def setup_configuration(self, conf):
# self.port = conf.get("jumoClient","port")
self.logDir = conf.Directories['logDir']
self.configFile = conf.Directories['configDir'] + '/elComandante.conf'
self.initFile = conf.Directories['configDir'] + '/elComandante.ini'
# get("Directories","dataDir")+"logfiles"
self.temp_log_filename = "temperature.log"
self.tempLog = printer()
self.tempLog.set_name('Temperature')
self.tempLog.set_logfile(self.logDir, self.temp_log_filename)
self.tempLog.disable_print()
self.humidity_log_filename = "humidity.log"
self.humidity_log = printer()
self.humidity_log.set_name('Humidity')
self.humidity_log.set_logfile(self.logDir, self.humidity_log_filename)
self.humidity_log.disable_print()
self.cur_log_filename = "current.log"
self.curLog = printer()
self.curLog.set_name('Current')
self.curLog.set_logfile(self.logDir, self.cur_log_filename)
self.curLog.disable_print()
# todo find a better way to define list...
self.subscriptions = {
'temp': "/temperature/jumo",
'hum': "/humidity",
'cur': "/jumo/current",
'psi': "/psi",
'watchDog': "/watchDog"
}
serverZiel = conf.get('subsystem', 'Ziel')
serverPort = conf.getint('subsystem', 'Port')
# print self.sclient
# print 'initialize WatchDog sclient',serverZiel,serverPort
self.sclient = sclient.sClient(serverZiel, serverPort, "watchDog")
self.sclient.setID('watchDogClient')
# print self.sclient
self.subscribe()
return True
def set_curLog(self):
for tb, module in self.init.items('Modules'):
if self.init.getboolean('TestboardUse', tb):
if tb in self.currentTestCurLogger:
del self.currentTestCurLogger[tb]
self.currentTestCurLogger[tb] = printer()
self.currentTestCurLogger[tb].set_name('Test_Hum_Log_%s' % tb)
self.currentTestCurLogger[tb].disable_print()
if tb in self.currentTestDirs: # and self.status != 'Prepare':
current_dir = self.currentTestDirs[tb]
fileName = 'CurLog_' + self.status + '.log'
self.currentTestCurLogger[tb].set_logfile(current_dir, fileName)
def __init__(self, timestamp, log, client):
el_agente.el_agente.__init__(self, timestamp, log, client)
self.agente_name = "watchDogAgente"
self.client_name = "watchDog"
self.log = printer()
self.sclient = None
self.active = True
self.pending = False
self.currentTestTempLogger = {}
self.currentTestHumLogger = {}
self.currentTestCurLogger = {}
self.currentTestDirs = {}
self.testOverview = {}
self.FAILED = -1
self.SUCCESS = +1
self.UNKOWN = -2
self.BUSY = 0
self.status = 'unkown'
def set_tempLog(self):
for tb, module in self.init.items('Modules'):
if self.init.getboolean('TestboardUse', tb):
if tb in self.currentTestTempLogger:
del self.currentTestTempLogger[tb]
self.currentTestTempLogger[tb] = printer()
self.currentTestTempLogger[tb].set_name('Test_Temp_Log_%s' % tb)
self.currentTestTempLogger[tb].disable_print()
if tb in self.currentTestDirs and self.status != 'Prepare':
# if self.currentTestTempLogger[tb].logger1 and k = 0:
# loggerDict = self.currentTestTempLogger[tb].logger1.manager.loggerDict
# print loggerDict
# k=1
current_dir = self.currentTestDirs[tb]
fileName = 'TempLog_' + self.status + '.log'
# self.currentTestTempLogger[tb].close_logfiles()
# print 'new Temp Log for %s: %s %s, len = %s'%(tb,dir,
# fileName,len(self.currentTestTempLogger[tb].logger1.handlers))
self.currentTestTempLogger[tb].set_logfile(current_dir, fileName)
# the id3003.id3003_xray_generator and the zaber.zaber_motor_stage classes. import sys sys.path.insert(1, "../") import time import argparse import zaber import id3003 import myutils import signal from myutils import process process.create_pid_file() ## Instance of the logger from the myutils package log = myutils.printer() ## @addtogroup xrayClient # @details # Since the xrayClient can use multiple different x-ray setups there is # quite a number of command line arguments to chose how the client # operates. Normally, the client is started by elComandante who reads # the required arguments from its configuration files. # # Command line arguments: # - \c \--xray-device Xray generator device, e.g. /dev/ttyS0 (default: /dev/ttyF0) # - \c \--xray-type Xray generator device type, e.g. id3003 (default: id3003) # - \c \--stage-device Fluorescence device, e.g. /dev/ttyS0 (default: /dev/ttyF1) # - \c \--stage-type Fluorescence device type, e.g. zaber (default: zaber) # - \c \--directory Directory for log files (default: .) # - \c \--timestamp Timestamp for creation of file (default: 0)
default="../config/")
parser.add_argument(
"-dir",
"--directory",
dest="loggingDir",
help=
"specify directory containing all logging files e.g. ../DATA/logfiles/",
default="../DATA/logfiles")
parser.add_argument("-num",
"--numTB",
dest="numTB",
help="specify the number of Testboards in use",
default="1")
#parse args and setup logdir
args = parser.parse_args()
Logger = printer()
Logger.set_name("Psi46Log")
Logger.set_prefix('')
Logger.set_logfile('%s' % (args.loggingDir), 'psi46Handler.log')
Logger << 'ConfigDir: "%s"' % args.configDir
configDir = args.configDir
numTB = int(args.numTB)
#load config
config = BetterConfigParser()
config.read(configDir + '/elComandante.conf')
#config
clientName = "psi46"
serverZiel = config.get('subsystem', 'Ziel')
Port = int(config.get('subsystem', 'Port'))
serverPort = int(config.get('subsystem', 'Port'))
print 'hallo'
#------------some configuration--------------
parser = argparse.ArgumentParser()
parser.add_argument("-c", "--config", dest="configDir",
help="specify directory containing config files e.g. ../config/",
default="../config/")
parser.add_argument("-dir","--directory", dest="loggingDir",
help="specify directory containing all logging files e.g. ../DATA/logfiles/",
default="../DATA/logfiles")
parser.add_argument("-num","--numTB", dest="numTB",
help="specify the number of Testboards in use",
default="1")
#parse args and setup logdir
args = parser.parse_args()
Logger = printer()
Logger.set_name("Psi46Log")
Logger.set_prefix('')
Logger.set_logfile('%s'%(args.loggingDir),'psi46Handler.log')
Logger <<'ConfigDir: "%s"'%args.configDir
configDir= args.configDir
numTB = int(args.numTB)
#load config
config = BetterConfigParser()
config.read(configDir+'/elComandante.conf')
#config
clientName = "psi46"
serverZiel=config.get('subsystem','Ziel')
Port = int(config.get('subsystem','Port'))
serverPort = int(config.get('subsystem','Port'))
import sys
sys.path.insert(1, "../")
import time
import argparse
import myutils
import signal
from myutils import process
# Devices
import yoctorelay
process.create_pid_file()
## Instance of the logger from the myutils package
log = myutils.printer()
log.printv()
log.set_name("lowVoltageClient")
# Print welcome
log << "LowVoltage Client"
log.printv()
## @addtogroup lowVoltageClient
## @details
## Since the lowVoltageClient can use multiple different setups there are
## a few of command line arguments to chose how the client operates. Normally,
## the client is started by elComandante who reads the required arguments
## from its configuration files.
##
## Command line arguments:
## - \c \--device Low voltage device, e.g. /dev/ttyS0 (default: any)
def sweep():
global doingSweep
global testDir
global maxSweepTries
global client
global keithley
global aboName
doingSweep = True
outputStatus = keithley.getOutputStatus()
client.send(aboName,':MSG! Start with Linear Sweep from %sV to %sV in %sV steps\n'%(startValue,stopValue,stepValue))
Logger << "TestDirectory is: %s"%testDir
Logger << "Max Sweep Tries: %d"%maxSweepTries
ntries = 0
while True:
retVal = keithley.doLinearSweep(startValue, stopValue, stepValue, nSweeps, delay)
# Logger << 'keithley RetVal: %s'%retVal
ntries+=1
if retVal!=0 or ntries>=maxSweepTries:
Logger << 'exit while loop'
break
voltage = keithley.getLastVoltage()
msg='Keithley Tripped %s of %s times @ %s\n'%(ntries,maxSweepTries,voltage)
Logger << msg
client.send(aboName,msg)
client.send(IVAbo,msg)
Logger << "Done with recording IV Curve"
client.send(aboName,'Results of Linear Sweep:\n')
client.send(IVAbo,'Results Start:\n')
client.sendData(voltageAbo,'Sweep Data\n')
client.sendData(currentAbo,'Sweep Data\n')
client.sendData(resistanceAbo,'Sweep Data\n')
client.send(aboName,':PROG:IV! RESULTS\n')
npoint = 0
nPoints = len(keithley.measurments)
ivCurveLogger = printer()
ivCurveLogger.set_name("ivCurveLogger")
ivCurveLogger.set_prefix('')
ivCurveLogger.set_logfile(testDir,'ivCurve.log')
ivCurveLogger.disable_print()
# ivCurveLogger.timestamp = float(args.timestamp)
ivCurveLogger << '#voltage(V)\tcurrent(A)\ttimestamp'
while len(keithley.measurments)>0:
npoint +=1
measurement = keithley.measurments.popleft()
measurement[0]=int(measurement[0])
#Logger << "sending: %s - %s" %(measurement,len(keithley.measurments))
timestamp = measurement[0]
voltage = float(measurement[1])
current = float(measurement[2])
# resistance = float(measurement[3])
try:
client.sendData(aboName,':IV! %s/%s '%(npoint,nPoints) +" ".join(map(str, measurement[:3]))+'\n')
except:
Logger.warning("Couldn't send to %s"%aboName)
try:
client.sendData(aboName,':IV! %s/%s '%(npoint,nPoints) +" ".join(map(str, measurement[:3]))+'\n')
except:
Logger.warning("Couldn't send to %s"%aboName)
print "Couln't send to %s"%aboName
try:
client.sendData(IVAbo," ".join(map(str, measurement[:3]))+'\n')
except:
Logger.warning("Couldn't send to %s"%IVAbo)
strA = '%d %+8.3f'%(timestamp,voltage)
strA = strA.strip('\n')
strA += '\n'
try:
client.sendData(voltageAbo,strA)
except:
Logger.warning("Couldn't send '%s'"%strA)
strA = '%d %+11.4e'%(timestamp,current)
strA = strA.strip('\n')
strA += '\n'
try:
client.sendData(currentAbo,'%d %+11.4e\n'%(timestamp,current))
except:
Logger.warning("Couldn't send '%s'"%strA)
try:
ivCurveLogger << '%+8.3f\t%+11.4e\t%d'%(voltage,current,timestamp)
except:
Logger.warning("Couldn't write to ivCuvrveLogger")
try:
IVLogger << '%s\t%s\t%s'%(voltage,current,timestamp)
except:
Logger.warning("Couldn't write to ivLogger")
# client.sendData(resistanceAbo,'%s %s\n'%(timestamp,resistance))
Logger << 'Results End, %s'% aboName
client.send(IVAbo,'Results End\n')
client.clearPackets(aboName)
#client.send(aboName,':PROG:IV! FINISHED\n')
sleep(1)
#client.sendData(aboName,':PROG:IV! FINISHED\n')
client.send(voltageAbo,'Sweep Data Done\n')
client.send(currentAbo,'Sweep Data Done\n')
client.send(resistanceAbo,'Sweep Data Done\n')
Logger << 'Sweep done'
del ivCurveLogger
sleep(1)
Logger << 're-initialize Keithley'
keithley.initKeithley()
keithley.setOutput(outputStatus)
doingSweep = False
client.send(aboName,':PROG:IV! FINISHED\n')
import sys
sys.path.insert(1, "../")
from myutils import sClient, decode, printer, is_float
#from threading import Thread
#import subprocess
import time
import argparse
import keithleyInterface
import os
#import serial
import signal
from time import sleep
ON = 1
OFF = 0
End = False
Logger = printer()
IVLogger = printer()
Logger.set_name("KeithleyLog")
IVLogger.set_name("ivLog")
LeakageCurrentLogger = printer()
LeakageCurrentLogger.set_name("leakageCurrentLog")
#sweep parameters TODO anpassen
startValue = -100
stopValue = -200
stepValue = 15
nSweeps = 1
delay =.1
maxSweepTries=1
doingSweep = False
do_leakage_current_measurement = False
def sweep():
global doingSweep
global testDir
global maxSweepTries
global client
global keithley
global aboName
doingSweep = True
outputStatus = keithley.getOutputStatus()
client.send(
aboName,
':MSG! Start with Linear Sweep from %sV to %sV in %sV steps\n' %
(startValue, stopValue, stepValue))
Logger << "TestDirectory is: %s" % testDir
Logger << "Max Sweep Tries: %d" % maxSweepTries
ntries = 0
while True:
retVal = keithley.doLinearSweep(startValue, stopValue, stepValue,
nSweeps, delay)
# Logger << 'keithley RetVal: %s'%retVal
ntries += 1
if retVal != 0 or ntries >= maxSweepTries:
Logger << 'exit while loop'
break
voltage = keithley.getLastVoltage()
msg = 'Keithley Tripped %s of %s times @ %s\n' % (
ntries, maxSweepTries, voltage)
Logger << msg
client.send(aboName, msg)
client.send(IVAbo, msg)
Logger << "Done with recording IV Curve"
client.send(aboName, 'Results of Linear Sweep:\n')
client.send(IVAbo, 'Results Start:\n')
client.sendData(voltageAbo, 'Sweep Data\n')
client.sendData(currentAbo, 'Sweep Data\n')
client.sendData(resistanceAbo, 'Sweep Data\n')
client.send(aboName, ':PROG:IV! RESULTS\n')
npoint = 0
nPoints = len(keithley.measurments)
ivCurveLogger = printer()
ivCurveLogger.set_name("ivCurveLogger")
ivCurveLogger.set_prefix('')
ivCurveLogger.set_logfile(testDir, 'ivCurve.log')
ivCurveLogger.disable_print()
# ivCurveLogger.timestamp = float(args.timestamp)
ivCurveLogger << '#voltage(V)\tcurrent(A)\ttimestamp'
while len(keithley.measurments) > 0:
npoint += 1
measurement = keithley.measurments.popleft()
measurement[0] = int(measurement[0])
#Logger << "sending: %s - %s" %(measurement,len(keithley.measurments))
timestamp = measurement[0]
voltage = float(measurement[1])
current = float(measurement[2])
# resistance = float(measurement[3])
try:
client.sendData(
aboName, ':IV! %s/%s ' % (npoint, nPoints) +
" ".join(map(str, measurement[:3])) + '\n')
except:
Logger.warning("Couldn't send to %s" % aboName)
try:
client.sendData(
aboName, ':IV! %s/%s ' % (npoint, nPoints) +
" ".join(map(str, measurement[:3])) + '\n')
except:
Logger.warning("Couldn't send to %s" % aboName)
print "Couln't send to %s" % aboName
try:
client.sendData(IVAbo, " ".join(map(str, measurement[:3])) + '\n')
except:
Logger.warning("Couldn't send to %s" % IVAbo)
strA = '%d %+8.3f' % (timestamp, voltage)
strA = strA.strip('\n')
strA += '\n'
try:
client.sendData(voltageAbo, strA)
except:
Logger.warning("Couldn't send '%s'" % strA)
strA = '%d %+11.4e' % (timestamp, current)
strA = strA.strip('\n')
strA += '\n'
try:
client.sendData(currentAbo, '%d %+11.4e\n' % (timestamp, current))
except:
Logger.warning("Couldn't send '%s'" % strA)
try:
ivCurveLogger << '%+8.3f\t%+11.4e\t%d' % (voltage, current,
timestamp)
except:
Logger.warning("Couldn't write to ivCuvrveLogger")
try:
IVLogger << '%s\t%s\t%s' % (voltage, current, timestamp)
except:
Logger.warning("Couldn't write to ivLogger")
# client.sendData(resistanceAbo,'%s %s\n'%(timestamp,resistance))
Logger << 'Results End, %s' % aboName
client.send(IVAbo, 'Results End\n')
client.clearPackets(aboName)
#client.send(aboName,':PROG:IV! FINISHED\n')
sleep(1)
#client.sendData(aboName,':PROG:IV! FINISHED\n')
client.send(voltageAbo, 'Sweep Data Done\n')
client.send(currentAbo, 'Sweep Data Done\n')
client.send(resistanceAbo, 'Sweep Data Done\n')
Logger << 'Sweep done'
del ivCurveLogger
sleep(1)
Logger << 're-initialize Keithley'
keithley.initKeithley()
keithley.setOutput(outputStatus)
doingSweep = False
client.send(aboName, ':PROG:IV! FINISHED\n')
# from threading import Thread
# import subprocess
import time
import argparse
import keithleyInterface
import os
# import serial
import signal
from time import sleep
from threading import Timer
ON = 1
OFF = 0
End = False
Logger = printer()
IVLogger = printer()
LeakageCurrentLogger = printer()
Logger.set_name("KeithleyLog")
IVLogger.set_name("ivLog")
LeakageCurrentLogger.set_name("leakageCurrentLog")
# sweep parameters TODO anpassen
startValue = -100
stopValue = -200
stepValue = 15
nSweeps = 1
delay = .1
maxSweepTries = 1
doingSweep = False
do_leakage_current_measurement = False