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C++

C++ static code analysis

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

  • All rules 674
  • Vulnerability13
  • Bug139
  • Security Hotspot19
  • Code Smell503

  • Quick Fix 91
Filtered: 12 rules found
error-handling
    Impact
      Clean code attribute
        1. Move and swap operations should be "noexcept"

           Code Smell
        2. Exceptions should not be thrown in "noexcept" functions

           Code Smell
        3. Non-exception types should not be caught

           Code Smell
        4. Non-exception types should not be thrown

           Code Smell
        5. Destructors should be "noexcept"

           Bug
        6. General "catch" clauses should not be used

           Code Smell
        7. "catch" clauses should do more than rethrow

           Code Smell
        8. Exceptions should not be ignored

           Code Smell
        9. Exception specifications should not be used

           Code Smell
        10. Generic exceptions should not be caught

           Code Smell
        11. Try-catch blocks should not be nested

           Code Smell
        12. Generic exceptions should never be thrown

           Code Smell

        Non-exception types should not be thrown

        consistency - conventional
        maintainability
        Code Smell
        • error-handling
        • api-design
        • based-on-misra

        Why is this an issue?

        More Info

        Just because you can stick your hand in a blender, that doesn’t mean you should. Similarly, you can throw anything, but that doesn’t mean you should throw something that’s not derived at some level from std::exception.

        If you can’t find an existing exception type that suitably conveys what you need to convey, then you should extend std::exception to create one.

        Specifically, part of the point of throwing exceptions is to communicate about the conditions of the error, but primitives have far less ability to communicate meaningfully than exceptions. And, the creation of some other object type could itself throw an exception, resulting in program termination.

        Further, catching non-exception types is painful and fraught with the potential for (further) error.

        Noncompliant code example

        throw 42;                               // Noncompliant
        throw "Invalid negative index.";        // Noncompliant
        throw std::string("Permission denied"); // Noncompliant
        throw nullptr;                          // Noncompliant
        

        Compliant solution

        throw std::domain_error("User ID not found.");
        throw std::out_of_range("Invalid negative index.");
        throw std::system_error(EACCES, std::system_category());
        throw std::invalid_argument("Unexpected null 'user_id' argument.");
        
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          Developer Edition
          Available Since
          9.1

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