GetSpellCost now reads power cost and reagents straight from Spell.dbc via
C_Spell.GetSpellPowerCost (effective, talent-modified cost) and
C_Spell.GetSpellReagents (itemID), dropping the GameTooltip owner/scan
frames, their font strings, and all locale-dependent line parsing.
Reagent counting is now itemID-based end to end: GetReagentCount takes an
itemID and matches by id in the Items cache / bag scan. This removes the
hardcoded English reagent tables (_ReagentBySpell, _ReagentIdByName) and
the name-matching bag-scan tooltip, so it works on any client locale.
Verified in-game that GetSpellReagents covers DBC reagent spells (Vanish
-> Flash Powder), which the hand table previously special-cased.
The localized reagent name is still used for countedItemTypes registration
(recognizing a reagent item placed on the action bar); when that name
isn't cached yet, warm it via the ClassicAPI Item mixin
(Item:CreateFromItemID/ContinueOnItemLoad) and register it once it lands.
Adds a new /cancelform slash command (Console.lua) wired to CleveRoids.DoCancelForm. Replaces the previous _unshiftAction with _cancelFormAction that calls CancelShapeshiftForm, and updates DoUnshift to delegate to DoCancelForm for backwards compatibility. Also fixes a unit name check by replacing GetUnitName with UnitName in DoRetarget.
Replace GetInventoryItemLink/GetContainerItemLink link-scraping (built
solely to regex out item:ID or the bracketed name) with direct ClassicAPI
reads:
- id/presence: GetInventoryItemID, C_Container.GetContainerItemID
- suffix-sensitive names (equip-by-name on gear): C_Item.GetItemName
location form, which now carries random-suffix decoration
- suffix-free names (consumables/reagents/poisons) in hot bag scans:
id + C_Item.GetItemNameByID (base name, zero table allocation)
Also covers /use equipped-slot resolution and the WDB warm scans. Drops
the now-dead GetContainerItemLink/GetInventoryItemLink/string_find
upvalue aliases. No behavior change; equip-by-name keeps full suffixed
matching via the decorated location form.
The autoAttack flag could drift stale-true (optimistic set after
AttackTarget, or a target dying without PLAYER_LEAVE_COMBAT), making
/startattack skip the attack until the target was dropped and reselected.
The old fallback called the overridden IsCurrentAction, which just echoes
the cached flag for the attack slot, so it never detected drift. Use the
original Hooks.IsCurrentAction as ground truth and sync the flag to it.
GameTooltip.SetAction used GameTooltip:SetSpellByID for spell actions, which
renders the static DBC tooltip. For spells we resolved from the player's own
spellbook, use GameTooltip:SetSpell(spellSlot, bookType) instead so the
tooltip shows live player-accurate data (mana cost, cooldown, range coloring,
reagent counts). spellSlot/bookType/id all come from the same spellbook index
entry, so it renders the identical spell and rank. SetSpellByID remains as a
defensive fallback for entries without a slot. Applied to both the direct and
nested-macro tooltip paths.
Register PLAYER_STARTED_MOVING (ClassicAPI, edge-detected off the WASD/
autorun key state) and queue an action update so [moving]/[nomoving] macro
icons repaint when movement starts.
PLAYER_STOPPED_MOVING is deliberately NOT used -- it's key-release based and
misses real stops (running into geometry, click-to-move, roots, knockback).
Instead, STARTED kicks off a 0.1s C_Timer.NewTicker that watches
IsPlayerMoving() (the same speed>0/falling signal [moving] evaluates) and, on
the actual stop, refreshes once and cancels itself. No timer exists while
stopped, so there's no idle cost; guarded on isShuttingDown and event-driven
mode (realtime==0).
Lean on ClassicAPI's backported readers instead of link-string parsing
and a hand-maintained mechanic table.
- ClassicAPI.lua: add wrappers GetCursorInfo/CursorHoldsItemID,
GetContainerItemID, GetInventoryItemID, and GetSpellMechanicByID.
- Core.lua: in the manual equip fallback, verify the cursor holds the
intended item (CursorHoldsItemID) before EquipCursorItem, aborting only
on a definitive mismatch so empty/unknown cursors behave as before.
- NampowerAPI.lua / Utility.lua: replace GetContainerItemLink /
GetInventoryItemLink + "item:(%d+)" parsing with direct C_Container/
inventory ID lookups at the sites that only need the itemID; route the
equipped-set scans through the GetEquippedItemID helper.
- Conditionals.lua / Utility.lua: replace the 785-entry CCSpellMechanics
fallback table with C_Spell.GetSpellMechanicByID in GetSpellMechanic and
GetSpellCCType (BuffLib / nampower paths unchanged); delete the table.
Unify both ! mechanisms (bare !spell gate-injection and bracketed
[cond] !spell dispatch skip) on ClassicAPI's CastSpellNoToggle, which
no-ops auto-repeat (Shoot/Auto Shot/Wand) and toggle auras
(forms/stances/aspects/seals) instead of toggling them off.
- Bare !spell now just sets conditionals.noSpam (no injected gate
conditional); removed spamConditions and GetSpammableConditional.
- Dispatch: melee Attack still uses AttackTarget (CastSpellNoToggle
doesn't cover the melee swing). For everything else under !, keep the
ValidatePlayerBuff anti-refresh skip (CastSpellNoToggle only covers
true toggle auras, not regular self-buffs like Mark of the Wild),
otherwise CastSpellNoToggle. This is more reliable for auto-repeat
than the old CheckChanneled path.
CheckChanneled is retained (still used by the [channeled]/[checkchanneled]
conditionals).
Per design preference, drop the @ and the ParseMsg special-casing:
[cursor] is now a normal modifier keyword (added to ignoreKeywords,
mirroring [mouseuse]) rather than a pseudo unit token. The cast/use
dispatch still routes through ClassicAPI's CastAtCursor / UseAtCursor
(checked via conditionals.cursor). Reverts the @cursor ParseMsg branch.
@cursor places a ground-target spell or on-use item at the cursor via
ClassicAPI's engine-level placement instead of the [mouseuse] reticle-
click simulation (so no auto-attack side effect).
- ParseMsg flags @cursor as conditionals.atCursor rather than setting a
bogus "cursor" unit target, so it doesn't affect help/harm/exists/range
checks or pass an invalid token to CastSpellByName.
- DoWithConditionals routes atCursor casts through C_Spell.CastAtCursor
(spellID resolved from the spell index / GetSpellIdForName) and item
uses through C_Item.UseAtCursor. Both fall back to a normal cast/use
for non-ground actions.
New syntax, so existing macros are unaffected; MacroErrorChecker already
accepts @cursor.
The AuraScanTooltip scanning frame was only used by CancelAura's legacy
tooltip path, which was removed when CancelAura moved to ClassicAPI's
C_Spell.CancelSpellByID. Nothing references it now.
- CancelAura: cancel matched buffs through ClassicAPI's
C_Spell.CancelSpellByID instead of nampower CancelPlayerAuraSpellId
and the legacy slot-based CancelPlayerBuff + tooltip-scan path. The
buff scan (SuperWoW GetPlayerBuffID / nampower raw GetPlayerAuraDuration
+ overflow tracking) and the boolean return are preserved, so the
~spell cancel-vs-cast toggle still works. CancelSpellByName isn't usable
here because it reports no match.
- Focus: GetFocusUnitId no longer warns when no focus is set. In a
fallback macro ([@focus] as one alternative) that's a normal state;
the clause now silently falls through like any unresolved @unit.
Dropped the unused warn parameter and updated both callers.
- ScheduleTimer now wraps C_Timer.After, removing the dedicated timer
frame + per-frame OnUpdate loop + timers queue.
- Aura-tracking cleanup -> C_Timer.NewTicker(5) (_auraCleanupTicker);
drop the UnitXP arm, the named global CleveRoids_AuraTrackingCleanupTimer,
and the inline "not hasUnitXP" fallback in OnAuraCastOther.
- Libdebuff cleanup -> C_Timer.NewTicker(30) (_cleanupTicker); drop the
UnitXP arm and CleveRoids_LibDebuffCleanupTimer.
- Shutdown cancels the tickers instead of UnitXP timer disarm.
Cleanup now always runs (was gated on hasUnitXP) and no longer depends
on UnitXP threaded timers or named global callbacks. Tickers self-guard
on isShuttingDown and are cancelled on shutdown.
ClassicAPI exposes a native "focus" unit token (set via its own /focus
/ FOCUSTARGET keybind), accepted by every UnitX call.
- GetFocusUnitId falls back to the native "focus" token after the pfUI
emulated-focus check, so @focus / [cond:focus] / focus range checks
now work for non-pfUI users (previously focus only worked via pfUI).
- TryTargetFocus uses TargetUnit("focus") for an exact switch before the
fragile name-based TargetByName path.
- Add [focus]/[nofocus] conditionals (GetFocusUnitId ~= nil), covering
both pfUI and native focus; registered as boolean conditionals.
No addon /focus command is needed: ClassicAPI's companion addon already
registers /focus and /clearfocus.
Resolve a slot's macro by its Blizzard macro index via ClassicAPI's
GetActionInfo instead of GetActionText -> name -> GetMacro, so action-bar
macros no longer depend on the macro name.
- Core.lua: GetAction uses GetActionInfo(slot) -> macro index ->
GetMacroByIndex; falls back to the name path for SuperMacro (no index).
ParseMacro split into a shared BuildMacro + ParseMacroByIndex (caches by
index) + ParseMacro(name). Added GetMacroByIndex. The macro cache is now
keyed by index for action-bar macros, so blank/duplicate names no longer
collide. GetMacroIndexByName remains only for genuine name references
({MacroName}, /runmacro, /macrocheck).
- MacroErrorUI.lua: remove the now-obsolete macro-name warnings (duplicate,
blank, spell-conflict, item-conflict) from both the live editor validation
and the on-close report; delete the unused name-set helpers.
- README: update the known-issue to note only name-referenced macros need
unique names.
Replace the three duplicated GetActionText -> GetMacroIndexByName ->
GetMacroInfo blocks in the GetActionTexture hook with a single
GetSlotMacroTexture helper that gets the macro slot directly from
ClassicAPI's GetActionInfo. More robust (no dependence on macro-name
lookups) and DRYs the fallback logic.
GetActionInfo:
- Add ClassicAPI.GetActionInfo wrapper; rewrite GetActionButtonInfo
(Generic.lua) to use it and resolve names via GetSpellRecField /
GetItem / GetMacroInfo, replacing the per-slot GameTooltip scan +
texture heuristic. Powers reactive-ability slot detection.
- Delete the dead SuperWoW-GetActionText copy of GetActionButtonInfo.
Spell IDs in the index:
- IndexSpells now uses ClassicAPI GetSpellInfo(slot, bookType), whose
10th return is the spellID, so every Spells entry carries .id (one
call also replaces GetSpellName + GetSpellTexture).
Dynamic pfUI action-button icons (pairs with the pfUI fork change):
- GameTooltip.SetAction hook renders spells via ClassicAPI
SetSpellByID(spell.id) instead of SetSpell(spellSlot, bookType) +
manual rank text. Items stay location-based (instance data).
- Drop the redundant GetActionSpellSlot -> GetSpellCooldown cooldown
shim in the pfUI handler; pfUI now routes through the hooked
GetActionCooldown when it defers macro scanning to us.
ClassicAPI is now required, not optional. The load-time requirement
check warns when it's missing (Core.lua), the same as Nampower/UnitXP,
and ClassicAPI-backed code calls the API directly with no fallbacks.
- ClassicAPI.lua: drop the HasUnitAuras/HasUnitSpeed/HasIsFalling
capability gates and pcall hedging; wrappers call C_UnitAuras /
GetUnitSpeed / IsFalling directly. Keep IsAvailable (used by the
requirement check) and the version helpers.
- [moving]: ClassicAPI GetUnitSpeed is the only source. Removed the
MonkeySpeed integration, the Nampower PlayerIsMoving branch, and the
100 Hz position-tracking buffer in Core.lua's OnUpdate (with its
POS_TRACK_INTERVAL constant and UnitPosition upvalue). Removed the
now-dead speed==nil guards and WarnNoSpeedSource.
- README: ClassicAPI moved to Required; MonkeySpeed dropped from
Supported Addons.
- docs/CLASSICAPI-TODO.md: record the mandatory/no-fallbacks policy.
Introduce ClassicAPI.lua, a feature-detection layer for the ClassicAPI
client mod that mirrors NampowerAPI's HasMinimumVersion pattern
(IsAvailable / HasMinimumVersion / HasUnitAuras). UnitHasDispelType
scans a unit's auras via C_UnitAuras and reports the dispel type,
scanning debuffs or buffs based on a helpful flag.
Add conditionals backed by it:
- Debuff side (defensive cleanse): [magic] [curse] [disease] [poison]
[dispellable] + negations
- Buff side (offensive dispel/strip): [magicbuff] [dispellablebuff]
+ negations
All are no-arg booleans, default to @target (honor @unit), and degrade
gracefully without ClassicAPI: positive checks return false, negated
return true, since vanilla cannot read aura dispel types. The existing
ValidateAura path is untouched. MacroErrorChecker auto-accepts them via
the Keywords table; they're registered in BOOLEAN_CONDITIONALS so they
parse as flags. Loaded after NampowerAPI in the TOC.
Uses GetBattlefieldStatus to check whether any battlefield queue
slot is in the "active" state, which indicates the player is
currently inside a battleground instance.
pet and nopet were missing from BOOLEAN_CONDITIONALS, so bare
[pet] (no type argument) was parsed as a spell-name match against
UnitCreatureFamily instead of a simple existence check.
Brues