source: trunk/platforms/caba-tsar-v0/segmentation.h @ 252

/////////////////////////////////////////////////////////////////
//      ADDRESS SPACE SEGMENTATION
//
//      This file must be included in the system.cpp file, 
//      for harware configuration : It is used to build
//      the SOCLIB_SEGMENT_TABLE.
//
//      This file can also be used by the ldscript generator,
//      for embedded software generation.
//      
//      It gives the system integrator the garanty
//      that hardware and software have the same
//      description of the address space segmentation.
/////////////////////////////////////////////////////////////////

///////////////////////////////////////////////////////////////////////////////////
//      reset, and exception segments
//      base address required by MIPS processor
///////////////////////////////////////////////////////////////////////////////////

#define RESET_BASE      0xBFC00000
#define RESET_SIZE      0x00010000

#define EXCEP_BASE      0x80000000
#define EXCEP_SIZE      0x00010000

///////////////////////////////////////////////////////////////////////////////////
//      global data segment (initialised)
///////////////////////////////////////////////////////////////////////////////////

#define MC0_M_BASE      0x10000000
#define MC0_M_SIZE      0x00400000

#define MC1_M_BASE      0x50000000
#define MC1_M_SIZE      0x00400000

#define MC2_M_BASE      0x91000000
#define MC2_M_SIZE      0x00400000

#define MC3_M_BASE      0xD0000000
#define MC3_M_SIZE      0x00400000

////////////////////////////////////////////////////////////////////////////////
//      System devices (seen by the software)
////////////////////////////////////////////////////////////////////////////////

#define TTY_BASE        0xC1400000
#define TTY_SIZE        0x00000100

#define TIMER_BASE      0xD1400000
#define TIMER_SIZE      0x00000100

#define LOCKS_BASE      0xE1400000
#define LOCKS_SIZE      0x00000100

#define MC0_R_BASE      0x1F400000
#define MC0_R_SIZE      0x00000008

#define MC1_R_BASE      0x5F400000
#define MC1_R_SIZE      0x00000008

#define MC2_R_BASE      0x9F400000
#define MC2_R_SIZE      0x00000008

#define MC3_R_BASE      0xDF400000
#define MC3_R_SIZE      0x00000008

////////////////////////////////////////////////////////////////////////////////
//      System devices (NOT seen by the software)
////////////////////////////////////////////////////////////////////////////////

#define PROC0_BASE      0x01400000
#define PROC0_SIZE      0x00000008

#define PROC1_BASE      0x02400000
#define PROC1_SIZE      0x00000008

#define PROC2_BASE      0x03400000
#define PROC2_SIZE      0x00000008

#define PROC3_BASE      0x04400000
#define PROC3_SIZE      0x00000008

#define PROC4_BASE      0x43400000
#define PROC4_SIZE      0x00000008

#define PROC5_BASE      0x44400000
#define PROC5_SIZE      0x00000008

#define PROC6_BASE      0x45400000
#define PROC6_SIZE      0x00000008

#define PROC7_BASE      0x46400000
#define PROC7_SIZE      0x00000008

#define PROC8_BASE      0xA3400000
#define PROC8_SIZE      0x00000008

#define PROC9_BASE      0xA4400000
#define PROC9_SIZE      0x00000008

#define PROC10_BASE     0xA5400000
#define PROC10_SIZE     0x00000008

#define PROC11_BASE     0xA6400000
#define PROC11_SIZE     0x00000008

#define PROC12_BASE     0xE2400000
#define PROC12_SIZE     0x00000008

#define PROC13_BASE     0xE3400000
#define PROC13_SIZE     0x00000008

#define PROC14_BASE     0xE4400000
#define PROC14_SIZE     0x00000008

#define PROC15_BASE     0xE5400000
#define PROC15_SIZE     0x00000008

#define CLEANUP_OFFSET  0x1F400000