ESP_Gaszaehler_V1_91_Core263_ICACHE_RAM

Core 2.6.3
add ICACHE_RAM_ATTR to ISR

ESP-Gaszaehler-GZ16.ino

@@ -22,7 +22,7 @@ const float ADC_DIV = 190.0;        // Divisor für Batteriespannung bei HW-Vers
 #endif
 
 #define VERSION                     1
-#define BUILD                       90
+#define BUILD                       91
 #define DEBUG_OUTPUT_SERIAL                false
 //#define DEBUG_OUTPUT_SERIAL                true
 
@@ -170,6 +170,52 @@ boolean saveLogDayBool = false;
 boolean SerialOutput;   // serielle Ausgabe ein/aus
 long DiagrammTimestamp;
 
+void ICACHE_RAM_ATTR Interrupt_Button() {
+  int reading = digitalRead(Input_Button);      // Get the pin reading.
+  if (reading == Button_Input_State) return;    // Ignore dupe readings.
+  boolean debounce = false;
+  // Check to see if the change is within a debounce delay threshold.
+  if ((millis() - Button_last_debounce_time) <= Button_debounce_delay) {
+    debounce = true;
+  }
+  // This update to the last debounce check is necessary regardless of debounce state.
+  Button_last_debounce_time = millis();
+  if (debounce) return;                   // Ignore reads within a debounce delay threshold.
+  Button_Input_State = reading;           // All is good, persist the reading as the state.
+  if (Button_Input_State == 0) {          // Botton pressed
+    Button_Press_Time = 0;
+    Button_Press_Count++;                 // increase button press count
+    digitalWrite(LED_red, LOW) ;          // LED ein
+    if (SerialOutput == 1) {        // serielle Ausgabe eingeschaltet
+      Serial.print(F("Button pressed #"));
+      Serial.println(Button_Press_Count);
+    }
+  }
+}
+
+void ICACHE_RAM_ATTR Interrupt_S0() {
+  int reading = digitalRead(Input_S0_Count);  // Get the pin reading.
+  if (reading == S0_Input_State) return;      // Ignore dupe readings.
+  boolean debounce = false;
+  // Check to see if the change is within a debounce delay threshold.
+  if ((millis() - S0_last_debounce_time) <= S0_debounce_delay) {
+    debounce = true;
+  }
+  // This update to the last debounce check is necessary regardless of debounce state.
+  S0_last_debounce_time = millis();
+  if (debounce) return;             // Ignore reads within a debounce delay threshold.
+  S0_Input_State = reading;         // All is good, persist the reading as the state.
+  if (S0_Input_State == 0) {        // S0-Pulse finished
+    s0_count_abs++;                 // increase S0-Counter
+    s0_count_mqtt++;                // increase S0-Counter MQTT
+    s0_count_hour++;                // increase S0-Counter hour
+    s0_count_day++;                 // increase S0-Counter day
+    s0_count_month++;               // increase S0-Counter month
+    s0_count_year++;                // increase S0-Counter year
+    S0_count_changed = true;        // S0-Counts changed
+  }
+}
+
 void setup (void) {
   // set pins to output
   pinMode(LED_yellow, OUTPUT);

Misc.ino

@@ -1,49 +1,3 @@
-void Interrupt_Button() {
-  int reading = digitalRead(Input_Button);      // Get the pin reading.
-  if (reading == Button_Input_State) return;    // Ignore dupe readings.
-  boolean debounce = false;
-  // Check to see if the change is within a debounce delay threshold.
-  if ((millis() - Button_last_debounce_time) <= Button_debounce_delay) {
-    debounce = true;
-  }
-  // This update to the last debounce check is necessary regardless of debounce state.
-  Button_last_debounce_time = millis();
-  if (debounce) return;                   // Ignore reads within a debounce delay threshold.
-  Button_Input_State = reading;           // All is good, persist the reading as the state.
-  if (Button_Input_State == 0) {          // Botton pressed
-    Button_Press_Time = 0;
-    Button_Press_Count++;                 // increase button press count
-    digitalWrite(LED_red, LOW) ;          // LED ein
-    if (SerialOutput == 1) {        // serielle Ausgabe eingeschaltet
-      Serial.print(F("Button pressed #"));
-      Serial.println(Button_Press_Count);
-    }
-  }
-}
-
-void Interrupt_S0() {
-  int reading = digitalRead(Input_S0_Count);  // Get the pin reading.
-  if (reading == S0_Input_State) return;      // Ignore dupe readings.
-  boolean debounce = false;
-  // Check to see if the change is within a debounce delay threshold.
-  if ((millis() - S0_last_debounce_time) <= S0_debounce_delay) {
-    debounce = true;
-  }
-  // This update to the last debounce check is necessary regardless of debounce state.
-  S0_last_debounce_time = millis();
-  if (debounce) return;             // Ignore reads within a debounce delay threshold.
-  S0_Input_State = reading;         // All is good, persist the reading as the state.
-  if (S0_Input_State == 0) {        // S0-Pulse finished
-    s0_count_abs++;                 // increase S0-Counter
-    s0_count_mqtt++;                // increase S0-Counter MQTT
-    s0_count_hour++;                // increase S0-Counter hour
-    s0_count_day++;                 // increase S0-Counter day
-    s0_count_month++;               // increase S0-Counter month
-    s0_count_year++;                // increase S0-Counter year
-    S0_count_changed = true;        // S0-Counts changed
-  }
-}
-
 String WebsiteStatistikJahreszeiten(String str, byte monat, long s0_count_ges_int, int tage, String ye) {
   if (SerialOutput == 1) {    // serielle Ausgabe eingeschaltet
     Serial.print(F("S0-Count Jahreszeit "));

ZLog.ino

@@ -19,9 +19,19 @@
   D:\Eigene Dateien\Eigene Dokumente\Arduino\tools\ESP8266FS\tool\esp8266fs.jar
   ---------------------------------------------------------------------------------------------------------------------
 
+  2020-02-14
+  Interrupt-Routinen verschoben von Misc.ino in ESP_Gaszaehler_V1_91_Core263_ICACHE_RAM.ino
+  und Attribut ICACHE_RAM_ATTR bei beiden ISR hinzugefügt.
+
+  Der Sketch verwendet 478224 Bytes (45%) des Programmspeicherplatzes. Das Maximum sind 1044464 Bytes.
+  Globale Variablen verwenden 36976 Bytes (45%) des dynamischen Speichers, 44944 Bytes für lokale Variablen verbleiben. Das Maximum sind 81920 Bytes.
+
+  Arduino 1.8.10, esp8266-2.6.3 - ESP_Gaszaehler_V1_91_Core263_ICACHE_RAM
+  -----------------------------------------------------------------------
+
   2019-11-23
   Versuch Firmwareupdate mit esp8266-2.6.1 - dauernde Neustarts, zurück auf esp8266-2.5.0
-  
+
   Der Sketch verwendet 468988 Bytes (44%) des Programmspeicherplatzes. Das Maximum sind 1044464 Bytes.
   Globale Variablen verwenden 37740 Bytes (46%) des dynamischen Speichers, 44180 Bytes für lokale Variablen verbleiben. Das Maximum sind 81920 Bytes.