countrySheet.js WITHHELD now says WHAT of a whole country is withheld: { IND: { poster: false, rows: true } }, with
posterWithheld() and rowsWithheld() (sheetWithheld() keeps meaning the poster, the name Poster Design reads).
- India's whole-country POSTER prints again, 66x66 by default (60x96 and 36x60 on request); largeSheet() names it.
- Its ROWS (the prayer list, packet and cards: about a thousand pages) stay withheld with the same sentence, in the
wall, the Regions list and the 'country' poster type. India's state posters are unchanged.
- Country Posters gains an INDIA tab: the same wall filtered to India, labelled with India's own name in the
reader's language (Intl), between the posters and the map.
check:country-sheet-one-path arm G checks the split (poster live at 66x66, rows withheld, state cards never
withheld, both callers read the right half), with poisons for un-withheld rows and a wall that prints them;
check:poster-section arm C follows. The by-state, leaderless India layout follows as its own PR.
The section the Country Posters tab draws (a collapsible region head + its poster cards) is now usable on its
own, for any poster set, by parameters:
- library/components/poster/posterTypes.js: a TYPE REGISTRY. A type is an adapter (items for a scope, the
section's title, the print actions). The library registers 'country' (library data + the shared sheet path,
so a withheld whole-country poster stays withheld); plugins register their own types from their own code
(UPG 100 lists, regions, continents later). No plugin code in the library.
- 'country' scopes: a region key in any spelling. DX Life's /regions slug ('latin-america-and-caribbean'),
the API's value, the wall's slug and the English name all reduce to one canonical key.
- PosterSectionView.vue: one section, drawn by a PosterWall in a new SECTION-ONLY mode (no wall head; off by
default, so every existing wall renders as before), embedded so the page scrolls it.
- <dxm-poster-section type scope collapsible collapsed locale assets-base api-base-url is-dark>: the
attributes map onto the standard element's profile-config (posterSectionConfig.js, pure), so it keeps the
per-instance i18n and store. registerPosterSectionElement() from any bundle; Country Posters ships it first.
- country-posters/poster-section: a page showing two sections (Africa open, Oceania collapsed).
- poster.sectionNone (11 locales): an unknown type or an empty scope says so, never a blank.
check:poster-section (gates:pre) + self-test: the registry, DX Life's 8 scopes covering every country once,
withheld India, the attribute mapping, and PosterSection.vue injecting every name its template uses; 3 poisons.
The known collapse-while-scrolled landing is left exactly as it is.
A section of a poster wall (its head: the name, the count, the collapse toggle; and its cards: the preview,
"show on map", the print options) is now its own component, library/components/poster/PosterSection.vue. The
markup moved VERBATIM; PosterWall renders every group through it and PROVIDES what a section uses (its props,
its collapse state, the print actions and their progress overlay) under POSTER_WALL_CTX. The section's CSS stays
in PosterWall's one shadow-style string, which applies to this markup in the same root.
Every wall renders the same DOM: measured in the shared browser, before (the pilot's built tree) vs after, at
1440 and 390, en and ar: Country Posters, UPG 100's poster wall, Poster Design's styles and the Regions list
(with every region's posters open) are identical once the server port and the root's scope hash are normalised;
the same cards, sections, intro text and scroll widths. The first step towards a reusable poster section.
The gate compiled PosterWall.vue alone, as a client component, and runs
Vite without the Vue plugin. A child component imported by PosterWall
(a section component, which a refactor is about to add) would fail to
load, turning the gate red on correct code.
One resolveId/load hook (enforce 'pre', so Vite's resolver does not load
the raw SFC first) now client-compiles PosterWall and every .vue it
imports, each at its real path, so their own relative imports resolve as
in the build; the earlier '../../' path rewrite is gone. Arm L loads a
parent fixture that renders a child .vue by relative import
(internal/fixtures/poster-wall-host-seams/) and asserts the child's text.
It fails without the hook and without 'pre'.
A MapInfo mounted at the top of a map's own shadow tree has no parentElement, so it attached no listener and a
standalone leaf would have kept the pointer over Share. It now falls back to its root node (the shadow root),
which the panel's event reaches.
On a phone, at first load, the onboarding pointer could sit over the open Share panel and cover its ✕
(cities-with-internet). The pointer can be drawn by the host page, outside the map's shadow root, so no
z-index inside the map can lift a panel above it. Instead, MapControlMenu (Share, and every menu built on it)
announces that it opened with a composed 'dxmaps:panel-open' event, and MapInfo, hearing it on its own
container (so only that map's panels count), hides its pointer; a page-load pointer is then done for this
load, as if its popup had been opened.
The lock guards the pilot, so it is the pilot lock, and the act is a merge onto the pilot: the
README's summary row, the harness paragraph, the kitchen list, the glossary and the alt text, and the
diagram's title, the lock ring, the coordinator line and the legend. "Publish to landing" and
"landing (main)" keep the word for the landing branch. Also: about 15 seconds to see a landed change;
a "merge" glossary row instead of "rebase", with pilot and landing beside development and main; the
cloud paragraph names BRANCH=development and PRODUCTION_BRANCH=main. The PNG is re-rendered at 2x.
Step 5 merged the pilot INTO the PR branch, which made the PR branch carry everyone's unpublished
work. It now merges the PR branch into a detached copy of the pilot inside the lock, checks, pushes
that merge, and switches back; a conflict is aborted and fixed on the PR branch. Step 4 says the
per-agent preview servers run on your own machine, and the cloud paragraph says to set the container's
BRANCH to development for the pilot server (its default is main).
The pilot branch (development) is the shared working version a hot-reload server follows; the
landing branch (main) is production, which its server rebuilds from; PR branches hold one feature
each, start from the landing branch and land on the pilot after the checks. The worktree, lock,
gates and build-owner steps stay. A short paragraph on cloud development with a swarm: a self-hosted
forge, a pilot and a landing server per app, and the pilot server's PR switching named as planned
only. The diagram's labels follow (pilot at the centre behind the lock, landing below); the PNG is
re-rendered at 2x from the SVG.
- WEB MODE GETS THE TOP BAR BACK. The corner ☰ with no header was rejected on a real phone. Both shell modes
now show the one top bar on a phone, the ☰ at its start and the language at its end; web mode's bar takes no
camera inset (the shell is not at the top of the screen in a website). The corner circle and the drawer-foot
language are gone. check:shell-header renders both modes (13 planted defects).
- THE FLOOR NEVER EXCEEDS A SIZED HOST. ProfileLoader's 100svh floor is for a host sized by its content (the
scroll-page leaf). Inside a host with a definite height (DX Life's map slot, overflow hidden) it made the map
taller than the host, which clipped the map's bottom and its legend footer, and tied the map's height to the
window's. ProfileLoader now MEASURES the host (the floor at 0 and at a huge value: a sized host keeps its
height) and drops the floor inside a sized one, re-measuring when the host resizes (a ResizeObserver on the
host, not a window resize).
- LegendDesktop caps itself at the map's height (100% - 80px), not the window's (100vh - 80px).
- On a phone the drawer started OPEN (navOpen = initialNavOpen) and mounted() closed it, so every load drew it
on screen and slid it away (measured: up to ~1.6 s, both shells, app and web mode). data() now reads the
same (max-width: 760px) query, so the first render is already the phone's closed state; mounted() still
tracks breakpoint crossings.
- In web mode the language at the drawer's foot sat right under the last row: margin-top:auto needs the nav's
flex column (.has-rail-end), which only the desktop rail-end set. The phone drawer's foot sets it too.
- check:shell-header asserts the flex column in web mode (14 planted defects).
ONE HEADER ON A WEBSITE. Inside a host site that has its own header, the shell's 44px phone bar stacked a
second white bar under it. VerticalTabsLayout gains shellMode (prop, or the host element's shell-mode
attribute): web | app | auto.
- app (a Capacitor or standalone app, or a DX Maps leaf page): the phone bar, unchanged.
- web: no bar. The rail opens from a 40px corner ☰ at the pane's bottom-start, which publishes its footprint
(--map-fab-clearance / --map-fab-beside) so the legend sheet, the pin hint and back-to-top step aside; the
language menu moves to the drawer's foot.
- auto: the host's shell-mode attribute, else app for Capacitor, display-mode standalone or a leaf
(window.MAP_OWNS_PAGE), else web.
Desktop is unchanged. check:shell-header renders both modes (13 planted defects); check:nav-reachable-mobile
accepts the corner ☰.
MAPS HOLD THEIR SIZE. ProfileLoader floored every map at min-height 100dvh, and the leaf pages' slot did the
same. dvh follows the mobile URL bar, so scrolling grew every map mid-scroll and moved its legend sheet. Both
now use 100svh (the viewport with the bar showing, which never changes on scroll), with 100vh where svh is
unsupported.
A host page can define a tag name before our bundle loads, and the first definition wins. DX Life's own
/js/doxa-simple-map.js defines <doxa-map> and <doxa-simple-map>, so on those pages our guarded define was
skipped and the page drew the host's element under our name.
- The doxa-simple-map bundle now defines <dxm-simple-map>, DX Maps' own name, first. The manifest, the leaf
pages and the gallery mount it (generate-tree reads the first define).
- <doxa-map> and <doxa-simple-map> are defined only when the host asks: data-legacy-tags on the bundle's
<script>, or window.DXM_LEGACY_TAGS = true before it loads.
countrySheet.js now withholds the whole-India poster (WITHHELD,
sheetWithheld), and makeCountrySheet returns nothing for India. The three
large-format Styles cards use India as their sample, so they showed
"preview unavailable" and their print fell through to a stored poster
that does not exist. They now answer PosterWall's unsupported with
messages.countryPosterTooMany, in the reader's language: the card shows
that sentence instead of a preview, and a print opens only that notice.
The designs stay in the catalogue, so they return when India is no longer
withheld.
India's whole-country poster does not ship yet; a solution is in progress. countrySheet.js gains WITHHELD (India)
and sheetWithheld(item):
- makeCountrySheet draws nothing for a withheld country, in any format, before fetching a single record.
- largeSheet() is null for it, so the Country Posters wall and the Regions list show their existing
messages.countryPosterTooMany ("Too many people groups to fit on one poster legibly — a solution is in
progress.", all eleven locales) on the card instead of a poster.
- Both callers also withhold its list, packet and cards with the same sentence (about a thousand pages, offered
when the poster is).
- India's STATE and union-territory posters are separate cards (indiaState) and are untouched; so are the India
section and its first place.
- sheetFormatFor keeps the large-sheet size rule itself (it returns with the poster).
check:country-sheet-one-path arm G: India stays withheld (no sheet in any of 7 formats, 0 records fetched, its
state cards never withheld, both callers show the sentence and reject its rows), with a poison for un-withholding
it and one for a wall that prints its list.
The facts row's COUNTRIES cell is ISO3_NAME[iso3] || iso3, and 13 territories that have country posters were
missing from the table, so their shipped sheets printed the raw code there (CCK, CXR, ESH, GIB, HKG, JEY, KOS,
MAC, MCO, NFK, SJM, SXM, TKL). Kosovo's own label in country-posters.json was the code too, so its title and
its wall card read "KOS".
- ISO3_NAME gains the 13 (the short names the posters already print as each label; SXM "Sint Maarten").
- KOS's label is "Kosovo".
Every country in country-posters.json now has a name, and no label is a raw code.
Measured on the shipped India sheets in the browser (getBBox, Lato loaded): 74 of 151 photos on the 60x96 and
32 on the 66x66 overlapped their own name, by up to 7 px (half a letter at 20.7 pt). The photo was placed from
an ESTIMATED text width, and the real width runs wider.
Now the photo sits in a fixed slot on the LEADER side of its name, and the name moves out by the slot. A
side-lane name is anchored at its leader-side end (left column: text-anchor end; right: start), so its glyphs
lie wholly on the far side of that anchor and the photo wholly on the near side: they cannot overlap whatever
width the font draws. Only a name with a photo takes the slot, so the columns and the type keep their size
(India 60x96 stays 20.7 pt).
Measured after: India 60x96 and 66x66 have 0 photos on, and 0 touching, their name. 0 proper crossings on all
three India formats. 36x60 (no photos) is byte-identical. Re-pinned.
- check:side-lanes: every photo on its name's anchor side, at the 4 px gap (a source twin, always measured).
A self-test poison restores the estimated-width placement: 167 photos off their side, caught.
- check:side-lane-photo-pixels (browser): every photo box clear of its name's real drawn box (getBBox), with
the same poison in its self-test.
Copied unchanged from the bridge kit (727fb55): TUTORIAL.md (for the repository's GitHub admin,
about 10 minutes), pull-contributor.yml (the workflow it sets up; it refuses a contributor's
changes to .github/) and test-pull-contributor.sh (the TUTORIAL's "check the guard yourself",
which sits next to it). None of them is under .github/, so nothing runs by itself here.
README: one line in the agent section links the tutorial; nothing else in README changes.
.github/workflows/pages.yml is now documentation/deploy/github-pages.workflow.yml, with a
one-line README beside it: copy it into .github/workflows/ in your own repository to deploy to
GitHub Pages. Nothing referenced the old path. The repo carries no .github/ folder any more, so
a host never runs it automatically.
