def clean_rsa(namespace, version):
init_database_tables()
with DB.connection_context():
LOGGER.info(
'clean rsa and out table info, namespace={}, version={}.'.format(
namespace, version))
IdLibraryCacheInfo.delete().where(IdLibraryCacheInfo.f_namespcae == namespace, \
IdLibraryCacheInfo.f_version == version).execute()
def clean_all_rsa(host_party_id, id_type, encrypt_type, tag='Za'):
init_database_tables()
with DB.connection_context():
LOGGER.info('clean rsa and out table info, partyid={}, id_type={}, encrypt_type={}, tag={}.'.format(host_party_id, \
id_type, encrypt_type, tag))
IdLibraryCacheInfo.delete().where(IdLibraryCacheInfo.f_party_id == host_party_id, \
IdLibraryCacheInfo.f_id_type == id_type, IdLibraryCacheInfo.f_encrypt_type == encrypt_type, \
IdLibraryCacheInfo.f_tag == tag).execute()
def get_rsa_of_current_version(host_party_id, id_type, encrypt_type, tag, timeout=60):
table_info = host_get_current_verison(host_party_id, id_type, encrypt_type, tag, timeout=timeout)
if table_info is None:
LOGGER.info('no cache exists.')
return None
namespace = table_info.get('namespace')
version = table_info.get('table_name')
if namespace is None or version is None:
LOGGER.info('host_get_current_verison return None, partyid={}, id_type={}, encrypt_type={}, tag={}.'.format(host_party_id, \
id_type, encrypt_type, tag))
return None
init_database_tables()
with DB.connection_context():
LOGGER.info('query cache info, partyid={}, id_type={}, encrypt_type={}, namespace={}, version={}, tag={}'.format(host_party_id, \
id_type, encrypt_type, namespace, version, tag))
infos = IdLibraryCacheInfo.select().where(IdLibraryCacheInfo.f_party_id == host_party_id, \
IdLibraryCacheInfo.f_id_type == id_type, IdLibraryCacheInfo.f_encrypt_type == encrypt_type, \
IdLibraryCacheInfo.f_tag == tag, IdLibraryCacheInfo.f_namespcae == namespace, IdLibraryCacheInfo.f_version == version)
if infos:
info = infos[0]
rsa_key = {'rsa_n': info.f_rsa_key_n, 'rsa_e': info.f_rsa_key_e, 'rsa_d': info.f_rsa_key_d}
LOGGER.debug(rsa_key)
return rsa_key
else:
LOGGER.info('query cache info return nil, partyid={}, id_type={}, encrypt_type={}, namespace={}, version={}, tag={}'.format( \
host_party_id, id_type, encrypt_type, namespace, version, tag))
return None
def store_rsa(host_party_id, id_type, encrypt_type, tag, namespace, version,
rsa):
init_database_tables()
with DB.connection_context():
LOGGER.info('store rsa and out table info, partyid={}, id_type={}, encrypt_type={}, namespace={}, version={}.'.format(host_party_id, \
id_type, encrypt_type, namespace, version))
infos = IdLibraryCacheInfo.select().where(IdLibraryCacheInfo.f_party_id == host_party_id, \
IdLibraryCacheInfo.f_id_type == id_type, IdLibraryCacheInfo.f_encrypt_type == encrypt_type, \
IdLibraryCacheInfo.f_tag == tag, IdLibraryCacheInfo.f_namespcae == namespace, IdLibraryCacheInfo.f_version == version)
is_insert = True
if infos:
info = infos[0]
is_insert = False
else:
info = IdLibraryCacheInfo()
info.f_party_id = host_party_id
info.f_id_type = id_type
info.f_encrypt_type = encrypt_type
info.f_namespcae = namespace
info.f_version = version
info.f_tag = tag
info.f_rsa_key_n = str(rsa.get('rsa_n'))
info.f_rsa_key_d = str(rsa.get('rsa_d'))
info.f_rsa_key_e = str(rsa.get('rsa_e'))
info.f_create_time = current_timestamp()
if is_insert:
info.save(force_insert=True)
else:
info.save()