accordoplus_drm.scf

本程序为ST公司开发的源代码

ROM_LOAD 0x00000000 0x0007FFF4
{
	CODE 0x00000000 0x0007FFF4  ; EXP-RAM physically located at 0xA0000000
	{
		blvectors.o (Vect, +First)
		* (+RO)
	}
	
	
	;in order to debug USB
	;MSG_BUFF_DATA +0	
	;{
	;	board.o (msg_buffer)
	;}

;  leave first locations free for the patch space and the JUMP table
    ;RAM_A 0x40009800 0xD800 ; [RB] comment out for SampleA: [MM]: 4K Ignored!!!    
    ;RAM_A 0x4000A800 0xD800 ; [MM] 42K free for Patch
    RAM_A 0x40001000 0x17000 ; [RB] comment out for SampleB with SHOCK_MEMORY
	{
		* (+RW, +ZI)
	}
   	
	HEAP 0x60000000 0x8000 ; [RB] assume size = 0x010
	{
		heap.o (Heap)   
	}    

	USR_STACK +0x00 UNINIT ; [RB] assume size = 0x200
	{
		stack.o (Usr_Stack)
	}   

	SVC_STACK +0x00 UNINIT ; [RB] assume size = 0x200
	{
		stack.o (Svc_Stack)	
	}

	IRQ_STACK +0x00 UNINIT ; [RB] assume size = 0x200
	{
		stack.o (Irq_Stack)    
	} 

	FIQ_STACK +0x00 UNINIT ; [RB] assume size = 0x100
	{
		stack.o (Fiq_Stack)    
	} 

; [RB] the above zone definition does not permit to the linker to 
; generate warnings if memory overflow. As a quick workaround,
; define a new area starting just after heap/stack and containing
; the amount of RAM_B memory left free by heap/stack
; This implicitely assumes that the stacks are dimensioned as commented
; above, any change may result in waste of space or total crash!
	
	RAMB_VARS 0x60000710 0x78f0  ; [RB] assumes heap+stack total=0x710
	{							 ; [RB] assumption fails if stacks are redefined in stack.s or heap is used!!!
		filesys.o(filesystem_sectbuf)
; [RB] comment out this part for compiling to SampleA, from here
  	    xfile.o (+RW, +ZI)
   		capture.o(Cap_internal_input_buffer_map) ; [RB] ignore warning if compiling for SampleB
   		audiobuffer.o (+RW, +ZI)
; [RB] to here
		;hostif_high.o(+RW, +ZI)
		hostif_low.o(+RW, +ZI)
  	    ;[FH] framebuffer.o (+RW, +ZI)  ; [MM]
  	    dynmem.o(+RW, +ZI)        ; [MM]
  	    tag.o(+RW, +ZI)           ; [MM]
  	    apdevsys.o(+RW, +ZI)      ; [MM]
  	    filesys.o(+RW, +ZI)       ; [MM]
		controller.o(+RW, +ZI)
		toc.o(+RW, +ZI)           ; [FH]
	}
	
   	EFT0_MAP 0xE0038000 UNINIT 
	{
		lld_eft.o (Eft0_map)
		; tmr0reg.o (+ZI) ; unused in the application
	}

; OS20 and Application have different
; methods to access the EIC
; Application uses #defines with the absolute address of the register,
; OS20 uses the scatter file, thus the definition below
	EIC_MAP 0xFF000000 UNINIT
	{
		lld_eic.o (Eic_map)
	}
}                                                


CODE_ID_LOAD 0x7FFF4 0x0C
{
  		
   CODE_ID_EXEC 0x7FFF4 0x0C
   {
    codeid.o (+RO)
   }		
	
}