Smart City Project

1#include <ArduinoHttpClient.h>
2#include <WiFi101.h>
3#include <PMS5003.h>
4//  MKR1000 Pins setup
5const int SLEEP_PIN = 6; // this pin is for setting the sensor  to sleep while it is not taking the data.
6const String uuid = ""; // This is  the place where you should put your UUID 
7
8// method setup
9const String  content_type = "application/x-www-form-urlencoded";// this is for POST method
10
11//  Your WiFi setup
12String postData ="";
13char serverAddress[] = "107.170.217.4";//  This is the website of Smart City Project
14int port = 8080;// port number of the  website
15
16// WiFi Login Data
17String ssid = "Name of Your Wifi";
18String  password ="Password of Your Wifi";
19
20// initialize your variable value
21PMS5003  pms5003;
22String PM1 = "N/A";
23String PM2_5 = "N/A";
24String PM10 = "N/A";
25String  temperature = "N/A";
26String humadity = "N/A";
27
28// HTTP Connection
29WiFiClient  wifi;
30HttpClient client = HttpClient(wifi, serverAddress, port);
31int status  = WL_IDLE_STATUS;
32String response;
33int statusCode = 0;
34
35void setup()  
36{
37  Serial.begin(9600); // Serial for serial monitor. If the sensor is successfully  sending data to website, this can be comment out
38  Serial1.begin(9600);// Serial1  port for PMS5006
39  pinMode(SLEEP_PIN,OUTPUT); // Setup Pin 6 as output pin
40  digitalWrite(SLEEP_PIN,HIGH); // Let the sensor start working as default
41  while(status  != WL_CONNECTED) { // start connection
42    Serial.print("Attempting to connect  to your wifi: " + ssid + "\
43");
44    // Connect to WPA/WPA2 network
45    status  = WiFi.begin(ssid, password);
46  }
47  // print the SSID of the your WiFi
48  Serial.print("SSID: ");
49  Serial.println(WiFi.SSID());
50  
51  // print  your WiFi Module's IP address:
52  IPAddress ip = WiFi.localIP();
53  Serial.print("IP  Address: ");Serial.println(ip);
54}
55
56void loop() {
57  Serial.println("PMS5003  Data on Process");
58  
59  //digitalWrite(SLEEP_PIN,HIGH);
60  //delay(20000);
61  for(;;){
62    pms5003.processDataOn(Serial1);
63    PM1 = String(pms5003.getPM1(),DEC);
64    PM2_5 = String(pms5003.getPM25(),DEC);
65    PM10 = String(pms5003.getPM10(),DEC);
66    if (PM1 !="-1" && PM2_5 !="-1" && PM10 != "-1"){
67      break;
68    }
69  }
70  
71  
72  postData ="uuid=" + uuid + "&PM1=" + PM1 + "&PM2_5="  + PM2_5 + "&PM10=" + PM10 + "&Temperature=" + temperature + "&Humadity=" +  humadity;
73  
74  Serial.println("making POST request");
75  client.post("/",content_type,postData);//  the conntent in content_type is for doing POST method.
76
77  statusCode = client.responseStatusCode();  // response code from server
78  response = client.responseBody(); // messages  that is responed by server
79
80  // Serial Monitor output.(can be comment out  when the data is sending to server correctly)
81  Serial.print("Status Code: ");Serial.println(statusCode);
82  Serial.print("Response: ");Serial.println(response);
83  
84  Serial.print("PM1:\	");Serial.println(PM1);
85  Serial.print("PM2.5:\	");Serial.println(PM2_5);
86  Serial.print("PM10:\	");Serial.println(PM10);
87}
88
89

1#include <ArduinoHttpClient.h>
2#include <WiFi101.h>
3#include <PMS5003.h>
4//
5  MKR1000 Pins setup
6const int SLEEP_PIN = 6; // this pin is for setting the sensor
7  to sleep while it is not taking the data.
8const String uuid = ""; // This is
9  the place where you should put your UUID 
10
11// method setup
12const String
13  content_type = "application/x-www-form-urlencoded";// this is for POST method
14
15//
16  Your WiFi setup
17String postData ="";
18char serverAddress[] = "107.170.217.4";//
19  This is the website of Smart City Project
20int port = 8080;// port number of the
21  website
22
23// WiFi Login Data
24String ssid = "Name of Your Wifi";
25String
26  password ="Password of Your Wifi";
27
28// initialize your variable value
29PMS5003
30  pms5003;
31String PM1 = "N/A";
32String PM2_5 = "N/A";
33String PM10 = "N/A";
34String
35  temperature = "N/A";
36String humadity = "N/A";
37
38// HTTP Connection
39WiFiClient
40  wifi;
41HttpClient client = HttpClient(wifi, serverAddress, port);
42int status
43  = WL_IDLE_STATUS;
44String response;
45int statusCode = 0;
46
47void setup()
48  
49{
50  Serial.begin(9600); // Serial for serial monitor. If the sensor is successfully
51  sending data to website, this can be comment out
52  Serial1.begin(9600);// Serial1
53  port for PMS5006
54  pinMode(SLEEP_PIN,OUTPUT); // Setup Pin 6 as output pin
55
56  digitalWrite(SLEEP_PIN,HIGH); // Let the sensor start working as default
57  while(status
58  != WL_CONNECTED) { // start connection
59    Serial.print("Attempting to connect
60  to your wifi: " + ssid + "\
61");
62    // Connect to WPA/WPA2 network
63    status
64  = WiFi.begin(ssid, password);
65  }
66  // print the SSID of the your WiFi
67
68  Serial.print("SSID: ");
69  Serial.println(WiFi.SSID());
70  
71  // print
72  your WiFi Module's IP address:
73  IPAddress ip = WiFi.localIP();
74  Serial.print("IP
75  Address: ");Serial.println(ip);
76}
77
78void loop() {
79  Serial.println("PMS5003
80  Data on Process");
81  
82  //digitalWrite(SLEEP_PIN,HIGH);
83  //delay(20000);
84
85  for(;;){
86    pms5003.processDataOn(Serial1);
87    PM1 = String(pms5003.getPM1(),DEC);
88
89    PM2_5 = String(pms5003.getPM25(),DEC);
90    PM10 = String(pms5003.getPM10(),DEC);
91
92    if (PM1 !="-1" && PM2_5 !="-1" && PM10 != "-1"){
93      break;
94    }
95
96  }
97  
98  
99  postData ="uuid=" + uuid + "&PM1=" + PM1 + "&PM2_5="
100  + PM2_5 + "&PM10=" + PM10 + "&Temperature=" + temperature + "&Humadity=" +
101  humadity;
102  
103  Serial.println("making POST request");
104  client.post("/",content_type,postData);//
105  the conntent in content_type is for doing POST method.
106
107  statusCode = client.responseStatusCode();
108  // response code from server
109  response = client.responseBody(); // messages
110  that is responed by server
111
112  // Serial Monitor output.(can be comment out
113  when the data is sending to server correctly)
114  Serial.print("Status Code: ");Serial.println(statusCode);
115
116  Serial.print("Response: ");Serial.println(response);
117  
118  Serial.print("PM1:\	");Serial.println(PM1);
119
120  Serial.print("PM2.5:\	");Serial.println(PM2_5);
121  Serial.print("PM10:\	");Serial.println(PM10);
122}
123
124