def read(self, request, jdbc_source_slug):
result = {}
result['info'] = documentation(self.__class__)
jdbc_source = JdbcSource.objects.get(slug=jdbc_source_slug)
result['data'] = self._return_data(
jdbc_source.get_filter_tree(),
request, jdbc_source_slug)
return result
def read(self, request):
result = {}
result['info'] = documentation(self.__class__)
data = []
for jdbc_source in JdbcSource.objects.all():
url = request.build_absolute_uri(
reverse(FILTER_URL_NAME,
kwargs={'jdbc_source_slug': jdbc_source.slug}))
data.append({'title': jdbc_source.name,
'url': url})
result['data'] = data
return result
def read(self, request,
jdbc_source_slug, filter_id, parameter_id, location_id):
safe_filter_id = filter_id
filter_id = urllib.unquote(filter_id)
safe_parameter_id = parameter_id
parameter_id = urllib.unquote(parameter_id)
safe_location_id = location_id
location_id = urllib.unquote(location_id)
result = {}
result['info'] = documentation(self.__class__)
alternative_representations = []
for format in ('csv', 'png', 'html'):
url = request.build_absolute_uri(
reverse(
TIMESERIE_URL_NAME + '_' + format,
kwargs={'jdbc_source_slug': jdbc_source_slug,
'filter_id': safe_filter_id,
'parameter_id': safe_parameter_id,
'location_id': safe_location_id}))
alternative_representations.append(
{'url': url,
'format': format})
result['alternative_representations'] = alternative_representations
jdbc_source = JdbcSource.objects.get(slug=jdbc_source_slug)
start_date, end_date = start_end_dates(request)
data = jdbc_source.get_timeseries(
filter_id, location_id, parameter_id,
start_date, end_date)
if not data:
response = rc.NOT_FOUND
response.write(
"No data found for this filter/parameter/location combination")
return response
result['data'] = data
# TODO: fix this parameter_name, get_parameter_name does not exist
# result['parameter_name'] = jdbc_source.get_parameter_name(
# parameter_id)
result['parameter_name'] = parameter_id
# ^^^ Not sure this is a great place to set this, but we need it for
# now.
return result
def read(self, request, jdbc_source_slug, filter_id):
safe_filter_id = filter_id
filter_id = urllib.unquote(filter_id)
result = {}
result['info'] = documentation(self.__class__)
jdbc_source = JdbcSource.objects.get(slug=jdbc_source_slug)
data = []
for parameter in jdbc_source.get_named_parameters(
filter_id):
safe_parameter_id = urllib.quote(parameter['parameterid'], '')
url = request.build_absolute_uri(
reverse(
LOCATION_URL_NAME,
kwargs={'jdbc_source_slug': jdbc_source_slug,
'filter_id': safe_filter_id,
'parameter_id': safe_parameter_id}))
data.append({'title': parameter['parameter'],
'url': url})
result['data'] = data
return result
def read(self, request, jdbc_source_slug, filter_id, parameter_id):
safe_filter_id = filter_id
filter_id = urllib.unquote(filter_id)
safe_parameter_id = parameter_id
parameter_id = urllib.unquote(parameter_id)
result = {}
result['info'] = documentation(self.__class__)
jdbc_source = JdbcSource.objects.get(slug=jdbc_source_slug)
data = []
for location in jdbc_source.get_locations(filter_id, parameter_id):
safe_location_id = urllib.quote(location['locationid'], '')
# TODO: add geojson coordinates!!!
url = request.build_absolute_uri(
reverse(
TIMESERIE_URL_NAME,
kwargs={'jdbc_source_slug': jdbc_source_slug,
'filter_id': safe_filter_id,
'parameter_id': safe_parameter_id,
'location_id': safe_location_id}))
data.append({'title': location['location'],
'url': url})
result['data'] = data
return result
