Class UpperBoundChecker

All Implemented Interfaces:
Processor, OptionConfiguration
Direct Known Subclasses:
IndexChecker

@RelevantJavaTypes({java.lang.Byte.class,java.lang.Short.class,java.lang.Integer.class,java.lang.Long.class,java.lang.Character.class,byte.class,short.class,int.class,long.class,char.class}) @SuppressWarningsPrefix({"index","upperbound"}) public class UpperBoundChecker extends BaseTypeChecker
A type-checker for preventing arrays from being accessed with values that are too high.
See the Checker Framework Manual:
Index Checker
  • Field Details

  • Constructor Details

    • UpperBoundChecker

      public UpperBoundChecker()
      Create a new UpperBoundChecker.
  • Method Details

    • initChecker

      public void initChecker()
      Description copied from class: SourceChecker
      Initialize the checker.
      Overrides:
      initChecker in class SourceChecker
      See Also:
    • shouldSkipUses

      public boolean shouldSkipUses(@FullyQualifiedName String typeName)
      Description copied from class: SourceChecker
      Tests whether the class owner of the passed type matches the pattern specified in the checker.skipUses property. In contrast to SourceChecker.shouldSkipUses(Element) this version can also be used from primitive types, which don't have an element.

      Checkers that require their annotations not to be checked on certain JDK classes may override this method to skip them. They shall call super.shouldSkipUses(typeName) to also skip the classes matching the pattern.

      Overrides:
      shouldSkipUses in class SourceChecker
      Parameters:
      typeName - the fully-qualified name of a type
      Returns:
      true iff the enclosing class of element should be skipped
    • getImmediateSubcheckerClasses

      protected Set<Class<? extends SourceChecker>> getImmediateSubcheckerClasses()
      Description copied from class: SourceChecker
      Returns the set of subchecker classes on which this checker depends. ("Depends" means the checkers that are subcheckers of the current checker rather than a subchecker of some other checker.) Returns an empty set if this checker does not depend on any others.

      If this checker should run multiple independent checkers and not contain a type system, then subclass AggregateChecker.

      Subclasses should override this method to specify subcheckers. If they do so, they should call the super implementation of this method and add dependencies to the returned set so that checkers required for reflection resolution are included if reflection resolution is requested.

      If a checker should be added or not based on a command line option, use SourceChecker.getOptionsNoSubcheckers() or SourceChecker.hasOptionNoSubcheckers(String) to avoid recursively calling this method.

      Each subchecker of this checker may also depend on other checkers. If this checker and one of its subcheckers both depend on a third checker, that checker will only be instantiated once.

      Though each checker is run on a whole compilation unit before the next checker is run, error and warning messages are collected and sorted based on the location in the source file before being printed. (See SourceChecker.printOrStoreMessage(Diagnostic.Kind, String, Tree, CompilationUnitTree).)

      WARNING: Circular dependencies are not supported. (In other words, if checker A depends on checker B, checker B cannot depend on checker A.) The Checker Framework does not check for circularity. Make sure no circular dependencies are created when overriding this method.

      This method is protected so it can be overridden, but it should only be called internally by SourceChecker.

      Overrides:
      getImmediateSubcheckerClasses in class SourceChecker
      Returns:
      the subchecker classes on which this checker depends; will be modified by callees