def main():
server = Server()
commandNet = TestNetwork(server, False)
dataNet = TestNetwork(server, True)
host = "foo"
client = Client(commandNet, dataNet)
# This sets the artificial clien bug:
#client.setDataTransferConfirmationBug(True)
suc = client.connect(host, 21)
print "C:Test connected:", suc
if not suc:
return
suc = client.login("anonymous", "*****@*****.**")
if not suc:
return
f = client.retrieveFile("xx")
if f is None:
pass
else:
print f
f = client.retrieveFile("xx2")
if f is None:
pass
else:
print f
stream = client.retrieveFileStream("xx")
buf = ""
if stream is not None:
c = stream.read()
while c != -1:
buf += chr(c);
c = stream.read()
stream.close();
print buf
suc = client.changeWorkingDirectory("b_dir")
if not suc:
pass
suc = client.deleteFile("a_file")
if not suc:
pass
suc = client.logout()
if not suc:
pass
print "C:TestDone."
def main(dataTransferConfirmationBug, pasvResponseReadingBug, cuttingServer):
"""
Mainly for counting states of JPF and for comparison with simulation
"""
assert not (dataTransferConfirmationBug and pasvResponseReadingBug)
config = None
if cuttingServer:
config = RandServerConfig()
config.setSERVER_LEVEL(0)
config.setREADLINE_LEVEL(2)
server = RandServer(config)
commandNet = TestNetwork(server, False, config)
dataNet = TestNetwork(server, True)
host = "foo"
client = Client(commandNet, dataNet)
# This sets the artificial clien bug:
client.setDataTransferConfirmationBug(dataTransferConfirmationBug)
client.setPasvResponseReadingBug(pasvResponseReadingBug)
suc = client.connect(host, 21)
print "C:Test connected:", suc
if not suc:
return
suc = client.login("anonymous", "*****@*****.**")
if not suc:
return
f = client.retrieveFile("xx")
if f is None:
pass
else:
print f
f = client.retrieveFile("xx2")
if f is None:
pass
else:
print f
suc = client.logout()
if not suc:
pass
print "C:TestDone."
def main():
"""
Tests various sequences of commands.
"""
server = Server()
commandNet = TestNetwork(server, False)
dataNet = TestNetwork(server, True)
host = "foo"
client = Client(commandNet, dataNet)
suc = client.connect(host, 21)
print "C:Test connected:", suc
if not suc:
return
suc = client.login("anonymous", "*****@*****.**")
if not suc:
return
for i in range(3):
cmd = random(3)
if cmd == 0:
f = client.retrieveFile("xx")
if f is None:
pass
else:
print f
elif cmd == 1:
stream = client.retrieveFileStream("xx")
buf = ""
if stream is not None:
c = stream.read()
while c != -1:
buf += chr(c)
c = stream.read()
stream.close()
print buf
elif cmd == 2:
suc = client.changeWorkingDirectory("b_dir")
if not suc:
pass
elif cmd == 3:
files = client.listFiles()
if files is None:
pass
suc = client.logout()
if not suc:
pass
print "C:TestDone (random 2)."
def wild_connnection_experiment():
commandNet = Network()
dataNet = Network()
client = Client(commandNet, dataNet)
client.connect("ftp.gnu.org", 21)
timeoutset = commandNet.setTimeout(1000)
if not timeoutset:
print "Timeout not set"
return False
connected = client.isConnected()
if not connected:
print "Not connected"
return False
logged = client.login("anonymous", "*****@*****.**")
if not logged:
print "Not logged"
return False
files = client.listFiles()
if files is not None:
for i in files:
print i.toString()
else:
print("No listing obtained.")
return False
print client.retrieveFile("README")
## Streaming..
"""
stream = client.retrieveFileStream("README")
buf = ""
print "C:reading from stream byte by byte"
c = stream.read()
while c != -1:
buf += chr(c);
c = stream.read()
print "C:closing stream"
stream.close();
print "C:File from stream:"
print buf
"""
return True
def main():
""" This test demostrates that
- the tracker is properly synchronized (chec_race)
- StateException is raised until stream is not closed
"""
server = Server()
commandNet = TestNetwork(server, False)
dataNet = TestNetwork(server, True)
host = "foo"
client = Client(commandNet, dataNet)
suc = client.connect(host, 21)
print "C:Test connected:", suc
client.login("anonymous", "*****@*****.**")
print "C:Testing stream api (MT)..."
stream = client.retrieveFileStream("xx")
worker = Worker(stream)
worker.start()
f = None
try:
# we either succeed fully or raise StateException
f = client.retrieveFile("xx2")
assert (f is not None)
except StateException:
print "Expected warning ^."
# this operation may fail if the thread is not finished
# raising an exception is correct behavior
pass
print "C:", (f is not None)
print "C:joining thread"
worker.join() ## INJECTION: comment this line to inject a bug
# these operation never fail
# because we have joined the thread
suc = client.changeWorkingDirectory("a_dir")
assert (suc == True)
suc = client.changeWorkingDirectory("b_dir")
assert (suc == True)
print "C:TestDone."
def wiring():
commandNet = INetwork()
dataNet = INetwork()
client = Client(commandNet, dataNet)
client.connect("bar", 122)
return (client.isConnected(), client.isLogged())
def main():
server = Server()
commandNet = TestNetwork(server, False)
dataNet = TestNetwork(server, True)
host = "foo"
client = Client(commandNet, dataNet)
suc = client.connect(host, 21)
print "C:Test connected:", suc
client.login("anonymous", "*****@*****.**")
files = client.listFiles()
if files is not None:
for i in files:
print i.toString()
else:
print("C:No listing obtained.")
f = client.retrieveFile("xx")
if f is not None:
print "C:File is:\r\n", f
else:
print "C:File transfer failed."
print "C:Testing stream api..."
stream = client.retrieveFileStream("xx")
buf = ""
print "C:reading from stream byte by byte"
c = stream.read()
while c != -1:
buf += chr(c);
c = stream.read()
print "C:closing stream"
stream.close();
print "C:File from stream:"
print buf
print "C: ask and close"
stream = client.retrieveFileStream("xx2")
stream.close();
print "C:Healthy?"
f = client.retrieveFile("xx2") # suppress aggresive optimization
print "C:", (file is not None)
client.changeWorkingDirectory("a_dir")
client.changeWorkingDirectory("b_dir") # suppress aggresive optimization
client.deleteFile("a_file")
client.deleteFile("b_file") #suppress aggresive optimization
client.logout()
print "C:TestDone."
def main(clientBug):
server = Server()
server.setExperimentErrorDataTransferConfirmation(True)
commandNet = TestNetwork(server, False)
dataNet = TestNetwork(server, True)
host = "foo"
client = Client(commandNet, dataNet)
client.setDataTransferConfirmationBug(clientBug)
client.setPasvResponseReadingBug(clientBug)
suc = client.connect(host, 21)
print "C:Test connected:", suc
client.login("anonymous", "*****@*****.**")
f = client.retrieveFile("xx")
if f is not None:
print "C:File is:\r\n", f
else:
print "C:File transfer failed."
print "C:##Second shot..."
f = client.retrieveFile("xx")
if f is not None:
print "C:File is(2):\r\n", f
else:
print "C:File transfer failed.(2)"
print "C:##Third shot..."
f = client.retrieveFile("xx")
if f is not None:
print "C:File is(3):\r\n", f
else:
print "C:File transfer failed.(3)"
print "C:##Stream shot..."
stream = client.retrieveFileStream("xx")
counter = 0
while True:
c = stream.read()
if c == -1:
stream.close()
break
else:
counter += 1
print "Stream contained %d bytes" % counter
client.logout()
print "C:TestDone."