mirror of
https://github.com/deepseek-ai/deepseek-harness
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f7bd7e82d1
Codex round-3: alias prose matches the gate's strength only when the target's own contract is prose-only. An export-import alias to a function, class, or namespace target (or an unresolvable one) is now refused — those carry signature/member contracts the alias cannot hold; export the declaration directly instead. Const/enum/interface/ type-alias targets keep the self-documentation contract. Tests pin the refusal for function, class, and namespace targets; module doc and RFC updated.
574 lines
30 KiB
TypeScript
574 lines
30 KiB
TypeScript
/**
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* Verify JSDoc completeness for EVERY module-level exported name of every
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* non-vendored package (each `packages/<group>/<pkg>/src/` tree). This is the
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* mechanical form of the AGENTS.md rule "every export has a JSDoc explaining
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* semantics", generalizing the cordis-surface gate (`gen-cordis-catalog.ts`,
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* which owns `interface Events` members and `ctx.<key>` service classes) to
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* the whole export surface; the parsing + check helpers are shared via
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* `scripts/jsdoc.ts` so "documented" means the same thing on both.
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*
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* `tsx scripts/verify-export-jsdoc.ts` → exit 1 listing every offender
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*
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* The contract, per exported declaration kind:
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*
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* - Every exported name needs JSDoc with non-empty description prose (prose
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* ends at the first block tag, standard JSDoc semantics).
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* - A function-like export (function declaration, a const with a function
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* initializer or an INLINE callable annotation, or a non-identifier
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* function default export) additionally needs a non-empty `@param` per
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* parameter (`this` receiver annotations exempt; a stale `@param` errors)
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* and a non-empty `@returns` unless the return type is `void` /
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* `Promise<void>`. Wrapper expressions (parentheses, `as` / `satisfies`
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* casts, non-null assertions) are peeled before classifying. The walk
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* classifies returns syntactically, so the return type must be ANNOTATED —
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* except a const whose declarator is annotated with a NAMED type (e.g.
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* `export const f: Handler = …`), where that type's own declaration owns
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* the signature contract and `@returns` stays optional; an inline
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* `(x: T) => U` annotation or single-call-signature literal is the surface
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* signature itself and gets the full contract, and a literal mixing
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* call/construct signatures with anything else is refused (extract a named
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* type).
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* - An exported class needs class-level JSDoc; its public methods (static
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* included — they are reachable on the exported name) follow the function
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* contract, and public properties and accessors need description prose (on
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* a get/set pair the getter's doc covers both). A member declared by an
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* `extends`/`implements` heritage type is EXEMPT — the seam declaration is
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* the doc's one home, the IDE inherits it, and re-documenting every
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* implementation invites drift — UNLESS the override grows surface the
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* base never documented: a protected-only base member does not exempt a
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* public override, and parameters the base never names keep their `@param`
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* duty. This is the one question the walk asks the TYPE CHECKER (heritage
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* members live across package boundaries); everything else is pure AST.
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* Constructors are exempt like the cordis gate's: plugin classes are
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* framework-constructed, and the class doc owns the story.
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* - Exported interfaces, type aliases, enums: description prose on the
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* declaration (member-level docs stay review's job; the highest-value
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* member surface — seam service classes — is already under the cordis
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* gate).
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* - An exported namespace recurses (its exported members are package
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* surface; in an ambient `declare` namespace every member exports
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* implicitly); the namespace itself needs prose only when it does not
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* merge with an already-documented same-name declaration (the
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* Config-namespace idiom documents the class/function once, not twice).
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* - The cordis plugin-protocol slots are exempt: top-level `name` / `inject`
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* / `reusable` / `Config` consts and the `apply` entry, plus the same
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* slots as statics on a plugin class. Their shape is fixed by the
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* framework, so a doc would restate the protocol — the module doc comment
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* and the `interface Config` carry the plugin's real semantics. (These
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* names are reserved by cordis convention; documenting one anyway is
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* allowed, only absence goes unchecked.)
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* - Overload groups: each overload signature carries its own docs; the
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* implementation signature is exempt (callers never see it).
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* - Skipped: `declare module` / `declare global` augmentation bodies (the
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* cordis gate's turf; an augmentation is not an export of the package) and
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* re-export statements with a module specifier (`export … from`) — the
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* defining module is walked on its own, and external definitions are not
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* ours to document. An `export import X = N.member` alias documents
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* ITSELF, and only prose-only target kinds are gate-supported: a callable,
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* class, or namespace target carries signature/member contracts the alias
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* cannot hold and is refused (export the declaration directly).
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* - Everything else fails CLOSED: `export =` is refused outright, and an
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* exported statement kind the dispatch does not recognize is itself a
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* violation, so no export form can pass unchecked by omission.
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*/
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import { existsSync, globSync } from 'node:fs'
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import { resolve } from 'node:path'
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import ts from 'typescript'
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import { checkParams, checkReturns, parseJsDoc, parseTags, pointer, rawJsDoc } from './jsdoc.ts'
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const root = resolve(import.meta.dirname, '..')
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/** Plugin-protocol slot names exempt as statics on an exported class. */
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const PROTOCOL_STATICS = new Set(['Config', 'inject', 'name', 'reusable'])
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/** Plugin-protocol slot names exempt as top-level exports (const or function). */
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const PROTOCOL_EXPORTS = new Set(['Config', 'inject', 'name', 'reusable', 'apply'])
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/** Per-file walk state threaded through the scope recursion. */
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interface Walk {
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/** Repo-relative path of the file being walked. */
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rel: string
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/** The parsed source file. */
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sf: ts.SourceFile
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/** Raw file text (rawJsDoc reads comment ranges out of it). */
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text: string
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/** The program's checker, consulted only for heritage-member lookups. */
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checker: ts.TypeChecker
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/** The aggregate violation list, appended in place. */
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violations: string[]
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}
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/** True when a statement carries the `export` modifier. */
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function isExported(stmt: ts.Statement): boolean {
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return ts.canHaveModifiers(stmt) && (ts.getModifiers(stmt)?.some(m => m.kind === ts.SyntaxKind.ExportKeyword) ?? false)
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}
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/** True for a class member a consumer cannot reach: `private`/`protected`/`#name`. */
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function isNonPublic(member: ts.ClassElement): boolean {
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const mods = ts.canHaveModifiers(member) ? ts.getModifiers(member) : undefined
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return (mods?.some(m => m.kind === ts.SyntaxKind.PrivateKeyword || m.kind === ts.SyntaxKind.ProtectedKeyword) ?? false)
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|| ('name' in member && ts.isPrivateIdentifier(member.name))
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}
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/** True when a class member carries the `static` modifier. */
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function isStatic(member: ts.ClassElement): boolean {
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const mods = ts.canHaveModifiers(member) ? ts.getModifiers(member) : undefined
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return mods?.some(m => m.kind === ts.SyntaxKind.StaticKeyword) ?? false
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}
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/** The `this`-receiver exemption every function-like check shares. */
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function thisReceiver(p: ts.ParameterDeclaration): boolean {
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return ts.isIdentifier(p.name) && p.name.text === 'this'
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}
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/**
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* Peel wrapper expressions that carry no surface of their own — parentheses,
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* `as` / `satisfies` / angle-bracket casts, non-null assertions — so a
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* wrapped function expression is still classified as function-like.
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* @param e - the expression to unwrap.
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* @returns the innermost non-wrapper expression.
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*/
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function unwrapExpression(e: ts.Expression): ts.Expression {
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let inner = e
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while (
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ts.isParenthesizedExpression(inner) || ts.isAsExpression(inner) || ts.isSatisfiesExpression(inner)
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|| ts.isNonNullExpression(inner) || ts.isTypeAssertionExpression(inner)
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) inner = inner.expression
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return inner
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}
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/**
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* Classify a declarator's type annotation for the function contract: an
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* inline function type or a type literal that is EXACTLY one call signature
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* is the surface signature itself; a literal mixing call/construct
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* signatures with anything else cannot be classified syntactically and is
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* refused (fail closed — extract a named type); everything else is a plain
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* value shape.
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* @param type - the declarator's type annotation.
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* @returns the signature to check, 'refuse' for an unclassifiable callable literal, or null for a non-callable shape.
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*/
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function callableAnnotation(type: ts.TypeNode): ts.SignatureDeclarationBase | 'refuse' | null {
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if (ts.isFunctionTypeNode(type)) return type
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if (!ts.isTypeLiteralNode(type)) return null
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const signatures = type.members.filter(m => ts.isCallSignatureDeclaration(m) || ts.isConstructSignatureDeclaration(m))
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if (signatures.length === 0) return null
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if (signatures.length === 1 && type.members.length === 1 && signatures[0] !== undefined && ts.isCallSignatureDeclaration(signatures[0])) {
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return signatures[0]
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}
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return 'refuse'
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}
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/**
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* The heritage-member exemption for one class member. When the member's name
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* is declared by an `extends`/`implements` heritage type, the seam declaration
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* is the doc's one home (the IDE inherits it on hover) and the member needs no
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* doc of its own — EXCEPT where the override grows public surface the base
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* never documented: a base member that is protected on every declaration does
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* not exempt a public override (consumers could not call it before), and
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* parameters the base never names keep their own `@param` duty (the caller
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* reads the seam doc, which cannot describe them; an underscore-prefixed
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* rename of a base parameter — the deliberately-unused marker — is the same
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* parameter, not new surface). Static members are looked
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* up on the base CONSTRUCTOR type (only an `extends` expression has one; an
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* unresolvable or interface expression yields no property and therefore no
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* exemption).
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* @param cls - the class whose heritage to search.
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* @param name - the member name to look up.
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* @param staticSide - whether to search the constructor side instead of the instance side.
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* @param checker - the program's type checker.
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* @returns null when no exemption applies; otherwise the parameter names the
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* base declarations carry (`baseParams: null` means the base's parameters are
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* not syntactically recoverable — a complex heritage type — and the member is
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* exempt in full).
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*/
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function heritageExemption(
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cls: ts.ClassDeclaration,
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name: string,
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staticSide: boolean,
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checker: ts.TypeChecker,
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): { baseParams: Set<string> | null } | null {
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const isProtected = (d: ts.Declaration): boolean =>
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(ts.canHaveModifiers(d) ? ts.getModifiers(d) : undefined)?.some(m => m.kind === ts.SyntaxKind.ProtectedKeyword) ?? false
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for (const clause of cls.heritageClauses ?? []) {
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for (const t of clause.types) {
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const type = staticSide ? checker.getTypeAtLocation(t.expression) : checker.getTypeAtLocation(t)
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const prop = type.getProperty(name)
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if (prop === undefined) continue
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const decls = prop.declarations ?? []
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if (decls.length > 0 && decls.every(isProtected)) continue // public override of a protected base: new surface
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let baseParams: Set<string> | null = null
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for (const d of decls) {
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let params: readonly ts.ParameterDeclaration[] | undefined
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if (ts.isMethodDeclaration(d) || ts.isMethodSignature(d)) params = d.parameters
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else if ((ts.isPropertySignature(d) || ts.isPropertyDeclaration(d)) && d.type !== undefined && ts.isFunctionTypeNode(d.type)) {
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params = d.type.parameters
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} else continue
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baseParams ??= new Set()
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// Leading underscores are the deliberately-unused marker (eslint
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// argsIgnorePattern), not a rename: `_cwd` overriding `cwd` is the
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// same parameter, so compare underscore-stripped on both sides.
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for (const p of params) if (ts.isIdentifier(p.name)) baseParams.add(p.name.text.replace(/^_+/, ''))
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}
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return { baseParams }
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}
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}
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return null
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}
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/**
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* Check description-prose presence for one labeled declaration: JSDoc must
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* exist and carry prose above its block tags.
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* @param where - the offender label violations open with.
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* @param raw - the declaration's raw JSDoc block ('' if none).
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* @param w - the walk state violations append to.
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*/
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function checkDescribed(where: string, raw: string, w: Walk): void {
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if (!raw) w.violations.push(`${where} has no JSDoc.`)
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else if (!parseJsDoc(raw).doc) w.violations.push(`${where} has no description prose above its block tags.`)
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}
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/**
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* Check the full function contract for one labeled function-like declaration:
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* description prose, `@param` per parameter, `@returns` on a non-void result.
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* @param where - the offender label violations open with.
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* @param raw - the declaration's raw JSDoc block ('' if none).
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* @param parameters - the declaration's parameter list.
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* @param returnType - the return type annotation, or undefined when inferred.
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* @param returnsWaived - suppress the `@returns`/annotation requirement (a
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* declarator-annotated const defers its return contract to the named type).
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* @param w - the walk state violations append to.
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*/
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function checkFunctionLike(
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where: string,
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raw: string,
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parameters: readonly ts.ParameterDeclaration[],
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returnType: ts.TypeNode | undefined,
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returnsWaived: boolean,
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w: Walk,
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): void {
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if (!raw) { w.violations.push(`${where} has no JSDoc.`); return }
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if (!parseJsDoc(raw).doc) w.violations.push(`${where} has no description prose above its block tags.`)
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const { params, returns } = parseTags(raw)
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checkParams(where, 'export', parameters, params, w.sf, thisReceiver, w.violations)
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if (!returnsWaived) checkReturns(where, returnType, returns, w.sf, w.violations)
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}
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/**
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* Check one exported class: class-level prose, the function contract on every
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* public method (overload implementations exempt), and description prose on
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* public properties and accessors (a get/set pair is covered by the getter's
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* doc). Heritage-declared members are exempt per heritageExemption (an
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* override's extra parameters keep their @param duty); plugin-protocol
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* statics are exempt; constructors are not checked (framework-constructed
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* plugins, and the class doc owns the story).
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* @param cls - the exported class declaration.
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* @param name - the class's surface name (namespace-qualified).
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* @param w - the walk state violations append to.
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*/
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function checkClass(cls: ts.ClassDeclaration, name: string, w: Walk): void {
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checkDescribed(`exported class '${name}' (${pointer(w.rel, w.sf, cls)})`, rawJsDoc(w.text, cls), w)
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const overloadSigs = new Set<string>()
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const documentedGetters = new Set<string>()
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for (const m of cls.members) {
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if ('name' in m && ts.isComputedPropertyName(m.name)) continue
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if (ts.isMethodDeclaration(m) && !m.body) overloadSigs.add(m.name.getText(w.sf))
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if (ts.isGetAccessorDeclaration(m)) documentedGetters.add(m.name.getText(w.sf))
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}
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for (const m of cls.members) {
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if (isNonPublic(m) || ts.isConstructorDeclaration(m)) continue
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if (!('name' in m) || ts.isComputedPropertyName(m.name)) continue // computed/symbol members
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const mname = m.name.getText(w.sf)
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if (isStatic(m) && PROTOCOL_STATICS.has(mname)) continue // cordis plugin-protocol slot
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const exemption = heritageExemption(cls, mname, isStatic(m), w.checker)
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if (ts.isMethodDeclaration(m)) {
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if (m.body && overloadSigs.has(mname)) continue // overload implementation: the signatures carry the docs
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const where = `exported class method '${name}.${mname}' (${pointer(w.rel, w.sf, m)})`
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if (exemption !== null) {
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// The heritage declaration owns prose and @returns; parameters the
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// base never names — including binding patterns, which no base
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// declaration can name — are new surface and keep their @param duty.
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const base = exemption.baseParams
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const inBase = (p: ts.ParameterDeclaration): boolean =>
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base !== null && ts.isIdentifier(p.name) && base.has(p.name.text.replace(/^_+/, ''))
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if (base !== null && m.parameters.some(p => !thisReceiver(p) && !inBase(p))) {
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const { params } = parseTags(rawJsDoc(w.text, m))
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checkParams(where, 'export', m.parameters, params, w.sf,
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p => thisReceiver(p) || inBase(p), w.violations)
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}
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continue
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}
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checkFunctionLike(where, rawJsDoc(w.text, m), m.parameters, m.type, false, w)
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} else if (exemption !== null) {
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continue // the heritage declaration owns the doc (properties/accessors carry no own parameters)
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} else if (ts.isGetAccessorDeclaration(m) || ts.isPropertyDeclaration(m)) {
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const kind = ts.isPropertyDeclaration(m) ? 'property' : 'accessor'
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checkDescribed(`exported class ${kind} '${name}.${mname}' (${pointer(w.rel, w.sf, m)})`, rawJsDoc(w.text, m), w)
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} else if (ts.isSetAccessorDeclaration(m) && !documentedGetters.has(mname)) {
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checkDescribed(`exported class accessor '${name}.${mname}' (${pointer(w.rel, w.sf, m)})`, rawJsDoc(w.text, m), w)
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}
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// index signatures / static blocks: not named surface
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}
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}
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/**
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* Check one exported declaration statement, dispatching on its kind. Any
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* exported statement kind the dispatch does not recognize is a violation
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* (fail closed), so no export form can pass unchecked by omission.
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* @param stmt - the exported statement (export modifier or export-list target).
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* @param prefix - the namespace qualification for surface names ('' at top level).
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* @param overloadSigs - names in this scope declared as bodyless function overload signatures.
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* @param byName - this scope's named declarations (for namespace/sibling-merge lookups).
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* @param ambient - whether the enclosing scope is ambient (`declare`), where members export implicitly.
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* @param w - the walk state violations append to.
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*/
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function checkDecl(
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stmt: ts.Statement,
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prefix: string,
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overloadSigs: Set<string>,
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byName: Map<string, ts.Statement[]>,
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ambient: boolean,
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w: Walk,
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): void {
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const at = (n: ts.Node): string => ` (${pointer(w.rel, w.sf, n)})`
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if (ts.isFunctionDeclaration(stmt)) {
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const name = stmt.name?.text ?? 'default'
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if (prefix === '' && PROTOCOL_EXPORTS.has(name)) return // cordis plugin-protocol slot
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if (stmt.body && overloadSigs.has(name)) return // overload implementation: the signatures carry the docs
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checkFunctionLike(`exported function '${prefix}${name}'${at(stmt)}`, rawJsDoc(w.text, stmt),
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stmt.parameters, stmt.type, false, w)
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return
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}
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if (ts.isClassDeclaration(stmt)) {
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checkClass(stmt, `${prefix}${stmt.name?.text ?? 'default'}`, w)
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return
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}
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if (ts.isInterfaceDeclaration(stmt)) {
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checkDescribed(`exported interface '${prefix}${stmt.name.text}'${at(stmt)}`, rawJsDoc(w.text, stmt), w)
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return
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}
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if (ts.isTypeAliasDeclaration(stmt)) {
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checkDescribed(`exported type '${prefix}${stmt.name.text}'${at(stmt)}`, rawJsDoc(w.text, stmt), w)
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return
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}
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if (ts.isEnumDeclaration(stmt)) {
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checkDescribed(`exported enum '${prefix}${stmt.name.text}'${at(stmt)}`, rawJsDoc(w.text, stmt), w)
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return
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}
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if (ts.isVariableStatement(stmt)) {
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const raw = rawJsDoc(w.text, stmt) // JSDoc sits on the statement, not the declarator
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for (const d of stmt.declarationList.declarations) {
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const name = ts.isIdentifier(d.name) ? d.name.text : d.name.getText(w.sf)
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if (prefix === '' && PROTOCOL_EXPORTS.has(name)) continue // cordis plugin-protocol slot
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const where = `exported const '${prefix}${name}'${at(d)}`
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const annotation = d.type !== undefined ? callableAnnotation(d.type) : null
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const init = d.initializer !== undefined ? unwrapExpression(d.initializer) : undefined
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if (annotation === 'refuse') {
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// A literal mixing call/construct signatures with other members (or
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// overloading them) has no single signature the walk can hold the
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// tags against — fail closed rather than silently narrow the check.
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w.violations.push(`${where}: its callable type literal is not gate-classifiable; extract a named type and document it there.`)
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} else if (annotation !== null) {
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// An INLINE callable annotation is the surface signature itself: its
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// parameters and result need docs right here. (A NAMED reference
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// type carries its docs at the type's own declaration instead.)
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|
checkFunctionLike(where, raw, annotation.parameters, annotation.type, false, w)
|
|
} else if (init !== undefined && (ts.isArrowFunction(init) || ts.isFunctionExpression(init))) {
|
|
// A named declarator type annotation (`const f: Handler = …`) hands
|
|
// the return contract to the named type; the arrow's own annotation is
|
|
// still checked when it is the only signature the reader has.
|
|
checkFunctionLike(where, raw, init.parameters, init.type, init.type === undefined && d.type !== undefined, w)
|
|
} else {
|
|
checkDescribed(where, raw, w)
|
|
}
|
|
}
|
|
return
|
|
}
|
|
if (ts.isModuleDeclaration(stmt) && ts.isIdentifier(stmt.name)) {
|
|
// A namespace merging with a documented same-name sibling (the
|
|
// Config-namespace idiom) needs no second doc block of its own.
|
|
const siblings = (byName.get(stmt.name.text) ?? []).filter(s => s !== stmt)
|
|
const merged = siblings.some(s => parseJsDoc(rawJsDoc(w.text, s)).doc !== '')
|
|
if (!merged) checkDescribed(`exported namespace '${prefix}${stmt.name.text}'${at(stmt)}`, rawJsDoc(w.text, stmt), w)
|
|
let body = stmt.body
|
|
let nsPrefix = `${prefix}${stmt.name.text}.`
|
|
while (body !== undefined && ts.isModuleDeclaration(body)) { // dotted `namespace A.B`
|
|
nsPrefix += `${body.name.getText(w.sf)}.`
|
|
body = body.body
|
|
}
|
|
// In an ambient (`declare`) namespace body, members are implicitly
|
|
// exported — no `export` modifier required — so the recursion must treat
|
|
// every statement as surface.
|
|
const declared = ambient
|
|
|| ((ts.canHaveModifiers(stmt) ? ts.getModifiers(stmt) : undefined)?.some(m => m.kind === ts.SyntaxKind.DeclareKeyword) ?? false)
|
|
if (body !== undefined && ts.isModuleBlock(body)) checkScope(body.statements, nsPrefix, w, declared)
|
|
return
|
|
}
|
|
if (ts.isImportEqualsDeclaration(stmt)) {
|
|
const where = `exported alias '${prefix}${stmt.name.text}'${at(stmt)}`
|
|
// An alias is a distinct exported name whose target may be a non-exported
|
|
// namespace member no walk ever visits, so it documents ITSELF — which
|
|
// matches the gate's strength only for prose-only target kinds. A
|
|
// callable, class, or namespace target carries signature or member
|
|
// contracts the alias prose cannot hold: refuse those (fail closed) and
|
|
// demand the declaration be exported directly. An unresolvable target is
|
|
// refused for the same reason.
|
|
const sym = w.checker.getSymbolAtLocation(stmt.name)
|
|
const target = sym !== undefined && (sym.flags & ts.SymbolFlags.Alias) !== 0 ? w.checker.getAliasedSymbol(sym) : sym
|
|
const RICH_TARGETS = ts.SymbolFlags.Function | ts.SymbolFlags.Class | ts.SymbolFlags.ValueModule | ts.SymbolFlags.NamespaceModule
|
|
const rich = target === undefined
|
|
|| (target.flags & RICH_TARGETS) !== 0
|
|
|| w.checker.getTypeOfSymbol(target).getCallSignatures().length > 0
|
|
if (rich) {
|
|
w.violations.push(`${where} aliases a callable, class, or namespace target whose signature/member contract the alias cannot carry; export the declaration directly instead.`)
|
|
return
|
|
}
|
|
checkDescribed(where, rawJsDoc(w.text, stmt), w)
|
|
return
|
|
}
|
|
// Fail CLOSED: an exported statement kind this dispatch does not recognize
|
|
// must never pass silently — the gate's whole promise is that unchecked
|
|
// surface cannot exist. New TypeScript export forms extend the gate here.
|
|
w.violations.push(`exported statement${at(stmt)} uses an export form verify-export-jsdoc does not handle; extend the gate.`)
|
|
}
|
|
|
|
/**
|
|
* Walk one lexical scope (file top level or a namespace body): check every
|
|
* exported declaration, resolving `export { … }` lists (no module specifier)
|
|
* to their local declarations.
|
|
* @param statements - the scope's statements.
|
|
* @param prefix - the namespace qualification for surface names ('' at top level).
|
|
* @param w - the walk state violations append to.
|
|
* @param ambient - whether this scope is ambient (`declare` namespace or a declaration file), where members export implicitly.
|
|
*/
|
|
function checkScope(statements: readonly ts.Statement[], prefix: string, w: Walk, ambient: boolean): void {
|
|
const byName = new Map<string, ts.Statement[]>()
|
|
const overloadSigs = new Set<string>()
|
|
const add = (name: string, stmt: ts.Statement): void => {
|
|
byName.set(name, [...(byName.get(name) ?? []), stmt])
|
|
}
|
|
for (const stmt of statements) {
|
|
if (ts.isFunctionDeclaration(stmt)) {
|
|
if (stmt.name) add(stmt.name.text, stmt)
|
|
if (!stmt.body && stmt.name) overloadSigs.add(stmt.name.text)
|
|
} else if (ts.isClassDeclaration(stmt) || ts.isInterfaceDeclaration(stmt)
|
|
|| ts.isTypeAliasDeclaration(stmt) || ts.isEnumDeclaration(stmt)) {
|
|
if (stmt.name) add(stmt.name.text, stmt)
|
|
} else if (ts.isModuleDeclaration(stmt) && ts.isIdentifier(stmt.name)) {
|
|
add(stmt.name.text, stmt)
|
|
} else if (ts.isVariableStatement(stmt)) {
|
|
for (const d of stmt.declarationList.declarations) {
|
|
if (ts.isIdentifier(d.name)) add(d.name.text, stmt)
|
|
}
|
|
}
|
|
}
|
|
const checked = new Set<ts.Statement>()
|
|
const check = (stmt: ts.Statement): void => {
|
|
if (checked.has(stmt)) return
|
|
checked.add(stmt)
|
|
checkDecl(stmt, prefix, overloadSigs, byName, ambient, w)
|
|
}
|
|
for (const stmt of statements) {
|
|
if (ts.isModuleDeclaration(stmt)
|
|
&& (ts.isStringLiteral(stmt.name) || (stmt.flags & ts.NodeFlags.GlobalAugmentation) !== 0)) {
|
|
continue // `declare module '…'` / `declare global` augmentation: not an export of this package
|
|
}
|
|
if (ts.isExportDeclaration(stmt)) {
|
|
if (stmt.moduleSpecifier) continue // re-export: the defining module is walked on its own
|
|
if (stmt.exportClause && ts.isNamedExports(stmt.exportClause)) {
|
|
for (const el of stmt.exportClause.elements) {
|
|
for (const decl of byName.get((el.propertyName ?? el.name).text) ?? []) check(decl)
|
|
// a name with no local declaration is an imported binding re-exported
|
|
// without a specifier — its defining module is walked on its own
|
|
}
|
|
}
|
|
continue
|
|
}
|
|
if (ts.isExportAssignment(stmt)) {
|
|
if (stmt.isExportEquals) {
|
|
// `export =` has no ESM consumer surface in this repo and the walk
|
|
// cannot classify its operand's shape; refuse rather than fail open.
|
|
w.violations.push(`export-equals assignment (${pointer(w.rel, w.sf, stmt)}) is not a gate-supported export form; use ESM named exports.`)
|
|
continue
|
|
}
|
|
const where = `default export (${pointer(w.rel, w.sf, stmt)})`
|
|
const expr = unwrapExpression(stmt.expression)
|
|
if (ts.isIdentifier(expr)) {
|
|
for (const decl of byName.get(expr.text) ?? []) check(decl)
|
|
} else if (ts.isArrowFunction(expr) || ts.isFunctionExpression(expr)) {
|
|
checkFunctionLike(where, rawJsDoc(w.text, stmt), expr.parameters, expr.type, false, w)
|
|
} else {
|
|
checkDescribed(where, rawJsDoc(w.text, stmt), w)
|
|
}
|
|
continue
|
|
}
|
|
if (isExported(stmt) || (ambient && !ts.isImportDeclaration(stmt))) check(stmt)
|
|
}
|
|
}
|
|
|
|
/**
|
|
* Compiler options for the walk's program. The real repo hands over its
|
|
* tsconfig.base.json (whose `paths` map resolves cross-package imports to
|
|
* source, so heritage-member lookups see seam types); a fixture root without
|
|
* one gets bare defaults — fixtures are single-file and self-contained.
|
|
* Emit-side options are stripped: the walk never emits or asks for
|
|
* diagnostics, it only binds types on demand.
|
|
* @param scanRoot - the root being scanned.
|
|
* @returns compiler options for ts.createProgram.
|
|
*/
|
|
function loadCompilerOptions(scanRoot: string): ts.CompilerOptions {
|
|
const cfgPath = resolve(scanRoot, 'tsconfig.base.json')
|
|
if (!existsSync(cfgPath)) return { skipLibCheck: true }
|
|
const cfg = ts.readConfigFile(cfgPath, ts.sys.readFile.bind(ts.sys)) as { config?: unknown }
|
|
const parsed = ts.parseJsonConfigFileContent(cfg.config ?? {}, ts.sys, scanRoot)
|
|
return {
|
|
...parsed.options,
|
|
noEmit: true,
|
|
composite: false,
|
|
declaration: false,
|
|
declarationMap: false,
|
|
sourceMap: false,
|
|
incremental: false,
|
|
}
|
|
}
|
|
|
|
/**
|
|
* Walk every non-vendored package source file and collect JSDoc-completeness
|
|
* violations for its module-level exports. Returns findings instead of
|
|
* throwing so tests assert on the list; the CLI entry turns a non-empty list
|
|
* into exit 1.
|
|
* @param scanRoot - the repo root to scan; tests pass a fixture dir.
|
|
* @returns every violation, in file order, one human-readable line each.
|
|
*/
|
|
export function collectExportJsdocViolations(scanRoot: string = root): string[] {
|
|
const violations: string[] = []
|
|
const rels = globSync('packages/*/*/src/**/*.ts', { cwd: scanRoot }).sort()
|
|
const program = ts.createProgram(rels.map(rel => resolve(scanRoot, rel)), loadCompilerOptions(scanRoot))
|
|
const checker = program.getTypeChecker()
|
|
for (const rel of rels) {
|
|
const sf = program.getSourceFile(resolve(scanRoot, rel))
|
|
if (!sf) continue // program root files always resolve; guard for narrowing
|
|
// A script-style declaration file (no imports/exports) is one big ambient
|
|
// scope; a module-style .d.ts still honors explicit export modifiers.
|
|
checkScope(sf.statements, '', { rel, sf, text: sf.text, checker, violations }, sf.isDeclarationFile && !ts.isExternalModule(sf))
|
|
}
|
|
return violations
|
|
}
|
|
|
|
/** CLI entry: list every violation and exit 1, or confirm a clean surface. */
|
|
function main(): void {
|
|
const violations = collectExportJsdocViolations()
|
|
if (violations.length === 0) {
|
|
console.log('verify-export-jsdoc: every exported name on the package surface is documented.')
|
|
return
|
|
}
|
|
console.error(`verify-export-jsdoc: ${violations.length} JSDoc completeness violation(s) (see AGENTS.md):`)
|
|
for (const v of violations) console.error(` ${v}`)
|
|
process.exit(1)
|
|
}
|
|
|
|
// Run only when invoked as a script, not when imported by a test.
|
|
if (process.argv[1] && import.meta.filename === resolve(process.argv[1])) {
|
|
main()
|
|
}
|