What it demonstrates

• ▸One JitPack line in settings.gradle, one dependency line in app/build.gradle
• ▸Application.onCreate() initialization pattern
• ▸trackEvent with string + numeric properties
• ▸trackError for handled exceptions, plus an uncaught-crash demo button

Run it

// settings.gradle.kts — add JitPack
dependencyResolutionManagement {
    repositories { maven { url = uri("https://jitpack.io") } }
}

// app/build.gradle.kts
dependencies {
    implementation("com.github.dmsyudha:gatiflow-android:v1.0.0")
}

Files to read first

What it demonstrates

• ▸One Add-Package-Dependencies step in Xcode — no Podfile required
• ▸Single-file walkthrough of every public API in main.swift
• ▸Demonstrates setUserId, trackEvent, trackError, setEnabled toggle, manual flush, and stop()
• ▸ExampleApp shows lifecycle integration in SwiftUI @main

Run it

# In Xcode: File → Add Package Dependencies…
https://github.com/dmsyudha/gatiflow-ios

Files to read first

What it demonstrates

• ▸One JS API matching the native Crashes + Analytics surface
• ▸iOS native pod auto-links via pod install (CocoaPods autolinking)
• ▸Android side resolves through JitPack — no extra Gradle setup
• ▸TypeScript types included out of the box

Run it

npm install @gatiflow/react-native
# iOS only:
cd ios && pod install

// App.tsx
import GatiFlow from '@gatiflow/react-native';

GatiFlow.start({
  appToken: 'mhub_YOUR_TOKEN',
  services: ['crashes', 'analytics'],
});

// Later, anywhere:
GatiFlow.trackEvent('button_click', { screen: 'home' });

Files to read first

What it demonstrates

• ▸Single-line install with flutter pub add gatiflow_flutter
• ▸Async init — await GatiFlow.start() before runApp()
• ▸Same API across iOS and Android targets, with platform-aware behavior under the hood
• ▸Plugin auto-registers — no manual platform setup

Run it

flutter pub add gatiflow_flutter

import 'package:gatiflow_flutter/gatiflow_flutter.dart';

void main() async {
  WidgetsFlutterBinding.ensureInitialized();
  await GatiFlow.start(
    appToken: 'mhub_YOUR_TOKEN',
    services: [GatiFlowService.crashes, GatiFlowService.analytics],
  );
  runApp(const MyApp());
}

// Track events / errors anywhere:
GatiFlow.trackEvent('button_tap', { 'screen': 'home' });

Files to read first

What it demonstrates

• ▸One NuGet package — no platform-specific install steps
• ▸Fluent .UseGatiFlow() extension on MauiAppBuilder
• ▸Targets iOS, Android, and Mac Catalyst from a single TFM list
• ▸Working example app ships alongside the library source

Run it

dotnet add package GatiFlow.Maui

using GatiFlow.Maui;

public static class MauiProgram {
    public static MauiApp CreateMauiApp() =>
        MauiApp.CreateBuilder()
            .UseMauiApp<App>()
            .UseGatiFlow("mhub_YOUR_TOKEN")
            .Build();
}

# After installing the package, create a new MAUI project and wire it up:
dotnet new maui -n MyApp
cd MyApp
dotnet add package GatiFlow.Maui

Files to read first