def TestMonkeyPatchUDP(address):
# replace the system socket with this module
def UDPServer(address):
listenSocket = socket.socket(AF_INET, SOCK_DGRAM)
listenSocket.setsockopt(SOL_SOCKET, SO_REUSEADDR, 1)
listenSocket.bind(address)
i = 1
cnt = 0
while 1:
#print "waiting for connection test", i
#currentSocket, clientAddress = listenSocket.accept()
#print "received connection", i, "from", clientAddress
print "waiting to receive"
t = listenSocket.recvfrom(256)
cnt += len(t[0])
print "received", t[0], cnt
if cnt == 512:
break
def UDPClient(address):
clientSocket = socket.socket(AF_INET, SOCK_DGRAM)
# clientSocket.connect(address)
print "sending 512 byte packet"
sentBytes = clientSocket.sendto("-" + ("*" * 510) + "-", address)
print "sent 512 byte packet", sentBytes
micro(UDPServer, (address, ))
micro(UDPClient, (address, ))
allmicro_run()
def TestMonkeyPatchUDP(address):
# replace the system socket with this module
def UDPServer(address):
listenSocket = socket.socket(AF_INET, SOCK_DGRAM)
listenSocket.setsockopt(SOL_SOCKET, SO_REUSEADDR, 1)
listenSocket.bind(address)
i = 1
cnt = 0
while 1:
#print "waiting for connection test", i
#currentSocket, clientAddress = listenSocket.accept()
#print "received connection", i, "from", clientAddress
print "waiting to receive"
t = listenSocket.recvfrom(256)
cnt += len(t[0])
print "received", t[0], cnt
if cnt == 512:
break
def UDPClient(address):
clientSocket = socket.socket(AF_INET, SOCK_DGRAM)
# clientSocket.connect(address)
print "sending 512 byte packet"
sentBytes = clientSocket.sendto("-"+ ("*" * 510) +"-", address)
print "sent 512 byte packet", sentBytes
micro(UDPServer, (address,))
micro(UDPClient, (address,))
allmicro_run()
def run_test_tcp():
print 'Starting tcp server...'
rpc.MicroTCPServer(mod, (ip_to_str(N.net[0].ip), PORT), 'lo', N, N.net[0],
Sock)
micro(tcp_client)
allmicro_run()
def run_test_tcp():
print 'Starting tcp server...'
rpc.MicroTCPServer(mod, ('localhost', PORT))
micro(tcp_client)
allmicro_run()
def run_test_udp():
print 'Starting udp server...'
rpc.MicroUDPServer(mod, ('', PORT))
micro(udp_client)
allmicro_run()
def run_test_udp():
print 'Starting udp server...'
rpc.MicroUDPServer(mod, ('', PORT))
micro(udp_client)
allmicro_run()
def run_test_tcp():
print 'Starting tcp server...'
rpc.MicroTCPServer(mod, ('localhost', PORT))
micro(tcp_client)
allmicro_run()
def csend_atomic(ch, n):
print 'csend_atomic start',n
ch.send('take the atom')
print 'csend_atomic sent', n
def xf():print 'csend_atomic xf1',n
micro(xf)
print 'csend_atomic ch.recv',n,': ',ch.recv()
print 'csend_atomic end',n
def csend(ch,n):
print 'csend start',n
ch.send('take')
print 'csend sent', n
def xf():print 'csend xf1',n
micro(xf)
print 'csend',n,' ch.recv: ',ch.recv()
print 'csend end',n
def csend(ch, n):
print 'csend start', n
ch.send('take')
print 'csend sent', n
def xf():
print 'csend xf1', n
micro(xf)
print 'csend', n, ' ch.recv: ', ch.recv()
print 'csend end', n
def csend_atomic(ch, n):
print 'csend_atomic start', n
ch.send('take the atom')
print 'csend_atomic sent', n
def xf():
print 'csend_atomic xf1', n
micro(xf)
print 'csend_atomic ch.recv', n, ': ', ch.recv()
print 'csend_atomic end', n
def run_sim():
# Fill the options to pass to the nodes.
s = Settings()
s.SIMULATED = True
s.IP_VERSION = 4
s.NICS = []
s.EXCLUDE_NICS = []
# Add the node N.net[0], and N.net[1] to the simulation. They are the
# nodes loaded by N.net_file_load().
micro(NtkNode(N, N.net[0], Sock, xtime, s).run)
# Wait 10 time units before adding N.net[1]
xtime.swait(10)
micro(NtkNode(N, N.net[1], Sock, xtime, s).run)
def run_sim():
# Fill the options to pass to the nodes.
s = Settings()
s.SIMULATED = True
s.IP_VERSION = 4
s.NICS = []
s.EXCLUDE_NICS = []
# Add the node N.net[0], and N.net[1] to the simulation. They are the
# nodes loaded by N.net_file_load().
micro(NtkNode(N, N.net[0], Sock, xtime, s).run)
# Wait 10 time units before adding N.net[1]
xtime.swait(10)
micro(NtkNode(N, N.net[1], Sock, xtime, s).run)
def test_sequence_II():
global T, T1, T2
T1=T[:]
T=[]
mf(1,1)
micro(f, (4,4))
mft(5,5)
micro(f, (6,6))
mf(2,2)
mft(7,7)
mf(3,3)
micro(f, (8,8))
def test_sequence_II():
global T, T1, T2
T1 = T[:]
T = []
mf(1, 1)
micro(f, (4, 4))
mft(5, 5)
micro(f, (6, 6))
mf(2, 2)
mft(7, 7)
mf(3, 3)
micro(f, (8, 8))
@microfunc(is_atomic=True)
def csend_atomic(ch, n):
print 'csend_atomic start', n
ch.send('take the atom')
print 'csend_atomic sent', n
def xf():
print 'csend_atomic xf1', n
micro(xf)
print 'csend_atomic ch.recv', n, ': ', ch.recv()
print 'csend_atomic end', n
mf(1, 1)
micro(f, (4, 4))
mft(5, 5)
micro(f, (6, 6))
mf(2, 2)
mft(7, 7)
mf(3, 3)
micro(f, (8, 8))
@microfunc(1)
def test_sequence_II():
global T, T1, T2
T1 = T[:]
T = []
mf(1, 1)
micro(f, (4, 4))
def micro_stream_request_handler(sock, clientaddr, dev, rpcdispatcher):
micro(stream_request_handler, (sock, clientaddr, dev, rpcdispatcher))
def run_test_udp():
print "Starting udp server..."
rpc.MicroUDPServer(mod, ("", PORT), "lo", N, N.net[0], Sock)
micro(udp_client)
def run_test_tcp():
print "Starting tcp server..."
rpc.MicroTCPServer(mod, (ip_to_str(N.net[0].ip), PORT), "lo", N, N.net[0], Sock)
micro(tcp_client)
allmicro_run()
print 'csend',n,' ch.recv: ',ch.recv()
print 'csend end',n
@microfunc(is_atomic=True)
def csend_atomic(ch, n):
print 'csend_atomic start',n
ch.send('take the atom')
print 'csend_atomic sent', n
def xf():print 'csend_atomic xf1',n
micro(xf)
print 'csend_atomic ch.recv',n,': ',ch.recv()
print 'csend_atomic end',n
mf(1,1)
micro(f, (4,4))
mft(5,5)
micro(f, (6,6))
mf(2,2)
mft(7,7)
mf(3,3)
micro(f, (8,8))
@microfunc(1)
def test_sequence_II():
global T, T1, T2
T1=T[:]
T=[]
mf(1,1)
micro(f, (4,4))
mft(5,5)
def StartManager():
global managerRunning
if not managerRunning:
managerRunning = True
micro(ManageSockets)
def run(self, started=0):
if not started:
micro(self.run, (1, ))
else:
while True:
self.radar()
print "sending 512 byte packet"
sentBytes = clientSocket.sendto("-"+ ("*" * 510) +"-", address)
print "sent 512 byte packet", sentBytes
micro(UDPServer, (address,))
micro(UDPClient, (address,))
allmicro_run()
if len(sys.argv) == 2:
if sys.argv[1] == "client":
print "client started"
TestTCPClient(testAddress, socket.socket)
print "client exited"
elif sys.argv[1] == "slpclient":
print "client started"
micro(TestTCPClient, (testAddress,))
allmicro_run()
print "client exited"
elif sys.argv[1] == "server":
print "server started"
TestTCPServer(testAddress, socket.socket)
print "server exited"
elif sys.argv[1] == "slpserver":
print "server started"
micro(TestTCPServer,(testAddress,))
allmicro_run()
print "server exited"
else:
print "Usage:", sys.argv[0], "[client|server|slpclient|slpserver]"
sys.exit(1)
def run(self, started=0):
if not started:
micro(self.run, (1,))
else:
while True:
self.radar()
def StartManager():
global managerRunning
if not managerRunning:
managerRunning = True
micro(ManageSockets)
def run_test_udp():
print 'Starting udp server...'
rpc.MicroUDPServer(mod, ('', PORT), 'lo', N, N.net[0], Sock)
micro(udp_client)
sentBytes = clientSocket.sendto("-" + ("*" * 510) + "-", address)
print "sent 512 byte packet", sentBytes
micro(UDPServer, (address, ))
micro(UDPClient, (address, ))
allmicro_run()
if len(sys.argv) == 2:
if sys.argv[1] == "client":
print "client started"
TestTCPClient(testAddress, socket.socket)
print "client exited"
elif sys.argv[1] == "slpclient":
print "client started"
micro(TestTCPClient, (testAddress, ))
allmicro_run()
print "client exited"
elif sys.argv[1] == "server":
print "server started"
TestTCPServer(testAddress, socket.socket)
print "server exited"
elif sys.argv[1] == "slpserver":
print "server started"
micro(TestTCPServer, (testAddress, ))
allmicro_run()
print "server exited"
else:
print "Usage:", sys.argv[0], "[client|server|slpclient|slpserver]"
sys.exit(1)
def micro_dgram_request_handler(sock, clientaddr, packet, dev, rpcdispatcher):
micro(dgram_request_handler, (sock, clientaddr, packet, dev, rpcdispatcher))
def micro_dgram_request_handler(sock, clientaddr, packet, dev, rpcdispatcher):
micro(dgram_request_handler,
(sock, clientaddr, packet, dev, rpcdispatcher))
def micro_stream_request_handler(sock, clientaddr, dev, rpcdispatcher):
micro(stream_request_handler, (sock, clientaddr, dev, rpcdispatcher))
