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Go

Go static code analysis

Unique rules to find Bugs, Vulnerabilities, Security Hotspots, and Code Smells in your GO code

  • All rules 94
  • Vulnerability21
  • Bug13
  • Security Hotspot14
  • Code Smell46
Filtered: 12 rules found
convention
    Impact
      Clean code attribute
        1. Context should not be stored in struct fields

           Code Smell
        2. Package imports should be consistent and avoid redundancy

           Code Smell
        3. Single-method interface names should follow Go naming conventions

           Code Smell
        4. Function and method names should not use "Get" prefix

           Code Smell
        5. Semicolons should not be used unnecessarily

           Code Smell
        6. Import statements should be factored into a single block

           Code Smell
        7. Functions should follow Go's explicit error handling patterns

           Code Smell
        8. Track lack of copyright and license headers

           Code Smell
        9. Statements should be on separate lines

           Code Smell
        10. Local variable and function parameter names should comply with a naming convention

           Code Smell
        11. Lines should not be too long

           Code Smell
        12. Function names should comply with a naming convention

           Code Smell

        Single-method interface names should follow Go naming conventions

        consistency - conventional
        maintainability
        Code Smell
        • convention

        This is an issue when a single-method interface doesn’t use the method name plus an "-er" suffix or similar modification to construct an agent noun.

        Why is this an issue?

        How can I fix it?

        More Info

        Go has established naming conventions for interfaces, particularly single-method interfaces. According to the official Go documentation "Effective Go", single-method interfaces should be named by taking the method name and adding an "-er" suffix or similar modification to create an agent noun.

        This convention serves several important purposes:

        • Predictability: Developers can quickly understand what an interface does just by looking at its name
        • Consistency: Following established patterns makes codebases more uniform and easier to navigate
        • Readability: Agent nouns like Reader, Writer, Formatter immediately convey the interface’s purpose
        • Community standards: Adhering to Go conventions makes code more familiar to other Go developers

        When interfaces don’t follow this pattern, they become less intuitive. For example, FileRead doesn’t immediately suggest it’s an interface, while Reader clearly indicates both the action and that it’s likely an interface following Go conventions.

        What is the potential impact?

        Not following Go naming conventions reduces code readability and makes it harder for developers to understand the codebase quickly. It can also make the code feel inconsistent with standard Go libraries and community practices, potentially confusing team members who expect conventional naming patterns.

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