fix multi platform support

platformio.ini

@@ -26,3 +26,10 @@ board_build.filesystem = littlefs
 upload_protocol = espota
 upload_port = 192.168.4.1
 monitor_speed = 9600
+
+[env:arduino_uno]
+platform = atmelavr
+board = uno
+framework = arduino
+monitor_speed = 9600
+lib_deps = sstaub/Ticker@^4.4.0

src/config.hpp

@@ -9,8 +9,8 @@
 #endif
 
 
-// do not edit this
+// DO NOT EDIT THIS !!
-#if PLATFORM == ESP32 || PLATFORM == ESP8266
+#if PLATFORM != NO_WIFI
     #define WIRELESS_SUPPORT
 #endif
 
@@ -20,12 +20,12 @@
 
 
 /*===== Pin =====*/
-#define HEAT_GUN_FAN_PIN D2
+#define HEAT_GUN_FAN_PIN 1
-#define HEATER1_PIN D0
+#define HEATER1_PIN 1
-#define HEATER2_PIN D5
+#define HEATER2_PIN 1
-#define CONNECTION_LED_PIN D5
+#define CONNECTION_LED_PIN 1
-#define HEATER1_LED_PIN D4
+#define HEATER1_LED_PIN 1
-#define HEATER2_LED_PIN D5
+#define HEATER2_LED_PIN 1
 #define HEATER1_THERMISTOR_PIN A0
 #define HEATER2_THERMISTOR_PIN A0
 

src/main.cpp

@@ -18,13 +18,6 @@
 
 
 
-/*===== Object =====*/
-
-Ticker heater;
-Ticker serial_reporter;
-
-
-
 /*===== Variable =====*/
 //-300: off
 double temp1_current = 0;
@@ -37,66 +30,65 @@ boolean stringComplete = false;  // whether the string is complete
 
 
 
-
 /*===== Function =====*/
 
 double getTemperature(uint8_t thermistor_pin){
-  // vin ---- Rs --(adc)-- Rtm ---- gnd 
+    // vin ---- Rs --(adc)-- Rtm ---- gnd 
-  const double Vin = 3.3; //3.3 for ESP/STM32 series
+    const double Vin = 3.3; //3.3 for ESP/STM32 series
-  const double Rs = 10000; //strip resistor resistance
+    const double Rs = 10000; //strip resistor resistance
-  const double Rtm_std = 100000; //thermistor resistance at 25C
+    const double Rtm_std = 100000; //thermistor resistance at 25C
-  const uint32_t adc_resolution = 1023; //10bit ADC
+    const uint32_t adc_resolution = 1023; //10bit ADC
-  const uint32_t B = 3950;
+    const uint32_t B = 3950;
 
-  const double C1 = 1/298.15;
+    const double C1 = 1/298.15;
 
-  // Vtm(Vadc) = Vin * Rtm/(Rs+Rtm)
+    // Vtm(Vadc) = Vin * Rtm/(Rs+Rtm)
-  // Rtm = Vtm * Rs / (Vin - Vtm)
+    // Rtm = Vtm * Rs / (Vin - Vtm)
 
-  // Rtm = Rtm_std * exp(B*(1/Tk - 1/298.15))
+    // Rtm = Rtm_std * exp(B*(1/Tk - 1/298.15))
-  // Rtm = Rtm_std * exp(B*(1/Tk - C1))
+    // Rtm = Rtm_std * exp(B*(1/Tk - C1))
 
-  // exp(B*(1/Tk - C1)) = Rtm / Rtm_std
+    // exp(B*(1/Tk - C1)) = Rtm / Rtm_std
-  // B*(1/Tk - C1) = log[Rtm / Rtm_std]
+    // B*(1/Tk - C1) = log[Rtm / Rtm_std]
-  // 1/Tk = log[Rtm / Rtm_std] / B + C1
+    // 1/Tk = log[Rtm / Rtm_std] / B + C1
-  // Tk = 1/( log[Rtm / Rtm_std] / B + C1 )
+    // Tk = 1/( log[Rtm / Rtm_std] / B + C1 )
 
-  // T = Tk -273.15;
+    // T = Tk -273.15;
 
-  double Vtm = (analogRead(thermistor_pin) * Vin) / adc_resolution;
+    double Vtm = (analogRead(thermistor_pin) * Vin) / adc_resolution;
-  double Rtm = Vtm * Rs / (Vin - Vtm);
+    double Rtm = Vtm * Rs / (Vin - Vtm);
-  double T = 1 / ( log(Rtm / Rtm_std) / B + C1) - 273.15;
+    double T = 1 / ( log(Rtm / Rtm_std) / B + C1) - 273.15;
 
-  return T;
+    return T;
 }
 
 
 void heat_drive(uint8_t heater, bool heat_sw){
-  if(heater == 1){
+    if(heater == 1){
-    digitalWrite(HEATER1_PIN, heat_sw);
+        digitalWrite(HEATER1_PIN, heat_sw);
-    digitalWrite(HEATER1_LED_PIN, !heat_sw); //low: turn on
+        digitalWrite(HEATER1_LED_PIN, !heat_sw); //low: turn on
-  }else if(heater == 2){
+    }else if(heater == 2){
-    digitalWrite(HEATER2_PIN, heat_sw);
+        digitalWrite(HEATER2_PIN, heat_sw);
-    digitalWrite(HEATER2_LED_PIN, !heat_sw); //low: turn on
+        digitalWrite(HEATER2_LED_PIN, !heat_sw); //low: turn on
-  }
+    }
 }
 
 
 void heat_handler(){
-  temp1_current = getTemperature(HEATER1_THERMISTOR_PIN);
+    temp1_current = getTemperature(HEATER1_THERMISTOR_PIN);
-  temp2_current = getTemperature(HEATER2_THERMISTOR_PIN);
+    temp2_current = getTemperature(HEATER2_THERMISTOR_PIN);
-
+
-  if(temp1_target > MAX_TEMP || temp1_target < 0 || temp1_current > temp1_target){
+    if(temp1_target > MAX_TEMP || temp1_target < 0 || temp1_current > temp1_target){
-    heat_drive(1,0);
+        heat_drive(1,0);
-  }else{
+    }else{
-    heat_drive(1,1);
+        heat_drive(1,1);
-  }
+    }
-
+
-  if(temp2_target > MAX_TEMP || temp2_target < 0 || temp2_current > temp2_target){
+    if(temp2_target > MAX_TEMP || temp2_target < 0 || temp2_current > temp2_target){
-    heat_drive(2,0);
+        heat_drive(2,0);
-  }else{
+    }else{
-    heat_drive(2,1);
+        heat_drive(2,1);
-  }
+    }
 }
 
 
@@ -152,6 +144,18 @@ void heat_handler(){
 #endif
 
 
+
+/*===== Object =====*/
+#ifdef WIRELESS_SUPPORT
+    Ticker heater;
+    Ticker serial_reporter;
+#else
+    Ticker heater(heat_handler, 100);
+    Ticker serial_reporter(serial_report_handler, 500);
+#endif
+
+
+
 /*===== Main =====*/
 
 void setup() {
@@ -170,10 +174,18 @@ void setup() {
     #endif
 
     /*[Ticker Init]*/
-    heater.attach(0.1, heat_handler);
+    #ifdef WIRELESS_SUPPORT
-    #ifndef SERIAL_DEBUG
+        heater.attach(0.1, heat_handler);
-        serial_reporter.attach(0.5, serial_report_handler);
+        #ifndef SERIAL_DEBUG
+            serial_reporter.attach(0.5, serial_report_handler);
+        #endif
+    #else
+        heater.start();
+        #ifndef SERIAL_DEBUG
+            serial_reporter.start();
+        #endif
     #endif
+    
 }
 
 
@@ -183,6 +195,9 @@ void loop() {
     //delay(100);
     #ifdef WIRELESS_SUPPORT
         wireless_handler();
+    #else
+        heater.update();
+        serial_reporter.update();
     #endif
 
     #ifndef SERIAL_DEBUG