def get(self, request, format=None, **kwargs):
serializer = kwargs['serializer']
card_number = serializer.validated_data['cardNumber']
port_number = serializer.validated_data['portNumber']
host_address = serializer.validated_data['deviceIp']
shelf_number = serializer.validated_data.get('shelfNumber')
community_id = serializer.validated_data['communityId']
transaction_id = serializer.validated_data.get('transactionId')
client = get_client(community_id)
result, msg, physical_status = client.get_subscriber_status(
host_address, port_number, card_number, shelf_number)
if not result:
response = {
'success': False,
'msg': "Error while getting ADSL subscriber, {0}".format(msg)
}
log_action("{0}.{1}".format(str(self), 'get'), request, response,
transaction_id)
return Response(response, status=status.HTTP_200_OK)
response = {'success': True, 'enabled': physical_status, 'msg': None}
log_action("{0}.{1}".format(str(self), 'get'), request, response,
transaction_id)
return Response(response, status=status.HTTP_200_OK)
def post(self, request, format=None, **kwargs):
serializer = kwargs['serializer']
frame = serializer.validated_data['frame']
slot = serializer.validated_data['slot']
port = serializer.validated_data['port']
ont_id = serializer.validated_data['ontId']
host_address = serializer.validated_data['hostAddress']
device_type = serializer.validated_data['deviceType']
transaction_id = serializer.validated_data['transactionId']
port_operation = serializer.validated_data['portOperation']
client = get_client(device_type)
try:
if port_operation == 'reset':
result = client.reset_port(frame, slot, port, ont_id,
host_address)
except TimeoutException:
return Response({
'success': False,
'msg': "connection timeout"
},
status=status.HTTP_200_OK)
#log_action("{0}.{1}".format(str(self), 'get'), request, response, transaction_id)
return Response(result, status=status.HTTP_200_OK)
def get(self):
user = users.get_current_user()
if not user:
self.redirect(users.create_login_url(self.request.uri))
else:
# Sux create fast solution
client = get_client(user=user, create=True)
if not client.char:
# Sux create fast first map
place = first_place()
client.char = create_char(place=place)
else:
# Put char online and atualize his last_modified
# to do not become ofline again
client.char.online = True
client.char.put()
# Client need to update all the screen...
client.last_update = datetime.datetime.min
client.put()
template_values = {
'is_develompent': is_development,
'client_id': client.id,
'client_char_id': client.char.id,
'client_char_place_id': client.char.place.id,
'logout_url': users.create_logout_url(self.request.uri),
}
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(template.render(INDEX_PATH, template_values))
def handle_msg(self, command):
ex = Exchange()
try:
ex.ParseFromString(command)
except Exception as e:
print 'Exception received ', e
logging.error(e)
self.transport.loseConnection()
return
exr = Exchange()
if not self.registered:
if not ex.HasField('hb'):
exr.mid = ex.mid
ex.sm.sv = StatusMsg.FAIL
resp = exr.SerializeToString()
outlen = len(resp)
outbuf = pack('i', outlen)
self.sendData(outbuf + resp)
return
else:
self.registered = True
hb = ex.hb
self.clientId = hb.clientId
statusdata = utility.get_StatusMsg_bin(ex.mid,
StatusMsg.SUCCESS)
self.sendData(statusdata)
self.allclients.add_client(self.clientId, self)
else:
if ex.HasField('ur'):
logging.debug('Unregistering client ' + self.clientId)
self.allclients.unRegisterClient(self.clientId)
self.transport.loseConnection()
return
self.allclients.add_client(self.clientId)
if ex.HasField('clocks'):
# details about locks is wanted
c_locks = ex.clocks
clientId = c_locks.clientId
if not get_client().is_registered(clientId):
exr.sm = CLIENT_NOT_REGISTERED
resp = exr.SerializeToString()
outlen = len(resp)
outbuf(pack('i', outlen))
self.sendData(outbuf + resp)
else:
clocks = get_lc().getClientLocks(clientId)
elif ex.HasField('ld'):
logging.debug('Getting lock dettails ' + ex.ld.lockName)
ld = get_lc().getLockDetails(ex.ld.lockName)
lddata = utility.get_lockDetail_resp_msg(ex.mid, ld)
self.sendData(lddata)
elif ex.HasField('lc'):
lcl = ex.lc
logging.debug('Received lock request ' + ' ' + lcl.clientId +
' ' + lcl.cmd.lockId + ' ' +
str(lcl.cmd.op.opval))
eobj = event(common.LOCKOP_TOPIC, ex, str(lcl.cmd.lockId))
self.ebus.post(eobj)
def __init__(self, ebus):
DataChunk.__init__(self)
subscriber.__init__(self)
self.ebus = ebus
self.clientId = None
self.allclients = get_client()
self.registered = False
self.peer = None
def __init__(self, ebus):
DataChunk.__init__(self)
subscriber.__init__(self)
self.ebus = ebus
self.clientId = None
self.allclients = get_client()
self.registered = False
self.peer = None
def handle_msg(self, command):
ex = Exchange()
try:
ex.ParseFromString(command)
except Exception as e:
print 'Exception received ', e
logging.error(e)
self.transport.loseConnection()
return
exr = Exchange()
if not self.registered:
if not ex.HasField('hb'):
exr.mid = ex.mid
ex.sm.sv = StatusMsg.FAIL
resp = exr.SerializeToString()
outlen = len(resp)
outbuf = pack('i', outlen)
self.sendData(outbuf + resp)
return
else:
self.registered = True
hb = ex.hb
self.clientId = hb.clientId
statusdata = utility.get_StatusMsg_bin(ex.mid, StatusMsg.SUCCESS)
self.sendData(statusdata)
self.allclients.add_client(self.clientId, self)
else:
if ex.HasField('ur'):
logging.debug('Unregistering client ' + self.clientId)
self.allclients.unRegisterClient(self.clientId)
self.transport.loseConnection()
return
self.allclients.add_client(self.clientId)
if ex.HasField('clocks'):
# details about locks is wanted
c_locks = ex.clocks
clientId = c_locks.clientId
if not get_client().is_registered(clientId):
exr.sm = CLIENT_NOT_REGISTERED
resp = exr.SerializeToString()
outlen = len(resp)
outbuf(pack('i', outlen))
self.sendData(outbuf + resp)
else:
clocks = get_lc().getClientLocks(clientId)
elif ex.HasField('ld'):
logging.debug('Getting lock dettails ' + ex.ld.lockName)
ld = get_lc().getLockDetails(ex.ld.lockName)
lddata = utility.get_lockDetail_resp_msg(ex.mid, ld)
self.sendData(lddata)
elif ex.HasField('lc'):
lcl = ex.lc
logging.debug('Received lock request ' + ' ' +
lcl.clientId + ' ' + lcl.cmd.lockId + ' ' +
str(lcl.cmd.op.opval))
eobj = event(common.LOCKOP_TOPIC, ex, str(lcl.cmd.lockId))
self.ebus.post(eobj)
def add():
client = get_client()
ssh_config = defaultdict(str)
while True:
ssh_config['hostname'] = prompt_line('HostName[{}]: ',
ssh_config['hostname'],
(ssh_config['hostname'], ))
ssh_config['host'] = prompt_line('Host[{}]: ', ssh_config['host'],
(ssh_config['host'], ))
ssh_config['port'] = prompt_line('Port[{}]: ', ssh_config['port'],
(ssh_config['port'], ))
ssh_config['user'] = prompt_line('User[{}]: ', ssh_config['user'],
(ssh_config['user'], ))
ssh_config['identityfile'] = prompt_line(
'IdentityFile[{}]: ', ssh_config['identityfile'],
(ssh_config['identityfile'], ))
ok = raw_input(
json.dumps(ssh_config, indent=4) + '\nare you sure? [Y/N]: ')
ok = ok.strip()
if ok.lower() == 'y':
break
else:
continue
hostname = ssh_config['hostname']
identityfile = ssh_config['identityfile']
if identityfile:
with open(identityfile) as f:
cert_content = f.read()
cert_filename = '{}.cert'.format(hostname)
client.upload(cert_content, cert_filename)
config_filename = '{}.json'.format(hostname)
ssh_config = json.dumps(ssh_config, indent=4)
client.upload(ssh_config, config_filename)
def connect(hostname):
client = get_client()
ssh_json = '{}.json'.format(hostname)
content = client.download(ssh_json)
ssh_config = json.loads(content)
local_ssh_cert_path = ''
if ssh_config.get('identityfile', None):
ssh_cert_path = '{}.cert'.format(hostname)
ssh_cert_filename = '{}.cert'.format(hostname)
home_env = os.getenv('HOME', None)
local_ssh_cert_dir = os.path.join(home_env, '.sshr_certs')
mkdir(local_ssh_cert_dir)
local_ssh_cert_path = os.path.join(local_ssh_cert_dir,
ssh_cert_filename)
content = client.download(ssh_cert_path)
with open(local_ssh_cert_path, 'w') as f:
f.write(str(content))
os.chmod(local_ssh_cert_path, 0o600)
user = ssh_config['user']
host = ssh_config['host']
port = ssh_config['port']
ssh_command = ''
if local_ssh_cert_path:
ssh_command = 'ssh {}@{} -p {} -i {}'.format(user, host, port,
local_ssh_cert_path)
else:
ssh_command = 'ssh {}@{} -p {}'.format(user, host, port)
# mac Sierra(10.12.2) ssh-add -K
os.system(ssh_command)
if local_ssh_cert_path:
os.remove(local_ssh_cert_path)
def post(self):
user = users.get_current_user()
if not user:
self.error(403) # access denied
return
client = get_client(user)
if not client:
self.error(403) # access denied
return
#debug = self.request.get('debug', False)
# CAUTION: IT WANNA BE BY ANOTHER WAY (NEED TO IMPLEMENT)
#char.logged = True
#char.put()
#self.response.headers.add_header("Content-Type", 'application/json')
# Action to execute
action = self.request.get('action')
# Arguments of the action
args = self.request.get_all('args[]')
# REMOVE ALL EMPTY VALUE OF THE ARGS
for i in range(args.count('')):
args.remove('')
# Target of the action
target_id = self.request.get('target')
if target_id:
target = db.get(db.Key(target_id))
# DEBUG
if not target:
response['alert'].append('TARGET NOT AVAILABLE')
else:
target = None
# Client time that executed the action
client_time = self.request.get('time')
# Append to the response the action feedback or one alert or error if it has
response = {
'action': action,
'target': target,
'args': args,
'client_time': client_time,
#'server_hour': datetime.datetime.now().strftime('%I:%M:%S'),
'self': client.char.id,
#'object': {}, Thinking about it here in action_handler
#'listener': {}, Not implemented yet
'alert': [],
'error': [],
}
if action == 'ping':
pass
elif action == 'get_channel_token':
client.channel_token = create_channel(client.id)
client.put()
response['channel_token'] = client.channel_token
elif action in actions_signatures:
#response['alert'].append('Action found:' + action)
if validate_args(actions_signatures[action], args):
#function = getattr(actions, action)
#function(client, response, args)
query = db.Query(Action)
query.filter('active =', True)
query.filter('action =', action)
query.filter('char =', client.char)
saved_action = query.get()
if saved_action:
response['alert'].append('ACTION ACTIVE FOUND')
saved_action.args = args
saved_action.target = target
saved_action.put()
else:
response['alert'].append('NEW ACTION CREATED')
action = Action(char=client.char,
action=action,
args=args,
target=target)
action.put()
else:
response['error'].append('ERROR TO VALIDATE ARGS')
else:
response['error'].append('ACTION NOT ALLOWED')
self.response.out.write(simplejson.dumps(response))
return
def delete(hostname):
client = get_client()
ssh_json = '{}.json'.format(hostname)
ssh_cert = '{}.cert'.format(hostname)
client.delete(ssh_json)
client.delete(ssh_cert)
def info(hostname):
client = get_client()
path = '{}.json'.format(hostname)
content = client.download(path)
click.echo(content)
def list():
client = get_client()
for filename in client.list(''):
if filename.endswith('.json'):
click.echo(os.path.splitext(filename)[0])
def post(self, is_get=False):
if is_get:
self.response.out.write('is_get = '+str(is_get)+'<br />')
user = users.get_current_user()
if not user:
self.error(403) # access denied
return
client = get_client(user)
if not client:
self.error(403) # access denied
return
if is_development or is_get:
loop_range = 1
else:
loop_range = 28
for i in range(loop_range):
# Checks if the player d made the atualization in this second
# if he made the atualization this second,
# he must wait to the next second
# Server delay is a timedelta that the server
# spent to process last update, something like 3500microseconds
feeder_start = datetime.datetime.now()
deltatime = feeder_start - client.last_update
if deltatime.seconds == 0:
# now is less than a second since the last update
# Estimated time to sleep
sleep_time = float(1000000 - deltatime.microseconds)/1000000
if is_development or is_get:
self.response.out.write('sleep: '+str(sleep_time)+'<br />')
sleep(sleep_time)
feeder_start = datetime.datetime.now()
# This is a especial case that the client has just opened the browser
# and he needs to get full_updates of all places
if client.last_update == datetime.datetime.min:
if is_development or is_get:
self.response.out.write('FULL UPDATES<br />')
updates = full_updates(client)
else:
"""
# Henceforward (daqui em diante) assume that the char have ur screen
# If the server has not responded yet, wait for its response
server_last_update = memcache.get('server_last_update')
if not server_last_update:
# We can't set datetime.datetime.min,
# because strftime can't mannage years before 1900
server_last_update = datetime.datetime(2000,1,1)
deltatime = feeder_start - server_last_update
while deltatime.seconds > 0:
# Server do not atualize in this second, wait the atualization
sleep(float(server_delay*(10))/1000000)
server_last_update = memcache.get('server_last_update')
if not server_last_update:
# We can't set datetime.datetime.min,
# because strftime can't mannage years before 1900
server_last_update = datetime.datetime(2000,1,1)
deltatime = feeder_start - server_last_update
if datetime.datetime.now().second > feeder_start.second:
# It tryed all this second for te actualization
break
"""
updates = {
#'server_hour':server_last_update.strftime('%I:%M:%S ')
# + ':' +str(server_last_update.microsecond),
#'server_delay':server_delay
}
if is_development or is_get:
self.response.out.write('HALF UPDATES<br />')
query = db.Query(Update)
query.filter('place =', client.char.place)
query.filter('datetime >', client.last_update)
for update in query:
new_update = update.update
if is_development or is_get:
self.response.out.write('update:'+str(update.place)+'<br />')
# ADDING UPDATES CHANGES
for update_type in new_update:
if type(new_update[update_type]) == str:
updates[update_type] = new_update[update_type]
elif type(new_update[update_type]) == list:
if not update_type in updates:
updates[update_type] = []
for new_obj in new_update[update_type]:
updates[update_type].append(new_obj)
elif type(new_update[update_type]) == dict:
if not update_type in updates:
updates[update_type] = {}
for key in new_update[update_type]:
updates[update_type][key] = new_update[update_type][key]
client.last_update = feeder_start
#updates = 'testando'
if updates:
#updates['object'] = object_list
if is_development or is_get:
self.response.out.write('sending to:'+client.id+'<br />')
self.response.out.write('<br />'+simplejson.dumps(updates)+'<br />')
send_message(client.id, simplejson.dumps(updates))
else:
self.response.out.write('no updates to send to:'+client.channel_token+'<br />')
client.put()