scat_c.scf

arm ads1.2 with crack.rar

;;; Copyright ARM Ltd 2001. All rights reserved.
;
; This scatterloading descriptor file defines: one load region (ROM_LOAD) 
; and five execution regions (ROM_EXEC, 32bitRAM, HEAP, STACKS, UART0).
;
; The entire program (code & data) is placed in FLASH which resides 
; at 0x24000000, of length 0x4000000 bytes.  On reset, an aliased copy 
; of FLASH is re-mapped (by hardware) to address 0x0.  Program 
; execution starts at AREA Init in init.s, which is placed 
; '+First' in the image.  Following reset, the first few 
; instructions of init.s remap 32bitRAM to address 0x0.
; (The ARM Integrator Board remaps its Flash in this way)
;
; Most of the RO code will execute from FLASH.  Its execution 
; address (0x24000000) is the same as its load address (0x24000000), 
; so it does not need to be moved (a 'root region').
;
; 32bitRAM might be fast on-chip (internal) RAM, and is typically
; used for the stack and code that must be executed quickly.
; Here, the exception vectors (AREA Vect in vectors.s) get relocated 
; (copied)  from FLASH to 32bitRAM at address 0x0 for speed, so this 
; area is placed '+First' in the region.

; The RW data will also get relocated (copied) from FLASH to RAM.
; The ZI data will get created (initialized) in RAM, above the RW data.
;
; The region HEAP is used to locate the bottom of the heap immediately above 
; the ZI data ("+0"). The heap will grow up from this address.
;
; The region STACKS is used to locate the top of the memory used to store
; the stacks for each mode. The stacks will grow down from this address.
;
; The region UART0 is used to map the position of the Integrator UART0 registers.
;
; Regions marked UNINIT will be left uninitialized, i.e. they will not be 
; zero-initialized by the C library when it starts-up.


FLASH 0x24000000 0x4000000
{
    FLASH 0x24000000 0x4000000
    {
        init.o (Init, +First)
        * (+RO)
    }

    32bitRAM 0x0000
    {
        vectors.o (Vect, +First)
        * (+RW,+ZI)
    }

    HEAP +0 UNINIT
    {
        heap.o (+ZI)
    }

    STACKS 0x40000 UNINIT
    {
        stack.o (+ZI)
    }

    UART0 0x16000000 UNINIT
    {
        uart.o (+ZI)
    }
}