RC522 and PIC18F47k40

	UART1_Write(status1);  (was status)

void UART1_Write_CText(const char *T)
{ char c;
while(*(T)>0)
{ c=*(T);
  UART1_Write(c);
  T++;
 }
 }
 #define  Uart1_Escribir_Texto  UART1_Write_CText

... 
sbit MFRC522_CS at LATC.B3;
sbit MFRC522_Rst at LATA.B0;
//sbit SoftSPI_SDO at LATC.B1;
//sbit SoftSPI_CLK at LATC.B2;
//sbit SoftSPI_SDI at LATC.B0;
sbit MFRC522_CS_Direction at TRISC3_Bit;
sbit MFRC522_Rst_Direction at TRISA0_Bit;
//sbit SoftSPI_SDO_Direction at TRISC1_Bit;
//sbit SoftSPI_CLK_Direction at TRISC2_Bit;
//sbit SoftSPI_SDI_Direction at TRISC0_Bit;
...
inside main 
...
//Soft_SPI_Init();
SPI1_Init_Advanced(_SPI_MASTER_OSC_DIV16, _SPI_DATA_SAMPLE_MIDDLE, _SPI_CLK_IDLE_LOW, _SPI_LOW_2_HIGH);
...
inside InitMCU
...
SSP1DATPPS = 0x10;            // SDI en pin RC0
RC1PPS = 0x10;                // SDO en pin RC1
RC2PPS = 0x0F;                // SCK en pin RC2
...
static void MFRC522_Wr( char addr, char value )
{
        MFRC522_CS = 0;
        SPI1_Write( 0x00 );
        SPI1_Write( ( addr << 1 ) & 0x7E );
        SPI1_Write( value );
        MFRC522_CS = 1;
}

static char MFRC522_Rd( char addr )
{
        char value;
        MFRC522_CS = 0;
        SPI1_Write( (( addr << 1 ) & 0x7E) | 0x80 );
        value = SPI1_Read( 0x00 );
        MFRC522_CS = 1;
        return value;
}