denniskrol / nativephp-background-tasks
Background task scheduling plugin for NativePHP Mobile — wraps Laravel's scheduler and runs tasks via WorkManager (Android) and BGTaskScheduler (iOS).
Package info
github.com/denniskrol/nativephp-background-tasks
Language:Kotlin
Type:nativephp-plugin
pkg:composer/denniskrol/nativephp-background-tasks
Requires
- php: ^8.4
- illuminate/console: ^11.0|^12.0|^13.0
- illuminate/support: ^11.0|^12.0|^13.0
- nativephp/mobile: ^4.2
This package is not auto-updated.
Last update: 2026-08-25 18:22:19 UTC
README
Background task scheduling plugin for NativePHP Mobile. Lets you define recurring jobs with Laravel's standard scheduler and run them via Android WorkManager and iOS BGTaskScheduler — even when the app is backgrounded or killed.
Android is fully implemented for NativePHP Mobile
^4.2. The iOS handler remains a stub.
Requirements
- PHP
^8.4 - Laravel
^11.0or^12.0/^13.0 nativephp/mobile ^4.2- Android:
min_version 33(usesandroidx.work:work-runtime-ktx) - iOS:
min_version 16.0
Installation
composer require denniskrol/nativephp-background-tasks
Enable the package in your app's NativeServiceProvider::plugins() list, then rebuild the mobile app:
php artisan native:run android
# or
php artisan native:run ios
Defining tasks
Use Laravel's normal scheduler in routes/console.php. The plugin adds a set of mobile-aware constraint methods you can chain on:
use Illuminate\Support\Facades\Schedule; Schedule::command('sync:data') ->everyFifteenMinutes() ->onAnyNetwork(); Schedule::command('cache:warm') ->hourly() ->onWifi() ->whileCharging(); Schedule::command('export:reports') ->daily() ->onWifi() ->whileCharging() ->whenIdle() ->longRunning();
Tasks are registered automatically when the NativePHP app runtime starts. You can also register them manually from code running in the mobile app:
use Denniskrol\NativePHPBackgroundTasks\Facades\BackgroundTasks; BackgroundTasks::register();
This walks the schedule, serialises each periodic event into a task descriptor, and calls the BackgroundTasks.Register bridge function. The package automatically does this on each normal app start, adding, updating, and removing Android work as the schedule changes. It deliberately skips the ephemeral PHP runtime used to execute a background task.
Constraint methods
| Method | Android | iOS |
|---|---|---|
onAnyNetwork() |
NetworkType.CONNECTED |
requiresNetworkConnectivity = true |
onWifi() |
NetworkType.UNMETERED |
requiresNetworkConnectivity = true |
whileCharging() |
setRequiresCharging(true) |
requiresExternalPower = true |
whenBatteryNotLow() |
setRequiresBatteryNotLow(true) |
Ignored |
whenStorageNotLow() |
setRequiresStorageNotLow(true) |
Ignored |
whenIdle() |
setRequiresDeviceIdle(true) |
Promotes to BGProcessingTask |
longRunning() |
No-op | Promotes to BGProcessingTask |
Supported intervals
everyFifteenMinutes(), everyTwentyMinutes(), everyThirtyMinutes(), hourly(), everyTwoHours(), everyThreeHours(), everyFourHours(), everySixHours(), daily().
Other Laravel scheduler frequencies are ignored by the collector — both Android WorkManager and iOS BGTaskScheduler enforce minimum periodic intervals (15 minutes on Android, ~15 minutes practical floor on iOS).
PHP API
use Denniskrol\NativePHPBackgroundTasks\Facades\BackgroundTasks; // Push the current schedule to the OS scheduler BackgroundTasks::register(); // Trigger registered tasks immediately (testing only — bypasses constraints) BackgroundTasks::runNow(); // Cancel a single task BackgroundTasks::cancel('com.denniskrol.nativephp.task.sync_data'); // Inspect what's scheduled $registered = BackgroundTasks::getRegistered(); // Or just see the descriptors the collector would push $tasks = BackgroundTasks::tasks();
JavaScript API
await window.NativePHP.BackgroundTasks.Register({ tasks: [...] }); await window.NativePHP.BackgroundTasks.RunNow(); await window.NativePHP.BackgroundTasks.Cancel({ taskId: 'com.denniskrol.nativephp.task.sync_data' }); const { tasks } = await window.NativePHP.BackgroundTasks.GetRegistered();
Bridge methods
| Method | Params | Returns |
|---|---|---|
BackgroundTasks.Register |
{ tasks: TaskDescriptor[] } |
{ success, registered } |
BackgroundTasks.RunNow |
— | { success, message } |
BackgroundTasks.Cancel |
{ taskId } |
{ success, taskId } |
BackgroundTasks.GetRegistered |
— | { success, tasks[] } |
TaskDescriptor shape:
{ id: 'com.denniskrol.nativephp.task.sync_data', command: 'sync:data', intervalMinutes: 15, constraints: { network: 'any' | 'wifi' | null, charging: boolean, batteryNotLow: boolean, storageNotLow: boolean, idle: boolean, longRunning: boolean } }
Native integration
Android
This package declares androidx.work:work-runtime-ktx:2.9.1. The Register bridge function enqueues a PeriodicWorkRequest per task with the right Constraints. When WorkManager runs a task, the package worker initializes NativePHP's background environment, boots an ephemeral PHP runtime, executes the bundled artisan command, and shuts the runtime down. No host-app Kotlin code is required.
RunNow enqueues one unconstrained one-time execution per registered task. Registered task descriptors are persisted in app-private storage, so GetRegistered and RunNow remain available after a cold start.
iOS
BGTaskScheduler requires every task identifier to be listed in Info.plist > BGTaskSchedulerPermittedIdentifiers. The plugin declares the com.denniskrol.nativephp.task.* prefix; iOS will reject any identifier outside that prefix.
You must register a handler in your AppDelegate (or SwiftUI App) for each identifier you submit:
BGTaskScheduler.shared.register(forTaskWithIdentifier: "com.denniskrol.nativephp.task.sync_data", using: nil) { task in // run the sync:data artisan command, then call task.setTaskCompleted(success: ...) }
The plugin's Register bridge submits the request; your handler runs the actual work.
Testing
Android (ADB):
adb shell cmd jobscheduler run -f <your.app.bundle> <job-id>
iOS (Xcode LLDB):
e -l objc -- (void)[[BGTaskScheduler sharedScheduler] _simulateLaunchForTaskWithIdentifier:@"com.denniskrol.nativephp.task.sync_data"]
Or just call BackgroundTasks::runNow() from PHP — it bypasses constraints and is intended for development only.
License
MIT