/* */ /* Create a WiFi access point and provide a web server on it. */ #include #include #include class Timer { private: unsigned long timeZero = 0; unsigned long timeout = 0; public: Timer(){ Reset(); }; void Reset(){ timeZero = millis(); }; bool Timeout(){ // True ak skoncil cas return timeout <= millis(); }; unsigned long Stav(){ return millis()-timeZero; }; void SetTimeout (unsigned long time){ timeout = millis() + time; }; }; /* Set these to your desired credentials. */ const char *ssid = "MajakAP"; const char *password = ""; String webPage = ""; int ledW = 0; int ledR = 2; const int led = LED_BUILTIN; unsigned long time1; unsigned long time2; Timer timerImpulse; Timer timerImpulseH; Timer timerSignal; Timer timerSignalH; ESP8266WebServer server(80); bool ie = false; bool red = false; unsigned int timeImpulse = 1000; unsigned int timeImpulseH = 500; unsigned int timeSignal = 10000; unsigned int timeSignalH = 10000; /* Just a little test message. Go to http://192.168.4.1 in a web browser * connected to this access point to see it. */ void stav(){ char temp[100]; snprintf ( temp, 100,"%d;%d;%d;%d;%d",timeImpulse, timeImpulseH, timeSignal, timeSignalH,red); server.send ( 200, "text/html", temp ); } void handleRoot() { digitalWrite ( led, 1 ); if (ie){ char temp[3000]; int sec = millis() / 1000; int min = sec / 60; int hr = min / 60; snprintf ( temp, 3000, "\ \ Majak 2\ \ \ \

Majak 2

Perioda impulzu: \ %5d

Sirka impulzu H: \ %5d

Perioda signalu: \ %5d

Sirka signalu H: \ %5d

\ \ ", red,timeImpulse, timeImpulseH, timeSignal, timeSignalH ); server.send ( 200, "text/html", temp ); }else{ stav(); } digitalWrite ( led, 0 ); } void setup() { // preparing GPIOs pinMode(ledW, OUTPUT); digitalWrite(ledW, LOW); pinMode(ledR, OUTPUT); digitalWrite(ledR, LOW); pinMode ( led, OUTPUT ); digitalWrite ( led, 0 ); delay(1000); Serial.begin(115200); Serial.println(); Serial.print("Configuring access point..."); /* You can remove the password parameter if you want the AP to be open. */ WiFi.softAP(ssid, password,7,0); IPAddress myIP = WiFi.softAPIP(); Serial.print("AP IP address: "); Serial.println(myIP); server.on("/", handleRoot); server.on("/stav", stav); // minus timeImpulse server.on("/m1000ti", [](){ timeImpulse-=1000; handleRoot(); }); server.on("/m100ti", [](){ timeImpulse-=100; handleRoot(); }); server.on("/m10ti", [](){ timeImpulse-=10; handleRoot(); }); server.on("/m1ti", [](){ timeImpulse-=1; handleRoot(); }); // plus timeImpulse server.on("/p1000ti", [](){ timeImpulse+=1000; handleRoot(); }); server.on("/p100ti", [](){ timeImpulse+=100; handleRoot(); }); server.on("/p10ti", [](){ timeImpulse+=10; handleRoot(); }); server.on("/p1ti", [](){ timeImpulse+=1; handleRoot(); }); //tih // minus timeImpulseH server.on("/m1000tih", [](){ timeImpulseH-=1000; handleRoot(); }); server.on("/m100tih", [](){ timeImpulseH-=100; handleRoot(); }); server.on("/m10tih", [](){ timeImpulseH-=10; handleRoot(); }); server.on("/m1tih", [](){ timeImpulseH-=1; handleRoot(); }); // plus timeImpulse server.on("/p1000tih", [](){ timeImpulseH+=1000; handleRoot(); }); server.on("/p100tih", [](){ timeImpulseH+=100; handleRoot(); }); server.on("/p10tih", [](){ timeImpulseH+=10; handleRoot(); }); server.on("/p1tih", [](){ timeImpulseH+=1; handleRoot(); }); // minus timeSignal server.on("/m1000ts", [](){ timeSignal-=1000; handleRoot(); }); server.on("/m100ts", [](){ timeSignal-=100; handleRoot(); }); server.on("/m10ts", [](){ timeSignal-=10; handleRoot(); }); server.on("/m1ts", [](){ timeSignal-=1; handleRoot(); }); // plus timeSignal server.on("/p1000ts", [](){ timeSignal+=1000; handleRoot(); }); server.on("/p100ts", [](){ timeSignal+=100; handleRoot(); }); server.on("/p10ts", [](){ timeSignal+=10; handleRoot(); }); server.on("/p1ts", [](){ timeSignal+=1; handleRoot(); }); //tih // minus timeSignalH server.on("/m1000tsh", [](){ timeSignalH-=1000; handleRoot(); }); server.on("/m100tsh", [](){ timeSignalH-=100; handleRoot(); }); server.on("/m10tsh", [](){ timeSignalH-=10; handleRoot(); }); server.on("/m1tsh", [](){ timeSignalH-=1; handleRoot(); }); // plus timeSignalH server.on("/p1000tsh", [](){ timeSignalH+=1000; handleRoot(); }); server.on("/p100tsh", [](){ timeSignalH+=100; handleRoot(); }); server.on("/p10tsh", [](){ timeSignalH+=10; handleRoot(); }); server.on("/p1tsh", [](){ timeSignalH+=1; handleRoot(); }); server.on("/red", [](){ red = not red; handleRoot(); }); server.on("/off", [](){ timeSignalH=0; handleRoot(); }); server.on("/s1", [](){ //staly signal timeImpulse = 1000; timeImpulseH = 1000; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.on("/s2", [](){ //flashing frekvencia maximalne 0.5hz maximalne 30 krat/min timeImpulse = 2200; timeImpulseH = 800; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.on("/s3", [](){ //quick flashing min. 60 /min timeImpulse = 900; timeImpulseH = 300; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.on("/s4", [](){ //verry quick flashing frekvencia minimalne100 krat/min timeImpulse = 500; timeImpulseH = 160 ; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.on("/s5", [](){ //Interrupted quick flashing timeImpulse = 900; timeImpulseH = 300; timeSignal = 10000; timeSignalH = 7000; red = false; handleRoot(); }); server.on("/s6", [](){ //isophase H=L timeImpulse = 2000; timeImpulseH =1000 ; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.on("/s7", [](){ //occulting max 30/min. H>L timeImpulse = 2200; timeImpulseH =1400; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.on("/s8", [](){ //Alternating-blikanie dvoch farieb timeImpulse = 2000; timeImpulseH =1000; timeSignal = 10000; timeSignalH = 10000; red = true; handleRoot(); }); server.on("/s9", [](){ //Morse S timeImpulse = 500; timeImpulseH =160 ; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.on("/s10", [](){ // timeImpulse = 500; timeImpulseH =160 ; timeSignal = 10000; timeSignalH = 10000; red = false; handleRoot(); }); server.begin(); Serial.println("HTTP server started"); timerImpulse.Reset(); timerImpulseH.Reset(); timerSignal.Reset(); timerSignal.Reset(); } void loop() { server.handleClient(); //digitalWrite(ledW, LOW); if (timerImpulse.Timeout()){ if (timerSignal.Timeout()){ timerSignal.SetTimeout(timeSignal); timerSignalH.SetTimeout(timeSignalH); } timerImpulse.SetTimeout(timeImpulse); timerImpulseH.SetTimeout(timeImpulseH); if (timerSignalH.Timeout()){ digitalWrite(ledW, LOW); digitalWrite(ledR, LOW); }else{ digitalWrite(ledW, HIGH); if (red) { digitalWrite(ledR, LOW); }; } } if (timerImpulseH.Timeout()){ digitalWrite(ledW, LOW); if (red and not timerSignalH.Timeout()) { digitalWrite(ledR, HIGH); }else{ digitalWrite(ledR, LOW); }; } }