def check_violations(thermdict, t1, t2):
"""Check a list of MSIDs for limit/expected state violations.
:param thermdict: Dictionary of MSID information (MSID name, condition type, etc.)
:param t1: String containing start date in HOSC format
:param t2: String containgin stop date in HOSC format
Note: The thermdict object is structured with each 'Ska' msid as the primary key for
each sub-dictionary. Each sub-dictionary has these keys: 'type', 'greta_msid'. The
type is either 'limit' or 'expst'. The greta_msid is used to identify the mnemonic
used by GRETA which in some cases differs from the mnemonic used by Ska (e.g. widerange
thermal MSIDs).
"""
t1 = DateTime(t1).date
t2 = DateTime(t2).date
allviolations = {}
missingmsids = []
checkedmsids = []
for key in thermdict.keys():
greta_msid = thermdict[key]['greta_msid']
try:
if thermdict[key]['type'] == 'limit':
if "wide" in greta_msid.lower():
violations = handle_widerange_cases(key, t1, t2, greta_msid)
checkedmsids.append(key)
else:
violations = pylimmon.check_limit_msid(key, t1, t2, greta_msid=greta_msid)
checkedmsids.append(key)
elif thermdict[key]['type'] == 'expst':
violations = pylimmon.check_state_msid(key, t1, t2, greta_msid=greta_msid)
checkedmsids.append(key)
if len(violations) > 0:
allviolations[key] = process_violations(key, violations)
except IndexError:
print('{} not in DB'.format(key))
missingmsids.append(key)
return allviolations, missingmsids, checkedmsids
def check_violations(thermdict, t1, t2):
"""Check a list of MSIDs for limit/expected state violations.
:param thermdict: Dictionary of MSID information (MSID name, condition type, etc.)
:param t1: String containing start date in HOSC format
:param t2: String containgin stop date in HOSC format
"""
t1 = DateTime(t1).date
t2 = DateTime(t2).date
allviolations = {}
missingmsids = []
checkedmsids = []
for key in thermdict.keys():
greta_msid = thermdict[key]['greta_msid']
try:
if thermdict[key]['type'] == 'limit':
if "wide" in greta_msid.lower():
violations = handle_widerange_cases(
key, t1, t2, greta_msid)
checkedmsids.append(key)
else:
violations = pylimmon.check_limit_msid(
key, t1, t2, greta_msid=greta_msid)
checkedmsids.append(key)
elif thermdict[key]['type'] == 'expst':
violations = pylimmon.check_state_msid(key,
t1,
t2,
greta_msid=greta_msid)
checkedmsids.append(key)
if len(violations) > 0:
allviolations[key] = process_violations(key, violations)
except IndexError:
print('{} not in DB'.format(key))
missingmsids.append(key)
return allviolations, missingmsids, checkedmsids
def check_violations(thermdict, t1, t2):
"""Check a list of MSIDs for limit/expected state violations.
:param thermdict: Dictionary of MSID information (MSID name, condition type, etc.)
:param t1: String containing start date in HOSC format
:param t2: String containgin stop date in HOSC format
"""
t1 = DateTime(t1).date
t2 = DateTime(t2).date
allviolations = {}
missingmsids = []
checkedmsids = []
for key in thermdict.keys():
greta_msid = thermdict[key]['greta_msid']
try:
if thermdict[key]['type'] == 'limit':
if "wide" in greta_msid.lower():
violations = handle_widerange_cases(key, t1, t2, greta_msid)
checkedmsids.append(key)
else:
violations = pylimmon.check_limit_msid(key, t1, t2, greta_msid=greta_msid)
checkedmsids.append(key)
elif thermdict[key]['type'] == 'expst':
violations = pylimmon.check_state_msid(key, t1, t2, greta_msid=greta_msid)
checkedmsids.append(key)
if len(violations) > 0:
allviolations[key] = process_violations(key, violations)
except IndexError:
print('{} not in DB'.format(key))
missingmsids.append(key)
return allviolations, missingmsids, checkedmsids
