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Restaurant Finder App: Building with Google Maps SDK, Modularization and Clean Architecture
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Welcome to this exciting YouTube video where we will dive deep into the world of Android development and explore a range of important topics while creating a real-world application. In this video, we will build a powerful restaurant finder app using various advanced techniques and APIs such as Google Maps SDK, Places API, Direction API, and location services. Get ready for an immersive learning experience!
Modularization in Android:
Modularization is a crucial concept in Android development that allows us to break down our app into smaller, manageable modules. We will discuss the benefits of modularization, such as improved build times, code reusability, and better separation of concerns. You'll learn how to set up and structure your project using modules effectively.
Clean Architecture:
Clean Architecture is an architectural pattern that emphasizes separation of concerns and maintainability. We'll explore the layers of Clean Architecture - Presentation, Domain, and Data - and understand their responsibilities. You'll see how Clean Architecture helps us create scalable and testable applications.
Nested Navigation in Multimodule Apps:
Navigation is an essential aspect of any app. We'll explore how to implement nested navigation in a multi-module app using the Navigation component. You'll learn how to organize navigation graphs, handle fragment transactions, and effectively navigate between screens within different modules of your application.
5. MVVM (Model-View-ViewModel) Architecture:
MVVM is a popular architectural pattern in Android development. We'll discuss the key components of MVVM and how it facilitates separation of concerns and data binding. You'll see how to implement MVVM architecture in your app, enabling efficient data flow and improved code organization.
Callback Flows:
Asynchronous programming is crucial in modern Android development. We'll explore callback flows and how to handle asynchronous operations using interfaces and callbacks. You'll learn techniques to manage complex flows of asynchronous tasks and ensure smooth execution of background operations.
MutableStateFlows:
MutableStateFlow is an important concept introduced in Kotlin's coroutines library. We'll discuss how MutableStateFlow simplifies the management of state changes in your app by emitting values as streams. You'll see practical examples of using MutableStateFlow for reactive programming in Android.
Dependency Injection:
Dependency Injection (DI) is a powerful technique for managing object dependencies in your app. We'll cover the basics of DI and explore popular DI frameworks like Dagger and Koin. You'll learn how to effectively use DI to decouple components, improve testability, and maintain a flexible architecture.
Room Database:
Persistence is a critical aspect of many applications. We'll explore Room, the official Android library for working with SQLite databases. You'll learn how to set up and use Room to store and retrieve data efficiently. We'll cover concepts like entities, data access objects (DAOs), and migrations.
TypeConverters:
TypeConverters play a vital role in Room database when working with complex data types. We'll dive into the usage of TypeConverters to handle custom objects, enums, and other non-primitive data types in Room. You'll see how to define and register TypeConverters to seamlessly work with these data types.
Throughout this video, we will guide you step-by-step through the process of building the restaurant finder app, integrating the Google Maps SDK, Places API, Direction API, and location services. By the end of the video, you'll have a comprehensive understanding of these topics and how to apply them in your own Android projects
#AndroidDevelopment , #RestaurantFinderApp , #GoogleMapsSDK ,#PlacesAPI , #DirectionAPI , #LocationServices , #ModularizationInAndroid ,
#CleanArchitecture , #BuildGradleDependency , #NestedNavigation , #MVVM ,
#CallbackFlows , #MutableStateFlows , #DependencyInjection , #RoomDatabase , #TypeConverters , #AppDevelopment , #AndroidStudio ,
#KotlinProgramming , #softwareengineering
Instagram : /vision_android
Some Recommend Channel: @himanshugaur684 @programming_simplified
Modularization in Android:
Modularization is a crucial concept in Android development that allows us to break down our app into smaller, manageable modules. We will discuss the benefits of modularization, such as improved build times, code reusability, and better separation of concerns. You'll learn how to set up and structure your project using modules effectively.
Clean Architecture:
Clean Architecture is an architectural pattern that emphasizes separation of concerns and maintainability. We'll explore the layers of Clean Architecture - Presentation, Domain, and Data - and understand their responsibilities. You'll see how Clean Architecture helps us create scalable and testable applications.
Nested Navigation in Multimodule Apps:
Navigation is an essential aspect of any app. We'll explore how to implement nested navigation in a multi-module app using the Navigation component. You'll learn how to organize navigation graphs, handle fragment transactions, and effectively navigate between screens within different modules of your application.
5. MVVM (Model-View-ViewModel) Architecture:
MVVM is a popular architectural pattern in Android development. We'll discuss the key components of MVVM and how it facilitates separation of concerns and data binding. You'll see how to implement MVVM architecture in your app, enabling efficient data flow and improved code organization.
Callback Flows:
Asynchronous programming is crucial in modern Android development. We'll explore callback flows and how to handle asynchronous operations using interfaces and callbacks. You'll learn techniques to manage complex flows of asynchronous tasks and ensure smooth execution of background operations.
MutableStateFlows:
MutableStateFlow is an important concept introduced in Kotlin's coroutines library. We'll discuss how MutableStateFlow simplifies the management of state changes in your app by emitting values as streams. You'll see practical examples of using MutableStateFlow for reactive programming in Android.
Dependency Injection:
Dependency Injection (DI) is a powerful technique for managing object dependencies in your app. We'll cover the basics of DI and explore popular DI frameworks like Dagger and Koin. You'll learn how to effectively use DI to decouple components, improve testability, and maintain a flexible architecture.
Room Database:
Persistence is a critical aspect of many applications. We'll explore Room, the official Android library for working with SQLite databases. You'll learn how to set up and use Room to store and retrieve data efficiently. We'll cover concepts like entities, data access objects (DAOs), and migrations.
TypeConverters:
TypeConverters play a vital role in Room database when working with complex data types. We'll dive into the usage of TypeConverters to handle custom objects, enums, and other non-primitive data types in Room. You'll see how to define and register TypeConverters to seamlessly work with these data types.
Throughout this video, we will guide you step-by-step through the process of building the restaurant finder app, integrating the Google Maps SDK, Places API, Direction API, and location services. By the end of the video, you'll have a comprehensive understanding of these topics and how to apply them in your own Android projects
#AndroidDevelopment , #RestaurantFinderApp , #GoogleMapsSDK ,#PlacesAPI , #DirectionAPI , #LocationServices , #ModularizationInAndroid ,
#CleanArchitecture , #BuildGradleDependency , #NestedNavigation , #MVVM ,
#CallbackFlows , #MutableStateFlows , #DependencyInjection , #RoomDatabase , #TypeConverters , #AppDevelopment , #AndroidStudio ,
#KotlinProgramming , #softwareengineering
Instagram : /vision_android
Some Recommend Channel: @himanshugaur684 @programming_simplified
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