def child_fetch(dcid):
contained_response = fetch_data('/node/property-values', {
'dcids': [dcid],
'property': 'containedInPlace',
'direction': 'in'
},
compress=False,
post=True)
places = contained_response[dcid].get('in', [])
overlaps_response = fetch_data('/node/property-values', {
'dcids': [dcid],
'property': 'geoOverlaps',
'direction': 'in'
},
compress=False,
post=True)
places = places + overlaps_response[dcid].get('in', [])
dcid_str = '^'.join(sorted(map(lambda x: x['dcid'], places)))
pop = stats_api.get_stats_latest(dcid_str, 'Count_Person')
place_type = get_place_type(dcid)
wanted_types = WANTED_PLACE_TYPES.get(place_type, ALL_WANTED_PLACE_TYPES)
result = collections.defaultdict(list)
for place in places:
for place_type in place['types']:
place_pop = pop.get(place['dcid'], 0)
# TODO(beets): Remove this when we push resolved places to prod.
if place['dcid'].startswith('geoNames'):
continue
if place_type in wanted_types and place_pop > 0:
result[place_type].append({
'name':
place.get('name', place['dcid']),
'dcid':
place['dcid'],
'pop':
place_pop,
})
# Filter equivalent place types - if a child place occurs in multiple groups, keep it in the preferred group type.
for (preferred, equivalent) in EQUIVALENT_PLACE_TYPES.items():
if preferred in result and equivalent in result:
for preferred_place in result[preferred]:
for i, equivalent_place in enumerate(result[equivalent]):
if preferred_place['dcid'] == equivalent_place['dcid']:
del result[equivalent][i]
break
# Drop empty categories
result = dict(filter(lambda x: len(x) > 0, result.items()))
return result
def stats_var_property_wrapper(dcids):
"""Function to get properties for give statistical variables."""
data = dc.fetch_data('/node/triples', {
'dcids': dcids,
},
compress=False,
post=True)
result = {}
# Get all the constraint properties
for dcid, triples in data.items():
pvs = {}
for triple in triples:
if triple['predicate'] == 'constraintProperties':
pvs[triple["objectId"]] = ''
pt = ''
md = ''
mprop = ''
for triple in triples:
if triple['predicate'] == 'measuredProperty':
mprop = triple['objectId']
if triple['predicate'] == 'populationType':
pt = triple['objectId']
if triple['predicate'] == 'measurementDenominator':
md = triple['objectId']
if triple['predicate'] in pvs:
pvs[triple['predicate']] = triple['objectId']
result[dcid] = {
'mprop': mprop,
'pt': pt,
'md': md,
'pvs': pvs,
}
return result
def get_parent_place(dcids):
""" Get containedInPlace for each place in a list of places
Args:
dcids: ^ separated string of dcids. It must be a single string for the cache.
Returns:
A dictionary of lists of containedInPlace, keyed by dcid.
"""
if dcids:
dcids = dcids.split('^')
else:
dcids = []
response = fetch_data('/node/property-values', {
'dcids': dcids,
'property': 'containedInPlace',
'direction': 'out'
},
compress=False,
post=True)
result = {}
for dcid in dcids:
parents = response[dcid].get('out', [])
parents.sort(key=lambda x: x['dcid'], reverse=True)
for i in range(len(parents)):
if len(parents[i]['types']) > 1:
parents[i]['types'] = [
x for x in parents[i]['types']
if not x.startswith('AdministrativeArea')
]
result[dcid] = parents
return result
def get_place_stat_date_within_place():
"""
Given ancestor place, child place type and stat vars, return the dates that
have data for each stat var across all child places.
"""
ancestor_place = request.args.get('ancestorPlace')
if not ancestor_place:
return Response(
json.dumps('error: must provide a ancestorPlace field'),
400,
mimetype='application/json')
child_place_type = request.args.get('childPlaceType')
if not child_place_type:
return Response(
json.dumps('error: must provide a childPlaceType field'),
400,
mimetype='application/json')
stat_vars = request.args.getlist('statVars')
if not stat_vars:
return Response(json.dumps('error: must provide a statVars field'),
400,
mimetype='application/json')
response = dc.fetch_data('/v1/stat/date/within-place',
req_json={
'ancestor_place': ancestor_place,
'childPlaceType': child_place_type,
'stat_vars': stat_vars,
},
compress=False,
post=False,
has_payload=False)
return Response(json.dumps(response), 200, mimetype='application/json')
def child_fetch(dcid):
response = fetch_data(
'/node/property-values',
{
'dcids': [dcid],
'property': 'containedInPlace',
'direction': 'in'
},
compress=False,
post=True
)
places = response[dcid].get('in', [])
dcid_str = '^'.join(sorted(map(lambda x: x['dcid'], places)))
pop = json.loads(get_stats_wrapper(dcid_str, 'Count_Person'))
pop = {
dcid: stats.get('data', {}).get('2018', 0)
for dcid, stats in pop.items() if stats
}
result = collections.defaultdict(list)
for place in places:
for place_type in place['types']:
if place_type in WANTED_PLACE_TYPES:
result[place_type].append({
'name': place['name'],
'dcid': place['dcid'],
'pop': pop.get(place['dcid'], 0)
})
# Filter equivalent place types
for (preferred, equivalent) in EQUIVALENT_PLACE_TYPES.items():
if preferred in result and equivalent in result:
del result[equivalent]
return result
def get_landing_page_data(dcid, new_stat_vars):
response = dc_service.fetch_data('/landing-page', {
'place': dcid,
'newStatVars': new_stat_vars,
},
compress=False,
post=True,
has_payload=False)
return response
def get_node(dcid):
"""Returns data given a disease node."""
response = dc_service.fetch_data('/internal/bio', {
'dcid': dcid,
},
compress=False,
post=False,
has_payload=False)
return response
def get_landing_page_data_helper(dcid, stat_vars_string):
data = {'place': dcid}
if stat_vars_string:
data['newStatVars'] = stat_vars_string.split('^')
response = dc_service.fetch_data('/landing-page',
data,
compress=False,
post=True,
has_payload=False)
return response
def stat_vars(dcid):
"""
Get all the statistical variable dcids for a place.
"""
response = fetch_data('/place/stat-vars', {
'dcids': [dcid],
},
compress=False,
post=False,
has_payload=False)
return response['places'][dcid].get('statVars', [])
def get_property_value(dcid, prop):
"""Returns the property values for a given node dcid and property label."""
response = fetch_data('/node/property-values', {
'dcids': [dcid],
'property': prop,
},
compress=False,
post=False)
result = {}
result["property"] = prop
result["values"] = response.get(dcid, {})
return Response(json.dumps(result), 200, mimetype='application/json')
def stats_var_property_wrapper(dcids):
"""Function to get properties for given statistical variables."""
data = dc.fetch_data('/node/triples', {
'dcids': dcids,
},
compress=False,
post=True)
ranked_statvars = current_app.config['RANKED_STAT_VARS']
result = {}
# Get all the constraint properties
for dcid, triples in data.items():
pvs = {}
for triple in triples:
if triple['predicate'] == 'constraintProperties':
pvs[triple["objectId"]] = ''
pt = ''
md = ''
mprop = ''
st = ''
mq = ''
name = dcid
for triple in triples:
predicate = triple['predicate']
objId = triple.get('objectId', '')
objVal = triple.get('objectValue', '')
if predicate == 'measuredProperty':
mprop = objId
if predicate == 'populationType':
pt = objId
if predicate == 'measurementDenominator':
md = objId
if predicate == 'statType':
st = objId
if predicate == 'name':
name = objVal
if predicate == 'measurementQualifier':
mq = objId
if predicate in pvs:
pvs[predicate] = objId if objId else objVal
result[dcid] = {
'mprop': mprop,
'pt': pt,
'md': md,
'st': st,
'mq': mq,
'pvs': pvs,
'title': name,
'ranked': dcid in ranked_statvars
}
return result
def name():
"""Get place names."""
dcids = request.args.getlist('dcid')
response = fetch_data('/node/property-values', {
'dcids': dcids,
'property': 'name',
'direction': 'out'
},
compress=False,
post=True)
result = {}
for dcid in dcids:
values = response[dcid].get('out')
result[dcid] = values[0]['value'] if values else ''
return json.dumps(result)
def index():
response = fetch_data('/node/property-values', {
'dcids': ['Country'],
'property': 'typeOf',
'direction': 'in'
},
compress=False,
post=True)
countries = {'Country': []}
for place in response['Country']['in']:
countries['Country'].append({
'dcid': place['dcid'],
'name': place.get('name', place['dcid'])
})
countries['Country'].sort(key=lambda x: x['name'])
return render_template('placelist.html', place_by_type=countries)
def cached_i18n_name(dcids, locale, should_resolve_all):
"""Returns localization names for set of dcids.
Args:
dcids: ^ separated string of dcids. It must be a single string for the cache.
locale: the desired localization language code.
should_resolve_all: True if every dcid should be returned with a
name, False if only i18n names should be filled
Returns:
A dictionary of place names, keyed by dcid (potentially sparse if should_resolve_all=False)
"""
if not dcids:
return {}
dcids = dcids.split('^')
response = fetch_data('/node/property-values', {
'dcids': dcids,
'property': 'nameWithLanguage',
'direction': 'out'
},
compress=False,
post=True)
result = {}
dcids_default_name = []
locales = i18n.locale_choices(locale)
for dcid in dcids:
values = response[dcid].get('out')
# If there is no nameWithLanguage for this dcid, fall back to name.
if not values:
dcids_default_name.append(dcid)
continue
result[dcid] = ''
for locale in locales:
for entry in values:
if has_locale_name(entry, locale):
result[dcid] = extract_locale_name(entry, locale)
break
if result[dcid]:
break
if dcids_default_name:
if should_resolve_all:
default_names = cached_name('^'.join(sorted(dcids_default_name)))
else:
default_names = {}
for dcid in dcids_default_name:
result[dcid] = default_names.get(dcid, '')
return result
def get_parent_place(dcid):
response = fetch_data('/node/property-values', {
'dcids': [dcid],
'property': 'containedInPlace',
'direction': 'out'
},
compress=False,
post=True)
parents = response[dcid].get('out', [])
parents.sort(key=lambda x: x['dcid'], reverse=True)
for i in range(len(parents)):
if len(parents[i]['types']) > 1:
parents[i]['types'] = [
x for x in parents[i]['types']
if not x.startswith('AdministrativeArea')
]
return parents
def get_stat_vars_union(dcids):
"""Get all the statistical variable dcids for some places.
Args:
dcids: Place DCIDs separated by "^" as a single string.
Returns:
List of unique statistical variable dcids each as a string.
"""
dcids = dcids.split("^")
# The two indexings are due to how protobuf fields are converted to json
return fetch_data('/place/stat-vars/union', {
'dcids': dcids,
},
compress=False,
post=True,
has_payload=False)['statVars']['statVars']
def child_fetch(dcid):
response = fetch_data('/node/property-values', {
'dcids': [dcid],
'property': 'containedInPlace',
'direction': 'in'
},
compress=False,
post=True)
places = response[dcid].get('in', [])
result = collections.defaultdict(list)
for place in places:
for place_type in place['types']:
if place_type in WANTED_PLACE_TYPES:
result[place_type].append({
'name': place['name'],
'dcid': place['dcid'],
})
break
for place in result:
result[place].sort(key=lambda x: x['dcid'])
return result
def get_stats_url_fragment(dcids):
"""Get stats information give multiple stats var dcids.
The result is used as partial link to GNI.
Args:
dcids: A list of stats var dcids.
Returns:
An object keyed by stats dcid, with value being partial url that can
be used by the /tools/timeline endpoint.
{
"Count_Person": "Person,count,gender,Female"
}
"""
data = dc.fetch_data('/node/triples', {
'dcids': dcids,
},
compress=False,
post=True)
result = {}
# Get all the constraint properties
for dcid, triples in data.items():
pvs = {}
for triple in triples:
if triple['predicate'] == 'constraintProperties':
pvs[triple["objectId"]] = ''
pop_type = ''
mprop = ''
for triple in triples:
if triple['predicate'] == 'measuredProperty':
mprop = triple['objectId']
if triple['predicate'] == 'populationType':
pop_type = triple['objectId']
if triple['predicate'] in pvs:
pvs[triple['predicate']] = triple['objectId']
tokens = [pop_type, mprop]
for p, v in pvs.items():
tokens.extend([p, v])
result[dcid] = ','.join(tokens)
return result
def cached_name(dcids):
"""Returns display names for set of dcids.
Args:
dcids: ^ separated string of dcids. It must be a single string for the cache.
Returns:
A dictionary of display place names, keyed by dcid.
"""
dcids = dcids.split('^')
response = fetch_data('/node/property-values', {
'dcids': dcids,
'property': 'name',
'direction': 'out'
},
compress=False,
post=True)
result = {}
for dcid in dcids:
values = response[dcid].get('out')
result[dcid] = values[0]['value'] if values else ''
return result