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Living it up with a Live Programming Language

by: Sean McDirmid

(2007) .

Abstract

A dynamic language improves programmer productivity through flexible typing, a focus on high-level programming, and by streamlining the edit-compile-debug cycle. Live languages go beyond dynamic languages with more programmer-centric features. A live language supports live programming that provides programmers with responsive and continuous feedback about how their edits affect program execution. A live language is also based on declarative programming constructs such as rules or data-flow connections so that programmers can write less code. A live language should also provide programmers with responsive semantic feedback to enable time-saving services such as code completion. This paper describes the design a textual live language known as SuperGlue. SuperGlue is based on reactive values known as signals that are supported with declarative data-flow connections and dynamic inheritance. Through signals and dynamic inheritance, SuperGlue supports live programming, declarative programming, and responsive semantic feedback. We demonstrate live programming in SuperGlue with a working prototype.

BibTeX record

@article{livelang,
  abstract = {A dynamic language improves programmer productivity through flexible typing, a focus on high-level programming, and by streamlining the edit-compile-debug cycle. Live languages go beyond dynamic languages with more programmer-centric features. A live language supports live programming that provides programmers with responsive and continuous feedback about how their edits affect program execution. A live language is also based on declarative programming constructs such as rules or data-flow connections so that programmers can write less code. A live language should also provide programmers with responsive semantic feedback to enable time-saving services such as code completion. This paper describes the design a textual live language known as SuperGlue. SuperGlue is based on reactive values known as signals that are supported with declarative data-flow connections and dynamic inheritance. Through signals and dynamic inheritance, SuperGlue supports live programming, declarative programming, and responsive semantic feedback. We demonstrate live programming in SuperGlue with a working prototype.},
  added-at = {2007-06-26T15:55:19.000+0200},
  author = {McDirmid, Sean},
  biburl = {http://www.bibsonomy.org/bibtex/26c78b4740a992f02442b714884b1b3f3/ichun},
  interhash = {7fa6f5769cc4e86ce75e6f8dcb4143cb},
  intrahash = {6c78b4740a992f02442b714884b1b3f3},
  keywords = {live programming},
  timestamp = {2007-06-26T15:55:19.000+0200},
  title = {Living it up with a Live Programming Language},
  year = 2007
}

Endnote record

%0 Journal Article
%1 livelang
%A McDirmid, Sean
%D 2007
%K 
%T Living it up with a Live Programming Language
%X A dynamic language improves programmer productivity through flexible typing, a focus on high-level programming, and by streamlining the edit-compile-debug cycle. Live languages go beyond dynamic languages with more programmer-centric features. A live language supports live programming that provides programmers with responsive and continuous feedback about how their edits affect program execution. A live language is also based on declarative programming constructs such as rules or data-flow connections so that programmers can write less code. A live language should also provide programmers with responsive semantic feedback to enable time-saving services such as code completion. This paper describes the design a textual live language known as SuperGlue. SuperGlue is based on reactive values known as signals that are supported with declarative data-flow connections and dynamic inheritance. Through signals and dynamic inheritance, SuperGlue supports live programming, declarative programming, and responsive semantic feedback. We demonstrate live programming in SuperGlue with a working prototype.