@bravemobile/react-native-code-push

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- No API Server Needed – Use static hosting solutions (e.g., AWS S3) without maintaining additional API servers.
- Familiar API – Built on microsoft/react-native-code-push, ensuring compatibility and stability.
- Flexible Deployment – Implement your own release workflow, giving you complete control over the deployment process.

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Supports React Native 0.74 ~ 0.83.

> [!NOTE]
> If you are using React Native 0.76 or lower, please use version 12.0.2 of this library.

(Tested on the React Native CLI template apps)

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- React Native: 0.74 or higher
- iOS: 15.5 or higher
- Android: API level 16 or higher

🚗 Migration Guide

If you have been using react-native-code-push, replace the NPM package first.

``bash
npm remove react-native-code-push
npm install @bravemobile/react-native-code-push
`

1. Edit android/app/build.gradle file to remove the apply from: "../../node_modules/..../codepush.gradle" line.

2. The following changes are optional but recommended for cleaning up the old configuration:
- Since the deployment key is no longer needed due to the retirement of AppCenter, it is recommended to remove it from your Info.plist, strings.xml, or JavaScript code.
- Thanks to Auto Linking, you can remove the react-native-code-push module settings from settings.gradle.

3. Follow the installation guide starting from '4. "CodePush-ify" your app'.




⚙️ Installation

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`bash
npm install @bravemobile/react-native-code-push
`

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For React Native CLI projects, you can use the automatic setup command to configure your project for CodePush.

This command will automatically edit your AppDelegate and MainApplication files to integrate CodePush.

`bash
npx code-push init
`

And run the following command to install CocoaPods dependencies for iOS:

`bash
cd ios && pod install && cd ..
`
(or npx pod-install, bundle exec pod install --project-directory=./ios, ..)

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If you prefer manual setup or if the automatic configuration fails, you can follow the manual setup instructions below.

Click to see the manual setup instructions.

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#### (1) Install CocoaPods Dependencies

Run cd ios && pod install && cd ..

(npx pod-install, bundle exec pod install --project-directory=./ios, ..)


#### (2) Edit AppDelegate Code

If you have AppDelegate.swift (>= RN 0.77)




If your project doesn't have bridging header, please create a file.

1. Open your project with Xcode (e.g. CodePushDemoApp.xcworkspace)
2. File → New → File from Template
3. Select 'Objective-C File' and click 'Next' and write any name as you like.
4. Then Xcode will ask you to create a bridging header file. Click 'Create'.
5. Delete the file created in step 3.


Add the following line to the bridging header file. (e.g. CodePushDemoApp-Bridging-Header.h)
`diff
+ #import
`

Then, edit AppDelegate.swift like below.

`diff
@main
class AppDelegate: RCTAppDelegate {
override func application(_ application: UIApplication, didFinishLaunchingWithOptions launchOptions: [UIApplication.LaunchOptionsKey : Any]? = nil) -> Bool {

// ...

override func bundleURL() -> URL? {
#if DEBUG
RCTBundleURLProvider.sharedSettings().jsBundleURL(forBundleRoot: "index")
#else
- Bundle.main.url(forResource: "main", withExtension: "jsbundle")
+ CodePush.bundleURL()
#endif
}
}
`


Or if you have AppDelegate.mm

`diff
+ #import

// ...

- (NSURL *)bundleURL
{
#if DEBUG
return [[RCTBundleURLProvider sharedSettings] jsBundleURLForBundleRoot:@"index"];
#else
- return [[NSBundle mainBundle] URLForResource:@"main" withExtension:@"jsbundle"];
+ return [CodePush bundleURL];
#endif
}

@end

`




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#### Edit MainApplication Code

(RN 0.82+) If you have MainApplication.kt

`diff
+ import com.microsoft.codepush.react.CodePush

class MainApplication : Application(), ReactApplication {
override val reactHost: ReactHost by lazy {
getDefaultReactHost(
context = applicationContext,
packageList =
PackageList(this).packages.apply {
// Packages that cannot be autolinked yet can be added manually here, for example:
// add(MyReactNativePackage())
},
+ jsBundleFilePath = CodePush.getJSBundleFile(),
)
}
// ...
}
`

(RN 0.73+) If you have MainApplication.kt

`diff
+ import com.microsoft.codepush.react.CodePush

class MainApplication : Application(), ReactApplication {
override val reactNativeHost: ReactNativeHost =
object : DefaultReactNativeHost(this) {

// ...

+ override fun getJSBundleFile(): String = CodePush.getJSBundleFile()
}
// ...
}
`


Or if you have MainApplication.java

`diff
// ...
+ import com.microsoft.codepush.react.CodePush

public class MainApplication extends Application implements ReactApplication {

private final ReactNativeHost mReactNativeHost =
new DefaultReactNativeHost(this) {

// ...

+ @Override
+ override fun getJSBundleFile(): String {
+ return CodePush.getJSBundleFile()
+ }
};
// ...
}
`







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For Expo projects, you can use the automated config plugin instead of manual setup.

Add plugin to your Expo configuration:
`js
// app.config.js
export default {
expo: {
plugins: ["@bravemobile/react-native-code-push"],
},
};
`

Run prebuild to apply changes:
`bash
npx expo prebuild
`

> [!NOTE]
> The plugin automatically handles all native iOS and Android code modifications. No manual editing of AppDelegate, MainApplication, or gradle files is required.

Requirements
Expo SDK: 50.0.0 or higher




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The root component of your app should be wrapped with a higher-order component.

You should also pass configuration options, including the implementation of the releaseHistoryFetcher function.
This function is used to find the latest CodePush update within the ReleaseHistoryInterface data.

To enable this, you need to create a release history using the CLI tool and upload it to the remote.
(The following steps explain more about the CLI.)

At runtime, the library fetches this information to keep the app up to date.

`typescript
import CodePush, {
ReleaseHistoryInterface,
UpdateCheckRequest,
} from "@bravemobile/react-native-code-push";

// ... MyApp Component

async function releaseHistoryFetcher(
updateRequest: UpdateCheckRequest,
): Promise {

// Fetch release history for current binary app version.
// You can implement how to fetch the release history freely. (Refer to the example app if you need a guide)

const {data: releaseHistory} = await axios.get(
https://your.cdn.com/histories/${platform}/${identifier}/${updateRequest.app_version}.json,
);
return releaseHistory;
}

export default CodePush({
checkFrequency: CodePush.CheckFrequency.MANUAL, // or something else
releaseHistoryFetcher: releaseHistoryFetcher,
})(MyApp);

`

> [!NOTE]
> The URL for fetching the release history should point to the resource location generated by the CLI tool.


#### 4-1. Telemetry Callbacks

Please refer to the CodePushOptions type for more details.
- onUpdateSuccess: Triggered when the update bundle is executed successfully.
- onUpdateRollback: Triggered when there is an issue executing the update bundle, leading to a rollback.
- onDownloadStart: Triggered when the bundle download begins.
- onDownloadSuccess: Triggered when the bundle download completes successfully.
- onSyncError: Triggered when an unknown error occurs during the update process. (CodePush.SyncStatus.UNKNOWN_ERROR status)




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> [!TIP]
> For a more detailed and practical example, refer to the CodePushDemoApp in example directory. (link)

(1) Create a code-push.config.ts file in the root directory of your project.

Then, implement three functions to upload the bundle file and create/update the release history.
The CLI tool uses these functions to release CodePush updates and manage releases.
(These functions are not used at runtime by the library.)

You can copy and paste the following code and modify it as needed.

`typescript
import {
CliConfigInterface,
ReleaseHistoryInterface,
} from "@bravemobile/react-native-code-push";

const Config: CliConfigInterface = {
bundleUploader: async (
source: string,
platform: "ios" | "android",
identifier,
): Promise<{downloadUrl: string}> => {
// ...
},

getReleaseHistory: async (
targetBinaryVersion: string,
platform: "ios" | "android",
identifier,
): Promise => {
// ...
},

setReleaseHistory: async (
targetBinaryVersion: string,
jsonFilePath: string,
releaseInfo: ReleaseHistoryInterface,
platform: "ios" | "android",
identifier,
): Promise => {
// ...
},
};

module.exports = Config;

`

bundleUploader
- Implements a function to upload the bundle file.
- The downloadUrl returned by this function is recorded in ReleaseHistoryInterface data
and is used by the library runtime to download the bundle file from this URL.
- Used in the following cases:
- Creating a new CodePush update with the release command.


getReleaseHistory
- Retrieves the release history of a specific binary app by fetching a JSON file or calling an API.
- Used in the following cases:
- Printing the release history with the show-history command.
- Loading existing release history during the release command.
- Fetching release history to modify information in the update-history command.

(Similar to the releaseHistoryFetcher function in the library runtime options.)


setReleaseHistory
- Uploads a JSON file located at jsonFilePath or calls an API using releaseInfo metadata.
- If using a JSON file, modifying the existing file should be allowed.
(Overwriting the file is recommended.)
- Used in the following cases:
- Creating a new release record for a new binary build with the create-history command.
- Appending a new record to an existing release history with the release command.
- Modifying an existing release history with the update-history command.


(2) For code-push.config.ts (TypeScript) to work properly, you may need to update your tsconfig.json.

`diff
{
"extends": "@react-native/typescript-config/tsconfig.json",
// ...
"include": [
// ...
+ "code-push.config.ts"
],
+ "ts-node": {
+ "compilerOptions": {
+ "module": "CommonJS",
+ "types": ["node"]
+ }
+ }
}

`




🚀 CLI Tool Usage

> [!TIP]
> You can use --help command to see the available commands and options.

(interactive mode not supported yet)

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#### create-history

Create a new release history for a specific binary app version.
- Use this command whenever you release a new binary app to the app store.
This ensures that the library runtime recognizes the binary app as the latest version and determines that no CodePush update is available for it.

Example:
- Create a new release history for the binary app version 1.0.0.

`bash
npx code-push create-history --binary-version 1.0.0 --platform ios --identifier staging
`

#### show-history

Display the release history for a specific binary app version.


Example:
- Show the release history for the binary app version 1.0.0.

`bash
npx code-push show-history --binary-version 1.0.0 --platform ios --identifier staging
`

#### release

Release a CodePush update for a specific binary app version.
- This command creates a CodePush bundle file, uploads it, and updates the release history with the new release information.

Example:
- Release a CodePush update 1.0.1 targeting the binary app version 1.0.0.

`bash
npx code-push release --binary-version 1.0.0 --app-version 1.0.1 \
--platform ios --identifier staging --entry-file index.js \
--mandatory true

Expo project


npx code-push release --framework expo --binary-version 1.0.0 --app-version 1.0.1 --platform ios
`
- --framework(-f) : Framework type (expo)
- --binary-version: The version of the binary app that the CodePush update is targeting.
- --app-version: The version of the CodePush update itself.

> [!IMPORTANT]
> --app-version should be greater than --binary-version (SemVer comparison).

- --rollout: The rollout percentage for the update. (0~100, inclusive)

#### update-history

Update the release history for a specific CodePush update.
- Use the --enable option to disable a specific release for rollback. (or enable it)
- Use the --mandatory option to make the update as mandatory or optional.
- Use the --rollout option to change the rollout percentage of the update. (0~100, inclusive)
- If the rollout percentage is reduced, users who fall outside the new target will have their rollout canceled and rollback to the previous latest version.

Example:
- Rollback the CodePush update 1.0.1 (targeting the binary app version 1.0.0).

`bash
npx code-push update-history --binary-version 1.0.0 --app-version 1.0.1 \
--platform ios --identifier staging \
--enable false
`

#### bundle

Create a CodePush bundle file.

Example:
`bash
npx code-push bundle --platform android --entry-file index.js

Expo project


npx code-push bundle --framework expo --platform android --entry-file index.js
`
- --framework(-f): Framework type (expo)

By default, the bundle file is created in the /build/bundleOutput directory.

> [!NOTE]
> For Expo projects, the CLI uses expo export:embed` command for bundling instead of React Native's bundle command.

(The file name represents a hash value of the bundle content.)