DongHyeonka
3b641906b8
Adds TECH_LOG_STUDIO_SOURCE (MOCK | HTTP, default MOCK) to the V2 runtime
config schema so a build can switch createTechLogFeatureInstalledInput
between the mock and HTTP Studio gateways without a rebuild. V1 documents
predate the key and always normalize to MOCK. The HTTP gateway is
constructed with only { operations } per Task 4's actual signature -
no CSRF provider is wired here; that lands with attachCredentials at a
later composition-root task.
Updates every existing Studio test call site to the new required
createTechLogFeatureInstalledInput(context) signature via a shared
tests/helpers/studio-install-context.ts MOCK fixture, so the whole
existing Studio suite keeps exercising the mock adapter unchanged.
110 lines
3.9 KiB
TypeScript
110 lines
3.9 KiB
TypeScript
import assert from "node:assert/strict";
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import { test } from "vitest";
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import type { ApplicationFeatureInputs } from "../../../src/application/ports/in/application-api.ts";
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import { createInstalledFeatureInputs } from "../../../src/features/installed-feature-adapters.ts";
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import { FIXTURE_IDS } from "../../../src/features/tech-log/adapters/mock/fixtures.ts";
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import type { TechLogFeatureInput } from "../../../src/features/tech-log/application/tech-log-feature-input.ts";
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import type { WorkingCopy } from "../../../src/features/tech-log/contracts/studio/contract.ts";
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type Equal<Left, Right> =
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(<Value>() => Value extends Left ? 1 : 2) extends <Value>() =>
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Value extends Right ? 1 : 2
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? true
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: false;
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type Expect<Value extends true> = Value;
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type InstalledInputs = ReturnType<typeof createInstalledFeatureInputs>;
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type _InstalledIdsAreExact = Expect<
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Equal<keyof InstalledInputs, "reference-feature" | "tech-log">
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>;
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type _TechLogRegistryValueIsExact = Expect<
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Equal<ApplicationFeatureInputs["tech-log"], TechLogFeatureInput>
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>;
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void (0 as unknown as _InstalledIdsAreExact);
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void (0 as unknown as _TechLogRegistryValueIsExact);
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function inputOf(document: WorkingCopy) {
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const { id, version, updatedAt, ...input } = document;
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void id;
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void version;
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void updatedAt;
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return input;
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}
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function installedInputs(
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studioSource: "MOCK" | "HTTP" = "MOCK",
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): InstalledInputs {
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return createInstalledFeatureInputs({
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studioSource,
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contractOperations: {
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async execute() {
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throw new Error("reference executor is not used by composition tests");
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},
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},
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});
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}
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test("installs TechLog beside the retained reference feature through application-facing inputs", () => {
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const installed = installedInputs();
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assert.deepEqual(Object.keys(installed), ["reference-feature", "tech-log"]);
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assert.deepEqual(Object.keys(installed["tech-log"]).sort(), [
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"createStudioGateway",
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"publicContent",
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]);
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assert.equal(Object.isFrozen(installed), true);
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assert.equal(Object.isFrozen(installed["tech-log"]), true);
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assert.equal(Object.isFrozen(installed["tech-log"].publicContent), true);
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assert.equal(
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installed["tech-log"].publicContent.getRelease("0.1.0")?.title,
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"TechLog Public·Studio 경계를 확정했습니다",
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);
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});
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test("selects the mock gateway by default and the HTTP gateway when switched", async () => {
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const mockGateway = installedInputs("MOCK")["tech-log"].createStudioGateway();
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const httpGateway = installedInputs("HTTP")["tech-log"].createStudioGateway();
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// The mock reads an in-memory fixture immediately. HTTP defers to the
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// (here, throwing) contract executor, so it rejects instead.
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await assert.doesNotReject(mockGateway.getDashboard());
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await assert.rejects(httpGateway.getDashboard());
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});
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test("each createStudioGateway call owns an isolated mutable Studio session", async () => {
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const installed = installedInputs();
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const first = installed["tech-log"].createStudioGateway();
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const second = installed["tech-log"].createStudioGateway();
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assert.notEqual(first, second);
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const firstBefore = await first.getDocument(FIXTURE_IDS.fetchJoinCase);
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const secondBefore = await second.getDocument(FIXTURE_IDS.fetchJoinCase);
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assert.equal(firstBefore.document.title, secondBefore.document.title);
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const saved = await first.saveDocument(
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firstBefore.document.id,
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{
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expectedVersion: firstBefore.document.version,
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document: {
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...inputOf(firstBefore.document),
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title: "첫 번째 세션에서만 수정",
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},
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},
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{ idempotencyKey: "session-isolation" },
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);
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assert.equal(saved.document.title, "첫 번째 세션에서만 수정");
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assert.equal(
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(await second.getDocument(FIXTURE_IDS.fetchJoinCase)).document.title,
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secondBefore.document.title,
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);
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assert.equal(
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installed["tech-log"].publicContent.getRecord(
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"CASE",
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"collection-fetch-join-pagination",
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)?.title,
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"컬렉션 Fetch Join과 페이징은 왜 충돌하는가",
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);
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});
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