Docker Build
a1c9172beb
- CONFIG_PARAGON_WILDCARD_FAMILY + Paragon.WildcardFamilyMatching (reloadable) - SpellInfo::IsAffected / IsAffectedBySpellMod(listenerOwner) for Paragon proc/mod wildcard - SpellMgr::CanSpellTriggerProcOnEvent(procOwner) + Aura::IsProcTriggeredOnEvent wiring - Player::IsAffectedBySpellmod passes listener for SpellMod wildcard - ParagonFamilyMatches helper + Nourish / Shred-Maul bleed gate usage in Unit.cpp - Spell::prepare: Paragon consumes 69369 for Nature spells <10s base cast (non-channeled) - spell_paragon_predatory_strikes + SQL 2026_05_11_00.sql (spell_proc + spell_script_names) Co-authored-by: Cursor <cursoragent@cursor.com>
mod-paragon
Server-side support module for the custom CLASS_PARAGON (id 12).
What it does today
Hooks Player::IsClass / Player::HasActivePowerType so Paragon
inherits Death Knight ability mechanics where it matters:
- Rune system:
InitRunes, rune cooldown tick, runic power regen,Spell::CheckRuneCost/Spell::TakeRunePower,SMSG_RESYNC_RUNEScast flags, combat exit grace reset. - DK ability scripts:
spell_dk_*,MUST_BE_DEATH_KNIGHTcast result, DK aura effects.
It is intentionally narrow: the hook only fires for
(realClass == PARAGON, queriedClass == DEATH_KNIGHT, context == CLASS_CONTEXT_ABILITY).
Other DK-flavored contexts (Ebon Hold teleport gating, heroic start
level, DK-only taxi mount, talent point math on Ebon Hold, etc.) keep
their normal behavior for Paragon.
HasActivePowerType additionally claims POWER_RUNIC_POWER and
POWER_RUNE for Paragon, which keeps the rune pool sized correctly
in Player::InitStatsForLevel even if Paragon's primary power type is
later switched away from runic power.
Building
Auto-detected by modules/CMakeLists.txt (GetModuleSourceList globs
every subdirectory). No additional CMake plumbing is needed; rebuild
the worldserver image and the loader symbol Addmod_paragonScripts
gets linked into the static modules target.
SQL layout
SQL files live under data/sql/db-world/base/ and
data/sql/db-characters/base/ — the standard AzerothCore module path
that the built-in DBUpdater scans (see
src/server/database/Updater/UpdateFetcher.cpp). Files placed there
are applied automatically by worldserver / dbimport on startup and
recorded by hash in the updates table of the target database, so
re-runs are idempotent. Any new SQL added under those directories will
be picked up on the next container/server start without manual import.