def test_createFTWs(self):
logger.info('== {} =='.format(self._testMethodName))
fts=CreateFilters(debug=False, rt=self.rt, logger=logger).create()
foc=CreateFocuser(debug=False, rt=self.rt, logger=logger).create(focDef=0)
# no connection to real device
foc.focDef=0
cftw= CreateFilterWheels(debug=False, rt=self.rt, logger=logger, filters=fts, foc=foc)
ftw=cftw.create()
self.assertEqual(ftw[0].name, 'FAKE_FTW')
def test_createFTWs(self):
logger.info('== {} =='.format(self._testMethodName))
fts = CreateFilters(debug=False, rt=self.rt, logger=logger).create()
foc = CreateFocuser(debug=False, rt=self.rt,
logger=logger).create(focDef=0)
# no connection to real device
foc.focDef = 0
cftw = CreateFilterWheels(debug=False,
rt=self.rt,
logger=logger,
filters=fts,
foc=foc)
ftw = cftw.create()
self.assertEqual(ftw[0].name, 'FAKE_FTW')
def setupDevices(self, blind=False):
# setup rts2saf
# fake arguments
self.args=Args()
self.args.sxDebug=False
self.args.blind=blind
self.args.verbose=False
self.args.check=True
self.args.fetchOffsets=True
self.args.exposure= 1.887
self.args.catalogAnalysis=False
self.args.Ds9Display=False
self.args.FitDisplay=False
self.args.flux=True
self.args.dryFitsFiles='../samples_bootes2'
# JSON
self.proxy=JSONProxy(url=self.rt.cfg['URL'],username=self.rt.cfg['USERNAME'],password=self.rt.cfg['PASSWORD'])
# create Focuser
self.foc= CreateFocuser(debug=False, proxy=self.proxy, check=self.args.check, rt=self.rt, logger=logger).create()
# create filters
fts=CreateFilters(debug=False, proxy=self.proxy, check=self.args.check, rt=self.rt, logger=logger).create()
# create filter wheels
ftwc= CreateFilterWheels(debug=False, proxy=self.proxy, check=self.args.check, rt=self.rt, logger=logger, filters=fts, foc=self.foc)
ftws=ftwc.create()
if not ftwc.checkBounds():
logger.error('setupDevice: filter focus ranges out of bounds, exiting')
sys.exit(1)
# create ccd
ccd= CreateCCD(debug=False, proxy=self.proxy, check=self.args.check, rt=self.rt, logger=logger, ftws=ftws, fetchOffsets=self.args.fetchOffsets).create()
cdv= CheckDevices(debug=False, proxy=self.proxy, blind=self.args.blind, verbose=self.args.verbose, ccd=ccd, ftws=ftws, foc=self.foc, logger=logger)
cdv.summaryDevices()
cdv.printProperties()
cdv.deviceWriteAccess()
dryFitsFiles=None
if self.args.dryFitsFiles:
dryFitsFiles=glob.glob('{0}/{1}'.format(self.args.dryFitsFiles, self.rt.cfg['FILE_GLOB']))
if len(dryFitsFiles)==0:
logger.error('setupDevice: no FITS files found in:{}'.format(self.args.dryFitsFiles))
logger.info('setupDevice: download a sample from wget http://azug.minpet.unibas.ch/~wildi/rts2saf-test-focus-2013-09-14.tgz')
sys.exit(1)
# ok evrything is there
self.rts2safFoc= Focus(debug=False, proxy=self.proxy, args=self.args, dryFitsFiles=dryFitsFiles, ccd=ccd, foc=self.foc, ftws=ftws, rt=self.rt, ev=self.ev, logger=logger)
def test_createCCD(self):
logger.info('== {} =='.format(self._testMethodName))
fts = CreateFilters(debug=False, rt=self.rt, logger=logger).create()
foc = CreateFocuser(debug=False, rt=self.rt,
logger=logger).create(focDef=0)
CreateFilterWheels(debug=False,
rt=self.rt,
logger=logger,
filters=fts,
foc=foc)
cccd = CreateCCD(debug=False, rt=self.rt, logger=logger, ftws=fts)
ccd = cccd.create()
self.assertEqual(ccd.name, 'C0')
if args.focDef:
foc.writeFocDef(proxy=proxy, focDef=args.focDef)
logger.info('rts2saf_focus: {0} FOC_DEF: {1} set'.format(
foc.name, args.focDef))
filters = CreateFilters(debug=args.debug,
proxy=proxy,
check=args.checkConfig,
verbose=args.verbose,
rt=rt,
logger=logger).create()
ftwc = CreateFilterWheels(filters=filters,
foc=foc,
debug=args.debug,
proxy=proxy,
check=args.checkConfig,
blind=args.blind,
verbose=args.verbose,
rt=rt,
logger=logger)
ftws = ftwc.create()
# at least one even if it is FAKE_FTW
if ftws == None or not isinstance(ftws[0], FilterWheel):
logger.error(
'rts2saf_focus: could not create object for filter wheel: {}, exiting'
.format(rt.cfg['FILTER WHEELS INUSE']))
sys.exit(1)
# offsets must be fetched at this point, but not in unittest
ccd = CreateCCD(debug=args.debug,
proxy=proxy,
ftws=ftws,
def setupDevices(self, blind=False):
# setup rts2saf
# fake arguments
self.args = Args()
self.args.sxDebug = False
self.args.blind = blind
self.args.verbose = False
self.args.check = True
self.args.fetchOffsets = True
self.args.exposure = 1.887
self.args.catalogAnalysis = False
self.args.Ds9Display = False
self.args.FitDisplay = False
self.args.flux = True
self.args.dryFitsFiles = '../samples_bootes2'
# JSON
self.proxy = JSONProxy(url=self.rt.cfg['URL'],
username=self.rt.cfg['USERNAME'],
password=self.rt.cfg['PASSWORD'])
# create Focuser
self.foc = CreateFocuser(debug=False,
proxy=self.proxy,
check=self.args.check,
rt=self.rt,
logger=logger).create()
# create filters
fts = CreateFilters(debug=False,
proxy=self.proxy,
check=self.args.check,
rt=self.rt,
logger=logger).create()
# create filter wheels
ftwc = CreateFilterWheels(debug=False,
proxy=self.proxy,
check=self.args.check,
rt=self.rt,
logger=logger,
filters=fts,
foc=self.foc)
ftws = ftwc.create()
if not ftwc.checkBounds():
logger.error(
'setupDevice: filter focus ranges out of bounds, exiting')
sys.exit(1)
# create ccd
ccd = CreateCCD(debug=False,
proxy=self.proxy,
check=self.args.check,
rt=self.rt,
logger=logger,
ftws=ftws,
fetchOffsets=self.args.fetchOffsets).create()
cdv = CheckDevices(debug=False,
proxy=self.proxy,
blind=self.args.blind,
verbose=self.args.verbose,
ccd=ccd,
ftws=ftws,
foc=self.foc,
logger=logger)
cdv.summaryDevices()
cdv.printProperties()
cdv.deviceWriteAccess()
dryFitsFiles = None
if self.args.dryFitsFiles:
dryFitsFiles = glob.glob('{0}/{1}'.format(
self.args.dryFitsFiles, self.rt.cfg['FILE_GLOB']))
if len(dryFitsFiles) == 0:
logger.error('setupDevice: no FITS files found in:{}'.format(
self.args.dryFitsFiles))
logger.info(
'setupDevice: download a sample from wget http://azug.minpet.unibas.ch/~wildi/rts2saf-test-focus-2013-09-14.tgz'
)
sys.exit(1)
# ok evrything is there
self.rts2safFoc = Focus(debug=False,
proxy=self.proxy,
args=self.args,
dryFitsFiles=dryFitsFiles,
ccd=ccd,
foc=self.foc,
ftws=ftws,
rt=self.rt,
ev=self.ev,
logger=logger)
# create all devices
# attention: .create() at the end
# filters are not yet devices
# check always True, we need to set limits either from device or from configuration
foc= CreateFocuser(debug=args.debug, proxy=proxy, check=True, rangeFocToff=args.focRange, blind=args.blind, verbose=args.verbose, rt=rt, logger=logger).create()
if foc==None or not isinstance(foc, Focuser):
logger.error('rts2saf_focus: could not create object for focuser: {}, exiting'.format(rt.cfg['FOCUSER_NAME']))
sys.exit(1)
if args.focDef:
foc.writeFocDef(proxy=proxy, focDef=args.focDef)
logger.info('rts2saf_focus: {0} FOC_DEF: {1} set'.format(foc.name,args.focDef))
filters= CreateFilters(debug=args.debug, proxy=proxy, check=args.checkConfig, verbose=args.verbose, rt=rt, logger=logger).create()
ftwc = CreateFilterWheels(filters=filters, foc=foc, debug=args.debug, proxy=proxy, check=args.checkConfig, blind=args.blind, verbose=args.verbose, rt=rt, logger=logger)
ftws = ftwc.create()
# at least one even if it is FAKE_FTW
if ftws==None or not isinstance(ftws[0], FilterWheel):
logger.error('rts2saf_focus: could not create object for filter wheel: {}, exiting'.format(rt.cfg['FILTER WHEELS INUSE']))
sys.exit(1)
# offsets must be fetched at this point, but not in unittest
ccd= CreateCCD(debug=args.debug, proxy=proxy, ftws=ftws, check=args.checkConfig, fetchOffsets=True, verbose=args.verbose, rt=rt, logger=logger).create()
if ccd==None or not isinstance(ccd, CCD):
logger.error('rts2saf_focus: could not create object for CCD: {}, exiting'.format(rt.cfg['CCD_NAME']))
sys.exit(1)
# filter wheel offsets are at this point read back from CCD
if not ftwc.checkBounds():
logger.error('rts2saf_focus: filter focus ranges out of bounds, exiting')
sys.exit(1)
