Converted all description strings to PROGMEM

.cproject

@@ -51,6 +51,7 @@
 								</option>
 								<option id="de.innot.avreclipse.cppcompiler.option.def.1867196469" name="Define Syms (-D)" superClass="de.innot.avreclipse.cppcompiler.option.def" useByScannerDiscovery="false"/>
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+								<option id="de.innot.avreclipse.cppcompiler.option.verbose.485998240" name="Verbose (-v)" superClass="de.innot.avreclipse.cppcompiler.option.verbose" useByScannerDiscovery="false" value="false" valueType="boolean"/>
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 							<tool id="de.innot.avreclipse.tool.linker.winavr.app.release.1098932434" name="AVR C Linker" superClass="de.innot.avreclipse.tool.linker.winavr.app.release"/>

src/SBMInfo/SBMInfo.ino

@@ -73,14 +73,19 @@ const int LED_PIN = 13;
 /*
  * Command definitions
  */
-const char Serial_Number[] = "Serial Number: ";
-const char Manufacture_Date[] = "Manufacture Date (YYYY-MM-DD):";
+const char Serial_Number[] PROGMEM = "Serial Number: ";
+const char Manufacture_Date[] PROGMEM = "Manufacture Date (YYYY-MM-DD):";
 const char Design_Capacity[] PROGMEM = "Design Capacity: ";
 const char Design_Voltage[] PROGMEM = "Design Voltage: ";
-const char Charging_Current[] PROGMEM  = "Charging Current: ";
+const char Charging_Current[] PROGMEM = "Charging Current: ";
 const char Charging_Voltage[] PROGMEM = "Charging Voltage: ";
 const char Remaining_Capacity_Alarm[] PROGMEM = "Remaining Capacity Alarm: ";
-
+const char Specification_Info[] PROGMEM = "Specification Info: ";
+const char Cycle_Count[] PROGMEM = "Cycle Count: ";
+const char Max_Error_of_charge_calculation[] PROGMEM = "Max Error of charge calculation (%): ";
+const char RemainingTimeAlarm[] PROGMEM = "RemainingTimeAlarm: ";
+const char Battery_Mode[] PROGMEM = "Battery Mode (BIN): 0b";
+const char Pack_Status[] PROGMEM = "Pack Status (BIN): ";
 #define INDEX_OF_DESIGN_VOLTAGE 3 // to retrieve last value for mWh to mA conversion
 struct SBMFunctionDescriptionStruct sSBMStaticFunctionDescriptionArray[] = { {
 SERIAL_NUM, Serial_Number }, {
@@ -89,34 +94,39 @@ DESIGN_CAPACITY, Design_Capacity, &printCapacity }, {
 DESIGN_VOLTAGE, Design_Voltage, &printVoltage }, {
 CHARGING_CURRENT, Charging_Current, &printCurrent }, {
 CHARGING_VOLTAGE, Charging_Voltage, &printVoltage }, {
-SPEC_INFO, "Specification Info: " }, {
-CYCLE_COUNT, "Cycle Count: " }, {
-MAX_ERROR, "Max Error of charge calculation (%): " }, {
-REMAINING_TIME_ALARM, "RemainingTimeAlarm: ", &printTime }, {
+SPEC_INFO, Specification_Info }, {
+CYCLE_COUNT, Cycle_Count }, {
+MAX_ERROR, Max_Error_of_charge_calculation }, {
+REMAINING_TIME_ALARM, RemainingTimeAlarm, &printTime }, {
 REMAINING_CAPACITY_ALARM, Remaining_Capacity_Alarm, &printCapacity }, {
-BATTERY_MODE, "Battery Mode (BIN): 0b", &printBatteryMode }, {
-PACK_STATUS, "Pack Status (BIN): ", &printBinary } };
+BATTERY_MODE, Battery_Mode, &printBatteryMode }, {
+PACK_STATUS, Pack_Status, &printBinary } };
 
 const char Full_Charge_Capacity[] PROGMEM = "Full Charge Capacity: ";
 const char Remaining_Capacity[] PROGMEM = "Remaining Capacity: ";
-
+const char Relative_Charge[] PROGMEM = "Relative Charge: ";
+const char Absolute_Charge[] PROGMEM = "Absolute Charge(%): ";
+const char Minutes_remaining_until_empty[] PROGMEM = "Minutes remaining until empty: ";
+const char Average_minutes_remaining_until_empty[] PROGMEM = "Average minutes remaining until empty: ";
+const char Minutes_remaining_for_full_charge[] PROGMEM = "Minutes remaining for full charge: ";
+const char Battery_Status[] PROGMEM = "Battery Status (BIN): 0b";
 const char Voltage[] PROGMEM = "Voltage: ";
 const char Current[] PROGMEM = "Current: ";
 const char Average_Current_of_last_minute[] PROGMEM = "Average Current of last minute: ";
-
+const char Temperature[] PROGMEM = "Temperature: ";
 struct SBMFunctionDescriptionStruct sSBMDynamicFunctionDescriptionArray[] = { {
 FULL_CHARGE_CAPACITY, Full_Charge_Capacity, &printCapacity }, {
 REMAINING_CAPACITY, Remaining_Capacity, &printCapacity, "Capacity " }, {
-RELATIVE_SOC, "Relative Charge: ", &printPercentage, " rel Charge " }, {
-ABSOLUTE_SOC, "Absolute Charge(%): ", NULL, "% Abs Charge " }, {
-RUN_TIME_TO_EMPTY, "Minutes remaining until empty: ", &printTime }, {
-AVERAGE_TIME_TO_EMPTY, "Average minutes remaining until empty: ", &printTime, " min to Empty " }, {
-TIME_TO_FULL, "Minutes remaining for full charge: ", &printTime, " min to Full " }, {
-BATTERY_STATUS, "Battery Status (BIN): 0b", &printBatteryStatus }, {
+RELATIVE_SOC, Relative_Charge, &printPercentage, " rel Charge " }, {
+ABSOLUTE_SOC, Absolute_Charge, NULL, "% Abs Charge " }, {
+RUN_TIME_TO_EMPTY, Minutes_remaining_until_empty, &printTime }, {
+AVERAGE_TIME_TO_EMPTY, Average_minutes_remaining_until_empty, &printTime, " min to Empty " }, {
+TIME_TO_FULL, Minutes_remaining_for_full_charge, &printTime, " min to Full " }, {
+BATTERY_STATUS, Battery_Status, &printBatteryStatus }, {
 VOLTAGE, Voltage, &printVoltage, "Voltage: " }, {
 CURRENT, Current, &printCurrent, "Current: " }, {
 AverageCurrent, Average_Current_of_last_minute, &printCurrent }, {
-TEMPERATURE, "Temperature: ", &printTemperature } };
+TEMPERATURE, Temperature, &printTemperature } };
 
 /*
  * These aren't part of the standard, but work with some packs.
@@ -125,6 +135,8 @@ const char Cell_1_Voltage[] PROGMEM = "Cell 1 Voltage: ";
 const char Cell_2_Voltage[] PROGMEM = "Cell 2 Voltage: ";
 const char Cell_3_Voltage[] PROGMEM = "Cell 3 Voltage: ";
 const char Cell_4_Voltage[] PROGMEM = "Cell 4 Voltage: ";
+const char State_of_Health[] PROGMEM = "State of Health: ";
+
 
 int nonStandardInfoSupportedByPack = 0; // 0 not initialized, 1 supported, > 1 not supported
 struct SBMFunctionDescriptionStruct sSBMNonStandardFunctionDescriptionArray[] = { {
@@ -132,7 +144,7 @@ CELL1_VOLTAGE, Cell_1_Voltage, &printVoltage }, {
 CELL2_VOLTAGE, Cell_2_Voltage, &printVoltage }, {
 CELL3_VOLTAGE, Cell_3_Voltage, &printVoltage }, {
 CELL4_VOLTAGE, Cell_4_Voltage, &printVoltage }, {
-STATE_OF_HEALTH, "State of Health: " } };
+STATE_OF_HEALTH, State_of_Health } };
 
 bool sCapacityModePower = false; // false = current, true = power
 uint16_t sDesignVoltage; // to retrieve last value for mWh to mA conversion
@@ -140,15 +152,21 @@ uint16_t sDesignVoltage; // to retrieve last value for mWh to mA conversion
 /*
  * Value depends on capacity mode
  */
+const char TimeToFull_at_rate[] PROGMEM = "TimeToFull at rate: ";
+const char TimeToEmpty_at_rate[] PROGMEM = "TimeToEmpty at rate: ";
+const char Can_be_delivered_for_10_seconds_at_rate[] PROGMEM = "Can be delivered for 10 seconds at rate: ";
+
 struct SBMFunctionDescriptionStruct sSBMATRateFunctionDescriptionArray[] = { {
-AtRateTimeToFull, "TimeToFull at rate: ", &printTime }, {
-AtRateTimeToEmpty, "TimeToEmpty at rate: ", &printTime }, {
-AtRateOK, "Can be delivered for 10 seconds at rate: " }, };
+AtRateTimeToFull, TimeToFull_at_rate, &printTime }, {
+AtRateTimeToEmpty, TimeToEmpty_at_rate, &printTime }, {
+AtRateOK, Can_be_delivered_for_10_seconds_at_rate } };
 
+const char Charging_Status[] PROGMEM = "Charging Status: ";
+const char Operation_Status[] PROGMEM = "Operation Status: ";
 const char Pack_Voltage[] PROGMEM = "Pack Voltage: ";
 struct SBMFunctionDescriptionStruct sSBMbq20z70FunctionDescriptionArray[] = { {
-BQ20Z70_ChargingStatus, "Charging Status: ", &printBinary }, {
-BQ20Z70_OperationStatus, "Operation Status: ", &printBinary }, {
+BQ20Z70_ChargingStatus, Charging_Status, &printBinary }, {
+BQ20Z70_OperationStatus, Operation_Status, &printBinary }, {
 BQ20Z70_PackVoltage, Pack_Voltage, &printVoltage } };
 
 /*
@@ -343,7 +361,7 @@ void printDescriptionPGM(const char * aDescription) {
 void printValue(struct SBMFunctionDescriptionStruct* aSBMFunctionDescription, uint16_t tActualValue) {
     {
         if (aSBMFunctionDescription->ValueFormatter == NULL) {
-            Serial.print(aSBMFunctionDescription->Description);
+            Serial.print((const __FlashStringHelper *) aSBMFunctionDescription->Description);
             Serial.println(tActualValue);
             aSBMFunctionDescription->lastValue = tActualValue;
         } else {
@@ -381,13 +399,13 @@ void readWordAndPrint(struct SBMFunctionDescriptionStruct *aSBMFunctionDescripti
 }
 
 void printBinary(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aValue) {
-    Serial.print(aDescription->Description);
+    Serial.print((const __FlashStringHelper *) aDescription->Description);
     Serial.print("0b");
     Serial.println(aValue, BIN);
 }
 
 void printSigned(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aValue) {
-    Serial.print(aDescription->Description);
+    Serial.print((const __FlashStringHelper *) aDescription->Description);
     Serial.println((int) aValue);
 }
 
@@ -425,7 +443,7 @@ void printCapacity(struct SBMFunctionDescriptionStruct * aDescription, uint16_t
 }
 
 void printPercentage(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aPercentage) {
-    Serial.print(aDescription->Description);
+    Serial.print((const __FlashStringHelper *) aDescription->Description);
     Serial.print(aPercentage);
     Serial.println(" %");
     if (aDescription->DescriptionLCD != NULL) {
@@ -437,7 +455,7 @@ void printPercentage(struct SBMFunctionDescriptionStruct * aDescription, uint16_
 }
 
 void printTime(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aMinutes) {
-    Serial.print(aDescription->Description);
+    Serial.print((const __FlashStringHelper *) aDescription->Description);
     if (aMinutes == 65535) {
         Serial.println(F("Battery not beeing (dis)charged"));
     } else {
@@ -491,7 +509,7 @@ void printCurrent(struct SBMFunctionDescriptionStruct * aDescription, uint16_t a
  */
 void printTemperature(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aTemperature) {
     if (aTemperature < aDescription->lastValue - 100 || aDescription->lastValue + 100 < aTemperature) {
-        Serial.print(aDescription->Description);
+        Serial.print((const __FlashStringHelper *) aDescription->Description);
         Serial.print((float) (aTemperature / 10.0) - 273.15);
         Serial.println(" C");
     }
@@ -501,7 +519,7 @@ void printTemperature(struct SBMFunctionDescriptionStruct * aDescription, uint16
  * Format as ISO date
  */
 void printManufacturerDate(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aDate) {
-    Serial.print(aDescription->Description);
+    Serial.print((const __FlashStringHelper *) aDescription->Description);
 
     int tDay = aDate & 0x1F;
     int tMonth = (aDate >> 5) & 0x0F;
@@ -516,7 +534,7 @@ void printManufacturerDate(struct SBMFunctionDescriptionStruct * aDescription, u
 }
 
 void printBatteryMode(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aMode) {
-    Serial.print(aDescription->Description);
+    Serial.print((const __FlashStringHelper *) aDescription->Description);
 
     Serial.println(aMode, BIN);
     if (aMode & INTERNAL_CHARGE_CONTROLLER) {
@@ -547,7 +565,7 @@ void printBatteryMode(struct SBMFunctionDescriptionStruct * aDescription, uint16
     }
 }
 void printBatteryStatus(struct SBMFunctionDescriptionStruct * aDescription, uint16_t aStatus) {
-    Serial.print(aDescription->Description);
+    Serial.print((const __FlashStringHelper *) aDescription->Description);
     Serial.println(aStatus, BIN);
     /*
      * Error Bits