MVP Applied: Implementing Model-View-Presenter for Modern, Maintainable Applications (eBook, ePUB)
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MVP Applied: Implementing Model-View-Presenter for Modern, Maintainable Applications delivers a practical, authoritative exploration of the MVP pattern and its role in building clear, testable user interfaces. Beginning with the pattern's origins and theoretical foundations, it clarifies the responsibilities of Models, Views, and Presenters, contrasts MVP variants with MVC, MVVM, and VIPER, and provides guidance for choosing MVP where it brings the most value while avoiding common design pitfalls across web, mobile, and desktop domains.Moving beyond theory, the book addresses real engineering ...
MVP Applied: Implementing Model-View-Presenter for Modern, Maintainable Applications delivers a practical, authoritative exploration of the MVP pattern and its role in building clear, testable user interfaces. Beginning with the pattern's origins and theoretical foundations, it clarifies the responsibilities of Models, Views, and Presenters, contrasts MVP variants with MVC, MVVM, and VIPER, and provides guidance for choosing MVP where it brings the most value while avoiding common design pitfalls across web, mobile, and desktop domains.
Moving beyond theory, the book addresses real engineering challengesdecoupling strategies, interface-driven design, lifecycle management, and SOLID-based architecturealongside concrete techniques for service integration, testability, modularization, and performance. Readers will find pragmatic approaches to asynchronous communication, dependency injection, robust error handling, and designing data-rich models and stateful business logic, as well as patterns for building accessible, dynamic, and platform-agnostic user experiences that are easy to test and maintain.
Rounding out the coverage are strategies for scaling MVP in large teams and distributed systems, integrating with cloud-native and microservices architectures, and leveraging modern multiplatform toolchains. Forward-looking chapters examine MVP's adaptation to server-driven UIs, low-code platforms, AR, IoT, and edge computing, and include surveys of contemporary frameworks, automation tools, and DevOps practicespaired with case studies and actionable best practices for creating resilient, future-proof applications using the Model-View-Presenter paradigm.
Moving beyond theory, the book addresses real engineering challengesdecoupling strategies, interface-driven design, lifecycle management, and SOLID-based architecturealongside concrete techniques for service integration, testability, modularization, and performance. Readers will find pragmatic approaches to asynchronous communication, dependency injection, robust error handling, and designing data-rich models and stateful business logic, as well as patterns for building accessible, dynamic, and platform-agnostic user experiences that are easy to test and maintain.
Rounding out the coverage are strategies for scaling MVP in large teams and distributed systems, integrating with cloud-native and microservices architectures, and leveraging modern multiplatform toolchains. Forward-looking chapters examine MVP's adaptation to server-driven UIs, low-code platforms, AR, IoT, and edge computing, and include surveys of contemporary frameworks, automation tools, and DevOps practicespaired with case studies and actionable best practices for creating resilient, future-proof applications using the Model-View-Presenter paradigm.
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