def get(self):
result = None
# get arguments
substr = self.get_argument('substr', None)
# connect to redis an try to find identifiers
r = redis.StrictRedis(host = tornado.options.options.redis_host,
port = tornado.options.options.redis_port,
db = tornado.options.options.redis_db_idtf)
result = {}
sys = []
main = []
common = []
max_n = tornado.options.options.idtf_serach_limit
# first of all need to find system identifiers
cursor = 0
while True:
reply = r.scan(cursor, u"idtf:*%s*" % substr, 200)
if not reply or len(reply) == 0:
break
cursor = int(reply[0])
if cursor == 0:
break
for idtf in reply[1]:
if len(sys) == max_n and len(main) == max_n and len(common) == max_n:
break
rep = r.get(idtf)
utf = idtf.decode('utf-8')
addr = ScAddr.parse_binary(rep)
if utf.startswith(u"idtf:sys:") and len(sys) < max_n:
sys.append([addr.to_id(), utf[9:]])
elif utf.startswith(u"idtf:main:") and len(main) < max_n:
main.append([addr.to_id(), utf[10:]])
elif utf.startswith(u"idtf:common:") and len(common) < max_n:
common.append([addr.to_id(), utf[12:]])
sctp_client = new_sctp_client()
keys = Keynodes(sctp_client)
keynode_nrel_main_idtf = keys[KeynodeSysIdentifiers.nrel_main_idtf]
keynode_nrel_system_identifier = keys[KeynodeSysIdentifiers.nrel_system_identifier]
keynode_nrel_idtf = keys[KeynodeSysIdentifiers.nrel_idtf]
result[keynode_nrel_system_identifier.to_id()] = sys
result[keynode_nrel_main_idtf.to_id()] = main
result[keynode_nrel_idtf.to_id()] = common
sctp_client.shutdown()
self.set_header("Content-Type", "application/json")
self.finish(json.dumps(result))
def get(self):
result = None
# get arguments
substr = self.get_argument('substr', None)
# connect to redis an try to find identifiers
r = redis.StrictRedis(host = tornado.options.options.redis_host,
port = tornado.options.options.redis_port,
db = tornado.options.options.redis_db_idtf)
result = {}
sys = []
main = []
common = []
max_n = tornado.options.options.idtf_serach_limit
# first of all need to find system identifiers
cursor = 0
while True:
reply = r.scan(cursor, u"idtf:*%s*" % substr, 200)
if not reply or len(reply) == 0:
break
cursor = int(reply[0])
if cursor == 0:
break
for idtf in reply[1]:
if len(sys) == max_n and len(main) == max_n and len(common) == max_n:
break
rep = r.get(idtf)
utf = idtf.decode('utf-8')
addr = ScAddr.parse_binary(rep)
if utf.startswith(u"idtf:sys:") and len(sys) < max_n:
sys.append([addr.to_id(), utf[9:]])
elif utf.startswith(u"idtf:main:") and len(main) < max_n:
main.append([addr.to_id(), utf[10:]])
elif utf.startswith(u"idtf:common:") and len(common) < max_n:
common.append([addr.to_id(), utf[12:]])
sctp_client = new_sctp_client()
keys = Keynodes(sctp_client)
keynode_nrel_main_idtf = keys[KeynodeSysIdentifiers.nrel_main_idtf]
keynode_nrel_system_identifier = keys[KeynodeSysIdentifiers.nrel_system_identifier]
keynode_nrel_idtf = keys[KeynodeSysIdentifiers.nrel_idtf]
result[keynode_nrel_system_identifier.to_id()] = sys
result[keynode_nrel_main_idtf.to_id()] = main
result[keynode_nrel_idtf.to_id()] = common
sctp_client.shutdown()
self.set_header("Content-Type", "application/json")
self.finish(json.dumps(result))
def idtf_find(request):
result = None
if request.is_ajax():
# get arguments
substr = request.GET.get('substr', None)
# connect to redis an try to find identifiers
r = redis.StrictRedis(host = settings.REDIS_HOST, port = settings.REDIS_PORT, db = settings.REDIS_DB)
result = {}
sys = []
main = []
common = []
# first of all need to find system identifiers
cursor = 0
while True:
reply = r.scan(cursor, u"idtf:*%s*" % substr, 200)
if not reply or len(reply) == 0:
break
cursor = int(reply[0])
if cursor == 0:
break
for idtf in reply[1]:
if len(sys) == settings.IDTF_SEARCH_LIMIT and len(main) == settings.IDTF_SEARCH_LIMIT and len(common) == settings.IDTF_SEARCH_LIMIT:
break
rep = r.get(idtf)
utf = idtf.decode('utf-8')
addr = ScAddr.parse_binary(rep)
if utf.startswith(u"idtf:sys:") and len(sys) < settings.IDTF_SEARCH_LIMIT:
sys.append([addr.to_id(), utf[9:]])
elif utf.startswith(u"idtf:main:") and len(main) < settings.IDTF_SEARCH_LIMIT:
main.append([addr.to_id(), utf[10:]])
elif utf.startswith(u"idtf:common:") and len(common) < settings.IDTF_SEARCH_LIMIT:
common.append([addr.to_id(), utf[12:]])
sctp_client = new_sctp_client()
keys = Keynodes(sctp_client)
keynode_nrel_main_idtf = keys[KeynodeSysIdentifiers.nrel_main_idtf]
keynode_nrel_system_identifier = keys[KeynodeSysIdentifiers.nrel_system_identifier]
keynode_nrel_idtf = keys[KeynodeSysIdentifiers.nrel_idtf]
result[keynode_nrel_system_identifier.to_id()] = sys
result[keynode_nrel_main_idtf.to_id()] = main
result[keynode_nrel_idtf.to_id()] = common
result = json.dumps(result)
return HttpResponse(result, 'application/json')
def get(self):
result = None
# get arguments
substr = self.get_argument('substr', None)
# connect to redis an try to find identifiers
r = redis.StrictRedis(host=tornado.options.options.redis_host,
port=tornado.options.options.redis_port,
db=tornado.options.options.redis_db_idtf)
result = {}
sys = []
main = []
common = []
max_n = tornado.options.options.idtf_serach_limit
def appendSorted(array, data):
if len(array) > 0:
idx = 0
inserted = False
for idx in xrange(len(array)):
if len(array[idx][1]) > len(data[1]):
array.insert(idx, data)
inserted = True
break
idx = idx + 1
if not inserted and len(array) < max_n:
array.append(data)
if (len(array) > max_n):
array.pop()
else:
array.append(data)
# first of all need to find system identifiers
cursor = 0
while True:
reply = r.scan(cursor, u"idtf:*%s*" % substr, 1000)
if not reply or len(reply) == 0:
break
cursor = int(reply[0])
for idtf in reply[1]:
if len(sys) == max_n and len(main) == max_n and len(
common) == max_n:
break
rep = r.get(idtf)
utf = idtf.decode('utf-8')
addr = ScAddr.parse_binary(rep)
if utf.startswith(u"idtf:sys:") and len(sys) < max_n:
appendSorted(sys, [addr.to_int(), utf[9:]])
elif utf.startswith(u"idtf:main:") and len(main) < max_n:
appendSorted(main, [addr.to_int(), utf[10:]])
elif utf.startswith(u"idtf:common:") and len(common) < max_n:
appendSorted(common, [addr.to_int(), utf[12:]])
if cursor == 0:
break
with SctpClientInstance() as sctp_client:
keys = Keynodes(sctp_client)
keynode_nrel_main_idtf = keys[KeynodeSysIdentifiers.nrel_main_idtf]
keynode_nrel_system_identifier = keys[
KeynodeSysIdentifiers.nrel_system_identifier]
keynode_nrel_idtf = keys[KeynodeSysIdentifiers.nrel_idtf]
result['sys'] = sys
result['main'] = main
result['common'] = common
self.set_header("Content-Type", "application/json")
self.finish(json.dumps(result))
def get(self):
result = None
# get arguments
substr = self.get_argument('substr', None)
# connect to redis an try to find identifiers
r = redis.StrictRedis(host = tornado.options.options.redis_host,
port = tornado.options.options.redis_port,
db = tornado.options.options.redis_db_idtf)
result = {}
sys = []
main = []
common = []
max_n = tornado.options.options.idtf_serach_limit
def appendSorted(array, data):
if len(array) > 0:
idx = 0
inserted = False
for idx in xrange(len(array)):
if len(array[idx][1]) > len(data[1]):
array.insert(idx, data)
inserted = True
break;
idx = idx + 1
if not inserted and len(array) < max_n:
array.append(data)
if (len(array) > max_n):
array.pop()
else:
array.append(data)
# first of all need to find system identifiers
cursor = 0
while True:
reply = r.scan(cursor, u"idtf:*%s*" % substr, 1000)
if not reply or len(reply) == 0:
break
cursor = int(reply[0])
for idtf in reply[1]:
if len(sys) == max_n and len(main) == max_n and len(common) == max_n:
break
rep = r.get(idtf)
utf = idtf.decode('utf-8')
addr = ScAddr.parse_binary(rep)
if utf.startswith(u"idtf:sys:") and len(sys) < max_n:
appendSorted(sys, [addr.to_int(), utf[9:]])
elif utf.startswith(u"idtf:main:") and len(main) < max_n:
appendSorted(main, [addr.to_int(), utf[10:]])
elif utf.startswith(u"idtf:common:") and len(common) < max_n:
appendSorted(common, [addr.to_int(), utf[12:]])
if cursor == 0:
break
with SctpClientInstance() as sctp_client:
keys = Keynodes(sctp_client)
keynode_nrel_main_idtf = keys[KeynodeSysIdentifiers.nrel_main_idtf]
keynode_nrel_system_identifier = keys[KeynodeSysIdentifiers.nrel_system_identifier]
keynode_nrel_idtf = keys[KeynodeSysIdentifiers.nrel_idtf]
result['sys'] = sys
result['main'] = main
result['common'] = common
self.set_header("Content-Type", "application/json")
self.finish(json.dumps(result))
