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cometchat-ios-testing

cometchat/cometchat-skills/skills/cometchat-ios-testing/SKILL.md

Test an iOS app that embeds CometChat — what to mock vs exercise for real, keeping the CometChatSDK off the network in unit tests, waiting out the async init→login gate, and a lean XCUITest smoke. Triggers: 'test cometchat ios', 'unit test chat swift', 'mock cometchatsdk', 'xcuitest for chat', 'how do I test cometchat swift'.

Skill118 starsChanged 58 days ago

What's in it

  1. Companion skills (read first)
  2. Use this skill when
  3. Decide what you are testing
  4. Keep the SDK off the network in unit tests
  5. The init→login gate in host-app tests
  6. XCUITest smoke
  7. Not worth automating
  8. Common pitfalls
  9. Verify it works
---
name: cometchat-ios-testing
description: "Test an iOS app that embeds CometChat — what to mock vs exercise for real, keeping the CometChatSDK off the network in unit tests, waiting out the async init→login gate, and a lean XCUITest smoke. Triggers: 'test cometchat ios', 'unit test chat swift', 'mock cometchatsdk', 'xcuitest for chat', 'how do I test cometchat swift'."
license: "MIT"
compatibility: "CometChatUIKitSwift 5.1.22 + CometChatSDK 4.1.7; Xcode 16+; iOS 15.1+; XCTest / XCUITest"
metadata:
  author: "CometChat"
  version: "1.0.0"
  tags: "cometchat ios swift testing xctest xcuitest mock"
---

> **Ground truth:** `CometChatUIKitSwift` 5.1.22 + `CometChatSDK` 4.1.7 (symbols verified vs `catalogs/ios-v5.json`); signatures FETCHED via `cometchat-ios-core/references/docs-map.md`. **The iOS UI Kit docs have no dedicated testing page** — this is the pack's own guidance (tracked DOCS GAP). The kit ships prebuilt view controllers/SwiftUI views; do not assert against their internal view hierarchy.

## Companion skills (read first)
- `cometchat-ios-core` — the init→login→render lifecycle and the credential flow these tests exercise.

## Use this skill when
Adding tests around a CometChat iOS integration, or a "how do I test this" question. NOT part of a normal build — only when tests are explicitly requested (`RULES.md` → Verification scope).

## Decide what you are testing
Test **your** code, not the kit. Three layers:
- **Your logic** (token fetch, UID mapping, view-model state, routing) → `XCTest` in isolation, keep the SDK off the network.
- **Your wiring** (the chat screen appears after init+login; the right IDs are passed) → a host-app test that drives the launch hook.
- **The real round-trip** (send → receive) → a thin `XCUITest` against a test app, not a unit test.

Do not unit-test that the kit's message list renders — that is the kit's own surface.

## Keep the SDK off the network in unit tests
Put your CometChat calls behind a protocol your view-models depend on, and inject a fake in tests:
```swift
protocol ChatAuthing { func login(authToken: String) async throws -> String }   // returns uid
final class FakeChatAuth: ChatAuthing { func login(authToken: String) async throws -> String { "u1" } }
```
Test your token-fetch, error handling, and UID mapping against `FakeChatAuth` — no real `CometChatUIKit.login`, no network, no Auth Key in the test target. Injecting the real implementation only in the app keeps unit tests fast and hermetic.

## The init→login gate in host-app tests
The chat screen mounts only after `initFromSettings` + `login` resolve (both async). A test that asserts immediately after presenting the screen races the gate — wait for a stable, YOUR-owned element (a title, an accessibility identifier you set), with an expectation/timeout, not a fixed sleep:
```swift
let list = app.otherElements["conversationsScreen"]   // an identifier YOU set on your container
XCTAssertTrue(list.waitForExistence(timeout: 20))
```
Set `accessibilityIdentifier`s on your own containers so UI tests have stable anchors that survive kit updates.

## XCUITest smoke
One high-value path against a **real test app** (seeded users; a test-only Auth Key supplied via the scheme's env, never the release config): launch, sign in, assert the conversation screen appears and a message can be sent. Assert on your accessibility identifiers and visible text — never the kit's internal view tree. Keep it to the happy path + one auth-failure path.

## Not worth automating
Kit view internals, exhaustive option matrices, live calls/VoIP push (device- and entitlement-dependent), and screenshot snapshots of kit UI (they churn across kit versions). Spend the budget on your token flow, UID mapping, and the init-gate wiring.

## Common pitfalls
1. **Fixed `sleep()` instead of `waitForExistence`** — flaky against the async init gate.
2. **Asserting on kit view internals** — brittle; anchor on your own `accessibilityIdentifier`s.
3. **A real login (and Auth Key) in the unit-test target** — hide it behind a protocol + fake; keep secrets out of tests.
4. **Testing on the release configuration** — use a test scheme whose env carries the dev Auth Key, so production stays token-only.

## Verify it works
Unit tests pass with a fake auth (no network, no Auth Key in the target) · a host-app/UI test waits out the init gate and finds your identified container · the XCUITest smoke signs in and shows conversations against a test app · no test asserts a kit-internal view.

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