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https://github.com/callstack/agent-device.git
synced 2026-09-14 20:06:34 +08:00
Michał Pierzchała
e70fac7b44
The capability matrix admitted `viewport` on every Apple simulator and device while no Apple interactor implements `setViewport`, so the command was routed to the device and only rejected inside dispatch with the backend-shaped "viewport is not supported by this backend". Nothing can serve it there: Apple screen geometry is fixed by the selected device type and neither simctl nor XCTest exposes a resize primitive, so viewport is a web-surface contract (its CLI summary and docs already say so). Deny it in the descriptor's capability facet, matching the adjacent Android denial, and give the Apple family an unsupported hint that names the surface that does support it. Admission now fails before the request reaches the device: "viewport is not supported on this device" with supportedOn: web. The iOS simulator coverage manifest's known-gap row becomes a capability-denial row owned by the static coverage test, which retires the whole known-gap level and the `full:known-gaps` live scenario that existed only to pin this failure. Closes #1407
66 lines
2.6 KiB
TypeScript
66 lines
2.6 KiB
TypeScript
import assert from 'node:assert/strict';
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import path from 'node:path';
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import { PUBLIC_COMMANDS } from '../../../src/command-catalog.ts';
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import { requireDevice } from './live-assertions.ts';
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import { type LiveContext, runStep, verifyCommand } from './live-harness.ts';
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const C = PUBLIC_COMMANDS;
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export async function assertDeviceLifecycle(context: LiveContext): Promise<void> {
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const reinstall = await runStep(context, 'reinstall cached fixture', [
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'reinstall',
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context.appId,
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context.appPath,
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]);
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assert.equal(reinstall.json?.data?.bundleId, context.appId, JSON.stringify(reinstall.json));
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assert.equal(
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path.resolve(String(reinstall.json?.data?.appPath)),
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path.resolve(context.appPath),
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JSON.stringify(reinstall.json),
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);
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verifyCommand(context, C.reinstall, 'typed reinstall result retains fixture identity and path');
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let primaryError: unknown;
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try {
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const shutdown = await runStep(context, 'shutdown selected simulator', ['shutdown']);
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assert.equal(shutdown.json?.data?.id, context.udid, JSON.stringify(shutdown.json));
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assert.equal(shutdown.json?.data?.shutdown?.success, true, JSON.stringify(shutdown.json));
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const stoppedInventory = await runStep(context, 'verify simulator shutdown', ['devices']);
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assert.equal(requireDevice(stoppedInventory, context.udid).booted, false);
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verifyCommand(context, C.shutdown, 'inventory reports the selected simulator as shut down');
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const boot = await runStep(context, 'boot selected simulator', ['boot'], {
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timeoutMs: 300_000,
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});
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assert.equal(boot.json?.data?.id, context.udid, JSON.stringify(boot.json));
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assert.equal(boot.json?.data?.booted, true, JSON.stringify(boot.json));
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const bootedInventory = await runStep(context, 'verify simulator boot', ['devices']);
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assert.equal(requireDevice(bootedInventory, context.udid).booted, true);
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verifyCommand(context, C.boot, 'typed result and inventory report the simulator booted again');
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} catch (error) {
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primaryError = error;
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}
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if (primaryError === undefined) return;
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let recoveryError: unknown;
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try {
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const inventory = await runStep(context, 'cleanup: inspect simulator boot state', ['devices']);
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if (!requireDevice(inventory, context.udid).booted) {
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await runStep(context, 'cleanup: recover selected simulator', ['boot'], {
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timeoutMs: 300_000,
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});
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}
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} catch (error) {
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recoveryError = error;
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}
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if (recoveryError !== undefined) {
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throw new AggregateError(
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[primaryError, recoveryError],
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'device lifecycle failed and simulator recovery also failed',
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);
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}
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throw primaryError;
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}
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