Additional commands, dump utility

dump.py

@@ -0,0 +1,42 @@
+#!/usr/bin/python3
+
+import argparse
+import ilt1000
+
+
+parser = argparse.ArgumentParser(description='ilt1000 dump')
+parser.add_argument(
+    '--device',
+    dest='device',
+    action='store',
+    default='/dev/ttyUSB1')
+FLAGS = parser.parse_args()
+
+
+LABEL_WIDTH = 25
+
+
+def PrintLine(label, value, unit=''):
+  print(('%s:' % label).rjust(LABEL_WIDTH), value, unit)
+
+
+ilt = ilt1000.ILT1000(device=FLAGS.device)
+
+
+LINES = [
+  ('Model', ilt.GetModelName, ''),
+  ('Generation', ilt.GetGeneration, ''),
+  ('Firmware version', ilt.GetFirmwareVersion, ''),
+  ('Serial number', ilt.GetSerialNumber, ''),
+  ('Controller temperature', ilt.GetControllerTempF, '°F'),
+  ('Ambient temperature', ilt.GetAmbientTempF, '°F'),
+  ('Date/time', ilt.GetDateTime, ''),
+  ('Sensor current', ilt.GetSensorCurrent, 'A'),
+  ('Sensor voltage', ilt.GetSensorVoltage, 'V'),
+  ('Transmission', ilt.GetTransmissionPercent, '%'),
+  ('Optical density', ilt.GetOpticalDensity, '%'),
+]
+
+
+for label, callback, unit in LINES:
+  PrintLine(label, callback(), unit)

ilt1000.py

@@ -24,9 +24,46 @@ class Saturated(Error):
   pass
 
 
+# TODO commands:
+# eraselogdata
+# get100perc
+# getauxserialno
+# getdarkmode
+# getfactorydark
+# getirradiance
+# getlogdata
+# getuserdark
+# set100perc
+# setautaveraging
+# setcurrentloop
+# sethiaveraging
+# setlowaveraging
+# setmedaveraging
+# setsimpleirrcal
+# setuserdark
+# startlogdata
+# stoplogdata
+# usecalfactor
+# usefactorydark
+# usefeedbackres
+# usenodark
+# useuserdark
+# erasecalfactor
+# getcalfactor
+# getclockfreq
+# getfeedbackres
+# setcalfactor
+# setclockfreq
+# setsamplecount
+
+
 class ILT1000(object):
 
-  def __init__(self, device, set_time=True):
+  # ILT1000 presents two FTDI serial devices, which become ttyUSB0 and ttyUSB1
+  # if nothing else is attached. ttyUSB0 seems to be completely non-responsive.
+  # We default to ttyUSB1
+
+  def __init__(self, device='/dev/ttyUSB1', set_time=True):
     self._dev = serial.Serial(device, 115200)
     try:
       # clear junk in outgoing buffer
@@ -66,6 +103,7 @@ class ILT1000(object):
     return int(self._SendCommand('gettemp'))
 
   def GetAmbientTempF(self):
+    # SPEC ERROR
     # Protocol doc indicates that this is degrees F * 100, but actual values
     # look like just degrees F
     return int(self._SendCommand('getambienttemp'))
@@ -80,11 +118,15 @@ class ILT1000(object):
     ret = self._SendCommand('setdatetime ' + timestr)
     assert int(ret) == 0
 
-  def GetCurrentPicoAmps(self):
+  def GetSensorCurrent(self):
+    # SPEC ERROR
+    # Protocol doc indicates that this is in pA, but atual values are in
+    # scientific notation and appear to be A. They are also suspiciously
+    # similar to getvoltage return values.
     ret = self._SendCommand('getcurrent')
     return float(ret)
 
-  def GetVoltage(self):
+  def GetSensorVoltage(self):
     ret = self._SendCommand('getvoltage')
     return float(ret) / 1000000