Initial commit of OpenSPARC T2 architecture model.

[OpenSPARC-T2-SAM] / sam-t2 / sam / cpus / vonk / ss / api / pfe / src / SS_Python.i

/*
* ========== Copyright Header Begin ==========================================
* 
* OpenSPARC T2 Processor File: SS_Python.i
* 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 ============================================
*/

%{
#include "SS_Node.h"
#include "SS_Model.h"
#include "SS_Registers.h"
#include "SS_Strand.h"
#include "SS_Io.h"
#include "SS_Tte.h"
#include "SS_SnapShot.h"
#include "SS_PythonTracer.h"
#include "SS_PythonAsiReg.h"
#include "SS_AddressMap.h"
#include "spix_sparc.h"


/* val2ptr() converts an integer value back to proper pointer  *\
\* that within the swig framework will get the right type.     */

template<class Ptr> 
Ptr* val2ptr( int64_t val )
{
  union 
  {
    Ptr*    ptr;
#if defined(ARCH_V8)
    int32_t val;
#elif (defined(ARCH_V9) || defined(ARCH_X64))
    int64_t val;
#else
#error "Define ARCH=v9 or ARCH=v8plus or ARCH=amd64"
#endif
  } u;

  u.val = val;
  return u.ptr;
}

%}

typedef unsigned char  uint8_t;
typedef   signed char   int8_t;
typedef unsigned short uint16_t;
typedef   signed short  int16_t;
typedef unsigned int   uint32_t;
typedef unsigned int   uint_t;
typedef   signed int    int32_t;
#if (defined(ARCH_V9) || defined(ARCH_X64))
typedef unsigned long  uint64_t;
typedef   signed long   int64_t;
#else
#ifdef ARCH_V8
typedef unsigned long long uint64_t;
typedef   signed long long  int64_t;
#else
#error "Define ARCH=v9 or ARCH=v8plus or ARCH=amd64"
#endif
#endif

typedef  int64_t SS_Vaddr;
typedef uint64_t SS_Paddr;

%typemap(python,in) PyObject *func 
{
  if (!PyCallable_Check($input)) 
  {
    PyErr_SetString(PyExc_TypeError, "Need a callable object!");
    return NULL;
  }
  $1 = $input;
}

/*============================================================================*\
 * dis									      * 
\*============================================================================*/

%inline %{
/* ha144505: we need to stay away from having the uint32_t; it confuses SWIG */ 
char* dis( int64_t opc, uint64_t pc )
{
  uint32_t _opc = uint32_t(opc);
  static char buffer[256];
  size_t n = spix_sparc_dis(buffer,256,spix_sparc_iop(SPIX_SPARC_V9,&_opc),&_opc,pc);
  buffer[n] = 0;
  return buffer;
}
%}

/*============================================================================*\
 * SS_Node								      * 
\*============================================================================*/

class SS_Node
{
  public:
    const char* get_node_name();
};

/*============================================================================*\
 * SS_Registers								      * 
\*============================================================================*/

class SS_Registers
{
  public:
    enum Error
    {
      OK,
      NOT_AVAILABLE
    };
    
    enum Index
    {
      INDEX_BEGIN,
      INDEX_END,
      ALIAS_BEGIN,
      ALIAS_END,

      PR_TT,
      PR_TPC,
      PR_TNPC,
      PR_TSTATE,
      HPR_HTSTATE
    };

    static const char* get_name( Index );
};

/*============================================================================*\
 * SS_BreakPoint							      * 
\*============================================================================*/

class SS_BreakPoint
{
  public:
    typedef uint_t Ident;

    enum Error
    {
      OK,
      ID_UNKNOWN
    };

    enum Break
    {
      ON_INST_VA,
      ON_INST_PA,
      ON_INST_WORD,
      ON_DATA_VA,
      ON_DATA_PA,
      ON_DATA_LOAD,
      ON_DATA_STORE,
      ON_TRAP,
      ON_RED_MODE
    };
 
    %immutable;
    Break          type;
    Ident          id;
    bool           enabled;
    SS_BreakPoint* next;

    uint64_t       va;
    uint64_t       pa;
    uint_t         tt;
    %mutable;
};

/*============================================================================*\
 * SS_TrapInfo								      * 
\*============================================================================*/

class SS_TrapInfo
{
  public:
    %immutable;
    uint_t  trap_type;
    char*   name;
    uint_t  priority;
    %mutable;
};

%inline %{
SS_TrapInfo* get_trap_info( uint_t tt )		{ return &SS_Trap::table[tt]; }
%}

/*============================================================================*\
 * SS_AsiMap								      * 
\*============================================================================*/

class SS_AsiMap
{
  public:
    %extend {
    SS_AsiSpace* get( uint8_t asi )		{ return &(self->operator[](asi)); }
    }
};

/*============================================================================*\
 * SS_AsiCtrReg								      * 
\*============================================================================*/

class SS_AsiCtrReg
{
  public:
    SS_AsiCtrReg( const char* __name, uint64_t __mask_ro, uint64_t __mask_r1c, uint64_t __mask_rw, uint64_t __mask_w1c, uint64_t __init );

    const char* name();

    uint64_t get();
    void     set( uint64_t v );
    void     set_unmasked( uint64_t v );

    static SS_AsiSpace::Error ld64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t* data );
    static SS_AsiSpace::Error st64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t  data );
    static SS_AsiSpace::Error rd64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t* data );
    static SS_AsiSpace::Error wr64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t  data );
};

class SS_SharedAsiCtrReg : public SS_AsiCtrReg
{
  public:
    SS_SharedAsiCtrReg( const char* __name, uint64_t __mask_ro, uint64_t __mask_r1c, uint64_t __mask_rw, uint64_t __mask_w1c, uint64_t __init );

    int lock();	
    int unlock();
    int trylock();

    static SS_AsiSpace::Error ld64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t* data );
    static SS_AsiSpace::Error st64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t  data );
    static SS_AsiSpace::Error rd64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t* data );
    static SS_AsiSpace::Error wr64( SS_Node*, void*, SS_Strand*, SS_Vaddr, uint64_t  data );
};

class SS_PythonAsiReg : public SS_AsiCtrReg
{
  public:
    SS_PythonAsiReg();

    void set_ld64( PyObject* func );
    void clr_ld64();
    void set_st64( PyObject* func );
    void clr_st64();
    void set_rd64( PyObject* func );
    void clr_rd64();
    void set_wr64( PyObject* func );
    void clr_wr64();
};


/*============================================================================*\
 * SS_AsiSpace								      * 
\*============================================================================*/

class SS_AsiSpace
{
  public:
    enum Error
    {
      OK,
      NO_ASI,
      NO_READ,	
      NO_WRITE
    };

    typedef Error (*Read) ( SS_Node* obj, void* reg, SS_Strand* s, SS_Vaddr, uint64_t* data );
    typedef Error (*Write)( SS_Node* obj, void* reg, SS_Strand* s, SS_Vaddr, uint64_t  data );


    %extend {
    void add( uint64_t lo, uint64_t hi, SS_Node* obj, void* reg, Read ld, Write st, Read rd, Write wr )
    {
      self->add((SS_Vaddr)lo,(SS_Vaddr)hi,obj,reg,ld,st,rd,wr);
    }

    void add_state( SS_PythonAsiReg* reg, uint64_t va )
    {
      self->add((SS_Vaddr)va,(SS_Vaddr)va,(SS_Node*)0,reg, 
        &SS_PythonAsiReg::ld64,&SS_PythonAsiReg::st64,
        &SS_PythonAsiReg::rd64,&SS_PythonAsiReg::st64);
    }
    void add_space( SS_PythonAsiReg* reg, uint64_t lo, uint64_t hi )
    {
      self->add((SS_Vaddr)lo,(SS_Vaddr)hi,(SS_Node*)0,reg,
        &SS_PythonAsiReg::ld64,&SS_PythonAsiReg::st64,
        &SS_PythonAsiReg::rd64,&SS_PythonAsiReg::st64);
    }
    }
};

/*============================================================================*\
 * SS_Access								      * 
\*============================================================================*/

class SS_Access
{
  public:
    enum Type
    {
      LOAD,
      STORE,
      STP,
      SWAP,
      CAS,
      LDST
    };	
};

/*============================================================================*\
 * SS_Tracer								      * 
\*============================================================================*/

class SS_Tracer
{
  public:
    enum TrapMode
    {
      TRAP,
      INST_TRAP,
      DATA_TRAP
    };

    enum MemAccess
    {
      LD_CODE,
      ST_DATA,
      LD_DATA,
      ST_PART,
      ST_SWAP,
      LD_SWAP,
      ST_CAS,
      LD_CAS,
      ST_LDST,
      LD_LDST,
      FLUSH,
      PREFETCH
    };
};

/*============================================================================*\
 * SS_PythonTracer							      * 
\*============================================================================*/

class SS_PythonTracer : public SS_Tracer
{
  public:
    SS_PythonTracer();

    void clr_exe_instr();
    void set_exe_instr( PyObject* func );

    void clr_reg_value();
    void set_reg_value( PyObject* func );

    void clr_trap();
    void set_trap( PyObject* func );

    void clr_mem_access();
    void set_mem_access( PyObject* func );

    void clr_tlb_update();
    void set_tlb_update( PyObject* func );

    void clr_end_instr();
    void set_end_instr( PyObject* func );
};

/*============================================================================*\
 * SS_Instr 								      * 
\*============================================================================*/

%inline %{
/* ss_instr() is used when get an uint64_t value but need a proper
   SS_Tte python object pointer type */

SS_Instr* ss_instr( int64_t p )
{
  return val2ptr<SS_Instr>(p);
}
%}

class SS_Instr
{
  public:
    %extend {
    uint32_t get_opc()	{ return self->opc.get(); }
    }
};

/*============================================================================*\
 * SS_Strand								      * 
\*============================================================================*/

class SS_Strand
{
  public:
    const char* get_node_name();

    char* icache_info(uint64_t pa);

    char* icache_set(uint_t set);

    char* dcache_set(uint_t set);

    char* l2cache_set(uint_t set);

    char* l2cache_set(uint_t bank, uint_t set);

    %immutable;
    SS_Registers::Error reg_error;
    SS_AsiSpace::Error  asi_error;
    %mutable;

    %extend {
    const char* get_state_name( SS_Registers::Index index )
    {
      return (self->get_state_name)(self,index);
    }
    uint64_t get_reg( SS_Registers::Index index )			
    { 
      uint64_t value; 
      self->reg_error = (self->get_state)(self,index,&value);
      return value; 
    }
    void set_reg( SS_Registers::Index index, uint64_t value )
    { 
      self->reg_error = (self->set_state)(self,index,value);
    }

    uint64_t get_reg_tl( uint64_t tl, SS_Registers::Index index )			
    { 
      uint64_t value, save_tl;
      (self->get_state)(self,SS_Registers::PR_TL,&save_tl);
      (self->set_state)(self,SS_Registers::PR_TL,tl);
      self->reg_error = (self->get_state)(self,index,&value);
      (self->set_state)(self,SS_Registers::PR_TL,save_tl);
      return value; 
    }
    void set_reg_tl( uint64_t tl, SS_Registers::Index index, uint64_t value )
    { 
      uint64_t save_tl;
      (self->get_state)(self,SS_Registers::PR_TL,&save_tl);
      (self->set_state)(self,SS_Registers::PR_TL,tl);
      self->reg_error = (self->set_state)(self,index,value);
      (self->set_state)(self,SS_Registers::PR_TL,save_tl);
    }

    uint64_t get_reg_gl( uint64_t gl, SS_Registers::Index index )			
    { 
      uint64_t value, save_gl;
      (self->get_state)(self,SS_Registers::PR_GL,&save_gl);
      (self->set_state)(self,SS_Registers::PR_GL,gl);
      self->reg_error = (self->get_state)(self,index,&value);
      (self->set_state)(self,SS_Registers::PR_GL,save_gl);
      return value; 
    }
    void set_reg_gl( uint64_t gl, SS_Registers::Index index, uint64_t value )
    { 
      uint64_t save_gl;
      (self->get_state)(self,SS_Registers::PR_GL,&save_gl);
      (self->set_state)(self,SS_Registers::PR_GL,gl);
      self->reg_error = (self->set_state)(self,index,value);
      (self->set_state)(self,SS_Registers::PR_GL,save_gl);
    }

    uint64_t get_reg_wp( uint64_t wp, SS_Registers::Index index )			
    { 
      uint64_t value, save_wp;
      (self->get_state)(self,SS_Registers::PR_CWP,&save_wp);
      (self->set_state)(self,SS_Registers::PR_CWP,wp);
      self->reg_error = (self->get_state)(self,index,&value);
      (self->set_state)(self,SS_Registers::PR_CWP,save_wp);
      return value; 
    }
    void set_reg_wp( uint64_t wp, SS_Registers::Index index, uint64_t value )
    { 
      uint64_t save_wp;
      (self->get_state)(self,SS_Registers::PR_CWP,&save_wp);
      (self->set_state)(self,SS_Registers::PR_CWP,wp);
      self->reg_error = (self->set_state)(self,index,value);
      (self->set_state)(self,SS_Registers::PR_CWP,save_wp);
    }

    uint64_t get_asi( uint8_t asi, uint64_t addr )
    {
      uint64_t data;
      self->asi_error = self->asi_map.rd64(self,asi,SS_Vaddr(addr),&data);
      return data;
    }
    void set_asi( uint8_t asi, uint64_t addr, uint64_t data )
    {
      self->asi_error = self->asi_map.wr64(self,asi,SS_Vaddr(addr),data);
    }
    }

    uint64_t run_step( uint64_t n );
    uint64_t trc_step( uint64_t n );

    void add_tracer( SS_Tracer* );
    void del_tracer( SS_Tracer* );

    %immutable;
    SS_BreakPoint* break_points;
    SS_BreakPoint* break_hit;
    %mutable;

    SS_BreakPoint::Ident break_on_trap( uint_t tt );
    SS_BreakPoint::Ident break_on_red_mode();

    SS_BreakPoint::Error break_enable( SS_BreakPoint::Ident id );
    SS_BreakPoint::Error break_disable( SS_BreakPoint::Ident id );
    SS_BreakPoint::Error break_delete( SS_BreakPoint::Ident id );

    SS_AsiMap  asi_map;

    // Wrap to avoid swig issues with int64_t 
    %extend {
    SS_BreakPoint::Ident break_on_inst_va( uint64_t va )
    {
      return self->break_on_inst_va(SS_Vaddr(va));
    }
    SS_Paddr va2pa( uint64_t va )
    {
      return self->va2pa(SS_Vaddr(va));
    }
    SS_Paddr va2pa( uint64_t va, uint_t ctx )
    {
      return self->va2pa(SS_Vaddr(va),ctx);
    }
    SS_Paddr va2pa( uint64_t va, uint_t ctx, uint_t pid )
    {
      return self->va2pa(SS_Vaddr(va),ctx,pid);
    }
    SS_Paddr ra2pa( uint64_t ra )
    {
      return self->ra2pa(SS_Vaddr(ra));
    }    
    SS_Paddr ra2pa( uint64_t ra, uint_t pid )
    {
      return self->ra2pa(SS_Vaddr(ra),pid);
    }
    }
};

/*============================================================================*\
 * SS_Tte								      * 
\*============================================================================*/

%inline %{
/* ss_tte() is used when get an uint64_t value but need a proper
   SS_Tte python object pointer type */

SS_Tte* ss_tte( int64_t p )
{
  return val2ptr<SS_Tte>(p);
}
%}

class SS_Tte
{
  public:
    SS_Tte();

    int p();
    int x();
    int w();
    int nfo();
    int ie();
    int cp();
    int cv();
    int e();
    int tag_parity_error();
    int data_parity_error();
    int valid_bit();
    int real_bit();

    uint8_t  pid();
    uint16_t context();
    uint8_t  page_size();
    SS_Vaddr tag();
    SS_Paddr taddr();

    void p( int f );
    void x( int f );
    void w( int f );
    void nfo( int f );
    void ie( int f );
    void cp( int f );
    void cv( int f);
    void e( int f);
    void tag_parity_error( int f );
    void data_parity_error( int f );
    void valid_bit( int f );
    void real_bit( int f );

    void pid( uint8_t p );
    void context( uint16_t c );
    void page_size( uint8_t p );
    void taddr( SS_Paddr t );


    // Wrap to avoid swig issues with int64_t 
    %extend { 
    void tag( uint64_t t )
    {
      self->tag(SS_Vaddr(t));
    }
    SS_Paddr trans( uint64_t va )
    {
      return self->trans(SS_Vaddr(va));
    }
    bool match_real( uint64_t ra, uint_t pid )
    {
      return self->match_real(SS_Vaddr(ra),pid);
    }
    bool match_virt( uint64_t va, uint64_t ctxt, uint_t pid )
    {
      return self->match_virt(SS_Vaddr(va),ctxt,pid);
    }
    bool match_virt( uint64_t va, uint64_t ctxt0, uint64_t ctxt1, uint_t pid )
    {
      return self->match_virt(SS_Vaddr(va),ctxt0,ctxt1,pid);
    }
    void insert_tsb_tte( uint16_t pid, uint64_t tag, uint64_t data, uint64_t addr )
    {
      self->insert_tsb_tte(pid,tag,data,SS_Vaddr(addr));
    }
    }

};

/*============================================================================*\
 * SS_Tlb								      * 
\*============================================================================*/

%inline %{
/* ss_tlb() is used when get an uint64_t value but need a proper
   SS_Tlb python object pointer type */

SS_Tlb* ss_tlb( uint64_t p )
{
  return val2ptr<SS_Tlb>(p);
}
%}

class SS_Tlb
{
  public:
    uint_t  tlb_id();
    bool    is_inst_tlb();
    bool    is_data_tlb();

    uint_t  size();

    SS_Tte* get( uint_t index );
    void    set( uint_t index, SS_Tte* tte );

    void flush( SS_Tte* tte );

    int next_valid_index( int );
};

/*============================================================================*\
 * SS_SnapShot								      * 
\*============================================================================*/

class SS_SnapShot
{
  public:
    SS_SnapShot( FILE* f, bool _load );
};

/*============================================================================*\
 * SS_AddressMap								      * 
\*============================================================================*/

class SS_AddressMap
{
  public:
};

%inline %{
SS_Io* get_io()		{ return &SS_Io::io; }
%}

class SS_Io : public SS_AddressMap
{
  public:
    void poke8(  uint_t sid,uint64_t addr, uint8_t data );
    void poke16( uint_t sid,uint64_t addr, uint16_t data );
    %extend { /* python 2.4 became pedantic about int values with signbit set, this avoids the nagging */
    void poke32( uint_t sid, int64_t addr, uint64_t data ) 
    { 
      self->poke32(sid,addr,uint32_t(data)); 
    }
    }
    void poke64( uint_t sid, uint64_t addr, uint64_t data );

     uint8_t peek8u ( uint_t sid, uint64_t addr );
      int8_t peek8s ( uint_t sid, uint64_t addr );
    uint16_t peek16u( uint_t sid, uint64_t addr );
     int16_t peek16s( uint_t sid, uint64_t addr );
    uint32_t peek32u( uint_t sid, uint64_t addr );
     int32_t peek32s( uint_t sid, uint64_t addr );
    uint64_t peek64 ( uint_t sid, uint64_t addr );

};

class SS_Model
{
  public:
    uint_t  cpu_cnt();

    void flush( SS_Paddr pa );
    void snapshot( SS_SnapShot& ss );
    %extend { 
    void ras_enable( )
    { 
      self->ras_enable(0);
    }
    }
    void ras_enable( char* cmd );
};