2020•Unpublished venueOpen access

Purpose-first Programming

Kathryn Irene Cunningham

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Abstract

Becoming "a programmer" is associated with gaining a deep understanding of programming language semantics. However, as more people learn to program for more reasons than creating software, their learning needs differ. In particular, end-user programmers and conversational programmers often care about code's purpose, but don't wish to engage with the low-level details of precisely how code executes. I propose the creation of scaffolding that allows these learners to interact with code in an authentic way, highlighting code's purpose while providing support that avoids the need for low-level tracing knowledge. This scaffolding builds on theories of programming plans.

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What this paper is about

Becoming "a programmer" is associated with gaining a deep understanding of programming language semantics. However, as more people learn to program for more reasons than creating software, their learning needs differ. In particular, end-user programmers and conversational programmers often care about code's purpose, but don't wish to engage with the low-level details of precisely how code executes. I propose the creation of scaffolding that allows these learners to interact with code in an authentic way, highlighting code's purpose while providing support that avoids the need for low-level tracing knowledge. This scaffolding builds on theories of programming plans.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Becoming "a programmer" is associated with gaining a deep understanding of programming language semantics. However, as more people learn to program for more reasons than creating software, their learning needs differ. In particular, end-user programmers and conversational programmers often care about code's purpose, but don't wish to engage with the low-level details of precisely how code executes. I propose the creation of scaffolding that allows these learners to interact with code in an authentic way, highlighting code's purpose while providing support that avoids the need for low-level tracing knowledge. This scaffolding builds on theories of programming plans.

Key concepts: Computer science, Programming language, Programmer, Code (set theory), Semantics (computer science), Tracing, Software engineering, Set (abstract data type)

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