class MaliciousAgent:
def __init__(self, masterip, route):
# Path
self.masterip = masterip
self.route = route
self.hops = 0
# use the masterip, create a socket, see it's ip.
self.localip = getCurrentIP(masterip)
# DON'T KNOW
self.plusval = 1
# Code career
# Has to be signed by the server, otherwise wont work.
self.compLocal = CompLocal()
self.serverSignature = ""
def dispInfo(self):
# print out the result
print "\t ================================="
print "\t Agent Information "
print "\t ================================="
print "\t free disk space:", self.compLocal.totalfree
print "\t local ip is :", self.localip
print "\t master ip is:", self.masterip
print "\t current hops is:", self.hops
print "\t planned route is:", self.route
print "\t self plus result is", self.plusval
print "\t ================================="
def compute(self):
import rsa, cPickle
from KeyServer import getPublicKey
from CompLocal import CompLocal
print "Computation started"
self.plusval += 1
print "Plussed"
# TODO: Verify integrity
try:
dump = cPickle.dumps(self.compLocal, 1)
_serverPubKey = getPublicKey(self.masterip)
_serverPubKey.verify(dump, (self.serverSignature,))
if isinstance(self.compLocal, CompLocal):
return self.compLocal.compute()
else:
return -1
except rsa.pkcs1.VerificationError as e:
print "Cannot trust the code, cowardly exiting"
raise e
except Exception as e:
print "Last except excepted: ", str(e)
raise e
def __eq__(self, other):
print "comparing"
return self.__dict__ == other.__dict__
def __init__(self, masterip, route):
# Path
self.masterip = masterip
self.route = route
self.hops = 0
# use the masterip, create a socket, see it's ip.
self.localip = getCurrentIP(masterip)
# DON'T KNOW
self.plusval = 1
# Code career
# Has to be signed by the server, otherwise wont work.
self.compLocal = CompLocal()
self.serverSignature = ""