objectstack-ai
diff --git a/‎.changeset/i18n-coverage-inline-locale-map-authored.md‎
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Lines changed: 18 additions & 0 deletions
diff --git a/‎packages/cli/src/utils/i18n-coverage.ts‎
Lines changed: 133 additions & 6 deletions b/‎packages/cli/src/utils/i18n-coverage.ts‎
Lines changed: 133 additions & 6 deletions
@@ -0,0 +1,18 @@
+---
+"@objectstack/cli": patch
+---
+
+`os lint` / `os i18n check` stop reporting a written inline locale map as an untranslated string.
+
+`I18nLabelSchema` authorizes two forms of a display label: a plain string, whose translations live in a bundle, and an **inline locale map** — `{ en: 'Members', 'zh-CN': '成员' }` — written out at the authoring site and picked at render time. Rulings on both forms make the map the one localisation route for props that have no bundle key at all, so a page localised that way is fully localised.
+
+The coverage walk could not see it. `inlineText()` narrowed a map to `undefined` — the same value an **absent** prop produces — so one diagnostic carried two opposite facts, and the gate reported a prop written out in four languages exactly as it reports a prop nobody wrote:
+
+- with no bundle entry, the key was dropped from the expected set entirely: neither covered nor missing, invisible in the counts;
+- with a bundle entry for one locale, the key came back with no inline evidence, and every locale the **map** held and the bundle did not was reported `missing translation` — about text that was right there in the file.
+
+An entry now carries a third axis beside `sourceValue` and `inline`: `inlineLocales`, the map the author wrote, verbatim. Coverage reads it per locale — a locale the map carries counts as covered, a locale it omits is reported as a gap, and the default locale is satisfied by the map the way it has always been satisfied by an inline string. The read is deliberately narrower than the renderer's: only the tag-matching limbs of the shared `resolveI18nLabel` rule count, because falling back to `en` or to the untagged `default` entry **is** what an untranslated locale looks like.
+
+Two things this deliberately does not do. The map is still **never extracted**: no bundle row is scaffolded for it, and no key family is added — a translator working from the locale bundle still will not find these strings, which is the cost of the form and is now stated where an author chooses it (`i18n.zod.ts`, and the extractor's own header). And no key is synthesised from a node's position in the page tree: position-addressed keys would turn a reorder of two sibling components into a silent, all-green swap of their translations. If inline maps are ever to be extracted, the recorded direction is identity first — `component.id` / `section.name` / `tabs item.value` made mandatory and gate-enforced, then the existing `pages.<page>.components.<id>.<key>` family reused.
+
+Net effect on a project that authors no inline maps: none. On one that does, the gate starts telling the truth in both directions — the false `missing translation` goes, and a map that genuinely omits a locale is reported for the first time.
@@ -22,6 +22,17 @@
  * need. Keys with no source string anywhere are not reported here; a missing
  * label is `required/label`'s finding.
  *
+ * An inline LOCALE MAP — `{ en: 'Members', 'zh-CN': '成员' }`, the second form
+ * `I18nLabelSchema` authorizes — is a source string in every locale it
+ * carries, and is read as one here (#14749, maintainer ruling 2026-09-03,
+ * Q2 = B1). It used to be read as nothing at all: the walker narrowed it to
+ * `undefined` on its way here, which is also what an absent prop produces, so
+ * a prop localised into four languages and a prop nobody wrote were the same
+ * input to this file. Locales the map carries now count as covered; locales it
+ * omits are gaps, on the same footing as a bundle that omits them. The map is
+ * still never extracted and never gets a bundle row — that half is the
+ * extractor's header, and ⛔ no key is invented from a node path.
+ *
  * Which locales get checked is the project's call, never an assumption: the
  * `i18n.supportedLocales` block declares them, and absent that block only the
  * locales a bundle already exists for are checked. A project that does not
@@ -181,6 +192,16 @@ interface ExpectedKey {
    * authors one. This *is* the default-locale text — see `computeI18nCoverage`.
    */
   inline?: string;
+  /**
+   * The inline locale map the author wrote at this prop, when they wrote one
+   * (`{ en: 'Members', 'zh-CN': '成员' }`) — the second authorized form of an
+   * `I18nLabel`, carried here verbatim by the walker.
+   *
+   * Present ⇒ this key IS authored, whatever `inline` says. See
+   * {@link inlineLocaleText} for how a locale is read out of it, and
+   * `computeI18nCoverage` for why that read is narrower than the renderer's.
+   */
+  inlineLocales?: Readonly<Record<string, string>>;
 }
 
 /**
@@ -331,12 +352,92 @@ function collectExpectedKeys(config: any): ExpectedKey[] {
       displayKey: entry.path.join('.'),
       context: describeEntry(entry, source),
       inline: entry.inline,
+      inlineLocales: entry.inlineLocales,
     };
   });
 }
 
 // ─── Lookup ────────────────────────────────────────────────────────────
 
+/**
+ * The text an inline locale map holds **for `locale` specifically** — or
+ * `undefined`, which is this detector's word for "not translated here".
+ *
+ * ## Why this is narrower than the renderer's rule, deliberately
+ *
+ * `resolveI18nLabel` (and objectui's `pickLocalized`, which it is pinned to
+ * limb for limb) answers a different question: *what should I put on screen
+ * for this reader?* Its six limbs therefore end in three fallbacks — the
+ * untagged `default` entry, the `en` entry, then any string in the map — so it
+ * essentially never misses. Reading coverage off it would report every locale
+ * as covered the moment a map exists, which is the mirror image of the bug
+ * this function was added to fix: one answer standing for two opposite facts.
+ *
+ * So only the **tag-matching** limbs count as coverage, in the reference's own
+ * order and with its own case rules:
+ *
+ *   1. the exact tag — `zh-CN` reads the key `zh-CN`;
+ *   2. the base language — `zh-CN` reads the key `zh`;
+ *   3. the first region-qualified sibling sharing that base — `zh` reads
+ *      `zh-CN`; `zh-TW` reads `zh-CN` too. Same language, other region: what
+ *      the renderer really shows, and a translation into the language asked
+ *      for.
+ *
+ * The fallback limbs are excluded because falling back **is** what an
+ * untranslated locale looks like: a `ja-JP` reader shown the `en` entry is
+ * precisely the gap this gate exists to report, and `default` is the entry an
+ * author writes for locales they did **not** translate.
+ *
+ * `i18n-label-resolver.ts` is the authority on the limb rule and on the case
+ * asymmetry mirrored here (region case is irrelevant because limb 3 compares
+ * language subtags only; language case is significant, because the reference
+ * folds neither side). `inline-locale-coverage-parity.test.ts` pins this
+ * function against `resolveI18nLabel`: whenever this says "covered", the
+ * renderer really shows that entry.
+ *
+ * Empty values do not count, matching {@link lookupKey}'s rule on the bundle
+ * side — an empty translation is not a translation, whichever side it is
+ * written on.
+ */
+export function inlineLocaleText(
+  map: Readonly<Record<string, string>> | undefined,
+  locale: string,
+): string | undefined {
+  if (!map) return undefined;
+  const read = (tag: string): string | undefined => {
+    if (!Object.prototype.hasOwnProperty.call(map, tag)) return undefined;
+    const value = map[tag];
+    return typeof value === 'string' && value.length > 0 ? value : undefined;
+  };
+  const tag = (locale || 'en').trim();
+  const exact = read(tag);
+  if (exact !== undefined) return exact;
+  const base = tag.split('-')[0];
+  const baseHit = read(base);
+  if (baseHit !== undefined) return baseHit;
+  for (const key of Object.keys(map)) {
+    if (key.split('-')[0] === base) {
+      const sibling = read(key);
+      if (sibling !== undefined) return sibling;
+    }
+  }
+  return undefined;
+}
+
+/**
+ * Any text the inline map holds at all — the test for "did the author write
+ * something here", used only to decide whether the key is worth reporting on.
+ *
+ * ⛔ Not a coverage answer: see {@link inlineLocaleText} for that.
+ */
+function inlineLocaleAny(map: Readonly<Record<string, string>> | undefined): string | undefined {
+  if (!map) return undefined;
+  for (const value of Object.values(map)) {
+    if (typeof value === 'string' && value.length > 0) return value;
+  }
+  return undefined;
+}
+
 function lookupKey(data: TranslationData | undefined, path: string[]): string | undefined {
   let current: any = data;
   for (const segment of path) {
@@ -389,10 +490,22 @@ export function computeI18nCoverage(config: any, opts: CoverageOptions = {}): Co
   // string it never wrote inline — other locales still owe a translation for
   // it). A key authored in neither place has no text to translate at all; a
   // missing label is `required/label`'s finding, not an i18n gap.
+  //
+  // An inline LOCALE MAP is authored text too (#14749, maintainer ruling
+  // 2026-09-03, Q2 = B1). It used to fail this test — the walker narrowed a
+  // map to `undefined` on its way here, the same value an absent prop
+  // produces — so a prop written out in four languages was dropped from the
+  // expected set exactly as if nobody had written it, and a bundle entry for
+  // one of its locales pulled it back in and then reported every OTHER locale
+  // as missing. Both readings were the same defect: one diagnostic standing
+  // for two opposite facts.
   const authoredInBundle = (path: string[]): boolean =>
     Object.values(merged).some((data) => lookupKey(data, path) !== undefined);
   const expected = collectExpectedKeys(config).filter(
-    (key) => key.inline !== undefined || authoredInBundle(key.path),
+    (key) =>
+      key.inline !== undefined
+      || inlineLocaleAny(key.inlineLocales) !== undefined
+      || authoredInBundle(key.path),
   );
   const issues: CoverageIssue[] = [];
   const stats: CoverageStats[] = [];
@@ -401,11 +514,25 @@ export function computeI18nCoverage(config: any, opts: CoverageOptions = {}): Co
     const data = merged[locale];
     let translated = 0;
     for (const key of expected) {
-      // The inline `label:` IS the default-locale text — the runtime resolver
-      // falls back to it (i18n-resolver `translateObject`), and `os i18n
-      // extract` seeds bundles from it. Demanding a default-locale bundle entry
-      // that merely restates it reports a gap that does not exist.
-      const value = lookupKey(data, key.path) ?? (locale === defaultLocale ? key.inline : undefined);
+      // Three sources, most specific first.
+      //
+      // 1. The bundle entry for this locale.
+      // 2. The inline locale map's entry FOR THIS LOCALE — tag-matched, never
+      //    the renderer's fallback limbs (see `inlineLocaleText`). A locale
+      //    the map carries is translated; one it does not is a gap, which is
+      //    the whole of what the B1 ruling asks this gate to be able to say.
+      // 3. The inline `label:` IS the default-locale text — the runtime
+      //    resolver falls back to it (i18n-resolver `translateObject`), and
+      //    `os i18n extract` seeds bundles from it. Demanding a default-locale
+      //    bundle entry that merely restates it reports a gap that does not
+      //    exist. A map satisfies the default locale on the same grounds and
+      //    by the same reading: whatever it resolves to there IS the source
+      //    text a reader of the default locale sees, so `inlineLocaleAny`
+      //    stands in for `inline` when the author wrote a map instead of a
+      //    string.
+      const value = lookupKey(data, key.path)
+        ?? inlineLocaleText(key.inlineLocales, locale)
+        ?? (locale === defaultLocale ? (key.inline ?? inlineLocaleAny(key.inlineLocales)) : undefined);
       if (value !== undefined) {
         translated += 1;
         continue;