l2_fthreewire.c

dz3000_51.0.0.4.rar

#include "general.h"

UCHAR L2_WriteSI(UCHAR *RegData, UCHAR Option) USING_0
{ 
  UCHAR sync, count, mode;
  UCHAR i, j, k;
  //PRINT_FRONT("Enter L2_WriteSI Function\n");
  while (XBYTE[0X29A0] == 0x01); //Wait when the serial interface is busy
  #ifdef HD49322F		  	// HITACHI HD49322F CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif
  #ifdef HD49334F		  	// HITACHI HD49322F CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif
  #ifdef AD9843		  		// ADI AD9843 CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif
  #ifdef AD9846		  		// ADI AD9843 CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif
  #ifdef AD9804		  		// ADI AD9804 CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif
  #ifdef  TLV990	        //TI TLV990 CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif
  #ifdef XRD44L61		  	// EXAR XRD44L61/2 CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif
  #ifdef AN2104FHQ		  	// PANASONIC AN2104FHQ CDSAGC
    count  = 0x11;
    mode   = 0x02;
  #endif

  #ifdef TASC5130		  	// TASC three wire interface
    count  = 0x10;
    mode   = 0x01;
  #endif

  #ifdef TASC5160		  	// TASC three wire interface
    count  = 0x10;
    mode   = 0x01;
  #endif
//patch4.4@andrew@IR3Y48A
  #ifdef IR3Y48A
	count  = 0x10;
	mode   = 0x01;
  #endif

//patch4.5@andrew@VSP1021
  #ifdef VSP1021		  		// TI CDSAGC
    count  = 0x10;
    mode   = 0x01;
  #endif


  
  sync  = Option & 0x01;
  XBYTE[0X2901]  = (mode << 4) | 0x02; 	// Select three-wire transmode
  //PRINT_FRONT ("XBYTE[0X2901] = %x \n", (USHORT)XBYTE[0X2901]);
  XBYTE[0X2903]  = sync | 0x02;		// Synchronize with Vd or not
  //PRINT_FRONT ("XBYTE[0X2903] = %x \n", (USHORT)XBYTE[0X2903]);
  XBYTE[0X2905]  = count; 
  //PRINT_FRONT ("XBYTE[0X2905] = %x \n", (USHORT)XBYTE[0X2905]);
  //PRINT_FRONT ("RegData[0] = %x \n", (USHORT)RegData[0]);
  //PRINT_FRONT ("RegData[1] = %x \n", (USHORT)RegData[1]);
  
  j = count >> 3; 
  for (i=0;i <j;i++)
   {
    k = i*2;
    XBYTE[0X2911+k]  = RegData[i];
   }  	 
  //PRINT_FRONT ("Exit L2_WriteSI Function \n");
  return 0;   
}