Cracking CodeWhisperer: Analyzing Developers' Interactions and Patterns During Programming Tasks

The use of AI code-generation tools is becoming increasingly common, making it important to understand how software developers are adopting these tools. In this study, we investigate how developers engage with Amazon's CodeWhisperer, an LLM-based code-generation tool. We conducted two user studies with two groups of 10 participants each, interacting with CodeWhisperer - the first to understand which interactions were critical to capture and the second to collect low-level interaction data using a custom telemetry plugin. Our mixed-methods analysis identified four behavioral patterns: 1) incremental code refinement, 2) explicit instruction using natural language comments, 3) baseline structuring with model suggestions, and 4) integrative use with external sources. We provide a comprehensive analysis of these patterns .

Publication Details

Journal
ArXiv.org
Published
2025-10-13
Primary Topic
Software Engineering Research
Type
article
Field-Weighted Citation Impact
0.00

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article

Cracking CodeWhisperer: Analyzing Developers' Interactions and Patterns During Programming Tasks

ArXiv.org
Software Engineering Research
article

Cracking CodeWhisperer: Analyzing Developers' Interactions and Patterns During Programming Tasks

article en

Abstract

The use of AI code-generation tools is becoming increasingly common, making it important to understand how software developers are adopting these tools. In this study, we investigate how developers engage with Amazon's CodeWhisperer, an LLM-based code-generation tool. We conducted two user studies with two groups of 10 participants each, interacting with CodeWhisperer - the first to understand which interactions were critical to capture and the second to collect low-level interaction data using a custom telemetry plugin. Our mixed-methods analysis identified four behavioral patterns: 1) incremental code refinement, 2) explicit instruction using natural language comments, 3) baseline structuring with model suggestions, and 4) integrative use with external sources. We provide a comprehensive analysis of these patterns .

ArXiv.org
Conselho Nacional de Desenvolvimento Científico e Tecnológico
Openalex Percentile: Top 34%
Software Engineering Research
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