def main(nodes, numberOfTests):
for k in range(0, numberOfTests):
gen = GraphGen(nodes)
g = gen.randomMaxDeg4Graph()
partition = Alg.localCutAlg(g)
result = Verifier.partitionCheck(g, partition)
if len(result[1]) > 1:
Verifier.graphDisplay(g, partition, result[1])
def main():
nodes = 5
gen = GraphGen.GraphGen(nodes)
g = gen.random4RegularGraph()
(m, b, mArr, bArr, x) = create_mbx(g)
c = createC(g)
checkIP(mArr, bArr, x)
f = open('ip.m', 'w') #write mathematica script
f.write("Print[LinearProgramming[" + c + ", " + m
+ ", " + b + ", " + "0" + ", " + "Integers]]")
f.close()
solution = executeMathematicaScript()
gNewWeights = makeNewG(g, solution)
print(checkNewG(gNewWeights, g))
#---------------------- Import Patrick-Generated Nodes ----------------------#
# terrain = Terrain(800, 150)
# p("terrain created")
# nodes_all, dim = Utils.importNodes_PatrickSim("../inputs/marathon2_2000_2.scb", node_type="hon")
# val_time_1 = 243
# val_pos_1 = (700,125)
# val_rad = 40
#--------------------------------- Analysis ---------------------------------#
p("input loaded")
graph_gen = GraphGen(nodes_all, val_time_1, val_pos_1, val_rad)
p("graph made")
nodes_val = graph_gen.nodes_val
comm_plan_original, key2idx, potential_conns = graph_gen.genCommPlan()
p("comm plan made")
comm_plan_modified = Adversary.impersonation(nodes_val, comm_plan_original)
p("impersonation done")
sim_conns_original = graph_gen.genSimuConns(comm_plan_modified)
p("connections simulated")
sim_conns_modified = Adversary.dissemination(nodes_val, comm_plan_original,
sim_conns_original)
p("dissemination done")
id2edges = graph_gen.formEdges(sim_conns_modified, potential_conns,
key2idx)
p("edges formed")
results = SybilDetection.runDetectionAlgorithms(nodes_val, id2edges)
