TL;DR
It is shown how island grammars can be used to generate robust parsers that combine the accuracy of syntactical analysis analysis with the speed, flexibility and tolerance usually only found in lexical analysis.
The growing adoption of Large Language Models (LLMs) in Software Engineering has reinforced the expectation that coding activities can be largely automated. However, this perception may represent yet another historical search for a solution capable of eliminating the inherent challenges of software development. This ar...
Complex source code analysis tasks for program understanding, verification, and compliance with regulatory frameworks and standards require appropriate in-memory models of the source code being analyzed. We present a flexible, multi-language pipeline supporting such analyses. By leveraging configurable front-end parser...
This chapter investigates how the quality of code can be automatically assessed by checking for for the presence of code smells and how this approach can contribute to automatic codecode inspection.
This work creates an “over language” in which to express all the information the authors need to be able to output correct and idiomatic syntax for each of their targets, and details the design of the extensible system.
This systematic review presents an analysis of the "Vibe Coding" methodology — a contemporary approach to the iterative software development process using Large Language Models (LLMs). Code generation tools are transforming software development by enabling programmers to formulate tasks and describe the desired behavio...
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