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docs/ci/firebase-test-lab.mdx

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 ---
-redirect: /documentation/ci/firebase-test-lab
+title: CI - Firebase Test Lab
 ---
+
+There are many device lab providers. Below we're showing how to run Patrol tests
+on [Firebase Test Lab], because it's popular in the Flutter community, but the
+instructions should be similar for other device farms, such as [AWS Device
+Farm][aws_device_farm].
+
+<Info>
+  Before you proceed with the steps listed below, make sure that you've
+  completed the [native setup] guide.
+</Info>
+
+<Tabs
+  defaultValue="android"
+  values={[
+    { label: "Android", value: "android" },
+    { label: "iOS", value: "ios" },
+  ]}
+>
+  <TabItem value="android">
+    To run the integration tests on Android, you need 2 apps: the app itself
+    (often called the "app under test") and the test intrumentation app.
+
+    To build these apps, run:
+
+    ```
+    patrol build android --target integration_test/example_test.dart
+    ```
+
+    Once you have built the apks, use the [gcloud] tool to run them on Firebase
+    Test Lab:
+
+    ```
+    gcloud firebase test android run \
+        --type instrumentation \
+        --use-orchestrator \
+        --app build/app/outputs/apk/debug/app-debug.apk \
+        --test build/app/outputs/apk/androidTest/debug/app-debug-androidTest.apk \
+        --timeout 1m \
+        --device model=MediumPhone.arm,version=34,locale=en,orientation=portrait \
+        --record-video \
+        --environment-variables clearPackageData=true
+    ```
+
+    <Info>
+      You must [install the gcloud tool] first. [Here][gcloud_android] you can learn
+      more about all available options and flags.
+    </Info>
+
+    <Info>
+      The environment variable `clearPackageData=true` tells orchestartor to clear the
+      package data between test runs. Keep in mind that it clears only the data of your
+      app, not other data on the device, e.g. Chrome.
+    </Info>
+
+    It's convenient to create a shell script to avoid typing that long command
+    every time. You might want to take a look at Patrol example app's
+    [run_android_testlab script][example_android_script].
+
+    <Info>
+      On Android, all permissions are granted by default. This behavior can be
+      changed using the [alpha version of the gcloud tool].
+    </Info>
+
+  </TabItem>
+  <TabItem value="ios">
+
+    To run the integration tests on iOS, you need 2 apps: the app itself
+    (often called the "app under test") and the test intrumentation app.
+
+    First, build your Flutter app, choosing the integration test file as target:
+
+    ```
+    patrol build ios --target integration_test/example_test.dart
+    ```
+
+    `patrol build ios` outputs paths to the built app binaries, for example:
+
+    ```
+    $ patrol build ios -t integration_test/example_test.dart --release
+    • Building app with entrypoint example_test.dart for iOS device (release)...
+    ✓ Completed building app with entrypoint example_test.dart for iOS device (31.5s)
+    build/ios_integ/Build/Products/Release-iphoneos/Runner.app (app under test)
+    build/ios_integ/Build/Products/Release-iphoneos/RunnerUITests-Runner.app (test instrumentation app)
+    build/ios_integ/Build/Products/Runner_iphoneos16.2-arm64.xctestrun (xctestrun file)
+    ```
+
+    Firebase Test Lab requires these files to be packaged together in a zip
+    archive. To create the archive:
+
+    ```
+    pushd build/ios_integ/Build/Products
+    zip -r ios_tests.zip Release-iphoneos Runner_iphoneos16.2-arm64.xctestrun
+    popd
+    ```
+
+    Finally, upload the `ios_tests.zip` to Firebase Test Lab for execution:
+
+    ```
+    gcloud firebase test ios run \
+      --test build/ios_integ/Build/Products/ios_tests.zip \
+      --device model=iphone8,version=16.2,locale=en_US,orientation=portrait
+    ```
+
+    <Info>
+      You must [install the gcloud tool] first. [Here][gcloud_ios] you can learn
+      more about all available options and flags.
+    </Info>
+
+    If your `.xctestrun` file has different iOS version in its name than the
+    device you're running on, simply rename the `.xctestrun` so that the version
+    matches.
+
+    It's convenient to create a shell script to avoid typing that long command
+    every time. You might want to take a look at Patrol example app's
+    [run_ios_testlab script][example_ios_script].
+
+  </TabItem>
+</Tabs>
+
+[native setup]: /documentation
+[gcloud]: https://cloud.google.com/sdk/gcloud
+[example_android_script]: https://github.com/leancodepl/patrol/blob/master/dev/e2e_app/run_android_testlab
+[example_ios_script]: https://github.com/leancodepl/patrol/blob/master/dev/e2e_app/run_ios_testlab
+[firebase test lab]: https://firebase.google.com/products/test-lab
+[aws_device_farm]: https://aws.amazon.com/device-farm
+[install the gcloud tool]: https://cloud.google.com/sdk/docs/install
+[gcloud_android]: https://cloud.google.com/sdk/gcloud/reference/firebase/test/android/run
+[gcloud_ios]: https://cloud.google.com/sdk/gcloud/reference/firebase/test/ios/run
+[alpha version of the gcloud tool]: https://cloud.google.com/sdk/gcloud/reference/alpha/firebase/test/android/run#--grant-permissions

docs/ci/overview.mdx

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 ---
-redirect: /documentation/ci/overview
+title: CI - Overview
 ---
+
+This section of the documentation is focused on running Patrol tests as part of
+your Continuous Integration workflows.
+
+Having tests doesn't bring you any benefits if you don't automatically verify
+that they pass. We know this too well, and we're putting a lot of work into
+making it easy to do so.

docs/ci/platforms.mdx

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-redirect: /documentation/ci/platforms
+title: CI - Platforms
 ---
+
+In this document, we'll outline a few ways to run Patrol UI tests of Flutter
+apps.
+
+Generally, the solutions for running UI tests of mobile apps can be divided into
+2 groups:
+
+- Device labs - platforms that provide access to mobile devices in the cloud. You
+  upload an app binary with tests to the device lab, which runs the tests and
+  reports the results back to you.
+
+- Traditional – containers or VMs, either managed or self-hosted. In this
+  approach, you get access to the shell, so everything is possible. You manually
+  script what you want to achieve, which is usually: installing the Android/iOS
+  SDK tools, creating a virtual device, running tests, and collecting results.
+
+There are quite a few solutions in each of these groups, and each is unique, but
+generally, **device labs trade flexibility for ease of use**. They're a good fit
+for most apps but make certain more complicated scenarios impossible.
+
+# Device labs
+
+### Firebase Test Lab
+
+[Firebase Test Lab] is one of the most popular device labs. It is a good choice
+for most projects.
+
+You upload the app main app, the test app, select devices to run on, and after a
+while, test results along with a video recording are available.
+
+Firebase Test Lab has a large pool of physical and virtual devices.
+
+See also:
+
+- [Firebase Test Lab pricing]
+
+### emulator.wtf
+
+[emulator.wtf] is a fairly new solution created by Madis Pink and Tauno Talimaa. It
+claims to provide a 2-5x speedup compared to Firebase Test Lab, and 4-20x
+speedup compared to spawning emulators on CI machines. It works similarly to
+Firebase Test Lab - you upload your main apk, test apk, select emulators to run
+on, and the rest is up to emulator.wtf - it runs the tests and outputs results.
+
+The emulators are indeed rock stable. Emulator.wtf automatically records videos
+from test runs, and it presents the test results nicely.
+
+It's a solid choice if you can accept that your tests will run only on Android
+emulator.
+
+Reports are available in JUnit.
+
+See also:
+
+- [emulator.wtf pricing]
+
+### Xcode Cloud
+
+[Xcode Cloud] is a CI/CD platform built into Xcode and designed expressly for
+Apple developers. It doesn't support testing on Android.
+
+Since integration tests written with Patrol are also native `XCTest`s, it should
+be possible to run Patrol on Xcode Cloud. We plan to research it soon and share
+our findings here.
+
+### Other
+
+Another popular device lab is [AWS Device Farm].
+
+If your use-case is highly specific, you might want to build an in-house device
+farm. A project that helps with this is [Simple Test Farm].
+
+### Limitations
+
+We mentioned above that device labs make certain scenarios impossible to
+accomplish.
+
+An example of such a scenario scanning a QR code. One of the apps we worked on had
+this feature, and we wanted to test it because it was a critical part of the user
+flow. When you have access to the shell filesystem (which you do have in the
+"manual" approach, and don't have in the "device lab" approach), you can easily
+[replace the scene that is visible in the camera's viewfinder][so_viewfinder].
+
+This is not possible on device labs.
+
+# Traditional
+
+### GitHub Actions
+
+[GitHub Actions] is a very popular CI/CD platform, especially among open-source
+projects thanks to unlimited minutes.
+
+Unfortunately, running Flutter integration tests on GitHub Actions is not a
+pleasant experience.
+
+**Android**
+
+We used the [ReactiveCircus/android-emulator-runner] GitHub Action to run
+Android emulator on GitHub Actions. Our takeaway is this: Running an Android
+emulator on the default GitHub Actions runner is a bad idea. It is slow to start and
+unstable (apps crash randomly) and very slow. Really, really slow. We tried to
+mitigate its instability by using [Test Butler], but it comes with its own
+restrictions, most notably, it doesn't allow for Google Play Services.
+
+**iOS**
+
+We use the [futureware-tech/simulator-action] GitHub Action to run iOS simulator
+on GitHub Actions is stable. But given that the iOS simulator is just that – a
+simulator, not an emulator – the range of cases it can be used for is reduced.
+For example, there's no easy way to disable an internet connection, which makes it
+very hard to test the behavior of an app when offline.
+
+Bear in mind that to run an iOS simulator on GitHub Actions, you have to use a
+macOS runner. 1 minute on macos-latest counts as 10 minutes on ubuntu-latest.
+You can also use a custom runner – more on that below.
+
+Custom Runners Workflows on GitHub Actions can run on external runners, in
+addition to default runners such as ubuntu-latest and macos-latest.
+
+One example of such a custom runner provider is BuildJet. We tried running
+Android emulator on it, hoping that the performance benefits it brings would
+help with the abysmal stability, but we've found that, even though the emulator
+works faster and is more stable, it sometimes just crashes with no actionable
+error message.
+
+### Other
+
+There are many more CI/CD platforms. Some of the most popular include
+[CircleCI], [CirrusCI], and [GitLab CI/CD]. There are also CI providers that are
+focused specifically on mobile apps, for example [Bitrise] and [Codemagic]. If
+you used these platforms, we (and other Patrol users) will be happy to hear
+about your experiences!
+
+[github actions]: https://github.com/features/actions
+[aws device farm]: https://aws.amazon.com/device-farm
+[emulator.wtf]: https://emulator.wtf
+[emulator.wtf pricing]: https://emulator.wtf/pricing
+[firebase test lab]: https://firebase.google.com/docs/test-lab
+[firebase test lab pricing]: https://firebase.google.com/docs/test-lab/usage-quotas-pricing
+[xcode cloud]: https://developer.apple.com/xcode-cloud
+[test butler]: https://github.com/linkedin/test-butler
+[reactivecircus/android-emulator-runner]: https://github.com/ReactiveCircus/android-emulator-runner
+[futureware-tech/simulator-action]: https://github.com/futureware-tech/simulator-action
+[simple test farm]: https://github.com/DeviceFarmer/stf
+[so_viewfinder]: https://stackoverflow.com/questions/13818389/android-emulator-camera-custom-image
+[circleci]: https://circleci.com
+[cirrusci]: https://cirrus-ci.org
+[gitlab ci/cd]: https://docs.gitlab.com/ee/ci
+[bitrise]: https://bitrise.io
+[codemagic]: https://codemagic.io/start

docs/compatibility-table.mdx

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 ---
-redirect: /documentation/compatibility-table
+title: Compatibility table
 ---
+
+The following table describes which versions of `patrol`
+and `patrol_cli` are compatible with each other.
+The simplest way to ensure that both packages are compatible
+is by always using the latest version. However,
+if for some reason that isn't possible, you can refer to 
+the table below to assess which version you should use.
+
+|   patrol_cli   |     patrol     | Min Flutter Version |
+| -------------- | -------------- | ------------------- |
+| 3.4.1+         | 3.13.1+        | 3.24.0              |
+| 3.4.0          | 3.13.0         | 3.24.0              |
+| 3.3.0          | 3.12.0         | 3.24.0              |
+| 3.2.1          | 3.11.2         | 3.24.0              |
+| 3.2.0          | 3.11.0 - 3.11.1| 3.22.0              |
+| 3.1.0 - 3.1.1  | 3.10.0         | 3.22.0              |
+| 2.6.5 - 3.0.1  | 3.6.0 - 3.10.0 | 3.16.0              |
+| 2.6.0 - 2.6.4  | 3.4.0 - 3.5.2  | 3.16.0              |
+| 2.3.0 - 2.5.0  | 3.0.0 - 3.3.0  | 3.16.0              |
+| 2.2.0 - 2.2.2  | 2.3.0 - 2.3.2  | 3.3.0               |
+| 2.0.1 - 2.1.5  | 2.0.1 - 2.2.5  | 3.3.0               |
+| 2.0.0          | 2.0.0          | 3.3.0               |
+| 1.1.4 - 1.1.11 | 1.0.9 - 1.1.11 | 3.3.0               |

docs/debugging-patrol-tests.mdx

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-redirect: /documentation/debugging-patrol-tests
+title: Debugging Patrol tests
 ---
+
+If you want to debug your application during patrol tests, 
+you can do in Visual Studio Code by attaching a debugger to the running process. 
+Here is how you can do it:
+
+1. In your `launch.json` file, add a new configuration for attaching debugger to a process:
+
+```json
+{
+      "name": "attach debugger",
+      "request": "attach",
+      "type": "dart",
+      "cwd": "integration_test",
+      "vmServiceUri": "${command:dart.promptForVmService}"
+}
+```
+
+2. Run your patrol tests using `develop` command with the same arguments as you would normally do.
+
+3. When the tests will start running, at some point you will see a message with the VM service URI.
+   Copy the URI from the message.
+
+`The Dart VM service is listening on http://127.0.0.1:63725/57XmBI_pwSA=/`
+
+4. From "Run and Debug" tab in Visual Studio Code, select the configuration you have created in step 1.
+   You will be prompted to enter the VM service URI. Paste the URI you copied in step 3.
+
+5. Once the debugger is attached, you can set breakpoints and debug your application as you would normally do.
+
+<Info>
+     Intellij/Android Studio does not support attaching a debugger to a running process via Observatory Uri.
+     Therefore you cannot achieve the same behavior in those IDEs (See this [issue]).
+</Info>
+
+[issue]: https://github.com/flutter/flutter-intellij/issues/2250