EPD_hardware_driver.h

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#ifndef     DISPLAY_HARDWARE_DRIVCE_H_INCLUDED_
#define     DISPLAY_HARDWARE_DRIVCE_H_INCLUDED_

#include "Pervasive_Displays_small_EPD.h"

#define SMCLK_FREQ          (16000000)
#define __External_Temperature_Sensor

#define SPISEL              P1SEL
#define SPISEL2             P1SEL2
#define SPIIE               IE2
#define SPICTL0             UCB0CTL0
#define SPICTL1             UCB0CTL1
#define SPIBR0              UCB0BR0
#define SPIBR1              UCB0BR1
#define SPIMCTL             UCA0MCTL
#define SPIIFG              IFG2
#define SPIRXBUF            UCB0RXBUF
#define SPIRXIFG            UCB0RXIFG
#define SPITXBUF            UCB0TXBUF
#define SPITXIFG            UCB0TXIFG
#define SPISTAT             UCB0STAT
#define SPI_baudrate        (SMCLK_FREQ/COG_SPI_baudrate)           
void spi_init (void);
void spi_attach (void);
void spi_detach (void);
void SPI_send (unsigned char Register, unsigned char *Data, unsigned Length);
void SPI_send_byte (uint8_t Register, uint8_t Data);
uint8_t SPI_read(unsigned char RDATA);
void SPI_write (unsigned char Data);
uint8_t SPI_write_ex (unsigned char Data);
void sys_delay_ms(unsigned int ms);
void start_EPD_timer(void);
void stop_EPD_timer(void);
uint32_t get_current_time_tick(void);
void PWM_start_toggle(void);
void PWM_stop_toggle(void);
void PWM_run(uint16_t time);
void initialize_temperature(void);
int16_t get_temperature(void);
void EPD_display_hardware_init (void);

#if (defined COG_V110_G2) || (defined COG_V230)
uint8_t SPI_R(uint8_t Register, uint8_t Data);
#endif
#endif  //DISPLAY_HARDWARE_DRIVCE_H_INCLUDED_