hotspot/src/share/vm/runtime/signature.hpp
author sla
Wed, 18 Dec 2013 08:39:06 +0100
changeset 22190 d306a75a70d3
parent 20702 bbe0fcde6e13
child 22234 da823d78ad65
permissions -rw-r--r--
8029726: On OS X some dtrace probe names are mismatched with Solaris 8029727: On OS X dtrace probes Call<type>MethodA/Call<type>MethodV are not fired. 8029728: On OS X dtrace probes SetStaticBooleanField are not fired Reviewed-by: kamg, dsamersoff
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/*
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 * Copyright (c) 1997, 2012, Oracle and/or its affiliates. All rights reserved.
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 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
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 *
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 * This code is free software; you can redistribute it and/or modify it
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 * under the terms of the GNU General Public License version 2 only, as
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 * published by the Free Software Foundation.
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 *
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 * This code is distributed in the hope that it will be useful, but WITHOUT
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 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
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 * FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
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 * version 2 for more details (a copy is included in the LICENSE file that
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 * accompanied this code).
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 *
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 * You should have received a copy of the GNU General Public License version
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 * 2 along with this work; if not, write to the Free Software Foundation,
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 * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
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 *
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 * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
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 * or visit www.oracle.com if you need additional information or have any
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 * questions.
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 *
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 */
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#ifndef SHARE_VM_RUNTIME_SIGNATURE_HPP
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#define SHARE_VM_RUNTIME_SIGNATURE_HPP
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#include "memory/allocation.hpp"
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#include "oops/method.hpp"
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#include "utilities/top.hpp"
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// SignatureIterators iterate over a Java signature (or parts of it).
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// (Syntax according to: "The Java Virtual Machine Specification" by
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// Tim Lindholm & Frank Yellin; section 4.3 Descriptors; p. 89ff.)
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//
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// Example: Iterating over ([Lfoo;D)I using
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//                         0123456789
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//
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// iterate_parameters() calls: do_array(2, 7); do_double();
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// iterate_returntype() calls:                              do_int();
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// iterate()            calls: do_array(2, 7); do_double(); do_int();
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//
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// is_return_type()        is: false         ; false      ; true
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//
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// NOTE: The new optimizer has an alternate, for-loop based signature
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// iterator implemented in opto/type.cpp, TypeTuple::make().
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class SignatureIterator: public ResourceObj {
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 protected:
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  Symbol*      _signature;             // the signature to iterate over
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  int          _index;                 // the current character index (only valid during iteration)
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  int          _parameter_index;       // the current parameter index (0 outside iteration phase)
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  BasicType    _return_type;
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  void expect(char c);
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  void skip_optional_size();
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  int  parse_type();                   // returns the parameter size in words (0 for void)
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  void check_signature_end();
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  // Definitions used in generating and iterating the
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  // bit field form of the signature generated by the
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  // Fingerprinter.
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  enum {
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    static_feature_size    = 1,
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    result_feature_size    = 4,
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    result_feature_mask    = 0xF,
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    parameter_feature_size = 4,
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    parameter_feature_mask = 0xF,
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      bool_parm            = 1,
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      byte_parm            = 2,
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      char_parm            = 3,
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      short_parm           = 4,
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      int_parm             = 5,
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      long_parm            = 6,
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      float_parm           = 7,
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      double_parm          = 8,
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      obj_parm             = 9,
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      done_parm            = 10,  // marker for end of parameters
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    // max parameters is wordsize minus
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    //    The sign bit, termination field, the result and static bit fields
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    max_size_of_parameters = (BitsPerLong-1 -
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                              result_feature_size - parameter_feature_size -
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                              static_feature_size) / parameter_feature_size
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  };
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  // Constructors
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  SignatureIterator(Symbol* signature);
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  // Iteration
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  void dispatch_field();               // dispatches once for field signatures
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  void iterate_parameters();           // iterates over parameters only
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  void iterate_parameters( uint64_t fingerprint );
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  void iterate_returntype();           // iterates over returntype only
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  void iterate();                      // iterates over whole signature
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  // Returns the word index of the current parameter;
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  int  parameter_index() const         { return _parameter_index; }
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  bool is_return_type() const          { return parameter_index() < 0; }
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  BasicType get_ret_type() const       { return _return_type; }
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  // Basic types
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  virtual void do_bool  ()             = 0;
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  virtual void do_char  ()             = 0;
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  virtual void do_float ()             = 0;
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  virtual void do_double()             = 0;
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  virtual void do_byte  ()             = 0;
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  virtual void do_short ()             = 0;
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  virtual void do_int   ()             = 0;
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  virtual void do_long  ()             = 0;
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  virtual void do_void  ()             = 0;
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  // Object types (begin indexes the first character of the entry, end indexes the first character after the entry)
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  virtual void do_object(int begin, int end) = 0;
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  virtual void do_array (int begin, int end) = 0;
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};
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// Specialized SignatureIterators: Used to compute signature specific values.
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class SignatureTypeNames : public SignatureIterator {
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  virtual void type_name(const char* name)   = 0;
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  void do_bool()                       { type_name("jboolean"); }
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  void do_char()                       { type_name("jchar"   ); }
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  void do_float()                      { type_name("jfloat"  ); }
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  void do_double()                     { type_name("jdouble" ); }
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  void do_byte()                       { type_name("jbyte"   ); }
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  void do_short()                      { type_name("jshort"  ); }
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  void do_int()                        { type_name("jint"    ); }
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  void do_long()                       { type_name("jlong"   ); }
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  void do_void()                       { type_name("void"    ); }
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  void do_object(int begin, int end)   { type_name("jobject" ); }
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  void do_array (int begin, int end)   { type_name("jobject" ); }
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  SignatureTypeNames(Symbol* signature) : SignatureIterator(signature) {}
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};
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class SignatureInfo: public SignatureIterator {
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  bool      _has_iterated;             // need this because iterate cannot be called in constructor (set is virtual!)
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  bool      _has_iterated_return;
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  int       _size;
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  void lazy_iterate_parameters()       { if (!_has_iterated) { iterate_parameters(); _has_iterated = true; } }
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  void lazy_iterate_return()           { if (!_has_iterated_return) { iterate_returntype(); _has_iterated_return = true; } }
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  virtual void set(int size, BasicType type) = 0;
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  void do_bool  ()                     { set(T_BOOLEAN_size, T_BOOLEAN); }
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  void do_char  ()                     { set(T_CHAR_size   , T_CHAR   ); }
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  void do_float ()                     { set(T_FLOAT_size  , T_FLOAT  ); }
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  void do_double()                     { set(T_DOUBLE_size , T_DOUBLE ); }
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  void do_byte  ()                     { set(T_BYTE_size   , T_BYTE   ); }
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  void do_short ()                     { set(T_SHORT_size  , T_SHORT  ); }
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  void do_int   ()                     { set(T_INT_size    , T_INT    ); }
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  void do_long  ()                     { set(T_LONG_size   , T_LONG   ); }
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  void do_void  ()                     { set(T_VOID_size   , T_VOID   ); }
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  void do_object(int begin, int end)   { set(T_OBJECT_size , T_OBJECT ); }
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  void do_array (int begin, int end)   { set(T_ARRAY_size  , T_ARRAY  ); }
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  SignatureInfo(Symbol* signature) : SignatureIterator(signature) {
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    _has_iterated = _has_iterated_return = false;
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    _size         = 0;
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    _return_type  = T_ILLEGAL;
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  }
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};
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// Specialized SignatureIterator: Used to compute the argument size.
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class ArgumentSizeComputer: public SignatureInfo {
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 private:
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  void set(int size, BasicType type)   { _size += size; }
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  ArgumentSizeComputer(Symbol* signature) : SignatureInfo(signature) {}
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  int       size()                     { lazy_iterate_parameters(); return _size; }
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};
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class ArgumentCount: public SignatureInfo {
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  void set(int size, BasicType type)   { _size ++; }
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  ArgumentCount(Symbol* signature) : SignatureInfo(signature) {}
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  int       size()                     { lazy_iterate_parameters(); return _size; }
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};
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// Specialized SignatureIterator: Used to compute the result type.
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class ResultTypeFinder: public SignatureInfo {
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  void set(int size, BasicType type)   { _return_type = type; }
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  BasicType type()                     { lazy_iterate_return(); return _return_type; }
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  ResultTypeFinder(Symbol* signature) : SignatureInfo(signature) {}
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};
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// Fingerprinter computes a unique ID for a given method. The ID
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// is a bitvector characterizing the methods signature (incl. the receiver).
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class Fingerprinter: public SignatureIterator {
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  uint64_t _fingerprint;
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  int _shift_count;
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  methodHandle mh;
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  void do_bool()    { _fingerprint |= (((uint64_t)bool_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_char()    { _fingerprint |= (((uint64_t)char_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_byte()    { _fingerprint |= (((uint64_t)byte_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_short()   { _fingerprint |= (((uint64_t)short_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_int()     { _fingerprint |= (((uint64_t)int_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_long()    { _fingerprint |= (((uint64_t)long_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_float()   { _fingerprint |= (((uint64_t)float_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_double()  { _fingerprint |= (((uint64_t)double_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_object(int begin, int end)  { _fingerprint |= (((uint64_t)obj_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_array (int begin, int end)  { _fingerprint |= (((uint64_t)obj_parm) << _shift_count); _shift_count += parameter_feature_size; }
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  void do_void()    { ShouldNotReachHere(); }
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  Fingerprinter(methodHandle method) : SignatureIterator(method->signature()) {
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    mh = method;
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    _fingerprint = 0;
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  }
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  uint64_t fingerprint() {
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    // See if we fingerprinted this method already
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    if (mh->constMethod()->fingerprint() != CONST64(0)) {
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      return mh->constMethod()->fingerprint();
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    }
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    if (mh->size_of_parameters() > max_size_of_parameters ) {
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      _fingerprint = UCONST64(-1);
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      mh->constMethod()->set_fingerprint(_fingerprint);
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      return _fingerprint;
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    }
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    assert( (int)mh->result_type() <= (int)result_feature_mask, "bad result type");
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    _fingerprint = mh->result_type();
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    _fingerprint <<= static_feature_size;
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    if (mh->is_static())  _fingerprint |= 1;
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    _shift_count = result_feature_size + static_feature_size;
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    iterate_parameters();
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    _fingerprint |= ((uint64_t)done_parm) << _shift_count;// mark end of sig
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    mh->constMethod()->set_fingerprint(_fingerprint);
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    return _fingerprint;
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  }
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};
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// Specialized SignatureIterator: Used for native call purposes
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class NativeSignatureIterator: public SignatureIterator {
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  methodHandle _method;
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// We need separate JNI and Java offset values because in 64 bit mode,
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// the argument offsets are not in sync with the Java stack.
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// For example a long takes up 1 "C" stack entry but 2 Java stack entries.
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  int          _offset;                // The java stack offset
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  int          _prepended;             // number of prepended JNI parameters (1 JNIEnv, plus 1 mirror if static)
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  int          _jni_offset;            // the current parameter offset, starting with 0
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  void do_bool  ()                     { pass_int();    _jni_offset++; _offset++;       }
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  void do_char  ()                     { pass_int();    _jni_offset++; _offset++;       }
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  void do_float ()                     { pass_float();  _jni_offset++; _offset++;       }
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#ifdef _LP64
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  void do_double()                     { pass_double(); _jni_offset++; _offset += 2;    }
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#else
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  void do_double()                     { pass_double(); _jni_offset += 2; _offset += 2; }
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#endif
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  void do_byte  ()                     { pass_int();    _jni_offset++; _offset++;       }
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  void do_short ()                     { pass_int();    _jni_offset++; _offset++;       }
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  void do_int   ()                     { pass_int();    _jni_offset++; _offset++;       }
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#ifdef _LP64
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  void do_long  ()                     { pass_long();   _jni_offset++; _offset += 2;    }
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#else
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  void do_long  ()                     { pass_long();   _jni_offset += 2; _offset += 2; }
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#endif
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  void do_void  ()                     { ShouldNotReachHere();                               }
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  void do_object(int begin, int end)   { pass_object(); _jni_offset++; _offset++;        }
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  void do_array (int begin, int end)   { pass_object(); _jni_offset++; _offset++;        }
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  methodHandle method() const          { return _method; }
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  int          offset() const          { return _offset; }
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  int      jni_offset() const          { return _jni_offset + _prepended; }
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//  int     java_offset() const          { return method()->size_of_parameters() - _offset - 1; }
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  bool      is_static() const          { return method()->is_static(); }
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  virtual void pass_int()              = 0;
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  virtual void pass_long()             = 0;
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  virtual void pass_object()           = 0;
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  virtual void pass_float()            = 0;
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#ifdef _LP64
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  virtual void pass_double()           = 0;
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#else
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  virtual void pass_double()           { pass_long(); }  // may be same as long
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#endif
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  NativeSignatureIterator(methodHandle method) : SignatureIterator(method->signature()) {
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    _method = method;
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    _offset = 0;
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    _jni_offset = 0;
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    const int JNIEnv_words = 1;
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    const int mirror_words = 1;
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    _prepended = !is_static() ? JNIEnv_words : JNIEnv_words + mirror_words;
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  }
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  // iterate() calles the 2 virtual methods according to the following invocation syntax:
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  //
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  // {pass_int | pass_long | pass_object}
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  //
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  // Arguments are handled from left to right (receiver first, if any).
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  // The offset() values refer to the Java stack offsets but are 0 based and increasing.
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  // The java_offset() values count down to 0, and refer to the Java TOS.
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  // The jni_offset() values increase from 1 or 2, and refer to C arguments.
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  void iterate() { iterate(Fingerprinter(method()).fingerprint());
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  }
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  // Optimized path if we have the bitvector form of signature
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  void iterate( uint64_t fingerprint ) {
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    if (!is_static()) {
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      // handle receiver (not handled by iterate because not in signature)
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      pass_object(); _jni_offset++; _offset++;
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    }
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    SignatureIterator::iterate_parameters( fingerprint );
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  }
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};
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// Handy stream for iterating over signature
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class SignatureStream : public StackObj {
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  Symbol*      _signature;
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  int          _begin;
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  int          _end;
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  BasicType    _type;
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  bool         _at_return_type;
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  GrowableArray<Symbol*>* _names;  // symbols created while parsing signature
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  bool at_return_type() const                    { return _at_return_type; }
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  bool is_done() const;
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  void next_non_primitive(int t);
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  void next() {
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    Symbol* sig = _signature;
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    int len = sig->utf8_length();
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    if (_end >= len) {
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      _end = len + 1;
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      return;
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    }
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    _begin = _end;
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    int t = sig->byte_at(_begin);
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    switch (t) {
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      case 'B': _type = T_BYTE;    break;
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      case 'C': _type = T_CHAR;    break;
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      case 'D': _type = T_DOUBLE;  break;
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      case 'F': _type = T_FLOAT;   break;
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      case 'I': _type = T_INT;     break;
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      case 'J': _type = T_LONG;    break;
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      case 'S': _type = T_SHORT;   break;
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      case 'Z': _type = T_BOOLEAN; break;
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      case 'V': _type = T_VOID;    break;
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      default : next_non_primitive(t);
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                return;
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    }
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    _end++;
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  }
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  SignatureStream(Symbol* signature, bool is_method = true);
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  ~SignatureStream();
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  bool is_object() const;                        // True if this argument is an object
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  bool is_array() const;                         // True if this argument is an array
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  BasicType type() const                         { return _type; }
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  Symbol* as_symbol(TRAPS);
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  enum FailureMode { ReturnNull, CNFException, NCDFError };
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  Klass* as_klass(Handle class_loader, Handle protection_domain, FailureMode failure_mode, TRAPS);
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  oop as_java_mirror(Handle class_loader, Handle protection_domain, FailureMode failure_mode, TRAPS);
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  const jbyte* raw_bytes()  { return _signature->bytes() + _begin; }
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  int          raw_length() { return _end - _begin; }
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  // return same as_symbol except allocation of new symbols is avoided.
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  Symbol* as_symbol_or_null();
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  // count the number of references in the signature
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  int reference_parameter_count();
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};
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class SignatureVerifier : public StackObj {
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  public:
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    // Returns true if the symbol is valid method or type signature
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    static bool is_valid_signature(Symbol* sig);
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    static bool is_valid_method_signature(Symbol* sig);
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    static bool is_valid_type_signature(Symbol* sig);
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  private:
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    static ssize_t is_valid_type(const char*, ssize_t);
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    static bool invalid_name_char(char);
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};
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#endif // SHARE_VM_RUNTIME_SIGNATURE_HPP