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google/error-prone

0
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7,182 stars·796 forks·Java·Apache-2.0·18 viewserrorprone.info↗

Error Prone

Error Prone is a static code analyzer and Java compiler extension that identifies common programming mistakes during the build process. It functions as a compiler wrapper that flags potential errors as compile-time failures to prevent bugs from reaching execution.

The tool integrates directly into the Java compilation workflow to provide compile-time validation. It allows for the definition of custom linting rules and analysis checks to enforce specific coding standards and detect prohibited API usage.

The system utilizes abstract syntax tree analysis and type-aware pattern matching to inspect source code without executing the program. It supports incremental compilation and triggers standard compiler error messages to block builds when predefined bug patterns are detected.

Features

  • Static Code Analysis - Provides automated static code analysis for Java to identify bugs and vulnerabilities during the build process.
  • Static Code Analyzers - Identifies potential bugs and vulnerabilities through automated linting of source code.
  • Source Code Analysis - Analyzes source code during compilation to identify and block frequent coding mistakes.
  • Java Linters - Acts as a specialized tool for enforcing structural and stylistic consistency in Java source code.
  • Compile-Time Correctness Verification - Ensures code correctness by rejecting inconsistent behavior and identifying errors during the compilation phase.
  • Compiler Extensions - Integrates directly into the Java compilation process to enforce coding standards and prevent bugs.
  • Compiler-Integrated Analysis - Hooks directly into the Java compiler to resolve symbols and type relationships during static analysis.
  • Type-Aware Matching - Uses the compiler's symbol table to validate that flagged code matches specific Java types and signatures.
  • Static Analysis Rule Engines - Provides a framework for defining custom code analysis rules that inspect source code and metadata.
  • Static Logic Error Detection - Identifies potential logic flaws and syntax errors in source code via static analysis.
  • Automated Code Quality Tools - Enforces coding standards by automatically detecting violations within the Java compilation workflow.
  • Custom Rule Development - Allows the definition of bespoke validation logic to enforce project-specific coding standards.
  • Compiler Error Emissions - Triggers standard compiler error messages to block builds when predefined bug patterns are detected.
  • Incremental Analysis Engines - Optimizes analysis performance by re-examining only modified source files across builds.
  • Code Analysis - Catches common programming mistakes at compile-time.
  • Metaprogramming and Compilers - Catch common Java mistakes at compile-time.
  • Static Analysis Tools - Catch common Java bug patterns at compile-time.

Star history

Star history chart for google/error-proneStar history chart for google/error-prone

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Projects sharing features with Error Prone

These projects share indexed features with Error Prone. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • pmd/pmdpmd avatar

    pmd/pmd

    5,425View on GitHub↗

    PMD is a multi-language static code analyzer used to identify programming flaws, unused variables, and dead code without executing the program. It functions as a code smell detector and coding standard enforcer, ensuring source code adheres to specific naming conventions, structural requirements, and project style guides. The project features an XPath-based rule engine that allows users to define custom analysis patterns using queries against an abstract syntax tree. It also includes a copy-paste detector to identify duplicated code blocks across multiple files and a visual rule designer for

    Javaapexcode-analysiscode-quality
    View on GitHub↗5,425
  • checkstyle/checkstylecheckstyle avatar

    checkstyle/checkstyle

    8,867View on GitHub↗

    Checkstyle is a Java static analysis tool and linter designed to identify and enforce coding standards and best practices. It functions as a code quality auditor and Javadoc validation tool, checking source code against configurable rulesets to ensure structural and stylistic consistency. The project allows for the creation of custom linting rules by extending a core API to inspect the abstract syntax tree. It further enables specialized validation through the use of XPath expressions to query the syntax tree for specific code patterns and violations. Capability areas include the enforcement

    Javacode-qualitycommand-line-toolhacktoberfest
    View on GitHub↗8,867
  • facebook/inferfacebook avatar

    facebook/infer

    15,646View on GitHub↗

    Infer is a static analysis toolset for Java, C, C++, and Objective-C designed to detect memory leaks, null dereferences, and resource bugs. It functions as a multi-language bug finder that identifies race conditions, deadlocks, and memory safety issues by translating source code into a common intermediate representation for analysis. The project distinguishes itself through an inter-procedural data flow analyzer that tracks movement between sources and sinks to detect tainted flows and generate data flow graphs. It also includes a framework for verifying temporal properties and reachability u

    OCamlccode-qualitycpp
    View on GitHub↗15,646
  • jshint/jshintjshint avatar

    jshint/jshint

    9,064View on GitHub↗

    JSHint is a JavaScript static analysis tool and linter designed to detect errors and enforce coding standards. It functions as a syntax validator that scans source code to identify potential logic problems and programming mistakes before the code is executed. The tool provides a command line interface for analyzing files and directories. It supports the export of analysis results into standardized formats such as Checkstyle for integration with external build tools. Analysis is managed through a system of linting rule management and environment global configuration. This includes the ability

    JavaScript
    View on GitHub↗9,064
Compare all 30 related projects→

Frequently asked questions

What does google/error-prone do?

Error Prone is a static code analyzer and Java compiler extension that identifies common programming mistakes during the build process. It functions as a compiler wrapper that flags potential errors as compile-time failures to prevent bugs from reaching execution.

What are the main features of google/error-prone?

The main features of google/error-prone are: Static Code Analysis, Static Code Analyzers, Source Code Analysis, Java Linters, Compile-Time Correctness Verification, Compiler Extensions, Compiler-Integrated Analysis, Type-Aware Matching.

Which projects share features with google/error-prone?

Projects with overlapping indexed features include: pmd/pmd — PMD is a multi-language static code analyzer used to identify programming flaws, unused variables, and dead code… checkstyle/checkstyle — Checkstyle is a Java static analysis tool and linter designed to identify and enforce coding standards and best… facebook/infer — Infer is a static analysis toolset for Java, C, C++, and Objective-C designed to detect memory leaks, null… jshint/jshint — JSHint is a JavaScript static analysis tool and linter designed to detect errors and enforce coding standards. It… pylint-dev/pylint — Pylint is a static code analyzer for Python that scans source code for errors, coding standard violations, code… detekt/detekt — Detekt is a static analysis tool, code quality linter, and complexity analyzer for Kotlin source code. It functions as…