def add_sounds_to_solr(sounds):
solr = Solr(settings.SOLR_URL)
console_logger.info("creating XML")
documents = [convert_to_solr_document(s) for s in sounds]
console_logger.info("adding %d sounds to solr index" % len(documents))
console_logger.info("posting to Solr")
solr.add(documents)
def add_sounds_to_solr(sounds):
solr = Solr(settings.SOLR_URL)
console_logger.info("creating XML")
documents = [convert_to_solr_document(s) for s in sounds]
console_logger.info("adding %d sounds to solr index" % len(documents))
console_logger.info("posting to Solr")
solr.add(documents)
def get_all_sound_ids_from_solr(limit=False):
logger.info("getting all sound ids from solr.")
if not limit:
limit = 99999999999999
solr = Solr(settings.SOLR_URL)
solr_ids = []
solr_count = None
PAGE_SIZE = 2000
current_page = 1
while (len(solr_ids) < solr_count
or solr_count is None) and len(solr_ids) < limit:
response = SolrResponseInterpreter(
solr.select(
unicode(
search_prepare_query('',
'',
search_prepare_sort(
'created asc',
SEARCH_SORT_OPTIONS_WEB),
current_page,
PAGE_SIZE,
include_facets=False))))
solr_ids += [element['id'] for element in response.docs]
solr_count = response.num_found
current_page += 1
return sorted(solr_ids)
def get_user_tags(self, use_solr=True):
if use_solr:
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\"' % self.user.username
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=10, mincount=1)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
except SolrException as e:
return False
except Exception as e:
return False
return [{'name': tag, 'count': count} for tag, count in results.facets['tag']]
else:
return DelayedQueryExecuter("""
SELECT tags_tag.name AS name, X.c AS count
FROM ( SELECT tag_id, count(*) as c
FROM tags_taggeditem
LEFT JOIN sounds_sound ON object_id=sounds_sound.id
WHERE tags_taggeditem.user_id=%d AND
sounds_sound.moderation_state='OK' AND
sounds_sound.processing_state='OK'
GROUP BY tag_id
ORDER BY c
DESC LIMIT 10) AS X
LEFT JOIN tags_tag ON tags_tag.id=X.tag_id
ORDER BY tags_tag.name;""" % self.user_id)
def tags(request, multiple_tags=None):
if multiple_tags:
multiple_tags = multiple_tags.split('/')
else:
multiple_tags = []
multiple_tags = sorted(filter(lambda x: x, multiple_tags))
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
solr = Solr(settings.SOLR_URL)
query = SolrQuery()
if multiple_tags:
query.set_query(" ".join("tag:\"" + tag + "\"" for tag in multiple_tags))
else:
query.set_query("*:*")
query.set_query_options(start=(current_page - 1) * settings.SOUNDS_PER_PAGE, rows=settings.SOUNDS_PER_PAGE, field_list=["id"], sort=["num_downloads desc"])
query.add_facet_fields("tag")
query.set_facet_options_default(limit=100, sort=True, mincount=1, count_missing=False)
query.set_group_field(group_field="grouping_pack")
query.set_group_options(group_func=None,
group_query=None,
group_rows=10,
group_start=0,
group_limit=1,
group_offset=0,
group_sort=None,
group_sort_ingroup=None,
group_format='grouped',
group_main=False,
group_num_groups=True,
group_cache_percent=0,
group_truncate=True) # Sets how many results from the same grup are taken into account for computing the facets
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
non_grouped_number_of_results = results.non_grouped_number_of_matches
page = paginator.page(current_page)
error = False
tags = [dict(name=f[0], count=f[1]) for f in results.facets["tag"]]
docs = results.docs
resultids = [d.get("id") for d in docs]
resultsounds = sounds.models.Sound.objects.bulk_query_id(resultids)
allsounds = {}
for s in resultsounds:
allsounds[s.id] = s
for d in docs:
d["sound"] = allsounds[d["id"]]
except SolrException, e:
error = True
search_logger.error("SOLR ERROR - %s" % e)
def perform_solr_query(q, current_page):
"""
This util function performs the query to Solr and returns needed parameters to continue with the view.
The main reason to have this util function is to facilitate mocking in unit tests for this view.
"""
solr = Solr(settings.SOLR_URL)
results = SolrResponseInterpreter(solr.select(unicode(q)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
page = paginator.page(current_page)
return results.non_grouped_number_of_matches, results.facets, paginator, page, results.docs
def check_if_sound_exists_in_solr(sound):
solr = Solr(settings.SOLR_URL)
response = SolrResponseInterpreter(
solr.select(
unicode(
search_prepare_query(
'', 'id:%i' % sound.id,
search_prepare_sort('created asc',
SEARCH_SORT_OPTIONS_WEB), 1, 1))))
return response.num_found > 0
def get_solr_results(search_form,
page_size,
max_pages,
start_page=1,
valid_ids=None,
solr=None,
offset=None):
if not solr:
solr = Solr(settings.SOLR_URL)
query_filter = search_form.cleaned_data['filter']
if valid_ids:
# Update solr filter to only return results in valid ids
ids_filter = 'id:(' + ' OR '.join([str(item)
for item in valid_ids]) + ')'
if query_filter:
query_filter += ' %s' % ids_filter
else:
query_filter = ids_filter
solr_ids = []
solr_count = None
try:
current_page = start_page
n_page_requests = 1
# Iterate over solr result pages
while (len(solr_ids) < solr_count
or solr_count == None) and n_page_requests <= max_pages:
query = search_prepare_query(unquote(
search_form.cleaned_data['query'] or ""),
unquote(query_filter or ""),
search_form.cleaned_data['sort'],
current_page,
page_size,
grouping=False,
include_facets=False,
offset=offset)
result = SolrResponseInterpreter(solr.select(unicode(query)))
solr_ids += [element['id'] for element in result.docs]
solr_count = result.num_found
#print 'Solr page %i (total %i sounds)' % (current_page, solr_count)
current_page += 1
n_page_requests += 1
except SolrException as e:
raise ServerErrorException(msg='Search server error: %s' % e.message)
except Exception as e:
raise ServerErrorException(
msg=
'The search server could not be reached or some unexpected error occurred.'
)
return solr_ids, solr_count
def perform_solr_query(q, current_page):
"""
This util function performs the query to SOLR and returns needed parameters to continue with the view.
The main reason to have this util function is to facilitate mocking in unit tests for this view.
"""
solr = Solr(settings.SOLR_URL)
results = SolrResponseInterpreter(solr.select(unicode(q)))
paginator = SolrResponseInterpreterPaginator(results,
settings.SOUNDS_PER_PAGE)
page = paginator.page(current_page)
return results.non_grouped_number_of_matches, results.facets, paginator, page, results.docs
def get_pack_tags(pack_obj):
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\" pack:\"%s\"' % (pack_obj.user.username, pack_obj.name)
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=20, mincount=1)
try:
solr = Solr(settings.SOLR_URL)
results = SolrResponseInterpreter(solr.select(unicode(query)))
except (SolrException, Exception) as e:
# TODO: do something here?
return False
return results.facets
def get_pack_tags(pack_obj):
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\" pack:\"%s\"' % (pack_obj.user.username,
pack_obj.name)
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=20, mincount=1)
try:
solr = Solr(settings.SOLR_URL)
results = SolrResponseInterpreter(solr.select(unicode(query)))
except (SolrException, Exception) as e:
# TODO: do something here?
return False
return results.facets
def get_user_tags(self, use_solr=True):
if use_solr:
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\"' % self.user.username
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=10, mincount=1)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
except SolrException, e:
return False
except Exception, e:
return False
def get_user_tags(self, use_solr=True):
if use_solr:
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\"' % self.user.username
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=10, mincount=1)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
except SolrException, e:
return False
except Exception, e:
return False
def delete_sound_from_solr(sound_id):
search_logger.info("deleting sound with id %d" % sound_id)
try:
Solr(settings.SOLR_URL).delete_by_id(sound_id)
except (SolrException, socket.error) as e:
search_logger.error('could not delete sound with id %s (%s).' %
(sound_id, e))
def get_pack_tags(pack_obj):
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\" pack:\"%s\"' % (pack_obj.user.username, pack_obj.name)
#filter_query = 'pack:\"%s\"' % (pack_obj.name,)
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=20, mincount=1)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
except SolrException, e:
#logger.warning("search error: query: %s error %s" % (query, e))
#error = True
#error_text = 'There was an error while searching, is your query correct?'
return False
def items(self, obj):
if obj['query'] != "":
try:
solr = Solr(settings.SOLR_URL)
query = SolrQuery()
fields=[('id',4),
('tag', 3),
('description', 3),
('username', 2),
('pack_tokenized', 2),
('original_filename', 2),]
if obj['type'] == "phrase":
query.set_dismax_query('"' + obj['query'] + '"',query_fields=fields) # EXACT (not 100%)
elif obj['type'] == "any":
query.set_dismax_query(obj['query'],query_fields=[],minimum_match=0) # OR
else:
query.set_dismax_query(obj['query'],query_fields=[],minimum_match="100%") # AND
lim = obj['limit']
if lim > 100:
lim = 100
query.set_query_options(start=obj['offset'], rows=lim, filter_query="", sort=['created desc'])
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
sounds = []
for object in results.docs :
try:
sounds.append(object)
except: # This will happen if there are synchronization errors between solr index and the database. In that case sounds are ommited and both num_results and results per page might become inacurate
pass
logger.info("Sound pool search RSS")
return sounds
except SolrException, e:
return []
except:
return []
else:
return []
def get_pack_tags(pack_obj):
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\" pack:\"%s\"' % (pack_obj.user.username, pack_obj.name)
#filter_query = 'pack:\"%s\"' % (pack_obj.name,)
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=20, mincount=1)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
except SolrException, e:
#logger.warning("search error: query: %s error %s" % (query, e))
#error = True
#error_text = 'There was an error while searching, is your query correct?'
return False
def get_user_tags(self):
query = SolrQuery()
query.set_dismax_query('')
filter_query = 'username:\"%s\"' % self.user.username
query.set_query_options(field_list=["id"], filter_query=filter_query)
query.add_facet_fields("tag")
query.set_facet_options("tag", limit=10, mincount=1)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
except SolrException as e:
return False
except Exception as e:
return False
return [{'name': tag, 'count': count} for tag, count in results.facets['tag']]
def handle(self, *args, **options):
LIMIT = None
SLICE_SIZE = 500
solr_sound_ids = []
solr = Solr(url=settings.SOLR_URL)
query = SolrQuery()
query.set_dismax_query("") # Query to get ALL sounds
print "Retrieving ids from %i to %i"%(0,SLICE_SIZE)
query.set_query_options(field_list=["id"], rows = SLICE_SIZE, start = 0)
results = SolrResponseInterpreter(solr.select(unicode(query)))
solr_sound_ids += list_of_dicts_to_list_of_ids(results.docs)
total_num_documents = results.num_found
# Start iterating over other pages (slices)
if LIMIT:
number_of_documents = min(LIMIT,total_num_documents)
else:
number_of_documents = total_num_documents
for i in range(SLICE_SIZE,number_of_documents,SLICE_SIZE):
print "Retrieving ids from %i to %i"%(i,i+SLICE_SIZE)
query.set_query_options(field_list=["id"], rows = SLICE_SIZE, start = i)
results = SolrResponseInterpreter(solr.select(unicode(query)))
solr_sound_ids += list_of_dicts_to_list_of_ids(results.docs)
solr_sound_ids = sorted(list(set(solr_sound_ids)))
if LIMIT:
solr_sound_ids = solr_sound_ids[0:LIMIT]
print "%i document ids retrieved"%len(solr_sound_ids)
n_deleted = 0
print ""
for count,id in enumerate(solr_sound_ids):
sys.stdout.write("\rChecking doc %i of %i"%(count,len(solr_sound_ids)))
sys.stdout.flush()
if Sound.objects.filter(id=id,moderation_state="OK",processing_state="OK").exists():
pass
else:
# Sound does not exist in the Db or is not properly moderated and processed
print "\n\t - Deleting sound with id %i from solr index"%id
solr.delete_by_id(id)
n_deleted += 1
print "\n\nDONE! %i sounds deleted from solr index (it may take some minutes to actually see the changes in the page)"%n_deleted
def get_all_sound_ids_from_solr(limit=False):
logger.info("getting all sound ids from solr.")
if not limit:
limit = 99999999999999
solr = Solr(settings.SOLR_URL)
solr_ids = []
solr_count = None
PAGE_SIZE = 2000
current_page = 1
while (len(solr_ids) < solr_count or solr_count is None) and len(solr_ids) < limit:
response = SolrResponseInterpreter(
solr.select(unicode(search_prepare_query(
'', '', search_prepare_sort('created asc', SEARCH_SORT_OPTIONS_WEB), current_page, PAGE_SIZE,
include_facets=False))))
solr_ids += [element['id'] for element in response.docs]
solr_count = response.num_found
current_page += 1
return sorted(solr_ids)
def get_solr_results(search_form, page_size, max_pages, start_page=1, valid_ids=None, solr=None, offset=None):
if not solr:
solr = Solr(settings.SOLR_URL)
query_filter = search_form.cleaned_data['filter']
if valid_ids:
# Update solr filter to only return results in valid ids
ids_filter = 'id:(' + ' OR '.join([str(item) for item in valid_ids]) + ')'
if query_filter:
query_filter += ' %s' % ids_filter
else:
query_filter = ids_filter
solr_ids = []
solr_count = None
try:
current_page = start_page
n_page_requests = 1
# Iterate over solr result pages
while (len(solr_ids) < solr_count or solr_count == None) and n_page_requests <= max_pages:
query = search_prepare_query(unquote(search_form.cleaned_data['query'] or ""),
unquote(query_filter or ""),
search_form.cleaned_data['sort'],
current_page,
page_size,
grouping=False,
include_facets=False,
offset=offset)
result = SolrResponseInterpreter(solr.select(unicode(query)))
solr_ids += [element['id'] for element in result.docs]
solr_count = result.num_found
#print 'Solr page %i (total %i sounds)' % (current_page, solr_count)
current_page += 1
n_page_requests += 1
except SolrException as e:
raise ServerErrorException(msg='Search server error: %s' % e.message)
except Exception as e:
raise ServerErrorException(msg='The search server could not be reached or some unexpected error occurred.')
return solr_ids, solr_count
def get_random_sound_from_solr():
""" Get a random sound from solr.
This is used for random sound browsing. We filter explicit sounds,
but otherwise don't have any other restrictions on sound attributes
"""
solr = Solr(settings.SOLR_URL)
query = SolrQuery()
rand_key = random.randint(1, 10000000)
sort = ['random_%d asc' % rand_key]
filter_query = 'is_explicit:0'
query.set_query("*:*")
query.set_query_options(start=0, rows=1, field_list=["*"], filter_query=filter_query, sort=sort)
try:
response = SolrResponseInterpreter(solr.select(unicode(query)))
docs = response.docs
if docs:
return docs[0]
except (SolrException, socket.error):
pass
return {}
def delete_sounds_from_solr(sound_ids):
solr_max_boolean_clause = 1000 # This number is specified in solrconfig.xml
for count, i in enumerate(range(0, len(sound_ids), solr_max_boolean_clause)):
range_ids = sound_ids[i:i+solr_max_boolean_clause]
try:
logger.info("deleting %i sounds from solr [%i of %i, %i sounds]" %
(len(sound_ids), count + 1, int(math.ceil(float(len(sound_ids)) / solr_max_boolean_clause)),
len(range_ids)))
sound_ids_query = ' OR '.join(['id:{0}'.format(sid) for sid in range_ids])
Solr(settings.SOLR_URL).delete_by_query(sound_ids_query)
except (SolrException, socket.error) as e:
logger.error('could not delete solr sounds chunk %i of %i' %
(count + 1, int(math.ceil(float(len(sound_ids)) / solr_max_boolean_clause))))
def tags(request, multiple_tags=None):
if multiple_tags:
multiple_tags = multiple_tags.split('/')
else:
multiple_tags = []
multiple_tags = sorted(filter(lambda x:x, multiple_tags))
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
solr = Solr(settings.SOLR_URL)
query = SolrQuery()
if multiple_tags:
query.set_query(" ".join("tag:\"" + tag + "\"" for tag in multiple_tags))
else:
query.set_query("*:*")
query.set_query_options(start=(current_page - 1) * settings.SOUNDS_PER_PAGE, rows=settings.SOUNDS_PER_PAGE, field_list=["id"], sort=["num_downloads desc"])
query.add_facet_fields("tag")
query.set_facet_options_default(limit=100, sort=True, mincount=1, count_missing=False)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
page = paginator.page(current_page)
error = False
tags = [dict(name=f[0], count=f[1]) for f in results.facets["tag"]]
except SolrException, e:
error = True
search_logger.error("SOLR ERROR - %s" % e)
def handle(self, *args, **options):
LIMIT = None
SLICE_SIZE = 500
solr_sound_ids = []
solr = Solr(url=settings.SOLR_URL)
query = SolrQuery()
query.set_dismax_query("") # Query to get ALL sounds
print "Retrieving ids from %i to %i" % (0, SLICE_SIZE)
query.set_query_options(field_list=["id"], rows=SLICE_SIZE, start=0)
results = SolrResponseInterpreter(solr.select(unicode(query)))
solr_sound_ids += list_of_dicts_to_list_of_ids(results.docs)
total_num_documents = results.num_found
# Start iterating over other pages (slices)
if LIMIT:
number_of_documents = min(LIMIT, total_num_documents)
else:
number_of_documents = total_num_documents
for i in range(SLICE_SIZE, number_of_documents, SLICE_SIZE):
print "Retrieving ids from %i to %i" % (i, i + SLICE_SIZE)
query.set_query_options(field_list=["id"],
rows=SLICE_SIZE,
start=i)
results = SolrResponseInterpreter(solr.select(unicode(query)))
solr_sound_ids += list_of_dicts_to_list_of_ids(results.docs)
solr_sound_ids = sorted(list(set(solr_sound_ids)))
if LIMIT:
solr_sound_ids = solr_sound_ids[0:LIMIT]
print "%i document ids retrieved" % len(solr_sound_ids)
n_deleted = 0
print ""
for count, id in enumerate(solr_sound_ids):
sys.stdout.write("\rChecking doc %i of %i" %
(count, len(solr_sound_ids)))
sys.stdout.flush()
if Sound.objects.filter(id=id,
moderation_state="OK",
processing_state="OK").exists():
pass
else:
# Sound does not exist in the Db or is not properly moderated and processed
print "\n\t - Deleting sound with id %i from solr index" % id
solr.delete_by_id(id)
n_deleted += 1
print "\n\nDONE! %i sounds deleted from solr index (it may take some minutes to actually see the changes in the page)" % n_deleted
def handle(self, *args, **options):
LIMIT = None
SLICE_SIZE = 500
solr_post_ids = []
solr = Solr(url=settings.SOLR_FORUM_URL)
query = SolrQuery()
query.set_dismax_query("") # Query to get ALL forums
console_logger.info("Retrieving ids from %i to %i"%(0,SLICE_SIZE))
query.set_query_options(field_list=["id"], rows = SLICE_SIZE, start = 0)
results = SolrResponseInterpreter(solr.select(unicode(query)))
solr_post_ids += list_of_dicts_to_list_of_ids(results.docs)
total_num_documents = results.num_found
# Start iterating over other pages (slices)
if LIMIT:
number_of_documents = min(LIMIT,total_num_documents)
else:
number_of_documents = total_num_documents
for i in range(SLICE_SIZE, number_of_documents,SLICE_SIZE):
console_logger.info("Retrieving ids from %i to %i"%(i,i+SLICE_SIZE-1))
query.set_query_options(field_list=["id"], rows = SLICE_SIZE, start = i)
results = SolrResponseInterpreter(solr.select(unicode(query)))
solr_post_ids += list_of_dicts_to_list_of_ids(results.docs)
solr_post_ids = sorted(list(set(solr_post_ids)))
if LIMIT:
solr_post_ids = solr_post_ids[0:LIMIT]
console_logger.info("%i document ids retrieved"%len(solr_post_ids))
n_deleted = 0
console_logger.info("")
for count, id in enumerate(solr_post_ids):
if count % 100 == 0:
console_logger.info("\rChecking docs %i/%i"%(count,len(solr_post_ids)))
if Post.objects.filter(id=id,moderation_state="OK").exists():
pass
else:
# Post does not exist in the Db or is not properly moderated and processed
console_logger.info("\n\t - Deleting forum with id %i from solr index" % id)
solr.delete_by_id(id)
n_deleted += 1
console_logger.info("\n\nDONE! %i forums deleted from solr index (it may take some minutes to actually see "
"the changes in the page)" % n_deleted)
def api_search(search_form,
target_file=None,
extra_parameters=False,
merging_strategy='merge_optimized',
resource=None):
if search_form.cleaned_data['query'] is None \
and search_form.cleaned_data['filter'] is None \
and not search_form.cleaned_data['descriptors_filter'] \
and not search_form.cleaned_data['target'] \
and not target_file:
# No input data for search, return empty results
return [], 0, None, None, None, None, None
if search_form.cleaned_data['query'] is None and search_form.cleaned_data[
'filter'] is None:
# Standard content-based search
try:
results, count, note = similarity_api_search(
target=search_form.cleaned_data['target'],
filter=search_form.cleaned_data['descriptors_filter'],
num_results=search_form.cleaned_data['page_size'],
offset=(search_form.cleaned_data['page'] - 1) *
search_form.cleaned_data['page_size'],
target_file=target_file)
gaia_ids = [result[0] for result in results]
distance_to_target_data = None
if search_form.cleaned_data['target'] or target_file:
# Save sound distance to target into view class so it can be accessed by the serializer
# We only do that when a target is specified (otherwise there is no meaningful distance value)
distance_to_target_data = dict(results)
gaia_count = count
return gaia_ids, gaia_count, distance_to_target_data, None, note, None, None
except SimilarityException as e:
if e.status_code == 500:
raise ServerErrorException(msg=e.message, resource=resource)
elif e.status_code == 400:
raise BadRequestException(msg=e.message, resource=resource)
elif e.status_code == 404:
raise NotFoundException(msg=e.message, resource=resource)
else:
raise ServerErrorException(msg='Similarity server error: %s' %
e.message,
resource=resource)
except Exception as e:
raise ServerErrorException(
msg=
'The similarity server could not be reached or some unexpected error occurred.',
resource=resource)
elif not search_form.cleaned_data['descriptors_filter'] \
and not search_form.cleaned_data['target'] \
and not target_file:
# Standard text-based search
try:
solr = Solr(settings.SOLR_URL)
query = search_prepare_query(
unquote(search_form.cleaned_data['query'] or ""),
unquote(search_form.cleaned_data['filter'] or ""),
search_form.cleaned_data['sort'],
search_form.cleaned_data['page'],
search_form.cleaned_data['page_size'],
grouping=search_form.cleaned_data['group_by_pack'],
include_facets=False)
result = SolrResponseInterpreter(solr.select(unicode(query)))
solr_ids = [element['id'] for element in result.docs]
solr_count = result.num_found
more_from_pack_data = None
if search_form.cleaned_data['group_by_pack']:
# If grouping option is on, store grouping info in a dictionary that we can add when serializing sounds
more_from_pack_data = dict([(int(element['id']), [
element['more_from_pack'], element['pack_id'],
element['pack_name']
]) for element in result.docs])
return solr_ids, solr_count, None, more_from_pack_data, None, None, None
except SolrException as e:
if search_form.cleaned_data['filter'] is not None:
raise BadRequestException(
msg=
'Search server error: %s (please check that your filter syntax and field '
'names are correct)' % e.message,
resource=resource)
raise BadRequestException(msg='Search server error: %s' %
e.message,
resource=resource)
except Exception as e:
raise ServerErrorException(
msg=
'The search server could not be reached or some unexpected error occurred.',
resource=resource)
else:
# Combined search (there is at least one of query/filter and one of descriptors_filter/target)
# Strategies are implemented in 'combined_search_strategies'
strategy = getattr(combined_search_strategies, merging_strategy)
return strategy(search_form,
target_file=target_file,
extra_parameters=extra_parameters)
def search(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
filter_query_link_more_when_grouping_packs = filter_query.replace(' ','+')
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
sort = request.GET.get("s", None)
sort_options = forms.SEARCH_SORT_OPTIONS_WEB
grouping = request.GET.get("g", "1") # Group by default
actual_groupnig = grouping
# If the query is filtered by pack, do not collapse sounds of the same pack (makes no sense)
# If the query is thourhg ajax (for sources remix editing), do not collapse
if "pack" in filter_query or request.GET.get("ajax", "") == "1":
actual_groupnig = ""
# Set default values
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
description_weight = settings.DEFAULT_SEARCH_WEIGHTS['description']
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS['pack_tokenized']
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS['original_filename']
# Parse advanced search options
advanced = request.GET.get("advanced", "")
# if advanced search
if advanced == "1" :
a_tag = request.GET.get("a_tag", "")
a_filename = request.GET.get("a_filename", "")
a_description = request.GET.get("a_description", "")
a_packname = request.GET.get("a_packname", "")
a_soundid = request.GET.get("a_soundid", "")
a_username = request.GET.get("a_username", "")
# If none is selected use all (so other filter can be appleid)
if a_tag or a_filename or a_description or a_packname or a_soundid or a_username != "" :
# Initialize all weights to 0
id_weight = 0
tag_weight = 0
description_weight = 0
username_weight = 0
pack_tokenized_weight = 0
original_filename_weight = 0
# Set the weights of selected checkboxes
if a_soundid != "" :
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
if a_tag != "" :
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
if a_description != "" :
description_weight = settings.DEFAULT_SEARCH_WEIGHTS['description']
if a_username != "" :
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
if a_packname != "" :
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS['pack_tokenized']
if a_filename != "" :
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS['original_filename']
# ALLOW "q" empty queries
#if search_query.strip() == ""
sort = search_prepare_sort(sort, forms.SEARCH_SORT_OPTIONS_WEB)
query = search_prepare_query(search_query,
filter_query,
sort,
current_page,
settings.SOUNDS_PER_PAGE,
id_weight,
tag_weight,
description_weight,
username_weight,
pack_tokenized_weight,
original_filename_weight,
grouping = actual_groupnig
)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
non_grouped_number_of_results = results.non_grouped_number_of_matches
page = paginator.page(current_page)
error = False
# clickusage tracking
if settings.LOG_CLICKTHROUGH_DATA:
request_full_path = request.get_full_path()
# The session id of an unauthenticated user is different from the session id of the same user when
# authenticated.
request.session["searchtime_session_key"] = request.session.session_key
if results.docs is not None:
ids = []
for item in results.docs:
ids.append(item["id"])
logger_click.info("QUERY : %s : %s : %s : %s" %
(unicode(request_full_path).encode('utf-8'), request.session.session_key, unicode(ids).encode('utf-8'), unicode(current_page).encode('utf-8')))
except SolrException, e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
def get_stream_sounds(user, time_lapse):
solr = Solr(settings.SOLR_URL)
sort_str = search_prepare_sort("created desc", SEARCH_SORT_OPTIONS_WEB)
#
# USERS FOLLOWING
#
users_following = get_users_following(user)
users_sounds = []
for user_following in users_following:
filter_str = "username:"******" created:" + time_lapse
query = search_prepare_query(
"",
filter_str,
sort_str,
1,
SOLR_QUERY_LIMIT_PARAM,
grouping=False,
include_facets=False
)
result = SolrResponseInterpreter(solr.select(unicode(query)))
if result.num_rows != 0:
more_count = max(0, result.num_found - SOLR_QUERY_LIMIT_PARAM)
# the sorting only works if done like this!
more_url_params = [urllib.quote(filter_str), urllib.quote(sort_str[0])]
# this is the same link but for the email has to be "quoted"
more_url = u"?f=" + filter_str + u"&s=" + sort_str[0]
# more_url_quoted = urllib.quote(more_url)
sound_ids = [element['id'] for element in result.docs]
sound_objs = sounds.models.Sound.objects.filter(id__in=sound_ids).select_related('license', 'user')
new_count = more_count + len(sound_ids)
users_sounds.append(((user_following, False), sound_objs, more_url_params, more_count, new_count))
#
# TAGS FOLLOWING
#
tags_following = get_tags_following(user)
tags_sounds = []
for tag_following in tags_following:
tags = tag_following.split(" ")
tag_filter_query = ""
for tag in tags:
tag_filter_query += "tag:" + tag + " "
tag_filter_str = tag_filter_query + " created:" + time_lapse
query = search_prepare_query(
"",
tag_filter_str,
sort_str,
1,
SOLR_QUERY_LIMIT_PARAM,
grouping=False,
include_facets=False
)
result = SolrResponseInterpreter(solr.select(unicode(query)))
if result.num_rows != 0:
more_count = max(0, result.num_found - SOLR_QUERY_LIMIT_PARAM)
# the sorting only works if done like this!
more_url_params = [urllib.quote(tag_filter_str), urllib.quote(sort_str[0])]
# this is the same link but for the email has to be "quoted"
more_url = u"?f=" + tag_filter_str + u"&s=" + sort_str[0]
# more_url_quoted = urllib.quote(more_url)
sound_ids = [element['id'] for element in result.docs]
sound_objs = sounds.models.Sound.objects.filter(id__in=sound_ids)
new_count = more_count + len(sound_ids)
tags_sounds.append((tags, sound_objs, more_url_params, more_count, new_count))
return users_sounds, tags_sounds
# GNU Affero General Public License for more details.
#
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# Authors:
# See AUTHORS file.
#
import time
from utils.search.solr import Solr, SolrQuery, SolrResponseInterpreter
"""An example of usage, with the freesound custom schema...
"""
solr = Solr("http://localhost:8983/solr/", persistent=True)
lines = file("searches").readlines()
lines.reverse()
num_queries_total = 0
num_queries_this_loop = 0
time_solr = 0
results_solr = 0
results_before = 0
start = time.time()
start_this_loop = start
for index, line in enumerate(lines):
def search(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
filter_query_link_more_when_grouping_packs = filter_query.replace(' ', '+')
# Generate array with information of filters
filter_query_split = []
if filter_query != "":
for filter_str in re.findall(r'[\w-]+:\"[^\"]+', filter_query):
filter_str = filter_str + '"'
filter_display = filter_str.replace('"', '')
filter_name = filter_str.split(":")[0]
if filter_name != "duration" and filter_name != "is_geotagged":
if filter_name == "grouping_pack":
val = filter_display.split(":")[1]
filter_display = "pack:" + val.split("_")[1]
filter = {
'name': filter_display,
'remove_url': filter_query.replace(filter_str, ''),
}
filter_query_split.append(filter)
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
sort = request.GET.get("s", None)
sort_options = forms.SEARCH_SORT_OPTIONS_WEB
grouping = request.GET.get("g", "1") # Group by default
actual_groupnig = grouping
# If the query is filtered by pack, do not collapse sounds of the same pack (makes no sense)
# If the query is thourhg ajax (for sources remix editing), do not collapse
if "pack" in filter_query or request.GET.get("ajax", "") == "1":
actual_groupnig = ""
# Set default values
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
description_weight = settings.DEFAULT_SEARCH_WEIGHTS['description']
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS['pack_tokenized']
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS[
'original_filename']
# Parse advanced search options
advanced = request.GET.get("advanced", "")
# if advanced search
if advanced == "1":
a_tag = request.GET.get("a_tag", "")
a_filename = request.GET.get("a_filename", "")
a_description = request.GET.get("a_description", "")
a_packname = request.GET.get("a_packname", "")
a_soundid = request.GET.get("a_soundid", "")
a_username = request.GET.get("a_username", "")
# If none is selected use all (so other filter can be appleid)
if a_tag or a_filename or a_description or a_packname or a_soundid or a_username != "":
# Initialize all weights to 0
id_weight = 0
tag_weight = 0
description_weight = 0
username_weight = 0
pack_tokenized_weight = 0
original_filename_weight = 0
# Set the weights of selected checkboxes
if a_soundid != "":
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
if a_tag != "":
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
if a_description != "":
description_weight = settings.DEFAULT_SEARCH_WEIGHTS[
'description']
if a_username != "":
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
if a_packname != "":
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS[
'pack_tokenized']
if a_filename != "":
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS[
'original_filename']
# ALLOW "q" empty queries
#if search_query.strip() == ""
sort = search_prepare_sort(sort, forms.SEARCH_SORT_OPTIONS_WEB)
logger.info(u'Search (%s)' % json.dumps({
'ip':
get_client_ip(request),
'query':
search_query,
'filter':
filter_query,
'username':
request.user.username,
'page':
current_page,
'sort':
sort[0],
'group_by_pack':
actual_groupnig,
'advanced':
json.dumps({
'search_in_tag': a_tag,
'search_in_filename': a_filename,
'search_in_description': a_description,
'search_in_packname': a_packname,
'search_in_soundid': a_soundid,
'search_in_username': a_username
}) if advanced == "1" else ""
}))
query = search_prepare_query(search_query,
filter_query,
sort,
current_page,
settings.SOUNDS_PER_PAGE,
id_weight,
tag_weight,
description_weight,
username_weight,
pack_tokenized_weight,
original_filename_weight,
grouping=actual_groupnig)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results,
settings.SOUNDS_PER_PAGE)
num_results = paginator.count
non_grouped_number_of_results = results.non_grouped_number_of_matches
page = paginator.page(current_page)
error = False
docs = results.docs
resultids = [d.get("id") for d in docs]
resultsounds = sounds.models.Sound.objects.bulk_query_id(resultids)
allsounds = {}
for s in resultsounds:
allsounds[s.id] = s
# allsounds will contain info from all the sounds returned by bulk_query_id. This should
# be all sounds in docs, but if solr and db are not synchronised, it might happen that there
# are ids in docs which are not found in bulk_query_id. To avoid problems we remove elements
# in docs that have not been loaded in allsounds.
docs = [doc for doc in docs if doc["id"] in allsounds]
for d in docs:
d["sound"] = allsounds[d["id"]]
except SolrException, e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
def handle(self, *args, **options):
# init
solr = Solr(settings.SOLR_URL)
# Get all solr ids
print "Getting solr ids...",
solr_ids = get_all_sound_ids_from_solr()
print "done!"
# Get ell gaia ids
print "Getting gaia ids...",
gaia_ids = Similarity.get_all_sound_ids()
print "done!"
print "Getting freesound db data..."
# Get all moderated and processed sound ids
queryset = Sound.objects.filter(processing_state='OK', moderation_state='OK').order_by('id').only("id")
fs_mp = [sound.id for sound in queryset]
# Get ell moderated, processed and analysed sounds
queryset = Sound.objects.filter(processing_state='OK', moderation_state='OK', analysis_state='OK').order_by('id').only("id")
fs_mpa = [sound.id for sound in queryset]
print "done!"
print "\nNumber of sounds per index:\n--------------------------"
print "Solr index\t\t%i" % len(solr_ids)
print "Gaia index\t\t%i" % len(gaia_ids)
print "Freesound\t\t%i (moderated and processed)" % len(fs_mp)
print "Freesound\t\t%i (moderated, processed and analyzed)" % len(fs_mpa)
print "\n\n***************\nSOLR INDEX\n***************\n"
in_solr_not_in_fs = list(set(solr_ids).intersection(set(set(solr_ids).difference(fs_mp))))
in_fs_not_in_solr = list(set(fs_mp).intersection(set(set(fs_mp).difference(solr_ids))))
print "Sounds in solr but not in fs:\t%i" % len(in_solr_not_in_fs)
print "Sounds in fs but not in solr:\t%i" % len(in_fs_not_in_solr)
if not options['no-changes']:
# Mark fs sounds to go processing
if in_fs_not_in_solr:
print "Changing is_index_dirty_state of sounds that require it"
N = len(in_fs_not_in_solr)
for count, sid in enumerate(in_fs_not_in_solr):
sys.stdout.write('\r\tChanging state of sound sound %i of %i ' % (count+1, N))
sys.stdout.flush()
sound = Sound.objects.get(id=sid)
sound.set_single_field('is_index_dirty', True)
# Delete sounds from solr that are not in the db
if in_solr_not_in_fs:
print "\nDeleting sounds that should not be in solr"
N = len(in_solr_not_in_fs)
for count, sid in enumerate(in_solr_not_in_fs):
sys.stdout.write('\r\tDeleting sound %i of %i ' % (count+1, N))
sys.stdout.flush()
solr.delete_by_id(sid)
print "\n***************\nGAIA INDEX\n***************\n"
in_gaia_not_in_fs = list(set(gaia_ids).intersection(set(set(gaia_ids).difference(fs_mpa))))
in_fs_not_in_gaia = list(set(fs_mpa).intersection(set(set(fs_mpa).difference(gaia_ids))))
print "Sounds in gaia but not in fs:\t%i" % len(in_gaia_not_in_fs)
print "Sounds in fs but not in gaia:\t%i (only considering sounds correctly analyzed)" % len(in_fs_not_in_gaia)
#Similarity.save()
if not options['no-changes']:
# Mark fs sounds to go processing
if in_fs_not_in_gaia:
print "Changing similarity_state of sounds that require it"
N = len(in_fs_not_in_gaia)
for count, sid in enumerate(in_fs_not_in_gaia):
sys.stdout.write('\r\tChanging state of sound %i of %i ' % (count+1, N))
sys.stdout.flush()
sound = Sound.objects.get(id=sid)
sound.set_similarity_state('PE')
# Delete sounds from gaia that are not in the db
if in_gaia_not_in_fs:
print "\nDeleting sounds that should not be in solr"
N = len(in_gaia_not_in_fs)
for count, sid in enumerate(in_gaia_not_in_fs):
sys.stdout.write('\r\tDeleting sound %i of %i ' % (count+1, N))
sys.stdout.flush()
Similarity.delete(sid)
def search_forum(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
current_forum_name_slug = request.GET.get("current_forum_name_slug", "").strip() # for context sensitive search
current_forum_name = request.GET.get("current_forum_name", "").strip() # used in breadcrumb
sort = ["thread_created desc"]
# Parse advanced search options
advanced_search = request.GET.get("advanced_search", "")
date_from = request.GET.get("dt_from", "")
date_to = request.GET.get("dt_to", "")
# TEMPORAL WORKAROUND!!! to prevent using watermark as the query for forum search...
# It only happens in some situations.
if "search in " in search_query:
invalid = 1
if search_query.strip() != "" or filter_query:
# add current forum
if current_forum_name_slug.strip() != "":
filter_query += "forum_name_slug:" + current_forum_name_slug
# add date range
if advanced_search == "1" and date_from != "" or date_to != "":
filter_query = __add_date_range(filter_query, date_from, date_to)
query = SolrQuery()
query.set_dismax_query(search_query, query_fields=[("thread_title", 4),
("post_body", 3),
("thread_author", 3),
("post_author", 3),
("forum_name", 2)])
query.set_highlighting_options_default(field_list=["post_body"],
fragment_size=200,
alternate_field="post_body", # TODO: revise this param
require_field_match=False,
pre="<strong>",
post="</strong>")
query.set_query_options(start=(current_page - 1) * settings.SOUNDS_PER_PAGE,
rows=settings.SOUNDS_PER_PAGE,
field_list=["id",
"forum_name",
"forum_name_slug",
"thread_id",
"thread_title",
"thread_author",
"thread_created",
"post_body",
"post_author",
"post_created",
"num_posts"],
filter_query=filter_query,
sort=sort)
query.set_group_field("thread_title_grouped")
query.set_group_options(group_limit=30)
solr = Solr(settings.SOLR_FORUM_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
page = paginator.page(current_page)
error = False
except SolrException, e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
except Exception, e:
logger.error("Could probably not connect to Solr - %s" % e)
error = True
error_text = 'The search server could not be reached, please try again later.'
def merge_optimized(search_form, target_file=None, extra_parameters=None):
"""
Filter both strategy will first get either some results from solr and then check if returned results are also
valid results in a gaia query, or the other way around.
In gaia and solr we can restrict the query to a particular set of results, but there are limitations both in the
length of the resulting url and in the number of OR clauses that solr can support.
"""
if not extra_parameters:
extra_parameters = dict()
solr_filter_id_block_size = extra_parameters.get(
'cs_solr_filter_id_block_size', 350)
solr_filter_id_max_pages = extra_parameters.get(
'cs_solr_filter_id_max_pages', 7)
solr_max_requests = extra_parameters.get('cs_max_solr_requests', 20)
solr_page_size = extra_parameters.get('cs_solr_page_size', 200)
gaia_max_pages = extra_parameters.get('cs_max_gaia_pages', 1)
gaia_page_size = extra_parameters.get(
'cs_gaia_page_size', 9999999) # We can get ALL gaia results at once
num_requested_results = search_form.cleaned_data['page_size']
params_for_next_page = dict()
debug_note = ''
if search_form.cleaned_data['target'] or target_file:
# First search into gaia and get all results that have not been checked in previous calls (indicated in request parameter 'cs_lcvidp')
last_checked_valid_id_position = extra_parameters.get('cs_lcvidp', 0)
if last_checked_valid_id_position < 0:
last_checked_valid_id_position = 0
gaia_ids, gaia_count, distance_to_target_data, note = get_gaia_results(
search_form,
target_file,
page_size=gaia_page_size,
max_pages=gaia_max_pages,
offset=last_checked_valid_id_position)
if len(gaia_ids):
# Now divide gaia results in blocks of "solr_filter_id_block_size" results and iteratively query solr limiting the
# results to those ids in the common block to obtain common results for the search.
# Once we get as many results as "num_requested_results" or we exceed a maximum number
# of iterations (solr_filter_id_max_pages), return what we got and update 'cs_lcvidp' parameter for further calls.
valid_ids_pages = [
gaia_ids[i:i + solr_filter_id_block_size]
for i in range(0, len(gaia_ids), solr_filter_id_block_size)
]
solr_ids = list()
checked_gaia_ids = list()
solr = Solr(settings.SOLR_URL)
for count, valid_ids_page in enumerate(valid_ids_pages):
page_solr_ids, solr_count = get_solr_results(
search_form,
page_size=len(valid_ids_page),
max_pages=1,
valid_ids=valid_ids_page,
solr=solr)
solr_ids += page_solr_ids
checked_gaia_ids += valid_ids_page
if len(solr_ids) >= num_requested_results:
debug_note = 'Found enough results in %i solr requests' % (
count + 1)
#print 'Did %i requests to solr' % (count + 1)
break
if count + 1 > solr_filter_id_max_pages:
debug_note = 'Did %i solr requests (still not enough results)' % (
count + 1)
#print 'Too many requests and not enough results'
break
combined_ids = list()
for index, sid in enumerate(checked_gaia_ids):
if sid in solr_ids:
combined_ids.append(sid)
new_last_checked_valid_id_position = index + 1
if len(combined_ids) == num_requested_results:
break
if len(checked_gaia_ids) == len(gaia_ids):
params_for_next_page['no_more_results'] = True
params_for_next_page[
'cs_lcvidp'] = last_checked_valid_id_position + new_last_checked_valid_id_position
else:
# No more gaia ids to check against solr, no more possible results!
combined_ids = list()
distance_to_target_data = dict()
note = None
params_for_next_page['no_more_results'] = True
else:
# First search into gaia to obtain a list of all sounds that match content-based query parameters
gaia_ids, gaia_count, distance_to_target_data, note = get_gaia_results(
search_form,
target_file,
page_size=gaia_page_size,
max_pages=gaia_max_pages)
last_retrieved_solr_id_pos = extra_parameters.get('cs_lrsidp', 0)
if last_retrieved_solr_id_pos < 0:
last_retrieved_solr_id_pos = 0
if len(gaia_ids) < solr_filter_id_block_size:
# optimization, if there are few gaia_ids, we can get all results in one query
solr_ids, solr_count = get_solr_results(
search_form,
page_size=len(gaia_ids),
max_pages=1,
valid_ids=gaia_ids,
offset=last_retrieved_solr_id_pos)
combined_ids = solr_ids[:num_requested_results]
params_for_next_page[
'cs_lrsidp'] = last_retrieved_solr_id_pos + num_requested_results
if len(combined_ids) < num_requested_results:
params_for_next_page['no_more_results'] = True
else:
# Now query solr starting at the last retrieved solr result position (parameter 'cs_lrsidp') and iteratively combine the results of
# each page of the query with gaia ids. Once we reach the desired "num_requested_results", return what we got and
# update 'cs_lrsidp' parameter for further queries. Set a maximum number of iterations (solr_max_requests) to prevent a virtually
# infinite query if not enough results are found (num_requested_results is not reached).
combined_ids = list()
new_last_retrieved_solr_id_pos = last_retrieved_solr_id_pos
stop_main_for_loop = False
n_requests_made = 0
for i in range(0, solr_max_requests):
if stop_main_for_loop:
continue
offset = last_retrieved_solr_id_pos + i * solr_page_size
solr_ids, solr_count = get_solr_results(
search_form,
page_size=solr_page_size,
max_pages=1,
offset=offset)
n_requests_made += 1
common_ids = list(set(solr_ids).intersection(gaia_ids))
for index, sid in enumerate(solr_ids):
new_last_retrieved_solr_id_pos += 1
if sid in common_ids:
combined_ids.append(sid)
if len(combined_ids) == num_requested_results:
stop_main_for_loop = True
break
if new_last_retrieved_solr_id_pos == solr_count:
params_for_next_page['no_more_results'] = True
stop_main_for_loop = True
break
if n_requests_made == solr_max_requests and len(
combined_ids) < num_requested_results:
debug_note = 'Did %i solr requests (still not enough results)' % n_requests_made
#print 'Too many requests and not enough results'
else:
debug_note = 'Found enough results in %i solr requests' % n_requests_made
#print 'Did %i requests to solr' % n_requests_made
params_for_next_page['cs_lrsidp'] = new_last_retrieved_solr_id_pos
# Combine results
return combined_ids, len(
combined_ids
), distance_to_target_data, None, note, params_for_next_page, debug_note
def search_forum(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
current_forum_name_slug = request.GET.get(
"forum", "").strip() # for context sensitive search
if current_forum_name_slug:
current_forum = get_object_or_404(forum.models.Forum.objects,
name_slug=current_forum_name_slug)
else:
current_forum = None
sort = ["thread_created desc"]
# Parse advanced search options
advanced_search = request.GET.get("advanced_search", "")
date_from = request.GET.get("dt_from", "")
try:
df_parsed = datetime.datetime.strptime(date_from, "%Y-%m-%d")
date_from_display = df_parsed.strftime("%d-%m-%Y")
except ValueError:
date_from = ""
date_from_display = "Choose a Date"
date_to = request.GET.get("dt_to", "")
try:
dt_parsed = datetime.datetime.strptime(date_to, "%Y-%m-%d")
date_to_display = dt_parsed.strftime("%d-%m-%Y")
except ValueError:
date_to = ""
date_to_display = "Choose a Date"
if search_query.startswith("search in"):
search_query = ""
error = False
error_text = ""
paginator = None
num_results = None
page = None
results = []
if search_query.strip() != "" or filter_query:
# add current forum
if current_forum:
filter_query += "forum_name_slug:" + current_forum.name_slug
# add date range
if advanced_search == "1" and date_from != "" or date_to != "":
filter_query = __add_date_range(filter_query, date_from, date_to)
query = SolrQuery()
query.set_dismax_query(search_query,
query_fields=[("thread_title", 4),
("post_body", 3),
("thread_author", 3),
("post_author", 3),
("forum_name", 2)])
query.set_highlighting_options_default(
field_list=["post_body"],
fragment_size=200,
alternate_field="post_body", # TODO: revise this param
require_field_match=False,
pre="<strong>",
post="</strong>")
query.set_query_options(
start=(current_page - 1) * settings.SOUNDS_PER_PAGE,
rows=settings.SOUNDS_PER_PAGE,
field_list=[
"id", "forum_name", "forum_name_slug", "thread_id",
"thread_title", "thread_author", "thread_created", "post_body",
"post_author", "post_created", "num_posts"
],
filter_query=filter_query,
sort=sort)
query.set_group_field("thread_title_grouped")
query.set_group_options(group_limit=30)
solr = Solr(settings.SOLR_FORUM_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(
results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
page = paginator.page(current_page)
error = False
except SolrException as e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
except Exception as e:
logger.error("Could probably not connect to Solr - %s" % e)
error = True
error_text = 'The search server could not be reached, please try again later.'
tvars = {
'advanced_search': advanced_search,
'current_forum': current_forum,
'current_page': current_page,
'date_from': date_from,
'date_from_display': date_from_display,
'date_to': date_to,
'date_to_display': date_to_display,
'error': error,
'error_text': error_text,
'filter_query': filter_query,
'num_results': num_results,
'page': page,
'paginator': paginator,
'search_query': search_query,
'sort': sort,
'results': results,
}
return render(request, 'search/search_forum.html', tvars)
def read(self, request):
ip = get_client_ip(request)
form = SoundSearchForm(SEARCH_SORT_OPTIONS_API, request.GET)
if not form.is_valid():
resp = rc.BAD_REQUEST
resp.content = form.errors
return resp
cd = form.cleaned_data
grouping = request.GET.get("g", "")
if grouping == "0":
grouping = ""
solr = Solr(settings.SOLR_URL)
sounds_per_page = min(int(request.GET.get('sounds_per_page', settings.SOUNDS_PER_API_RESPONSE)),settings.MAX_SOUNDS_PER_API_RESPONSE)
query = search_prepare_query(cd['q'],
cd['f'],
search_prepare_sort(cd['s'], SEARCH_SORT_OPTIONS_API),
cd['p'],
sounds_per_page,
grouping = grouping)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results,sounds_per_page)
page = paginator.page(form.cleaned_data['p'])
sounds = []
bad_results = 0
for object in page['object_list'] :
try:
sound = prepare_collection_sound(Sound.objects.select_related('user').get(id=object['id']), custom_fields = request.GET.get('fields', False))
if 'more_from_pack' in object.keys():
if object['more_from_pack'] > 0:
link = prepend_base(reverse('api-search')+'?q=%s&f=pack:"%s" %s&s=%s&g=%s' % (my_quote(cd['q']),object['pack_name'],my_quote(cd['f']),cd['s'],""))
if request.GET.get('sounds_per_page', None):
link += "&sounds_per_page=" + str(request.GET.get('sounds_per_page', None))
if request.GET.get('fields', False):
link += "&fields=" + str(request.GET.get('fields', False))
sound['results_from_the_same_pack'] = link
sound['n_results_from_the_same_pack'] = object['more_from_pack']
sounds.append(sound)
except: # This will happen if there are synchronization errors between solr index and the database. In that case sounds are ommited and both num_results and results per page might become inacurate
pass
result = {'sounds': sounds, 'num_results': paginator.count - bad_results, 'num_pages': paginator.num_pages}
# construct previous and next urls
if page['has_other_pages']:
if page['has_previous']:
result['previous'] = self.__construct_pagination_link(cd['q'],
page['previous_page_number'],
cd['f'],
find_api_option(cd['s']),
request.GET.get('sounds_per_page', None),
request.GET.get('fields', False),
grouping)
if page['has_next']:
result['next'] = self.__construct_pagination_link(cd['q'],
page['next_page_number'],
cd['f'],
find_api_option(cd['s']),
request.GET.get('sounds_per_page',None),
request.GET.get('fields', False),
grouping)
add_request_id(request,result)
logger.info("Searching,q=" + cd['q'] + ",f=" + cd['f'] + ",p=" + str(cd['p']) + ",sounds_per_page=" + str(sounds_per_page) + ",api_key=" + request.GET.get("api_key", False) + ",api_key_username="******",ip=" + ip)
return result
except SolrException, e:
error = "search_query %s filter_query %s sort %s error %s" \
% (cd['s'], cd['f'], cd['s'], e)
raise ReturnError(500, "SearchError", {"explanation": error})
def search_forum(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
current_forum_name_slug = request.GET.get("current_forum_name_slug", "").strip() # for context sensitive search
current_forum_name = request.GET.get("current_forum_name", "").strip() # used in breadcrumb
sort = ["thread_created desc"]
# Parse advanced search options
advanced_search = request.GET.get("advanced_search", "")
date_from = request.GET.get("dt_from", "")
date_to = request.GET.get("dt_to", "")
# TEMPORAL WORKAROUND!!! to prevent using watermark as the query for forum search...
# It only happens in some situations.
if "search in " in search_query:
invalid = 1
if search_query.strip() != "" or filter_query:
# add current forum
if current_forum_name_slug.strip() != "":
filter_query += "forum_name_slug:" + current_forum_name_slug
# add date range
if advanced_search == "1" and date_from != "" or date_to != "":
filter_query = __add_date_range(filter_query, date_from, date_to)
query = SolrQuery()
query.set_dismax_query(search_query, query_fields=[("thread_title", 4),
("post_body", 3),
("thread_author", 3),
("post_author", 3),
("forum_name", 2)])
query.set_highlighting_options_default(field_list=["post_body"],
fragment_size=200,
alternate_field="post_body", # TODO: revise this param
require_field_match=False,
pre="<strong>",
post="</strong>")
query.set_query_options(start=(current_page - 1) * settings.SOUNDS_PER_PAGE,
rows=settings.SOUNDS_PER_PAGE,
field_list=["id",
"forum_name",
"forum_name_slug",
"thread_id",
"thread_title",
"thread_author",
"thread_created",
"post_body",
"post_author",
"post_created",
"num_posts"],
filter_query=filter_query,
sort=sort)
query.set_group_field("thread_title_grouped")
query.set_group_options(group_limit=30)
solr = Solr(settings.SOLR_FORUM_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
page = paginator.page(current_page)
error = False
except SolrException, e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
except Exception, e:
logger.error("Could probably not connect to Solr - %s" % e)
error = True
error_text = 'The search server could not be reached, please try again later.'
def search(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
filter_query_link_more_when_grouping_packs = filter_query.replace(' ','+')
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
sort = request.GET.get("s", None)
sort_options = forms.SEARCH_SORT_OPTIONS_WEB
grouping = request.GET.get("g", "1") # Group by default
actual_groupnig = grouping
# If the query is filtered by pack, do not collapse sounds of the same pack (makes no sense)
# If the query is thourhg ajax (for sources remix editing), do not collapse
if "pack" in filter_query or request.GET.get("ajax", "") == "1":
actual_groupnig = ""
# Set default values
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
description_weight = settings.DEFAULT_SEARCH_WEIGHTS['description']
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS['pack_tokenized']
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS['original_filename']
# Parse advanced search options
advanced = request.GET.get("advanced", "")
# if advanced search
if advanced == "1" :
a_tag = request.GET.get("a_tag", "")
a_filename = request.GET.get("a_filename", "")
a_description = request.GET.get("a_description", "")
a_packname = request.GET.get("a_packname", "")
a_soundid = request.GET.get("a_soundid", "")
a_username = request.GET.get("a_username", "")
# If none is selected use all (so other filter can be appleid)
if a_tag or a_filename or a_description or a_packname or a_soundid or a_username != "" :
# Initialize all weights to 0
id_weight = 0
tag_weight = 0
description_weight = 0
username_weight = 0
pack_tokenized_weight = 0
original_filename_weight = 0
# Set the weights of selected checkboxes
if a_soundid != "" :
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
if a_tag != "" :
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
if a_description != "" :
description_weight = settings.DEFAULT_SEARCH_WEIGHTS['description']
if a_username != "" :
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
if a_packname != "" :
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS['pack_tokenized']
if a_filename != "" :
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS['original_filename']
# ALLOW "q" empty queries
#if search_query.strip() == ""
sort = search_prepare_sort(sort, forms.SEARCH_SORT_OPTIONS_WEB)
query = search_prepare_query(search_query,
filter_query,
sort,
current_page,
settings.SOUNDS_PER_PAGE,
id_weight,
tag_weight,
description_weight,
username_weight,
pack_tokenized_weight,
original_filename_weight,
grouping = actual_groupnig
)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
non_grouped_number_of_results = results.non_grouped_number_of_matches
page = paginator.page(current_page)
error = False
docs = results.docs
resultids = [d.get("id") for d in docs]
resultsounds = sounds.models.Sound.objects.bulk_query_id(resultids)
allsounds = {}
for s in resultsounds:
allsounds[s.id] = s
for d in docs:
d["sound"] = allsounds[d["id"]]
# clickusage tracking
if settings.LOG_CLICKTHROUGH_DATA:
request_full_path = request.get_full_path()
# The session id of an unauthenticated user is different from the session id of the same user when
# authenticated.
request.session["searchtime_session_key"] = request.session.session_key
if results.docs is not None:
ids = []
for item in results.docs:
ids.append(item["id"])
logger_click.info("QUERY : %s : %s : %s : %s" %
(unicode(request_full_path).encode('utf-8'), request.session.session_key, unicode(ids).encode('utf-8'), unicode(current_page).encode('utf-8')))
except SolrException, e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
def api_search(
search_form, target_file=None, extra_parameters=False, merging_strategy='merge_optimized', resource=None):
if search_form.cleaned_data['query'] is None \
and search_form.cleaned_data['filter'] is None \
and not search_form.cleaned_data['descriptors_filter'] \
and not search_form.cleaned_data['target'] \
and not target_file:
# No input data for search, return empty results
return [], 0, None, None, None, None, None
if search_form.cleaned_data['query'] is None and search_form.cleaned_data['filter'] is None:
# Standard content-based search
try:
results, count, note = similarity_api_search(
target=search_form.cleaned_data['target'],
filter=search_form.cleaned_data['descriptors_filter'],
num_results=search_form.cleaned_data['page_size'],
offset=(search_form.cleaned_data['page'] - 1) * search_form.cleaned_data['page_size'],
target_file=target_file)
gaia_ids = [result[0] for result in results]
distance_to_target_data = None
if search_form.cleaned_data['target'] or target_file:
# Save sound distance to target into view class so it can be accessed by the serializer
# We only do that when a target is specified (otherwise there is no meaningful distance value)
distance_to_target_data = dict(results)
gaia_count = count
return gaia_ids, gaia_count, distance_to_target_data, None, note, None, None
except SimilarityException as e:
if e.status_code == 500:
raise ServerErrorException(msg=e.message, resource=resource)
elif e.status_code == 400:
raise BadRequestException(msg=e.message, resource=resource)
elif e.status_code == 404:
raise NotFoundException(msg=e.message, resource=resource)
else:
raise ServerErrorException(msg='Similarity server error: %s' % e.message, resource=resource)
except Exception as e:
raise ServerErrorException(
msg='The similarity server could not be reached or some unexpected error occurred.', resource=resource)
elif not search_form.cleaned_data['descriptors_filter'] \
and not search_form.cleaned_data['target'] \
and not target_file:
# Standard text-based search
try:
solr = Solr(settings.SOLR_URL)
query = search_prepare_query(unquote(search_form.cleaned_data['query'] or ""),
unquote(search_form.cleaned_data['filter'] or ""),
search_form.cleaned_data['sort'],
search_form.cleaned_data['page'],
search_form.cleaned_data['page_size'],
grouping=search_form.cleaned_data['group_by_pack'],
include_facets=False)
result = SolrResponseInterpreter(solr.select(unicode(query)))
solr_ids = [element['id'] for element in result.docs]
solr_count = result.num_found
more_from_pack_data = None
if search_form.cleaned_data['group_by_pack']:
# If grouping option is on, store grouping info in a dictionary that we can add when serializing sounds
more_from_pack_data = dict([
(int(element['id']), [element['more_from_pack'], element['pack_id'], element['pack_name']])
for element in result.docs
])
return solr_ids, solr_count, None, more_from_pack_data, None, None, None
except SolrException as e:
if search_form.cleaned_data['filter'] is not None:
raise BadRequestException(msg='Search server error: %s (please check that your filter syntax and field '
'names are correct)' % e.message, resource=resource)
raise BadRequestException(msg='Search server error: %s' % e.message, resource=resource)
except Exception as e:
raise ServerErrorException(
msg='The search server could not be reached or some unexpected error occurred.', resource=resource)
else:
# Combined search (there is at least one of query/filter and one of descriptors_filter/target)
# Strategies are implemented in 'combined_search_strategies'
strategy = getattr(combined_search_strategies, merging_strategy)
return strategy(search_form, target_file=target_file, extra_parameters=extra_parameters)
def handle(self, *args, **options):
# init
solr = Solr(settings.SOLR_URL)
# Get all solr ids
print "Getting solr ids...",
solr_ids = get_all_sound_ids_from_solr()
print "done!"
# Get ell gaia ids
print "Getting gaia ids...",
gaia_ids = Similarity.get_all_sound_ids()
print "done!"
print "Getting freesound db data..."
# Get all moderated and processed sound ids
queryset = Sound.objects.filter(processing_state='OK', moderation_state='OK').order_by('id').only("id")
fs_mp = [sound.id for sound in queryset]
# Get ell moderated, processed and analysed sounds
queryset = Sound.objects.filter(processing_state='OK', moderation_state='OK', analysis_state='OK').order_by('id').only("id")
fs_mpa = [sound.id for sound in queryset]
print "done!"
print "\nNumber of sounds per index:\n--------------------------"
print "Solr index\t\t%i" % len(solr_ids)
print "Gaia index\t\t%i" % len(gaia_ids)
print "Freesound\t\t%i (moderated and processed)" % len(fs_mp)
print "Freesound\t\t%i (moderated, processed and analyzed)" % len(fs_mpa)
print "\n\n***************\nSOLR INDEX\n***************\n"
in_solr_not_in_fs = list(set(solr_ids).intersection(set(set(solr_ids).difference(fs_mp))))
in_fs_not_in_solr = list(set(fs_mp).intersection(set(set(fs_mp).difference(solr_ids))))
print "Sounds in solr but not in fs:\t%i" % len(in_solr_not_in_fs)
print "Sounds in fs but not in solr:\t%i" % len(in_fs_not_in_solr)
if not options['no-changes']:
# Mark fs sounds to go processing
if in_fs_not_in_solr:
print "Changing is_index_dirty_state of sounds that require it"
N = len(in_fs_not_in_solr)
for count, sid in enumerate(in_fs_not_in_solr):
sys.stdout.write('\r\tChanging state of sound sound %i of %i ' % (count+1, N))
sys.stdout.flush()
sound = Sound.objects.get(id=sid)
sound.set_single_field('is_index_dirty', True)
# Delete sounds from solr that are not in the db
if in_solr_not_in_fs:
print "\nDeleting sounds that should not be in solr"
N = len(in_solr_not_in_fs)
for count, sid in enumerate(in_solr_not_in_fs):
sys.stdout.write('\r\tDeleting sound %i of %i ' % (count+1, N))
sys.stdout.flush()
solr.delete_by_id(sid)
print "\n***************\nGAIA INDEX\n***************\n"
in_gaia_not_in_fs = list(set(gaia_ids).intersection(set(set(gaia_ids).difference(fs_mpa))))
in_fs_not_in_gaia = list(set(fs_mpa).intersection(set(set(fs_mpa).difference(gaia_ids))))
print "Sounds in gaia but not in fs:\t%i" % len(in_gaia_not_in_fs)
print "Sounds in fs but not in gaia:\t%i (only considering sounds correctly analyzed)" % len(in_fs_not_in_gaia)
#Similarity.save()
if not options['no-changes']:
# Mark fs sounds to go processing
if in_fs_not_in_gaia:
print "Changing similarity_state of sounds that require it"
N = len(in_fs_not_in_gaia)
for count, sid in enumerate(in_fs_not_in_gaia):
sys.stdout.write('\r\tChanging state of sound %i of %i ' % (count+1, N))
sys.stdout.flush()
sound = Sound.objects.get(id=sid)
sound.set_similarity_state('PE')
# Delete sounds from gaia that are not in the db
if in_gaia_not_in_fs:
print "\nDeleting sounds that should not be in gaia"
N = len(in_gaia_not_in_fs)
for count, sid in enumerate(in_gaia_not_in_fs):
sys.stdout.write('\r\tDeleting sound %i of %i ' % (count+1, N))
sys.stdout.flush()
Similarity.delete(sid)
if e.status_code == 500:
raise ServerErrorException(msg=e.message, resource=resource)
elif e.status_code == 400:
raise BadRequestException(msg=e.message, resource=resource)
elif e.status_code == 404:
raise NotFoundException(msg=e.message, resource=resource)
else:
raise ServerErrorException(msg='Similarity server error: %s' % e.message, resource=resource)
except Exception, e:
raise ServerErrorException(msg='The similarity server could not be reached or some unexpected error occurred.', resource=resource)
elif not search_form.cleaned_data['descriptors_filter'] and not search_form.cleaned_data['target'] and not target_file:
# Standard text-based search
try:
solr = Solr(settings.SOLR_URL)
query = search_prepare_query(unquote(search_form.cleaned_data['query'] or ""),
unquote(search_form.cleaned_data['filter'] or ""),
search_form.cleaned_data['sort'],
search_form.cleaned_data['page'],
search_form.cleaned_data['page_size'],
grouping=search_form.cleaned_data['group_by_pack'],
include_facets=False)
result = SolrResponseInterpreter(solr.select(unicode(query)))
solr_ids = [element['id'] for element in result.docs]
solr_count = result.num_found
more_from_pack_data = None
if search_form.cleaned_data['group_by_pack']:
# If grouping option is on, store grouping info in a dictionary that we can add when serializing sounds
def search(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
filter_query_link_more_when_grouping_packs = filter_query.replace(' ','+')
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
sort = request.GET.get("s", None)
sort_options = forms.SEARCH_SORT_OPTIONS_WEB
grouping = request.GET.get("g", "1") # Group by default
actual_groupnig = grouping
# If the query is filtered by pack, do not collapse sounds of the same pack (makes no sense)
# If the query is thourhg ajax (for sources remix editing), do not collapse
if "pack" in filter_query or request.GET.get("ajax", "") == "1":
actual_groupnig = ""
# Set default values
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
description_weight = settings.DEFAULT_SEARCH_WEIGHTS['description']
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS['pack_tokenized']
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS['original_filename']
# Parse advanced search options
advanced = request.GET.get("advanced", "")
# if advanced search
if advanced == "1" :
a_tag = request.GET.get("a_tag", "")
a_filename = request.GET.get("a_filename", "")
a_description = request.GET.get("a_description", "")
a_packname = request.GET.get("a_packname", "")
a_soundid = request.GET.get("a_soundid", "")
a_username = request.GET.get("a_username", "")
# If none is selected use all (so other filter can be appleid)
if a_tag or a_filename or a_description or a_packname or a_soundid or a_username != "" :
# Initialize all weights to 0
id_weight = 0
tag_weight = 0
description_weight = 0
username_weight = 0
pack_tokenized_weight = 0
original_filename_weight = 0
# Set the weights of selected checkboxes
if a_soundid != "" :
id_weight = settings.DEFAULT_SEARCH_WEIGHTS['id']
if a_tag != "" :
tag_weight = settings.DEFAULT_SEARCH_WEIGHTS['tag']
if a_description != "" :
description_weight = settings.DEFAULT_SEARCH_WEIGHTS['description']
if a_username != "" :
username_weight = settings.DEFAULT_SEARCH_WEIGHTS['username']
if a_packname != "" :
pack_tokenized_weight = settings.DEFAULT_SEARCH_WEIGHTS['pack_tokenized']
if a_filename != "" :
original_filename_weight = settings.DEFAULT_SEARCH_WEIGHTS['original_filename']
# ALLOW "q" empty queries
#if search_query.strip() == ""
sort = search_prepare_sort(sort, forms.SEARCH_SORT_OPTIONS_WEB)
logger.info(u'Search (%s)' % json.dumps({
'ip': get_client_ip(request),
'query': search_query,
'filter': filter_query,
'username': request.user.username,
'page': current_page,
'sort': sort[0],
'group_by_pack' : actual_groupnig,
'advanced': json.dumps({
'search_in_tag': a_tag,
'search_in_filename': a_filename,
'search_in_description': a_description,
'search_in_packname': a_packname,
'search_in_soundid': a_soundid,
'search_in_username': a_username
}) if advanced == "1" else ""
}))
query = search_prepare_query(search_query,
filter_query,
sort,
current_page,
settings.SOUNDS_PER_PAGE,
id_weight,
tag_weight,
description_weight,
username_weight,
pack_tokenized_weight,
original_filename_weight,
grouping = actual_groupnig
)
solr = Solr(settings.SOLR_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
non_grouped_number_of_results = results.non_grouped_number_of_matches
page = paginator.page(current_page)
error = False
docs = results.docs
resultids = [d.get("id") for d in docs]
resultsounds = sounds.models.Sound.objects.bulk_query_id(resultids)
allsounds = {}
for s in resultsounds:
allsounds[s.id] = s
# allsounds will contain info from all the sounds returned by bulk_query_id. This should
# be all sounds in docs, but if solr and db are not synchronised, it might happen that there
# are ids in docs which are not found in bulk_query_id. To avoid problems we remove elements
# in docs that have not been loaded in allsounds.
docs = [doc for doc in docs if doc["id"] in allsounds]
for d in docs:
d["sound"] = allsounds[d["id"]]
# clickusage tracking
if settings.LOG_CLICKTHROUGH_DATA:
request_full_path = request.get_full_path()
# The session id of an unauthenticated user is different from the session id of the same user when
# authenticated.
request.session["searchtime_session_key"] = request.session.session_key
if results.docs is not None:
ids = []
for item in results.docs:
ids.append(item["id"])
logger_click.info("QUERY : %s : %s : %s : %s" %
(unicode(request_full_path).encode('utf-8'), request.session.session_key, unicode(ids).encode('utf-8'), unicode(current_page).encode('utf-8')))
except SolrException, e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
def get_stream_sounds(user, time_lapse):
solr = Solr(settings.SOLR_URL)
sort_str = search_prepare_sort("created desc", SEARCH_SORT_OPTIONS_WEB)
#
# USERS FOLLOWING
#
users_following = get_users_following(user)
users_sounds = []
for user_following in users_following:
filter_str = "username:"******" created:" + time_lapse
query = search_prepare_query("",
filter_str,
sort_str,
1,
SOLR_QUERY_LIMIT_PARAM,
grouping=False,
include_facets=False)
result = SolrResponseInterpreter(solr.select(unicode(query)))
if result.num_rows != 0:
more_count = max(0, result.num_found - SOLR_QUERY_LIMIT_PARAM)
# the sorting only works if done like this!
more_url_params = [
urllib.quote(filter_str),
urllib.quote(sort_str[0])
]
# this is the same link but for the email has to be "quoted"
more_url = u"?f=" + filter_str + u"&s=" + sort_str[0]
# more_url_quoted = urllib.quote(more_url)
sound_ids = [element['id'] for element in result.docs]
sound_objs = sounds.models.Sound.objects.filter(id__in=sound_ids)
new_count = more_count + len(sound_ids)
users_sounds.append(((user_following, False), sound_objs,
more_url_params, more_count, new_count))
#
# TAGS FOLLOWING
#
tags_following = get_tags_following(user)
tags_sounds = []
for tag_following in tags_following:
tags = tag_following.split(" ")
tag_filter_query = ""
for tag in tags:
tag_filter_query += "tag:" + tag + " "
tag_filter_str = tag_filter_query + " created:" + time_lapse
query = search_prepare_query("",
tag_filter_str,
sort_str,
1,
SOLR_QUERY_LIMIT_PARAM,
grouping=False,
include_facets=False)
result = SolrResponseInterpreter(solr.select(unicode(query)))
if result.num_rows != 0:
more_count = max(0, result.num_found - SOLR_QUERY_LIMIT_PARAM)
# the sorting only works if done like this!
more_url_params = [
urllib.quote(tag_filter_str),
urllib.quote(sort_str[0])
]
# this is the same link but for the email has to be "quoted"
more_url = u"?f=" + tag_filter_str + u"&s=" + sort_str[0]
# more_url_quoted = urllib.quote(more_url)
sound_ids = [element['id'] for element in result.docs]
sound_objs = sounds.models.Sound.objects.filter(id__in=sound_ids)
new_count = more_count + len(sound_ids)
tags_sounds.append(
(tags, sound_objs, more_url_params, more_count, new_count))
return users_sounds, tags_sounds
def search_forum(request):
search_query = request.GET.get("q", "")
filter_query = request.GET.get("f", "")
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
current_forum_name_slug = request.GET.get("forum", "").strip() # for context sensitive search
if current_forum_name_slug:
current_forum = get_object_or_404(forum.models.Forum.objects, name_slug=current_forum_name_slug)
else:
current_forum = None
sort = ["thread_created desc"]
# Parse advanced search options
advanced_search = request.GET.get("advanced_search", "")
date_from = request.GET.get("dt_from", "")
try:
df_parsed = datetime.datetime.strptime(date_from, "%Y-%m-%d")
date_from_display = df_parsed.strftime("%d-%m-%Y")
except ValueError:
date_from = ""
date_from_display = "Choose a Date"
date_to = request.GET.get("dt_to", "")
try:
dt_parsed = datetime.datetime.strptime(date_to, "%Y-%m-%d")
date_to_display = dt_parsed.strftime("%d-%m-%Y")
except ValueError:
date_to = ""
date_to_display = "Choose a Date"
if search_query.startswith("search in"):
search_query = ""
error = False
error_text = ""
paginator = None
num_results = None
page = None
results = []
if search_query.strip() != "" or filter_query:
# add current forum
if current_forum:
filter_query += "forum_name_slug:" + current_forum.name_slug
# add date range
if advanced_search == "1" and date_from != "" or date_to != "":
filter_query = __add_date_range(filter_query, date_from, date_to)
query = SolrQuery()
query.set_dismax_query(search_query, query_fields=[("thread_title", 4),
("post_body", 3),
("thread_author", 3),
("post_author", 3),
("forum_name", 2)])
query.set_highlighting_options_default(field_list=["post_body"],
fragment_size=200,
alternate_field="post_body", # TODO: revise this param
require_field_match=False,
pre="<strong>",
post="</strong>")
query.set_query_options(start=(current_page - 1) * settings.SOUNDS_PER_PAGE,
rows=settings.SOUNDS_PER_PAGE,
field_list=["id",
"forum_name",
"forum_name_slug",
"thread_id",
"thread_title",
"thread_author",
"thread_created",
"post_body",
"post_author",
"post_created",
"num_posts"],
filter_query=filter_query,
sort=sort)
query.set_group_field("thread_title_grouped")
query.set_group_options(group_limit=30)
solr = Solr(settings.SOLR_FORUM_URL)
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
page = paginator.page(current_page)
error = False
except SolrException as e:
logger.warning("search error: query: %s error %s" % (query, e))
error = True
error_text = 'There was an error while searching, is your query correct?'
except Exception as e:
logger.error("Could probably not connect to Solr - %s" % e)
error = True
error_text = 'The search server could not be reached, please try again later.'
tvars = {
'advanced_search': advanced_search,
'current_forum': current_forum,
'current_page': current_page,
'date_from': date_from,
'date_from_display': date_from_display,
'date_to': date_to,
'date_to_display': date_to_display,
'error': error,
'error_text': error_text,
'filter_query': filter_query,
'num_results': num_results,
'page': page,
'paginator': paginator,
'search_query': search_query,
'sort': sort,
'results': results,
}
return render(request, 'search/search_forum.html', tvars)
def check_if_sound_exists_in_solr(sound):
solr = Solr(settings.SOLR_URL)
response = SolrResponseInterpreter(
solr.select(unicode(search_prepare_query(
'', 'id:%i' % sound.id, search_prepare_sort('created asc', SEARCH_SORT_OPTIONS_WEB), 1, 1))))
return response.num_found > 0
def filter_both(search_form, target_file=None, extra_parameters=None):
"""
Filter both strategy will first get either some results from solr and then check if returned results are also
valid results in a gaia query, or the other way around.
In gaia and solr we can restrict the query to a particular set of results, but there are limitations both in the
length of the resulting url and in the number of OR clauses that solr can support.
"""
if not extra_parameters:
extra_parameters = dict()
solr_filter_id_block_size = extra_parameters.get(
'cs_solr_filter_id_block_size', 350)
solr_filter_id_max_pages = extra_parameters.get(
'cs_solr_filter_id_max_pages', 7)
solr_max_pages = extra_parameters.get('cs_max_solr_pages', 7)
solr_page_size = extra_parameters.get('cs_solr_page_size', 1000)
gaia_filter_id_block_size = extra_parameters.get(
'cs_gaia_filter_id_block_size', 350)
gaia_filter_id_max_pages = extra_parameters.get(
'cs_gaia_filter_id_max_pages', 7)
gaia_max_pages = extra_parameters.get('cs_max_gaia_pages', 1)
gaia_page_size = extra_parameters.get(
'cs_gaia_page_size', 9999999) # We can get ALL gaia results at once
if search_form.cleaned_data['target'] or target_file:
# First search into gaia and then into solr (get all gaia results)
gaia_ids, gaia_count, distance_to_target_data, note = get_gaia_results(
search_form,
target_file,
page_size=gaia_page_size,
max_pages=gaia_max_pages)
valid_ids_pages = [
gaia_ids[i:i + solr_filter_id_block_size]
for i in range(0, len(gaia_ids), solr_filter_id_block_size)
if (i / solr_filter_id_block_size) < solr_filter_id_max_pages
]
solr_ids = list()
solr = Solr(settings.SOLR_URL)
for valid_ids_page in valid_ids_pages:
page_solr_ids, solr_count = get_solr_results(
search_form,
page_size=len(valid_ids_page),
max_pages=1,
valid_ids=valid_ids_page,
solr=solr)
solr_ids += page_solr_ids
if gaia_count <= solr_filter_id_block_size * solr_filter_id_max_pages:
# Got complete results, maybe we should log that?
#print 'COMPLETE results (starting with gaia)'
pass
else:
# First search into solr and then into gaia
# These queries are SLOW because we need to get many pages from solr
solr_ids, solr_count = get_solr_results(search_form,
page_size=solr_page_size,
max_pages=solr_max_pages)
# Now we should split solr ids in blocks and iteratively query gaia restricting the results to those ids
# present in the current block. However given that gaia results can be retrieved
# all at once very quickly, we optimize this bit by retrieving them all at once and avoiding many requests
# to similarity server.
gaia_ids, gaia_count, distance_to_target_data, note = get_gaia_results(
search_form,
target_file,
page_size=gaia_page_size,
max_pages=gaia_max_pages)
'''
# That would be the code without the optimization:
valid_ids_pages = [solr_ids[i:i+gaia_filter_id_block_size] for i in range(0, len(solr_ids), gaia_filter_id_block_size) if (i/gaia_filter_id_block_size) < gaia_filter_id_max_pages]
gaia_ids = list()
distance_to_target_data = None
note = None
for valid_ids_page in valid_ids_pages:
page_gaia_ids, page_gaia_count, page_distance_to_target_data, note = get_gaia_results(search_form, target_file, page_size=len(valid_ids_page), max_pages=1, valid_ids=valid_ids_page)
gaia_ids += page_gaia_ids
'''
if solr_count <= solr_page_size * solr_max_pages and gaia_count < gaia_page_size * gaia_max_pages:
# Got complete results, maybe we should log that?
#print 'COMPLETE results (starting with solr)'
pass
if search_form.cleaned_data['target'] or target_file:
# Combined search, sort by gaia_ids
results_a = gaia_ids
results_b = solr_ids
else:
# Combined search, sort by solr ids
results_a = solr_ids
results_b = gaia_ids
# Combine results
results_b_set = set(results_b)
combined_ids = [id for id in results_a if id in results_b_set]
combined_count = len(combined_ids)
return combined_ids[(search_form.cleaned_data['page'] - 1) * search_form.cleaned_data['page_size']:search_form.cleaned_data['page'] * search_form.cleaned_data['page_size']], \
combined_count, distance_to_target_data, None, note, None, None
def tags(request, multiple_tags=None):
if multiple_tags:
multiple_tags = multiple_tags.split('/')
else:
multiple_tags = []
multiple_tags = sorted(filter(lambda x: x, multiple_tags))
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
solr = Solr(settings.SOLR_URL)
query = SolrQuery()
if multiple_tags:
query.set_query(" ".join("tag:\"" + tag + "\"" for tag in multiple_tags))
else:
query.set_query("*:*")
query.set_query_options(start=(current_page - 1) * settings.SOUNDS_PER_PAGE, rows=settings.SOUNDS_PER_PAGE, field_list=["id"], sort=["num_downloads desc"])
query.add_facet_fields("tag")
query.set_facet_options_default(limit=100, sort=True, mincount=1, count_missing=False)
query.set_group_field(group_field="grouping_pack")
query.set_group_options(group_func=None,
group_query=None,
group_rows=10,
group_start=0,
group_limit=1,
group_offset=0,
group_sort=None,
group_sort_ingroup=None,
group_format='grouped',
group_main=False,
group_num_groups=True,
group_cache_percent=0,
group_truncate=True) # Sets how many results from the same group are taken into account for computing the facets
page = None
num_results = 0
tags = []
error = False
docs = {}
non_grouped_number_of_results = 0
paginator = None
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results, settings.SOUNDS_PER_PAGE)
num_results = paginator.count
non_grouped_number_of_results = results.non_grouped_number_of_matches
page = paginator.page(current_page)
tags = [dict(name=f[0], count=f[1]) for f in results.facets["tag"]]
docs = results.docs
resultids = [d.get("id") for d in docs]
resultsounds = sounds.models.Sound.objects.bulk_query_id(resultids)
allsounds = {}
for s in resultsounds:
allsounds[s.id] = s
for d in docs:
d["sound"] = allsounds[d["id"]]
except SolrException as e:
error = True
search_logger.error("SOLR ERROR - %s" % e)
except:
error = True
slash_tag = "/".join(multiple_tags)
follow_tags_url = ''
unfollow_tags_url = ''
show_unfollow_button = False
if slash_tag:
follow_tags_url = reverse('follow-tags', args=[slash_tag])
unfollow_tags_url = reverse('unfollow-tags', args=[slash_tag])
show_unfollow_button = False
if request.user.is_authenticated:
show_unfollow_button = follow_utils.is_user_following_tag(request.user, slash_tag)
tvars = {'show_unfollow_button': show_unfollow_button,
'multiple_tags': multiple_tags,
'follow_tags_url': follow_tags_url,
'unfollow_tags_url': unfollow_tags_url,
'error': error,
'tags': tags,
'slash_tag': slash_tag,
'num_results': num_results,
'non_grouped_number_of_results': non_grouped_number_of_results,
'docs': docs,
'paginator': paginator,
'page': page,
'current_page': current_page
}
return render(request, 'sounds/tags.html', tvars)
if e.status_code == 500:
raise ServerErrorException(msg=e.message, resource=resource)
elif e.status_code == 400:
raise BadRequestException(msg=e.message, resource=resource)
elif e.status_code == 404:
raise NotFoundException(msg=e.message, resource=resource)
else:
raise ServerErrorException(msg='Similarity server error: %s' % e.message, resource=resource)
except Exception, e:
raise ServerErrorException(msg='The similarity server could not be reached or some unexpected error occurred.', resource=resource)
elif not search_form.cleaned_data['descriptors_filter'] and not search_form.cleaned_data['target'] and not target_file:
# Standard text-based search
try:
solr = Solr(settings.SOLR_URL)
query = search_prepare_query(unquote(search_form.cleaned_data['query'] or ""),
unquote(search_form.cleaned_data['filter'] or ""),
search_form.cleaned_data['sort'],
search_form.cleaned_data['page'],
search_form.cleaned_data['page_size'],
grouping=search_form.cleaned_data['group_by_pack'],
include_facets=False)
result = SolrResponseInterpreter(solr.select(unicode(query)))
solr_ids = [element['id'] for element in result.docs]
solr_count = result.num_found
more_from_pack_data = None
if search_form.cleaned_data['group_by_pack']:
# If grouping option is on, store grouping info in a dictionary that we can add when serializing sounds
def add_sounds_to_solr(sounds):
solr = Solr(settings.SOLR_URL)
documents = [convert_to_solr_document(s) for s in sounds]
console_logger.info("Adding %d sounds to solr index" % len(documents))
logger.info("Adding %d sounds to solr index" % len(documents))
solr.add(documents)
def tags(request, multiple_tags=None):
if multiple_tags:
multiple_tags = multiple_tags.split('/')
else:
multiple_tags = []
multiple_tags = sorted(filter(lambda x: x, multiple_tags))
try:
current_page = int(request.GET.get("page", 1))
except ValueError:
current_page = 1
solr = Solr(settings.SOLR_URL)
query = SolrQuery()
if multiple_tags:
query.set_query(" ".join("tag:\"" + tag + "\""
for tag in multiple_tags))
else:
query.set_query("*:*")
query.set_query_options(start=(current_page - 1) *
settings.SOUNDS_PER_PAGE,
rows=settings.SOUNDS_PER_PAGE,
field_list=["id"],
sort=["num_downloads desc"])
query.add_facet_fields("tag")
query.set_facet_options_default(limit=100,
sort=True,
mincount=1,
count_missing=False)
query.set_group_field(group_field="grouping_pack")
query.set_group_options(
group_func=None,
group_query=None,
group_rows=10,
group_start=0,
group_limit=1,
group_offset=0,
group_sort=None,
group_sort_ingroup=None,
group_format='grouped',
group_main=False,
group_num_groups=True,
group_cache_percent=0,
group_truncate=True
) # Sets how many results from the same grup are taken into account for computing the facets
try:
results = SolrResponseInterpreter(solr.select(unicode(query)))
paginator = SolrResponseInterpreterPaginator(results,
settings.SOUNDS_PER_PAGE)
num_results = paginator.count
non_grouped_number_of_results = results.non_grouped_number_of_matches
page = paginator.page(current_page)
error = False
tags = [dict(name=f[0], count=f[1]) for f in results.facets["tag"]]
docs = results.docs
resultids = [d.get("id") for d in docs]
resultsounds = sounds.models.Sound.objects.bulk_query_id(resultids)
allsounds = {}
for s in resultsounds:
allsounds[s.id] = s
for d in docs:
d["sound"] = allsounds[d["id"]]
except SolrException as e:
error = True
search_logger.error("SOLR ERROR - %s" % e)
except:
error = True
slash_tag = "/".join(multiple_tags)
space_tag = " ".join(multiple_tags)
if slash_tag:
follow_tags_url = reverse('follow-tags', args=[slash_tag])
unfollow_tags_url = reverse('unfollow-tags', args=[slash_tag])
show_unfollow_button = False
if request.user.is_authenticated:
show_unfollow_button = follow_utils.is_user_following_tag(
request.user, slash_tag)
return render(request, 'sounds/tags.html', locals())
def add_sounds_to_solr(sounds):
solr = Solr(settings.SOLR_URL)
documents = [convert_to_solr_document(s) for s in sounds]
console_logger.info("Adding %d sounds to solr index" % len(documents))
logger.info("Adding %d sounds to solr index" % len(documents))
solr.add(documents)
