def grant(key): #key is server-id
conf = ServerConf()
nodeConnectRequests = conf.getNodeConnectRequests()
if nodeConnectRequests.exists(key):
nodeToAdd = nodeConnectRequests.get(key) #this returns a nodeConnectRequest object
serv = RawServerMessage(nodeToAdd.getHostname(),
nodeToAdd.getClientSecurePort())
#letting the requesting node know that it is accepted
#also sending this servers connection parameters
resp = serv.addNodeAccepted()
conf.addNode(Node(nodeToAdd.server_id,
nodeToAdd.getClientSecurePort(),
nodeToAdd.getServerSecurePort(),
nodeToAdd.getQualifiedName(),nodeToAdd.getHostname()))
#trust the key
openssl = OpenSSL(conf)
openssl.addCa(nodeToAdd.key)
nodeConnectRequests.removeNode(nodeToAdd.getId())
conf.set('node_connect_requests', nodeConnectRequests)
return True
else:
return False
def grant(key): #key is server-id
conf = ServerConf()
nodeConnectRequests = conf.getNodeConnectRequests()
if nodeConnectRequests.exists(key):
nodeToAdd = nodeConnectRequests.get(
key) #this returns a nodeConnectRequest object
serv = RawServerMessage(nodeToAdd.getHostname(),
nodeToAdd.getClientSecurePort())
#letting the requesting node know that it is accepted
#also sending this servers connection parameters
resp = serv.addNodeAccepted()
conf.addNode(
Node(nodeToAdd.server_id, nodeToAdd.getClientSecurePort(),
nodeToAdd.getServerSecurePort(),
nodeToAdd.getQualifiedName(), nodeToAdd.getHostname()))
#trust the key
openssl = OpenSSL(conf)
openssl.addCa(nodeToAdd.key)
nodeConnectRequests.removeNode(nodeToAdd.getId())
conf.set('node_connect_requests', nodeConnectRequests)
return True
else:
return False
def run(self, serverState, request, response):
conf = ServerConf()
host = request.getParam('host')
client_secure_port = request.getParam('client_secure_port')
result = dict()
#do we have a server with this hostname or fqdn?
connectedNodes = conf.getNodes()
if (connectedNodes.hostnameOrFQDNExists(host) == False):
serv = RawServerMessage(host, client_secure_port)
resp = ProcessedResponse(serv.sendAddNodeRequest(host))
if resp.isOK():
result = resp.getData()
nodeConnectRequest = NodeConnectRequest(result['serverId'],
int(client_secure_port),None,None,result['fqdn'],host)
conf.addSentNodeConnectRequest(nodeConnectRequest)
result['nodeConnectRequest']=nodeConnectRequest
log.info("Added node %s" % host)
response.add('', result)
else:
response.add("Remote server said: %s"%resp.getMessage(),
status="ERROR")
else:
errorMessage = "%s is already trusted" % host
response.add(errorMessage, status="ERROR")
log.info(errorMessage)
def run(self, serverState, request, response):
conf = ServerConf()
host = request.getParam('host')
client_secure_port = request.getParam('client_secure_port')
result = dict()
#do we have a server with this hostname or fqdn?
connectedNodes = conf.getNodes()
if (connectedNodes.hostnameOrFQDNExists(host) == False):
serv = RawServerMessage(host, client_secure_port)
resp = ProcessedResponse(serv.sendAddNodeRequest(host))
if resp.isOK():
result = resp.getData()
nodeConnectRequest = NodeConnectRequest(
result['serverId'], int(client_secure_port), None, None,
result['fqdn'], host)
conf.addSentNodeConnectRequest(nodeConnectRequest)
result['nodeConnectRequest'] = nodeConnectRequest
log.info("Added node %s" % host)
response.add('', result)
else:
response.add("Remote server said: %s" % resp.getMessage(),
status="ERROR")
else:
errorMessage = "%s is already trusted" % host
response.add(errorMessage, status="ERROR")
log.info(errorMessage)
