Log storage device (SD / flash) can now be set in the webinterface on…

… ESP32

BSB_LAN/BSB_LAN.ino

@@ -72,6 +72,7 @@
  *        - ATTENTION: New configuration options in BSB_LAN_config.h - please update your existing configuration files!
  *        - Support for receiving date and time via NTP instead of taking it from the heater.
  *        - MQTT broker setting now accepts domain names as well as IP addresses. An optional port can be added after a trailing colon, e.g. broker.my-domain.com:1884. Otherwise defaults to 1883.
+ *        - Switching between log storage device (SD card / internal flash) on the ESP32 can now be done in the web interface.
  *        - This release has been supported by the following GitHub sponsors: jsimon3
  *       version 3.2
  *        - ATTENTION: In BSB_LAN_config.h, new layout of log_parameters, avg_parameters and ipwe_parameters now written in curly brackets and different size (40 instead of 80) and type ("parameter" instead of "float"). Please update your BSB_LAN_config.h accordingly to prevent errors!
@@ -756,23 +757,17 @@ int8_t max_valve[MAX_CUL_DEVICES] = { -1 };
 // char _ipstr[20];    // addr in format xxx.yyy.zzz.aaa
 // byte __remoteIP[4] = {0,0,0,0};   // IP address in bin format
 
+uint64_t minimum_SD_size = 0;
 #if defined LOGGER || defined WEBSERVER
   #if defined(ESP32)
-    #if defined(ESP32_USE_SD) // Use SD card adapter on ESP32
       #include "FS.h"
       #include "SD_MMC.h"
-      #define SD SD_MMC
-      #define MINIMUM_FREE_SPACE_ON_SD 100000
-    #else   // use internal EEPROM flash memory instead of SD card on ESP32
       #include <LittleFS.h>
-      #define SD LittleFS
-      // Minimum free space in bytes
-      #define MINIMUM_FREE_SPACE_ON_SD 10000
-    #endif  // ESP32_USE_SD
+FS& SD = SD_MMC;
   #else     // !ESP32
     #define FILE_APPEND FILE_WRITE  // FILE_APPEND does not exist on Arduino, FILE_WRITE seems to do the same (create if not existing, start writing from EOF onwards)
-    //leave at least MINIMUM_FREE_SPACE_ON_SD free blocks on SD
-    #define MINIMUM_FREE_SPACE_ON_SD 100
+    //leave at least minimum_SD_size free blocks on SD
+minimum_SD_size = 100;
     // set MAINTAIN_FREE_CLUSTER_COUNT to 1 in SdFatConfig.h if you want increase speed of free space calculation
     // do not forget set it up after SdFat upgrading
     #include "src/SdFat/SdFat.h"
@@ -2339,15 +2334,6 @@ void generateConfigPage(void) {
   "ENABLE_ESP32_OTA"
   #endif
 
-  #ifdef ESP32_USE_SD
-  #ifdef ANY_MODULE_COMPILED
-  ", "
-  #else
-  #define ANY_MODULE_COMPILED
-  #endif
-  "ESP32_USE_SD"
-  #endif
-
   #ifdef IPWE
   #ifdef ANY_MODULE_COMPILED
   ", "
@@ -2507,7 +2493,7 @@ void generateConfigPage(void) {
   uint32_t fs = (uint32_t)(volFree*SD.vol()->sectorsPerCluster()/2048);
   printFmtToWebClient(PSTR(": %lu MB<br>\r\n"), fs);
 #else
-  uint64_t fs = (SD.totalBytes() - SD.usedBytes());
+  uint64_t fs = totalBytes()-usedBytes();
   printFmtToWebClient(PSTR(": %llu Bytes<br>\r\n"), fs);
 #endif
 //  printFmtToWebClient(PSTR("Free space: %lu MB<br>free clusters: %lu<BR>freeClusterCount() call time: %lu microseconds<BR><br>\r\n"), fs, volFree, micros() - m);
@@ -2715,6 +2701,7 @@ bool SaveConfigFromRAMtoEEPROM() {
         // https://forum.arduino.cc/index.php?topic=89469.0
         // Resume: it possible but can cause unpredicable effects
         case CF_MAC:
+        case CF_NETWORK_TYPE:
         case CF_DHCP:
         case CF_IPADDRESS:
         case CF_MASK:
@@ -2726,6 +2713,7 @@ bool SaveConfigFromRAMtoEEPROM() {
         case CF_WIFI_PASSWORD:
         case CF_MDNS_HOSTNAME:
         case CF_ESP32_ENERGY_SAVE:
+        case CF_LOG_DEST:
           needReboot = true;
           break;
         case CF_BMEBUS:
@@ -2803,7 +2791,13 @@ int returnENUMID4ConfigOption(uint8_t id) {
       i=findLine(65527,0,NULL); //return ENUM_PPS_MODE
       break;
     case CF_LOGMODE:
-      i=findLine(65526,0,NULL); //return ENUM_PPS_MODE
+      i=findLine(65526,0,NULL); //return ENUM_LOGMODE
+      break;
+    case CF_NETWORK_TYPE:
+      i=findLine(65525,0,NULL); //return ENUM_NETWORK_TYPE
+      break;
+    case CF_LOG_DEST:
+      i=findLine(65524,0,NULL); //return ENUM_LOG_DEST
       break;
     default:
       i = -1;
@@ -3091,7 +3085,7 @@ void generateWebConfigPage(bool printOnly) {
    } else {
      printToWebClient(PSTR("</output>"));
    }
-    printToWebClient(PSTR("</td></td>\r\n"));
+    printToWebClient(PSTR("</td></tr>\r\n"));
   }
   printToWebClient(PSTR("</tbody></table><p>"));
   if(!printOnly){
@@ -3249,9 +3243,9 @@ void LogTelegram(byte* msg) {
   float dval;
   float line = 0;
 #if !defined(ESP32)
-  if (SD.vol()->freeClusterCount() < MINIMUM_FREE_SPACE_ON_SD) return;
+  if (SD.vol()->freeClusterCount() < minimum_SD_size) return;
 #else
-  if (SD.totalBytes() - SD.usedBytes() < MINIMUM_FREE_SPACE_ON_SD) return;
+  if (totalBytes()-usedBytes() < minimum_SD_size) return;
 #endif
 
   if (bus->getBusType() != BUS_PPS) {
@@ -4856,9 +4850,9 @@ const char* datalogFileHeader = PSTR("Milliseconds;Date;Parameter;Description;Va
 const char *cleanupDatalog(unsigned nDays) {
   // keep most recent nDays only in datalog:
   // copy back of files to temporary files, remove old files, rename temporary files
-  unsigned long spaceRequired=MINIMUM_FREE_SPACE_ON_SD, spaceAvailable =
+  unsigned long spaceRequired=minimum_SD_size, spaceAvailable =
 #ifdef ESP32
-    SD.totalBytes() - SD.usedBytes();
+    totalBytes()-usedBytes();
 #else
     SD.vol()->freeClusterCount() * SD.vol()->bytesPerCluster();
 #endif
@@ -4963,6 +4957,22 @@ bool createdatalogFileAndWriteHeader() {
   return false;
 }
 
+uint64_t usedBytes() {
+  if (LogDestination == 0) {
+    return SD_MMC.usedBytes();
+  } else {
+    return LittleFS.usedBytes();
+  }
+}
+
+uint64_t totalBytes() {
+  if (LogDestination == 0) {
+    return SD_MMC.totalBytes();
+  } else {
+    return LittleFS.totalBytes();
+  }
+}
+
 #endif //#ifdef LOGGER
 
 #ifdef MAX_CUL
@@ -6052,7 +6062,7 @@ void loop() {
             freespace = (uint32_t)(freespace*SD.vol()->sectorsPerCluster()/2048);
             printFmtToWebClient(PSTR("%d"), freespace);
 #else
-            uint64_t freespace = SD.totalBytes() - SD.usedBytes();
+            uint64_t freespace = totalBytes()-usedBytes();
             printFmtToWebClient(PSTR("%llu"), freespace);
 #endif
 #else
@@ -7180,11 +7190,11 @@ next_parameter:
       File dataFile;
       if (LoggingMode & CF_LOGMODE_SD_CARD) {
 #if defined(ESP32)
-        uint64_t freespace = SD.totalBytes() - SD.usedBytes();
+        uint64_t freespace = totalBytes()-usedBytes();
 #else
         uint32_t freespace = SD.vol()->freeClusterCount();
 #endif
-        if (freespace > MINIMUM_FREE_SPACE_ON_SD) {
+        if (freespace > minimum_SD_size) {
           dataFile = SD.open(datalogFileName, FILE_APPEND);
           if (!dataFile) {
             // if the file isn't open, pop up an error:
@@ -7806,6 +7816,7 @@ void setup() {
   registerConfigVariable(CF_ESP32_ENERGY_SAVE, (byte *)&esp32_save_energy);
 #ifdef WEBCONFIG
   registerConfigVariable(CF_ROOM_DEVICE, (byte *)&pps_values[PPS_QTP]);
+  registerConfigVariable(CF_NETWORK_TYPE, (byte *)&network_type);
   registerConfigVariable(CF_MAC, (byte *)mac);
   registerConfigVariable(CF_DHCP, (byte *)&useDHCP);
   registerConfigVariable(CF_IPADDRESS, (byte *)ip_addr);
@@ -7834,6 +7845,7 @@ void setup() {
   registerConfigVariable(CF_MQTT_PASSWORD, (byte *)MQTTPassword);
   registerConfigVariable(CF_MQTT_TOPIC, (byte *)MQTTTopicPrefix);
   registerConfigVariable(CF_MQTT_DEVICE, (byte *)MQTTDeviceID);
+  registerConfigVariable(CF_LOG_DEST, (byte *)&LogDestination);
   registerConfigVariable(CF_LOGMODE, (byte *)&LoggingMode);
   if (default_flag & FL_SW_CTL_RONLY) {
     registerConfigVariable(CF_WRITEMODE, (byte *)&programWriteMode);
@@ -8087,7 +8099,16 @@ void setup() {
   }
 
 #if defined LOGGER || defined WEBSERVER
-  printToDebug(PSTR("Starting SD.."));
+  #ifdef ESP32
+  if (LogDestination == 0) {
+    SD = SD_MMC;
+    minimum_SD_size = 100000;
+  } else {
+    SD = LittleFS;
+    minimum_SD_size = 10000;
+  }
+  #endif
+  printToDebug(PSTR("Starting SD...\r\n"));
   #ifndef ESP32
   // disable w5100 while setting up SD
   pinMode(10,OUTPUT);
@@ -8098,16 +8119,16 @@ void setup() {
     printToDebug(PSTR("ok\r\n"));
   }
   #else
-    #if defined(ESP32_USE_SD)
-    if(!SD_MMC.begin("", true)){
-      printToDebug(PSTR("failed\r\n"));
+    if (LogDestination == 0) {
+      if(!SD_MMC.begin("", true)){
+        printToDebug(PSTR("failed\r\n"));
+      } else {
+        printToDebug(PSTR("ok\r\n"));
+      }
+//      pinMode(TX1, OUTPUT);  // temporary workaround until most recent version of SD_MMC.cpp with slot.width = 1 is part of Arduino installation (should be release 1.0.5)
     } else {
-      printToDebug(PSTR("ok\r\n"));
+      LittleFS.begin(true); // format on fail active
     }
-//    pinMode(TX1, OUTPUT);  // temporary workaround until most recent version of SD_MMC.cpp with slot.width = 1 is part of Arduino installation (should be release 1.0.5)
-    #else
-    SD.begin(true); // format on fail active
-    #endif
   #endif
 #else                     // no SD card
   #ifndef ESP32
@@ -8283,7 +8304,7 @@ void setup() {
   freespace = (uint32_t)(freespace*SD.vol()->sectorsPerCluster()/2048);
   printFmtToDebug(PSTR("%d MB free\r\n"), freespace);
   #else
-  uint64_t freespace = SD.totalBytes() - SD.usedBytes();
+  uint64_t freespace = totalBytes()-usedBytes();
   printFmtToDebug(PSTR("%llu Bytes free\r\n"), freespace);
   #endif
   diff -= (millis() - m); //3 sec - delay

BSB_LAN/BSB_LAN_EEPROMconfig.h

@@ -81,6 +81,9 @@ typedef enum{
   CF_LOGMODE, // Size: 1 byte. Bitwise value. Logging: 0 - disabled, 1 - SD card logging, 2 - send to MQTT, 4 - send to UDP
 // Version 11 (ESP32 energy save mode)
   CF_ESP32_ENERGY_SAVE,
+// Version 12 (MQTT server (changed above), network type, log destination)
+  CF_LOG_DEST,
+  CF_NETWORK_TYPE,
 //Maximim version can be 254 (0xFE). In other case initConfigTable() will locked in infinite loop
 //Maximum options count can be 253 for same reason (or must changing uint8_t type to uint16_t)
   CF_LAST_OPTION //Virtual option. Must be last in enum. Only for internal usage.
@@ -187,6 +190,8 @@ PROGMEM_LATE const configuration_struct config[]={
   {CF_DEVICE_FAMILY,    8, CCAT_BUS,      CPI_TEXT,      CDT_UINT16,         OPT_FL_ADVANCED, STR_GF, sizeof(fixed_device_family)},//need reboot
   {CF_DEVICE_VARIANT,   8, CCAT_BUS,      CPI_TEXT,      CDT_UINT16,         OPT_FL_ADVANCED, STR_GV, sizeof(fixed_device_variant)},//need reboot
 #ifdef WEBCONFIG
+// Activate this line once we can switch programmatically between LAN card and WiFi. Only relevant for ESP32
+//  {CF_NETWORK_TYPE,     12,CCAT_IPV4,     CPI_DROPDOWN,  CDT_BYTE,           OPT_FL_BASIC|OPT_FL_ADVANCED, CF_NETWORK_TYPE_TXT, sizeof(network_type)},//need reboot
   {CF_PASSKEY,          2, CCAT_IPV4,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_PASSKEY_TXT, sizeof(PASSKEY)},//immediately apply
   {CF_BASICAUTH,        2, CCAT_IPV4,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_BASICAUTH_TXT, sizeof(USER_PASS)},//immediately apply
   {CF_DHCP,             2, CCAT_IPV4,     CPI_SWITCH,    CDT_BYTE,           OPT_FL_BASIC|OPT_FL_ADVANCED, CF_DHCP_TXT, sizeof(useDHCP)}, //need reboot
@@ -201,6 +206,9 @@ PROGMEM_LATE const configuration_struct config[]={
   {CF_WIFI_SSID,        4, CCAT_IPV4,     CPI_TEXT,      CDT_STRING,         OPT_FL_BASIC|OPT_FL_ADVANCED, CF_WIFI_SSID_TXT, sizeof(wifi_ssid)}, //need reboot
   {CF_WIFI_PASSWORD,    4, CCAT_IPV4,     CPI_TEXT,      CDT_STRING,         OPT_FL_BASIC|OPT_FL_ADVANCED, CF_WIFI_PASSWORD_TXT, sizeof(wifi_pass)},//need reboot
   {CF_MDNS_HOSTNAME,    6, CCAT_IPV4,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_MDNS_HOSTNAME_TXT, sizeof(mDNS_hostname)},//need reboot
+#endif
+#ifdef ESP32
+  {CF_LOG_DEST,         12,CCAT_LOGGING,  CPI_DROPDOWN,  CDT_BYTE,           OPT_FL_BASIC|OPT_FL_ADVANCED, CF_LOG_DEST_TXT, sizeof(LogDestination)}, //need reboot
 #endif
   {CF_LOGMODE,          10,CCAT_LOGGING,  CPI_CHECKBOXES,CDT_BYTE,           OPT_FL_BASIC|OPT_FL_ADVANCED, CF_LOGMODE_TXT, sizeof(LoggingMode)}, //immediately apply
   {CF_LOGCURRINTERVAL,  1, CCAT_LOGGING,  CPI_TEXT,      CDT_UINT32,         OPT_FL_BASIC|OPT_FL_ADVANCED, CF_LOGCURRINTERVAL_TXT, sizeof(log_interval)},//immediately apply
@@ -209,7 +217,7 @@ PROGMEM_LATE const configuration_struct config[]={
   {CF_AVERAGESLIST,     1, CCAT_24HAVG,   CPI_TEXT,      CDT_PROGNRLIST,     OPT_FL_BASIC|OPT_FL_ADVANCED, CF_PROGLIST_TXT, sizeof(avg_parameters)},//immediately apply
 #ifdef WEBCONFIG
   {CF_MQTT,             2, CCAT_MQTT,     CPI_DROPDOWN,  CDT_BYTE,           OPT_FL_ADVANCED, CF_USE_TXT, sizeof(mqtt_mode)},//need handler
-  {CF_MQTT_SERVER,      11,CCAT_MQTT,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_MQTT_SERVER_TXT, sizeof(mqtt_broker_addr)},//need handler
+  {CF_MQTT_SERVER,      12,CCAT_MQTT,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_MQTT_SERVER_TXT, sizeof(mqtt_broker_addr)},//need handler
   {CF_MQTT_USERNAME,    2, CCAT_MQTT,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_MQTT_USERNAME_TXT, sizeof(MQTTUsername)},//immediately apply
   {CF_MQTT_PASSWORD,    2, CCAT_MQTT,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_MQTT_PASSWORD_TXT, sizeof(MQTTPassword)},//immediately apply
   {CF_MQTT_DEVICE,      2, CCAT_MQTT,     CPI_TEXT,      CDT_STRING,         OPT_FL_ADVANCED, CF_MQTT_DEVICE_TXT, sizeof(MQTTDeviceID)}, //immediately apply

BSB_LAN/BSB_LAN_config.h.default

@@ -21,7 +21,7 @@
 /*
 Allow to initialize program configuration by reading settings from EEPROM
 byte UseEEPROM = 0; // Configuration is read from this config file.
-                    // Configuration can be stored in EEPROM but will not used while UseEEPROM is zero.
+                    // Configuration can be stored in EEPROM but will not be used while UseEEPROM is zero.
                     // Set zero for fallback startup in case EEPROM configuration is broken.
 byte UseEEPROM = 1; // Configuration will be read from EEPROM. This is the default.
 */
@@ -146,8 +146,9 @@ Does: log bus telegrams to file
 
 #define UDP_LOG_PORT 6502 // fixed here, not configurable via web interface
 
-// Use SD card adapter on ESP32-based boards instead of internal flash-based storage
-//#define ESP32_USE_SD
+// Setting to determine on ESP32 whether to use SD card adapter (if present) or ESP32's internal flash.
+// SD card should always be preferred to protect the ESP32's flash from wearing down.
+uint8_t LogDestination = 0;  // 0 = SD card, 1 = ESP32's flash memory
 
 // Log "raw" bus telegrams. Data saved in journal.txt on SD-card.
 // Telegrams logged upon boot:
@@ -336,6 +337,8 @@ byte destinationServer[128] = "";   // URL string to periodically send values to
 uint16_t destinationPort = 80;      // port number for abovementioned server
 uint32_t destinationDelay = 84600;  // interval in seconds to send values
 
+uint8_t network_type = 0;
+
 #define CONFIG_VERSION 34
 
 /************************************************************************************/

BSB_LAN/BSB_LAN_defs.h

@@ -228,6 +228,7 @@ const char CF_MAC_TXT[] PROGMEM = MENU_TEXT_MAC;
 const char CF_DHCP_TXT[] PROGMEM = CF_DHCP_TEXT;
 const char CF_IPADDRESS_TXT[] PROGMEM = CF_IPADDRESS_TEXT;
 const char CF_TRUSTEDIPADDRESS_TXT[] PROGMEM = CF_TRUSTEDIPADDRESS_TEXT;
+const char CF_NETWORK_TYPE_TXT[] PROGMEM = CF_NETWORK_TYPE_TEXT;
 const char CF_WIFI_SSID_TXT[] PROGMEM = CF_WIFI_SSID_TEXT;
 const char CF_WIFI_PASSWORD_TXT[] PROGMEM = CF_WIFI_PASSWORD_TEXT;
 const char CF_MASK_TXT[] PROGMEM = CF_MASK_TEXT;
@@ -250,6 +251,7 @@ const char CF_MQTT_USERNAME_TXT[] PROGMEM = CF_MQTT_USERNAME_TEXT;
 const char CF_MQTT_PASSWORD_TXT[] PROGMEM = CF_MQTT_PASSWORD_TEXT;
 const char CF_MQTT_TOPIC_TXT[] PROGMEM = CF_MQTT_TOPIC_TEXT;
 const char CF_MQTT_DEVICE_TXT[] PROGMEM = CF_MQTT_DEVICE_TEXT;
+const char CF_LOG_DEST_TXT[] PROGMEM = CF_LOG_DEST_TEXT;
 const char CF_LOGMODE_TXT[] PROGMEM = CF_LOGMODE_TEXT;
 const char CF_CHECKUPDATE_TXT[] PROGMEM = CF_CHECKUPDATE_TEXT;
 const char CF_MDNS_HOSTNAME_TXT[] PROGMEM = CF_MDNS_HOSTNAME_TEXT;
@@ -1106,7 +1108,16 @@ const char ENUM_LOGGER_MODE[] PROGMEM_LATEST = {
 //#ifdef UDP
 "\0\x08\x08 " ENUM_LOGMODE_08_TEXT
 //#endif
+};
+
+const char ENUM_NETWORK_TYPE[] PROGMEM_LATEST = {
+"\x00 " ENUM_NETWORK_TYPE_00_TEXT "\0"
+"\x01 " ENUM_NETWORK_TYPE_01_TEXT
+};
 
+const char ENUM_LOG_DEST[] PROGMEM_LATEST = {
+"\x00 " ENUM_LOG_DEST_00_TEXT "\0"
+"\x01 " ENUM_LOG_DEST_01_TEXT
 };
 
 // Keep this for legacy parameter lists
@@ -1334,6 +1345,8 @@ const char ENUM15046[] PROGMEM_LATEST = {
 //{CMD_END,     VT_UNKNOWN,       65535, "",       0,                    NULL,         DEFAULT_FLAG, DEV_ALL}
 
   //Prognr 65526 - 65534 is a dirty trick for reducing enumerations addresses to the same type
+{0xDEADBEEF,  VT_ENUM,          65524, STR65535, sizeof(ENUM_LOG_DEST),     ENUM_LOG_DEST,      DEFAULT_FLAG, DEV_ALL}, //
+{0xDEADBEEF,  VT_ENUM,          65525, STR65535, sizeof(ENUM_NETWORK_TYPE), ENUM_NETWORK_TYPE,  DEFAULT_FLAG, DEV_ALL}, //
 {0xDEADBEEF,  VT_ENUM,          65526, STR65535, sizeof(ENUM_LOGGER_MODE),  ENUM_LOGGER_MODE,   DEFAULT_FLAG, DEV_ALL}, //
 {0xDEADBEEF,  VT_ENUM,          65527, STR65535, sizeof(ENUM_PPS_MODE),     ENUM_PPS_MODE,      DEFAULT_FLAG, DEV_ALL}, //
 {0xDEADBEEF,  VT_ENUM,          65528, STR65535, sizeof(ENUM_WRITEMODE),    ENUM_WRITEMODE,     DEFAULT_FLAG, DEV_ALL}, //

BSB_LAN/localization/LANG_DE.h

@@ -222,6 +222,7 @@
 #define CF_CALCULATION_TEXT "Berechnung"
 #define CF_PROGLIST_TEXT "Parameter"
 #define CF_DEVICES_TEXT "Geräte"
+#define CF_NETWORK_TYPE_TEXT "Netzwerkgerät"
 #define CF_DHCP_TEXT "DHCP verwenden"
 #define CF_IPADDRESS_TEXT "Statische IP-Adresse"
 #define CF_TRUSTEDIPADDRESS_TEXT "Vertrauenswürdige IP-Adresse"
@@ -243,6 +244,7 @@
 #define CF_MQTT_PASSWORD_TEXT "Passwort"
 #define CF_MQTT_TOPIC_TEXT "Topic Präfix"
 #define CF_MQTT_DEVICE_TEXT "Geräte ID"
+#define CF_LOG_DEST_TEXT "Speicherziel"
 #define CF_LOGMODE_TEXT "Log-Modus"
 #define CF_CHECKUPDATE_TEXT "Auf Updates überprüfen"
 #define CF_RGT1_SENSOR_TEXT "RGT1/PPS Temperatursensor Parameter"
@@ -2258,6 +2260,12 @@
 #define ENUM_LOGMODE_04_TEXT "An MQTT-Broker senden"
 #define ENUM_LOGMODE_08_TEXT "Als UDP-Nachrichten senden"
 
+#define ENUM_LOG_DEST_00_TEXT "SD-Karte"
+#define ENUM_LOG_DEST_01_TEXT "Interner Flash-Speicher"
+
+#define ENUM_NETWORK_TYPE_00_TEXT "LAN"
+#define ENUM_NETWORK_TYPE_01_TEXT "WiFi"
+
 #define ENUM20_01_TEXT "English"
 #define ENUM20_02_TEXT "Deutsch"
 #define ENUM20_03_TEXT "Francais"

BSB_LAN/localization/LANG_EN.h

@@ -210,6 +210,10 @@
 #define CF_RGT3_PRES_PIN_TEXT "RU3 presence button: pin"
 #define CF_SHOW_UNKNOWN_TEXT "Display unknown parameters"
 #define CF_ENERGY_SAVE_TEXT "ESP32 energy saving"
+#define CF_LOG_DEST_TEXT "Storage device"
+
+#define ENUM_LOG_DEST_00_TEXT "SD card"
+#define ENUM_LOG_DEST_01_TEXT "Internal flash storage"
 
 #define CAT_GENERAL_TEXT "General"
 #define CAT_IPV4_TEXT "Network"