-stack      0x1000   /* PRIMARY STACK SIZE    */
-sysstack   0x1000   /* SECONDARY STACK SIZE  */
-heap       0x2000   /* HEAP AREA SIZE        */




MEMORY
{
  PAGE 0:
    MMR     (RWIX)  : origin =  0000000h length = 0000c0h /* MMRs */
    DARAM_1 (RWIX)  : origin =  00000c0h length = 001f40h
    DARAM_2 (RWIX)  : origin =  0002000h length = 002000h
    DARAM_3 (RWIX)  : origin =  0004000h length = 002000h
    DARAM_4 (RWIX)  : origin =  0006000h length = 00A000h


    SARAM   (RWIX)  : origin = 010000h length =   03DE00h /* on-chip SARAM */
    VECS (RWIX)		: origin = 04DE00h, length = 000200h
    SARAM3 (RWIX)	: origin = 04E000h, length =  002000h

}


SECTIONS
{

	vectors (NOLOAD)
    .bss        : > DARAM_1
    .vector      : > DARAM_4      ALIGN = 256
    .stack      : > DARAM_1
    .sysstack   : > DARAM_4
	.sysmem 	: > DARAM_2
    .text       : > SARAM
    .data       : > DARAM_4
	.cinit 		: > DARAM_3
	.const 		: > DARAM_3
	.cio		: > DARAM_3
	.usect   	: > DARAM_3
	.switch     : > DARAM_3

	/* --- MY DEFINITIONS --- */

	DMA_IN		 : > DARAM_4
	OverlapIN	 : > DARAM_3
	DMA_OUT		 : > DARAM_4
	OverlapOUT	 : > DARAM_3

//Processing
	BuffR        : > DARAM_3

// HWAFFT
    cmplxBuf 	: > DARAM_4
    brBuf    	: > DARAM_4
    tmpBuf   	: > DARAM_4

// FFT
    Real         : > DARAM_4
	Imag   	     : > DARAM_4
	Magnitude	 : > DARAM_4
	FFTA_2		 : > DARAM_4

// Window
    Hanning  	 : > SARAM
	PonderationA : > SARAM


	.fftcode : {} > SARAM PAGE 0		 /* FFT-specific sections  */
	.test    : {} > DARAM_1 PAGE 0
	data:twiddle : {} > SARAM PAGE 0, align(2048)
	.input   : {} > DARAM_1 PAGE 0, align(4)  /* this is due to long-word data memory access */


}


/* C5535 HWAFFT ROM table addresses */
_hwafft_br       = 0x00fefe9c;
_hwafft_8pts     = 0x00fefeb0;
_hwafft_16pts    = 0x00feff9f;
_hwafft_32pts    = 0x00ff00f5;
_hwafft_64pts    = 0x00ff03fe;
_hwafft_128pts   = 0x00ff0593;
_hwafft_256pts   = 0x00ff07a4;
_hwafft_512pts   = 0x00ff09a2;
_hwafft_1024pts  = 0x00ff0c1c;