Main

#include <ESP8266WiFi.h>
#include "FS.h" // pour le SPIFFS
#include <ArduinoJson.h>
#include <dampermotor.h>
#include <Wire.h>
// #include "Adafruit_MCP23017.h"

// Adafruit_MCP23017 mcp;

const char* CONFIG_HTML = "/html/config.html";
const char* UPDATE_HTML = "/html/Update.html";
const char* DISPLAY_DATA_HTML = "/html/display_data.html";

const char* ssid = "ASUS";
const char* password = "Famillejacobi";
const uint16_t HTTPPort = 80;
WiFiServer serveurWeb(HTTPPort); // crée un serveur sur le port HTTP standard
const byte maxHTTPLine = 100;
char httpLine[maxHTTPLine + 1]; //+1 pour avoir la place du '\0'
const byte maxURL = 50;
char urlRequest[maxURL + 1]; //+1 pour avoir la place du '\0'

#define SoilSensor A0
#define SoilS1EnablePin1 D0
#define SoilS1EnablePin2 D1
#define SoilS1EnablePin3 D2
#define SoilS1EnablePin4 D3
#define tap_solenoid1 0
#define tap_solenoid2 1
#define tap_solenoid3 2
#define tap_solenoid4 3
#define tap_solenoid_timeout 1500 // delay for 3 sec.
#define PumpPin 2

//Configure the soil moisture
int MintSoilMoisture = 250;//Menth
const int ParsleySoilMoisture = 230;//Persil
const int BasilSoilMoisture = 260;//Basilic
const int CorianderSoilMoisture = 300;//Coriande, Cousbara
const int DillSoilMoisture = 2700;//Aneth, shamir
const int SageSoilMoisture = 310;//Sauge, Marva
const int rosemarySoilMoisture = 200;//Romarin

int read_s1_value,read_s2_value,read_s3_value,read_s4_value; //read data from sensor
int PlantS1,PlantS2,PlantS3,PlantS4; //User final target after converted from WebForm
boolean electric_tap_motor1,electric_tap_motor2,electric_tap_motor3,electric_tap_motor4; //Off or On motor's electric tap
const int onTime = 1000; // in ms
const int offTime = 5000; // in ms
boolean currentlyOn = false;
unsigned long startTime;

dampermotor tap_motor_sensor1(D4,D5,tap_solenoid_timeout); // define pin 4,5 to drive the tap_motor_sensor1
dampermotor tap_motor_sensor2(D6,D7,tap_solenoid_timeout); // define pin 6,7 to drive the tap_motor_sensor1
dampermotor tap_motor_sensor3(D8,D9,tap_solenoid_timeout); // define pin 8,9 to drive the tap_motor_sensor1
//dampermotor tap_motor_sensor4(D10,11,tap_solenoid_timeout); // define pin 10,11 to drive the tap_motor_sensor1

void printHTTPServerInfo()
{
 Serial.print(F("Site web http: "));
 Serial.print(WiFi.localIP());
 if (HTTPPort != 80)
 {
  Serial.print(F(":"));
  Serial.print(HTTPPort);
 }
 Serial.println();
}

#include "config_json_file.h" // include the function for saving and loading config.json
#include "spiffs_page_display.h" // include the function to display web page
#include "waterControl.h" // include the irrigation system

/**
* Read Datas from all Sensors
*/
int read_Sensors_Values(int EnableSoilPin)
{
 int ReadSensor;
 digitalWrite(EnableSoilPin,HIGH);
 for(int SensorReading = 0;SensorReading < 5;SensorReading++)
 {
  ReadSensor = analogRead(SoilSensor);
 }
 digitalWrite(EnableSoilPin,LOW);
 return ReadSensor;
}

/**
* Assign the correct Soil Target for the Plant Sensor connected after user choice from the WebForm
*/
int SoilSensorWebUser(int WebSoilSensor)
{
 switch(WebSoilSensor)
 {
  case 0:
    return(0);
  break;
  case 1:
    return(MintSoilMoisture);
  break;
  case 2:
    return(ParsleySoilMoisture);
  break;
  case 3:
    return(BasilSoilMoisture);
  break;
  case 4:
    return(CorianderSoilMoisture);
  break;
  case 5:
    return(DillSoilMoisture);
  break;
  case 6:
    return(SageSoilMoisture);
  break;
  case 7:
    return(rosemarySoilMoisture);
  break;
 }
}

void setup()
{
 Serial.begin(115200);
 /*mcp.begin(); // use default address 0
 mcp.pinMode(0, INPUT);
 mcp.pinMode(tap_solenoid1, OUTPUT);
 mcp.pinMode(tap_solenoid2, OUTPUT);
 mcp.pinMode(tap_solenoid3, OUTPUT);
 mcp.pinMode(tap_solenoid4, OUTPUT);*/

 Serial.println("\n\nMounting FS...\n");
 // on démarre le SPIFSS
 if (!SPIFFS.begin())
 {
  Serial.println("erreur SPIFFS");
  while (true); // on ne va pas plus loin
 }

 loadConfig();
 /*if (!loadConfig())
 {Serial.println("Failed to load config");}
 else
 {Serial.println("Config loaded");}*/

 WiFi.begin(ssid, password);
 Serial.println();
 while (WiFi.status() != WL_CONNECTED)
 {
  delay(500);
  Serial.write('.');
 }
 Serial.println();
 // on démarre le serveur
 serveurWeb.begin();
 printHTTPServerInfo();
}

void loop()
{
 testRequeteWeb();
 // --- read sensors value Every 5sec for 1sec --- //
 if (currentlyOn && millis()>startTime+onTime) // Switch resistor off
 {
  currentlyOn = false;
  startTime=millis(); // Reset timer
 }
 if (!currentlyOn && millis()>startTime+offTime) // Switch resistor on
 {
  read_s1_value = read_Sensors_Values(SoilS1EnablePin1);
  read_s2_value = read_Sensors_Values(SoilS1EnablePin2);
  read_s3_value = read_Sensors_Values(SoilS1EnablePin3);
  read_s4_value = read_Sensors_Values(SoilS1EnablePin4);
  currentlyOn = true;
  startTime=millis(); // Reset timer
 }
}