Drops the left-margin reserve the marker used to get: the quest list goes
back to its original indent and the marker tucks in to the left of
whatever owns the head of the line -- the quest item button where there
is one, the collapse button where there is not -- hanging over the
tracker's left edge, and off it entirely at larger sizes. A marker that
reaches past the edge is reparented above the scroll frame, which would
otherwise clip it.
It is also centred on the quest's whole text block rather than on the
title alone. The block is added up from the line heights the tracker
itself sets: measuring the frames with GetTop/GetBottom reads positions
from a half-built tracker on login and flings the marker off it.
Hover used a Blizzard minimize-button highlight, which read as a red
tint over the pin art and looked nothing like the map. The pins draw
their hover and pressed states from the same UI-QuestPoi-NumberIcons
atlas they draw everything else from, additively blended, so mirror
those cells alongside the ones already being copied.
Add the pressed offset the pins have, nudging the digit or the "?" a
pixel down and right while held, reset on redraw since the pool recycles
buttons and a line can be rebuilt with the mouse still down. Play the
sound the pins play as well: we call WorldMapFrame_SelectQuestFrame
directly, and the sound lives a level above it in WorldMapQuestPOI_OnClick.
The button shared the quest gutter with the collapse button, the quest
item buttons and the zone header text, so anything past the default size
was clipped by the tracker edge or drawn on top of its neighbours.
Give it a gutter of its own instead. GetSuperTrackMarginReserve feeds
questMarginLeft, which every layout and width calculation already builds
on, and the quest item buttons and zone labels are shifted by the same
amount. The button then anchors flush left of the line and the tracker
widens to match, so nothing overlaps at any size. Raise the size cap to
70 now that it fits, and drop the hover tooltip.
Also stop relying on the SetSuperTrackedQuestID hook as the only source
of truth. It never fires while the player is a ghost -- the corpse arrow
takes over the marker -- and it has not fired yet on a login or reload,
which left the tracker with no idea what was tracked in both cases. The
client is now asked directly: the watch frame POI buttons flag their own
selection, the map pins say it through their art (the selected variant
sits half a texture above the normal one), and the quest log selection
answers for the login window when no pin is styled yet. Selection calls
are hooked for the same reason, so clicks repaint while dead, and the
requests are coalesced because callers select a quest log entry and
restore the previous one a line later.
Ascension's client backports retail's floating objective marker. This adds
a button to each tracker quest line that points the marker at that quest,
mirroring the quest pin the world map draws for it.
Supertracking is a slave of the map's quest selection: both the map and the
Blizzard watch frame funnel through SelectQuestLogEntry, and calling
C_SuperTrack.SetSuperTrackedQuestID directly only moves the marker until the
next map interaction stomps it. So the button clicks the same POI frame the
client clicks -- the watch frame button when one exists, otherwise the map's
quest frame.
The client dropped GetSuperTrackedQuestID, so the current quest is read by
hooking SetSuperTrackedQuestID instead. Every path ends up there, including
the automatic re-pick on zone change, so the highlight cannot fall out of
sync with tracking changed outside the addon. Caching what we last set would
have gone stale the moment the player used the map.
The button mirrors the pin's own textures rather than picking atlas cells, so
the digit, the "?" completed quests use and the selected variant all follow
whatever the client draws. Quests with no pin get no button, and the map's
POI frames are built on demand so buttons appear without opening the map.
Adds trackerShowSuperTrackButton and trackerSuperTrackButtonSize.
Item buttons only checked QuestieDB static data (sourceItemId /
requiredSourceItems), which custom server quests never have. Fall back
to GetQuestLogSpecialItemInfo to resolve the item live from the quest
log when the DB has no data for the quest.
Use tracker wrapping helpers that fall back when Ascension font strings do not expose GetNumLines or GetWrappedWidth.
(cherry picked from commit c9b7de2a636ca918c2549a13de87a688861c831f)
Previous guard only checked LSM30 ~= nil; if Fetch method is absent on
the stub object the call still crashes. Now uses full 3-part check:
(LSM30 and LSM30.Fetch and LSM30:Fetch(...)) or fallback
Matches the pattern already used in QuestieArrow.lua.
- Use LibStub(..., true) silent flag on all LSM acquisition sites
- Guard HashTable() calls in Options files (returns nil if no font type registered)
- Guard all Fetch() call sites with inline 'LSM30 and LSM30:Fetch() or fallback'
- Make font values lazy functions in options dropdowns so LSM has time to register
- Affects: QuestieOptionsTracker, QuestieOptionsArrow, QuestieArrow, QuestieTracker,
TrackerHeaderFrame, TrackerLinePool, TrackerQuestTimers
Narcasung
Azik