A lightweight static analyzer for developers that finds code patterns across multiple programming languages.
Shisho is a lightweight static analyzer that helps developers find specific code patterns across multiple programming languages. It allows developers to search for code structures using a custom query language, making it easier to identify potential issues or specific implementations in codebases. The tool is designed to be simple and fast, focusing on practical code analysis workflows.
Developers and engineering teams who need to analyze code patterns across multiple languages, particularly those looking for lightweight static analysis tools that can be integrated into development workflows.
Developers choose Shisho for its lightweight design, multi-language support, and flexible pattern-matching capabilities that don't require complex configuration. It provides a practical alternative to heavier static analysis tools while maintaining ease of use through Docker integration and a web playground.
Lightweight static analyzer for several programming languages
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Supports multiple programming languages with a single custom query language, enabling developers to find specific code structures across diverse codebases, as demonstrated in the Docker examples.
Designed with minimal footprint and fast analysis without heavy dependencies, making it suitable for quick integration into development workflows, per the key features.
Offers pre-built Docker images and clear commands for containerized usage, allowing for straightforward setup and execution in CI/CD pipelines, as shown in the README.
Provides an online playground at play.shisho.dev to test queries without installation, enhancing usability and trialability for developers.
Requires developers to learn a proprietary query syntax to write effective patterns, which can be a barrier compared to tools with more intuitive or standard interfaces.
Focuses on pattern matching and lacks deeper capabilities like data flow or type inference, making it less suitable for complex static analysis needs.
As a newer project, it likely has fewer pre-built queries, community contributions, and integration options compared to established static analyzers.