/******************************************************************************/
/* LNKX.CMD - COMMAND FILE FOR LINKING C PROGRAMS IN LARGE/HUGE MEMORY MODEL  */
/*                                                                            */
/* Usage:                                                                     */
/*  cl55 <src files> -z -o<out file> -m<map file> lnkx.cmd -l<RTS library>   */
/*                                                                            */
/* Description: This file is a sample command file that can be used for       */
/*              linking programs built with the C Compiler.  Use it as a      */
/*              guideline; you  may want to change the allocation scheme      */
/*              according to the size of your program and the memory layout   */
/*              of your target system.                                        */
/*                                                                            */
/*   Notes: (1) You must specify the directory in which <RTS library> is      */
/*              located.  Either add a "-i<directory>" line to this file      */
/*              file, or use the system environment variable C55X_C_DIR to    */
/*              specify a search path for the libraries.                      */
/*                                                                            */
/******************************************************************************/

-stack    0x2000      /* Primary stack size   */
-sysstack 0x1000      /* Secondary stack size */
-heap     0x3000      /* Heap area size       */

-c                    /* Use C linking conventions: auto-init vars at runtime */
-u _Reset             /* Force load of reset interrupt handler                */

/* SPECIFY THE SYSTEM MEMORY MAP */

MEMORY
{
 PAGE 0:  /* ---- Unified Program/Data Address Space ---- */

  MMR    (RWIX): origin = 0x000000, length = 0x0000c0  /* MMRs */
  DARAM0 (RWIX): origin = 0x0000c0, length = 0x001f40  
  DARAM1 (RWIX): origin = 0x002000, length = 0x002000  
  DARAM2 (RWIX): origin = 0x004000, length = 0x002000  
  DARAM3 (RWIX): origin = 0x006000, length = 0x00A000 
  SARAM0 (RWIX): origin = 0x010000, length = 0x010000  /*  64KB */
  SARAM1 (RWIX): origin = 0x020000, length = 0x020000  /* 128KB */
  SARAM2 (RWIX): origin = 0x040000, length = 0x00E000  /* 57344B*/ 
  SARAM3 (RWIX): origin = 0x04E000, length = 0x001E00  /* 7680B */
  VECS   (RWIX): origin = 0x04FE00, length = 0x000200  /*  512B */
  PDROM   (RIX): origin = 0xff8000, length = 0x008000  /*  32KB */

 PAGE 2:  /* -------- 64K-word I/O Address Space -------- */

  IOPORT (RWI) : origin = 0x000000, length = 0x020000
}
 
/* SPECIFY THE SECTIONS ALLOCATION INTO MEMORY */

SECTIONS
{
   .text     >> SARAM1|SARAM2|SARAM0  /* Code                        */

   /* Both stacks must be on same physical memory page               */
   .stack    >  DARAM3                /* Primary system stack        */
   .sysstack >  DARAM3                /* Secondary system stack      */

   .data     >> DARAM0|SARAM0|SARAM1  /* Initialized vars            */
   .bss      >> DARAM0|SARAM0|SARAM1  /* Global & static vars        */
   .const    >> DARAM0|SARAM0|SARAM1  /* Constant data               */
   .sysmem   >  DARAM0|SARAM0|SARAM1  /* Dynamic memory (malloc)     */
   .switch   >  SARAM2                /* Switch statement tables     */
   .cinit    >  SARAM2                /* Auto-initialization tables  */
   .pinit    >  SARAM2                /* Initialization fn tables    */
   .cio      >  SARAM2                /* C I/O buffers               */
   .args     >  SARAM2                /* Arguments to main()         */

    vectors  >  DARAM3                  /* Interrupt vectors           */

   .ioport   >  IOPORT PAGE 2         /* Global & static ioport vars */

   context          : >  DARAM3 align=4 
   i2s_rcv_L        : > DARAM3  align = 128
   i2s_rcv_R        : > DARAM3 	align = 128
   intvec           : > DARAM3  ALIGN = 256  

    inbuffer     : > DARAM3  align = 4  
       
   /* Memory Section requirement for Environment Sensor*/
   amdf_circ_buffer > DARAM1
         
   
// The Bit-Reverse destination buffer data_br_buf requires an address with 
// at least 4+log2(FFT_LENGTH) least significant binary zeros 

	FilterIn    : > DARAM0        align = 4096

    xip_freq_dom :> DARAM3        align = 4
     
	RcvL1		: > DARAM3	
	RcvL2		: > DARAM3	
	RcvL3		: > DARAM3	
	RcvL4		: > DARAM3
	RcvL5		: > DARAM1
	Filter_RE	: > DARAM3
	
    RcvR1       : > DARAM2
    RcvR2       : > DARAM2
    RcvR3       : > DARAM2
    RcvR4       : > DARAM2
    RcvR5       : > DARAM2	
	
	OverlapL	: > DARAM0
	OverlapR    : > DARAM0	
		

	XmitL1		: > DARAM3	
	XmitL2		: > DARAM3
	XmitR1		: > DARAM1	
	XmitR2		: > DARAM1   
 }