#include "Config.h"

#include "Globals.h"

#include "IO.h"

#if defined(ARDUINO)

#if defined (__STM32F1__)

#if defined(ZUMSPOT_ADF7021)

#define PIN_SCLK PB5

#define PIN_SREAD PB6

#define PIN_SDATA PB7

#define PIN_SLE PB8

#define PIN_SLE2 PA6

#define PIN_CE PC14

#define PIN_RXD PB4

#define PIN_RXD2 PA4

#define PIN_TXD PB3

#define PIN_TXD2 PA5

#define PIN_CLKOUT PA15

#define PIN_LED PC13

#define PIN_DEB PB9

#define PIN_DSTAR_LED PB12

#define PIN_DMR_LED PB13

#define PIN_YSF_LED PB1

#define PIN_P25_LED PB0

#define PIN_PTT_LED PB14

#define PIN_COS_LED PB15

#elif defined(LIBRE_KIT_ADF7021) || defined(MMDVM_HS_HAT_REV12)

#define PIN_SCLK PB5

#define PIN_SREAD PB7

#define PIN_SDATA PB6

#define PIN_SLE PB8

#define PIN_SLE2 PA6

#define PIN_CE PC14

#define PIN_RXD PB4

#define PIN_RXD2 PA4

#define PIN_TXD PB3

#define PIN_TXD2 PA5

#define PIN_CLKOUT PA15

#define PIN_LED PC13

#define PIN_DEB PB9

#define PIN_DSTAR_LED PB12

#define PIN_DMR_LED PB13

#define PIN_YSF_LED PB1

#define PIN_P25_LED PB0

#define PIN_PTT_LED PB14

#define PIN_COS_LED PB15

#else

#error "Either ZUMSPOT_ADF7021 or LIBRE_KIT_ADF7021 or MMDVM_HS_HAT_REV12 need to be defined"

#endif

#elif defined(__MK20DX256__) || defined(__MK64FX512__) || defined(__MK66FX1M0__)

#define PIN_SCLK 2

#define PIN_SDATA 3

#define PIN_SREAD 4

#define PIN_SLE 5

#define PIN_CE 6

#define PIN_RXD 7

#define PIN_TXD 8

#define PIN_CLKOUT 22

#define PIN_LED 13

#define PIN_DEB 23

#define PIN_DSTAR_LED 16

#define PIN_DMR_LED 17

#define PIN_YSF_LED 18

#define PIN_P25_LED 19

#define PIN_PTT_LED 14

#define PIN_COS_LED 15

#else

#define PIN_SCLK 3

#define PIN_SDATA 4 // 2 in Arduino Zero Pro

#define PIN_SREAD 5

#define PIN_SLE 6

#define PIN_CE 12

#define PIN_RXD 7

#define PIN_TXD 8

#define PIN_CLKOUT 2 // 4 in Arduino Zero Pro

#define PIN_LED 13

#define PIN_DEB 11

#define PIN_DSTAR_LED 14

#define PIN_DMR_LED 15

#define PIN_YSF_LED 16

#define PIN_P25_LED 17

#define PIN_PTT_LED 9

#define PIN_COS_LED 10

#endif

extern "C" {

void EXT_IRQHandler(void) {

io.interrupt();

}

}

#if defined(DUPLEX)

extern "C" {

void EXT_IRQHandler2(void) {

io.interrupt2();

}

}

#endif

void CIO::delay_IFcal() {

delayMicroseconds(10000);

}

void CIO::delay_reset() {

delayMicroseconds(300);

}

void CIO::Init()

}

void CIO::startInt()

}

#if defined(BIDIR_DATA_PIN)

void CIO::Data_dir_out(bool dir)

}

#endif

void CIO::SCLK_pin(bool on)

{

digitalWrite(PIN_SCLK, on ? HIGH : LOW);

}

void CIO::SDATA_pin(bool on)

{

digitalWrite(PIN_SDATA, on ? HIGH : LOW);

}

bool CIO::SREAD_pin()

{

return digitalRead(PIN_SREAD) == HIGH;

}

void CIO::SLE_pin(bool on)

{

digitalWrite(PIN_SLE, on ? HIGH : LOW);

}

#if defined(DUPLEX)

void CIO::SLE2_pin(bool on)

{

digitalWrite(PIN_SLE2, on ? HIGH : LOW);

}

bool CIO::RXD2_pin()

{

return digitalRead(PIN_RXD2) == HIGH;

}

#endif

void CIO::CE_pin(bool on)

{

digitalWrite(PIN_CE, on ? HIGH : LOW);

}

bool CIO::RXD_pin()

{

return digitalRead(PIN_RXD) == HIGH;

}

bool CIO::CLK_pin()

{

return digitalRead(PIN_TXD) == HIGH;

}

#if defined(BIDIR_DATA_PIN)

void CIO::RXD_pin_write(bool on)

{

digitalWrite(PIN_RXD, on ? HIGH : LOW);

}

#endif

void CIO::TXD_pin(bool on)

{

digitalWrite(PIN_TXD, on ? HIGH : LOW);

}

void CIO::LED_pin(bool on)

{

digitalWrite(PIN_LED, on ? HIGH : LOW);

}

void CIO::DEB_pin(bool on)

{

digitalWrite(PIN_DEB, on ? HIGH : LOW);

}

void CIO::DSTAR_pin(bool on)

{

digitalWrite(PIN_DSTAR_LED, on ? HIGH : LOW);

}

void CIO::DMR_pin(bool on)

{

digitalWrite(PIN_DMR_LED, on ? HIGH : LOW);

}

void CIO::YSF_pin(bool on)

{

digitalWrite(PIN_YSF_LED, on ? HIGH : LOW);

}

void CIO::P25_pin(bool on)

{

digitalWrite(PIN_P25_LED, on ? HIGH : LOW);

}

void CIO::PTT_pin(bool on)

{

digitalWrite(PIN_PTT_LED, on ? HIGH : LOW);

}

void CIO::COS_pin(bool on)

{

digitalWrite(PIN_COS_LED, on ? HIGH : LOW);

}

void CIO::delay_us(uint32_t us) {

::delayMicroseconds(us);

}

void CIO::dlybit(void)

}

#endif