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  1. Loop, iteration, mapping - GitHub Pages

    Introduction: loop, iterate, for, mapcar, series, transducers The loop macro (built-in) loop is the built-in macro for iteration. Its simplest form is (loop (print "hello")): this will print forever. A simple iteration …

  2. Loop, iteration, mapping

    Introduction: loop, iterate, for, mapcar, series, transducers The loop macro (built-in) loop is the built-in macro for iteration. Its simplest form is (loop (print "hello")): this will print forever. A simple iteration …

  3. The Common Lisp Cookbook

    – The Common Lisp Cookbook 📢 🎓 ⭐ Learn Common Lisp efficiently in videos, by the Cookbook's main contributor. Learn more. 🖊️ Discover a new Common Lisp and Coalton editor for beginners: mine …

  4. Threads, concurrency, parallelism - GitHub Pages

    The Common Lisp Cookbook – Threads, concurrency, parallelism 📢 🎓 ⭐ Learn Common Lisp efficiently in videos, by the Cookbook's main contributor. Learn more. 🖊️ Discover a new Common Lisp and …

  5. Getting started with Common Lisp

    Just launch the implementation executable on the command line to enter the REPL (Read Eval Print Loop), i.e. the interactive interpreter. Quit with (quit) or ctr-d (on some implementations). Here is a …

  6. Web development - GitHub Pages

    Also written by a prolific lisper (E. Fukamachi), it actually uses Hunchentoot by default as the server, but thanks to its pluggable architecture one can use another web server, like the asynchronous Woo, …

  7. Multidimensional arrays - GitHub Pages

    The Common Lisp Cookbook – Multidimensional arrays 📢 🎓 ⭐ Learn Common Lisp efficiently in videos, by the Cookbook's main contributor. Learn more. 🖊️ Discover a new Common Lisp and Coalton editor …

  8. Input/Output - GitHub Pages

    The Common Lisp Cookbook – Input/Output 📢 🎓 ⭐ Learn Common Lisp efficiently in videos, by the Cookbook's main contributor. Learn more. 🖊️ Discover a new Common Lisp and Coalton editor for …

  9. Numbers - GitHub Pages

    This generates 10 random numbers in a loop, but each time the sequence is the same because the *random-state* special variable is dynamically bound to a copy of its state before the let form. Other …