def networktransferB(p, freq, onlineTX = 5.0, onlineTXTime = 1.0, r = 0.01, timeRun = 10.0):
# network 2
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
paymentAB = simulation_1.Payment(largeFrequency, largePayments, Alice, Bob)
paymentBC = simulation_1.Payment(largeFrequency, largePayments, Bob, Charlie)
paymentAC = simulation_1.Payment(freq, p, Alice, Bob)
paymentAC1 = simulation_1.Payment(freq, p, Bob, Charlie)
paymentAC.setTransfer(paymentAC1)
channelAB = simulation_1.Channel(Alice, Bob, network)
channelAB.addPayment(paymentAB)
channelBC = simulation_1.Channel(Bob, Charlie, network)
channelBC.addPayment(paymentBC)
# payment goes through Channel AB and BC
channelAB.addPayment(paymentAC)
channelBC.addPayment(paymentAC1)
network.addPaymentList([paymentAB, paymentBC, paymentAC])
network.addTransferredList([paymentAC1])
network.runNetwork()
# network.printSummary()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
return (a+c, b)
def networkDirectAC(p, freq, onlineTX = 5.0, onlineTXTime = 1.0, r = 0.01, timeRun = 10.0):
# set up the network
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
paymentAB = simulation_1.Payment(largeFrequency, largePayments, Alice, Bob)
paymentBC = simulation_1.Payment(largeFrequency, largePayments, Bob, Charlie)
paymentAC = simulation_1.Payment(freq, p, Alice, Charlie)
channelAB = simulation_1.Channel(Alice, Bob, network)
channelAB.addPayment(paymentAB)
channelBC = simulation_1.Channel(Bob, Charlie, network)
channelBC.addPayment(paymentBC)
# Alice creates a direct channel for network 1
channelAC = simulation_1.Channel(Alice, Charlie, network)
channelAC.addPayment(paymentAC)
network.addPaymentList([paymentAB, paymentBC, paymentAC])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
return (a+c, b)
def networkOG(p, freq, onlineTX = 5.0, onlineTXTime = 1.0, r = 0.01, timeRun = 10.0):
# a star / fork network
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
paymentAB = simulation_1.Payment(largeFrequency, largePayments, Alice, Bob)
paymentBC = simulation_1.Payment(largeFrequency, largePayments, Bob, Charlie)
channelAB = simulation_1.Channel(Alice, Bob, network)
channelBC = simulation_1.Channel(Bob, Charlie, network)
channelAB.addPaymentList([paymentAB])
channelBC.addPaymentList([paymentBC])
network.addPaymentList([paymentAB, paymentBC])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
return (a+c, b)
def networkLine(p, freq, onlineTX, onlineTXTime, r, timeRun):
# the network as a line A-B-C-D
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
Donna = simulation_1.Node("Donna", network)
paymentAB = simulation_1.Payment(largePayment, largeFrequency, Alice, Bob)
paymentBC = simulation_1.Payment(largePayment, largeFrequency, Bob, Charlie)
paymentAD = simulation_1.Payment(freq, p, Alice, Bob)
paymentAD1 = simulation_1.Payment(freq, p, Bob, Charlie)
paymentAD2 = simulation_1.Payment(freq, p, Charlie, Donna)
# paymentBD = simulation_1.Payment(0.5, 1, Bob, Charlie)
# paymentBD1 = simulation_1.Payment(0.5, 1, Charlie, Donna)
paymentCD = simulation_1.Payment(largePayment, largeFrequency, Charlie, Donna)
paymentAD.setTransfer(paymentAD1)
paymentAD1.setTransfer(paymentAD2)
# paymentBD.setTransfer(paymentBD1)
channelAB = simulation_1.Channel(Alice, Bob, network)
channelBC = simulation_1.Channel(Bob, Charlie, network)
channelCD = simulation_1.Channel(Charlie, Donna, network)
channelAB.addPaymentList([paymentAB, paymentAD])
# channelBC.addPaymentList([paymentBC, paymentAD1, paymentBD])
channelBC.addPaymentList([paymentBC, paymentAD1])
# channelCD.addPaymentList([paymentCD, paymentBD1, paymentAD2])
channelCD.addPaymentList([paymentCD, paymentAD2])
network.addNodeList([Alice, Bob, Charlie, Donna])
network.addChannelList([channelAB, channelBC, channelCD])
# network.addPaymentList([paymentAB, paymentBC, paymentAD, paymentBD, paymentCD])
network.addPaymentList([paymentAB, paymentBC, paymentAD, paymentCD])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
d = Donna.getChCostTotal()
return (a, b, c, d)
def networkCycle(p, freq, onlineTX, onlineTXTime, r, timeRun):
# diagonal network
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
Donna = simulation_1.Node("Donna", network)
paymentAB = simulation_1.Payment(largeFrequency, largePayment, Alice, Bob)
paymentBC = simulation_1.Payment(largeFrequency, largePayment, Charlie,
Bob)
paymentAD = simulation_1.Payment(freq, p, Alice, Donna)
# paymentBD = simulation_1.Payment(0.5, 1, Bob, Charlie)
# paymentBD1 = simulation_1.Payment(0.5, 1, Charlie, Donna)
paymentCD = simulation_1.Payment(largeFrequency, largePayment, Charlie,
Donna)
# paymentBD.setTransfer(paymentBD1)
channelAB = simulation_1.Channel(Alice, Bob, network)
channelBC = simulation_1.Channel(Bob, Charlie, network)
channelCD = simulation_1.Channel(Charlie, Donna, network)
channelAD = simulation_1.Channel(Charlie, Donna, network)
channelAB.addPaymentList([paymentAB])
# channelBC.addPaymentList([paymentBC, paymentBD])
channelBC.addPaymentList([paymentBC])
# channelCD.addPaymentList([paymentCD, paymentBD1])
channelCD.addPaymentList([paymentCD])
channelAD.addPaymentList([paymentAD])
# network.addPaymentList([paymentAB, paymentBC, paymentAD, paymentBD, paymentCD])
network.addPaymentList([paymentAB, paymentBC, paymentAD, paymentCD])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
d = Donna.getChCostTotal()
return (a, b, c, d)
def networkTri(p, freq, onlineTX, onlineTXTime, r, timeRun):
# Triangle with c extension
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
Donna = simulation_1.Node("Donna", network)
paymentAB = simulation_1.Payment(0.5, 1, Alice, Bob)
paymentBC = simulation_1.Payment(0.5, 1, Bob, Charlie)
paymentAD = simulation_1.Payment(freq, p, Alice, Donna)
paymentBD = simulation_1.Payment(0.5, 1, Bob, Donna)
paymentCD = simulation_1.Payment(0.5, 1, Charlie, Bob)
paymentCD1 = simulation_1.Payment(0.5, 1, Bob, Donna)
paymentCD.setTransfer(paymentCD1)
channelAB = simulation_1.Channel(Alice, Bob, 20, 20, network)
channelBC = simulation_1.Channel(Bob, Charlie, 20, 20, network)
channelBD = simulation_1.Channel(Bob, Donna, 20, 20, network)
# added direct channel for payment AD
channelAD = simulation_1.Channel(Alice, Donna, 5, 0, network)
channelAB.addPaymentList([paymentAB])
channelBC.addPaymentList([paymentBC, paymentCD])
channelAD.addPaymentList([paymentAD])
channelBD.addPaymentList([paymentBD, paymentCD1])
network.addNodeList([Alice, Bob, Charlie, Donna])
network.addChannelList([channelAB, channelBC, channelAD, channelBD])
network.addPaymentList(
[paymentAB, paymentBC, paymentAD, paymentBD, paymentCD])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
d = Donna.getChCostTotal()
return (a, b, c, d)
def networkTri2(p, freq, onlineTX, onlineTXTime, r, timeRun):
# Triangle with c extension
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
Donna = simulation_1.Node("Donna", network)
paymentAB = simulation_1.Payment(largeFrequency, largePayment, Alice, Bob)
paymentBC = simulation_1.Payment(largeFrequency, largePayment, Charlie,
Bob)
paymentAD = simulation_1.Payment(freq, p, Alice, Donna)
paymentAC = simulation_1.Payment(freq, p, Alice, Charlie)
paymentBD = simulation_1.Payment(largeFrequency, largePayment, Donna, Bob)
channelAB = simulation_1.Channel(Alice, Bob, network)
channelBC = simulation_1.Channel(Bob, Charlie, network)
channelBD = simulation_1.Channel(Bob, Donna, network)
# added direct channel for payment AD
channelAD = simulation_1.Channel(Alice, Donna, network)
channelAC = simulation_1.Channel(Alice, Charlie, network)
channelAB.addPaymentList([paymentAB])
channelBC.addPaymentList([paymentBC])
channelAD.addPaymentList([paymentAD])
channelBD.addPaymentList([paymentBD])
channelAC.addPaymentList([paymentAC])
network.addPaymentList([paymentAB, paymentBC, paymentAD, paymentBD])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
d = Donna.getChCostTotal()
return (a, b, c, d)
def networkOG(p, freq, onlineTX, onlineTXTime, r, timeRun):
# diagonal network
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
Donna = simulation_1.Node("Donna", network)
paymentAB = simulation_1.Payment(0.5, 1, Alice, Bob)
paymentBC = simulation_1.Payment(0.5, 1, Bob, Charlie)
paymentAD = simulation_1.Payment(freq, p, Alice, Donna)
paymentBD = simulation_1.Payment(0.5, 1, Bob, Charlie)
paymentBD1 = simulation_1.Payment(0.5, 1, Charlie, Donna)
paymentCD = simulation_1.Payment(0.5, 1, Charlie, Donna)
channelAB = simulation_1.Channel(Alice, Bob, 5, 0, network)
channelBC = simulation_1.Channel(Bob, Charlie, 20, 20, network)
channelCD = simulation_1.Channel(Charlie, Donna, 20, 20, network)
channelAD = simulation_1.Channel(Charlie, Donna, 20, 20, network)
channelAB.addPaymentList([paymentAB])
channelBC.addPaymentList([paymentBC, paymentBD])
channelCD.addPaymentList([paymentCD, paymentBD1])
channelAD.addPaymentList([paymentAD])
network.addNodeList([Alice, Bob, Charlie, Donna])
network.addChannelList([channelAB, channelBC, channelCD, channelAD])
network.addPaymentList(
[paymentAB, paymentBC, paymentAD, paymentBD, paymentCD])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
d = Donna.getChCostTotal()
return (a, b, c, d)
def networkStar2(p, freq, onlineTX, onlineTXTime, r, timeRun):
# a star / fork network
network = simulation_1.Network(onlineTX, onlineTXTime, r, timeRun)
Alice = simulation_1.Node("Alice", network)
Bob = simulation_1.Node("Bob", network)
Charlie = simulation_1.Node("Charlie", network)
Donna = simulation_1.Node("Donna", network)
paymentAB = simulation_1.Payment(largeFrequency, largePayment, Alice, Bob)
paymentBC = simulation_1.Payment(largeFrequency, largePayment, Charlie,
Bob)
paymentAD = simulation_1.Payment(freq, p, Alice, Bob)
paymentAD1 = simulation_1.Payment(freq, p, Bob, Donna)
paymentAC = simulation_1.Payment(freq, p, Alice, Bob)
paymentAC1 = simulation_1.Payment(freq, p, Bob, Charlie)
paymentBD = simulation_1.Payment(largeFrequency, largePayment, Bob, Donna)
paymentAD.setTransfer(paymentAD1)
paymentAC.setTransfer(paymentAC1)
channelAB = simulation_1.Channel(Alice, Bob, network)
channelBC = simulation_1.Channel(Bob, Charlie, network)
channelBD = simulation_1.Channel(Bob, Donna, network)
channelAB.addPaymentList([paymentAB, paymentAD, paymentAC])
channelBC.addPaymentList([paymentBC, paymentAC1])
channelBD.addPaymentList([paymentBD, paymentAD1])
network.addPaymentList([paymentAB, paymentBC, paymentAD, paymentBD])
network.runNetwork()
a = Alice.getChCostTotal()
b = Bob.getChCostTotal()
c = Charlie.getChCostTotal()
d = Donna.getChCostTotal()
return (a, b, c, d)
