def evaluate_all(self, expressions, weight_expressions):
self.expressions = expressions
self.weight_expressions = weight_expressions
self.pre_runtime.addCallback(self.begin_MPC)
# Start the Twisted event loop.
reactor.run()
return self.results
def main():
# Parse command line arguments.
parser = OptionParser(usage=__doc__)
parser.add_option("--modulus",
help="lower limit for modulus (can be an expression)")
parser.set_defaults(modulus=2**65)
Runtime.add_options(parser)
options, args = parser.parse_args()
if len(args)==2:
number = int(args[1])
else:
number = None
if len(args) == 0:
parser.error("you must specify a config file")
Zp = GF(find_prime(options.modulus, blum=True))
# Load configuration file.
id, players = load_config(args[0])
runtime_class = make_runtime_class(mixins=[ComparisonToft07Mixin])
pre_runtime = create_runtime(id, players, 1, options, runtime_class)
def run(runtime):
print "Connected."
# Players 1 and 2 are doing a sharing over the field Zp.
# Our input is number (None for other players).
if runtime.id == 3:
print "I have no number"
else:
print "My number: %d." % number
(x, y) = runtime.shamir_share([1, 2], Zp, number)
# Do the secret computation.
result = divide(x, y, 10) # 10 bits for the result.
# Now open the result so we can see it.
dprint("The two numbers divided are: %s", runtime.open(result))
result.addCallback(lambda _: runtime.shutdown())
pre_runtime.addCallback(run)
# Start the Twisted event loop.
reactor.run()
def main():
# Parse command line arguments.
parser = OptionParser(usage=__doc__)
parser.add_option("--modulus",
help="lower limit for modulus (can be an expression)")
parser.set_defaults(modulus=2**65)
Runtime.add_options(parser)
options, args = parser.parse_args()
if len(args) == 2:
number = int(args[1])
else:
number = None
if len(args) == 0:
parser.error("you must specify a config file")
Zp = GF(find_prime(options.modulus, blum=True))
# Load configuration file.
id, players = load_config(args[0])
runtime_class = make_runtime_class(mixins=[ComparisonToft07Mixin])
pre_runtime = create_runtime(id, players, 1, options, runtime_class)
def run(runtime):
print "Connected."
# Players 1 and 2 are doing a sharing over the field Zp.
# Our input is number (None for other players).
if runtime.id == 3:
print "I have no number"
else:
print "My number: %d." % number
(x, y) = runtime.shamir_share([1, 2], Zp, number)
# Do the secret computation.
result = divide(x, y, 10) # 10 bits for the result.
# Now open the result so we can see it.
dprint("The two numbers divided are: %s", runtime.open(result))
result.addCallback(lambda _: runtime.shutdown())
pre_runtime.addCallback(run)
# Start the Twisted event loop.
reactor.run()
options, args = parser.parse_args()
if len(args) != 3:
parser.error("Wrong number of arguments. Use config, target address, output file")
parser = OptionParser()
options, args = parser.parse_args()
id, players = load_config(args[0])
address = args[1]
out = args[2]
protocol = Protocol(id, address, random.SystemRandom().getrandbits(32), out)
pre_runtime = create_runtime(id, players, (len(players) - 1)//2, runtime_class=Toft07Runtime)
pre_runtime.addCallback(protocol.run)
pre_runtime.addErrback(errorHandler)
reactor.run()
if options.parallel:
benchmark = ParallelBenchmark
else:
benchmark = SequentialBenchmark
needed_data = ""
if options.needed_data:
needed_data = eval(open(options.needed_data).read())
if options.needed_data and options.pc:
bases = (benchmark, NeededDataBenchmarkStrategy, operation_arity)
options.pc = eval(options.pc)
else:
bases = (benchmark, SelfcontainedBenchmarkStrategy, operation_arity)
print "Using the Benchmark bases:"
for b in bases:
print "- %s" % b.__name__
benchmark = type("ExtendedBenchmark", bases, {})
def do_benchmark(runtime, operation, benchmark, field, count, *args):
benchmark(runtime, operation, field, count).benchmark(*args)
pre_runtime.addCallback(do_benchmark, operation, benchmark, Zp, count,
needed_data, options.pc)
print "#### Starting reactor ###"
reactor.run()
def run_protocol(rt, p):
rt.addCallback(p)
reactor.run()
# Millionaire 1 is largest.
comparison = comparison + [1]
elif not m1_ge_m2 and not m1_ge_m3:
# Millionaire 1 is smallest.
comparison = [1] + comparison
else:
# Millionaire 1 is between the others.
comparison = [comparison[0], 1, comparison[1]]
print "From poorest to richest:"
for id in comparison:
if id == self.runtime.id:
print " Millionaire %d (%d millions)" % (id, self.millions)
else:
print " Millionaire %d" % id
# Parse command line arguments.
parser = OptionParser()
Toft05Runtime.add_options(parser)
options, args = parser.parse_args()
if len(args) == 0:
parser.error("you must specify a config file")
else:
id, players = load_config(args[0])
# Create a deferred Runtime and ask it to run our protocol when ready.
pre_runtime = create_runtime(id, players, 1, options, Toft05Runtime)
pre_runtime.addCallback(Protocol)
# Start the Twisted event loop.
reactor.run() #@UndefinedVariable
