// Component tests for the remaining Phase 10 active-view stubs. Each
// stub renders the localised view title plus the `coming soon` body
// copy and exposes a stable `data-testid` so later phases can replace
// the content without renaming the test hook. Phase 17 lit up the
// ship-classes table (Phase 30 folded the designer into the sidebar
// calculator); Phase 21 lit up the sciences table and the science
// designer. Their assertions moved to dedicated suites
// (`table-ship-classes.test.ts`, `calculator-tab.test.ts`,
// `table-sciences.test.ts`, `designer-science.test.ts`); the
// `table.svelte` router still falls
// back to the stub for the remaining entities (planets, ship-groups,
// fleets, races) and that fallback is exercised here.

import "@testing-library/jest-dom/vitest";
import { render } from "@testing-library/svelte";
import { beforeEach, describe, expect, test } from "vitest";

import { i18n } from "../src/lib/i18n/index.svelte";
import {
	registerSyntheticBattle,
	resetSyntheticBattles,
} from "../src/api/synthetic-battle";
import type { BattleReport } from "../src/api/battle-fetch";

import MapView from "../src/lib/active-view/map.svelte";
import TableView from "../src/lib/active-view/table.svelte";
import ReportView from "../src/lib/active-view/report.svelte";
import BattleView from "../src/lib/active-view/battle.svelte";
import MailView from "../src/lib/active-view/mail.svelte";

beforeEach(() => {
	i18n.resetForTests("en");
	resetSyntheticBattles();
});

describe("active-view stubs", () => {
	test("map view renders loading overlay when no game-state context is provided", () => {
		// The live integration in `lib/active-view/map.svelte` (Phase 11)
		// reads its data from a `GameStateStore` provided through context
		// by `routes/games/[id]/+layout.svelte`. Without the context the
		// store reference is `undefined` and the view stays in the
		// `idle` branch, surfacing the localised loading overlay so the
		// shell never renders an empty active-view slot.
		const ui = render(MapView);
		const node = ui.getByTestId("active-view-map");
		expect(node).toHaveAttribute("data-status", "idle");
		expect(ui.getByTestId("map-loading")).toBeInTheDocument();
		expect(ui.getByTestId("map-canvas-wrap")).toBeInTheDocument();
	});

	test("table stub falls back for not-yet-implemented entities", () => {
		const ui = render(TableView, { props: { entity: "planets" } });
		const node = ui.getByTestId("active-view-table");
		expect(node).toHaveAttribute("data-entity", "planets");
		expect(node).toHaveTextContent("planets");
		expect(node).toHaveTextContent("coming soon");
	});

	test("table stub also handles multi-word entities", () => {
		const ui = render(TableView, { props: { entity: "ship-groups" } });
		const node = ui.getByTestId("active-view-table");
		expect(node).toHaveAttribute("data-entity", "ship-groups");
		expect(node).toHaveTextContent("ship groups");
	});

	test("report view mounts with the icon-popup TOC", () => {
		// Phase 23 replaces the Phase 10 stub with the full report
		// orchestrator. The orchestrator mounts the table of contents
		// regardless of report state; the inner sections render
		// loading copy until a `RenderedReportSource` lands via
		// context. This test only smokes the orchestrator scaffold —
		// per-section assertions live in `report-section-*.test.ts`.
		// F8-09 collapsed the TOC into a single sticky icon-popup
		// trigger; "Back to map" lives in the app-shell view menu.
		const r = render(ReportView);
		expect(r.getByTestId("active-view-report")).toBeInTheDocument();
		expect(r.getByTestId("report-toc")).toBeInTheDocument();
		expect(r.getByTestId("report-toc-trigger")).toBeInTheDocument();
	});

	test("mail stub renders its localised title", () => {
		const m = render(MailView);
		expect(m.getByTestId("active-view-mail")).toHaveTextContent(
			"diplomatic mail",
		);
	});

	test("battle view stamps the battleId and shows the loading placeholder for a live game", () => {
		// Phase 27 replaces the Phase 10 stub with the Battle Viewer
		// wrapper. The latest layout iteration moved the back-
		// navigation buttons inside `BattleViewer` so they only mount
		// once the BattleReport finishes loading. The wrapper itself
		// always renders the `active-view-battle` host with the
		// `data-battle-id` stamp and a localized loading copy until
		// the fetcher resolves. For a live game id the wrapper also
		// waits for the surrounding layout to publish a `GalaxyClient`
		// before issuing the fetch — without the context here the
		// effect stays in `loading` as designed.
		const ui = render(BattleView, {
			props: {
				gameId: "00000000-0000-0000-0000-000000000010",
				turn: 0,
				battleId: "b-42",
			},
		});
		const node = ui.getByTestId("active-view-battle");
		expect(node).toHaveAttribute("data-battle-id", "b-42");
		expect(ui.getByTestId("battle-loading")).toBeInTheDocument();
	});

	test("battle view surfaces the not-found state for an empty battleId", () => {
		const ui = render(BattleView, {
			props: { gameId: "synthetic-test", turn: 0, battleId: "" },
		});
		expect(ui.getByTestId("active-view-battle")).toHaveAttribute(
			"data-battle-id",
			"",
		);
		expect(ui.getByTestId("battle-not-found")).toBeInTheDocument();
	});

	test("battle view surfaces not-found for a synthetic game when no fixture is registered", async () => {
		// Synthetic games never publish a GalaxyClient — the in-game
		// shell layout deliberately skips `galaxyClient.set(...)` on
		// that branch. The viewer must resolve the fixture (or its
		// absence) without waiting on the client handle; if it did
		// wait, the view would sit on `loading` indefinitely because
		// the handle never lands. `fetchBattle` itself is `async`, so
		// even the synchronous fixture-miss path resolves on a
		// microtask — `findByTestId` lets the BattleViewer wrapper
		// flush its rejection handler before the assertion.
		const ui = render(BattleView, {
			props: {
				gameId: "synthetic-test",
				turn: 0,
				battleId: "missing-fixture",
			},
		});
		await ui.findByTestId("battle-not-found");
	});

	test("battle view renders a synthetic fixture without a GalaxyClient context", async () => {
		// Regression for the dev-deploy bug where the viewer
		// short-circuited to `loading` for every cross click on a
		// synthetic-report game. The fixture below mirrors the shape
		// `fetchBattle` returns for the live path; once
		// `lookupSyntheticBattle` resolves it, the wrapper transitions
		// to `ready` and mounts the BattleViewer scene.
		const fixture: BattleReport = {
			id: "fixture-battle",
			planet: 1,
			planetName: "Earth",
			races: { "0": "00000000-0000-0000-0000-0000000000aa" },
			ships: {},
			protocol: [],
		};
		registerSyntheticBattle(fixture);

		const ui = render(BattleView, {
			props: {
				gameId: "synthetic-test",
				turn: 0,
				battleId: "fixture-battle",
			},
		});
		await ui.findByTestId("battle-viewer");
		expect(ui.queryByTestId("battle-loading")).not.toBeInTheDocument();
	});
});