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Selene is a blazing-fast modern Lua linter written in Rust, published by Kampfkarren and currently available at version 0.31.0, the only version recorded in this catalog entry. As a linter, its purpose is to analyze Lua source code statically, examining programs without executing them in order to surface potential problems, stylistic inconsistencies, and questionable constructs before code is committed, reviewed, or deployed. This makes it a relevant tool in the developer tooling and code quality category, fitting naturally alongside formatters, static analyzers, and continuous integration checks. Because it is implemented in Rust, a systems programming language known for memory safety and high performance, Selene positions itself as a fast option for teams that need linting to run quickly, whether during local development, in editor integrations, or as part of automated build and test pipelines where analysis time directly affects developer feedback loops. Typical use cases for a Lua linter such as Selene include validating scripts written for game engines and embedded environments where Lua is a common scripting language, enforcing consistent coding conventions across a team or open source project, catching mistakes early in the development cycle, and gating contributions in continuous integration so that problematic code never reaches production. Individual developers can incorporate linting into their editor or pre-commit workflow to receive immediate feedback, while larger organizations can standardize on a shared linting configuration to keep codebases uniform as they grow. The description emphasizes both speed and modernity, suggesting a design aimed at contemporary Lua development practices rather than legacy tooling. According to the catalog data, Selene is distributed under the publisher Kampfkarren, and the catalog lists a single available version, 0.31.0, which is therefore both the current and only recorded release in this entry. Prospective users evaluating the tool should refer to this version as the reference point for available functionality. The combination of a focused purpose, a Rust-based implementation, and an explicit emphasis on speed makes Selene a notable entry in the Lua development tooling space for anyone seeking static analysis of Lua code.
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