WIP - Movie App CMP 🎬

A Kotlin Multiplatform (KMP) movie application built with Compose Multiplatform (CMP), targeting Android, iOS, and JVM Desktop. The project follows a modular architecture focused on scalability, clean separation of concerns, and maximum code sharing across all platforms.

WIP - Compose refactoring, favourites impl SQLDelight

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📱 Platforms

• Android
• iOS
• Desktop JVM

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🏗️ Project Structure

.
├── androidApp              # Android entry point
├── iosApp                  # iOS entry point (Swift/SwiftUI bridge)
├── desktopApp              # Desktop entry point (JVM)
├── composeApp              # Shared Compose Multiplatform UI (Android + iOS + Desktop)
├── core                    # Core utilities, base logic, networking
├── core-ui                 # Shared UI components & navigation system
│   └── navigation
├── features                # Feature-based modules (movies, details, etc.)
├── build-logic             # Convention plugins & build setup
├── gradle                  # Dependency catalogs & versions
├── .gitignore
├── build.gradle.kts
├── gradle.properties
├── gradlew
├── gradlew.bat
├── settings.gradle.kts

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🚀 Tech Stack

• Kotlin Multiplatform (KMP)
• Compose Multiplatform (UI sharing across Android, iOS, Desktop)
• Kotlin/JVM (Desktop target)
• Android Native
• iOS Native (via KMP framework)
• Koin (Dependency Injection)
• Kotlin Coroutines & Flow
• Gradle Kotlin DSL
• Clean Modular Architecture

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🧩 Architecture Overview

This project uses a feature-based modular architecture:

📦 Features Layer (features/*)

• Independent feature modules (e.g. movies, favourites)

• Each feature contains:

  • data
  • domain
  • ui

🧠 Core Layer (core)

• Networking
• Shared utilities
• Base classes and helpers

🎨 Core UI (core-ui)

• Reusable UI components
• Navigation system

🖥️ Compose App (composeApp)

• Shared UI for Android + iOS + Desktop using Compose Multiplatform

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🧱 Feature Structure

Each feature follows Clean Architecture:

feature-name
├── data        # API, repositories, DTOs
├── domain      # Use cases, business logic, models
└── ui          # ViewModels, UI state, screens

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🚀 Run Instructions

Android

./gradlew :androidApp:installDebug

Desktop (JVM)

./gradlew :desktopApp:run

iOS

Open iosApp in Xcode and run on simulator/device.

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⚙️ Requirements

• JDK 17+
• Android Studio Hedgehog or newer
• Xcode (for iOS development)
• Kotlin Multiplatform plugin enabled

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🧪 Key Concepts

• Shared UI using Compose Multiplatform
• Single business logic for all platforms
• Platform-specific entry points only
• Modular feature-driven architecture
• Dependency injection via Koin

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🎯 Goals

• Maximum code sharing across Android, iOS, and Desktop
• Clean scalable architecture
• Feature isolation for maintainability
• Minimal platform-specific duplication

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📸 Screenshots & Demos

🤖 Android

📹 Android Demo Video

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🍏 iOS

📹 iOS Demo Video

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💻 Desktop

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