// things to check SD card initialization if failed power should be diconnected and connected
// there should be motor interrupt so that only the one who operated the motor is able to turn it off ... this is done
// Pull UP resistor for inputs or 10k resistor connected to the groud ... this is done
#include <SPI.h>
#include <Ethernet.h>
#include <SD.h>
#include "uptime.h"
#include <Dns.h>
// size of buffer used to capture HTTP requests
#define REQ_BUF_SZ 60
#define RESPONSE_BUF_SZ 15 // the byte size for HTTP/1.1 200 OK
int trial = 0;
bool true_response = 0;
char HTTP_response[RESPONSE_BUF_SZ]; // buffered HTTP request stored as null terminated string
// MAC address from Ethernet shield sticker under board
byte mac[] = { 0xDE, 0xAD, 0xBE, 0xEF, 0xFE, 0xED };
// IPAddress ip(192, 168, 0, 10); // IP address, may need to change depending on network
//IPAddress ip(10, 0, 0, 10);
// use the numeric IP instead of the name for the server:
// IPAddress IFTTT(34, 236, 248, 94); // numeric IP for Google (no DNS)
IPAddress IFTTT ;
// char IFTTT[] = "maker.ifttt.com"; // name address for Google (using DNS)
EthernetServer server(80); // create a server at port 80
EthernetClient client2;
EthernetClient client3;
unsigned long StartTime, StartTimeOwner, StartTimeRenter, EndTime, EndTimeOwner, EndTimeRenter, timetaken, timetakenOwner, timetakenRenter;
unsigned long TotalOwnerTime_Hours, TotalOwnerTime_Minutes, TotalRenterTime_Hours, TotalRenterTime_Minutes, TotalMotorTime_Hours, TotalMotorTime_Minutes;
File webFile; // the web page file on the SD card
char HTTP_req[REQ_BUF_SZ] = { 0 }; // buffered HTTP request stored as null terminated string
char req_index = 0; // index into HTTP_req buffer
bool LED_state[2] = { 0 }; // stores the states of the LEDs
int sensorReading = 0;
bool LDR = 0;
bool Interrupt = 0;
bool Motor_state = 0;
bool Renter_state = 0;
bool Mega_State = 1;
bool UNO_State = 0; // state off for the arduino UNO
// the following diffrentiators are not required internally as only i need to know who turned off the motor externally
// but in the webpage we are already differentiating who turned the motor on/off
bool ext_Motor_interrupt_Owner = 0; // this is used for differentiating between who turned off the motor
bool ext_Motor_interrupt_Renter = 0; // this is used for differentiating between who turned off the motor
// Mail requirements
int Operator = 0;
int LightOperator = 0;
bool MotorMail = 0;
bool LightMail = 0;
bool lastState_Motor = 0;
bool lastState_Light = 0;
// in switch state
// case 0 light off
// case 1 light ON
// case 2 MotorOwnerON
// case 3 MotorOwnerOFF
// case 4 MotorRenterON
// case 5 MotorRenterOFF
String Date_Time = "" ;
File ExcelSD;
/* ============= Reset-Function ============== */
void(*resetFunc) (void) = 0; //declare reset function at address 0
void setup()
{
// Serial.begin(9600); // for debugging
// disable Ethernet chip
pinMode(10, OUTPUT);
digitalWrite(10, HIGH);
pinMode(53, OUTPUT);
delay(2000);
SD.begin(4); // initializing SD card for usage
delay(2000);
// initialize SD card
// Serial.println("Initializing SD card...");
// if (!SD.begin(4)) {
// Serial.println("ERROR - SD card initialization failed!");
// return; // init failed
// }
// Serial.println("SUCCESS - SD card initialized.");
// check for index.htm file
// if (!SD.exists("webpage.htm")) {
// Serial.println("ERROR - Can't find index.htm file!");
// return; // can't find index file
// }
// Serial.println("SUCCESS - Found index.htm file.");
// Inputs from motor Owner or Renter state
pinMode(22, OUTPUT); // Owner to Operate the motor Relay
pinMode(23, OUTPUT); // to turn off the motor ...... Relay
pinMode(24, OUTPUT); // Renter to turn on the motor Relay
pinMode(25, INPUT_PULLUP); // for actual state of motor motor is UP or down 220v Relay
pinMode(26, INPUT_PULLUP); // for Owner as operator if Owner key is closed 220v Relay
pinMode(27, INPUT_PULLUP); // for Renter as operator if Renter key is closed 220v Relay
pinMode(32, OUTPUT); // for resetting the UNO
// pinMode(A0, INPUT);
pinMode(A0, INPUT_PULLUP);
pinMode(5, OUTPUT); // Normal LDR relay control normal automatic operation Relay
pinMode(6, OUTPUT); // to force the light off at night Relay
pinMode(7, OUTPUT); // used to force light on in the morning Relay
pinMode(30, OUTPUT); // LED Testing
pinMode(31, INPUT); // Arduino UNO Input
digitalWrite(32, HIGH); // for UNO Reset
digitalWrite(5, HIGH);
digitalWrite(6, HIGH);
digitalWrite(7, HIGH);
digitalWrite(22, HIGH); // Owner to Operate the motor
digitalWrite(23, HIGH); // to turn off the motor
digitalWrite(24, HIGH); // Renter to turn on the motor
// Ethernet.begin(mac, ip, subnet, gateway); // initialize Ethernet device
// delay(2000);
// pinMode(A4, OUTPUT); // sets the digital pin as output
// digitalWrite(A4, LOW);
// delay(1000); //for ethernet chip to reset
// digitalWrite(A4, HIGH);
// delay(1000); //for ethernet chip to reset
// pinMode(A4, INPUT); // sets the digital pin input
// delay(1000); //for ethernet chip to reset
delay(3000); // trying to put delay before enabling
do {
Ethernet.begin(mac); // keep loop asking for DHCP
delay(3000);
} while (Ethernet.begin(mac) == 0);
delay(3000); // trying to put delay before enabling
//print out the IP address
// Serial.print("IP = ");
// Serial.println(Ethernet.localIP());
DNSClient dns;
dns.begin(Ethernet.dnsServerIP());
dns.getHostByName("maker.ifttt.com",IFTTT);
server.begin(); // start to listen for clients
Operator = 6;
SendMail();
ExcelSD = SD.open("file.csv", FILE_WRITE); // if the file opened okay, write to it:
if (ExcelSD) {
String MegaStart = "MegaStart, MegaStart, MegaStart, MegaStart, MegaStart, MegaStart, MegaStart, MegaStart, MegaStart" ;
String WriteSD = MegaStart ;
ExcelSD.println(WriteSD);
// close the file:
ExcelSD.close();
}
}
void loop()
{
UNO_State = digitalRead(31);
LDR_Reading();
EthernetClient client = server.available(); // try to get client
if (client) { // got client?
boolean currentLineIsBlank = true;
while (client.connected()) {
if (client.available()) { // client data available to read
char c = client.read(); // read 1 byte (character) from client
// limit the size of the stored received HTTP request
// buffer first part of HTTP request in HTTP_req array (string)
// leave last element in array as 0 to null terminate string (REQ_BUF_SZ - 1)
if (req_index < (REQ_BUF_SZ - 1)) {
HTTP_req[req_index] = c; // save HTTP request character
req_index++;
}
// last line of client request is blank and ends with \n
// respond to client only after last line received
if (c == '\n' && currentLineIsBlank) {
// send a standard http response header
client.println("HTTP/1.1 200 OK");
// remainder of header follows below, depending on if
// web page or XML page is requested
// Ajax request - send XML file
if (StrContains(HTTP_req, "ajax")) {
// send rest of HTTP header
client.println("Content-Type: text/xml");
client.println("Connection: close");
client.println();
SetLEDs();
// send XML file containing input states
XML_response(client);
}
else if (StrContains(HTTP_req, "motor.jpg")) {
webFile = SD.open("motor.jpg");
cache_files(client);
if (webFile) {
while (webFile.available()) {
client.write(webFile.read()); // send web page to client
}
webFile.close();
}
}
else if (StrContains(HTTP_req, "lamp.jpg")) {
webFile = SD.open("lamp.jpg");
cache_files(client);
if (webFile) {
while (webFile.available()) {
client.write(webFile.read()); // send web page to client
}
webFile.close();
}
}
else if (StrContains(HTTP_req, "mega.jpg")) {
webFile = SD.open("mega.jpg");
cache_files(client);
if (webFile) {
while (webFile.available()) {
client.write(webFile.read()); // send web page to client
}
webFile.close();
}
}
else { // web page request
// send rest of HTTP header
client.println("Content-Type: text/html");
client.println("Connection: close");
client.println();
// send web page
webFile = SD.open("webpage4.htm");
if (webFile) {
while (webFile.available()) {
client.write(webFile.read()); // send web page to client
}
webFile.close();
}
}
// display received HTTP request on serial port
// Serial.print(HTTP_req);
// reset buffer index and all buffer elements to 0
req_index = 0;
StrClear(HTTP_req, REQ_BUF_SZ);
break;
}
// every line of text received from the client ends with \r\n
if (c == '\n') {
// last character on line of received text
// starting new line with next character read
currentLineIsBlank = true;
}
else if (c != '\r') {
// a text character was received from client
currentLineIsBlank = false;
}
} // end if (client.available())
} // end while (client.connected())
client.flush();
delay(10);
client.stop(); // close the connection
} // end if (client)
// check the Input values
LDR_State_Checker();
MotorInputState();
Ethernet.maintain();
}
void LDR_Reading(void)
{
// pinMode(A0, INPUT);
// sensorReading = analogRead(A0);
sensorReading = digitalRead(A0);
// Serial.println(sensorReading);
// delay(1000);
}
void LDR_State_Checker(void)
{
// if ((sensorReading < 100) && (Interrupt == 0)) {
if ((sensorReading == 0) && (Interrupt == 0)) { // ACTIVE LOW "DIGITAL INPUT" IN THIS CASE
LED_state[0] = 1;
LDR = 1;
LightMail = 1; // used to trigger mail about light status
digitalWrite(5, LOW); // Makes the LED glow in Dark
digitalWrite(30, HIGH); // for testing the arduino using LEDs
if (LightMail != lastState_Light)
{
// Serial.println();
// Serial.println(" triggered 1 Automatic Conrol ");
LightOperator = 0;
Light();
lastState_Light = LightMail;
}
// delay(1000);
}
// else if ((sensorReading > 300) && (Interrupt == 0)) {
else if ((sensorReading == 1) && (Interrupt == 0)) {
LDR = 0;
LightMail = 0;
LED_state[0] = 0;
digitalWrite(5, HIGH); //Turns the LED OFF in Light.
digitalWrite(30, LOW); // for testing the arduino using LEDs
if (LightMail != lastState_Light)
{
// Serial.println();
// Serial.println(" triggered 2 Automatic Conrol ");
LightOperator = 1;
Light();
lastState_Light = LightMail;
}
// delay(1000);
}
}
void MotorInputState(void)
{
bool MotorActualState = digitalRead(25);
bool MotorInputReadingOwner = digitalRead(26);
bool MotorInputReadingRenter = digitalRead(27);
if (MotorInputReadingOwner == 0 && MotorActualState == 0)
{
MotorMail = 1;
LED_state[1] = 1;
Motor_state = 1;
if (MotorMail != lastState_Motor)
{
StartTimeOwner = millis();
ext_Motor_interrupt_Owner = 1;
Operator = 2;
SendMail();
lastState_Motor = MotorMail;
}
}
else if (MotorActualState == 1 && (ext_Motor_interrupt_Owner == 1 || Motor_state == 1)) // 1 in ext_motor_interrupt doesnot mean 5 volt from outside it is internal variable
{
ext_Motor_interrupt_Owner = 0;
MotorMail = 0;
LED_state[1] = 0;
Motor_state = 0;
if (MotorMail != lastState_Motor)
{
Operator = 3;
SendMail();
lastState_Motor = MotorMail;
}
}
else if (MotorInputReadingRenter == 0 && MotorActualState == 0)
{
ext_Motor_interrupt_Renter = 1;
MotorMail = 1;
Renter_state = 1;
if (MotorMail != lastState_Motor)
{
StartTimeRenter = millis();
Operator = 4;
SendMail();
lastState_Motor = MotorMail;
}
}
else if (MotorActualState == 1 && (ext_Motor_interrupt_Renter == 1 || Renter_state == 1))
{
ext_Motor_interrupt_Renter = 0;
MotorMail = 0;
Renter_state = 0;
if (MotorMail != lastState_Motor)
{
Operator = 5;
SendMail();
lastState_Motor = MotorMail;
}
}
}
// checks if received HTTP request is switching on/off LEDs
// also saves the state of the LEDs
void SetLEDs(void)
{
// Serial.println();
// Serial.println("LDR:");
// Serial.println(LDR);
// LED 1 (pin 6)
if (StrContains(HTTP_req, "LED1=1") && (LDR == 1)) {
LED_state[0] = 1; // save LED state
digitalWrite(6, HIGH); // will make LDR continue working at night
Interrupt = 0;
LightMail = 1;
if (LightMail != lastState_Light)
{
// Serial.println();
// Serial.println(" triggered 1 case of LDR web control ");
LightOperator = 0;
Light();
lastState_Light = LightMail;
}
}
else if (StrContains(HTTP_req, "LED1=1") && LDR == 0) {
LED_state[0] = 1; // save LED state
// digitalWrite(8, LOW); // will force light to turn up at daylight by admin
digitalWrite(7, LOW); // will force light to turn up at daylight by admin
Interrupt = 1;
LightMail = 1;
StartTime = millis();
if (LightMail != lastState_Light)
{
// Serial.println();
// Serial.println(" triggered 2 case of LDR web control ");
LightOperator = 0;
Light();
lastState_Light = LightMail;
}
}
else if (StrContains(HTTP_req, "LED1=0") && LDR == 1) {
LED_state[0] = 0; // save LED state
digitalWrite(6, LOW); // will turn Off the light at night by admin
Interrupt = 1;
LightMail = 0;
// EndTime = millis();
if (LightMail != lastState_Light)
{
// Serial.println();
// Serial.println(" triggered 3 case of LDR web control ");
LightOperator = 1;
Light();
lastState_Light = LightMail;
}
}
else if (StrContains(HTTP_req, "LED1=0") && LDR == 0) {
LED_state[0] = 0; // save LED state
// digitalWrite(8, HIGH);
digitalWrite(7, HIGH);
Interrupt = 0;
LightMail = 0;
// EndTime = millis();
if (LightMail != lastState_Light)
{
// Serial.println();
// Serial.println(" triggered 4 case of LDR web control ");
LightOperator = 1;
Light();
lastState_Light = LightMail;
}
}
// Motor Owner (pin 7)
else if (StrContains(HTTP_req, "Owner=1") && Motor_state == 0) { // here to control web page to power on motor by contacting relay 3 sec then disconnect it
LED_state[1] = 1; // save LED state for revealing this motor state on the webpage
Motor_state = 1; // bec the next connection need the actual state of the motor in the program
MotorMail = 1;
ext_Motor_interrupt_Owner = 1;
StartTimeOwner = millis();
digitalWrite(22, LOW);
delay(3000);
digitalWrite(22, HIGH);
if (MotorMail != lastState_Motor)
{
Operator = 2;
SendMail();
lastState_Motor = MotorMail;
}
}
else if (StrContains(HTTP_req, "Owner=1") && Motor_state == 1) {
// LED_state[1] = 1; // save LED state
Motor_state = 1;
}
else if (StrContains(HTTP_req, "Owner=0") && Motor_state == 1) {
LED_state[1] = 0; // save LED state for revealing this motor state on the webpage
Motor_state = 0; // bec the next connection need the actual state of the motor in the program
MotorMail = 0;
ext_Motor_interrupt_Owner = 0;
digitalWrite(23, LOW);
delay(3000);
digitalWrite(23, HIGH);
if (MotorMail != lastState_Motor)
{
Operator = 3;
SendMail();
lastState_Motor = MotorMail;
}
}
else if (StrContains(HTTP_req, "Owner=0") && Motor_state == 0) {
// LED_state[1] = 0; // save LED state
Motor_state = 0;
}
// Motor Renter (pin ----)
else if (StrContains(HTTP_req, "Renter=1") && Renter_state == 0) { // here to control web page to power on motor by contacting relay 3 sec then disconnect it
Renter_state = 1; // save LED state for revealing this motor state on the webpage
MotorMail = 1;
ext_Motor_interrupt_Renter = 1;
StartTimeRenter = millis();
digitalWrite(24, LOW);
delay(3000);
digitalWrite(24, HIGH);
if (MotorMail != lastState_Motor)
{
Operator = 4;
SendMail();
lastState_Motor = MotorMail;
}
}
else if (StrContains(HTTP_req, "Renter=1") && Renter_state == 1) {
Renter_state = 1; // save LED state
}
else if (StrContains(HTTP_req, "Renter=0") && Renter_state == 1) {
Renter_state = 0; // save LED state for revealing this motor state on the webpage
MotorMail = 0;
ext_Motor_interrupt_Renter = 0;
if (MotorMail != lastState_Motor)
{
Operator = 5;
SendMail();
lastState_Motor = MotorMail;
}
digitalWrite(23, LOW);
delay(3000);
digitalWrite(23, HIGH);
}
else if (StrContains(HTTP_req, "Renter=0") && Renter_state == 0) {
Renter_state = 0; // save LED state
}
else if (StrContains(HTTP_req, "RestartMega")) {
resetFunc(); // call reset
}
else if (StrContains(HTTP_req, "RestartUNO")) {
digitalWrite(32, LOW);
delay(2000);
digitalWrite(32, HIGH);
}
}
// send the XML file with analog values, switch status
// and LED status
void XML_response(EthernetClient cl)
{
// Serial.println("LED_state[1]");
// Serial.println(LED_state[1]);
cl.print("<?xml version=\"1.0\" ?>");
cl.print("<inputs>");
// checkbox LED states
// LED1
cl.print("<LED>");
if (LED_state[0] == 1) {
cl.print("checked");
}
else if (LED_state[0] == 0) {
cl.print("unchecked");
}
cl.println("</LED> ");
// button LED states
// LED3
cl.print("<Motor>");
if (LED_state[1] == 1) {
cl.print("on");
}
else if (LED_state[1] == 0) {
cl.print("off");
}
cl.println("</Motor>");
cl.print("<Renter>");
if (Renter_state == 1) {
cl.print("on");
}
else if (Renter_state == 0) {
cl.print("off");
}
cl.println("</Renter>");
cl.print("<UNO_State1>");
if (UNO_State == 1) {
cl.print("on");
}
else if (UNO_State == 0) {
cl.print("off");
}
cl.println("</UNO_State1>");
cl.print("<Mega_State1>");
if (Mega_State == 1) {
cl.print("on");
}
else if (Mega_State == 0) {
cl.print("off");
}
cl.println("</Mega_State1>");
cl.print("</inputs>");
}
// sets every element of str to 0 (clears array)
void StrClear(char* str, char length)
{
for (int i = 0; i < length; i++) {
str[i] = 0;
}
}
// searches for the string sfind in the string str
// returns 1 if string found
// returns 0 if string not found
char StrContains(char* str, char* sfind)
{
char found = 0;
char index = 0;
char len;
len = strlen(str);
if (strlen(sfind) > len) {
return 0;
}
while (index < len) {
if (str[index] == sfind[found]) {
found++;
if (strlen(sfind) == found) {
return 1;
}
}
else {
found = 0;
}
index++;
}
return 0;
}
void cache_files(EthernetClient cf)
{
cf.println("Cache-Control: public,max-age=31536000,immutable");
cf.println("Content-Type: image/jpeg");
cf.println("Connection: close");
cf.println();
}
void SendMail()
{
uptime::calculateUptime();
int h, m, s, ms;
int TMT_m, TMT_h, TMT_over, TOT_m, TOT_h, TOT_over, TRT_m, TRT_h, TRT_over;
unsigned long over;
unsigned long day = (uptime::getDays());
unsigned long hour = (uptime::getHours());
unsigned long minute = (uptime::getMinutes());
String days = String(day);
String hours = String(hour);
String minutes = String(minute);
switch (Operator) {
case 2:
{
String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Owner%20:%20Motor%20ON%20&value2=%22%20Arduino_Up_Time%20:%20";
String UpTime = days + "%20days,%20" + hours + "%20hours,%20" + minutes + "%20minutes%20";
String end_of_request = "%20%22%20 HTTP/1.1";
String GetRequest = url + UpTime + end_of_request;
String url_excel = "GET /trigger/MotorTime/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Owner%20:%20Motor%20ON%20";
String end_of_request_excel = "%22%20 HTTP/1.1";
String GetRequest_excel = url_excel + end_of_request_excel;
client3.stop();
if (client3.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client3.println(GetRequest);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("ON_Owner_EXCEL_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
delay(50);
client3.stop();
if (client3.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client3.println(GetRequest_excel);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
}
else {
true_response = 0;
trial++;
}
}
// Serial.println("ON_Owner_Mail_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
ExcelSD = SD.open("file.csv", FILE_WRITE); // if the file opened okay, write to it:
if (ExcelSD) {
String WriteSD = Date_Time + ", " + "Owner" + ", " + "Motor ON " ;
ExcelSD.println(WriteSD);
// close the file:
ExcelSD.close();
}
break;
}
case 3:
{
// Serial.println();
// Serial.println("Matched case 3 of Motor Owner");
// Serial.print("Motor Owner OFF mail.... ");
// SerialDebug1();
EndTimeOwner = millis();
timetakenOwner = EndTimeOwner - StartTimeOwner;
//TotalOwnerTime = TotalOwnerTime + timetakenOwner ;
//TotalMotorTime = TotalOwnerTime + TotalRenterTime ;
h = int(timetakenOwner / 3600000);
over = timetakenOwner % 3600000;
m = int(over / 60000);
over = over % 60000;
s = int(over / 1000);
ms = over % 1000;
// TOT_h = int(timetakenOwner/3600000);
TOT_h = h;
TotalOwnerTime_Hours = TotalOwnerTime_Hours + TOT_h;
TOT_over = timetakenOwner % 3600000;
// TOT_m= int(TOT_over/60000);
TOT_m = m;
TotalOwnerTime_Minutes = TotalOwnerTime_Minutes + TOT_m;
while (TotalOwnerTime_Minutes >= 60) // migirating min to hours
{
TotalOwnerTime_Hours++; // incrementing hrs vlaue by 1
TotalOwnerTime_Minutes = TotalOwnerTime_Minutes - 60;
}
TotalMotorTime_Hours = TotalMotorTime_Hours + TOT_h; // for calculating the total motor time by hours
TotalMotorTime_Minutes = TotalMotorTime_Minutes + TOT_m; // for calculating the total motor time by mins
while (TotalMotorTime_Minutes >= 60) // migirating min to hours
{
TotalMotorTime_Hours++; // incrementing vlaue by 1
TotalMotorTime_Minutes = TotalMotorTime_Minutes - 60;
}
// Serial.println();
// Serial.println();
// Serial.print("Raw timetakenOwner: ");
// Serial.println(timetakenOwner);
// Serial.print("timetaken : ");
// Serial.print(h,0);
// Serial.print("h ");
// Serial.print(m,0);
// Serial.print("m ");
// Serial.print(s,0);
// Serial.print("s ");
// Serial.print(ms,0);
// Serial.println("ms");
// Serial.println();
String hh = String(h);
String mm = String(m);
String TOT_h0 = String(TotalOwnerTime_Hours);
String TOT_m0 = String(TotalOwnerTime_Minutes);
String TMT_h0 = String(TotalMotorTime_Hours);
String TMT_m0 = String(TotalMotorTime_Minutes);
String Time = hh + "h" + "%20" + mm + "m" + "%20";
String TotalOwnerHours = "Total%20Owner%20hours%20:" + TOT_h0 + "h" + "%20" + TOT_m0 + "m" + "%20";
String TotalTime = "%20||%20Total%20Motor%20hours%20:" + TMT_h0 + "h" + "%20" + TMT_m0 + "m" + "%20||%20";
String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Owner%20:%20MoTor%20OFF%20%22%20||%20&value2=%22%20Owner-Motor-Time%20:%20";
String UpTime = "%20Arduino_Up_Time%20:%20" + days + "%20days,%20" + hours + "%20hours,%20" + minutes + "%20minutes%20"; // arduino UpTime
String API = url + Time + TotalOwnerHours + TotalTime + UpTime + "%20%22%20 HTTP/1.1";
String url_excel = "GET /trigger/MotorTime/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Owner_MoTor%20:%20OFF%20%22%20&value2=";
String value3 = "%20&value3=";
String API_excel = url_excel + Time + value3 + TotalOwnerHours + TotalTime + UpTime + "%20%22%20 HTTP/1.1";
client3.stop();
if (client3.connect(IFTTT, 80)) {
// Serial.print("connected to ");
// Serial.println(client3.remoteIP());
// Make a HTTP request:
while(true_response == 0 && trial <= 10)
{
client3.println(API);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("Off_Owner_Mail_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
delay(50);
client3.stop();
if (client3.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client3.println(API_excel);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("Off_Owner_Excel_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
ExcelSD = SD.open("file.csv", FILE_WRITE); // if the file opened okay, write to it:
if (ExcelSD) {
String WriteSD = Date_Time + ", " + "Owner" + ", " + "Motor OFF" + ", " + TOT_h0 + " " + TOT_m0 + ", " + TMT_h0 + "h" + " " + TMT_m0 + "m" ;
ExcelSD.println(WriteSD);
// close the file:
ExcelSD.close();
}
break;
}
case 4:
{
String UpTime = days + "%20days,%20" + hours + "%20hours,%20" + minutes + "%20minutes%20";
String end_of_request = "%20%22%20 HTTP/1.1";
// String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Renter%20:%20Motor%20ON%20||%20&value2=%22%20Arduino_Up_Time%20:%20";
// String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Renter%20:%20Motor%20ON%20"; -- 1 st try
String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Renter%20:%20Motor%20ON%20&value2=%22%20Arduino_Up_Time%20:%20"; // 2 nd try
String GetRequest = url + UpTime + end_of_request;
String url_excel = "GET /trigger/MotorTime/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Renter%20:%20Motor%20ON%20";
String end_of_request_excel = "%20%22%20 HTTP/1.1";
String GetRequest_excel = url_excel + end_of_request_excel;
client3.stop();
if (client3.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client3.println(GetRequest);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
}
else {
true_response = 0;
trial++;
}
}
// Serial.println("ON_Motor_Mail_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
delay(50);
client3.stop();
if (client3.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client3.println(GetRequest_excel);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("Off_Motor_Excel_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
ExcelSD = SD.open("file.csv", FILE_WRITE); // if the file opened okay, write to it:
if (ExcelSD) {
String WriteSD = Date_Time + ", " + "Renter" + ", " + "Motor ON" ;
ExcelSD.println(WriteSD);
// close the file:
ExcelSD.close();
}
break;
}
case 5:
{
// Serial.println();
// Serial.println("Matched case 5 of Motor Renter");
// Serial.print("Motor Renter OFF mail.... ");
// SerialDebug1();
EndTimeRenter = millis();
timetakenRenter = EndTimeRenter - StartTimeRenter;
h = int(timetakenRenter / 3600000);
over = timetakenRenter % 3600000;
m = int(over / 60000);
over = over % 60000;
s = int(over / 1000);
ms = over % 1000;
// TRT_h = int(timetakenRenter/3600000);
TRT_h = h;
TotalRenterTime_Hours = TotalRenterTime_Hours + TRT_h;
TRT_over = timetakenRenter % 3600000;
// TRT_m= int(TRT_over/60000);
TRT_m = m;
TotalRenterTime_Minutes = TotalRenterTime_Minutes + TRT_m;
while (TotalRenterTime_Minutes >= 60) // migirating min to hours
{
TotalRenterTime_Hours++; // incrementing hrs vlaue by 1
TotalRenterTime_Minutes = TotalRenterTime_Minutes - 60;
}
TotalMotorTime_Hours = TotalMotorTime_Hours + TRT_h; // for calculating the total motor time by hours
TotalMotorTime_Minutes = TotalMotorTime_Minutes + TRT_m; // for calculating the total motor time by mins
while (TotalMotorTime_Minutes >= 60) // migirating min to hours
{
TotalMotorTime_Hours++; // incrementing vlaue by 1
TotalMotorTime_Minutes = TotalMotorTime_Minutes - 60;
}
// Serial.println();
// Serial.println();
// Serial.print("Raw timetakenRenter: ");
// Serial.println(timetakenRenter);
// Serial.print("timetaken : ");
// Serial.print(h,0);
// Serial.print("h ");
// Serial.print(m,0);
// Serial.print("m ");
// Serial.print(s,0);
// Serial.print("s ");
// Serial.print(ms,0);
// Serial.println("ms");
// Serial.println();
String hh = String(h);
String mm = String(m);
String TRT_h0 = String(TotalRenterTime_Hours);
String TRT_m0 = String(TotalRenterTime_Minutes);
String TMT_h0 = String(TotalMotorTime_Hours);
String TMT_m0 = String(TotalMotorTime_Minutes);
String Time = hh + "h" + "%20" + mm + "m" + "%20";
String TotalRenterHours = "Total%20Renter%20hours%20:" + TRT_h0 + "h" + "%20" + TRT_m0 + "m" + "%20";
String TotalTime = "Total%20Motor%20hours%20:" + TMT_h0 + "h" + "%20" + TMT_m0 + "m" + "%20";
String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Renter%20:%20MoTor%20OFF%20%22%20||%20&value2=%22%20Renter-Motor-Time%20:%20";
String UpTime = "%20||%20Arduino_Up_Time%20:%20" + days + "%20days,%20" + hours + "%20hours,%20" + minutes + "%20minutes%20";
String API = url + Time + TotalRenterHours + TotalTime + UpTime + "%20%22%20 HTTP/1.1";
String url_excel = "GET /trigger/MotorTime/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Renter%20:%20MoTor%20OFF%20%22%20&value2=";
String value3 = "%20&value3=";
String API_excel = url_excel + Time + value3 + TotalRenterHours + TotalTime + UpTime + "%20%22%20 HTTP/1.1";
client3.stop();
if (client3.connect(IFTTT, 80)) {
// Serial.print("connected to ");
// Serial.println(client3.remoteIP());
// Make a HTTP request:
// Serial.println();
// Serial.println("Renter TIME in GET");
// Serial.println(Time);
while(true_response == 0 && trial <= 10)
{
client3.println(API);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
}
else {
true_response = 0;
trial++;
}
}
// Serial.println("SendingMotortMail_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
delay(50);
client3.stop();
if (client3.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client3.println(API_excel);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("OFF_MotorExcel_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
ExcelSD = SD.open("file.csv", FILE_WRITE); // if the file opened okay, write to it:
if (ExcelSD) {
String WriteSD = Date_Time + ", " + "Renter" + ", " + "Motor OFF" + ", " + TRT_h0 + " " + TRT_m0 + ", " + TMT_h0 + "h" + " " + TMT_m0 + "m" ;
ExcelSD.println(WriteSD);
// close the file:
ExcelSD.close();
}
break;
}
case 6:
{ client3.stop();
if (client3.connect(IFTTT, 80)) {
String Mega = "GET /trigger/MotorTime/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Arduino_Mega%20:%20%22%20&value2=START";
String MegaStart = Mega + "%20%22%20 HTTP/1.1";
while(true_response == 0 && trial <= 10)
{
client3.println(MegaStart);
client3.println("Host: maker.ifttt.com");
client3.println("Connection: close");
client3.println();
delay(500);
if (client3.available())
{
client3.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("MegaStart_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client3.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client3.stop();
}
break;
}
}
}
// void SerialDebug1()
// {
// Serial.println();
// Serial.print("connecting to ");
// Serial.print();
// Serial.println("...");
// }
void Light()
{
uptime::calculateUptime();
int h, m, s, ms;
unsigned long over;
unsigned long day = (uptime::getDays());
unsigned long hour = (uptime::getHours());
unsigned long minute = (uptime::getMinutes());
String days = String(day);
String hours = String(hour);
String minutes = String(minute);
switch (LightOperator) {
case 0:
{
String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Light%20:%20ON%20&value2=%22%20Arduino_Up_Time%20:%20";
String UpTime = days + "%20days,%20" + hours + "%20hours,%20" + minutes + "%20minutes%20";
String end_of_request = "%22%20 HTTP/1.1";
String GetRequest = url + UpTime + end_of_request;
String url_light = "GET /trigger/light/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Light%20:%20ON%20&value3=%22%20Arduino_Up_Time%20:%20";
String end_of_request_light = "%22%20 HTTP/1.1";
String GetRequest_light = url_light + UpTime + end_of_request_light;
client2.stop();
if (client2.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client2.println(GetRequest);
client2.println("Host: maker.ifttt.com");
client2.println("Connection: close");
client2.println();
delay(500);
if (client2.available())
{
client2.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("ON_LightExcel_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client2.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client2.stop();
}
delay(50);
client2.stop();
if (client2.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client2.println(GetRequest_light);
client2.println("Host: maker.ifttt.com");
client2.println("Connection: close");
client2.println();
delay(500);
if (client2.available())
{
client2.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("ON_LightMail_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client2.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client2.stop();
}
ExcelSD = SD.open("light.csv", FILE_WRITE); // if the file opened okay, write to it:
if (ExcelSD) {
String WriteSD = Date_Time + ", " + "Light-ON" ;
ExcelSD.println(WriteSD);
// close the file:
ExcelSD.close();
}
break;
}
case 1:
{
// Serial.println();
// Serial.println("Matched case 1 of light");
// Serial.print("Light mail.... ");
// SerialDebug1();
EndTime = millis();
timetaken = EndTime - StartTime;
h = int(timetaken / 3600000);
over = timetaken % 3600000;
m = int(over / 60000);
over = over % 60000;
s = int(over / 1000);
ms = over % 1000;
String hh = String(h);
String mm = String(m);
String Time = hh + "h" + "%20" + mm + "m" + "%20";
String url = "GET /trigger/Farm/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Light%20:%20OFF%20%22%20||%20&value2=%22%20Light-Work-Time%20:%20";
String UpTime = "%20||%20Andriod_Up_Time%20:%20" + days + "%20days,%20" + hours + "%20hours,%20" + minutes + "%20minutes%20";
String API = url + Time + UpTime + "%20%22%20 HTTP/1.1";
String url_light = "GET /trigger/light/with/key/kqotITniP1OKyJb3SHv44Ebj6XWr3_lILvz75wjMBIg?value1=%22%20Light%20:%20OFF%20%22%20&value2=%22%20Light-Work-Time%20:%20";
String API_light = url_light + Time + "%20%22%20 HTTP/1.1";
client2.stop();
if (client2.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client2.println(API);
client2.println("Host: maker.ifttt.com");
client2.println("Connection: close");
client2.println();
delay(500);
if (client2.available())
{
client2.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("WritingLightExcel_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client2.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client2.stop();
}
delay(50);
client2.stop();
if (client2.connect(IFTTT, 80)) {
while(true_response == 0 && trial <= 10)
{
client2.println(API_light);
client2.println("Host: maker.ifttt.com");
client2.println("Connection: close");
client2.println();
delay(500);
if (client2.available())
{
client2.read(HTTP_response, 15);
if (StrContains(HTTP_response, "200 OK"))
{
true_response = 1;
} else {
true_response = 0;
trial++;
}
}
// Serial.println("SendingLightMail_true_response: ");
// Serial.print(true_response);
// Serial.println();
}
trial = 0;
true_response = 0;
StrClear(HTTP_response, RESPONSE_BUF_SZ);
} else if (!client2.connected()) {
// Serial.println();
// Serial.println("disconnecting.");
client2.stop();
}
ExcelSD = SD.open("light.csv", FILE_WRITE); // if the file opened okay, write to it:
if (ExcelSD) {
String WriteSD = Date_Time + ", " + "Light-OFF" + ", " + hh + ", " + mm ;
ExcelSD.println(WriteSD);
// close the file:
ExcelSD.close();
}
break;
}
}
}