def search_terms(request):
lang = request.GET.get('lang', settings.LANGUAGE_CODE)
se = SearchEngineFactory().create()
searchString = request.GET.get('q', '')
user_is_reviewer = request.user.groups.filter(name='Resource Reviewer').exists()
i = 0
ret = {}
for index in ['terms', 'concepts']:
query = Query(se, start=0, limit=0)
boolquery = Bool()
boolquery.should(Match(field='value', query=searchString.lower(), type='phrase_prefix'))
boolquery.should(Match(field='value.folded', query=searchString.lower(), type='phrase_prefix'))
boolquery.should(Match(field='value.folded', query=searchString.lower(), fuzziness='AUTO', prefix_length=settings.SEARCH_TERM_SENSITIVITY))
if user_is_reviewer is False and index == 'terms':
boolquery.filter(Terms(field='provisional', terms=['false']))
query.add_query(boolquery)
base_agg = Aggregation(name='value_agg', type='terms', field='value.raw', size=settings.SEARCH_DROPDOWN_LENGTH, order={"max_score": "desc"})
nodegroupid_agg = Aggregation(name='nodegroupid', type='terms', field='nodegroupid')
top_concept_agg = Aggregation(name='top_concept', type='terms', field='top_concept')
conceptid_agg = Aggregation(name='conceptid', type='terms', field='conceptid')
max_score_agg = MaxAgg(name='max_score', script='_score')
top_concept_agg.add_aggregation(conceptid_agg)
base_agg.add_aggregation(max_score_agg)
base_agg.add_aggregation(top_concept_agg)
base_agg.add_aggregation(nodegroupid_agg)
query.add_aggregation(base_agg)
ret[index] = []
results = query.search(index=index)
for result in results['aggregations']['value_agg']['buckets']:
if len(result['top_concept']['buckets']) > 0:
for top_concept in result['top_concept']['buckets']:
top_concept_id = top_concept['key']
top_concept_label = get_preflabel_from_conceptid(top_concept['key'], lang)['value']
for concept in top_concept['conceptid']['buckets']:
ret[index].append({
'type': 'concept',
'context': top_concept_id,
'context_label': top_concept_label,
'id': i,
'text': result['key'],
'value': concept['key']
})
i = i + 1
else:
ret[index].append({
'type': 'term',
'context': '',
'context_label': get_resource_model_label(result),
'id': i,
'text': result['key'],
'value': result['key']
})
i = i + 1
return JSONResponse(ret)
def search_terms(request):
lang = request.GET.get('lang', settings.LANGUAGE_CODE)
se = SearchEngineFactory().create()
searchString = request.GET.get('q', '')
query = Query(se, start=0, limit=0)
boolquery = Bool()
boolquery.should(Match(field='value', query=searchString.lower(), type='phrase_prefix', fuzziness='AUTO'))
boolquery.should(Match(field='value.folded', query=searchString.lower(), type='phrase_prefix', fuzziness='AUTO'))
boolquery.should(Match(field='value.folded', query=searchString.lower(), fuzziness='AUTO'))
query.add_query(boolquery)
base_agg = Aggregation(name='value_agg', type='terms', field='value.raw', size=settings.SEARCH_DROPDOWN_LENGTH, order={"max_score": "desc"})
nodegroupid_agg = Aggregation(name='nodegroupid', type='terms', field='nodegroupid')
top_concept_agg = Aggregation(name='top_concept', type='terms', field='top_concept')
conceptid_agg = Aggregation(name='conceptid', type='terms', field='conceptid')
max_score_agg = MaxAgg(name='max_score', script='_score')
top_concept_agg.add_aggregation(conceptid_agg)
base_agg.add_aggregation(max_score_agg)
base_agg.add_aggregation(top_concept_agg)
base_agg.add_aggregation(nodegroupid_agg)
query.add_aggregation(base_agg)
results = query.search(index='strings') or {'hits': {'hits':[]}}
i = 0;
ret = []
for result in results['aggregations']['value_agg']['buckets']:
if len(result['top_concept']['buckets']) > 0:
for top_concept in result['top_concept']['buckets']:
top_concept_id = top_concept['key']
top_concept_label = get_preflabel_from_conceptid(top_concept['key'], lang)['value']
for concept in top_concept['conceptid']['buckets']:
ret.append({
'type': 'concept',
'context': top_concept_id,
'context_label': top_concept_label,
'id': i,
'text': result['key'],
'value': concept['key']
})
i = i + 1
else:
ret.append({
'type': 'term',
'context': '',
'context_label': '',
'id': i,
'text': result['key'],
'value': result['key']
})
i = i + 1
return JSONResponse(ret)
def search_terms(request):
lang = request.GET.get("lang", settings.LANGUAGE_CODE)
se = SearchEngineFactory().create()
searchString = request.GET.get("q", "")
user_is_reviewer = user_is_resource_reviewer(request.user)
i = 0
ret = {}
for index in ["terms", "concepts"]:
query = Query(se, start=0, limit=0)
boolquery = Bool()
boolquery.should(
Match(field="value",
query=searchString.lower(),
type="phrase_prefix"))
boolquery.should(
Match(field="value.folded",
query=searchString.lower(),
type="phrase_prefix"))
boolquery.should(
Match(field="value.folded",
query=searchString.lower(),
fuzziness="AUTO",
prefix_length=settings.SEARCH_TERM_SENSITIVITY))
if user_is_reviewer is False and index == "terms":
boolquery.filter(Terms(field="provisional", terms=["false"]))
query.add_query(boolquery)
base_agg = Aggregation(name="value_agg",
type="terms",
field="value.raw",
size=settings.SEARCH_DROPDOWN_LENGTH,
order={"max_score": "desc"})
nodegroupid_agg = Aggregation(name="nodegroupid",
type="terms",
field="nodegroupid")
top_concept_agg = Aggregation(name="top_concept",
type="terms",
field="top_concept")
conceptid_agg = Aggregation(name="conceptid",
type="terms",
field="conceptid")
max_score_agg = MaxAgg(name="max_score", script="_score")
top_concept_agg.add_aggregation(conceptid_agg)
base_agg.add_aggregation(max_score_agg)
base_agg.add_aggregation(top_concept_agg)
base_agg.add_aggregation(nodegroupid_agg)
query.add_aggregation(base_agg)
ret[index] = []
results = query.search(index=index)
if results is not None:
for result in results["aggregations"]["value_agg"]["buckets"]:
if len(result["top_concept"]["buckets"]) > 0:
for top_concept in result["top_concept"]["buckets"]:
top_concept_id = top_concept["key"]
top_concept_label = get_preflabel_from_conceptid(
top_concept["key"], lang)["value"]
for concept in top_concept["conceptid"]["buckets"]:
ret[index].append({
"type": "concept",
"context": top_concept_id,
"context_label": top_concept_label,
"id": i,
"text": result["key"],
"value": concept["key"],
})
i = i + 1
else:
ret[index].append({
"type":
"term",
"context":
"",
"context_label":
get_resource_model_label(result),
"id":
i,
"text":
result["key"],
"value":
result["key"],
})
i = i + 1
return JSONResponse(ret)
def time_wheel_config(request):
se = SearchEngineFactory().create()
query = Query(se, limit=0)
nested_agg = NestedAgg(path='dates', name='min_max_agg')
nested_agg.add_aggregation(MinAgg(field='dates.date'))
nested_agg.add_aggregation(MaxAgg(field='dates.date'))
query.add_aggregation(nested_agg)
results = query.search(index='resource')
if results is not None and results['aggregations']['min_max_agg'][
'min_dates.date']['value'] is not None and results['aggregations'][
'min_max_agg']['max_dates.date']['value'] is not None:
min_date = int(results['aggregations']['min_max_agg']['min_dates.date']
['value']) / 10000
max_date = int(results['aggregations']['min_max_agg']['max_dates.date']
['value']) / 10000
# round min and max date to the nearest 1000 years
min_date = math.ceil(math.fabs(min_date) /
1000) * -1000 if min_date < 0 else math.floor(
min_date / 1000) * 1000
max_date = math.floor(math.fabs(max_date) /
1000) * -1000 if max_date < 0 else math.ceil(
max_date / 1000) * 1000
query = Query(se, limit=0)
range_lookup = {}
def gen_range_agg(gte=None, lte=None, permitted_nodegroups=None):
date_query = Bool()
date_query.filter(
Range(field='dates.date',
gte=gte,
lte=lte,
relation='intersects'))
if permitted_nodegroups:
date_query.filter(
Terms(field='dates.nodegroup_id',
terms=permitted_nodegroups))
date_ranges_query = Bool()
date_ranges_query.filter(
Range(field='date_ranges.date_range',
gte=gte,
lte=lte,
relation='intersects'))
if permitted_nodegroups:
date_ranges_query.filter(
Terms(field='date_ranges.nodegroup_id',
terms=permitted_nodegroups))
wrapper_query = Bool()
wrapper_query.should(
Nested(path='date_ranges', query=date_ranges_query))
wrapper_query.should(Nested(path='dates', query=date_query))
return wrapper_query
for millennium in range(int(min_date), int(max_date) + 1000, 1000):
min_millenium = millennium
max_millenium = millennium + 1000
millenium_name = "Millennium (%s - %s)" % (min_millenium,
max_millenium)
mill_boolquery = gen_range_agg(
gte=ExtendedDateFormat(min_millenium).lower,
lte=ExtendedDateFormat(max_millenium).lower,
permitted_nodegroups=get_permitted_nodegroups(request.user))
millenium_agg = FiltersAgg(name=millenium_name)
millenium_agg.add_filter(mill_boolquery)
range_lookup[millenium_name] = [min_millenium, max_millenium]
for century in range(min_millenium, max_millenium, 100):
min_century = century
max_century = century + 100
century_name = "Century (%s - %s)" % (min_century, max_century)
cent_boolquery = gen_range_agg(
gte=ExtendedDateFormat(min_century).lower,
lte=ExtendedDateFormat(max_century).lower)
century_agg = FiltersAgg(name=century_name)
century_agg.add_filter(cent_boolquery)
millenium_agg.add_aggregation(century_agg)
range_lookup[century_name] = [min_century, max_century]
for decade in range(min_century, max_century, 10):
min_decade = decade
max_decade = decade + 10
decade_name = "Decade (%s - %s)" % (min_decade, max_decade)
dec_boolquery = gen_range_agg(
gte=ExtendedDateFormat(min_decade).lower,
lte=ExtendedDateFormat(max_decade).lower)
decade_agg = FiltersAgg(name=decade_name)
decade_agg.add_filter(dec_boolquery)
century_agg.add_aggregation(decade_agg)
range_lookup[decade_name] = [min_decade, max_decade]
query.add_aggregation(millenium_agg)
root = d3Item(name='root')
results = {'buckets': [query.search(index='resource')['aggregations']]}
results_with_ranges = appendDateRanges(results, range_lookup)
transformESAggToD3Hierarchy(results_with_ranges, root)
return JSONResponse(root, indent=4)
else:
return HttpResponseNotFound(
_('Error retrieving the time wheel config'))
def time_wheel_config(self, user):
se = SearchEngineFactory().create()
query = Query(se, limit=0)
nested_agg = NestedAgg(path="dates", name="min_max_agg")
nested_agg.add_aggregation(MinAgg(field="dates.date"))
nested_agg.add_aggregation(MaxAgg(field="dates.date"))
query.add_aggregation(nested_agg)
results = query.search(index=RESOURCES_INDEX)
if (results is not None and results["aggregations"]["min_max_agg"]
["min_dates.date"]["value"] is not None and results["aggregations"]
["min_max_agg"]["max_dates.date"]["value"] is not None):
min_date = int(results["aggregations"]["min_max_agg"]
["min_dates.date"]["value"]) / 10000
max_date = int(results["aggregations"]["min_max_agg"]
["max_dates.date"]["value"]) / 10000
# round min and max date to the nearest 1000 years
min_date = math.ceil(math.fabs(min_date) /
1000) * -1000 if min_date < 0 else math.floor(
min_date / 1000) * 1000
max_date = math.floor(math.fabs(max_date) /
1000) * -1000 if max_date < 0 else math.ceil(
max_date / 1000) * 1000
query = Query(se, limit=0)
range_lookup = {}
def gen_range_agg(gte=None, lte=None, permitted_nodegroups=None):
date_query = Bool()
date_query.filter(
Range(field="dates.date",
gte=gte,
lte=lte,
relation="intersects"))
if permitted_nodegroups is not None:
date_query.filter(
Terms(field="dates.nodegroup_id",
terms=permitted_nodegroups))
date_ranges_query = Bool()
date_ranges_query.filter(
Range(field="date_ranges.date_range",
gte=gte,
lte=lte,
relation="intersects"))
if permitted_nodegroups is not None:
date_ranges_query.filter(
Terms(field="date_ranges.nodegroup_id",
terms=permitted_nodegroups))
wrapper_query = Bool()
wrapper_query.should(
Nested(path="date_ranges", query=date_ranges_query))
wrapper_query.should(Nested(path="dates", query=date_query))
return wrapper_query
date_tiers = {
"name": "Millennium",
"interval": 1000,
"root": True,
"child": {
"name": "Century",
"interval": 100,
"child": {
"name": "Decade",
"interval": 10
}
},
}
if abs(int(min_date) - int(max_date)) > 1000:
date_tiers = {
"name": "Millennium",
"interval": 1000,
"root": True,
"child": {
"name": "Half-millennium",
"interval": 500,
"child": {
"name": "Century",
"interval": 100
}
},
}
if settings.TIMEWHEEL_DATE_TIERS is not None:
date_tiers = settings.TIMEWHEEL_DATE_TIERS
def add_date_tier(date_tier,
low_date,
high_date,
previous_period_agg=None):
interval = date_tier["interval"]
name = date_tier["name"]
within_range = True
if "root" in date_tier:
high_date = int(high_date) + interval
for period in range(int(low_date), int(high_date), interval):
min_period = period
max_period = period + interval
if "range" in date_tier:
within_range = min_period >= date_tier["range"][
"min"] and max_period <= date_tier["range"]["max"]
period_name = "{0} ({1} - {2})".format(
name, min_period, max_period)
nodegroups = self.get_permitted_nodegroups(
user) if "root" in date_tier else None
period_boolquery = gen_range_agg(
gte=ExtendedDateFormat(min_period).lower,
lte=ExtendedDateFormat(max_period).lower,
permitted_nodegroups=nodegroups)
period_agg = FiltersAgg(name=period_name)
period_agg.add_filter(period_boolquery)
if "root" not in date_tier:
if within_range is True:
previous_period_agg.add_aggregation(period_agg)
range_lookup[period_name] = [min_period, max_period]
if "child" in date_tier:
add_date_tier(date_tier["child"], min_period,
max_period, period_agg)
if "root" in date_tier:
query.add_aggregation(period_agg)
add_date_tier(date_tiers, min_date, max_date)
root = d3Item(name="root")
results = {
"buckets":
[query.search(index=RESOURCES_INDEX)["aggregations"]]
}
results_with_ranges = self.appendDateRanges(results, range_lookup)
self.transformESAggToD3Hierarchy(results_with_ranges, root)
# calculate total number of docs
for child in root.children:
root.size = root.size + child.size
if user.username in settings.CACHE_BY_USER:
key = "time_wheel_config_{0}".format(user.username)
cache.set(key, root, settings.CACHE_BY_USER[user.username])
return root
def time_wheel_config(request):
se = SearchEngineFactory().create()
query = Query(se, limit=0)
query.add_aggregation(MinAgg(field='dates', format='y'))
query.add_aggregation(MaxAgg(field='dates', format='y'))
results = query.search(index='resource')
if results is not None and results['aggregations']['min_dates'][
'value'] is not None and results['aggregations']['max_dates'][
'value'] is not None:
min_date = int(results['aggregations']['min_dates']['value_as_string'])
max_date = int(results['aggregations']['max_dates']['value_as_string'])
# round min and max date to the nearest 1000 years
min_date = math.ceil(math.fabs(min_date) /
1000) * -1000 if min_date < 0 else math.floor(
min_date / 1000) * 1000
max_date = math.floor(math.fabs(max_date) /
1000) * -1000 if max_date < 0 else math.ceil(
max_date / 1000) * 1000
query = Query(se, limit=0)
for millennium in range(int(min_date), int(max_date) + 1000, 1000):
min_millenium = millennium
max_millenium = millennium + 1000
millenium_agg = DateRangeAgg(name="Millennium (%s-%s)" %
(min_millenium, max_millenium),
field='dates',
format='y',
min_date=str(min_millenium),
max_date=str(max_millenium))
for century in range(min_millenium, max_millenium, 100):
min_century = century
max_century = century + 100
century_aggregation = DateRangeAgg(name="Century (%s-%s)" %
(min_century, max_century),
field='dates',
format='y',
min_date=str(min_century),
max_date=str(max_century))
millenium_agg.add_aggregation(century_aggregation)
for decade in range(min_century, max_century, 10):
min_decade = decade
max_decade = decade + 10
decade_aggregation = DateRangeAgg(name="Decade (%s-%s)" %
(min_decade, max_decade),
field='dates',
format='y',
min_date=str(min_decade),
max_date=str(max_decade))
century_aggregation.add_aggregation(decade_aggregation)
query.add_aggregation(millenium_agg)
root = d3Item(name='root')
transformESAggToD3Hierarchy(
{'buckets': [query.search(index='resource')['aggregations']]},
root)
return JSONResponse(root, indent=4)
else:
return HttpResponseNotFound(
_('Error retrieving the time wheel config'))