Merge pull request #7 from LexxPluss/feature/led_status

Feature/led status for FastCharge

Author: takurot

lexxpluss_main.cpp

@@ -39,11 +39,11 @@ class led_controller {
     void poll() {
         if (charging) {
             if (level < 0)
-                fill_breath();
+                fill_breath();  //always fill_breath during the idle state of manual charege
             else
                 fill_charging(level);
         } else {
-            fill(CRGB{CRGB::Black});
+            fill(status_color);
         }
         FastLED.show();
         ++counter;
@@ -54,6 +54,10 @@ class led_controller {
         this->charging = enable;
         this->level = level;
     }
+
+    void set_led_status(CRGB color) {
+        status_color = color;
+    }
 private:
     void fill(const CRGB &color) {
         for (auto &i : led)
@@ -84,13 +88,14 @@ class led_controller {
             percent = counter * 100 / thres;
         else
             percent = (thres * 2 - counter) * 100 / thres;
-        CRGB color{CRGB::OrangeRed};
+        CRGB color{status_color};
         for (auto &i : color.raw)
             i = i * percent / 100;
         fill(color);
     }
     static constexpr uint32_t NUM_LEDS{45};
     CRGB led[NUM_LEDS];
+    CRGB status_color{CRGB::Green}; //Green at startup
     uint32_t counter{0};
     int32_t level{0};
     bool charging{false};
@@ -264,17 +269,20 @@ class power_controller {
             if (elapsed_ms > 10000) {
                 Serial.println("heartbeat timeout, stop charging.");
                 set_auto_enable(false);
+                led.set_led_status(CRGB::Blue);
             }
             if (terminal.is_overheat()) {
                 Serial.println("terminal overheat, stop charging.");
                 set_auto_enable(false);
+                led.set_led_status(CRGB::Red);
             }
         }
         if (relay.is_manual_mode()) {
             auto elapsed_ms{manual_charging_timer.read_ms()};
             if (elapsed_ms > 7200000) {
                 Serial.println("manual charging timeout, stop charging.");
                 set_manual_enable(false);
+                led.set_led_status(CRGB::HotPink);
             }
         }
     }
@@ -287,6 +295,7 @@ class power_controller {
                 relay.set_enable(true, CHARGING_MODE::AUTO);
                 led.set_charging(true, level);
                 fan.set_charging(true);
+                led.set_led_status(CRGB::Green);  //back to default color when enabled
             } else {
                 relay.set_enable(false);
                 led.set_charging(false);
@@ -301,6 +310,7 @@ class power_controller {
         if (enable) {
             manual_charging_timer.reset();
             manual_charging_timer.start();
+            led.set_led_status(CRGB::Green);  //back to default color when enabled
         } else {
             manual_charging_timer.stop();
             manual_charging_timer.reset();
@@ -336,10 +346,14 @@ class charging_board {
         sw.poll();
         power.poll();
         auto sw_state{sw.get_state()};
-        if (sw_state == manual_switch::STATE::PUSHED)
+        if (sw_state == manual_switch::STATE::PUSHED) {
             power.set_manual_enable(true);
-        else if (sw_state == manual_switch::STATE::LONG_PUSHED)
+            Serial.println("Manual Charge");
+        }
+        else if (sw_state == manual_switch::STATE::LONG_PUSHED) {
             power.set_manual_enable(false);
+            Serial.println("Auto Charge");
+        }
         sw.set_led(power.get_manual_enable());
         while (Serial1.available()) {
             if (irda_timer.read_ms() > 1000)