7 Best-Selling RPC Books Millions Trust

Ethan Cerami’s experience as a software developer shines through in this focused guide to web services, aiming to demystify the complexities of distributed applications for you. The book breaks down core technologies like XML-RPC, SOAP, UDDI, and WSDL, equipping you with concrete skills to create interoperable, cross-platform services using Java tools. For example, Cerami provides clear Java tutorials alongside sample XML documents that reveal how different systems communicate seamlessly over the internet. This is a solid choice if you want to grasp the foundational protocols behind web services without getting lost in abstraction, especially if you’re working with heterogeneous environments.

The methods John Bloomer developed while working at GE's Signal and Image Coding R&D group come through vividly in this book, which demystifies remote procedure calling (RPC) by breaking down complex concepts into accessible programming examples. You gain a solid grasp of how RPC enables distributed computing by managing data exchange across networked computers, with detailed coverage of Sun RPC and UNIX interprocess communication mechanisms. Chapters walk you through foundational ideas and practical implementation, including debugging and deployment strategies for networked applications. If you're diving into distributed systems development or want to understand how RPC can boost computing power, this book offers a grounded, programmer-focused perspective without fluff.

This tailored book explores proven Remote Procedure Call (RPC) methods designed to address your unique distributed computing challenges. It reveals key RPC concepts, communication patterns, and error handling techniques, all matched to your technical background and project goals. Through a personalized approach, it combines widely respected RPC knowledge with your specific interests, enabling focused learning that avoids unnecessary detours. By concentrating on your chosen sub-topics and practical needs, this book examines RPC implementations in various environments, from traditional Sun RPC to modern cloud-native frameworks like gRPC. It offers a clear path through complex RPC topics, helping you deepen your understanding and solve real-world problems efficiently.

The methods Ward Rosenberry and John Shirley developed while working with Microsoft RPC technology provide a clear pathway into the complex world of client-server programming. This guide demystifies the Microsoft RPC API by explaining its core concepts, such as interface definition with MIDL, server-client binding, and memory management, all illustrated through four complete examples. You’ll gain practical knowledge on how to make different systems communicate seamlessly using simple C calls, a skill crucial for integrating desktop interfaces with powerful back-end servers. If you’re involved in Windows-based distributed applications or peer-to-peer systems, this book offers concrete tools and explanations tailored to your needs.

Manfred Broy, Stephan Merz, and Katharina Spies bring a rigorous exploration of formal system specification through the lens of the RPC-memory problem, a classic challenge in distributed and concurrent system design. The book dives into detailed comparisons of various formal specification, refinement, and verification methods, using a well-documented case study rooted in operating systems and hardware design. You’ll find deep dives into 15 thoroughly revised papers that dissect the problem from multiple angles, offering insights into how formal methods can be applied to real-world system complexities. This is a resource best suited for those engaged in advanced software development or research who want to understand formal approaches to specifying and verifying distributed systems.

Kasun Indrasiri, drawing on his deep expertise as a senior program manager at Microsoft Azure Messaging Services, offers a hands-on exploration of gRPC as a powerful communication tool in microservices architecture. This book guides you through practical examples in Go, Java, Node, and Python, showing how to implement gRPC effectively in cloud native environments using Docker and Kubernetes. You'll gain insight into defining service contracts and data types, essential for building scalable, polyglot services. The emphasis on production-ready techniques makes it especially useful if you're working on microservices or cloud applications and want to integrate high-performance RPC protocols.

This tailored book explores a focused 30-day learning plan designed to accelerate your mastery of remote procedure call (RPC) development. It combines popular, validated knowledge with insights that match your background and interests, offering a step-by-step progression through core RPC concepts and practical applications. Each chapter unveils essential techniques for implementing and troubleshooting RPC systems, emphasizing hands-on skills and real-world scenarios. By tailoring content to your specific goals, this book reveals how to efficiently build, deploy, and optimize RPC-based services. The personalized approach ensures you engage deeply with topics that matter most to your development path, making complex distributed systems accessible and manageable.

What started as a mission by the Java BluePrints team at Sun Microsystems evolved into this detailed guide for mastering web services with J2EE 1.4. The authors share their deep expertise to help you design and integrate enterprise-level web services, focusing on JAX-RPC, SOAP, and XML technologies. You’ll learn practical best practices, supported by two sample applications that illustrate key design patterns and integration techniques. This book suits developers working on business-to-business interactions or enterprise application integration who need a solid foundation in the J2EE 1.4 platform’s web service capabilities.

Drawing from his extensive background as a lead software developer specializing in ASP.NET, Azure, and microservices, Fiodar Sazanavets crafted this guide to clarify the often fragmented documentation around gRPC implementation on the .NET platform. You’ll learn to navigate the nuances of gRPC communication—from basic concepts and Protobuf message translation to advanced topics like securing endpoints and monitoring performance. The book breaks down when gRPC fits best in microservices architectures and offers practical advice on optimizing scalability and efficiency. If you’re a .NET developer working with distributed systems, this book equips you with hands-on knowledge to implement robust, high-performance communication channels.