bp-big-picture could not be measured "because there's no canvas under a minimal config", and that was
the honest answer to a question it should never have been asked. Big Picture nests NO MAP: it composes
a research header and a people-groups grid, and its built bundle contains zero occurrences of
mapbox-gl or maplibre-gl. There is no canvas to draw and no Mapbox half to prove.
The target list was wrong, not the gate. A profile qualifies if `composes` names a map bundle OR the
type is nested-elements-mfe; that second arm exists because country-posters-mfe bakes its children and
names nothing in `composes`, but it is loose enough to admit composites that nest no map at all.
Now a non-`composes` candidate must also SHIP an engine, decided on the BUILT artefact rather than the
manifest, because whether a bundle compiled a map engine is a fact about what it built. Map-less
composites are printed as N/A so they stay visible instead of being silently dropped.
MEASURED: exactly 2 excluded — bp-big-picture (big-picture) and stack-demo — both genuinely map-less.
No other owner's map target is affected, so the set goes from 9 targets with 2 permanently unmeasured
to 7 real targets plus 2 declared N/A.
Gate only, no product code, no rebuild. Still needs a browser and a token to run: rega's, not mine.
Two certain defects from source. What I could NOT settle without a browser is stated at the end
rather than guessed at.
1. THE PROBE READ THE WRONG NODE. The sign has to match the element the GRID lays out with. Both
probes read the SHELL; the handle is a grid child, so whatever direction the grid resolves the
handle inherits — and the shell is one node further out. A host that sets dir between the two, or
a shellRef that is not the grid itself, yields a sign that disagrees with the mirroring the reader
can see. Both the pointer and the keyboard path now try the handle first and fall back to the
shell, then to ltr, so a detached handle cannot throw mid-gesture.
2. research-dashboard's two handles used PHYSICAL margins (margin-right / margin-left) while the grid
they sit in mirrors — grid-template-columns and justify-self both follow the inline direction — so
in Arabic each handle's 4px overhang sat on the wrong side of its own column. go-int's board
already used the logical pair; this makes them agree.
WHAT WAS ALREADY RIGHT, so nobody re-fixes it: the xSign inversion itself is correct for a mirroring
grid and is DEPLOYED — 2 of 2 rtl checks present in the built gospel-internet, dashboard-plus-grid and
research-dashboard bundles, so this was never a stale-rebuild problem.
MEASUREMENT I NEED (rega, one line): during a drag in ar on the Gospel x Internet board, log
getComputedStyle on BOTH the handle and the shell and report each .direction. If the handle says rtl
and the shell says ltr, item 1 above is the whole bug. If both say ltr while the grid is visibly
mirrored, the mirroring comes from somewhere my probe cannot see and I will need that.
Source only. Rebuild: research-dashboard, dashboard-plus-grid, gospel-internet (library change).
country-posters-mfe now reads profile-config view (exp-shepherd, 66837586); it opens on posters, so the gate
passes view:"map" to have a canvas to measure. Browser gate: rega confirms the unmeasured cases drop.
On a phone the brief covers the bottom half, and the selected group and its neighbors
were framed behind it; both views now fit them into the visible strip. The prayer
map's "Tap a coloured dot" coach-mark, which covered the brief, is turned off here.
country-posters-mfe reads profile-config `view` ("map" or "wall") to choose its
opening pane, so an embed can start on the map.
Five lenses answered one question five ways on a 40-country snapshot, and the default
one silently dropped 27% of its senders. They are replaced by two views over one
dataset built from peoplegroups.org (7,307 unreached groups):
Mobilize pick an unreached group; see its reached neighbors at E-1 (same language),
E-2 (near culture) and E-3 (nearby, other culture), its P-level, what
resources exist in its language, and export them as audience segments.
Campaigns bridge languages spoken by believers and by unreached groups, ranked by
the unreached population one campaign in that language reaches: where to
run it, whom it reaches, exportable.
The dataset is fetched (bundle 1.27 MB -> 0.55 MB); the old view names open the new
views so existing embeds keep working. 65 new strings in all eleven languages.
createAppI18n already read ?lang= / ?locale=, so an embed opened with ?lang=ar showed Arabic text, but
ProfileLoader's own lang read only profile-config, so dir stayed ltr and the data language did not follow.
The URL is now its last rung; profile-config still wins. From upg100-plugin (ProfileLoader.vue:161).
1,009 IND/CHN groups now have a province (was 1,005): the two Andaman
islands fall inside their state on the web outline, and Jing and Pana are
placed within 15 km of one province (gospel-plugin's near-border rule).
The tapestry is laid out at half its former size in the map's world square,
so from the opening view the reader can zoom out two levels instead of
one. Every zoom-dependent stop (dot sizes, label entry zooms, framing
limits) moves up one level with it, so the opening view looks the same.
profile-config tk, then the token ProfileLoader provides (a tokenUrl
token-service answer or the page's shared token), then window.MAP_TOKEN.
It read only the first and last, so a host using tokenUrl got no Mapbox
token on either of the board's maps.
stage:experimental puts it on the Plugin Studio's Experimental shelf until it
works as a production map; heavy:true makes the Studio unmount it when
left, since it holds up to two WebGL contexts (map + language tree).
The list fetch is bundle source, so the tree would otherwise ship the
eight-field request while the source asked for two. Rebuilt on the current
main rather than carrying an older build commit across the rebase --
generated files are regenerated, never merged.
The Driver reported the list page being slow and guessed the posters. The
posters are behind a v-if and never load until a region is opened. The cost
was the mount fetch: it requested the full PEOPLE_GROUP_LIST_FIELDS for every
people group, and this page renders none of it -- a region's label, group
count, country count and country names all come from country_code and
wagf_region alone. Verified by running summarizeRegions on two-field rows:
the four values this page binds all come out.
SIZE OF THE SAVING: NOT MEASURED, and I will not put a number on it. Six of
eight fields are dropped per row across the whole dataset, including two
coordinates, a population integer and three status/count fields, so the
reduction is real -- but sizing it needs the live endpoint, which I cannot
call from here. My first attempt quoted a proxy off
public/assets/people-groups/people-groups-slim.json; that file is the IMB
dataset in PascalCase and carries NONE of the eight field names, so both
halves of that comparison were measuring empty objects. The figure was
meaningless and is removed rather than rounded.
PEOPLE_GROUP_LIST_FIELDS is untouched: the dashboard tab needs all eight for
its map pins and stat cards.
check:composite-freshness found stale on main: all-people-groups
big-picture
cities-internet
country-posters
dashboard-plus-grid
demo-map
doxa-maps-spa
doxa-research-map
doxa-simple-map
gospel-internet
gospel-resources
my-upg-100-list
people-groups-grid
plugin-studio
prayer-walk-planner
regions-dashboard
research-dashboard. Rebuilt, tree + SRI
regenerated; the landing precondition (fresh, one folder, SRI) passed in main-capture scan.
generate-tree's asset allow-list staged people-groups-slim and -points but not people-groups/lists/*.json,
so on the built tree every non-default list (frontier-500k, frontier, unreached, unengaged) 404'd and the map
drew 0 pins (go-int / rega at a71007f1). The lists folder now ships whole, like tables/: the fetch name is the
list id. Verified on a regenerated tree: all four files staged; check:list-prop-unit PASS.
It owns up to two WebGL contexts (its map, plus the language-tree
whiteboard once opened). Kept mounted by v-show, it spent the context
budget that silently drops the oldest map. go-int's edit here was
dropped at landing.
82 lines, one importer (useDashboardShell), and every import already @map/ — so it moves as-is with
no adapter and no shim. Its inject('profileConfig') stays inside its try/catch: it can be called from
outside setup, and that is the property the move had to preserve.
Source only. research-dashboard and dashboard-plus-grid need a rebuild.
Landing 4a extracted buildSearchAccessors / makeSearchMatcher / filterRowsBySearch into
library/composables/useDashboardSearch.js. It left them DEFINED in useDashboardShell.js as well —
4.3KB of code-identical copies, including the Fuse.js matcher. I compared all three function bodies
with comments and whitespace stripped: identical, byte for byte.
Nothing had diverged, so nothing failed, and that is exactly why it survived: the facet rail ran the
library copy while the shell's KPIs and three panels ran the shell's. The comment that used to sit
above those definitions said the point of ONE declaration is that "the searchable text can never
drift from what the panels show" — and there were two. This tree has already paid for that shape once,
at Jaccard 0.82, with useNeighborT and usePplrT.
The shell now imports them like every other consumer, and DashboardChartsRail, DashboardDataTable and
DashboardMapPanel read '@map/composables/useDashboardSearch.js' instead of reaching through the shell.
No re-export shim: all four consumers are repointed in this commit, so there is nothing for a shim to
serve, and an unretired shim is how three older ones sat in the tree unnoticed until this afternoon.
check:filter-multivalue grows arm E, deliberately beside arm B. Arm B exists because a copied FILTER
predicate lets one panel disagree with the others about what is on screen; a copied SEARCH is the same
hazard with a different name. Arm E asserts the library module declares all three, that the shell
declares none of them, and that no file anywhere imports them from the shell. Its importer sweep walks
plugin-designs and library rather than a hardcoded list, because a hardcoded list of "files that might
import this" is the assumption that let 4a's copies survive.
Groundwork for 4d-4: this removes 4.3KB from the file that has to be split into a generic kernel and a
research composition root, and it removes three exports from the surface that split has to preserve.
Source only. research-dashboard and dashboard-plus-grid need a rebuild.
The Driver: a public plugin that is not yet a production map shows under Experimental until it is. A
profile's .meta.json declares "stage": "production" | "experimental" (default experimental; a bundle is
production if any profile says so) and "heavy": true for a live WebGL owner. generate-tree carries both into
manifest.json, so the Studio and the gallery read the same field and neither keeps a list.
The seven production bundles are marked: dashboard-plus-grid, research-map-plus-grid, regions-dashboard,
my-upg-100-list, doxa-simple-map, cities-internet, gospel-resources. The Studio rail keeps its capability
sections for them and puts every experimental bundle (gospel-internet among them) in one final Experimental
section. The gallery's auto-discovered Experimental folder skips a production bundle. gospel-internet-board
joins HEAVY_ELEMENTS (it can own two WebGL contexts). check:studio-rail asserts the split.
The numerals policy is HELD — whether counts follow the reader's locale is the Driver's decision — so
this changes nothing anyone can see. Every caller renders exactly the digits and separators it
rendered before. What changes is how many places that decision is written down: thirteen call sites
across four bundles becomes one, library/utils/formatCount.js, and eight of the thirteen (mine) now
read it.
That is the whole value while the policy is held. If the answer becomes "follow the locale" it is a
one-line edit in formatCount.js instead of thirteen edits by four owners, each free to pick a
different locale source — and the first divergence in that world would be invisible: two panels in
one dashboard, same number, different separators.
★ IT FORMATS. IT DOES NOT DECIDE WHAT EMPTY MEANS, and that is the bug this fold would otherwise have
shipped. I told dx-shepherd these three helpers were "byte-identical". They are not:
DashboardDataTable null/undefined -> '' and '' falls through to Number('') === 0, so "0"
DashboardDetailDrawer null/undefined/'' -> '—'
useDashboardShell null/undefined -> '—' and '' likewise becomes "0"
Three different answers to "what does a missing count look like", inside one dashboard. Folding them
onto one empty policy would have silently changed two of the three — a table cell going from blank to
an em dash, or an em dash where a zero used to be. So each caller KEEPS its own guard and hands
formatCount a value it has already established is real. The locale decision folds; the empty policy
does not, and the difference is written into the helper's header so the next person does not re-merge
them.
Folded: DashboardDataTable, DashboardDetailDrawer, useDashboardShell (its exported fmt keeps working
for the KPI strip), DashboardFacetRail's three inline template calls, people-groups-grid's two.
NOT folded, because they are other owners': regions-dashboard (3) and pplr-data-maps (2). The helper
is theirs to import when they want it; nothing forces them, and no gate demands it — a gate requiring
the helper everywhere would fail on their files today, which is not a thing to land on someone else.
Source only. research-dashboard, dashboard-plus-grid and people-groups-grid need a rebuild.
THE GROUP WAS SCHEDULED AS ONE LANDING AND DELIVERED AS TWO. Section 8 of the spec puts the facet
rail, the chip bar and the BREADCRUMB in a single landing. The rail moved in 4c-3 and the chips in
4c-2; the breadcrumb was left behind, and nothing failed, because it is mounted by nobody. A leftover
like that is invisible unless someone re-reads the spec against the tree, which is what this landing
came out of.
The breadcrumb gets exactly the inversion the chip bar got: no useTreeLegendLabels import, the
resolver read from dashboardConfig.legend, and the SAME unconfigured default — identity, joining an
array. Identical on purpose rather than by copy-paste: the breadcrumb and the chips render the same
filterSet in the same band, so if their defaults differed a half-configured dashboard would show one
value resolved and the other raw, side by side. Its dead `dataStore` / `searchSourceId` injects go
too; they existed only to build the composable that is no longer imported.
★ AND THREE ONE-CYCLE SHIMS FROM LANDINGS 2 AND 3 WERE NEVER RETIRED. plugin-designs/research-
dashboard/src/composables/ still held useDashboardLayout.js (11 lines), useSelectionCamera.js (11) and
useCsvExport.js (14), each a pure re-export of the library module. MEASURED before deleting: ZERO
importers. Every consumer — including DashboardMapPanel, DashboardDataTable, DashboardDetailDrawer,
useDashboardShell, gospel-internet's board and research-dashboard.vue — already reads
'@map/composables/…' directly, and a tree-wide grep for a relative import of any of the three returns
nothing. So they were dead code that made the plugin look like it still owned three library modules.
I wrote "a one-cycle shim that nobody retires is permanent" into the previous landing's gate comment
while three older ones were sitting in the tree unnoticed. They were not found by a gate; they were
found by listing what is still in plugin-designs and comparing it against the spec.
check:legend-mirrors arm 5 now guards three moved names instead of two, so a re-export of the
breadcrumb creeping back into the plugin barrel is caught the same way.
Source only. research-dashboard and dashboard-plus-grid need a rebuild.
A media query adds no specificity. The mobile block's
`.map-toolbar { gap: 6px }` is (0,1,0) exactly like
`.map-toolbar--square { gap: 0 }`, and it comes later in the sheet, so it
won: on every phone a square toolbar fell back to separate buttons inside
one ringed panel. The shape broke precisely where the Driver is most likely
to look at it.
The --no-geocoder pair is (0,2,0) and outranked the variant whatever the
order, so it needs the two-class answer.
This is the same lesson as the goal cards' gap-vs-margin: a ported mechanism
is only ported if it still WINS, and specificity is the part that decides
whether it does. Found by following the phone thread rather than by looking
at the variant again.
check:square-map-controls now asserts the override is inside the mobile
block, that the two-class form answers --no-geocoder, and -- as a control --
that the base rule really does come first, which is why the override is
needed at all. Removing it turns the gate red.
The CSS comment explaining it cost one more mistake: I wrote the selectors
in backticks, inside the template literal that holds the stylesheet. A
backtick ends the literal, which is the trap check:sfc-parse names in its own
failure text, and it caught me with it.
THE MATRIX WAS UNDER-REPORTING, AND MY OWN KIT LANDING IS WHY. This gate scanned
plugin-designs/<bundle>/** and nothing else, which was correct while every panel lived inside its
plugin. The dashboard-kit extraction moves panels into library/components/dashboards/ and the bundle
still COMPILES them, so a source rule stopped firing the moment the file moved, with the code
unchanged. Measured: kit landing 4c-3 moved DashboardFacetRail.vue, which holds three
toLocaleString('en-US') calls, and the matrix went from 13 warns to 10. Nothing improved; the audit
stopped looking. LOC-ENUS has no `shipped` matcher, so the built-bundle pass could not catch them
either.
This is not three lines. Every kit extraction, and every future one, silently shrinks this audit —
the more code becomes shared, the less of it this gate sees. So each bundle is now audited over the
library files it actually IMPORTS, resolved from its own `@map/...` specifiers and followed
transitively. Attribution stays per-bundle, which is what keeps the matrix actionable: a library file
compiled into four bundles is reported against all four, because all four ship it.
★ MY FIRST VERSION OF THIS WOULD HAVE TURNED THE BUILD RED WITH FOUR FALSE POSITIVES, and finding
that is the reason I measure a gate's blast radius before handing it over:
- library/api/sources.json got swept in and LIST-FETCH reported it three times as "a file that
fetches the list". It is the endpoint REGISTRY — a .json file declares endpoints and fetches
nothing. The per-bundle walk has an extension filter; my sweep did not. Now it does.
- library/api/DataSourceManager.js:464 was reported for LIST-DSM, on the line
`const dataSourceManager = new DataSourceManager()` — the singleton the module exports. That rule
exists to catch a CALLER constructing one without profileConfig. A module is not a bypass of its
own contract, and reporting it told three owners the library was broken because the gate read a
definition as a use.
AFTER, on main: 13 warns (was 10), 0 bypasses, PASS, and 19 bundles audited instead of 18 — following
imports gave one more bundle a row. Every restored warn is LOC-ENUS, which is warn-only by the
Driver's held numerals decision, so nothing here asks anyone to change a number.
Gate only. No product code, no rebuild. check:universal-props is not in gates:pre or gates:post, so
this cannot turn a build red on its own; it is run directly and by check:studio-all.
LOC-ENUS flagged any en-US format literal. Two of regions-dashboard's three
warns were the 'en-US' inside a CATCH, whose try formats with
`${locale}-u-nu-latn` -- a verbatim clone of DX-life's RegionDetail.vue:16,
Latin digits with the reader's grouping. The fallback exists because a bad
locale tag throws RangeError in toLocaleString and blanking the page is
worse than one wrong separator.
So the matrix's locale column said "ignores the locale" about code that
honours it, which is the kind of false warn that teaches people to stop
reading the column.
Measured before changing the rule: of the NINE LOC-ENUS sites in the tree,
exactly TWO are such fallbacks. The other seven are genuinely operative and
still flagged, so the tree goes 10 warns -> 8 and only those two move.
The exemption needs BOTH halves -- a catch AND a locale-derived primary --
because a lone catch must not excuse a format that never consulted the
locale. That is the one rule here that can widen by accident, so four
adversarial shapes are pinned as a self-test: the real pattern is skipped,
while a catch around a hardcoded primary, a catch whose primary never
consulted a locale, and a plain operative call are all still caught.
Loosening the exemption to a bare catch makes the self-test exit 3.
regions-dashboard keeps ONE warn: RegionCountryMap's popup, fixed en-US on
purpose, carded and evidenced by DX-life's own convention. I did not add an
ALLOW for it -- ALLOW is keyed per BUNDLE, so it would also blind regions to
a future operative en-US, and a visible warn on a decision already taken is
cheaper than a blind spot.
check:square-map-controls, registered with a gates:post token.
It reads node_modules/maplibre-gl/dist/maplibre-gl.css and compares our
ported values against THAT FILE rather than against a remembered number,
which is possible only because the look the Driver asked for is the engine
default: DX-life adds NavigationControl and overrides nothing, so the target
is published.
It asserts the three deliberate deviations as deviations -- the engine's
29px is not adopted, there is no overflow:hidden, and a forced-colors block
ships -- so each stays a stated choice rather than decaying into a mistake
nobody can see.
And it asserts the blast radius: round is the default and none of the nine
MapToolbar consumers passes controls=. Opting demo-map in turns it red,
which is what makes the silence mean something.
Its CSS assertions read the text passed to useShadowStyles, not the file.
The first run went red on "we do not adopt 29px" because the prop's own doc
comment quotes the engine's rule, 29px and all -- a checker that cannot tell
a comment from a declaration keeps finding the documentation it stands on.
The chip bar (4c-2) and the facet rail (4c-3) each moved into library/components/dashboards/ and were
re-exported from the plugin barrel for ONE cycle, so that moving a file and changing its importers
were separate, reviewable landings. That cycle is over.
BLAST RADIUS, measured on main rather than assumed: exactly ONE real importer. research-dashboard.vue
imported DashboardFacetRail from './src/components/dashboards'; it now reads
'@map/components/dashboards/DashboardFacetRail.vue'. DashboardFilterChips had ZERO importers, so its
shim served nobody and is simply gone. Everything else that named either component was a gate already
pointing at the library path, or prose.
check:legend-mirrors arm 5 INVERTS, and the inversion is the point rather than an edit. While the
shim existed, the risk was an importer failing to resolve, so the arm REQUIRED the re-export. With the
shim retired the risk is the opposite and larger: a re-export creeping back makes the plugin barrel
look like the owner of a library component, which is exactly how check:filter-multivalue once ended up
reading a shim instead of the panel it was written to guard, and passing vacuously. A one-cycle shim
that nobody retires is permanent, so the gate now holds the window closed — it fails on a returning
re-export AND on any file still importing either name through the barrel or its old path.
★ THE THREE FILES MUST LAND TOGETHER. Measured: the new gate produces 3 arm-5 failures against
unmodified main, because main still has both shims and the barrel import. check:legend-mirrors is in
gates:post, so landing the gate without the source changes turns every build red. All three failures
are in the two files this commit fixes, so nothing outside it is affected and no other owner is
blocked.
Two false positives of my own, both caught by running the gate rather than reading it:
- The importer test used `import … <Name> … [\s\S]{0,200}? from '…'`, and that span CROSSED INTO THE
NEXT STATEMENT: after the fix, research-dashboard.vue has the new single-name import immediately
followed by a braced import ending `from './src/components/dashboards'`, so the regex started on the
corrected line and found the barrel path two statements later. It reported the file it had just been
fixed in. Now bounded to one statement with a negative lookahead for the next `import`.
- That is the third unbounded-span false positive I have written today — the others walked a brace
match past a callback-less watch() and read a chip's internal name as prose. The shape is the
lesson, so it is written down beside the fix: never let a span cross a statement boundary.
Verified on main + these changes: check:legend-mirrors, check:sfc-parse, check:no-free-identifiers,
check:filter-multivalue, check:no-cross-plugin-imports, check:composites-mount, check:library-index and
check:setup-order all pass. Arm 5 negative-tested both ways: a returning barrel re-export and a
reverted importer are each caught, and the clean state passes.
Source only. research-dashboard and dashboard-plus-grid need a rebuild.
The Driver asked for square controls by name. The fact that shaped this:
the square look is not a DX-life design at all. Their CountryMap.vue adds
NavigationControl + FullscreenControl and overrides nothing, so what he
admired is the ENGINE'S default grouped card -- which makes the target
published and exact instead of a matter of taste. Every value here is read
from node_modules/maplibre-gl/dist/maplibre-gl.css, and the check compares
ours against that file rather than against my memory of it.
SQUARE IS NOT A RADIUS SWAP, which is why it lives on the TOOLBAR. Round
controls are separate floating circles with a gap and a shadow each; the
engine's square form is ONE panel that owns the background, the 4px corners
and the 2px ring while its buttons own nothing and are divided by 1px lines.
Setting border-radius:0 on the buttons alone gives squares floating 8px
apart -- neither shape. So MapToolbar takes controls="round"|"square", and
MapControlButton keeps a shape prop only for a button used outside a
toolbar, where a lone control gets the engine's 4px.
THE 29px IS DELIBERATELY NOT PORTED. Ours stay --map-btn-size, capped to
32px in this toolbar. 29px would cut the touch target below what this
project has already ruled on twice, so the variant takes the shape and
leaves the size. It is therefore not pixel-identical to the engine, and
that is a choice, stated.
No overflow:hidden. Clipping was the quick way to round the panel, but it
also clips a focus ring on any inner button, and the engine does not do it
-- it rounds the first and last buttons instead. Ported as their mechanism.
MapControlMenu teleports out of the toolbar, so clipping would not have
hidden a menu; the focus ring was the real cost, and the invisible kind.
Forced colours ship with it, which the round buttons never had: an rgba()
ring and a #ddd divider both vanish under a replaced palette, leaving one
undifferentiated block where the controls were.
BLAST RADIUS: round is the default and none of the nine MapToolbar
consumers passes controls=, so every map renders exactly as before.
Asserted, not claimed -- opting one consumer in turns the check red.
The regions dashboard is NOT switched. Its map already uses the engine's
native controls, ported from DX-life, so it already looks like this;
replacing them with ours would risk clone parity to arrive at the same
picture.
One near-miss, recorded because of how it hid: the first cut added a second
:class to a <button> that already had one, and Vue rejects a duplicate
attribute, so the SFC did not parse. check:sfc-parse said so IMMEDIATELY --
and I had piped it through `head -2`, which printed its counting line and
cut off the FAIL beneath. The block count fell 133 -> 132 in that same
output, I noticed, and then checked script TAGS rather than parseability and
talked myself out of it. Two separate signals, both read past. The two
bindings are merged into one; the count is 133 again.
key-cities now resolves its engine through the library (exp-shepherd, 71af822a, on main at c2784f5a), so the
'key-cities:ENG-STYLE' allowance is stale. Removed; the gate passes against main's key-cities (18 bundles),
and it fails on the pre-change file, so this commit must land on or after c2784f5a.
rega measured it on all 40 dev pages: on a cold start every page's first load got "504 (Outdated Optimize
Dep)" on vue.js and pinia.js, Vite re-optimised, and nothing mounted until a reload. optimizeDeps.include now
names every bare runtime import in library/ and plugin-designs/ (vue, vue-i18n, pinia) plus jspdf, loaded
lazily on poster export. The map engines and d3 are pinned CDN scripts, not imports. Needs eyes: a cold
start plus one page load (rega).
gospel-plugin's trap (COMMON.md): a CSS rule moved past the first argument of useShadowStyles concatenates
onto the style id ('@media(...){...}doxa-gospel-map'). That is valid JS, so the build stays green and the rule
is silently lost; the brace-balance scan never sees it because the id is not CSS. The walker now folds the
second argument too, and a literal id must match /^[a-z0-9-]+$/ (a computed id is left alone). Measured on
the current tree first: 0 offenders, so this breaks no owner. Self-tests cover the trap and a plain id.
From dx-shepherd (END-DXS-CSSID).
Six public/ conflicts, zero in source. They take main's side here and are regenerated from the merged
source in the next commit — a bundle is an output, and a hand-reconciled middle version is wrong by
construction.
One real conflict, in package.json's description map: main added check:no-credentials-omit
and its self-test beside a line both sides carry. Took main's side, which is a superset;
my own script and description entries are elsewhere in the file and untouched. Verified by
parsing the result rather than by eye — mine and main's entries both present.
P1, rega on main a71007f1: "NEUTRAL is not defined", both engines, both languages, and the two charts
render nothing.
Kit landing 4c-1 moved NEUTRAL into library/composables/useFacetAggregation.js and updated the
RE-EXPORT line in useDashboardAggregations.js, but not the IMPORT line beside it — so the module
re-exported a name it could not itself read. colorFor() and buildCountryRegionColors() read NEUTRAL
five times as the "this facet has no palette for that key" colour, and every read threw.
One line: NEUTRAL joins the import. Nothing else changes.
The wall opened at the whole-wall view, where a card is 11-15 CSS px, under wallLod's 48 px photo
threshold, so every card showed its empty image slot: the README picture read as a blank grid (the
Driver: "zoomed too far out... hard to see the people groups"). It now opens at the top-left corner,
where the store puts the biggest clusters, with cards ~96 px wide. Checked headless with lodPlan on
the component's own geometry (2,107 groups, 53x40): desktop 1440x820 k=7.5, 77 photos; 1280x720
k=8.6, 60; phone 390x700 k=20 (max), 15 photos, all 'hd' and far under the 300 cap, so the memory
win holds. Reset Zoom still shows the whole wall. Rows were 3 units apart against 8 between columns
and left a 200-unit empty band at the bottom of the 4ft x 3ft canvas; 8 fills it exactly.
Built with BUNDLE=wall-of-people-groups only, then the tree; check:sri PASS.
PRODUCTION-MATRIX upg-100-mfe composite -> map (doxa:select-zone), the last red cell in the 7.
CAUSE, and it is one missing line rather than the delivery race it looked like: applySelectZone sets
_pendingZoneId on every FAILING path and clears it on the no-op path, but the SUCCEEDING path stamped
data-doxa-select-zone-state=applied and returned true WITHOUT clearing it. So a request retained once stayed
outstanding forever, and ensureLayers() drained it again on every subsequent call. Re-entering
onLegendSelect for an already-isolated zone TOGGLES the isolation back OFF, which is the reported symptom:
the Map view opens, the zone is selected, and then it is silently lost.
The retain/drain machinery (the attribute-as-state, the MutationObserver, the layer-readiness signal) was
already correct from the earlier fixes; only the release was missing. Not the dispatch-before-listener race
the report suspected -- the composite already writes select-zone as an ATTRIBUTE before dispatching, so
delivery survives a late listener.
check:sfc-parse PASS, check:no-free-identifiers PASS.
886.14 kB, up 53 kB from 833. ★ THE GROWTH IS OTHER AGENTS CATALOGUE WORK, not a leak, and I chased
four wrong explanations before measuring it: not the new CLDR codeMappings.json (0 hits in the bundle,
nothing imports countryName.js yet), not the 183 kB -web geojson the merge added to my data folder (getJSON
fetches it at runtime by filename, so it is never bundled), and only 3 new keys landed in messages.json
itself. The delta is the SHARED areas my bundle legitimately reaches: gospel.json +5134, pplr.json +1976,
gospelInternet.json +1656, neighbor.json +789 chars in EN alone, x11 locales.
check:i18n-treeshake PASS across 26 bundles — each carries only the areas its code asks for — so this is
correct behaviour, not the import.meta.glob leak it resembles.
Leaf integrity re-derived by hand: 3 recomputed, 0 mismatches.
generate-library-index took the first line of every file as its description, which for a .json file is data:
the Data section read '"_meta": {', '"value": "AFG",' and a run of ISO codes (flagged by simpleresearch).
A .json file now uses _description, then _meta.description, then _meta.purpose, and otherwise says
'(no description)'. iso3-to-alpha2 now reads as what it is.
A page's own reduced-motion reset never crosses a shadow boundary, so library components rendered inside
custom elements slid, faded and spun for readers who asked for less motion: thirteen of them, including the
legends and map controls (regions-plugin found it on ProgressBar and named the class).
useShadowStyles now injects one prefers-reduced-motion reset into each shadow root it styles, which covers
every component styled through it, including later ones. PosterDialog, FilterDropdown and SearchFilterHeader
style themselves with <style> blocks and carry their own guard.
check:shadow-reduced-motion (in gates:pre): useShadowStyles must inject the reset, and every animating
library component must be covered. It fails without the reset (negative-tested) and found the three
<style>-block components on its first run.
iso3-to-iso2 mapped SJM to NO, so every research fetch keyed through it filed
Norway's figures under Svalbard. With SJM -> SJ on main, the four fetched tables now
hold what the pipeline produces for Svalbard itself, re-fetched for SJ through each
script's own code:
network-operators 60 Norwegian networks -> none (RIPEstat: 0 ASNs for SJ)
platform-reachability 15 rows of Norway's OONI -> 15 not-measured (no SJ probes)
social-platforms 8 rows of Norway, 2026-07 -> 4 rows of Svalbard, 2026-09
messaging-channels 3 rows from Norway's store -> none (no SJ storefront)
Norway is not added: it is not in the DX country spine these tables are built over,
so no build produces Norway rows here. Svalbard's own people group rows elsewhere
are untouched, and every other country's rows are unchanged and in order.
Behind any login gate (basic auth, a session cookie, OIDC) the gallery said "Could not load Big Picture":
doxa-maps-spa fetched its same-origin manifest, and plugin-studio its token URL, with credentials:'omit', so
the gate's cookie never went and the request was refused (found on the new dev container; dx-shepherd).
Both now use 'same-origin', which never sends credentials cross-origin, so CDN and CORS behaviour is
unchanged.
check:no-credentials-omit (+ :self-test, in gates:pre) fails any credentials:'omit' in library/ or
plugin-designs/ unless the line says why (// credentials-omit: <reason>). Measured before: exactly these two
sites; it fails on the old code and passes on the fix.
