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Bruce Eckel

    July 8, 1957
    Bruce Eckel
    Atomic Scala
    First Steps in Flex
    Thinking in C++. Volume 1., Introduction to Standard C++
    Thinking in C++
    Thinking in Java
    Atomic Kotlin
    • 2021

      Atomic Kotlin

      • 636 pages
      • 23 hours of reading

      Targeted at both novice and seasoned programmers, this book presents programming concepts in manageable "atoms" for better understanding. It features exercises with hints and solutions integrated into IntelliJ IDEA, enhancing the learning experience. Co-authored by a member of the Kotlin language team and the author of acclaimed programming books, it offers a structured approach to mastering Kotlin.

      Atomic Kotlin
    • 2013
    • 2008

      First Steps in Flex

      • 140 pages
      • 5 hours of reading

      First Steps in Flex was designed to be small (only 140 pages!). Each chapter is only a few pages long, and contains just enough to get you comfortable with the topic. We don't want to bury you in details, but we provide plenty of resources when you need them; there's a site dedicated to further learning links.The examples are all as short as we could make them. Just enough to give you the concept, and small enough for you to stare at. And to type in yourself -- we think that's such an important part of the learning experience that you can't download the source code! But the examples are small, and the interaction with the development environment is an essential part of the learning experience.

      First Steps in Flex
    • 2000
    • 2000

      Thinking in Java

      • 1482 pages
      • 52 hours of reading
      4.2(1960)Add rating

      This 4th edition of 'Thinking in Java' has been updated to include verion J2SE 5.0.

      Thinking in Java
    • 1995

      Thinking in C++ is ideal for anyone already familiar with C who now wants to learn C++. Eckel has synthesized more than five years of C++ teaching and programming experience into a well-structured course that moves step-by-step through each important C++ concept. He highlights poorly-understood C++ features like virtual functions, which can improve productivity.

      Thinking in C++