Unable to compile T1 Architecture and Simulation modelling tool

Question

Hello,
I am trying to compile the T1 Simulation and Architecture modelling tool. The whole package is downloaded from opensparc.net
As a requirement, i am using Solaris 10 on SPARC based machine with Solaris Studio 12.3 as the compiler.
When i am running the "build_sas.sh full" script, it gives me an error:
--- Building n1 in strand ---
/opt/solarisstudio12.3//bin/CC -G -KPIC  -fast -xO5 -DNDEBUG -DRS_INLINE=inline -DRS_MPSAS_COMPATIBLE    -xarch=v9a -DHOST64BIT=1    -DN1_BOOTS10 -DMEMORY_SPARSE -I../../include/strand -I../../include/fw -I../../include/mmu -I../../include/asi -I../../include/core -I../../include/cpu -I../../include/system -I../../include/trap -I../../include/register  -I/scratch//sam-t1/devtools/64/shade/inc  -c -o obj64opt_n1/V9/V9_AsiReg.o V9/V9_AsiReg.cc
CC: Warning: -xarch=v9a is deprecated, use -m64 -xarch=sparcvis instead
"../../include/fw/Callee.h", line 98: Error: 'Riesling::operator new(unsigned long, Riesling::CalleeAllocator&)' may not be declared within a namespace.
1 Error(s) detected.
*** Error code 2
make: Fatal error: Command failed for target `obj64opt_n1/V9/V9_AsiReg.o'
Current working directory /scratch/sam-t1/src/riesling-cm/riesling/src/strand
*** Error code 1
make: Fatal error: Command failed for target `strand'
the Callee.h file has the following declaration for line#97:
inline void* operator new( size_t size, CalleeAllocator& a )/*{{{*/
// This new() function is called for code written as
// new(CalleeAllocator::allocator) Callee0<void>(f);
// and allocates size bytes from the CalleeAllocator
  return a.alloc(size);
I did some Google search, and found that, "An allocation function shall be a class member function or a global function; a program is ill-formed if an allocation function is declared in a namespace scope other than global scope or declared static in global scope. [..]" (c++ - operator new inside namespace - Stack Overflow).
Would appreciate any help or suggestion.

Answer 1

I tried you last suggestion, by simply moving the "new" function before the namespace, but it gave me the following  Error: The prior declaration for operator new(unsigned long) has no exception specification.
So, I naively just defined the new as below, just to see what happens:
  41  inline void* operator new( size_t size, CalleeAllocator& a) throw()
    42  {return a.alloc(size);
    43  }
which, after compilation gives the following error:
Error: std::bad_alloc is not in the prior exception specification
The download link to the whole package is here: OpenSPARC T1
At the end of the page, there is the download link to the OpenSPARC T1 Processor for Architecture and Performance Modeling Tools.
below is the original Callee.h file: Line 97 is where the operator new is defined which appears to be outside of namespace Riesling.
* ========== Copyright Header Begin ==========================================
* OpenSPARC T1 Processor File: Callee.h
* Copyright (c) 2006 Sun Microsystems, Inc.  All Rights Reserved.
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES.
* The above named program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public
* License version 2 as published by the Free Software Foundation.
* The above named program is distributed in the hope that it will be
* useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
* General Public License for more details.
* You should have received a copy of the GNU General Public
* License along with this work; if not, write to the Free Software
* Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA.
* ========== Copyright Header End ============================================
#ifndef __Callee_h__
#define __Callee_h__
**  Copyright (C) 2002, Sun Microsystems, Inc.
**  Sun considers its source code as an unpublished, proprietary
**  trade secret and it is available only under strict license provisions.
**  This copyright notice is placed here only to protect Sun in the event
**  the source is deemed a published work. Disassembly, decompilation,
**  or other means of reducing the object code to human readable form
**  is prohibited by the license agreement under which this code is
**  provided to the user or company in possession of this copy."
#include "DataTypes.h"
namespace Riesling {
class CalleeAllocator/*{{{*/
// CalleeAllocator is a helper class for implementing the callee_method() and
// callee_function() functions that dynamically allocate a Callee object. This
// class takes the burden of the coder for having to manage those dynamically
// allocated objects and also avoids many calls to malloc().
  public:
    CalleeAllocator() : page(0), free((void**)1), full(0) {}
    ~CalleeAllocator()
      while (page)
    Page* help = page;
    page = page->next;
    delete help;
    void* alloc( uint_t size )
      void* cell;
      size = (size + sizeof(void*) - 1) / sizeof(void*);
      if ((free + size) > full)
    page = new Page(page);
    free = page->page;
    full = page->page + Page::SIZE;
      cell = free;
      free = free + size;
      return cell;
    static CalleeAllocator allocator;
  private:
    class Page
      public:
    enum { SIZE = 4096 };
    Page( Page* pntr ) : next(pntr) {}
    Page* next;
    void* page[SIZE];
    Page*  page;
    void** free;
    void** full;
inline void* operator new( size_t size, CalleeAllocator& a )/*{{{*/
// This new() function is called for code written as
// new(CalleeAllocator::allocator) Callee0<void>(f);
// and allocates size bytes from the CalleeAllocator
  return a.alloc(size);
#ifndef COMPILER_ABI_CHANGED
inline void* gnu_vtbl_lookup( void* object, void* method )/*{{{*/
  // The GNU compiler makes a virtual method into an integer index into the
  // virtual table. It indicates this through bit 0 of the method being 1. If that
  // bit is set then we get the virtual table and index for the method. If the bit 0
  // is 0 then the method is a pointer to a function already.
#ifdef __GNU__
  if (int(method) & 1)
    return (*(void***)object)[int(method) / sizeof(void*)];
  else
#endif
    return method;
template<class Object, class Return> union MethodToFunction0/*{{{*/
// The templated union MethodToFunction0 converts a method pointer
// to a function pointer. The SparcWorks compiler already transforms
// method pointers to function pointers. For the GNU C++ compiler we
// need to check for virtual functions and do a virtual table lookup.
  MethodToFunction0<Object,Return>( Object* object, Return (Object::*_method)() )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
  Return (Object::*method)();        // The method to convert to a function
  Return (*function)(void*);        // The converted function, the first argument is the this pointer
template<class Return> class Callee0/*{{{*/
// The Callee class holds the function pointer or method pointer that
// represents the callee. The caller is a pointer to the Callee class.
  public:
    typedef Return (*Function)();
    typedef Return (*Method)(void*);
    Callee0<Return>( Function f )
      object(0),
      function(f)
    template<class Object> Callee0<Return>( Object* o, MethodToFunction0<Object,Return> m )
      object(o),
      method(m.function)
    Return call()
      return object ? (*method)(object) : (*function)();
  protected:
    void*      object;        // If object is 0 (NULL) then we have a function to call
    union             // Else a method need to be called.
      Method   method;
      Function function;
template<class Return> Callee0<Return>* callee_function( Return (*f)() )/*{{{*/
// callee_function() creates a Callee object of the function. The compiler
// helps in figuring out the type signature ... hurra for templates:
// Callee<void>* c = calee_function(f);
  return new(CalleeAllocator::allocator) Callee0<Return>(f);
template<class Object, class Return> Callee0<Return>* callee_method( Object* o, Return (Object::*m)() )/*{{{*/
// callee_method() creates a Callee object of the method. The compiler
// helps in figuring out the type signature. The function requires an
// object and the template enforces that the object and method are of the
// same type. Don't cast object pointers. The method must exists, e.g.
// inherited methods need to be replicated (fat interface). Virtual methods
// are eradicated.
  return new(CalleeAllocator::allocator) Callee0<Return>(o,MethodToFunction0<Object,Return>(o,m));
template<class Object, class Return, class Arg1> union MethodToFunction1/*{{{*/
  MethodToFunction1<Object,Return,Arg1>( Object* object, Return (Object::*_method)(Arg1) )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
  Return (Object::*method)(Arg1);
  Return (*function)(void*,Arg1);
template<class Return, class Arg1> class Callee1/*{{{*/
  public:
    typedef Return (*Function)(Arg1);
    typedef Return (*Method)(void*,Arg1);
    Callee1<Return,Arg1>( Function f ) : object(0), function(f) {}
    template<class Object> Callee1<Return,Arg1>( Object* o, MethodToFunction1<Object,Return,Arg1> m )
      object(o),
      method(m.function)
    Return call( Arg1 a1 )
      return object ? (*method)(object,a1) : (*function)(a1);
  protected:
    void*    object;
    union
      Method   method;
      Function function;
template<class Return, class Arg1> Callee1<Return,Arg1>* callee_function( Return (*f)(Arg1) )/*{{{*/
  return new(CalleeAllocator::allocator) Callee1<Return,Arg1>(f);
template<class Object, class Return, class Arg1> Callee1<Return,Arg1>* callee_method( Object* o, Return (Object::*m)(Arg1) )/*{{{*/
  return new(CalleeAllocator::allocator) Callee1<Return,Arg1>(o,MethodToFunction1<Object,Return,Arg1>(o,m));
template<class Object, class Return, class Arg1, class Arg2> union MethodToFunction2/*{{{*/
  MethodToFunction2<Object,Return,Arg1,Arg2>( Object* object, Return (Object::*_method)(Arg1,Arg2) )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
  Return (Object::*method)(Arg1,Arg2);
  Return (*function)(void*,Arg1,Arg2);
template<class Return, class Arg1, class Arg2> class Callee2/*{{{*/
  public:
    typedef Return (*Function)(Arg1,Arg2);
    typedef Return (*Method)(void*,Arg1,Arg2);
    Callee2<Return,Arg1,Arg2>( Function f ) : object(0), function(f) {}
    template<class Object> Callee2<Return,Arg1,Arg2>( Object* o, MethodToFunction2<Object,Return,Arg1,Arg2> m )
      object(o),
      method(m.function)
    Return call( Arg1 a1, Arg2 a2 )
      return object ? (*method)(object,a1,a2) : (*function)(a1,a2);
  protected:
    void*    object;
    union
      Method   method;
      Function function;
template<class Return, class Arg1, class Arg2> Callee2<Return,Arg1,Arg2>* callee_function( Return (*f)(Arg1,Arg2) )/*{{{*/
  return new(CalleeAllocator::allocator) Callee2<Return,Arg1,Arg2>(f);
template<class Object, class Return, class Arg1, class Arg2> Callee2<Return,Arg1,Arg2>* callee_method( Object* o, Return (Object::*m)(Arg1,Arg2) )/*{{{*/
  return new(CalleeAllocator::allocator) Callee2<Return,Arg1,Arg2>(o,MethodToFunction2<Object,Return,Arg1,Arg2>(o,m));
template<class Object, class Return, class Arg1, class Arg2, class Arg3> union MethodToFunction3/*{{{*/
  MethodToFunction3<Object,Return,Arg1,Arg2,Arg3>( Object* object, Return (Object::*_method)(Arg1,Arg2,Arg3) )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
  Return (Object::*method)(Arg1,Arg2,Arg3);
  Return (*function)(void*,Arg1,Arg2,Arg3);
template<class Return, class Arg1, class Arg2, class Arg3> class Callee3/*{{{*/
  public:
    typedef Return (*Function)(Arg1,Arg2,Arg3);
    typedef Return (*Method)(void*,Arg1,Arg2,Arg3);
    Callee3<Return,Arg1,Arg2,Arg3>( Function f ) : object(0), function(f) {}
    template<class Object> Callee3<Return,Arg1,Arg2,Arg3>( Object* o, MethodToFunction3<Object,Return,Arg1,Arg2,Arg3> m )
      object(o),
      method(m.function)
    Return call( Arg1 a1, Arg2 a2, Arg3 a3 )
      return object ? (*method)(object,a1,a2,a3) : (*function)(a1,a2,a3);
  protected:
    void*    object;
    union
      Method   method;
      Function function;
template<class Return, class Arg1, class Arg2, class Arg3> Callee3<Return,Arg1,Arg2,Arg3>* callee_function( Return (*f)(Arg1,Arg2,Arg3) )/*{{{*/
  return new(CalleeAllocator::allocator) Callee3<Return,Arg1,Arg2,Arg3>(f);
template<class Object, class Return, class Arg1, class Arg2, class Arg3> Callee3<Return,Arg1,Arg2,Arg3>* callee_method( Object* o, Return (Object::*m)(Arg1,Arg2,Arg3) )/*{{{*/
  return new(CalleeAllocator::allocator) Callee3<Return,Arg1,Arg2,Arg3>(o,MethodToFunction3<Object,Return,Arg1,Arg2,Arg3>(o,m));
#else
template<class Return> class Callee0/*{{{*/
  public:
    Callee0<Return>() {}
    virtual ~Callee0() {}
    virtual Return call      () = 0;
template<class Return> class CalleeFunction0 : public Callee0<Return>/*{{{*/
  public:
    typedef Return (*Function)();
    CalleeFunction0<Return>( Function f ) : Callee0<Return>(), function(f) {}
    Return call      () { return (*function)(); }
  protected:
    Function function;
template<class Object, class Return> class CalleeMethod0 : public Callee0<Return>/*{{{*/
  public:
    typedef Return (Object::*Method)();
    CalleeMethod0<Object,Return>( Object* o, Method m ) : Callee0<Return>(), object(o), method(m) {}
    Return call      () { return (object->*method)(); }
  protected:
    Object* object;
    Method  method;
template<class Return> CalleeFunction0<Return>* callee_function( Return (*f)() )/*{{{*/
  return new(CalleeAllocator::allocator) CalleeFunction0<Return>(f);
template<class Object, class Return> CalleeMethod0<Object,Return>* callee_method( Object* o, Return (Object::*m)() )/*{{{*/
  return new(CalleeAllocator::allocator) CalleeMethod0<Object,Return>(o,m);
template<class Return, class Arg1> class Callee1/*{{{*/
  public:
    Callee1<Return,Arg1>() {}
    virtual ~Callee1() {}
    virtual Return call      ( Arg1 a1 ) = 0;
template<class Return, class Arg1> class CalleeFunction1 : public Callee1<Return,Arg1>/*{{{*/
  public:
    typedef Return (*Function)( Arg1 );
    CalleeFunction1<Return,Arg1>( Function f ) : Callee1<Return,Arg1>(), function(f) {}
    Return call      ( Arg1 a1 ) { return (*function)(a1); }
  protected:
    Function function;
template<class Object, class Return, class Arg1> class CalleeMethod1 : public Callee1<Return,Arg1>/*{{{*/
  public:
    typedef Return (Object::*Method)( Arg1 );
    CalleeMethod1<Object,Return,Arg1>( Object* o, Method m ) : Callee1<Return,Arg1>(), object(o), method(m) {}
    Return call      ( Arg1 a1 ) { return (object->*method)(a1); }
  protected:
    Object* object;
    Method  method;
template<class Return, class Arg1> CalleeFunction1<Return,Arg1>* callee_function( Return (*f)(Arg1) )/*{{{*/
  return new(CalleeAllocator::allocator) CalleeFunction1<Return,Arg1>(f);
template<class Object, class Return, class Arg1> CalleeMethod1<Object,Return,Arg1>* callee_method( Object* o, Return (Object::*m)(Arg1) )/*{{{*/
  return new(CalleeAllocator::allocator) CalleeMethod1<Object,Return,Arg1>(o,m);
template<class Return, class Arg1, class Arg2> class Callee2/*{{{*/
  public:
    Callee2<Return,Arg1,Arg2>() {}
    virtual ~Callee2() {}
    virtual Return call      ( Arg1 a1, Arg2 a2 ) = 0;
template<class Return, class Arg1, class Arg2> class CalleeFunction2 : public Callee2<Return,Arg1,Arg2>/*{{{*/
  public:
    typedef Return (*Function)( Arg1, Arg2 );
    CalleeFunction2<Return,Arg1,Arg2>( Function f ) : Callee2<Return,Arg1,Arg2>(), function(f) {}
    Return call      ( Arg1 a1, Arg2 a2 ) { return (*function)(a1,a2); }
  protected:
    Function function;
template<class Object, class Return, class Arg1, class Arg2> class CalleeMethod2 : public Callee2<Return,Arg1,Arg2>/*{{{*/
  public:
    typedef Return (Object::*Method)( Arg1, Arg2 );
    CalleeMethod2<Object,Return,Arg1,Arg2>( Object* o, Method m ) : Callee2<Return,Arg1,Arg2>(), object(o), method(m) {}
    Return call      ( Arg1 a1, Arg2 a2 ) { return (object->*method)(a1,a2); }
  protected:
    Object* object;
    Method  method;
template<class Return, class Arg1, class Arg2> CalleeFunction2<Return,Arg1,Arg2>* callee_function( Return (*f)(Arg1,Arg2) )/*{{{*/
  return new(CalleeAllocator::allocator) CalleeFunction2<Return,Arg1,Arg2>(f);
template<class Object, class Return, class Arg1, class Arg2> CalleeMethod2<Object,Return,Arg1,Arg2>* callee_method( Object* o, Return (Object::*m)(Arg1,Arg2) )/*{{{*/
  return new(CalleeAllocator::allocator) CalleeMethod2<Object,Return,Arg1,Arg2>(o,m);
#endif
#endif