Erlang Systems Programming
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Erlang Systems Programming
"Erlang Systems Programming" "Erlang Systems Programming" is an advanced guide to building robust, concurrent, and distributed systems using the Erlang programming language. Through a logical progression from underlying philosophy to practical engineering solutions, this book explores the unique features and architectural decisions that make Erlang an ideal choice for fault-tolerant systems programming. Readers are introduced to the core principles of the actor model, deep internals of the BEAM virtual machine, and the language’s hallmark support for lightweight process isolation, hot code swapping, and dynamic fault recovery. With a deliberate focus on real-world challenges, the book provides a thorough understanding of supervision trees, error containment, and the essential 'let it crash' approach to error handling. It expertly details message passing, distributed communication, and state management, offering precise patterns for high-availability, systemic resilience, and interoperation with native system resources. From node discovery and geo-redundancy to integrating with external databases and orchestrating with foreign runtimes, professionals will discover actionable guidance for designing and scaling reliable, production-grade systems. Security, observability, and performance engineering are treated as first-class concerns, emphasizing safe deployment, runtime hardening, in-depth tracing, and automated self-healing. Extensive coverage of benchmarks, scheduling, garbage collection optimization, and scaling strategies empower system architects and engineers to leverage Erlang’s strengths across the full lifecycle. Meticulously structured and comprehensive, "Erlang Systems Programming" is an indispensable resource for anyone building mission-critical, fault-tolerant applications in modern, distributed environments.
Erlang Programming
Author: Francesco Cesarini
language: en
Publisher: "O'Reilly Media, Inc."
Release Date: 2009-06-11
This book is an in-depth introduction to Erlang, a programming language ideal for any situation where concurrency, fault tolerance, and fast response is essential. Erlang is gaining widespread adoption with the advent of multi-core processors and their new scalable approach to concurrency. With this guide you'll learn how to write complex concurrent programs in Erlang, regardless of your programming background or experience. Written by leaders of the international Erlang community -- and based on their training material -- Erlang Programming focuses on the language's syntax and semantics, and explains pattern matching, proper lists, recursion, debugging, networking, and concurrency. This book helps you: Understand the strengths of Erlang and why its designers included specific features Learn the concepts behind concurrency and Erlang's way of handling it Write efficient Erlang programs while keeping code neat and readable Discover how Erlang fills the requirements for distributed systems Add simple graphical user interfaces with little effort Learn Erlang's tracing mechanisms for debugging concurrent and distributed systems Use the built-in Mnesia database and other table storage features Erlang Programming provides exercises at the end of each chapter and simple examples throughout the book.
Implementations of Logic Programming Systems
Author: Evan Tick
language: en
Publisher: Springer Science & Business Media
Release Date: 2012-12-06
This volume is a collection of research papers in the area of the implementation of logic programming systems. It will be of immediate interest to practitioners who seek an understanding of how to efficiently manage memory, generate fast code, perform sophisticated static analyses, and design high-performance runtime features. A major theme throughout the book is how to effectively leverage host implementation systems and technologies to implement target systems. The book is also beneficial for future reference because it summarizes a wealth of systems implementation experience of the researchers shaping the field over the past ten years. Another theme of the book is compilation techniques to boost performance. The field of static analysis for logic programs is a rapidly developing field that deserves a volume on its own. Implementations of Logic Programming Systems is an excellent reference and may be used as a text for a course on the subject.