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Apex

Apex static code analysis

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

  • All rules 97
  • Vulnerability2
  • Bug26
  • Security Hotspot3
  • Code Smell66
Filtered: 22 rules found
salesforce
    Impact
      Clean code attribute
        1. SOQL queries should not contain hardcoded date literals

           Code Smell
        2. Apex classes should contain at most one "@InvocableMethod" annotation

           Bug
        3. SOQL queries should not be executed inside loops

           Code Smell
        4. SOSL queries in test methods should use "Test.setFixedSearchResults"

           Code Smell
        5. DML operations in catch blocks can mask original exceptions

           Bug
        6. Test classes and methods should not use "seeAllData=true"

           Code Smell
        7. HTTP requests should have explicit timeout configuration

           Code Smell
        8. Methods with "@AuraEnabled" should be public or global

           Bug
        9. Classes implementing "Database.Batchable" should be declared as "global"

           Bug
        10. "getRoleAndSubordinates()" should be replaced with "getRoleAndSubordinatesInternal()"

           Code Smell
        11. Future methods making HTTP callouts should include "callout=true" parameter

           Bug
        12. SOQL queries should use SystemModStamp instead of LastModifiedDate for better performance

           Code Smell
        13. Future methods should not call other future methods

           Bug
        14. Test classes should be annotated with "@isTest"

           Code Smell
        15. SOQL queries should include LIMIT clauses to prevent hitting governor limits

           Bug
        16. Private members made public for testing should use "@TestVisible" annotation

           Code Smell
        17. Batch Apex scope parameters should not exceed 2000 records

           Code Smell
        18. Custom event names should not be prefixed with "on"

           Code Smell
        19. Apex REST services should implement comprehensive exception handling

           Vulnerability
        20. SOQL queries should be assigned to Lists to avoid QueryException

           Bug
        21. InvocableMethod annotations should include descriptive label and description

           Code Smell
        22. URLs should not be hardcoded in Apex code

           Bug

        Future methods making HTTP callouts should include "callout=true" parameter

        intentionality - logical
        reliability
        Bug
        • salesforce
        • apex
        • async

        This is an issue when a method annotated with @future contains HTTP callout operations but does not specify callout=true in the annotation.

        Why is this an issue?

        How can I fix it?

        More Info

        In Salesforce Apex, future methods run asynchronously and have different execution contexts than regular methods. By default, future methods cannot make HTTP callouts to external web services for security and resource management reasons.

        When you attempt to make an HTTP callout from a future method without the callout=true parameter, Salesforce will throw a runtime exception. This happens because the platform needs explicit permission to allow network operations from asynchronous contexts.

        The callout=true parameter tells the Salesforce platform that this future method is authorized to make external HTTP requests. Without this parameter, any attempt to use HTTP classes like Http, HttpRequest, or HttpResponse will fail at runtime, potentially breaking your application’s functionality.

        This restriction exists because HTTP callouts consume system resources and can affect performance. By requiring explicit declaration, Salesforce ensures developers are intentional about which asynchronous methods can access external services.

        What is the potential impact?

        Without the callout=true parameter, the application will throw a runtime exception when the future method attempts to make HTTP callouts. This can cause:

        • Integration failures with external systems
        • Incomplete business processes that depend on external data
        • Poor user experience due to unexpected errors
        • Difficult debugging since the error occurs asynchronously
          Available In:
        • SonarQube CloudDetect issues in your GitHub, Azure DevOps Services, Bitbucket Cloud, GitLab repositories

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