Release v1.15.1

Author: sblantipodi

src/BootstrapManager.h

@@ -50,7 +50,9 @@ class BootstrapManager {
     // using JsonDocument = StaticJsonDocument<BUFFER_SIZE>;
     StaticJsonDocument<BUFFER_SIZE> parseQueueMsg(char* topic, byte* payload, unsigned int length); // print the message arriving from the queue
     StaticJsonDocument<BUFFER_SIZE> parseHttpMsg(String payload, unsigned int length); // print the message arriving from HTTP
+    void littleFsInit();
     void bootstrapSetup(void (*manageDisconnectionFunction)(), void (*manageHardwareButton)(), void (*callback)(char*, byte*, unsigned int)); // bootstrap setup()
+    void bootstrapSetup(void (*manageDisconnectionFunction)(), void (*manageHardwareButton)(), void (*callback)(char*, byte*, unsigned int), bool waitImprov, void (*listener)()); // bootstrap setup()
     void bootstrapLoop(void (*manageDisconnectionFunction)(), void (*manageQueueSubscription)(), void (*manageHardwareButton)()); // bootstrap loop()
     static void setMQTTWill(const char *topic, const char *payload, int qos, boolean retain, boolean cleanSession); // set the last will parameters for mqtt
     static void publish(const char *topic, const char *payload, boolean retained); // send a message on the queue
@@ -69,8 +71,9 @@ class BootstrapManager {
     [[maybe_unused]] String readValueFromFile(const String& filenameToUse, const String& paramName); // read a param from a json file
     static bool isWifiConfigured(); // check if wifi is correctly configured
     void launchWebServerForOTAConfig(); // if no ssid available, launch web server to get config params via browser
+    void launchWebServerCustom(bool waitImprov, void (*listener)()); // if no ssid available, launch web server to get config params via browser
     static int getWifiQuality(); // get the wifi quality
-
+    void manageImprov();
 };
 
 #endif

src/QueueManager.cpp

@@ -100,25 +100,12 @@ void QueueManager::mqttReconnect(void (*manageDisconnections)(), void (*manageQu
       Helpers::smartPrintln(F("MQTT attempts="));
       Helpers::smartPrintln(mqttReconnectAttemp);
       helper.smartDisplay();
-
-      if (mqttReconnectAttemp > 15) {
-        // if fastDisconnectionManagement we need to execute the callback immediately, 
-        // example: power off a watering system can't wait MAX_RECONNECT attemps
-        if (fastDisconnectionManagement) {
-          manageDisconnections();
-          Helpers::smartPrintln(F("Disconnecting WiFi."));
-          WiFi.reconnect();
-        }
-      }
-
       // after MAX_RECONNECT attemps all peripherals are shut down
-      if (mqttReconnectAttemp >= MAX_RECONNECT) {
+      if (mqttReconnectAttemp >= MAX_RECONNECT || fastDisconnectionManagement) {
         Helpers::smartPrintln(F("Max retry reached, powering off peripherals."));
         helper.smartDisplay();
         // Manage disconnections, powering off peripherals
         manageDisconnections();
-        Helpers::smartPrintln(F("Disconnecting WiFi."));
-        WiFi.reconnect();
       } else if (mqttReconnectAttemp > 10000) {
         mqttReconnectAttemp = 0;
       }

src/WifiManager.h

@@ -120,6 +120,7 @@ class WifiManager {
 
     static bool isWifiConfigured(); // check if wifi is correctly configured
     static void launchWebServerForOTAConfig(); // if no ssid available, launch web server to get config params via browser
+    static void launchWebServerCustom(void (*listener)()); // if no ssid available, launch web server to get config params via browser
     void manageImprovWifi(); // if no ssid available, launch web server to get config params via browser
     void handleImprovPacket();