def testStart2Servers(self):
numServers = 2
self.createConfFolders(numServers)
hostname = gethostname()
node0HttpsPort = 13807
node1HttpsPort = 13808
node0HttpPort = 14807
node1HttpPort = 14808
for i in range(numServers):
args = [
'../../../../cpc-server', '-c', self.serverConfs[i], 'start'
] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
time.sleep(2)
#connect node 0 to node 1
args = [
'../../../../cpc-server', '-c', self.serverConfs[0],
'connnect-server', hostname,
str(node1HttpPort)
] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
args = [
'../../../../cpc-server', '-c', self.serverConfs[1], 'trust',
hostname,
str(node0HttpsPort)
] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
#verify existense of of nodes in each conf file
conf1 = ServerConf(confdir=self.serverConfs[0], reload=True)
node0Nodes = conf1.getNodes()
self.assertTrue(node0Nodes.exists(hostname, node1HttpsPort))
conf2 = ServerConf(confdir=self.serverConfs[1], reload=True)
node1Nodes = conf2.getNodes()
self.assertTrue(node1Nodes.exists(hostname, node0HttpsPort))
#do a network topology call
conf = ConnectionBundle(confdir=self.serverConfs[0], reload=True)
client = ClientMessage()
topology = ProcessedResponse(client.networkTopology()).getData()
self.assertEquals(topology.size(), 2)
def testStartServer(self):
self.createConfFolder(0)
args = ['../../../../cpc','-c',self.serverConfs[0],'start'] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
time.sleep(2)
conf = ServerConf(self.serverConfs[0],True)
#create a custom request message that sends a file and a parameter
#verifty
client = ClientMessage()
ProcessedResponse(client.pingServer()).pprint()
client.closeClient()
def testNetworkRoute(self):
self.create5NodeNetwork()
#send message from node 0 to 2 http
conf = ConnectionBundle(confdir=self.serverConfs[0],reload=True)
client = ClientMessage()
response = ProcessedResponse(client.pingServer(self.hostname,self.node2HttpsPort))
print response.pprint()
#send message from node 0 to 4 https
response = ProcessedResponse(client.pingServer(self.hostname,self.node4HttpsPort))
print response.pprint()
#send message from node 0 to 4 http
#this throws an exception since we should not route with http
response = ProcessedResponse(client.pingServer(self.hostname,self.node4Port))
print response.pprint()
def testNetworkTopology(self):
self.create5NodeNetwork()
conf = ConnectionBundle(confdir=self.serverConfs[0],reload=True)
client = ClientMessage()
topology =ProcessedResponse(client.networkTopology()).getData()
self.assertEquals(topology.size() ,5)
#verify that the topology is correct
#node 0 should have 2 connections one to node 1 and one to node 2
node0 = "%s:%s"%(self.hostname,str(self.node0HttpsPort))
node = topology.get(node0)
self.assertEquals(node.nodes.size(),2)
self.assertTrue(node.nodes.exists(self.hostname,self.node1HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname,self.node2HttpsPort))
#node 1 should have 1 connection to node 2
node1 = "%s:%s"%(self.hostname,str(self.node1HttpsPort))
node = topology.get(node1)
self.assertEquals(node.nodes.size(),2)
self.assertTrue(node.nodes.exists(self.hostname,self.node2HttpsPort))
#node2 should have 4 connections one to each other node
node2 = "%s:%s"%(self.hostname,str(self.node2HttpsPort))
node = topology.get(node2)
self.assertEquals(node.nodes.size(),4)
self.assertTrue(node.nodes.exists(self.hostname,self.node0HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname,self.node1HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname,self.node3HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname,self.node4HttpsPort))
#node 3 should have 1 connection to node 2
node3 = "%s:%s"%(self.hostname,str(self.node3HttpsPort))
node = topology.get(node3)
self.assertEquals(node.nodes.size(),1)
self.assertTrue(node.nodes.exists(self.hostname,self.node2HttpsPort))
#node 4 should have 1 connection to node 2
node4 = "%s:%s"%(self.hostname,str(self.node4HttpsPort))
node = topology.get(node4)
self.assertEquals(node.nodes.size(),1)
self.assertTrue(node.nodes.exists(self.hostname,self.node2HttpsPort))
def testNetworkTopology(self):
self.create5NodeNetwork()
conf = ConnectionBundle(confdir=self.serverConfs[0], reload=True)
client = ClientMessage()
topology = ProcessedResponse(client.networkTopology()).getData()
self.assertEquals(topology.size(), 5)
#verify that the topology is correct
#node 0 should have 2 connections one to node 1 and one to node 2
node0 = "%s:%s" % (self.hostname, str(self.node0HttpsPort))
node = topology.get(node0)
self.assertEquals(node.nodes.size(), 2)
self.assertTrue(node.nodes.exists(self.hostname, self.node1HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname, self.node2HttpsPort))
#node 1 should have 1 connection to node 2
node1 = "%s:%s" % (self.hostname, str(self.node1HttpsPort))
node = topology.get(node1)
self.assertEquals(node.nodes.size(), 2)
self.assertTrue(node.nodes.exists(self.hostname, self.node2HttpsPort))
#node2 should have 4 connections one to each other node
node2 = "%s:%s" % (self.hostname, str(self.node2HttpsPort))
node = topology.get(node2)
self.assertEquals(node.nodes.size(), 4)
self.assertTrue(node.nodes.exists(self.hostname, self.node0HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname, self.node1HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname, self.node3HttpsPort))
self.assertTrue(node.nodes.exists(self.hostname, self.node4HttpsPort))
#node 3 should have 1 connection to node 2
node3 = "%s:%s" % (self.hostname, str(self.node3HttpsPort))
node = topology.get(node3)
self.assertEquals(node.nodes.size(), 1)
self.assertTrue(node.nodes.exists(self.hostname, self.node2HttpsPort))
#node 4 should have 1 connection to node 2
node4 = "%s:%s" % (self.hostname, str(self.node4HttpsPort))
node = topology.get(node4)
self.assertEquals(node.nodes.size(), 1)
self.assertTrue(node.nodes.exists(self.hostname, self.node2HttpsPort))
def testStartServer(self):
self.createConfFolder(0)
args = [
'../../../../cpc', '-c', self.serverConfs[0], 'start'
] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
time.sleep(2)
conf = ServerConf(self.serverConfs[0], True)
#create a custom request message that sends a file and a parameter
#verifty
client = ClientMessage()
ProcessedResponse(client.pingServer()).pprint()
client.closeClient()
def testStart2Servers(self):
numServers = 2
self.createConfFolders(numServers)
hostname = gethostname()
node0HttpsPort = 13807
node1HttpsPort = 13808
node0HttpPort = 14807
node1HttpPort = 14808
for i in range(numServers):
args = ['../../../../cpc-server','-c',self.serverConfs[i],'start'] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
time.sleep(2)
#connect node 0 to node 1
args = ['../../../../cpc-server','-c',self.serverConfs[0],'connnect-server',hostname,str(node1HttpPort)] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
args = ['../../../../cpc-server','-c',self.serverConfs[1],'trust',hostname,str(node0HttpsPort)] #doing cpc.server.server.forkAndRun(cf, debug ) directly here will will for some strange reason mess up things when shutting down, the process wont shutdown
subprocess.call(args)
#verify existense of of nodes in each conf file
conf1 = ServerConf(confdir=self.serverConfs[0], reload=True)
node0Nodes = conf1.getNodes()
self.assertTrue(node0Nodes.exists(hostname,node1HttpsPort))
conf2 = ServerConf(confdir=self.serverConfs[1],reload=True)
node1Nodes = conf2.getNodes()
self.assertTrue(node1Nodes.exists(hostname,node0HttpsPort))
#do a network topology call
conf = ConnectionBundle(confdir=self.serverConfs[0],reload=True)
client = ClientMessage()
topology =ProcessedResponse(client.networkTopology()).getData()
self.assertEquals(topology.size() ,2)
def testNetworkRoute(self):
self.create5NodeNetwork()
#send message from node 0 to 2 http
conf = ConnectionBundle(confdir=self.serverConfs[0], reload=True)
client = ClientMessage()
response = ProcessedResponse(
client.pingServer(self.hostname, self.node2HttpsPort))
print response.pprint()
#send message from node 0 to 4 https
response = ProcessedResponse(
client.pingServer(self.hostname, self.node4HttpsPort))
print response.pprint()
#send message from node 0 to 4 http
#this throws an exception since we should not route with http
response = ProcessedResponse(
client.pingServer(self.hostname, self.node4Port))
print response.pprint()
