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https://github.com/openclaw/openclaw.git
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fe261b0f59
* chore(types): add declaration files for scripts/lib and scripts/e2e modules
* chore(types): add declaration files for top-level script modules (a-m)
* chore(types): add declaration files for top-level script modules (n-z)
* test: use a non-secret-shaped gateway token fixture
* test: type ci workflow guard helpers for the root test lane
* chore(tooling): typecheck root test/** with a dedicated tsgo lane
- test/tsconfig/tsconfig.test.root.json: root-test program (strict unused checks,
fixtures excluded; two Docker E2E clients that import built dist/** stay out,
same rationale as the scripts/e2e exclusion in tsconfig.scripts.json)
- tsgo:test:root wired into tsgo:test, check:test-types, scripts/check.mjs, and
the ci.yml test-types shard, mirroring the tsgo:scripts lane (#104348)
- changed-lane routing: test/**/*.ts (excluding fixtures) and the lane tsconfig
now trigger 'typecheck test root' in check:changed; previously test/ paths ran
lint only, so harness type errors surfaced first in CI (#104287 envDir case)
- burn down all 1071 latent type errors in the program: precise param/local
types across test/scripts, test/vitest, test/e2e, and transitive scripts/e2e
program members; 205 sibling .d.mts declaration files for imported .mjs
modules (committed separately); zero any, zero ts-expect-error
- resolve the pre-existing testing star-export ambiguity in
scripts/e2e/parallels/common.ts with an explicit re-export
Closes #104388
* chore(types): correct declaration fidelity per structured review
- re-derive 51 .d.mts files from implementation data flow instead of
initializers: fix a wrong never return (runTestProjectsDelegation returns
the child), add encoding-sensitive exec/spawn overloads (plain-gh), restore
the full release profile union, make parsed paths string | null, add missing
parseArgs fields via help/non-help unions, add a missing sibling declaration
(budget-number-args), drop 15 unused lint directives
- precise install-record/tuple typing removes the type-aware oxlint
regressions the first declarations caused in scripts/e2e implementations
- route .mts declaration edits under test/ to the testRoot lane and reference
the test-root project from tsconfig.projects.json so tsgo:all covers it
(closes both review findings against the lane wiring)
* chore(scripts): keep telegram runner dist typing structural for the boundary guard
* chore(types): declare runtime pack and gateway readiness exports added on main
* test: pin the importTargetPlan form of the plugin-contract plan import
The guard expectation still referenced the raw await import( form that
7ae5996bb3 (#103975) replaced with the importTargetPlan fallback helper;
the assertion fails on current main.
37 lines
1.8 KiB
TypeScript
37 lines
1.8 KiB
TypeScript
#!/usr/bin/env node
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/**
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* Extracts the gateway event name list from server-methods-list.ts source.
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* Bare identifiers in the array (e.g. GATEWAY_EVENT_UPDATE_AVAILABLE) are
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* resolved against constantsSource (src/gateway/events.ts).
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*/
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export function extractGatewayEventNames(listSource: unknown, constantsSource: unknown): string[];
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/**
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* Extracts qualified static string constants declared at Swift type scope.
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* Type qualification avoids resolving unrelated constants that share a short
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* member name elsewhere in the app.
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*/
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export function extractSwiftStaticStringConstants(source: unknown): Map<unknown, unknown>;
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/** Extracts Swift gateway-event case labels, including qualified constants. */
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export function extractSwiftHandledEvents(
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source: unknown,
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constants?: Map<unknown, unknown>,
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): Set<unknown>;
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/**
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* Extracts event names a Kotlin source handles: string-literal case labels of
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* `when (event)` blocks plus `event == "..."` comparisons, both scoped to
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* `fun handle*Event(...)` bodies. Scoping matters: bare `event == "..."`
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* literals also appear in predicate helpers that are not called from the
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* dispatch path (e.g. gatewayEventInvalidatesNodesDevices in NodeRuntime.kt),
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* and counting those would silently mark events as covered. Swift extraction
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* stays tree-wide because Swift consumption always reads `.event` off a
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* received EventFrame, which does not have that false-positive shape.
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*/
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export function extractKotlinHandledEvents(source: unknown): Set<unknown>;
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/**
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* Compares a client's handled events against the gateway catalog and its
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* allowlist. Returns human-readable error strings. Client-only names (e.g. the
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* client-synthesized "seqGap" pseudo-event) are intentionally ignored; this
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* check only guards the server->client direction.
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*/
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export function compareEventCoverage(params: unknown): string[];
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