;
std::vector<ZonePointsRepository::ZonePoints> virtual_zone_point_list;
Map *zonemap;
MercTemplate *GetMercTemplate(uint32 template_id);
NewZone_Struct newzone_data;
QGlobalCache *CreateQGlobals()
{
qGlobals = new QGlobalCache();
return qGlobals;
}
QGlobalCache *GetQGlobals() { return qGlobals; }
SpawnConditionManager spawn_conditions;
SpawnGroupList spawn_group_list;
std::list<AltCurrencyDefinition_Struct> AlternateCurrencies;
std::list<InternalVeteranReward> VeteranRewards;
std::map<uint32, LDoNTrapTemplate *> ldon_trap_list;
std::map<uint32, MercTemplate> merc_templates;
std::map<uint32, NPCType *> merctable;
std::map<uint32, NPCType *> npctable;
std::map<uint32, std::list<LDoNTrapTemplate *> > ldon_trap_entry_list;
std::map<uint32, std::list<MerchantList> > merchanttable;
std::map<uint32, std::list<MercSpellEntry> > merc_spells_list;
std::map<uint32, std::list<MercStanceInfo> > merc_stance_list;
std::map<uint32, std::list<TempMerchantList> > tmpmerchanttable;
std::map<uint32, std::string> adventure_entry_list_flavor;
std::map<uint32, ZoneEXPModInfo> level_exp_mod;
std::pair<AA::Ability *, AA::Rank *> GetAlternateAdvancementAbilityAndRank(int id, int points_spent);
std::unordered_map<int, item_tick_struct> tick_items;
std::unordered_map<int, std::unique_ptr<AA::Ability>> aa_abilities;
std::unordered_map<int, std::unique_ptr<AA::Rank>> aa_ranks;
std::vector<GridRepository::Grid> zone_grids;
std::vector<GridEntriesRepository::GridEntry> zone_grid_entries;
std::unordered_map<uint32, std::unique_ptr<DynamicZone>> dynamic_zone_cache;
std::unordered_map<uint32, std::unique_ptr<Expedition>> expedition_cache;
time_t weather_timer;
Timer spawn2_timer;
Timer hot_reload_timer;
uint8 weather_intensity;
uint8 zone_weather;
uint8 loglevelvar;
uint8 lootvar;
uint8 merchantvar;
uint8 tradevar;
uint32 numzonepoints;
uint32 CountAuth();
uint32 CountSpawn2();
uint32 GetSpawnKillCount(uint32 in_spawnid);
uint32 GetTempMerchantQuantity(uint32 NPCID, uint32 Slot);
void AddAggroMob() { aggroedmobs++; }
void AddAuth(ServerZoneIncomingClient_Struct *szic);
void ChangeWeather();
void ClearBlockedSpells();
void ClearNPCTypeCache(int id);
void CalculateNpcUpdateDistanceSpread();
void DelAggroMob() { aggroedmobs--; }
void DeleteQGlobal(std::string name, uint32 npcID, uint32 charID, uint32 zoneID);
void Despawn(uint32 spawngroupID);
void DoAdventureActions();
void DoAdventureAssassinationCountIncrease();
void DoAdventureCountIncrease();
void GetMerchantDataForZoneLoad();
void GetTimeSync();
void LoadAdventureFlavor();
void LoadAlternateAdvancement();
void LoadAlternateCurrencies();
void LoadZoneBlockedSpells(uint32 zone_id);
void LoadLDoNTrapEntries();
void LoadLDoNTraps();
void LoadLevelEXPMods();
void LoadGrids();
void LoadMercSpells();
void LoadMercTemplates();
void LoadNewMerchantData(uint32 merchantid);
void LoadNPCEmotes(LinkedList<NPC_Emote_Struct *> *NPCEmoteList);
void LoadTempMerchantData();
void LoadTickItems();
void LoadVeteranRewards();
void LoadZoneDoors(const char *zone, int16 version);
void ReloadStaticData();
void ReloadWorld(uint32 Option);
void RemoveAuth(const char *iCharName, const char *iLSKey);
void RemoveAuth(uint32 lsid);
void Repop(uint32 delay = 0);
void RequestUCSServerStatus();
void ResetAuth();
void SetDate(uint16 year, uint8 month, uint8 day, uint8 hour, uint8 minute);
void SetGraveyard(uint32 zoneid, const glm::vec4 &graveyardPosition);
void SetInstanceTimer(uint32 new_duration);
void SetStaticZone(bool sz) { staticzone = sz; }
void SetTime(uint8 hour, uint8 minute, bool update_world = true);
void SetUCSServerAvailable(bool ucss_available, uint32 update_timestamp);
void ShowDisabledSpawnStatus(Mob *client);
void ShowEnabledSpawnStatus(Mob *client);
void ShowSpawnStatusByID(Mob *client, uint32 spawnid);
void SpawnConditionChanged(const SpawnCondition &c, int16 old_value);
void SpawnStatus(Mob *client);
void StartShutdownTimer(uint32 set_time = (RuleI(Zone, AutoShutdownDelay)));
void UpdateQGlobal(uint32 qid, QGlobal newGlobal);
void weatherSend(Client *client = nullptr);
bool IsQuestHotReloadQueued() const;
void SetQuestHotReloadQueued(bool in_quest_hot_reload_queued);
WaterMap *watermap;
ZonePoint *GetClosestZonePoint(const glm::vec3 &location, uint32 to, Client *client, float max_distance = 40000.0f);
ZonePoint *GetClosestZonePointWithoutZone(float x, float y, float z, Client *client, float max_distance = 40000.0f);
Timer GetInitgridsTimer();
uint32 GetInstanceTimeRemaining() const;
void SetInstanceTimeRemaining(uint32 instance_time_remaining);
/**
* GMSay Callback for LogSys
*
* @param log_category
* @param message
*/
static void GMSayHookCallBackProcess(uint16 log_category, std::string message)
{
/**
* Cut messages down to 4000 max to prevent client crash
*/
if (!message.empty()) {
message = message.substr(0, 4000);
}
/**
* Replace Occurrences of % or MessageStatus will crash
*/
find_replace(message, std::string("%"), std::string("."));
if (message.find('\n') != std::string::npos) {
auto message_split = SplitString(message, '\n');
entity_list.MessageStatus(
0,
80,
LogSys.GetGMSayColorFromCategory(log_category),
"%s",
message_split[0].c_str()
);
for (size_t iter = 1; iter < message_split.size(); ++iter) {
entity_list.MessageStatus(
0,
80,
LogSys.GetGMSayColorFromCategory(log_category),
"--- %s",
message_split[iter].c_str()
);
}
}
else {
entity_list.MessageStatus(0, 80, LogSys.GetGMSayColorFromCategory(log_category), "%s", message.c_str());
}
}
double GetMaxMovementUpdateRange() const { return max_movement_update_range; }
/**
* Modding hooks
*/
void mod_init();
void mod_repop();
void SetIsHotzone(bool is_hotzone);
private:
bool allow_mercs;
bool can_bind;
bool can_castoutdoor;
bool can_combat;
bool can_levitate;
bool is_city;
bool is_hotzone;
bool pers_instance;
bool pvpzone;
bool m_ucss_available;
bool staticzone;
bool zone_has_current_time;
bool quest_hot_reload_queued;
double max_movement_update_range;
char *long_name;
char *map_name;
char *short_name;
char file_name[16];
glm::vec4 m_SafePoint;
glm::vec4 m_Graveyard;
int default_ruleset;
int zone_total_blocked_spells;
int npc_position_update_distance;
int32 aggroedmobs;
uint8 zone_type;
uint16 instanceversion;
uint32 instanceid;
uint32 instance_time_remaining;
uint32 pgraveyard_id, pgraveyard_zoneid;
uint32 pMaxClients;
uint32 zoneid;
uint32 m_last_ucss_update;
GlobalLootManager m_global_loot;
LinkedList<ZoneClientAuth_Struct *> client_auth_list;
MobMovementManager *mMovementManager;
QGlobalCache *qGlobals;
Timer *Instance_Shutdown_Timer;
Timer *Instance_Timer;
Timer *Instance_Warning_timer;
Timer *Weather_Timer;
Timer autoshutdown_timer;
Timer clientauth_timer;
Timer initgrids_timer;
Timer qglobal_purge_timer;
ZoneSpellsBlocked *blocked_spells;
};
#endif
Reference in New Issue View Git Blame Copy Permalink