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Classes.lua
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-- Classes.lua
-- July 2024
local addon, ns = ...
local Hekili = _G[ addon ]
local class = Hekili.Class
local state = Hekili.State
local CommitKey = ns.commitKey
local FindUnitBuffByID, FindUnitDebuffByID = ns.FindUnitBuffByID, ns.FindUnitDebuffByID
local GetItemInfo = ns.CachedGetItemInfo
local GetResourceInfo, GetResourceKey = ns.GetResourceInfo, ns.GetResourceKey
local ResetDisabledGearAndSpells = ns.ResetDisabledGearAndSpells
local RegisterEvent = ns.RegisterEvent
local RegisterUnitEvent = ns.RegisterUnitEvent
local formatKey = ns.formatKey
local getSpecializationKey = ns.getSpecializationKey
local tableCopy = ns.tableCopy
local LSR = LibStub( "SpellRange-1.0" )
local insert, wipe = table.insert, table.wipe
local mt_resource = ns.metatables.mt_resource
local GetActiveLossOfControlData, GetActiveLossOfControlDataCount = C_LossOfControl.GetActiveLossOfControlData, C_LossOfControl.GetActiveLossOfControlDataCount
local GetItemCooldown = C_Item.GetItemCooldown
local GetSpellDescription, GetSpellTexture = C_Spell.GetSpellDescription, C_Spell.GetSpellTexture
local GetSpecialization, GetSpecializationInfo = _G.GetSpecialization, _G.GetSpecializationInfo
local GetItemSpell, GetItemCount, IsUsableItem = C_Item.GetItemSpell, C_Item.GetItemCount, C_Item.IsUsableItem
local GetSpellInfo = C_Spell.GetSpellInfo
local GetSpellLink = C_Spell.GetSpellLink
local UnitBuff, UnitDebuff = ns.UnitBuff, ns.UnitDebuff
local specTemplate = {
enabled = true,
aoe = 2,
cycle = false,
cycle_min = 6,
gcdSync = true,
nameplates = true,
petbased = false,
damage = true,
damageExpiration = 8,
damageDots = false,
damageOnScreen = true,
damageRange = 0,
damagePets = false,
-- Toggles
custom1Name = "Custom 1",
custom2Name = "Custom 2",
noFeignedCooldown = false,
abilities = {
['**'] = {
disabled = false,
toggle = "default",
clash = 0,
targetMin = 0,
targetMax = 0,
boss = false
}
},
items = {
['**'] = {
disabled = false,
toggle = "default",
clash = 0,
targetMin = 0,
targetMax = 0,
boss = false,
criteria = nil
}
},
placeboBar = 3,
ranges = {},
settings = {},
phases = {},
cooldowns = {},
utility = {},
defensives = {},
custom1 = {},
custom2 = {},
}
ns.specTemplate = specTemplate -- for options.
local function Aura_DetectSharedAura( t, type )
if not t then return end
local finder = type == "debuff" and FindUnitDebuffByID or FindUnitBuffByID
local aura = class.auras[ t.key ]
local name, _, count, _, duration, expirationTime, caster = finder( aura.shared, aura.id )
if name then
t.count = count > 0 and count or 1
if expirationTime > 0 then
t.applied = expirationTime - duration
t.expires = expirationTime
else
t.applied = state.query_time
t.expires = state.query_time + t.duration
end
t.caster = caster
return
end
t.count = 0
t.applied = 0
t.expires = 0
t.caster = "nobody"
end
local protectedFunctions = {
-- Channels.
start = true,
tick = true,
finish = true,
-- Casts
handler = true, -- Cast finish.
impact = true, -- Projectile impact.
}
local HekiliSpecMixin = {
RegisterResource = function( self, resourceID, regen, model, meta )
local resource = GetResourceKey( resourceID )
if not resource then
Hekili:Error( "Unable to identify resource with PowerType " .. resourceID .. "." )
return
end
local r = self.resources[ resource ] or {}
r.resource = resource
r.type = resourceID
r.state = model or setmetatable( {
resource = resource,
type = resourceID,
forecast = {},
fcount = 0,
times = {},
values = {},
actual = 0,
max = 1,
active_regen = 0.001,
inactive_regen = 0.001,
last_tick = 0,
swingGen = false,
add = function( amt, overcap )
-- Bypasses forecast, useful in hooks.
if overcap then r.state.amount = r.state.amount + amt
else r.state.amount = max( 0, min( r.state.amount + amt, r.state.max ) ) end
end,
timeTo = function( x )
return state:TimeToResource( r.state, x )
end,
}, mt_resource )
r.state.regenModel = regen
r.state.meta = meta or {}
for _, func in pairs( r.state.meta ) do
setfenv( func, state )
end
if r.state.regenModel then
for _, v in pairs( r.state.regenModel ) do
v.resource = v.resource or resource
self.resourceAuras[ v.resource ] = self.resourceAuras[ v.resource ] or {}
if v.aura then
self.resourceAuras[ v.resource ][ v.aura ] = true
end
if v.channel then
self.resourceAuras[ v.resource ].casting = true
end
if v.swing then
r.state.swingGen = true
end
end
end
self.primaryResource = self.primaryResource or resource
self.resources[ resource ] = r
CommitKey( resource )
end,
RegisterTalents = function( self, talents )
for talent, id in pairs( talents ) do
self.talents[ talent ] = id
CommitKey( talent )
local hero = id[ 4 ]
if hero then
self.talents[ hero ] = id
CommitKey( hero )
id[ 4 ] = nil
end
end
end,
RegisterPvpTalents = function( self, pvp )
for talent, spell in pairs( pvp ) do
self.pvptalents[ talent ] = spell
CommitKey( talent )
end
end,
RegisterAura = function( self, aura, data )
CommitKey( aura )
local a = setmetatable( {
funcs = {}
}, {
__index = function( t, k )
if t.funcs[ k ] then return t.funcs[ k ]() end
local setup = rawget( t, "onLoad" )
if setup then
t.onLoad = nil
setup( t )
return t[ k ]
end
end
} )
a.key = aura
if not data.id then
self.pseudoAuras = self.pseudoAuras + 1
data.id = ( -1000 * self.id ) - self.pseudoAuras
end
-- default values.
data.duration = data.duration or 30
data.max_stack = data.max_stack or 1
-- This is a shared buff that can come from anyone, give it a special generator.
--[[ if data.shared then
a.generate = Aura_DetectSharedAura
end ]]
for element, value in pairs( data ) do
if type( value ) == "function" then
setfenv( value, state )
if element ~= "generate" then a.funcs[ element ] = value
else a[ element ] = value end
else
a[ element ] = value
end
class.knownAuraAttributes[ element ] = true
end
self.auras[ aura ] = a
if a.id then
if a.id > 0 then
-- Hekili:ContinueOnSpellLoad( a.id, function( success )
a.onLoad = function( a )
local d = GetSpellInfo( a.id )
a.name = d and d.name
if not a.name then
for k, v in pairs( class.auraList ) do
if v == a then class.auraList[ k ] = nil end
end
Hekili.InvalidSpellIDs = Hekili.InvalidSpellIDs or {}
Hekili.InvalidSpellIDs[ a.id ] = a.name or a.key
a.id = a.key
a.name = a.name or a.key
return
end
a.desc = GetSpellDescription( a.id )
local texture = a.texture or GetSpellTexture( a.id )
if self.id > 0 then
class.auraList[ a.key ] = "|T" .. texture .. ":0|t " .. a.name
end
self.auras[ a.name ] = a
if GetSpecializationInfo( GetSpecialization() or 0 ) == self.id then
-- Copy to class table as well.
class.auras[ a.name ] = a
end
if self.pendingItemSpells[ a.name ] then
local items = self.pendingItemSpells[ a.name ]
if type( items ) == "table" then
for i, item in ipairs( items ) do
local ability = self.abilities[ item ]
ability.itemSpellKey = a.key .. "_" .. ability.itemSpellID
self.abilities[ ability.itemSpellKey ] = a
class.abilities[ ability.itemSpellKey ] = a
end
else
local ability = self.abilities[ items ]
ability.itemSpellKey = a.key .. "_" .. ability.itemSpellID
self.abilities[ ability.itemSpellKey ] = a
class.abilities[ ability.itemSpellKey ] = a
end
self.pendingItemSpells[ a.name ] = nil
self.itemPended = nil
end
end
end
self.auras[ a.id ] = a
end
if data.meta then
for k, v in pairs( data.meta ) do
if type( v ) == "function" then data.meta[ k ] = setfenv( v, state ) end
class.knownAuraAttributes[ k ] = true
end
end
if data.copy then
if type( data.copy ) ~= "table" then
self.auras[ data.copy ] = a
else
for _, key in ipairs( data.copy ) do
self.auras[ key ] = a
end
end
end
end,
RegisterAuras = function( self, auras )
for aura, data in pairs( auras ) do
self:RegisterAura( aura, data )
end
end,
RegisterPower = function( self, power, id, aura )
self.powers[ power ] = id
CommitKey( power )
if aura and type( aura ) == "table" then
self:RegisterAura( power, aura )
end
end,
RegisterPowers = function( self, powers )
for k, v in pairs( powers ) do
self.powers[ k ] = v.id
self.powers[ v.id ] = k
for token, ids in pairs( v.triggers ) do
if not self.auras[ token ] then
self:RegisterAura( token, {
id = v.id,
copy = ids
} )
end
end
end
end,
RegisterStateExpr = function( self, key, func )
setfenv( func, state )
self.stateExprs[ key ] = func
class.stateExprs[ key ] = func
CommitKey( key )
end,
RegisterStateFunction = function( self, key, func )
setfenv( func, state )
self.stateFuncs[ key ] = func
class.stateFuncs[ key ] = func
CommitKey( key )
end,
RegisterStateTable = function( self, key, data )
for _, f in pairs( data ) do
if type( f ) == "function" then
setfenv( f, state )
end
end
local meta = getmetatable( data )
if meta and meta.__index then
setfenv( meta.__index, state )
end
self.stateTables[ key ] = data
class.stateTables[ key ] = data
CommitKey( key )
end,
-- Phases are for more durable variables that should be recalculated over the course of recommendations.
-- The start/finish conditions are calculated on reset and that state is persistent between sets of recommendations.
-- Within a set of recommendations, the phase conditions are recalculated when the clock advances and/or when ability handlers are fired.
-- Notably, finish is only fired if we are currently in the phase.
RegisterPhase = function( self, key, start, finish, ... )
if start then start = setfenv( start, state ) end
if finish then finish = setfenv( finish, state ) end
self.phases[ key ] = {
activate = start,
deactivate = finish,
virtual = {},
real = {}
}
local phase = self.phases[ key ]
local n = select( "#", ... )
for i = 1, n do
local hook = select( i, ... )
if hook == "reset_precast" then
self:RegisterHook( hook, function()
local d = display or "Primary"
if phase.real[ d ] == nil then
phase.real[ d ] = false
end
local original = phase.real[ d ]
if state.time == 0 and not InCombatLockdown() then
phase.real[ d ] = false
-- Hekili:Print( format( "[ %s ] Phase '%s' set to '%s' (%s) - out of combat.", self.name or "Unspecified", key, tostring( phase.real[ d ] ), hook ) )
-- if Hekili.ActiveDebug then Hekili:Debug( "[ %s ] Phase '%s' set to '%s' (%s) - out of combat.", self.name or "Unspecified", key, tostring( phase.virtual[ display or "Primary" ] ), hook ) end
end
if not phase.real[ d ] and phase.activate() then
phase.real[ d ] = true
end
if phase.real[ d ] and phase.deactivate() then
phase.real[ d ] = false
end
--[[ if phase.real[ d ] ~= original then
if d == "Primary" then Hekili:Print( format( "Phase change for %s [ %s ] (from %s to %s).", key, d, tostring( original ), tostring( phase.real[ d ] ) ) ) end
end ]]
phase.virtual[ d ] = phase.real[ d ]
if Hekili.ActiveDebug then Hekili:Debug( "[ %s ] Phase '%s' set to '%s' (%s).", self.name or "Unspecified", key, tostring( phase.virtual[ d ] ), hook ) end
end )
else
self:RegisterHook( hook, function()
local d = display or "Primary"
local previous = phase.virtual[ d ]
if phase.virtual[ d ] ~= true and phase.activate() then
phase.virtual[ d ] = true
end
if phase.virtual[ d ] == true and phase.deactivate() then
phase.virtual[ d ] = false
end
if Hekili.ActiveDebug and phase.virtual[ d ] ~= previous then Hekili:Debug( "[ %s ] Phase '%s' set to '%s' (%s) - virtual.", self.name or "Unspecified", key, tostring( phase.virtual[ d ] ), hook ) end
end )
end
end
self:RegisterVariable( key, function()
return self.phases[ key ].virtual[ display or "Primary" ]
end )
end,
RegisterPhasedVariable = function( self, key, default, value, ... )
value = setfenv( value, state )
self.phases[ key ] = {
update = value,
virtual = {},
real = {}
}
local phase = self.phases[ key ]
local n = select( "#", ... )
if type( default ) == "function" then
phase.default = setfenv( default, state )
else
phase.default = setfenv( function() return default end, state )
end
for i = 1, n do
local hook = select( i, ... )
if hook == "reset_precast" then
self:RegisterHook( hook, function()
local d = display or "Primary"
if phase.real[ d ] == nil or ( state.time == 0 and not InCombatLockdown() ) then
phase.real[ d ] = phase.default()
end
local original = phase.real[ d ] or "nil"
phase.real[ d ] = phase.update( phase.real[ d ], phase.default() )
phase.virtual[ d ] = phase.real[ d ]
if Hekili.ActiveDebug then
Hekili:Debug( "[ %s ] Phased variable '%s' set to '%s' (%s) - was '%s'.", self.name or "Unspecified", key, tostring( phase.virtual[ display or "Primary" ] ), hook, tostring( original ) )
end
end )
else
self:RegisterHook( hook, function()
local d = display or "Primary"
local previous = phase.virtual[ d ]
phase.virtual[ d ] = phase.update( phase.virtual[ d ], phase.default() )
if Hekili.ActiveDebug and phase.virtual[ d ] ~= previous then Hekili:Debug( "[ %s ] Phased variable '%s' set to '%s' (%s) - virtual.", self.name or "Unspecified", key, tostring( phase.virtual[ display or "Primary" ] ), hook ) end
end )
end
end
self:RegisterVariable( key, function()
return self.phases[ key ].virtual[ display or "Primary" ]
end )
end,
RegisterGear = function( self, key, ... )
local n = select( "#", ... )
local gear = self.gear[ key ] or {}
for i = 1, n do
local item = select( i, ... )
table.insert( gear, item )
gear[ item ] = true
end
self.gear[ key ] = gear
CommitKey( key )
end,
-- Check for the set bonus based on hidden aura instead of counting the number of equipped items.
-- This may be useful for tier set items that are crafted so their item ID doesn't match.
-- The alternative is *probably* to treat sets based on bonusIDs.
RegisterSetBonus = function( self, key, spellID )
self.setBonuses[ key ] = spellID
CommitKey( key )
end,
RegisterSetBonuses = function( self, ... )
local n = select( "#", ... )
for i = 1, n, 2 do
self:RegisterSetBonus( select( i, ... ) )
end
end,
RegisterPotion = function( self, potion, data )
self.potions[ potion ] = data
data.key = potion
if data.items then
if type( data.items ) == "table" then
for _, key in ipairs( data.items ) do
self.potions[ key ] = data
CommitKey( key )
end
else
self.potions[ data.items ] = data
CommitKey( data.items )
end
end
local potionItem = Item:CreateFromItemID( data.item )
if not potionItem:IsItemEmpty() then
potionItem:ContinueOnItemLoad( function()
local name = potionItem:GetItemName() or data.name
local link = potionItem:GetItemLink() or data.link
data.name = name
data.link = link
class.potionList[ potion ] = link
return true
end )
end
CommitKey( potion )
end,
RegisterPotions = function( self, potions )
for k, v in pairs( potions ) do
self:RegisterPotion( k, v )
end
end,
RegisterRecheck = function( self, func )
self.recheck = func
end,
RegisterHook = function( self, hook, func, noState )
if not ( noState == true or hook == "COMBAT_LOG_EVENT_UNFILTERED" and noState == nil ) then
func = setfenv( func, state )
end
self.hooks[ hook ] = self.hooks[ hook ] or {}
insert( self.hooks[ hook ], func )
end,
RegisterAbility = function( self, ability, data )
CommitKey( ability )
local a = setmetatable( {
funcs = {},
}, {
__index = function( t, k )
local setup = rawget( t, "onLoad" )
if setup then
t.onLoad = nil
setup( t )
return t[ k ]
end
if t.funcs[ k ] then return t.funcs[ k ]() end
if k == "lastCast" then return state.history.casts[ t.key ] or t.realCast end
if k == "lastUnit" then return state.history.units[ t.key ] or t.realUnit end
end,
} )
a.key = ability
a.from = self.id
if not data.id then
if data.item then
class.specs[ 0 ].itemAbilities = class.specs[ 0 ].itemAbilities + 1
data.id = -100 - class.specs[ 0 ].itemAbilities
else
self.pseudoAbilities = self.pseudoAbilities + 1
data.id = -1000 * self.id - self.pseudoAbilities
end
a.id = data.id
end
if data.id and type( data.id ) == "function" then
if not data.copy or type( data.copy ) == "table" and #data.copy == 0 then
Hekili:Error( "RegisterAbility for %s (Specialization %d) will fail; ability has an ID function but needs to have 'copy' entries for the abilities table.", ability, self.id )
end
end
local item = data.item
if item and type( item ) == "function" then
setfenv( item, state )
item = item()
end
if data.meta then
for k, v in pairs( data.meta ) do
if type( v ) == "function" then data.meta[ k ] = setfenv( v, state ) end
end
end
-- default values.
if not data.cast then data.cast = 0 end
if not data.cooldown then data.cooldown = 0 end
if not data.recharge then data.recharge = data.cooldown end
if not data.charges then data.charges = 1 end
if data.hasteCD then
if type( data.cooldown ) == "number" and data.cooldown > 0 then data.cooldown = Hekili:Loadstring( "return " .. data.cooldown .. " * haste" ) end
if type( data.recharge ) == "number" and data.recharge > 0 then data.recharge = Hekili:Loadstring( "return " .. data.recharge .. " * haste" ) end
end
if not data.fixedCast and type( data.cast ) == "number" then
data.cast = Hekili:Loadstring( "return " .. data.cast .. " * haste" )
end
if data.toggle == "interrupts" and data.gcd == "off" and data.readyTime == state.timeToInterrupt and data.interrupt == nil then
data.interrupt = true
end
for key, value in pairs( data ) do
if type( value ) == "function" then
setfenv( value, state )
if not protectedFunctions[ key ] then a.funcs[ key ] = value
else a[ key ] = value end
data[ key ] = nil
else
a[ key ] = value
end
end
if ( a.velocity or a.flightTime ) and a.impact and a.isProjectile == nil then
a.isProjectile = true
end
a.realCast = 0
if item then
--[[ local name, link, _, _, _, _, _, _, _, texture = GetItemInfo( item )
a.name = name or ability
a.link = link or ability ]]
class.itemMap[ item ] = ability
-- Register the item if it doesn't already exist.
class.specs[0]:RegisterGear( ability, item )
local actionItem = Item:CreateFromItemID( item )
if not actionItem:IsItemEmpty() then
actionItem:ContinueOnItemLoad( function( success )
local name = actionItem:GetItemName()
local link = actionItem:GetItemLink()
local texture = actionItem:GetItemIcon()
if name then
if not a.name or a.name == a.key then a.name = name end
if not a.link or a.link == a.key then a.link = link end
if not a.funcs.texture then a.texture = a.texture or texture end
if a.suffix then
a.actualName = name
a.name = a.name .. " " .. a.suffix
end
self.abilities[ ability ] = self.abilities[ ability ] or a
self.abilities[ a.name ] = self.abilities[ a.name ] or a
self.abilities[ a.link ] = self.abilities[ a.link ] or a
self.abilities[ data.id ] = self.abilities[ a.link ] or a
a.itemLoaded = GetTime()
if a.item and a.item ~= 158075 then
a.itemSpellName, a.itemSpellID = GetItemSpell( a.item )
if a.itemSpellID then
a.itemSpellKey = a.key .. "_" .. a.itemSpellID
self.abilities[ a.itemSpellKey ] = a
class.abilities[ a.itemSpellKey ] = a
end
if a.itemSpellName then
local itemAura = self.auras[ a.itemSpellName ]
if itemAura then
a.itemSpellKey = itemAura.key .. "_" .. a.itemSpellID
self.abilities[ a.itemSpellKey ] = a
class.abilities[ a.itemSpellKey ] = a
else
if self.pendingItemSpells[ a.itemSpellName ] then
if type( self.pendingItemSpells[ a.itemSpellName ] ) == "table" then
table.insert( self.pendingItemSpells[ a.itemSpellName ], ability )
else
local first = self.pendingItemSpells[ a.itemSpellName ]
self.pendingItemSpells[ a.itemSpellName ] = {
first,
ability
}
end
else
self.pendingItemSpells[ a.itemSpellName ] = ability
a.itemPended = GetTime()
end
end
end
end
if not a.unlisted then
class.abilityList[ ability ] = a.listName or ( "|T" .. ( a.texture or texture ) .. ":0|t " .. link )
class.itemList[ item ] = a.listName or ( "|T" .. a.texture .. ":0|t " .. link )
class.abilityByName[ a.name ] = a
end
if data.copy then
if type( data.copy ) == "string" or type( data.copy ) == "number" then
self.abilities[ data.copy ] = a
elseif type( data.copy ) == "table" then
for _, key in ipairs( data.copy ) do
self.abilities[ key ] = a
end
end
end
if data.items then
local addedToItemList = false
for _, id in ipairs( data.items ) do
local copyItem = Item:CreateFromItemID( id )
if not copyItem:IsItemEmpty() then
copyItem:ContinueOnItemLoad( function()
local name = copyItem:GetItemName()
local link = copyItem:GetItemLink()
local texture = copyItem:GetItemIcon()
if name then
class.abilities[ name ] = a
self.abilities[ name ] = a
if not class.itemList[ id ] then
class.itemList[ id ] = a.listName or ( "|T" .. ( a.texture or texture ) .. ":0|t " .. link )
addedToItemList = true
end
end
end )
end
end
if addedToItemList then
if ns.ReadKeybindings then ns.ReadKeybindings() end
end
end
if ability then class.abilities[ ability ] = a end
if a.name then class.abilities[ a.name ] = a end
if a.link then class.abilities[ a.link ] = a end
if a.id then class.abilities[ a.id ] = a end
Hekili.OptionsReady = false
return true
end
return false
end )
end
end
if a.id and a.id > 0 then
-- Hekili:ContinueOnSpellLoad( a.id, function( success )
a.onLoad = function()
local spellInfo = GetSpellInfo( a.id )
if spellInfo == nil then
spellInfo = GetItemInfo( a.id )
end
if spellInfo then
a.name = spellInfo.name
else
a.name = nil
end
if not a.name then
for k, v in pairs( class.abilityList ) do
if v == a then class.abilityList[ k ] = nil end
end
Hekili.InvalidSpellIDs = Hekili.InvalidSpellIDs or {}
table.insert( Hekili.InvalidSpellIDs, a.id )
Hekili:Error( "Name info not available for " .. a.id .. "." )
return
end
if not a.name then Hekili:Error( "Name info not available for " .. a.id .. "." ); return false end
a.desc = GetSpellDescription( a.id ) -- was returning raw tooltip data.
if a.suffix then
a.actualName = a.name
a.name = a.name .. " " .. a.suffix
end
local texture = a.texture or GetSpellTexture( a.id )
self.abilities[ a.name ] = self.abilities[ a.name ] or a
class.abilities[ a.name ] = class.abilities[ a.name ] or a
if not a.unlisted then
class.abilityList[ ability ] = a.listName or ( "|T" .. texture .. ":0|t " .. a.name )
class.abilityByName[ a.name ] = class.abilities[ a.name ] or a
end
if a.rangeSpell and type( a.rangeSpell ) == "number" then
Hekili:ContinueOnSpellLoad( a.rangeSpell, function( success )
if success then
local info = GetSpellInfo( a.rangeSpell )
if info then
a.rangeSpell = info.name
else
a.rangeSpell = nil
end
else
a.rangeSpell = nil
end
end )
end
Hekili.OptionsReady = false
end
end
self.abilities[ ability ] = a
self.abilities[ a.id ] = a
if not a.unlisted then class.abilityList[ ability ] = class.abilityList[ ability ] or a.listName or a.name end
if data.copy then
if type( data.copy ) == "string" or type( data.copy ) == "number" then
self.abilities[ data.copy ] = a
elseif type( data.copy ) == "table" then
for _, key in ipairs( data.copy ) do
self.abilities[ key ] = a
end
end
end
if data.items then
for _, itemID in ipairs( data.items ) do
class.itemMap[ itemID ] = ability
end
end
if a.dual_cast or a.funcs.dual_cast then
self.can_dual_cast = true
self.dual_cast[ a.key ] = true
end
if a.empowered or a.funcs.empowered then
self.can_empower = true
end
if a.auras then
self:RegisterAuras( a.auras )
end
end,
RegisterAbilities = function( self, abilities )
for ability, data in pairs( abilities ) do
self:RegisterAbility( ability, data )
end
end,
RegisterPack = function( self, name, version, import )
self.packs[ name ] = {
version = tonumber( version ),
import = import:gsub("([^|])|([^|])", "%1||%2")
}
end,
RegisterPriority = function( self, name, version, notes, priority )
end,
RegisterRanges = function( self, ... )
if type( ... ) == "table" then
self.ranges = ...
return
end
for i = 1, select( "#", ... ) do
insert( self.ranges, ( select( i, ... ) ) )
end
end,
RegisterRangeFilter = function( self, name, func )
self.filterName = name
self.filter = func
end,
RegisterOptions = function( self, options )
self.options = options
end,
RegisterEvent = function( self, event, func )
RegisterEvent( event, function( ... )
if state.spec.id == self.id then func( ... ) end
end )
end,