440 lines
18 KiB
TypeScript
440 lines
18 KiB
TypeScript
import { describe, it, expect } from "vitest";
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import { readFileSync } from "node:fs";
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import path from "path";
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import { globSync } from "glob";
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import { loadFixtureFile, validateFixtures } from "@copilotkit/aimock";
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import type { ValidationResult } from "@copilotkit/aimock";
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const REPO_ROOT = path.resolve(__dirname, "..", "..", "..");
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const fixtureFiles: string[] = [
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...globSync("showcase/aimock/shared/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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}),
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...globSync("showcase/aimock/d4/**/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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}),
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...globSync("showcase/aimock/d6/**/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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}),
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...globSync("examples/integrations/*/fixtures/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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}),
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...globSync("scripts/doc-tests/fixtures/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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}),
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];
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// ---------------------------------------------------------------------------
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// Raw fixture entry with context preserved (loadFixtureFile strips context,
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// but we need it for collision detection).
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// ---------------------------------------------------------------------------
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interface RawFixtureEntry {
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match: {
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userMessage?: string;
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toolCallId?: string;
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toolName?: string;
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model?: string;
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hasToolResult?: boolean;
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turnIndex?: number;
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sequenceIndex?: number;
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endpoint?: string;
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context?: string;
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[key: string]: unknown;
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};
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response: unknown;
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[key: string]: unknown;
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}
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/**
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* Build a deterministic match key from the match object. The key encodes
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* every field that aimock uses for disambiguation so two fixtures with
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* identical keys would always collide at runtime.
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*/
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function matchKey(match: RawFixtureEntry["match"]): string {
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const parts: string[] = [];
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// Alphabetical, stable order
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if (match.endpoint != null) parts.push(`endpoint=${match.endpoint}`);
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if (match.hasToolResult != null)
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parts.push(`hasToolResult=${match.hasToolResult}`);
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if (match.model != null) parts.push(`model=${match.model}`);
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if (match.sequenceIndex != null)
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parts.push(`sequenceIndex=${match.sequenceIndex}`);
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if (match.toolCallId != null) parts.push(`toolCallId=${match.toolCallId}`);
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if (match.toolName != null) parts.push(`toolName=${match.toolName}`);
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if (match.turnIndex != null) parts.push(`turnIndex=${match.turnIndex}`);
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if (match.userMessage != null) parts.push(`userMessage=${match.userMessage}`);
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return parts.join("|");
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}
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/** Load raw fixture entries from a JSON file, preserving context. */
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function loadRawFixtures(filePath: string): RawFixtureEntry[] {
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try {
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const data = JSON.parse(readFileSync(filePath, "utf-8"));
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return (data.fixtures ?? []) as RawFixtureEntry[];
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} catch {
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return [];
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}
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}
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interface TaggedFixture {
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entry: RawFixtureEntry;
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file: string; // relative path
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index: number; // index within file
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}
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/** Scope key: the context value, or "__shared__" for context-less fixtures. */
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const SHARED_SCOPE = "__shared__";
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function scopeOf(entry: RawFixtureEntry): string {
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return entry.match.context ?? SHARED_SCOPE;
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}
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// ---------------------------------------------------------------------------
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// Deployment scopes — d4 and d6 fixtures never coexist at runtime, so
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// collision detection must check within each deployment's load set:
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// d4 runtime loads: shared/ + d4/
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// d6 runtime loads: shared/ + d6/
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// ---------------------------------------------------------------------------
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const sharedFiles = globSync("showcase/aimock/shared/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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});
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const d4Files = globSync("showcase/aimock/d4/**/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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});
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const d6Files = globSync("showcase/aimock/d6/**/*.json", {
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cwd: REPO_ROOT,
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absolute: true,
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});
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function tagFiles(files: string[]): TaggedFixture[] {
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return files.flatMap((fp) => {
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const rel = path.relative(REPO_ROOT, fp);
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return loadRawFixtures(fp).map((entry, i) => ({
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entry,
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file: rel,
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index: i,
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}));
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});
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}
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const sharedTagged = tagFiles(sharedFiles);
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const d4Tagged = tagFiles(d4Files);
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const d6Tagged = tagFiles(d6Files);
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/** Build a Map<contextScope, TaggedFixture[]> for a deployment's fixture set. */
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function groupByContext(
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fixtures: TaggedFixture[],
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): Map<string, TaggedFixture[]> {
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const map = new Map<string, TaggedFixture[]>();
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for (const t of fixtures) {
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const scope = scopeOf(t.entry);
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if (!map.has(scope)) map.set(scope, []);
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map.get(scope)!.push(t);
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}
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return map;
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}
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// Two deployment scopes: shared+d4 and shared+d6
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const deploymentScopes: {
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name: string;
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byContext: Map<string, TaggedFixture[]>;
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}[] = [
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{ name: "d4", byContext: groupByContext([...sharedTagged, ...d4Tagged]) },
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{ name: "d6", byContext: groupByContext([...sharedTagged, ...d6Tagged]) },
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];
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describe("aimock fixtures across repo", () => {
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it("discovers at least one fixture file", () => {
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expect(
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fixtureFiles.length,
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"fixture discovery returned 0 files — misconfigured glob or missing fixtures",
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).toBeGreaterThan(0);
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});
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for (const filePath of fixtureFiles) {
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const relative = path.relative(REPO_ROOT, filePath);
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it(`${relative} loads and validates with zero errors`, () => {
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const fixtures = loadFixtureFile(filePath);
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// If loadFixtureFile returns [], the file itself is broken (unreadable,
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// invalid JSON, or missing "fixtures" array). Treat as fatal.
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expect(
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fixtures.length,
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`${relative} produced 0 fixtures — file is unreadable or malformed`,
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).toBeGreaterThan(0);
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const results = validateFixtures(fixtures);
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const errors = results.filter(
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(r: ValidationResult) => r.severity === "error",
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);
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if (errors.length > 0) {
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const detail = errors
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.map((e: ValidationResult) => ` [${e.fixtureIndex}] ${e.message}`)
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.join("\n");
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throw new Error(
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`${relative} has ${errors.length} fixture validation error(s):\n${detail}`,
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);
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}
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expect(errors).toEqual([]);
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});
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}
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});
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// ---------------------------------------------------------------------------
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// Fixture collision detection
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//
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// Each test iterates over deployment scopes (d4, d6) independently because
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// d4 and d6 fixtures never coexist at runtime.
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// ---------------------------------------------------------------------------
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describe("fixture collision detection", () => {
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it("no exact duplicate match keys within the same context scope", () => {
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// Known baseline: 230 duplicates across D6 feature files where different
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// demos share the same pill prompts and toolCallIds. Bumped from 11 → 230
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// when D6 per-integration fixtures were added — each integration's new
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// feature-type fixtures (gen-ui-declarative, multimodal, prebuilt-*,
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// tool-rendering-*-catchall, etc.) naturally share match keys with the
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// pre-existing demo fixtures (render-a2ui, agentic-chat, tool-rendering,
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// gen-ui-tool-based) for the same integration. At runtime these are
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// disambiguated by the active demo / probe path.
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//
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// Bumped 230 → 276 (+46) when the gen-ui-headless-complete.json alias was
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// added across all 18 slugs. The gen-ui-headless-complete probe references
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// a dedicated fixtureFile but drives the same 4 headless-complete pills
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// (weather/stock/highlight/revenue), so its 8 fixtures per slug share
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// match keys with the pre-existing headless-complete.json for that
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// context. These are disambiguated at runtime by the probe's fixtureFile
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// / demo route, exactly like the other cross-feature key overlaps above.
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//
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// Bumped 276 → 288 (+12) when the declarative-gen-ui demo moved to the
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// CopilotKitMiddleware auto-A2UI path across the 3 langgraph integrations
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// (langgraph-python / -typescript / -fastapi). The middleware's inner
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// forced tool is `render_a2ui`, so each integration's gen-ui-declarative.json
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// gained 4 `render_a2ui` fixtures (KPI dashboard / pie / bar / status) that
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// share match keys with the pre-existing render_a2ui entries in that
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// integration's render-a2ui.json (the a2ui_fixed demo). 4 pills × 3
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// integrations = 12. Disambiguated at runtime by the probe's fixtureFile /
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// demo route, like the other cross-feature overlaps above.
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//
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// Bumped 288 → 290 (+2) when the hitl / gen-ui-interrupt / threadid demos
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// were ported to google-adk (W3 parity). The new per-demo google-adk
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// fixtures reuse google-adk's standard prebuilt-probe pills ("hi from the
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// popup/sidebar test"), so they share match keys with the pre-existing
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// prebuilt-popup.json / prebuilt-sidebar.json entries for that context.
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// Disambiguated at runtime by the probe's fixtureFile / demo route, like
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// the other cross-feature overlaps above.
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//
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// Bumped 290 → 291 (+1) in #5427 when BIA tool-rendering.json's bare 'AAPL'
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// matchers were tightened to 'current price of AAPL' to stop shadowing
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// gen-ui-headless-complete.json's 'price of AAPL right now' headless pill.
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// The tightened matchers share keys with tool-rendering-custom-catchall.json's
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// pre-existing 'current price of AAPL' entries in the same BIA context (the
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// hasToolResult:false emitter pair and the hasToolResult:true narration pair).
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// Disambiguated at runtime by feature route (tool-rendering vs custom-catchall
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// fixtureFile) plus the catchall's distinct first prompt ('check Tokyo weather
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// forecast') that gates the multi-pill session before the AAPL pill fires.
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//
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// NOTE: the a2ui-recovery demos (langgraph python/fastapi/typescript +
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// strands python/typescript) deliberately use UNIQUE recovery prompts per
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// framework. Inner render_a2ui fixtures cannot be context-scoped (the in-graph
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// render sub-agent's model client does not forward x-aimock-context), and
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// aimock loads every framework's d6 dir into one process, so identical prompts
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// would let the first-loaded framework's fixture hijack another's render calls.
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// Unique prompts keep each framework's inner fixtures distinct → no new
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// shared-scope duplicates, so this ceiling stays at the pre-recovery baseline.
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//
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// Bumped 291 → 297 (+6) for the Claude SDK demo parity port after
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// de-duplicating avoidable no-context beautiful-chat fallbacks. The
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// remaining new overlaps are context-scoped cross-demo fixture aliases
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// (interrupt/gen-ui-interrupt, declarative/render_a2ui, and copied
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// LangGraph headless/feature-parity routes) that are disambiguated by
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// fixtureFile/demo route like the existing integration parity copies above.
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const KNOWN_DUPLICATE_CEILING = 297;
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const collisions: string[] = [];
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for (const { name: deploy, byContext } of deploymentScopes) {
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for (const [ctx, fixtures] of byContext) {
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const seen = new Map<string, TaggedFixture>();
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for (const t of fixtures) {
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const key = matchKey(t.entry.match);
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const prev = seen.get(key);
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if (prev) {
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collisions.push(
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`[${deploy}] context="${ctx}" key="${key}"\n` +
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` first: ${prev.file}[${prev.index}]\n` +
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` second: ${t.file}[${t.index}]`,
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);
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} else {
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seen.set(key, t);
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}
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}
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}
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}
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expect(
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collisions.length,
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`Exact duplicate count (${collisions.length}) exceeds ceiling (${KNOWN_DUPLICATE_CEILING}).\n` +
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`Entries beyond the ceiling (iteration order — NOT necessarily the newly introduced ones; diff against the baseline to find the real offenders):\n${collisions.slice(KNOWN_DUPLICATE_CEILING).join("\n\n")}`,
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).toBeLessThanOrEqual(KNOWN_DUPLICATE_CEILING);
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});
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it("no substring shadow collisions within the same context scope", () => {
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// A "substring shadow" is when fixture A's userMessage is a substring
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// of fixture B's userMessage, AND they share the same values for all
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// other differentiating fields (toolName, toolCallId, hasToolResult,
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// turnIndex, sequenceIndex, endpoint). In that case aimock's substring
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// matching would cause A to shadow B (or vice versa depending on load
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// order), leading to non-deterministic behavior.
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//
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// Known baseline: 128 pre-existing shadows across d4+d6 (tracked for
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// cleanup). The D6 per-integration feature-type fixtures
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// (tool-rendering-*-catchall, agent-config, gen-ui-interrupt) create
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// expected substring overlaps with pre-existing fixtures in the same
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// context (e.g. "What's the current price of AAPL?" vs "AAPL" in
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// tool-rendering.json, or "tone:professional — ..." vs
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// "tone:professional" in chat-css.json). These are disambiguated at
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// runtime by other match fields (toolCallId, toolName, turnIndex).
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// This test fails if the count INCREASES, preventing new shadows
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// from being introduced. Ratchet down as shadows are cleaned up.
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// Bumped 123→128 in #5412: 5 new substring overlaps in d6/{ag2,cst}
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// gen-ui-declarative + cst/tool-rendering fixtures, runtime-disambiguated
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// by toolCallId chunk boundaries and load-order ordering of inner-call
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// mirrors before outer fixtures (see _meta._note in those files).
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// Bumped 128→134 in #5427: 6 new substring overlaps in
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// d6/built-in-agent/{tool-rendering, tool-rendering-reasoning-chain}
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// fixtures from the BIA 5-tool D6 port (weather/flight/stock/d20/
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// catchall pill variants), runtime-disambiguated by toolName +
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// toolCallId.
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//
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// Ratcheted 134→132 (-2) in #5427 follow-up: BIA tool-rendering.json's
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// bare 'AAPL' matchers were tightened to 'current price of AAPL' (no
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// longer a substring of gen-ui-headless-complete's 'price of AAPL right
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// now' pill), removing 2 pre-existing shadow pairs. The companion
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// sequenceIndex-gated emitter + narration-fallback pairs in
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// gen-ui-headless-complete.json do not introduce new shadows — the
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// narration fallbacks share the same userMessage prefix as the emitters
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// (which the shadow detector skips because identical strings are caught
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// by the exact-duplicate test, not the shadow test).
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// Bumped 132→137: +5 substring shadows from the strands-typescript D6 port
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// (its per-integration fixtures mirror the Python strands sibling —
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// calculator + tool-rendering pill variants), runtime-disambiguated by
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// toolCallId / toolName / turnIndex like the other per-integration copies.
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// Bumped 139→142 after this PR rebased against current main. The remaining
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// counted shadows are pre-existing D4/D6 baseline overlaps (for example
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// weather/AAPL/project-planning/calculator prompt variants), not Claude SDK
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// local fallback aliases. Browser-local Claude demos now get an AIMock
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// context header from server-side HttpAgent defaults instead of relying on
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// context-less prompt aliases.
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const KNOWN_SHADOW_CEILING = 142;
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const shadows: string[] = [];
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for (const { name: deploy, byContext } of deploymentScopes) {
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for (const [ctx, fixtures] of byContext) {
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// Only consider fixtures that have a userMessage
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const withMsg = fixtures.filter(
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(t) => typeof t.entry.match.userMessage === "string",
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);
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for (let i = 0; i < withMsg.length; i++) {
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for (let j = i + 1; j < withMsg.length; j++) {
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const a = withMsg[i];
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const b = withMsg[j];
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const msgA = a.entry.match.userMessage!;
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const msgB = b.entry.match.userMessage!;
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// Skip if messages are identical (caught by exact-duplicate test)
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if (msgA === msgB) continue;
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// Check substring relationship
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const aInB = msgB.includes(msgA);
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const bInA = msgA.includes(msgB);
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if (!aInB && !bInA) continue;
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// Check if other differentiating criteria are identical
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const diffFields = [
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"toolName",
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"toolCallId",
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"hasToolResult",
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"turnIndex",
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"sequenceIndex",
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"endpoint",
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] as const;
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const sameOtherCriteria = diffFields.every(
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(f) => a.entry.match[f] === b.entry.match[f],
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);
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if (!sameOtherCriteria) continue;
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const shorter = aInB ? a : b;
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const longer = aInB ? b : a;
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shadows.push(
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`[${deploy}] context="${ctx}"\n` +
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` shorter: "${shorter.entry.match.userMessage}" ` +
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`(${shorter.file}[${shorter.index}])\n` +
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` longer: "${longer.entry.match.userMessage}" ` +
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`(${longer.file}[${longer.index}])`,
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);
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}
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}
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}
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}
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// Ratchet: fail if new shadows are introduced; lower the ceiling as
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// pre-existing shadows are cleaned up.
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expect(
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shadows.length,
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`Substring shadow count (${shadows.length}) exceeds ceiling (${KNOWN_SHADOW_CEILING}).\n` +
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`Entries beyond the ceiling (iteration order — NOT necessarily the newly introduced ones; diff against the baseline to find the real offenders):\n${shadows.slice(KNOWN_SHADOW_CEILING).join("\n\n")}`,
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).toBeLessThanOrEqual(KNOWN_SHADOW_CEILING);
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});
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it("shared (no-context) fixtures have no exact userMessage collisions with scoped fixtures", () => {
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// Shared fixtures (no context field) match ANY context at runtime.
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// If a shared fixture has the same userMessage as a scoped fixture,
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// the match is ambiguous — load order determines which wins.
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const sharedWithMsg = sharedTagged.filter(
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(t) => typeof t.entry.match.userMessage === "string",
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);
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if (sharedWithMsg.length === 0) return; // nothing to check
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const collisions: string[] = [];
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for (const { name: deploy, byContext } of deploymentScopes) {
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for (const [ctx, fixtures] of byContext) {
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if (ctx === SHARED_SCOPE) continue;
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for (const s of sharedWithMsg) {
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for (const t of fixtures) {
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if (typeof t.entry.match.userMessage !== "string") continue;
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if (s.entry.match.userMessage !== t.entry.match.userMessage)
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continue;
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collisions.push(
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`[${deploy}] userMessage="${s.entry.match.userMessage}"\n` +
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` shared: ${s.file}[${s.index}]\n` +
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` scoped: ${t.file}[${t.index}] (context="${ctx}")`,
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);
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}
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}
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}
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}
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if (collisions.length > 0) {
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throw new Error(
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`Found ${collisions.length} shared-vs-scoped userMessage collision(s):\n\n${collisions.join("\n\n")}`,
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);
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}
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});
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});
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