SonOff : Program Code ขับสัญญาณกริ่ง + Function

 SooOff ESP8266

SonOff : Program Code ขับสัญญาณกริ่ง + Function

1. //Public Variable.
2. #include <ESP8266WiFi.h>
3. #include <time.h>
4. #include "Timer.h"
5.  
6. Timer t;
7.  
8. #define pinRelay 12
9. #define pinBlink 13
10.  
11. int buttonState = 0;
12. const int buttonPin = 0;
13.  
14. const char* ssid = "WIFI_NAME";                
15. const char* password = "PASSWORD WIFI";          
16.  
17. int timezone = 7 * 3600;                  
18. int dst = 0;  
19. int result;
20.  
21. struct tm* p_tm ;
22. int CountSec;
23. int CountMin;
24. int CountHour;      
25.  
26. //Close Public Variable.
27.  
28. void setup()
29. {
30. // WIFI.  
31.   Serial.begin(115200);
32.   Serial.setDebugOutput(true);
33.  
34.   pinMode(pinRelay, OUTPUT);
35.   pinMode(pinBlink, OUTPUT);
36.   pinMode(buttonPin, INPUT);
37.  
38.   digitalWrite(pinRelay, LOW);
39.   //digitalWrite(pinBlink, HIGH);
40.  
41.   WiFi.mode(WIFI_STA);                                        
42.   WiFi.begin(ssid, password);
43.   Serial.println("\nConnecting to WiFi");
44.   while (WiFi.status() != WL_CONNECTED) {
45.      Serial.print(",");
46.      delay(1000);
47.    }
48.     //configTime(timezone, dst, "time.nist.gov");  
49.     configTime(timezone, dst, "192.168.0.2");  
50.     Serial.println("\nWaiting for time");
51.     while (!time(nullptr)) {
52.       Serial.print(".");
53.       delay(1000);
54.     }
55.     Serial.println("");
56.    
57.  
58. //Keep time now.
59.   time_t now = time(nullptr);
60.   p_tm = localtime(&now);
61.  
62.   CountSec = p_tm->tm_sec;
63.   CountMin = p_tm->tm_min;
64.   CountHour = p_tm->tm_hour;
65.  
66. //Call Function Every 1 second.
67.   int tickEvent = t.every(1000, loopTime);
68.   int CheckClickButton = t.every(1000, ChekButton);
69.  
70. }
71.  
72. //Manual Click GPIO0
73. void ChekButton()
74. {
75.   buttonState = digitalRead(buttonPin);
76.   if (buttonState == HIGH) {
77.     digitalWrite(pinRelay, LOW); //On relay
78.     digitalWrite(pinBlink, HIGH); //On  LED
79.     result = 0;
80.   } else {
81.     // turn LED off:
82.     digitalWrite(pinRelay, HIGH); //Off relay
83.     digitalWrite(pinBlink, LOW); //Off  LED
84.     result = 1;
85.   }
86.   Serial.print(result);
87. }  
88.  
89. //Call Function On.
90. void CallOn()
91. {
92.   digitalWrite(pinRelay, HIGH); //On relay
93.   digitalWrite(pinBlink, LOW); //On  LED
94.   delay(8000);
95.   CountSec = CountSec + 8;
96. }  
97.  
98. //Call Function Off.
99. void CallOff()
100. {
101.   digitalWrite(pinRelay, LOW); //Off relay
102.   digitalWrite(pinBlink, HIGH); //Off  LED
103. }  
104.  
105.  
106. //Loop.        
107. void loop()
108. {
109.   t.update();
110. }
111.  
112. //Function Loop Time.
113. void loopTime()
114. {
115.  
116.   CountSec = CountSec + 1;
117.  
118.   if(CountSec == 60){
119.     CountSec = 0;
120.     CountMin = CountMin + 1;  
121.  
122.     if(CountMin == 60){
123.       CountMin = 0;
124.       CountHour = CountHour + 1; 
125.  
126.       if(CountHour == 24){
127.         CountHour = 0;    
128.      }
129.  
130.     }  
131.  
132.   }
133.  
134. // 12:30 Connet NTP New.
135.   if(CountHour == 0 && CountMin == 30){
136.     time_t now = time(nullptr);
137.     p_tm = localtime(&now);
138.    
139.     CountSec = p_tm->tm_sec;
140.     CountMin = p_tm->tm_min;
141.     CountHour = p_tm->tm_hour;  
142.   }
143.  
144. //Print Time.
145.   Serial.print("Hour = ");
146.   Serial.print(CountHour);
147.   Serial.println("");
148.  
149.   Serial.print("Min = ");
150.   Serial.print(CountMin);
151.   Serial.println("");
152.  
153.   Serial.print("Sec = ");
154.   Serial.print(CountSec);
155.   Serial.println("");
156.  
157.  
158.   //### Test ###//
159.   /*
160.   if(CountSec == 10){
161.     Serial.print("Open");  
162.     CallOn();
163.   }
164.   */
165.   //### Test ###//
166.  
167.   //0:00
168.   if((CountHour == 0) && (CountMin == 0) && (CountSec == 0)){
169.     Serial.print("Open");
170.     CallOn();
171.   }
172.   //0:30
173.   if((CountHour == 0) && (CountMin == 30) && (CountSec == 0)){
174.     Serial.print("Open");
175.     CallOn();
176.   }
177.   //5:30
178.   if((CountHour == 5) && (CountMin == 30) && (CountSec == 0)){
179.     Serial.print("Open");
180.     CallOn();
181.   }
182.   //6:00
183.   if((CountHour == 6) && (CountMin == 0) && (CountSec == 0)){
184.     Serial.print("Open");
185.     CallOn();
186.   }
187.   //7:50
188.   if((CountHour == 7) && (CountMin == 50) && (CountSec == 0)){
189.     Serial.print("Open");
190.     CallOn();
191.   }
192.   //8:00
193.   if((CountHour == 8) && (CountMin == 0) && (CountSec == 0)){
194.     Serial.print("Open");
195.     CallOn();
196.   }
197.  //10:20
198.   if((CountHour == 10) && (CountMin == 20) && (CountSec == 0)){
199.     Serial.print("Open");
200.     CallOn();
201.   }
202.   //12:00
203.   if((CountHour == 12) && (CountMin == 0) && (CountSec == 0)){
204.     Serial.print("Open");
205.     CallOn();
206.   }
207.   //12:50
208.   if((CountHour == 12) && (CountMin == 50) && (CountSec == 0)){
209.     Serial.print("Open");
210.     CallOn();
211.   }
212.   //13:00
213.   if((CountHour == 13) && (CountMin == 0) && (CountSec == 0)){
214.     Serial.print("Open");
215.     CallOn();
216.   }
217.   //17:40
218.   if((CountHour == 17) && (CountMin == 40) && (CountSec == 0)){
219.     Serial.print("Open");
220.     CallOn();
221.   }
222.   //18:00
223.   if((CountHour == 18) && (CountMin == 0) && (CountSec == 0)){
224.     Serial.print("Open");
225.     CallOn();
226.   }
227.   //21:00
228.   if((CountHour == 21) && (CountMin == 0) && (CountSec == 0)){
229.     Serial.print("Open");
230.     CallOn();
231.   }  
232.  
233.  
234. CallOff();  
235.  
236. }