Eight commits off classicapi_next.
ClassicAPI's RegisterUnitEvent registers for an event but only delivers it
when arg1 is one of the given units, so a handler for one unit stops waking
for every other one in the world. The 26 registrations whose unit set is
fixed at registration time now name it. The rule throughout is register the
superset and keep the handler's own check -- the filter narrows what arrives,
it does not decide what to act on. Guards that look unreachable stay put: the
filter applies only when arg1 is a string, so an event that fires with a
number or no argument is delivered as if plainly registered.
Frames whose unit changes at runtime own their subscriptions instead of
sorting events out per event. unitframes points them at the unitstr
UpdateVisibility already computes -- replacing a string concat, and on a miss
a second concat plus a UnitGUID call, for every frame on every unit event in
the world -- and a frame that is not in use drops its unit events entirely.
nameplates registers per plate against the plate's own token, which is also
the only workable shape: slots have no cap, so any nameplate1..N list would
have been a guess that fails in exactly the crowded scenes where plates
matter. marktracking names mark1 through mark8. A registration keeps its
kind, so none of these can be plain-registered first.
Both teardown paths PLAYER_LOGOUT guards -- the crash 132 -- now cover the
per-frame subscriptions: plates tear down rather than dispatching through
logout, and a unit frame takes itself off the visibility scan so it cannot
re-register what it just dropped.
marktracking also drops its once-a-second full rebuild, which ran for the
whole session whether or not a marker existed anywhere. The ticker is created
and cancelled with group membership. It is deliberately not keyed on a mark
being visible -- a marker on an out-of-range unit shows no row, and that is
the case the poll exists to catch.
nameplates gates the per-plate update against the floor across all four
throttle categories before classifying it, instead of running a GetAlpha, a
castbar IsShown, a cast lookup and up to two libthrottle:Get resolutions on
plates throttled to 10fps that were going to return anyway. Nothing that
would have updated can be turned away by a floor. The four throttles resolve
in CacheConfig, where config changes already land.
energytick sweeps the clock the server actually runs. There is one regen
timer for every power, re-armed every 2s by Player::RegenerateAll and never
touched by casting; the five-second rule changes what a tick pays, not when
it lands. The sweep is a free-running phase lock on that clock, so
Illumination refunds, potions and a Mana Spring totem on its own phase no
longer snap the spark mid-cycle, and an 80ms band keeps a correct tick from
hitching it at the wrap. The FSR window shades rather than predicting a share
of spirit the client cannot compute -- the Casting Regen item ladder is equip
auras absent from the buff list. The energy period is summed from
SPELL_AURA_MOD_ENERGY_REGEN_TIME across the spellbook and buffs, so Blade
Rush is found without GetTalentInfo(2, 16), an ordinal that does not fail
when the tree changes but reads another talent's rank.
macrotweak is gone -- ClassicAPI 1.15 covers it -- with its config entry, its
GUI block, its translations in all eight locales, and actionbar's
ButtonMacroScan, the #showtooltip scanner that fed it.
The indicator scan lowercased the aura's name and icon on every aura of every
unit, and SetupBuffIndicators lowercased the other side to match. Both sides
come out of the same DBC records byte for byte, so the comparison already held
without any of it: the aura's name and icon are Spell.dbc's localized name and
SpellIcon.dbc's path (aura/Data.cpp fills one struct and emits it as either the
AuraData table or the positional UnitAura tuple), and the indicator record
reads those same two fields through C_Spell.GetSpellName / GetSpellTexture.
So this was two string allocations per aura per scan to reach a result it
already had -- and on Lua 5.0 that is an allocate-and-hash each time, since the
VM interns even when the string exists. RefreshUnit runs this for every unit
frame, which in a raid is 40 frames against up to 32 auras each.
Checked every rank of all 65 indicator spells in Spell.dbc: name and icon are
byte-identical across a spell's whole ladder, no case or spelling drift, so
nothing depended on the fold.
It also drops a crash path. aura/Data.cpp yields nil for the icon when a
spell's SpellIconID is 0, and icon:lower() would have errored on that; name was
guarded on the line above but icon never was. A raw compare is just false.
The equality is now load-bearing, so AddIndicator's comment says to feed it
spell ids and never a hand-written name or icon path -- a literal
"interface\icons\foo" in that table would silently match nothing.
Spell.dbc reuses icons freely across unrelated spells, so matching an aura on
its icon alone lit the indicator for the wrong buff. Blessing of Sanctuary
fired on Lightning Shield and Shadowguard, Blessing of Kings on Mage Armor and
Commanding Shout, and Totemic Power on the Blessed Sunfruit food buff -- the
last of which the code already carried a comment about. Fixes#55.
Each entry is now a spell id, resolved once into the aura's name plus its icon,
and a match needs both. Name alone is no better than icon alone: creature and
item auras reuse player spell names, so a mob's "Renew" or a trinket's
"Rejuvenation" would light a HoT indicator. Every rank of a spell carries the
same name and icon, so one id covers the whole rank ladder without listing it.
HOT_INDICATORS folds away with this. It existed to name-check exactly the three
HoTs whose icons were known to collide; that check is now what every entry
does, and the table's only remaining job -- naming a HoT's libpredict key -- is
an argument on the Renew, Regrowth and Rejuvenation entries.
Deriving the name from an id also picks up this client's renames for free. The
paladin blessings are "Hand of Freedom", "Hand of Protection" and "Greater
Blessing of Sacrifice" here, which hardcoded English names would have missed.
All 65 ids were checked against the client's Spell.dbc, SpellIcon.dbc and
SkillLineAbility.dbc: each resolves to the intended aura, with its full rank
ladder sitting on the icon the old list matched.
That check also turned up five entries matching no spell at all on this
client. ability_hunter_misdirection, spell_holy_prayerofmendingtga and
inv_misc_herb_felblossom are TBC leftovers and are gone.
spell_nature_giftofthewild was never right -- Gift of the Wild uses Mark of the
Wild's icon -- and is now covered by id 21849. ability_warrior_rallyingcry
hosts no Commanding Shout either, so that entry now points at the real spell
(45580) and works for the first time.
Unrelated to the above, this file's string.fn(s, ...) calls become s:fn(...).
* nameplates: source totem icons from UnitCreatedBySpell
Read the totem's icon from the totem-drop spell (UnitCreatedBySpell +
GetSpellTexture) instead of the self-aura at index 1 plus a
UNIT_SPELLCAST_SUCCEEDED capture for active totems. The drop spell is a
broadcast descriptor field present for every summoned unit in range, so
it resolves immediately for passive and active totems alike and gives the
totem's own icon rather than the attack-spell proxy. Drops the
UNIT_SPELLCAST_SUCCEEDED registration and handler.
Re-read the spell each render and key the cached texture on the spell id
so an in-place totem swap (same unit, new drop spell -- no plate re-add)
refreshes the icon without needing the plate to leave and re-enter view.
* CAPI min bumped to 1.13.1
* Gracefully disable pfUI when ClassicAPI is missing
Add API_Check.lua as the first TOC entry. When the ClassicAPI DLL is
absent or below the minimum version it sets pfUI_disabled and stands up
an inert stub so the rest of the addon no-ops instead of flooding load
errors: modules and skins register their bodies into no-ops, and the
setfenv'd api/lib files run inside an environment where CreateFrame and
any missing global resolve to a null object -- so no real frames or live
handlers are created and missing API calls just return null. pfUI.lua
bails early on pfUI_disabled.
* auras: scan through GetAuraSlots instead of by-index loops
Every aura scan loop (unit frame buffs/debuffs, dispel indicators, buff and
custom indicators, player buff frame, buffwatch bars, tooltip buff row) now
enumerates a unit's auras once with C_UnitAuras.GetAuraSlots and reads each
aura by slot id via the positional C_UnitAuras.UnitAuraBySlot. The by-index
getters re-walk the aura array from slot 0 on every call, so a per-button
loop over them was quadratic in the aura count; one enumeration plus a
by-slot read per aura is linear.
pfUI.api.ScanAuraSlots(unit, filter, buf, max) wraps GetAuraSlots' fill-a-
table form (table as the 5th argument) so no vararg Lua frame is involved:
Lua 5.0 allocates an `arg` table for every vararg call, which showed up as
nameplate OnUpdate/OnEvent memory growth in the first cut of this change.
Single by-index reads in tooltip and click handlers are unchanged (one call
each, and SetUnitAura takes the same index).
Requires the ClassicAPI build that adds GetAuraSlots' fill form; on an older
DLL the 5th argument is ignored and ScanAuraSlots would read the first slot
id as the count.
* Show Faction/Race icons in chat
* Load pfUI through ClassicAPI's flavor TOCs
ClassicAPI redirects the read of pfUI\pfUI.toc to a flavored file whenever
the DLL is installed, so which TOC the client opens already answers whether
ClassicAPI is there. Split the manifest three ways and let that do the work:
pfUI.toc fallback, reached only when ClassicAPI is missing;
loads API_Check.lua and nothing else
pfUI_ClassicAPI.toc full addon, every non-Turtle client
pfUI_Turtle.toc full addon plus init\turtle.xml, on Turtle
The fallback TOC declares no SavedVariables. It used to, while API_Check.lua
reset pfUI_profiles to an empty table on the disabled path -- which truncated
the player's profiles on logout.
With the missing-DLL case handled by TOC selection, API_Check.lua drops the
null object stub that kept the other ~140 files quiet, along with
pfUI_disabled and the now unreachable early return in pfUI.lua. It keeps the
version gate, which still matters: the flavor redirect landed in ClassicAPI
v1.11.0, below the v1.13.1 pfUI needs, so an old DLL still gets served a
flavor TOC. pfUI.lua also loses a verbatim duplicate of the whole check.
Turtle-only files move to init\turtle.xml: modules\turtle-wow.lua (its
TURTLE_WOW_VERSION guard is now redundant) and the lft, turtle_shop,
barbershop, transmog and ebc skins. turtle-wow registers last instead of
75th of 84; the only ordering it relies on is pfUI.chat, registered 8th.
pfSellData moves to env\selldata.lua, listed only in pfUI_ClassicAPI.toc,
since turtle-wow.lua replaces the table wholesale on Turtle. env\tables.lua
keeps an empty declaration so sellvalue.lua has something to index when the
turtle-wow module is disabled.
The release workflow pinned PFUI_CLASSIC_API_LATEST in pfUI.lua, which has
not held that constant since it moved to API_Check.lua, so the pin was
silently doing nothing. It also switches to brues-code/packager@vCAPI, which
recognizes the _ClassicAPI and _Turtle suffixes and applies the TOC build
type filters to them.
* Split the vendor price tables into their own manifests
Turtle's pfSellData moves out of modules\turtle-wow.lua into
env\selldata_turtle.lua, matching env\selldata.lua for the stock list, and
each is pulled in by the manifest for its client: init\stock.xml from
pfUI_ClassicAPI.toc, init\turtle.xml from pfUI_Turtle.toc. Either way it
loads after init\env.xml and replaces the empty pfSellData declared there.
Turtle's prices used to be assigned inside the turtle-wow module body, which
put them on pfUI.env and skipped them entirely when that module was
disabled. At file scope they land on _G and apply either way.
* Drop the vanilla compat layer
compat\vanilla.lua named the handful of things that differed between clients
back when pfUI targeted several. Only one client remains, so every constant
had exactly one value. Inline each at its use site and delete the file,
init\compat.xml, and both TOC entries.
COOLDOWN_FRAME_TYPE -> "Model"
LOOT_BUTTON_FRAME_TYPE -> "LootButton"
MINIMAP_TRACKING_FRAME -> _G.MiniMapTrackingFrame
FRIENDS_NAME_LOCATION -> "ButtonTextNameLocation"
EVENTS_MINIMAP_ZONE_UPDATE -> the event list, in panel.lua
MICRO_BUTTONS -> a local in panel.lua
NAMEPLATE_OBJECTORDER -> a local in nameplates.lua
ACTIONBAR_SECURE_TEMPLATE_BAR/_BUTTON -> nil, so the argument goes away
NAMEPLATE_FRAMETYPE and PLAYER_BUFF_START_ID had no readers left.
RunMacroText moves to pfUI.lua. compat\vanilla.lua was setfenv'd into the
pfUI environment, so the function only ever existed on pfUI.env; at file
scope it lands on _G as a real export instead. Nothing in pfUI calls it, and
ClassicAPI neither defines nor looks for a RunMacroText global -- it does
the same throwaway edit box natively in src/macro/Execute.cpp and only
defers to a global RunMacro.
* bump CAPI min to 11303
* auras: uncap the self-debuff tooltip lookup
With selfdebuff on, the displayed debuff list is PLAYER-filtered while
GameTooltip:SetUnitAura indexes the unfiltered HARMFUL list, so both
handlers map one to the other by matching name + sourceGUID. That mapping
scanned slots 1..16 only.
The unfiltered harmful list is not capped at 16. Once a unit's 16 debuff
slots are full the server parks further debuffs in buff slots, and
C_UnitAuras classifies by the aura's polarity flag rather than its slot
range, so it reports those as harmful too -- verified live at 18 harmful on
a 20-aura target. Past the sixteenth the lookup found nothing and fell
through to the raw filtered index, opening the wrong tooltip or none.
Both now enumerate however many harmful auras the unit actually has, via
ScanAuraSlots, which also drops the per-index rescan the by-index accessor
was doing. Each handler gets its own slot buffer: OnEnter can fire while a
refresh is showing/hiding frames under the cursor, so sharing the refresh
buffer could clobber a scan mid-walk.
The nameplate module still collects at most 16 debuffs per plate. That one
is a display cap matching its 16 configured icon frames, not an aura-count
assumption, so it is left alone.
* bump CAPI min to 11304
The dispellable-indicator block re-scanned all 16 harmful slots for
every dispellable type (O(types x 16) UnitDebuff calls per refresh).
Scan the 16 slots once into a reusable set, then have the per-type loop
check the set. Zero-allocation (the set is cleared and reused within the
single RefreshUnit call).
Swap the per-frame aura-refresh loops from table-allocating
GetAuraDataByIndex/GetBuffDataByIndex/GetDebuffDataByIndex/GetUnitAuras
to the zero-allocation positional C_UnitAuras.UnitAura/UnitBuff/UnitDebuff.
unitframes: buff/debuff icon loops, the dispellable-indicator 16-slot
scan, the two GetUnitAuras indicator passes, and the custom-debuff scan.
nameplates: the per-plate debuff scan now writes positional results
straight into the reusable display buffer, dropping the per-aura tables
and the result array.
Filters change from HARMFUL|PLAYER/HARMFUL to PLAYER/nil since UnitBuff/
UnitDebuff lock the range and still honor the PLAYER predicate. Cold
single-lookups (hover/click, tooltip, totem icon, libdebuff) keep the
readable table API.
When "Use Raid Frames To Display Group Members" is on and in a party,
raid pet frames tried to show raidpet1..40 (nonexistent in a party)
instead of the player pet and partypet1..4.
Remap raidpet grid slots to pet / partypet<N> in UpdateVisibility,
keyed on a stable pfRaidPet<N> slot, mirroring the raid player frames.
LayoutPets now mirror-places the party pet slots, and the raid updater
runs LayoutPets when in a party (not just a raid).
Also exclude raid pet frames (label "partypet", cache_raidpet set) from
the hide_in_raid group-hiding clause so they are not hidden.
Accept "macro:<name>" in a click-cast action to run a saved macro by
name via the secure `macro` attribute (leading space after the colon is
trimmed). ClassicAPI dispatches it through RunMacro, so a conditional
addon still evaluates the macro body.
Two costs on the hot path. It concatenated '<u>target' and '<u>targettarget'
per call per unit, though pfValidUnits never changes after load -- now built
once into a static triple list. And only positive results were cached, so the
common case (nothing has aggro) rescanned the entire unit table on every call;
negative results now cache for 0.3s, short enough that aggro still appears
promptly.
Route the remaining hardcoded English labels through the T translation
table and register the keys in enUS:
- bags: "Sort Bags" / "Sort Bank" tooltips
- farmmode: "FARM MODE" overlay
- unitxp: "BEHIND" / "NO LOS" target indicators
- unitframes: raid group header "Group" (reuses the existing key)
- bgscore: "Battleground Frames" mover title
The power bar's frame level was pinned to f.power's live level
(f.power:GetFrameLevel() + 1). CreateBackdrop caches the backdrop at
f.power's level when it first builds it, but f.power's level can shift
afterward as strata changes propagate across UpdateConfig re-runs. When
it shifts below the cached backdrop, the fill drops behind the dark
backdrop and the bar renders black -- which reproduced on some clients
but not others depending on how the levels resolved.
Anchor the fill to the backdrop's own level instead
(f.power.backdrop:GetFrameLevel() + 1). The backdrop's level is fixed
once created, so the fill is always exactly one level above it
regardless of f.power's value, and the bar can never fall behind it.
Fixes#33.
Clique's pfUI plugin replaces pfUI.uf.ClickAction and calls it from an
OnClick script. The move to secure attribute clicks removed that
function, so Clique stopped working.
Add the legacy Lua click path back for Clique. When Clique is loaded,
EnableScripts sets an OnClick script that runs ClickAction. When Clique
is not loaded, the frames keep the secure attribute path.
Skip the secure attributes in Clique mode. The type1 target attribute
switches the target before Clique can cast. Right-click opens the unit
menu through ClassicAPI_ToggleUnitMenu.
* Migrate player castbar to ClassicAPI UNIT_SPELLCAST_* events
Drive the player cast path off ClassicAPI's synthesized, player-only
UNIT_SPELLCAST_* events instead of the vanilla SPELLCAST_* plus nampower
SPELL_{START,GO,DELAYED}_SELF mix. START/CHANNEL_START poll UnitCastingInfo/
UnitChannelInfo and stamp; STOP/CHANNEL_STOP/FAILED/INTERRUPTED clear;
SUCCEEDED drives tradeskill craft counting; DELAYED/CHANNEL_UPDATE re-poll.
Since UNIT_SPELLCAST_START fires for chained same-spell recasts, the nampower
SELF deps and their RunNextFrame co-hook-ordering workarounds are gone.
Remote target/focus bars keep SPELL_*_OTHER (the new events are player-only).
Fix the cast-start flash: StampBar now primes the fill on the stamp frame,
and ClearBar no longer snaps the bar to full (that snap lingered in the fade
tail and flashed when the next cast stamped).
Add a red flash on a cancelled cast: new appearance.castbar.failcolor,
flashed by ClearBar only when a cast was actually in progress.
Handle pushback Quartz-style: DELAYED/CHANNEL_UPDATE re-poll just the times
and accumulate the endMs shift into this.delay for the +/- indicator (cast
+X, channel -X), rather than a full restamp.
* Route target/focus castbars through remote UNIT_SPELLCAST_*
ClassicAPI now fires UNIT_SPELLCAST_* for remote tokens (target/focus/...)
via PollRemote, so drop the nampower SPELL_*_OTHER path and drive all three
bars off one event model. The gate is now token-based (arg1 == this.unitstr,
plus the arg1=="player" + UnitIsUnit case for target=self); the RunNextFrame
defer is gone since the remote poll fires after UnitCastingInfo is readable.
Cast detection is now nampower-free across every bar.
Use the event's rank payload (arg5): thread it through RefreshBar into
StampBar, which now only calls C_Spell.GetSpellSubtext as a fallback on the
retarget re-poll (PLAYER_TARGET/FOCUS_CHANGED) where no event is in hand.
* Drive nameplate castbars off UNIT_SPELLCAST_*
ClassicAPI now fires UNIT_SPELLCAST_* for nameplate tokens, so populate the
per-GUID castState cache from UNIT_SPELLCAST_{START,CHANNEL_START} (poll
PollCastInfo for the timing the payload omits) and clear it on
{STOP,CHANNEL_STOP} -- the remote poll fires STOP for natural end, interrupt,
and cancel alike. Replaces the nampower SPELL_{START,FAILED}_OTHER path; the
^nameplate arg1 gate ignores the target/focus/party fires of the same events,
and the NAME_PLATE_UNIT_ADDED seed still catches a plate spawning mid-cast.
Nameplate cast detection is now nampower-free.
* We no longer use these features from SuperWoW/Nampower
* Use secure unit attributes; remove mouseover scripts
Switch unitframes to attribute-driven clicks and remove mouseover tooltip handlers. Adds SetAttribute("unit") in UpdateVisibility and sets frame attributes (unit and type1='target') when creating frames. Removes OnEnter/OnLeave functions and their SetScript registrations and eliminates direct TargetUnit calls in ClickAction
* Use SetShown and simplify component default
Replace explicit Show/Hide conditionals in api/unitframes.lua with SetShown(...) for ressIcon, leaderIcon, lootIcon, pvpIcon, and restIcon to reduce branching and improve readability. Also remove the local shadowing of the parameter 'component' by using assignment (component = component or ""). No intended behavior changes.
* Drive unit-frame clicks via secure attributes
Replace the Lua OnClick dispatch (OnClick/ClickAction/RightClickAction) with
secure frame attributes: default type1=target / type2=menu, and EnableClickCast
now writes type/spell/macrotext/menu/target/focus attributes per button+modifier
instead of caching a clickactions table read at click time. Drops the now-dead
clickactions table and buttons list.
Also set a "unit" attribute on each frame (at creation and re-synced in
UpdateVisibility to the live token, so a party shown on the raid grid reports
partyN, not raidN) so the hovered unit resolves from the frame.
Match the target/focus/menu click keywords exactly rather than by prefix, so a
spell whose name starts with "focus"/"target"/"menu" (e.g. Focus Magic) casts
instead of being swallowed as the keyword action.
* Simplify marktracking colors and refresh per mark
Replace the hand-rolled ParseColor plus its default-color table with
GetStringColor -- the raidmarkercolor_* config keys already carry those same
defaults, so the fallback was dead code.
Restructure the refresh off observed mark tokens: UNIT_HEALTH/UNIT_MAXHEALTH
now arrive as arg1 == "markN", so refresh just that one row (UpdateRow) instead
of rescanning all eight on every nearby unit's health tick. A visibility flip
(into range / death / hp crossing 0) re-packs the rows, so UpdateRow hands off
to a full UpdateDisplay; RAID_TARGET_UPDATE / PLAYER_ENTERING_WORLD stay full
refreshes, with the 1s poll as the range-change backstop.
* not true anymore
* Poll marktracking fallback via C_Timer instead of OnUpdate
The 1s range-change safety net ran a per-frame OnUpdate that no-oped ~59 of
every 60 frames. Replace it with C_Timer.NewTicker(FALLBACK_INTERVAL,
UpdateDisplay) -- one wakeup per second off the shared timer driver -- and drop
the elapsed accumulator. The scanner frame is now purely event-driven.
* SuperWoW is now optional
* Update README feature list
Add 'Mouseover Unit Frames' and 'Click-casting' to the main features list. Update the SuperWoW entry to reflect that it tracks party/raid units on the minimap (replacing the prior SetMouseoverUnit note).
* Replace fixed-interval OnUpdate polls with C_Timer/RunNextFrame
Swap hand-rolled per-frame throttles for the modern timer primitives:
- turtle-wow: one-shot next-frame defer (self-hiding OnUpdate frame) -> RunNextFrame
- panel: clock, combat, and fps widgets -> NewTicker(1); guild roster -> NewTicker(60)
- minimap: coordinates text -> NewTicker(0.1)
- addonbuttons: one-shot init -> RunNextFrame; 5s button rescan -> NewTicker(5),
guarded by IsShown() to preserve the old "paused while hidden" behavior
Ticker callbacks reference frames via upvalue since 'this' is unbound outside
OnUpdate. Genuine per-frame work (bar fills, fades, drag) and polls already
coordinated through pfUI.throttle are left as-is.
* update pfQuest link
* Use SetShown/SetSize in panel module
Replace manual Show/Hide toggles with SetShown(not ... ) and replace SetWidth/SetHeight with SetSize in modules/panel.lua. Changes simplify toggle logic (timer, WorldMap, chat hide buttons) and unify sizing calls for timer, frames, textures, and microbutton. No behavior changes intended; purely refactor for conciseness and consistency.
* Bump ClassicAPI min version to 1.9.0
* Drive reagent counter from events instead of a polling OnUpdate
The pfReagentCounter frame ran an OnUpdate that (1) progressively rescanned
all 120 action slots one-per-100ms on any slot change and (2) recounted
reagent inventory on a 1s throttle. Replace both with direct event handling:
- ACTIONBAR_SLOT_CHANGED updates just the changed slot (arg1), full-scanning
only when arg1 is 0/nil, instead of restarting a ~12s rescan on every edit
- BAG_UPDATE_DELAYED recounts tracked reagents directly (it is already
Blizzard's coalesced bag event, so the extra 1s throttle was redundant)
- PLAYER_ENTERING_WORLD seeds the full reagent map once
UpdateSlot now seeds a new reagent's real count via GetItemCount so a freshly
placed reagent spell shows the correct number immediately. The updatecache ->
BarsUpdate render path and the IsReagentAction/GetReagentCount accessors are
unchanged.
Replaced numerous SetWidth/SetHeight calls with SetSize for consistency and brevity across UI code. Touched api/ui-widgets.lua, api/unitframes.lua and multiple modules (actionbar, addonbuttons, addons, afkcam, autovendor, bags, bgscore, buff, buffwatch, nameplates). Also simplified some sizing math in buff module. No functional behavior intended to change — code modernization only.
No unit frame ever has a GUID label -- CreateUnitFrame is only ever called
with fixed type names (Player/Target/Focus/Party/Raid/...), and .label is only
ever assigned those. The string.find(this.label, "^0x") branch was a leftover
from an older focus implementation; focus now uses the real "focus" unit
token, so OnEnter always resolves the mouseover via the normal unitstr path.
commit 70b1e66c2d
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sun Jul 26 18:30:18 2026 -0500
Use SetSize/SetShown and simplify minimap/map
commit 7b6bfe9975
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 11:27:14 2026 -0500
Include raidpet frames in /pftest test mode
The unit-frame test toggle (showall) only previews frames that exist and
are positioned. Raidpet frames are created when raidpet.visible == "1",
but LayoutPets' collapse mode only positions pets whose raidpet<N> unit
actually exists, so solo/in test mode they stayed hidden.
Add a showall branch to LayoutPets that mirror-lays every pet cell and
shows it (bypassing collapse and the roster gate), still guarded by the
existing showpets check so nothing happens when raidpet is disabled. Call
LayoutPets from the /pftest handler so the grid updates immediately on
toggle-on and restores to the normal layout on toggle-off.
commit 4c65c38647
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 10:34:33 2026 -0500
Remove unused RangeCache local in UnitInRange
commit 6c96bbbe6c
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 10:34:33 2026 -0500
Use Clamp() for the two-sided clamps in ui-widgets
Replace the hand-rolled math.min/math.max and if/elseif clamp idioms in the
status bar and scroll frame with Clamp(). Equivalent for every value seen
(min <= max always holds), just clearer.
commit 830e0a0be1
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 10:34:33 2026 -0500
Drop vanilla GetItemInfo shim for C_Item.GetItemInfo
The compat/vanilla.lua GetItemInfo override reshaped vanilla's tuple into
retail order by inserting nil at slot 4 (itemLevel), but truncated at 8
fields, dropping itemEquipLoc/itemTexture. ClassicAPI's global GetItemInfo
keeps the vanilla shape (its hook only warms the item cache), so the shim
stayed necessary but incomplete.
Remove it and point the three callers at ClassicAPI's C_Item.GetItemInfo,
which returns the full 18-field retail tuple. Positions 1-8 are identical
to the old shim output, so bags/roll are unchanged; character.lua's
itemSlot (equipLoc, field 9) was always nil under the truncating shim and
now resolves correctly for ShaguScore.
commit c0da63657d
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 10:09:34 2026 -0500
Various cleanup
Removes version compatibility checks for TBC/Vanilla, consolidating code to target a single WoW version. Refactors repetitive SetWidth/SetHeight calls to SetSize for cleaner code. Removes duplicate function definitions from unitxp module and simplifies conditional show/hide operations using SetShown.
commit 11a6302c2d
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 09:53:37 2026 -0500
Delegate pfUI.api.strsplit to ClassicAPI's strsplit
Replace the Lua pattern-based implementation with a thin wrapper around
ClassicAPI's C-level strsplit. Keeps the pfUI.api.strsplit entry point for
backwards compatibility with addons that call it, while dropping the
redundant reimplementation.
Behavioral note: the old version used ([^delim]+) which silently collapsed
empty fields; delegating to real strsplit now preserves them
("a,,b" -> "a", "", "b"). All in-repo callers split numeric color tuples,
version strings, or build name-keyed lookup tables, none of which are
affected by empty-field preservation.
commit 67c126eac8
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 01:01:02 2026 -0500
Bump ClassicAPI minimum version to 1.8.0
commit a6cf157518
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 00:49:50 2026 -0500
read spell rank via C_Spell.GetSpellSubtext
The rank string comes from the spell subtext ("Rank N"), which ClassicAPI's
C_Spell.GetSpellSubtext returns directly -- so drop nampower's
GetSpellRecField(spellId, "rank") here. The existing "Rank " gsub parse is
unchanged.
commit 4b1ba99b4f
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 00:33:20 2026 -0500
Move player info overlay onto ClassicAPI (drop Nampower)
The haste/spell-power overlay read both values through Nampower and disabled
itself entirely without it. Move both to ClassicAPI so it works on any
ClassicAPI client:
- Spell power: GetSpellPower("net") (nampower) -> GetSpellBonusDamage(i)
(ClassicAPI, same per-school field). Merged the build+scan into one loop;
the default school seeds the tiebreak so equal schools still favor it.
- Haste: GetUnitField("player", "modCastSpeed") -> UnitSpellHaste("player"),
which returns the haste percentage directly (the (1/modCastSpeed-1)*100
conversion is now baked in, off the same UNIT_MOD_CAST_SPEED field, signed).
- Dropped the "if not GetUnitField then return" gate -- UpdateInfoText no
longer touches Nampower, so the overlay runs everywhere.
commit 7df4aa6d50
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Sat Jul 25 00:32:44 2026 -0500
Hook the real global _G.UnitHealth for feign death
Inside a RegisterModule body, `function UnitHealth(...)` defines UnitHealth on
the pfUI environment, not the real global -- so the feign-death real-HP fix
only reached callers that resolve UnitHealth through pfUI's env, and missed
_G consumers (Blizzard frames, other addons). Hook _G.UnitHealth explicitly
(and capture oldUnitHealth from _G) so the un-gate applies everywhere.
commit b0bf2fd869
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Fri Jul 24 21:10:58 2026 -0500
Refactor nampower module
Simplify reactive spell storage by using spell IDs instead of texture/name tables. Update to use modern C_Spell APIs (GetSpellTexture, GetSpellName) instead of manual texture paths. Consolidate SetWidth/SetHeight calls to SetSize and use print() instead of DEFAULT_CHAT_FRAME:AddMessage().
commit 0b06961333
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Fri Jul 24 20:54:23 2026 -0500
Use GetNamePlateForUnit for target lookups; drop dead ScanGuid block
- Replace the three GetNamePlateForGUID(UnitGUID("target")) round-trips with
GetNamePlateForUnit("target"), which resolves the token to a GUID internally
-- no UnitGUID string detour, and it returns nil for no-target/no-plate so
the UnitExists guards collapse. GetNamePlateForGUID is left for raw-GUID cases.
- Remove the dead libunitscan.ScanGuid nameplate block (ScanGuid was deleted
from libunitscan long ago, so the guard was never true) -- it carried the
last GetUnitField("npcFlags") read.
commit 3e6210086e
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Fri Jul 24 20:54:23 2026 -0500
Drop Nampower stats system and polling from unit frames
GetUnitStats now reads health/power straight from UnitHealth/UnitPower
(the descriptor fields the server broadcasts) -- for a real unit token
GetUnitField read nothing different, so the whole Nampower-vs-fallback
apparatus was measuring a distinction that no longer exists. Removed:
- The stats system: pfUI.uf.stats, pfUIStatsFrame + UpdateStatsDisplay, the
lastUnitStats change-cache, the /pfuistats slash command, and every counter
increment (event/heartbeat/earlyReturn/throttledSkip/nampower/fallback).
- All GetUnitField health reads (GetUnitStats, heal-prediction, health-gradient
color) -- collapsed to the UnitHealth/UnitHealthMax they already fell back to.
- The heartbeat-polling backstop and its fallbackThrottle/lastEventUpdate deps.
Frames now refresh on events only; eventless frames still use their own tick,
and range/aggro still run in the eventless-actions block.
commit 63001b7b0c
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Fri Jul 24 20:09:42 2026 -0500
Move nameplates onto ClassicAPI stable nameplate tokens
ClassicAPI now assigns retail-exact, per-plate-stable "nameplateN" tokens and
fires vanilla UNIT_* events for them, so the nameplate module can key off the
token instead of Nampower/SuperWoW GUID primitives:
- Events: UNIT_AURA_GUID/UNIT_FLAGS_GUID -> UNIT_AURA/UNIT_FLAGS, matched by
the "nameplateN" token (guarded on the token prefix, since these also fire
for target/party/raid). Registered unconditionally -- no GetUnitField gate.
- Health: GetUnitField(guid, "health"/"maxHealth") -> UnitHealth/UnitHealthMax
on the plate's cached token. Same UNIT_FIELD_HEALTH the server broadcasts
(real HP on Turtle; the ~= 100 scaled-vs-real guard is unchanged).
- Combat/target in GetCombatStateColor: GetUnitField("flags") + HasFlag ->
UnitAffectingCombat(token); GetUnitField("target") + SuperWoW "<guid>target"
-> the "nameplateNtarget" chain. Dropped the now-dead HasFlag,
UNIT_FLAG_IN_COMBAT, and guidTargetTokenCache.
- GetCastInfo now takes the token directly; every caller already holds it, so
the UnitTokenFromGUID(guid) round-trip is gone (unused module-wide now).
NAME_PLATE_UNIT_ADDED caches the token as plate.nameplate.unit alongside the
GUID; REMOVED clears both. GUID is retained only as the stable cache key
(debuffCache/threatMemory/combatColorCache). Only GetUnitField("npcFlags")
remains -- it has no token/vanilla equivalent.
commit ce1c49fcbb
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Fri Jul 24 18:20:06 2026 -0500
Make focus/focustarget event-driven via ClassicAPI unit events
ClassicAPI now fires UNIT_* (health/mana/aura/...) with arg1 == "focus" and
arg1 == "focustarget", observed per-unit like target/party/raid. Both frames
already registered those events (focus/focustarget are in pfValidUnits) and
their OnEvent already matches arg1 == label, so the 0.2s polling ticks were
pure workarounds for the missing events. Drop both ticks; the frames now
refresh on-event like target, with range/glow still on the shared 0.5s state
pass and PLAYER_FOCUS_CHANGED still driving assign/clear.
Replace the previous extended UnitExists GUID retrieval with UnitGUID and simplify the Nampower health lookup flow. Also minor whitespace/formatting cleanup.
GetUnitStats parsed the power type out of the bytes0 descriptor field and
read each power slot via GetUnitField(guid, "powerN")/"maxPowerN", manually
dividing rage by 10. ClassicAPI's UnitPower/UnitPowerMax read the same
descriptor slots and apply the engine's own power-divisor table (rage /10,
happiness scaling), so:
powerType = UnitPowerType(unitstr) or 0
power = UnitPower(unitstr, powerType)
maxPower = UnitPowerMax(unitstr, powerType)
is equivalent and drops nine GetUnitField calls plus the bytes0 parsing.
Power now resolves through the hard-dep ClassicAPI even without Nampower;
GetUnitField in this path is left only for health, which has no ClassicAPI
real-HP equivalent.
- Replace all UnitMana/UnitManaMax calls with UnitPower/UnitPowerMax. The
no-arg form returns the unit's primary power from the same field vanilla's
UnitMana read, so these are behavior-preserving. Drops two dead
UnitMana/UnitManaMax local caches in nameplates.lua.
- Replace magic power-type numbers (0/1/2/3) with Enum.PowerType.Mana/Rage/
Focus/Energy in the GetUnitStats branches, the power-bar color block, the
druid mana bar, GetStatusValue's powerdyn, and energytick's mode checks.
The druid secondary mana bar (shown while shapeshifted into a form that
uses energy/rage) lived in nampower.lua and read base mana through
nampower's GetUnitField. Extract it into the unit frame proper and drive
it with ClassicAPI instead:
- Create pfDruidMana_<unit> as f.druidmana in CreateUnitFrame (player and
target), lay it out in UpdateConfig from the existing C.unitframes.druidmana*
keys, and update it in a new pfUI.uf:UpdateDruidMana driven by the frame's
own base-refresh pass (UNIT_MANA / UNIT_DISPLAYPOWER). No separate event
frames, no nampower dependency.
- Read mana via UnitPower(unit, 0) / UnitPowerMax(unit, 0), the ClassicAPI
slot getters that return the mana pool regardless of the active power, so
it works while in Cat/Bear form.
- Add a "Show Druid Mana Bar Text" toggle (druidmanatext) so the current/max
readout can be hidden while keeping the bar; config default, GUI checkbox,
and locale stubs.
- Remove the now-dead block from nampower.lua.
- selfinraid now gates on `not IsInGroup()`, so "show self in raid frames"
applies only when truly solo (both party and raid suppress it), matching
the option's actual behavior.
- Hide the redundant group frames when a party is promoted to the raid grid
(raidforgroup + hide_in_raid), not just in an actual raid. A shared
hide_group local drives both the party-member and self branches; the
party-member branch is scoped to cache_raid == 0 so the raidforgroup-mapped
raid frames (which themselves carry label "party") aren't hidden too.
- Rename "Always Show Self In Raid Frames" to "Show Self In Raid Frames When
Solo" in gui.lua and all locale files; the four previously-translated
strings are reset to nil stubs since the meaning changed.
commit f19d7402810637fc32460864104cb792ac5af863
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Wed Jul 22 01:05:52 2026 -0500
remove comment
commit 60f4968f06d19d42bdc6347f98ff4d5a34785e97
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Wed Jul 22 01:05:06 2026 -0500
Bump ClassicAPI minimum version to 10705
Update the minimum required ClassicAPI version from 10704 (1.7.4) to 10705 (1.7.5).
commit 088dba4c23f4aa7ce98b9ce9d75bc5892cd40520
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Wed Jul 22 01:04:04 2026 -0500
Add raid-pet frames: an independent, roster-driven pet grid
New "raidpet" unitframe type that shows raid members' pets (raidpet1..40)
in their own movable block (pfRaidPetCluster), off by default. It's a
flat pool of frames laid out by pfUI.uf.raid:LayoutPets straight from the
raid roster -- cell N shows raidpet<N> -- so it's fully decoupled from how
the raid grid arranges its own slots.
Layout is independent of the raid grid: raidpet carries its own
width/height plus a Layout section (raidlayout / raidpadding / raidfill),
and its own Collapse Empty Slots toggle that packs only the pets that
exist into the leading cells. The raid grid gets the same collapse option
(sequential slot assignment in AddUnitToGroup instead of by subgroup).
Collapsed pets re-pack on roster changes and on UNIT_PET so summons and
dismisses track live without polling.
Also:
- unitframes: a "raidpet" branch in UpdateVisibility (hide when the pet is
out of range or its raid<N> owner is gone), and fix cache_raid so the
"pfRaid" prefix check doesn't misread pfRaidPet<n> frames (char 7 is
non-numeric -> nil compare crash).
- New "Owner Name" text option: on any pet frame (raidpet/partypet/pet) it
shows the owner's class-colored name so you can tell whose pet it is.
- unlock: a pfRaidPet drag cluster, a numeric-suffix guard so pfRaid no
longer matches (and crashes on) pet frames, and RaidPet config mappings.
- config/gui/translations for all of the above.
commit 52f02c8963fe7ec90f36100ebe069c7807529301
Author: Brues <5278969+brues-code@users.noreply.github.com>
Date: Mon Jul 20 23:09:06 2026 -0500
Enumerate chat bubbles via ClassicAPI instead of scanning WorldFrame
ClassicAPI's C_ChatBubbles.GetAllChatBubbles() walks the engine's own
bubble list and returns the exact set of live bubble frames, with real
GetRegions(), so the decoration idiom works unchanged. Replace the
WorldFrame:GetChildren() sweep and drop the IsBubble heuristic (unnamed
frame whose first region is the ChatBubble-Background texture) -- the API
only ever hands back bubbles, so that guess is both redundant and more
fragile than the engine list. Cheaper too: it iterates only live bubbles
rather than every world child on each chat event.
The RegisterSlashCommand helper in api/api.lua was effectively unused
(only macrotweak called it); every other command hand-rolled the
SLASH_*/SlashCmdList pair. Convert the existing manual registrations to
the helper with force=true, preserving the current always-bind behavior
while centralizing the pattern behind one code path (and its _G. and
conflict-check handling).
Left as-is: pfUI.lua's /rl, /pfui, /gm (registered before api.lua
defines the helper) and the vendored libs' debug commands.
Buff and debuff slots only called CooldownFrame_SetTimer on the
`expirationTime > 0` (or `duration > 0` for buffs) paths. When the new
target's aura at the same slot index had neither — permanent / passive
auras like Retribution Aura — neither branch fired and the slot kept
displaying the previous target's swirl/timer.
Add an explicit 0/0/0 clear on every path that doesn't set a real
timer, so the button always starts from a known state.
Fixes#13.
`GetPlayerBuff(PLAYER_BUFF_START_ID + this.id, filter)` assumes the
visual index pfUI shows matches the engine's slot order. When that
mismapping happens — most easily reproduced by stacking buffs that
share a slot family — right-clicking one buff cancels another.
`C_Spell.CancelSpellByID(spellID)` ships CMSG_CANCEL_AURA keyed to the
spell, not a slot, so it's immune to whatever order the slot table is
in. Cache `spellId` on the button at refresh time in buff.lua; in the
unitframes/buffwatch handlers fetch the aura fresh via
`C_UnitAuras.GetAuraDataByIndex` at click time.
Fixes#10.
ClassicAPI ships modern IsInGroup() / IsInRaid() backports — drop the
GetNumPartyMembers() > 0 and GetNumRaidMembers() > 0 idioms (and the
GetNumPartyMembers() > 0 or GetNumRaidMembers() > 0 conflation) for the
named-intent variants. UnitInRaid("player") → IsInRaid() at the same
sites.
libhealth ships with pfUI and Nampower's GetUnitField (hard-dep) covers
the real-HP read; the MobHealth integration was a chained last-resort
fallback that could never actually win, and on the nameplate path it
also mixed percentage and real-value scales into the bar's SetMinMaxValues
since it overwrote hp/hpmax without hpmin.
ClassicAPI's recent C_UnitAuras additions (sourceUnit / sourceGUID /
non-player expirationTime / the PLAYER filter token) finally cover
everything libdebuff:UnitDebuff and :UnitOwnDebuff were doing — caster
attribution, accurate timing for non-player units, and the own-debuffs
filter. Migrating the remaining callers off the libdebuff readers.
- api/unitframes.lua: collapses the debuff render path's three-branch
if/else into a single C_UnitAuras.GetAuraDataByIndex with a HARMFUL
or HARMFUL|PLAYER filter selected by the selfdebuff config; tooltip
slot-finders match by sourceGUID instead of libdebuff's caster flag;
custom-debuff indicator scan unifies the same way.
- modules/buffwatch.lua: GetBuffData drops the libdebuff fallback;
tooltip slot-finder mirrors the unitframes pattern.
- libs/libpredict.lua: drops the orphaned UnitHasBuff slot-loop (no
callers left).
- api/api.lua: pfUI.api.UnitHasBuff tightens from a HELPFUL iteration
to a single GetAuraDataBySpellName lookup.
Each site that builds a cooldown ring from expirationTime carries the
talent-extension guard — when expirationTime exceeds the dbc base
duration (e.g. Shadow Affinity → SW:P), clamp start to now and use the
remaining time as the effective duration so CooldownFrame_SetTimer
doesn't get a future start it treats as "not yet begun".
f.power.bar inherits f.power's frame level at creation. Bumping
f.power's level later doesn't propagate to existing children, so
CreateBackdrop's parent.fl - 1 backdrop ends up rendering above
the bar — a black bar appears where the power fill should be.
Set the bar's frame level explicitly to parent.fl + 1 after
CreateBackdrop to restore the bar-over-backdrop order.
* focus: migrate to FocusUnit / "focus" token / PLAYER_FOCUS_CHANGED
ClassicAPI now polyfills modern WoW's focus system: FocusUnit / ClearFocus
+ "focus" / "focustarget" unit tokens accepted by every UnitX function +
PLAYER_FOCUS_CHANGED event. Drop pfUI's GUID-juggling pseudo-frame.
- env/tables.lua: add "focus" and "focustarget" to pfValidUnits — the
focus frames now follow the standard event-driven CreateUnitFrame path
with f.label = "focus"
- modules/focus.lua: rewrite. Slash commands use FocusUnit / ClearFocus
directly; no more manual frame.label/unitname/id manipulation. /focus
<name> still does a target-swap to resolve names → units, then
FocusUnit("target") captures the GUID before the target is restored.
PLAYER_FOCUS_CHANGED triggers immediate frame refresh on assign/clear.
- api/unitframes.lua: delete the pseudo-focus block (per-tick "scan all
units for matching name" loop) and the "focus"/"focustarget" special-
case in the visibility branch — "focus" is now a real token.
- modules/castbar.lua: bind the focus castbar to unitstr = "focus" once;
drop the OnUpdate that synced pfUI.castbar.focus from
pfUI.uf.focus.label/unitname. UnitGUID("focus") resolves at read time.
- Drop C_Minimap.SetFocusByGUID / SetFocusByName / ClearFocus calls —
C_Minimap subscribes to PLAYER_FOCUS_CHANGED on its own.
Net -183 lines. Focus stops being a pfUI-special pseudo-frame and
becomes "just another unit token" — same treatment as target/player.
* add nameplate to valid units
---------
Co-authored-by: Brues <5278969+brues-code@users.noreply.github.com>
Both indicator scan loops (preset HoT indicators + custom name-based
indicators) now iterate the populated aura array from
C_UnitAuras.GetUnitAuras instead of brute-forcing UnitBuff(1..32). The
Rejuvenation/Renew/Regrowth disambiguation that previously required
scanner:SetUnitBuff + Line(1) tooltip scans now reads aura.name natively.
HoT-icon → name+predict mappings lifted into a HOT_INDICATORS table at
file scope so future additions are one-line edits.
The custom-debuff loop still defers to libdebuff for caster correlation
when available; C_UnitAuras provides the texture/name backstop. Also
unifies the non-selfdebuff debuff display branches through one
GetDebuffDataByIndex call.
Local `scanner` declaration removed (no remaining tooltip-scan uses in
this file).
BuffOnClick/DebuffOnClick switch to lazy bid lookup before CancelPlayerBuff
(matching the pattern in buff.lua/buffwatch.lua). DebuffOnEnter unifies its
player and non-player branches through GameTooltip:SetUnitAura — the only
divergent path is the selfdebuff caster-correlation lookup that still
needs libdebuff.
Mirror the buff-side cleanup: drop the legacy DebuffOnUpdate poller from
player debuff frames, swap the player branch to GetDebuffDataByIndex with
the same future-start cap, and switch the dispel-indicator scan to
AuraData. libdebuff still owns non-player timers. Deletes the now-orphaned
BuffOnUpdate/DebuffOnUpdate/maxdurations.
Brues