Index: sid/component/gdb/gdb.cxx
===================================================================
RCS file: /cvs/src/src/sid/component/gdb/gdb.cxx,v
retrieving revision 1.11
diff -c -p -r1.11 gdb.cxx
*** sid/component/gdb/gdb.cxx	22 Mar 2004 21:27:23 -0000	1.11
--- sid/component/gdb/gdb.cxx	28 Jun 2004 21:10:43 -0000
*************** gdb::process_get_mem (struct gdbserv_reg
*** 620,642 ****
      }
    host_int_4 addr = addr8; // truncate
  
!   if (len==1 && e==endian_big) 
!     read_bus_word (gdbserv, memory, addr, big_int_1());
!   else if (len==1 && e==endian_little)
!     read_bus_word (gdbserv, memory, addr, little_int_1());
!   else if (len==2 && e==endian_big) 
!     read_bus_word (gdbserv, memory, addr, big_int_2());
!   else if (len==2 && e==endian_little)
!     read_bus_word (gdbserv, memory, addr, little_int_2());
!   else if (len==4 && e==endian_big) 
!     read_bus_word (gdbserv, memory, addr, big_int_4());
!   else if (len==4 && e==endian_little)
!     read_bus_word (gdbserv, memory, addr, little_int_4());
!   else if (len==8 && e==endian_big) 
!     read_bus_word (gdbserv, memory, addr, big_int_8());
!   else if (len==8 && e==endian_little)
!     read_bus_word (gdbserv, memory, addr, little_int_8());
!   else if (e==endian_little)
      {
        for (unsigned long i=0; i<len; i++)
  	read_bus_word (gdbserv, memory, addr + i, little_int_1());
--- 620,647 ----
      }
    host_int_4 addr = addr8; // truncate
  
!   if (addr % len == 0)
!     {
!       if (len==1 && e==endian_big) 
! 	{ read_bus_word (gdbserv, memory, addr, big_int_1()); return; }
!       if (len==1 && e==endian_little)
! 	{ read_bus_word (gdbserv, memory, addr, little_int_1()); return; }
!       if (len==2 && e==endian_big) 
! 	{ read_bus_word (gdbserv, memory, addr, big_int_2()); return; }
!       if (len==2 && e==endian_little)
! 	{ read_bus_word (gdbserv, memory, addr, little_int_2()); return; }
!       if (len==4 && e==endian_big) 
! 	{ read_bus_word (gdbserv, memory, addr, big_int_4()); return; }
!       if (len==4 && e==endian_little)
! 	{ read_bus_word (gdbserv, memory, addr, little_int_4()); return; }
!       if (len==8 && e==endian_big) 
! 	{ read_bus_word (gdbserv, memory, addr, big_int_8()); return; }
!       if (len==8 && e==endian_little)
! 	{ read_bus_word (gdbserv, memory, addr, little_int_8()); return; }
!     }
! 
!   // Unaligned access or unsupported size.
!   if (e==endian_little)
      {
        for (unsigned long i=0; i<len; i++)
  	read_bus_word (gdbserv, memory, addr + i, little_int_1());
*************** gdb::process_set_mem (struct gdbserv_reg
*** 700,722 ****
      }
    host_int_4 addr = addr8; // truncate
  
!   if (len==1 && e==endian_big) 
!     write_bus_word (gdbserv, binary, memory, addr, big_int_1());
!   else if (len==1 && e==endian_little)
!     write_bus_word (gdbserv, binary, memory, addr, little_int_1());
!   else if (len==2 && e==endian_big) 
!     write_bus_word (gdbserv, binary, memory, addr, big_int_2());
!   else if (len==2 && e==endian_little)
!     write_bus_word (gdbserv, binary, memory, addr, little_int_2());
!   else if (len==4 && e==endian_big) 
!     write_bus_word (gdbserv, binary, memory, addr, big_int_4());
!   else if (len==4 && e==endian_little)
!     write_bus_word (gdbserv, binary, memory, addr, little_int_4());
!   else if (len==8 && e==endian_big) 
!     write_bus_word (gdbserv, binary, memory, addr, big_int_8());
!   else if (len==8 && e==endian_little)
!     write_bus_word (gdbserv, binary, memory, addr, little_int_8());
!   else if (e==endian_little)
      {
        for (unsigned long i=0; i<len; i++)
  	write_bus_word (gdbserv, binary, memory, addr + i, little_int_1());
--- 705,732 ----
      }
    host_int_4 addr = addr8; // truncate
  
!   if (addr % len == 0)
!     {
!       if (len==1 && e==endian_big) 
! 	{ write_bus_word (gdbserv, binary, memory, addr, big_int_1()); return; }
!       if (len==1 && e==endian_little)
! 	{ write_bus_word (gdbserv, binary, memory, addr, little_int_1()); return; }
!       if (len==2 && e==endian_big) 
! 	{ write_bus_word (gdbserv, binary, memory, addr, big_int_2()); return; }
!       if (len==2 && e==endian_little)
! 	{ write_bus_word (gdbserv, binary, memory, addr, little_int_2()); return; }
!       if (len==4 && e==endian_big) 
! 	{ write_bus_word (gdbserv, binary, memory, addr, big_int_4()); return; }
!       if (len==4 && e==endian_little)
! 	{ write_bus_word (gdbserv, binary, memory, addr, little_int_4()); return; }
!       if (len==8 && e==endian_big) 
! 	{ write_bus_word (gdbserv, binary, memory, addr, big_int_8()); return; }
!       if (len==8 && e==endian_little)
! 	{ write_bus_word (gdbserv, binary, memory, addr, little_int_8()); return; }
!     }
! 
!   // Unaligned access or unsupported size.
!   if (e==endian_little)
      {
        for (unsigned long i=0; i<len; i++)
  	write_bus_word (gdbserv, binary, memory, addr + i, little_int_1());