Development 0.0
  • Site
      • 1. Introduction
      • 2. Software development model
      • 3. Control Structures
      • 4. Logic
        • 4.1. Logic symbols
        • 4.2. Notation
        • 4.3. Combinatorics
        • 4.4. Boolean functions and truth tables
          • 4.4.1. Universal lookup function
          • 4.4.2. Nullary Boolean functions
          • 4.4.3. Unary Boolean functions
          • 4.4.4. Binary Boolean functions
        • 4.5. Mask operation
          • 4.5.1. Clearing data bits
          • 4.5.2. Setting data bits
          • 4.5.3. Inverting data bits
          • 4.5.4. Other mask operations
        • 4.6. Functional completeness
          • 4.6.1. Composition of Boolean functions with NOT and AND
            • 4.6.1.1. Composing nullary functions from NOT and AND
            • 4.6.1.2. Convenience definition of OR
          • 4.6.2. Universal composition function
            • 4.6.2.1. Unary functions defined by composition function
            • 4.6.2.2. Example composition function for \(f^3_{23}\)
      • 5. Source Control Management
        • 5.1. Kallithea
        • 5.2. Mercurial Repository Trimming
      • 6. Shell basics
        • 6.1. Job Control
        • 6.2. POSIX
          • 6.2.1. Conventions for Syntax Descriptions
            • 6.2.1.1. Specific Conventions in Templated Shell Scripts
        • 6.3. Special Purpose Language vs. Generic Programming Language
          • 6.3.1. Variable expansion
          • 6.3.2. echo (1) , printf(1)
          • 6.3.3. Avoid special bash syntax
          • 6.3.4. Do not use arrays
        • 6.4. WRF loop - single line processing in shell
          • 6.4.1. WRF loop
          • 6.4.2. WRF loop with standard IFS split
          • 6.4.3. WRF loop with special IFS split
          • 6.4.4. split and process lines with awk(1)
        • 6.5. Single quoting
        • 6.6. Construct correctly quoted shell script
          • 6.6.1. Preparations
          • 6.6.2. Single quoted string
          • 6.6.3. HERE document
        • 6.7. Command execution
        • 6.8. . command
        • 6.9. Subshell and compound commands
      • 7. Shell Wildcards and Filenames
        • 7.1. Glob pattern expansion
        • 7.2. Non-matching glob patterns
        • 7.3. Directory separator and illegal characters
          • 7.3.1. 7-bit ASCII, printable, without directory separator and illegal characters
      • 8. Shell Tools
        • 8.1. dir_to_dot.sh - generate dot(1) graph from directory
      • 9. Python
        • 9.1. Language extensions
      • 10. Common Lisp
      • 11. Evaluating algorithms
        • 11.1. Big O notation
        • 11.2. Bakado - the way of the idiot
          • 11.2.1. Proving \(f(n) \in o(g)\)
          • 11.2.2. Proving \(f(n) \in O(g)\)
        • 11.3. Taidanado - the way of the lazy
        • 11.4. Satori o aita tensaido - the way of the enlightened genius
      • 12. Exchange variables without temporary variable
        • 12.1. Bewerbungsgespräch
        • 12.2. Hardware
        • 12.3. Software
          • 12.3.1. Assembler
          • 12.3.2. Interpreter
            • 12.3.2.1. XOR Lösung
            • 12.3.2.2. NORMALE LÖSUNG
          • 12.3.3. Compiler
          • 12.3.4. Details
      • 13. MOV is Turing-complete
      • 14. Markup converter design
        • 14.1. Direct conversion between markup languages
        • 14.2. Conversion via central abstract DOM
      • 15. shell PIDs
      • 16. Emacs Extension
        • 16.1. Emacs-Erweiterungen mit Cut-Paste-Modify
          • 16.1.1. Erst mal Proof-of-Concept
          • 16.1.2. Der Makro
          • 16.1.3. Die Funktion
            • 16.1.3.1. Was muss man haben
            • 16.1.3.2. Welche Vorlage benutzt man?
            • 16.1.3.3. Umgang mit Klammerausdrücken
            • 16.1.3.4. Erst mal die absoluten Basics
            • 16.1.3.5. Butter bei die Fische
            • 16.1.3.6. Das Sahnehäubchen
      • 17. klicki-bunti-und-das-fliewatüüt
      • 18. Shell Option Evaluation Loop
        • 18.1. Shell Commmand Grammar
        • 18.2. Option Loop Activity Diagram
        • 18.3. Option Loop Template
        • 18.4. Snippet for defining an option
          • 18.4.1. Example options
            • 18.4.1.1. No parameters
            • 18.4.1.2. All parameters = ::fillme::
            • 18.4.1.3. opt_short = q, opt_long = quiet-day
            • 18.4.1.4. opt_short = q, opt_arg = INT
            • 18.4.1.5. opt_short = q, opt_long = quiet-day, opt_arg = INT
            • 18.4.1.6. opt_long = quiet-day, opt_arg = INT
          • 18.4.2. Option generator snippet
      • General Index
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      • 10. Common Lisp
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  • 11. Evaluatin... »
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10. Common Lisp¶

Links:

  • Common Lisp - Wikipedia
  • Common Lisp - lisp-lang.org
  • Category:Common Lisp implementations - Wikipedia
  • Common Lisp HyperSpec (TM)

IDE:

  • Portacle - A Portable Common Lisp Development Environment

    features

    • SLIME: The Superior Lisp Interaction Mode for Emacs
    • SBCL - Steel Bank Common Lisp
    • Quicklisp.

    Latest release as of 2019-03-08 22:36:37: https://github.com/portacle/portacle/releases/download/1.3/lin-portacle.tar.xz

    install with:

    cd
xz -dc lin-portacle.tar.xz | tar x -
mkdir bin
ln -s ../portacle/portacle.run bin/portacle

    run with:

    portacle

Implementations:

  • SBCL - Steel Bank Common Lisp (featured by Portacle)
  • CLISP - an ANSI Common Lisp Implementation (GNU project), repository: clisp / clisp · GitLab
  • GNU Common Lisp - Wikipedia (GNU project)

Libraries:

  • Quicklisp loader (ala pip(1))
  • CLiki: Current recommended libraries
  • Common Lisp libraries overview
  • Recommended Libraries | Common Lisp
  • GitHub - CodyReichert/awesome-cl: A curated list of awesome Common Lisp frameworks, libraries and other shiny stuff.

GUI:

  • CommonQt

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© Copyright 2019, Wolfgang Scherer.
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