Now allows you to input serial number (from bar code scanner presumably)

programming/burnthis.bat

@@ -1,11 +1,25 @@
 REM Program a TSL unit and then add a record to the airtable units database
 REM Args: Label serial number of the unit to be programmed
 
+SETLOCAL
+echo 1 %1 1
+
+set serialno=
+
+IF "%~1" == "" (
+	REM No serial number passed
+	SET /p serialno= Serial Number or blank to quit:
+) else (
+	set serialno=%1
+)
+
+REM TEst if serialno was set. Note this must be after the IF or it does not work
+if "%serialno%"=="" goto end 
+
 
 REM Update delayseconds to reflect the number of seconds to add to thet start time to account for
 REM the delay in getting everything programmed into the EEPROM
 
-SETLOCAL
 set delayseconds=4
 set firmwarefile=tsl.hex
 
@@ -17,10 +31,25 @@ set tempfirmwarehashfile=%tmp%\burnitfirmwarehash.txt
 REM First lets capture the device ID from the ATMEGA chip
 REM https://electronics.stackexchange.com/questions/414087/how-can-you-read-out-the-serial-number-of-an-xmega-chip-in-a-batch-file-during-p
 "C:\Program Files (x86)\Atmel\Studio\7.0\atbackend\atprogram.exe" --tool avrispmk2 --interface pdi --device atxmega128b3 read --prodsignature --offset 0x08 --size 11 --format hex --file %tempdeviceidfile%
+if errorlevel 1 (
+	echo ERROR GETTING DEVICE ID
+	goto end
+)
 set /p deviceid=<%tempdeviceidfile%
 
+REM Next lets write fuses on the XMEGA. We turn program RSTDSBL
+"C:\Program Files (x86)\Atmel\Studio\7.0\atbackend\atprogram.exe" --tool avrispmk2 --interface pdi --device atxmega128b3 write --fuses --values FFFFFFFFEEF7
+if errorlevel 1 (
+	echo ERROR PROGRAMMING FUSES
+	goto end
+)
+
 REM Next lets program the firmware and fuses into the flash on the XMEGA
-"C:\Program Files (x86)\Atmel\Studio\7.0\atbackend\atprogram.exe" --tool avrispmk2 --interface pdi --device atxmega128b3 program --flash --chiperase --format hex --verify --file %firmwarefile% --fuses --values FFFFFFFFEEF7
+"C:\Program Files (x86)\Atmel\Studio\7.0\atbackend\atprogram.exe" --tool avrispmk2 --interface pdi --device atxmega128b3 program --flash --chiperase --format hex --verify --file %firmwarefile% 
+if errorlevel 1 (
+	echo ERROR PROGRAMMING FIRMWARE
+	goto end
+)
 
 REM Next lets generate the eeprom block with the current time as start time
 tsl-make-block %tempeepromfile% %delayseconds% | findstr "Start time" >%tempunparsedstarttimefile%
@@ -31,19 +60,25 @@ set "starttime=%starttimeline:~11%"
 
 REM And now program the eeprom block into the XMEGA
 "C:\Program Files (x86)\Atmel\Studio\7.0\atbackend\atprogram.exe" --tool avrispmk2 --interface pdi --device atxmega128b3 erase --eeprom program --eeprom --format bin --verify --file %tempeepromfile% 
+if errorlevel 1 (
+	echo ERROR PROGRAMMING EEPROM DATA BLOCK
+	goto end
+)
 
 
 REM next generate a fingerprint of the firmware we just programming
 call md5\md5.bat %firmwarefile% >%tempfirmwarehashfile%
 set /p firmwarehash=<%tempfirmwarehashfile%
 
-REM Starttime in quotes because it has embeded spaces
-call airtable-insert.bat "%starttime%" %1 %firmwarehash% %deviceid%
-
 REM Clean up after ourselves 
 rm %tempeepromfile%
 rm %tempunparsedstarttimefile%
 rm %tempdeviceidfile%
 rm %tempfirmwarehashfile%
+
+REM Starttime in quotes because it has embeded spaces
+call airtable-insert.bat "%starttime%" %serialno% %firmwarehash% %deviceid%
 
 ENDLOCAL
+
+:end