Problem in initialization of SDHC card

static WORD spiSD_Init(WORD j)
{
WORD aFreq= SPISD_BRATE_PINDEFAULT;
BYTE i, Y= 0xFF; 

SetBit(SPI_CS_PORT, SPI_CS_PIN);                                                                   // SPI CS pin: inactive
ClrBit(SPI_CS_ODP, SPI_CS_PIN);                                                                    //           : push/pull mode
SetBit(SPI_CS_DP, SPI_CS_PIN);                                                                     //           : output

SetBit(SPI_DATAOUT_PORT, SPI_DATAOUT_PIN);                                                         // SPI MTSR: 1
ClrBit(SPI_DATAOUT_ODP, SPI_DATAOUT_PIN);                                                          //         : push/pull mode
SetBit(SPI_DATAOUT_DP, SPI_DATAOUT_PIN);                                                           //         : output

SetBit(SPI_CLK_PORT, SPI_CLK_PIN);                                                                 // SPI SCLK: 1
ClrBit(SPI_CLK_ODP, SPI_CLK_PIN);                                                                  //         : push/pull mode
SetBit(SPI_CLK_DP, SPI_CLK_PIN);                                                                   //         : output

SetBit(SPI_DATAIN_PORT, SPI_DATAIN_PIN);                                                           // SPI MRST: 1
SetBit(SPI_DATAIN_ODP, SPI_DATAIN_PIN);                                                            // 1: open drain, does not matter
ClrBit(SPI_DATAIN_DP, SPI_DATAIN_PIN);                                                             //         : input

_nop();

// make sure to have '1' at the line
for ( i= 0; i< 10; i++ )
    spiSD_Write((BYTE *)&Y, 1); 


return(j);
}

static WORD spiSD_Init(WORD j)
{
WORD aFreq= SPISD_BRATE_PINDEFAULT;
BYTE i, Y= 0xFF;
BYTE idle[6] = {0x40,0x00,0x00,0x00,0x00,0x95};
unsigned int retry;


SetBit(SPI_CS_PORT, SPI_CS_PIN);                                                                   // SPI CS pin: inactive
ClrBit(SPI_CS_ODP, SPI_CS_PIN);                                                                    //           : push/pull mode
SetBit(SPI_CS_DP, SPI_CS_PIN);                                                                     //           : output

SetBit(SPI_DATAOUT_PORT, SPI_DATAOUT_PIN);                                                         // SPI MTSR: 1
ClrBit(SPI_DATAOUT_ODP, SPI_DATAOUT_PIN);                                                          //         : push/pull mode
SetBit(SPI_DATAOUT_DP, SPI_DATAOUT_PIN);                                                           //         : output

SetBit(SPI_CLK_PORT, SPI_CLK_PIN);                                                                 // SPI SCLK: 1
ClrBit(SPI_CLK_ODP, SPI_CLK_PIN);                                                                  //         : push/pull mode
SetBit(SPI_CLK_DP, SPI_CLK_PIN);                                                                   //         : output

SetBit(SPI_DATAIN_PORT, SPI_DATAIN_PIN);                                                           // SPI MRST: 1
SetBit(SPI_DATAIN_ODP, SPI_DATAIN_PIN);                                                            // 1: open drain, does not matter
ClrBit(SPI_DATAIN_DP, SPI_DATAIN_PIN);                                                             //         : input

_nop();

// make sure to have '1' at the line
for ( i= 0; i< 10; i++ )
    spiSD_Write((BYTE *)&Y, 1); 
//sprintf(cTextOutput, "Ver: %s Build: %s %s\r\n", FirmwareVersion, __DATE__, __TIME__);
//LowLevelDebug_SerialPrintStr(cTextOutput, strlen(cTextOutput));
do
	{
	spiSD_Write(idle,6);
	SPI_DELAY();
	spiSD_Read(&response,1);
	if(retry++ > 150) break;
	}while(response != 0x01);
if (response != 0x01)
	{
	sprintf(cTextOutput, "IDLE State Error : %d\n\r",response);
	LowLevelDebug_SerialPrintStr(cTextOutput,strlen(cTextOutput));
	}
else
	{ 
	sprintf(cTextOutput," IDLE State Successful");
	LowLevelDebug_SerialPrintStr(cTextOutput,strlen(cTextOutput));
	}
return(j);
}