Adafruit_ESP8266.h

/*!
 * @file Adafruit_ESP8266.h
 */

#ifndef _ADAFRUIT_ESP8266_H_
#define _ADAFRUIT_ESP8266_H_

#include <Arduino.h>

#define ESP_RECEIVE_TIMEOUT 1000L  //!< Receive timeout for ESP8266
#define ESP_RESET_TIMEOUT 5000L    //!< Reset timeout for ESP8266
#define ESP_CONNECT_TIMEOUT 15000L //!< Connection timeout for ESP8266
#define ESP_IPD_TIMEOUT 120000L    //!< Receive network data timeout for ESP8266

typedef const __FlashStringHelper Fstr; //!< PROGMEM/flash-resident string
typedef const PROGMEM char Pchr;        //!< Ditto, kindasorta

#define defaultBootMarker F("ready\r\n") //!< Default ESP8266 boot marker string

/*! Subclassing Print makes debugging easier -- output en route to WiFi module
 * can be duplicated on a second stream (e.g. Serial). !*/
class Adafruit_ESP8266 : public Print {
public:
  Adafruit_ESP8266(Stream *s = &Serial, Stream *d = NULL, int8_t r = -1);
  boolean hardReset(void), softReset(void),
      find(Fstr *str = NULL, boolean ipd = false),
      connectToAP(Fstr *ssid, Fstr *pass), connectTCP(Fstr *host, int port),
      requestURL(Fstr *url), requestURL(char *url);
  int readLine(char *buf, int bufSiz);
  void closeAP(void), closeTCP(void), debugLoop(void),
      setTimeouts(uint32_t rcv = ESP_RECEIVE_TIMEOUT,
                  uint32_t rst = ESP_RESET_TIMEOUT,
                  uint32_t con = ESP_CONNECT_TIMEOUT,
                  uint32_t ipd = ESP_IPD_TIMEOUT),
      setBootMarker(Fstr *s = NULL);

private:
  Stream *stream, // -> ESP8266, e.g. SoftwareSerial or Serial1
      *debug;     // -> host, e.g. Serial
  uint32_t receiveTimeout, resetTimeout, connectTimeout, ipdTimeout;
  int8_t reset_pin; // -1 if RST not connected
  Fstr *host,       // Non-NULL when TCP connection open
      *bootMarker;  // String indicating successful boot
  boolean writing;
  virtual size_t write(uint8_t); // Because Print subclass
};

#endif // _ADAFRUIT_ESP8266_H_