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Joe Armstrong

    Programming Erlang
    Programming Erlang
    In My Gut, I Don't Believe: A Memoir
    • In My Gut, I Don't Believe: A Memoir

      • 326 Seiten
      • 12 Lesestunden

      In My Gut, I Don't Believe is an intimate coming of age memoir, set in a Catholic seminary in 1980s Dublin. Using private journals, the author shows his personal, psychological, emotional, sexual and intellectual growth as a young man, escaping a difficult mother and a Church demanding the submission of his mind, body and will.Torn between faith and doubt, safety and risk, love and fear, the memoir is a portrait of the young man trying to live the vow of celibacy while becoming aware of his need for affection, intimacy and love. It shows his efforts to live the vow of obedience while awakening to his need to obey himself. It provides an authentic, peerless, fly-on-the-wall insight into Catholic seminary life

      In My Gut, I Don't Believe: A Memoir
      4,6
    • Programming Erlang

      • 548 Seiten
      • 20 Lesestunden

      The second edition has been extensively rewritten. New to this edition are seven chapters covering the latest Erlang features: maps, the type system and the Dialyzer, WebSockets, programming idioms, and a new stand-alone execution environment.

      Programming Erlang
      4,4
    • Programming Erlang

      Software for a Concurrent World

      • 515 Seiten
      • 19 Lesestunden

      Erlang addresses a critical challenge for developers: creating reliable, concurrent, high-performance systems. It is widely adopted by companies needing efficient and scalable applications. As Moore's Law shifts focus from faster processors to multi-core devices, the importance of concurrent programming becomes evident. Without concurrency, programs will only utilize a single processor, leading to perceptions of sluggish performance. Erlang is specifically designed for developing highly parallel, distributed, and fault-tolerant systems, having been successfully used for years in commercial applications that require minimal failures. Its programs efficiently leverage multi-core computers, allowing them to run significantly faster on systems with multiple cores without requiring code changes. By integrating concepts from functional programming with fault-tolerance techniques, Erlang emerges as a robust language for the future's massively parallel, networked applications. This book introduces Erlang and functional programming in a pragmatic style, authored by Joe Armstrong, a co-creator of Erlang. It features example code for readers to build upon and includes the complete source code for two engaging applications. Invest in learning Erlang to enhance your development skills and meet the demands of modern computing.

      Programming Erlang