def metamap_station(self, sensor_ml):
with app.app_context():
# gets a metamap document of this service using wicken
beliefs = IOOSSOSDSCheck.beliefs()
doc = MultipleXmlDogma('sos-ds', beliefs, sensor_ml._root, namespaces=get_namespaces())
# now make a map out of this
# @TODO wicken should make this easier
metamap = {}
for k in beliefs:
try:
metamap[k] = getattr(doc, doc._fixup_belief(k)[0])
except Exception as e:
pass
return metamap
def metamap_station(self, sensor_ml):
with app.app_context():
# gets a metamap document of this service using wicken
beliefs = IOOSSOSDSCheck.beliefs()
doc = MultipleXmlDogma('sos-ds', beliefs, sensor_ml._root, namespaces=get_namespaces())
# now make a map out of this
# @TODO wicken should make this easier
metamap = {}
for k in beliefs:
try:
metamap[k] = getattr(doc, doc._fixup_belief(k)[0])
except Exception as e:
pass
return metamap
def metamap_service(self):
assert self.sos
with app.app_context():
# gets a metamap document of this service using wicken
beliefs = IOOSSOSGCCheck.beliefs()
doc = MultipleXmlDogma('sos-gc', beliefs, self.sos._capabilities, namespaces=get_namespaces())
# now make a map out of this
# @TODO wicken should make this easier
metamap = {}
for k in beliefs:
try:
metamap[k] = getattr(doc, doc._fixup_belief(k)[0])
except Exception as e:
pass
return metamap
def metamap_service(self):
assert self.sos
with app.app_context():
# gets a metamap document of this service using wicken
beliefs = IOOSSOSGCCheck.beliefs()
doc = MultipleXmlDogma('sos-gc', beliefs, self.sos._capabilities, namespaces=get_namespaces())
# now make a map out of this
# @TODO wicken should make this easier
metamap = {}
for k in beliefs:
try:
metamap[k] = getattr(doc, doc._fixup_belief(k)[0])
except Exception as e:
pass
return metamap
def eval_mapping(mapping_id):
mapping = db.Mapping.find_one({'_id':mapping_id})
evals = []
for query in mapping.queries:
source_type_id = query['source_type']
eval_sources = db.EvalSource.find({'source_type':source_type_id})
cur_mappings = {mapping.ioos_name: query['query']}
# load attachment from gridfs
for eval_source in eval_sources:
try:
root = etree.fromstring(eval_source.fs.src_file)
except:
print >>sys.stderr, "Could not parse:", eval_source.fs.src_file
data_object = MultipleXmlDogma(str(source_type_id), # any identifier here
cur_mappings,
root,
namespaces=namespaces)
# get new name (@TODO this should be easier)
new_name = data_object._fixup_belief(mapping.ioos_name)[0]
val = None
try:
val = getattr(data_object, new_name)
except Exception as e:
print >>sys.stderr, "problem", e
evals.append((str(eval_source._id), val))
return json.dumps(dict(evals))
def eval_mapping(mapping_id):
mapping = db.Mapping.find_one({'_id': mapping_id})
evals = []
for query in mapping.queries:
source_type_id = query['source_type']
eval_sources = db.EvalSource.find({'source_type': source_type_id})
cur_mappings = {mapping.ioos_name: query['query']}
# load attachment from gridfs
for eval_source in eval_sources:
try:
root = etree.fromstring(eval_source.fs.src_file)
except:
print >> sys.stderr, "Could not parse:", eval_source.fs.src_file
data_object = MultipleXmlDogma(
str(source_type_id), # any identifier here
cur_mappings,
root,
namespaces=namespaces)
# get new name (@TODO this should be easier)
new_name = data_object._fixup_belief(mapping.ioos_name)[0]
val = None
try:
val = getattr(data_object, new_name)
except Exception as e:
print >> sys.stderr, "problem", e
evals.append((str(eval_source._id), val))
return json.dumps(dict(evals))
def load_datapair(self, ds):
data_object = MultipleXmlDogma('sos-gc',
self.beliefs(),
ds._capabilities,
namespaces=get_namespaces())
return DSPair(ds, data_object)
def load_datapair(self, ds):
data_object = MultipleXmlDogma('sos-ds',
self.beliefs(),
ds._root,
namespaces=get_namespaces())
return DSPair(ds, data_object)