def do_upgrade():
column_exists = run_sql(
"SHOW COLUMNS FROM `aidPERSONIDDATA` LIKE 'datablob'")
if not column_exists:
run_sql("""ALTER TABLE aidPERSONIDDATA
ADD COLUMN datablob LONGBLOB NULL DEFAULT NULL AFTER data;"""
)
run_sql(
"""ALTER TABLE aidPERSONIDDATA MODIFY data VARCHAR( 256 ) NULL DEFAULT NULL"""
)
pids_with_tickets = set(
run_sql(
"""select personid
from aidPERSONIDDATA
where tag like %s""", ('rt_%', )))
pids_with_tickets = [pid[0] for pid in pids_with_tickets]
for pid in pids_with_tickets:
request_tickets = run_sql(
"""select tag, data, opt1
from aidPERSONIDDATA
where personid=%s
and tag like 'rt_%%'""", (pid, ))
request_tickets = sorted(request_tickets, key=itemgetter(2))
request_tickets = groupby(request_tickets, key=itemgetter(2))
request_tickets = [[[(i[0][3:], i[1]) for i in tinfo], tid]
for tid, tinfo in request_tickets]
new_request_tickets = list()
for request_ticket_attributes, tid in request_tickets:
new_request_ticket = {'tid': tid}
operations = list()
for tag, value in request_ticket_attributes:
if tag == 'confirm':
operations.append(('assign', value))
elif tag == 'repeal':
operations.append(('reject', value))
else:
new_request_ticket[tag] = value
new_request_ticket['operations'] = operations
if new_request_ticket['operations']:
new_request_tickets.append(new_request_ticket)
new_request_tickets_num = len(new_request_tickets)
new_request_tickets = serialize(new_request_tickets)
run_sql(
"""insert into aidPERSONIDDATA
(personid, tag, datablob, opt1)
values (%s, %s, %s, %s)""",
(pid, 'request_tickets', new_request_tickets,
new_request_tickets_num))
run_sql("""delete from aidPERSONIDDATA
where tag like %s""", ('rt_%', ))
def do_upgrade():
column_exists = run_sql(
"SHOW COLUMNS FROM `aidPERSONIDDATA` LIKE 'datablob'")
if not column_exists:
run_sql("""ALTER TABLE aidPERSONIDDATA
ADD COLUMN datablob LONGBLOB NULL DEFAULT NULL AFTER data;""")
run_sql(
"""ALTER TABLE aidPERSONIDDATA MODIFY data VARCHAR( 256 ) NULL DEFAULT NULL""")
pids_with_tickets = set(run_sql("""select personid
from aidPERSONIDDATA
where tag like %s""",
('rt_%',)))
pids_with_tickets = [pid[0] for pid in pids_with_tickets]
for pid in pids_with_tickets:
request_tickets = run_sql("""select tag, data, opt1
from aidPERSONIDDATA
where personid=%s
and tag like 'rt_%%'""",
(pid,))
request_tickets = sorted(request_tickets, key=itemgetter(2))
request_tickets = groupby(request_tickets, key=itemgetter(2))
request_tickets = [[[(i[0][3:], i[1]) for i in tinfo], tid]
for tid, tinfo in request_tickets]
new_request_tickets = list()
for request_ticket_attributes, tid in request_tickets:
new_request_ticket = {'tid': tid}
operations = list()
for tag, value in request_ticket_attributes:
if tag == 'confirm':
operations.append(('assign', value))
elif tag == 'repeal':
operations.append(('reject', value))
else:
new_request_ticket[tag] = value
new_request_ticket['operations'] = operations
if new_request_ticket['operations']:
new_request_tickets.append(new_request_ticket)
new_request_tickets_num = len(new_request_tickets)
new_request_tickets = serialize(new_request_tickets)
run_sql(
"""insert into aidPERSONIDDATA
(personid, tag, datablob, opt1)
values (%s, %s, %s, %s)""",
(pid,
'request_tickets',
new_request_tickets,
new_request_tickets_num))
run_sql("""delete from aidPERSONIDDATA
where tag like %s""",
('rt_%', ))
def _create_dense_index(name_pids_dict, names_list):
name_id = 0
args = list()
for name in names_list:
person_name, personids = name_pids_dict[name]
args += [name_id, person_name, serialize(list(personids))]
name_id += 1
populate_table('aidDENSEINDEX', ['name_id','person_name','personids'], args)
set_dense_index_ready()
def _create_dense_index(name_pids_dict, names_list):
name_id = 0
args = list()
for name in names_list:
person_name, personids = name_pids_dict[name]
args += [name_id, person_name, serialize(list(personids))]
name_id += 1
populate_table('aidDENSEINDEX',
['name_id', 'person_name', 'personids'], args)
set_dense_index_ready()
def _create_dense_index(indexable_names_to_authors_mapping,
indexable_names):
args = list()
string_id = 0
for name in indexable_names:
authors, indexable_surname = indexable_names_to_authors_mapping[
name]
args += [
string_id, name,
serialize(list(authors)), 0, indexable_surname
]
string_id += 1
populate_table('aidDENSEINDEX', [
'id', 'indexable_string', 'personids', 'flag', 'indexable_surname'
], args)
def cache_name_variants_of_authors(author_to_name_and_occurrence_mapping):
args = list()
for author, names_and_occurrence in author_to_name_and_occurrence_mapping.iteritems(
):
indexable_names_and_occurrence = dict()
for name, occurrences in names_and_occurrence.iteritems():
asciified_name = translate_to_ascii(name)[0]
indexable_name = create_indexable_name(
split_name_parts(indexable_name_re.sub(' ', asciified_name)))
try:
indexable_names_and_occurrence[indexable_name] += occurrences
except KeyError:
indexable_names_and_occurrence[indexable_name] = occurrences
args += [author, serialize(indexable_names_and_occurrence), 1]
populate_table('aidDENSEINDEX', ['id', 'personids', 'flag'],
args,
empty_table_first=False)
def _create_inverted_lists(indexable_names):
inverted_lists = dict()
string_id = 0
for name in indexable_names:
qgrams = set(get_qgrams_from_string(name, QGRAM_LEN))
for qgram in qgrams:
try:
inverted_list, cardinality = inverted_lists[qgram]
inverted_list.add(string_id)
inverted_lists[qgram][1] = cardinality + 1
except KeyError:
inverted_lists[qgram] = [set([string_id]), 1]
string_id += 1
args = list()
for qgram in inverted_lists:
inverted_list, cardinality = inverted_lists[qgram]
args += [qgram, serialize(list(inverted_list)), cardinality]
populate_table('aidINVERTEDLISTS',
['qgram', 'inverted_list', 'list_cardinality'], args)
set_inverted_lists_ready()
def create_inverted_lists_worker(names_list):
name_id = 0
inverted_lists = dict()
for name in names_list:
qgrams = set(get_qgrams_from_string(name, QGRAM_LEN))
for qgram in qgrams:
try:
inverted_list, cardinality = inverted_lists[qgram]
inverted_list.add(name_id)
inverted_lists[qgram][1] = cardinality + 1
except KeyError:
inverted_lists[qgram] = [set([name_id]), 1]
name_id += 1
args = list()
for qgram in inverted_lists.keys():
inverted_list, cardinality = inverted_lists[qgram]
args += [qgram, serialize(list(inverted_list)), cardinality]
populate_table('aidINVERTEDLISTS', ['qgram','inverted_list','list_cardinality'], args)
set_inverted_lists_ready()
def create_inverted_lists_worker(names_list):
name_id = 0
inverted_lists = dict()
for name in names_list:
qgrams = set(get_qgrams_from_string(name, QGRAM_LEN))
for qgram in qgrams:
try:
inverted_list, cardinality = inverted_lists[qgram]
inverted_list.add(name_id)
inverted_lists[qgram][1] = cardinality + 1
except KeyError:
inverted_lists[qgram] = [set([name_id]), 1]
name_id += 1
args = list()
for qgram in inverted_lists.keys():
inverted_list, cardinality = inverted_lists[qgram]
args += [qgram, serialize(list(inverted_list)), cardinality]
populate_table('aidINVERTEDLISTS',
['qgram', 'inverted_list', 'list_cardinality'], args)
set_inverted_lists_ready()
