31 
  32 
  33 /**
  34  * Abstract superclass for representing the generic type information for
  35  * a reflective entity.
  36  * The code is not dependent on a particular reflective implementation.
  37  * It is designed to be used unchanged by at least core reflection and JDI.
  38  */
  39 public abstract class AbstractRepository<T extends Tree> {
  40 
  41     // A factory used to produce reflective objects. Provided when the
  42     //repository is created. Will vary across implementations.
  43     private final GenericsFactory factory;
  44 
  45     private final T tree; // the AST for the generic type info
  46 
  47     //accessors
  48     private GenericsFactory getFactory() { return factory;}
  49 
  50     /**
  51      * Accessor for <tt>tree</tt>.
  52      * @return the cached AST this repository holds
  53      */
  54     protected T getTree(){ return tree;}
  55 
  56     /**
  57      * Returns a <tt>Reifier</tt> used to convert parts of the
  58      * AST into reflective objects.
  59      * @return a <tt>Reifier</tt> used to convert parts of the
  60      * AST into reflective objects
  61      */
  62     protected Reifier getReifier(){return Reifier.make(getFactory());}
  63 
  64     /**
  65      * Constructor. Should only be used by subclasses. Concrete subclasses
  66      * should make their constructors private and provide public factory
  67      * methods.
  68      * @param rawSig - the generic signature of the reflective object
  69      * that this repository is servicing
  70      * @param f - a factory that will provide instances of reflective
  71      * objects when this repository converts its AST
  72      */
  73     protected AbstractRepository(String rawSig, GenericsFactory f) {
  74         tree = parse(rawSig);
  75         factory = f;
  76     }
  77 
  78     /**
  79      * Returns the AST for the generic type info of this entity.

  31 
  32 
  33 /**
  34  * Abstract superclass for representing the generic type information for
  35  * a reflective entity.
  36  * The code is not dependent on a particular reflective implementation.
  37  * It is designed to be used unchanged by at least core reflection and JDI.
  38  */
  39 public abstract class AbstractRepository<T extends Tree> {
  40 
  41     // A factory used to produce reflective objects. Provided when the
  42     //repository is created. Will vary across implementations.
  43     private final GenericsFactory factory;
  44 
  45     private final T tree; // the AST for the generic type info
  46 
  47     //accessors
  48     private GenericsFactory getFactory() { return factory;}
  49 
  50     /**
  51      * Accessor for {@code tree}.
  52      * @return the cached AST this repository holds
  53      */
  54     protected T getTree(){ return tree;}
  55 
  56     /**
  57      * Returns a {@code Reifier} used to convert parts of the
  58      * AST into reflective objects.
  59      * @return a {@code Reifier} used to convert parts of the
  60      * AST into reflective objects
  61      */
  62     protected Reifier getReifier(){return Reifier.make(getFactory());}
  63 
  64     /**
  65      * Constructor. Should only be used by subclasses. Concrete subclasses
  66      * should make their constructors private and provide public factory
  67      * methods.
  68      * @param rawSig - the generic signature of the reflective object
  69      * that this repository is servicing
  70      * @param f - a factory that will provide instances of reflective
  71      * objects when this repository converts its AST
  72      */
  73     protected AbstractRepository(String rawSig, GenericsFactory f) {
  74         tree = parse(rawSig);
  75         factory = f;
  76     }
  77 
  78     /**
  79      * Returns the AST for the generic type info of this entity.