Examples of com.sun.tools.corba.se.idl.SymtabEntry.generate()

Class com.sun.tools.corba.se.idl.SymtabEntry

Examples of com.sun.tools.corba.se.idl.SymtabEntry.generate()

com.sun.tools.corba.se.idl.SymtabEntry.generate()
Invoke a generator. A call to this method is only meaningful for subclasses of SymtabEntry. If called on this class, it is a no-op. @param symbolTable the symbol table is a hash table whose key isa fully qualified type name and whose value is a SymtabEntry or a subclass of SymtabEntry. @param stream the stream to which the generator should sent its output.

      // Don't generate contained entries if they are sequences.
      // Sequences are unnamed and since they translate to arrays,
      // no classes are generated for them, not even holders in this
      // case since they cannot be accessed outside of this union.
      if (!(entry instanceof SequenceEntry))
        entry.generate (symbolTable, stream);
    }
  } // generateContainedTypes


  private void writeVerifyDefault()
  {

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        if (contained instanceof TypedefEntry)
          contained.type ().generate (symbolTable, stream);


        // Note that we also need to generate the typedef itself if
        // contained is a typedef.
        contained.generate (symbolTable, stream);
      }
    }


    // Abstract values are mapped to interfaces. There is no need to generate
    // the bindings for inheriting methods in case of inheritance from other

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    Enumeration e = entry.contained ().elements ();
    while (e.hasMoreElements ())
    {
      SymtabEntry element = (SymtabEntry)e.nextElement ();
      if (element.emit ())
        element.generate (symbolTable, stream);
    }
  } // generate
} // class ModuleGen

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        if (contained instanceof TypedefEntry)
          contained.type ().generate (symbolTable, stream);


        // Note that we also need to generate the typedef itself if
        // contained is a typedef.
        contained.generate (symbolTable, stream);
      }
    }


    // Abstract values are mapped to interfaces. There is no need to generate
    // the bindings for inheriting methods in case of inheritance from other

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        MethodEntry element = (MethodEntry)contained;
        ((MethodGen)element.generator ()).interfaceMethod (symbolTable, element, stream);
      }
      else
        if ( !(contained instanceof ConstEntry))
          contained.generate (symbolTable, stream);
    }
  } // writeOperationsBody


  /**
   *

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    Enumeration e = i.contained ().elements ();
    while (e.hasMoreElements ())
    {
      SymtabEntry contained = (SymtabEntry)e.nextElement ();
      if (contained instanceof ConstEntry)
        contained.generate (symbolTable, stream);
    }
  } // writeSignatureBody


  /**
   *

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      // Sequences are unnamed and since they translate to arrays,
      // no classes are generated for them, not even holders in this
      // case since they cannot be accessed outside of this struct.


      if (!(entry instanceof SequenceEntry))
        entry.generate (symbolTable, stream);
    }
  } // generateContainedTypes


  /**
   *

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