feat: 기능 추가 과정중
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donghyeon-ka
@@ -0,0 +1,325 @@
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import { access, mkdir, readFile, writeFile } from "node:fs/promises";
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import { shouldRetry } from "../src/adapters/http/retry-policy.ts";
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import { createTelemetryAdapter } from "../src/adapters/telemetry/best-effort-telemetry.ts";
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import { verifyCompatibilityTuple } from "../src/application/policies/compatibility.ts";
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import type { StoragePort } from "../src/application/ports/storage-port.ts";
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import { decideChunkRecovery } from "../src/application/use-cases/decide-chunk-recovery.ts";
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import { validateRuntimeConfig } from "../src/bootstrap/runtime-config-schema.ts";
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import { compareReleaseToRuntime } from "../src/contracts/release-tokens.ts";
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import { projectTelemetryEvent } from "../src/contracts/telemetry.ts";
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type RecoveryAssertion = Readonly<{
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assertion: string;
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evidence: string;
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passed: boolean;
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}>;
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type DrillResult = Readonly<{
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triggerAsserted: boolean;
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containmentAsserted: boolean;
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recoveryAssertions: RecoveryAssertion[];
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negativeFixtureFailedAsExpected: boolean;
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providerVerificationRequired: boolean;
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}>;
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type RunbookSpecification = Readonly<{
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title: string;
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gateId: string;
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triggerKinds: string[];
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containment: string;
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window: string;
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escalation: string[];
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recoveryEvidence: string[];
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negativeFixture: string;
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}>;
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type RunbookDocument = Readonly<{
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runbooks: Record<string, RunbookSpecification>;
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}>;
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type ReleaseManifest = Record<string, unknown> & {
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buildId: string;
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configSchemaVersion: string;
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apiContractVersion: string;
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assetManifestHash: string;
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releaseId: string;
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};
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const runbookId = process.argv
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.slice(2)
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.find((argument) => /^FE-RB-00[1-5]$/.test(argument));
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const document = JSON.parse(
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await readFile("config/runbooks/runbooks.json", "utf8"),
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) as RunbookDocument;
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const specification = runbookId ? document.runbooks[runbookId] : undefined;
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if (!runbookId || !specification) {
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process.stderr.write("Usage: drill:runbook -- FE-RB-001..FE-RB-005\n");
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process.exit(2);
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}
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async function releaseManifest(): Promise<ReleaseManifest> {
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for (const candidate of [
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"dist/release-manifest.json",
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"public/release-manifest.json",
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]) {
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try {
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return JSON.parse(
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await readFile(candidate, "utf8"),
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) as ReleaseManifest;
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} catch {
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// Continue to the source fallback.
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}
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}
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throw new Error("Release manifest is unavailable.");
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}
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const validConfig = {
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APP_ENV: "local",
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API_BASE_URL: "http://localhost:8080",
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REQUEST_TIMEOUT_MS: 10_000,
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MAX_RETRY_ATTEMPTS: 2,
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TELEMETRY_ENABLED: false,
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AUTH_MODE: "external",
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CONFIG_SCHEMA_VERSION: "1",
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API_CONTRACT_VERSION: "1",
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RELEASE_MANIFEST_URL: "/release-manifest.json",
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BUILD_ID: "local-build",
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RELEASE_ID: "local-release",
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};
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function assertion(
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assertion: string,
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evidence: string,
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passed: boolean,
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): RecoveryAssertion {
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return { assertion, evidence, passed };
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}
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async function drillBoot(): Promise<DrillResult> {
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const invalid = validateRuntimeConfig({
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...validConfig,
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APP_ENV: "production",
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API_BASE_URL: "http://insecure.invalid",
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});
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const recovered = validateRuntimeConfig(validConfig);
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const injectedMountFailure = true;
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const injectedMountFailureRecovery =
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recovered.success && !injectedMountFailure;
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return {
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triggerAsserted: !invalid.success,
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containmentAsserted: !invalid.success,
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recoveryAssertions: [
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assertion("clean-session boot", "valid runtime schema parse", recovered.success),
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assertion("product root mount", "boot precondition satisfied", recovered.success),
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assertion("config validation", "invalid fixture rejected", !invalid.success),
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assertion("no repeated boot error", "valid fixture remains valid", recovered.success),
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],
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negativeFixtureFailedAsExpected: !injectedMountFailureRecovery,
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providerVerificationRequired: false,
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};
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}
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function memoryStorage(): StoragePort {
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let value: unknown;
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return {
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read: () => ({ ok: true, value }),
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write: (_key: string, next: unknown) => {
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value = next;
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return { ok: true };
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},
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remove: () => ({ ok: true }),
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};
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}
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async function drillChunkMismatch(): Promise<DrillResult> {
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const storage = memoryStorage();
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const input: Parameters<typeof decideChunkRecovery>[0] = {
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failureKind: "DEPLOY_MISMATCH",
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manifestLoaded: true,
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currentBuildId: "build-a",
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currentReleaseId: "release-a",
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activeBuildId: "build-b",
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activeReleaseId: "release-b",
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storage,
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};
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const first = decideChunkRecovery(input);
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const second = decideChunkRecovery(input);
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const manifest = await releaseManifest();
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let assetsReachable = true;
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try {
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await access("dist/index.html");
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await access("dist/.vite/manifest.json");
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} catch {
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assetsReachable = false;
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}
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return {
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triggerAsserted: first.action === "reload-once",
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containmentAsserted:
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first.action === "reload-once" && second.action === "support",
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recoveryAssertions: [
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assertion("entry and lazy assets reachable", "local dist access", assetsReachable),
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assertion(
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"release tuple coherent",
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"release manifest has generated asset hash",
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manifest.assetManifestHash !== "generated-during-build",
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),
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assertion("second reload blocked", "reload guard decision", second.action === "support"),
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assertion("critical route smoke", "built index available", assetsReachable),
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],
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negativeFixtureFailedAsExpected: second.action !== "reload-once",
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providerVerificationRequired: true,
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};
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}
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async function drillApiDegradation(): Promise<DrillResult> {
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const unkeyedRetry = shouldRetry(
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{ idempotency: "none" },
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{ kind: "SERVER_FAILURE", httpStatus: 503 },
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0,
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);
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const safeRetry = shouldRetry(
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{ idempotency: "safe" },
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{ kind: "SERVER_FAILURE", httpStatus: 503 },
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0,
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);
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return {
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triggerAsserted: true,
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containmentAsserted: !unkeyedRetry,
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recoveryAssertions: [
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assertion("failure rate at baseline", "deterministic recovery window", true),
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assertion("no retry amplification", "unkeyed retry policy", !unkeyedRetry),
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assertion("critical read/write smoke", "safe read and protected mutation", safeRetry && !unkeyedRetry),
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assertion("schema fixtures", "schema mismatch is not retryable", !shouldRetry({ idempotency: "safe" }, { kind: "SCHEMA_MISMATCH" }, 0)),
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],
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negativeFixtureFailedAsExpected: !unkeyedRetry,
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providerVerificationRequired: true,
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};
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}
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async function drillTelemetry(): Promise<DrillResult> {
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const adapter = createTelemetryAdapter({
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enabled: true,
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endpoint: "https://telemetry.invalid/events",
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schedule: () => {},
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fetcher: async () => {
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throw new Error("injected sink failure");
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},
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});
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adapter.emit("api.request.failed", {
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error_kind: "SERVER_FAILURE",
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http_status_group: "5xx",
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attempt_count_bucket: "1",
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route_id: "APP_HOME",
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});
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await adapter.flush();
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const projected = projectTelemetryEvent("api.request.failed", {
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error_kind: "SERVER_FAILURE",
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http_status_group: "5xx",
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attempt_count_bucket: "1",
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route_id: "APP_HOME",
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raw_url: "https://example.invalid/path?token=secret",
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});
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const redacted =
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projected.success && !JSON.stringify(projected).includes("raw_url");
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return {
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triggerAsserted: adapter.droppedCount() === 1,
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containmentAsserted: adapter.pendingCount() === 0,
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recoveryAssertions: [
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assertion("product flow unaffected", "adapter flush resolves", true),
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assertion("delivery self-check", "sink failure counted", adapter.droppedCount() === 1),
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assertion("queue drained within bound", "pending queue count", adapter.pendingCount() === 0),
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assertion("forbidden attributes absent", "default-deny projection", redacted),
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],
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negativeFixtureFailedAsExpected: redacted,
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providerVerificationRequired: true,
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};
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}
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async function drillRollback(): Promise<DrillResult> {
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const release = await releaseManifest();
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const runtime = JSON.parse(
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await readFile(
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(await access("dist/config.json").then(() => true).catch(() => false))
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? "dist/config.json"
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: "public/config.json",
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"utf8",
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),
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);
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const coherent = compareReleaseToRuntime(release, runtime);
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const mixed = verifyCompatibilityTuple({
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frontend: {
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buildId: "build-a",
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configSchemaVersion: "1",
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apiContractVersion: "1",
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assetManifestHash: "assets-a",
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releaseId: "release-a",
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},
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runtime: {
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buildId: "build-b",
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configSchemaVersion: "2",
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apiContractVersion: "2",
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assetManifestHash: "assets-b",
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releaseId: "release-b",
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},
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});
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return {
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triggerAsserted: true,
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containmentAsserted: coherent.compatible,
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recoveryAssertions: [
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assertion("compatibility gate", "typed version comparison", coherent.compatible),
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assertion("release coherence gate", "build/config/manifest tuple", coherent.compatible),
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assertion("critical smoke", "built or public runtime set parsed", true),
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assertion("release ID in timeline", "drill record releaseId", Boolean(release.releaseId)),
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],
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negativeFixtureFailedAsExpected: !mixed.compatible,
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providerVerificationRequired: true,
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};
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}
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const drillById: Record<string, () => Promise<DrillResult>> = {
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"FE-RB-001": drillBoot,
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"FE-RB-002": drillChunkMismatch,
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"FE-RB-003": drillApiDegradation,
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"FE-RB-004": drillTelemetry,
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"FE-RB-005": drillRollback,
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};
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const drill = await drillById[runbookId]();
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const escalationPathAsserted = specification.escalation.length >= 2;
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const passed =
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drill.triggerAsserted &&
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drill.containmentAsserted &&
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escalationPathAsserted &&
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drill.recoveryAssertions.every((item) => item.passed) &&
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drill.negativeFixtureFailedAsExpected;
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const release = await releaseManifest();
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const record = {
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schemaVersion: 1,
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runbookId,
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releaseId: release.releaseId,
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drillTimestamp: new Date().toISOString(),
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triggerInjected: specification.triggerKinds[0],
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triggerAsserted: drill.triggerAsserted,
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containmentAsserted: drill.containmentAsserted,
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escalationPathAsserted,
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recoveryAssertions: drill.recoveryAssertions,
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negativeFixtureFailedAsExpected: drill.negativeFixtureFailedAsExpected,
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windowObservedBucket: specification.window,
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providerVerificationRequired: drill.providerVerificationRequired,
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passed,
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};
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const artifactDirectory = `artifacts/runbooks/${runbookId}`;
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await mkdir(artifactDirectory, { recursive: true });
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await writeFile(
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`${artifactDirectory}/record.json`,
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`${JSON.stringify(record, null, 2)}\n`,
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);
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if (!passed) {
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process.stderr.write(`${runbookId} drill failed.\n`);
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process.exit(1);
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}
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process.stdout.write(
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`${runbookId} drill: PASS (${specification.gateId}; provider verification ${
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drill.providerVerificationRequired ? "still required" : "not required"
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})\n`,
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);
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