def ChangeTune(tuneName):
"""
Change all the MIDAS values in the given tune path.
"""
for var, val in Midas.dirlist(TunePath + tuneName):
MidasSetVar(GetVarName(var), val)
Midas.sendmessage("pythonrc", "Changed tune to: " + tuneName)
def ChangeTune(tuneName):
"""
Change all the MIDAS values in the given tune path.
"""
for var, val in Midas.dirlist(TunePath + tuneName):
MidasSetVar(GetVarName(var), val)
Midas.sendmessage("pythonrc", "Changed tune to: " + tuneName)
def afgTurnOnOff(self, state):
#state = self.afgWrite("OUTP?")
if state:
self.afgOn()
statemsg = "on"
else:
self.afgOff()
statemsg = "off"
Midas.sendmessage(self.afgName, "AFG is " + statemsg)
def main():
StartScan = Midas.varget(RCActive)
try: # If called from the command line parse the arguements
print sys.argv
if len(sys.argv) == 2:
# Start a PerlRC scan
if sys.argv[1] == "start":
Midas.varset(RCActive, 'y')
StartScan = 'y'
# Stop a PerlRC scan
if sys.argv[1] == "stop":
Midas.varset(RCActive, 'n')
StartScan = 'n'
# Change to a tune
elif len(sys.argv) == 3 and sys.argv[1] == "tune":
try:
ChangeTune(sys.argv[2])
LogSwitchedTune(sys.argv[2])
except:
LogSwitchedTune(sys.argv[2], True)
except: # calling it as a module, so ignore the stuff above
pass
# If we're doing a PerlRC scan, do what's in the ODB.
if StartScan == 'y':
ScanFuncs = {
"SCAN1D": Scan1D,
"SCAN2D": Scan2D,
"TUNESWITCH": TuneSwitch
}
# Get the scan type and convert to uppercase
ScanType = Midas.varget(RunControlPath + "RCType").upper()
try:
# call scan function based on the ScanType
scanoutput = ScanFuncs[ScanType]()
# Write some info to the log file
# LogScanStart and LogScanStop only write something
# if it's the beginning or end of a PerlRC scan.
LogScanStart()
LogScanVarStep(scanoutput)
LogScanStop()
# Sleep for a second so that scepics can update
# the values
time.sleep(1)
Midas.startrun()
except:
# Error occurred. Stop future runs, and write an error message
Midas.varset(RCActive, 'n')
LogScanError()
Midas.sendmessage(
"pythonrc", "There was a problem. " +
"Please check input variables and values, " +
"and the message log for more info.")
def main():
StartScan = Midas.varget(RCActive)
try: # If called from the command line parse the arguements
print sys.argv
if len(sys.argv) == 2:
# Start a PerlRC scan
if sys.argv[1] == "start":
Midas.varset(RCActive, 'y')
StartScan = 'y'
# Stop a PerlRC scan
if sys.argv[1] == "stop":
Midas.varset(RCActive, 'n')
StartScan = 'n'
# Change to a tune
elif len(sys.argv) == 3 and sys.argv[1] == "tune":
try:
ChangeTune(sys.argv[2])
LogSwitchedTune(sys.argv[2])
except:
LogSwitchedTune(sys.argv[2], True)
except: # calling it as a module, so ignore the stuff above
pass
# If we're doing a PerlRC scan, do what's in the ODB.
if StartScan == 'y':
ScanFuncs = {"SCAN1D": Scan1D,
"SCAN2D": Scan2D,
"TUNESWITCH": TuneSwitch}
# Get the scan type and convert to uppercase
ScanType = Midas.varget(RunControlPath + "RCType").upper()
try:
# call scan function based on the ScanType
scanoutput = ScanFuncs[ScanType]()
# Write some info to the log file
# LogScanStart and LogScanStop only write something
# if it's the beginning or end of a PerlRC scan.
LogScanStart()
LogScanVarStep(scanoutput)
LogScanStop()
# Sleep for a second so that scepics can update
# the values
time.sleep(1)
Midas.startrun()
except:
# Error occurred. Stop future runs, and write an error message
Midas.varset(RCActive, 'n')
LogScanError()
Midas.sendmessage("pythonrc", "There was a problem. " +
"Please check input variables and values, " +
"and the message log for more info.")
def checkInput(name):
names = CF.splitInput(name)
passes = True
elemList = np.hstack(([re.findall('\\d+', x) for x in names],
[re.findall('\\D+', x) for x in names]))
try:
[float(x[0]) * CF.getAtomicMass(x[0] + x[2] + x[1]) for x in elemList]
except IndexError:
print "Element in input", name, "does not exist in AME table."
#passes = False
Midas.sendmessage("DipoleCalculator", "Element in input " + name +
" does not exist in AME table.")
return passes
def MidasSetVar(varPath, varValue):
"""
Wrapper for pythonmidas.setvar(key,val).
Deals with some special cases in in ODB.
"""
varValue = ConvertValueToString(varValue)
print varValue
try:
Midas.varset(varPath, varValue)
except Midas.FailedCommand as e:
Midas.sendmessage('pythonrc', e.value)
raise Exception
except Midas.KeyNotFound as e:
Midas.sendmessage('pythonrc', e.value)
raise Exception
def MidasSetVar(varPath, varValue):
"""
Wrapper for pythonmidas.setvar(key,val).
Deals with some special cases in in ODB.
"""
varValue = ConvertValueToString(varValue)
print varValue
try:
Midas.varset(varPath, varValue)
except Midas.FailedCommand as e:
Midas.sendmessage('pythonrc', e.value)
raise Exception
except Midas.KeyNotFound as e:
Midas.sendmessage('pythonrc', e.value)
raise Exception
def test_sendmessage(self, mock_odbcommand):
name = "Test"
message = "test message"
result = Midas.sendmessage(name, message)
self.assertEqual(result, None)
mock_odbcommand.assert_called_once_with("msg " + name, message)
def freqListMessage(self, afgName=""):
afgName = self.afgName + '(' + self.host + ')'
fc = [str(x) for x in self.FreqC]
fm = [str(x) for x in self.FreqMod]
rfamp = str(self.RFAmplitude)
msg = afgName + "{FreqC,FreqMod} = "
for i in range(len(self.FreqC)):
msg = msg + "{" + fc[i] + "," + fm[i] + "}, "
#msg = msg + "RFAmp = " + rfamp
print msg
#XXX Is this a bug? Shouldn't really matter.....
# should this be outside of the loop?
msg = msg + "RFAmp = " + rfamp
Midas.sendmessage("FreqList", msg)
return msg
def test_sendmessage(self, mock_odbcommand):
name = "Test"
message = "test message"
result = Midas.sendmessage(name, message)
self.assertEqual(result, None)
mock_odbcommand.assert_called_once_with("msg " + name, message)
def checkInput(name):
names = CF.splitInput(name)
passes = True
elemList = np.hstack(
([re.findall('\\d+', x)
for x in names], [re.findall('\\D+', x) for x in names]))
try:
[float(x[0]) * CF.getAtomicMass(x[0] + x[2] + x[1]) for x in elemList]
except IndexError:
print "Element in input", name, "does not exist in AME table."
#passes = False
Midas.sendmessage(
"DipoleCalculator",
"Element in input " + name + " does not exist in AME table.")
return passes
import cycletime as ct
import pythonmidas.pythonmidas as Midas
try:
runtime = ct.run_time()
msg = "The next run will take: " + str(runtime) + " min."
except Exception as e:
msg = "Error: " + str(e)
Midas.sendmessage("CycleTime", msg)
#!/usr/bin/python
# A.A. Kwiatkowski February 2013
# stop RFQ PSD, based off A.T. Gallant's test.py
import pythonmidas.pythonmidas as Midas
#print "\nTesting sendmessage: name=test msg=test message"
Midas.sendmessage("Alarm:", "An ISAC Exhaust Fan has failed: Kill RFQ PSD")
print Midas.varget("/Equipment/Beamline/Variables/Measured[124]")
# The Demand isn't set again if it is the same value as previously used.
Midas.varset("/Equipment/Beamline/Variables/Demand[124]", 1)
Midas.varset("/Equipment/Beamline/Variables/Demand[124]", 0)
#!/home/mpet/local/bin/python2.7
import afg
import pythonmidas.pythonmidas as midas
import time
try:
#mpetafg = afgcontrol.afg()
mpetafg = afg.quad_afg()
mpetafg.openConnection()
mpetafg.afgSetOutputLoad()
mpetafg.afgSetTigger()
mpetafg.afgStartMenuOnOff()
mpetafg.afgSetFreqList()
mpetafg.closeConnection()
except:
print "Failure."
# Sleep 10s so that run starts, and then we can stop it.
time.sleep(10)
midas.stoprun()
midas.sendmessage('AFGCONTROLERROR',
'Quadrupole AFG not programmed correctly. Abort.')
#!/usr/bin/python
# A.A. Kwiatkowski October 2014
# stop TIS FIL, based off stopRFQ.py
import pythonmidas.pythonmidas as Midas
Midas.sendmessage("Alarm:", "TIS:IG1 pressure too high: Kill TIS1 FIL")
print Midas.varget("/Equipment/Beamline/Variables/Measured[129]")
# The Demand isn't set again if it is the same value as previously used.
print Midas.varset("/Equipment/Beamline/Variables/Demand[129]", 1)
print Midas.varset("/Equipment/Beamline/Variables/Demand[129]", 0)
