methodPrinter.hpp

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/* Copyright 1994, 1995 LongView Technologies L.L.C. $Revision: 1.42 $ */
/* Copyright (c) 2006, Sun Microsystems, Inc.
All rights reserved.

Redistribution and use in source and binary forms, with or without modification, are permitted provided that the 
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// MethodPrinter dumps, on the console, all byte-codes of a method.
// In addition blocks contained in the method are dumped at the
// byte code pushing the block context.
// Usage:
//   MethodPrinterClosure blk(output);
//   MethodIterator mi(method, &blk);

class MethodPrinterClosure: public MethodClosure {
 private:
   outputStream*  st;
   void MethodPrinterClosure::print_sendtype(Bytecodes::SendType type);
   void show(char* str);
   void indent();
 public:
  MethodPrinterClosure(outputStream* stream = NULL);
  void if_node(IfNode* node);
  void cond_node(CondNode* node);
  void while_node(WhileNode* node);
  void primitive_call_node(PrimitiveCallNode* node);
  void dll_call_node(DLLCallNode* node);

  void allocate_temporaries(int nofTemps);
  void push_self();
  void push_tos();
  void push_literal(oop obj);
  void push_argument(int no);
  void push_temporary(int no);
  void push_temporary(int no, int context);
  void push_instVar(int offset);
  void push_instVar_name(symbolOop name);
  void push_classVar(associationOop assoc);
  void push_classVar_name(symbolOop name);

  void push_global(associationOop obj);
  void store_temporary(int no);
  void store_temporary(int no, int context);
  void store_instVar(int offset);
  void store_instVar_name(symbolOop name);
  void store_classVar(associationOop assoc);
  void store_classVar_name(symbolOop name);

  void store_global(associationOop obj);
  void pop();
  void normal_send(InterpretedIC* ic);
  void self_send  (InterpretedIC* ic);
  void super_send (InterpretedIC* ic);
  void double_equal();
  void double_not_equal();
  void method_return(int nofArgs);
  void nonlocal_return(int nofArgs);
  void allocate_closure(AllocationType type, int nofArgs, methodOop meth);
  void allocate_context(int nofTemps, bool forMethod);
  void set_self_via_context();
  void copy_self_into_context();
  void copy_argument_into_context(int argNo, int no);
  void zap_scope();
  void predict_prim_call(primitive_desc* pdesc, int failure_start);
  void float_allocate(int nofFloatTemps, int nofFloatExprs);
  void float_floatify(Floats::Function f, int tof);
  void float_move(int tof, int from);
  void float_set(int tof, doubleOop value);
  void float_nullary(Floats::Function f, int tof);
  void float_unary(Floats::Function f, int tof);
  void float_binary(Floats::Function f, int tof);
  void float_unaryToOop(Floats::Function f, int tof);
  void float_binaryToOop(Floats::Function f, int tof);
};

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