LIN_slave_HardwareSerial_ESP8266.cpp

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// assert ESP8266 platform
#if defined(ARDUINO_ARCH_ESP8266)
 
// include files
#include <LIN_slave_HardwareSerial_ESP8266.h>
 
 
 
/**************************
 * PUBLIC METHODS
**************************/
 
LIN_Slave_HardwareSerial_ESP8266::LIN_Slave_HardwareSerial_ESP8266(bool SwapPins, uint16_t MinFramePause, 
  LIN_Slave_Base::version_t Version, const char NameLIN[], uint32_t TimeoutRx, const int8_t PinTxEN) : 
  LIN_Slave_HardwareSerial(Serial, MinFramePause, Version, NameLIN, TimeoutRx, PinTxEN)
{
  // Debug serial initialized in begin() -> no debug output here
 
  // store parameters in class variables
  this->swapPins   = SwapPins;            // use alternate pins Rx=D7 / Tx=D8 for Serial0
 
} // LIN_Slave_HardwareSerial_ESP8266::LIN_Slave_HardwareSerial_ESP8266()
 
 
 
void LIN_Slave_HardwareSerial_ESP8266::begin(uint16_t Baudrate)
{
  // call parent class method
  LIN_Slave_HardwareSerial::begin(Baudrate);
 
  // optionally route Serial0 to alternate pins
  if (this->swapPins == true)
    this->pSerial->swap();
 
  // print debug message
  DEBUG_PRINT(2, "ok, pin swap=%d", (int) this->swapPins);
 
} // LIN_Slave_HardwareSerial_ESP8266::begin()
 
 
 
void LIN_Slave_HardwareSerial_ESP8266::end()
{
  // call base class method
  LIN_Slave_Base::end();
    
  // close serial interface
  this->pSerial->end();
 
  // print debug message
  DEBUG_PRINT(2, " ");
 
} // LIN_Slave_HardwareSerial_ESP8266::end()
 
#endif // ARDUINO_ARCH_ESP8266
 
/*-----------------------------------------------------------------------------
    END OF FILE
-----------------------------------------------------------------------------*/