def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1 -- s1 -------- s3 -- h2
| |
---- s4 ------
"""
switch_type.create('s1')
switch_type.create('s3')
switch_type.create('s4')
host_type.create('h1')
host_type.create('h2')
topo.link(s1, s3, 10)
topo.link(s1, s4, 1)
topo.link(s4, s3, 5)
# topo.link(s1, s3)
# topo.link(s1, s4)
# topo.link(s4, s3)
topo.link(h1, s1)
topo.link(s3, h2)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1--x ----- y
| |
| a
| |
v ----- z--h2
with link weight x<->y = 5
y<->a = 3
a<->z = 4
z<->v = 1
v<->x = 2
run start()
h1.ping(h2)
expected path: x -> v -> z
"""
switch_type.create('x')
switch_type.create('y')
switch_type.create('z')
host_type.create('h1')
host_type.create('h2')
topo.link(x, y, 2)
topo.link(y, z, 1)
topo.link(x, z, 7)
topo.link(h1, x, 1)
topo.link(h2, z, 1)
def create (switch_type = FakeEntity, host_type = FakeEntity, n = 2):
RIPRouter.create('student')
BasicHost.create('dest')
FakeEntity.create('announcer', None, [dest, 7])
FakeEntity.create('listener', [dest, 8], None)
topo.link(student, announcer)
topo.link(student, listener)
def create(switch_type=FakeEntity, host_type=FakeEntity, n=2):
DVRouter.create('student')
BasicHost.create('dest')
FakeEntity.create('announcer', None, [dest, 7])
FakeEntity.create('listener', [dest, 8], None)
topo.link(student, announcer)
topo.link(student, listener)
def create(switch_type):
switch_type.create("student")
BasicHost.create("dest")
BasicHost.create("src")
ReceiveEntity.create("announcer1", src)
ReceiveEntity.create("announcer2", dest)
ReceiveEntity.create("announcer3", None)
topo.link(student, announcer1)
topo.link(student, announcer2)
topo.link(student, announcer3)
topo.link(src, announcer1)
topo.link(dest, announcer2)
def create (switch_type):
switch_type.create('student')
BasicHost.create('dest')
BasicHost.create('src')
ReceiveEntity.create('announcer1', src)
ReceiveEntity.create('announcer2', dest)
ReceiveEntity.create('announcer3', None)
topo.link(student, announcer1)
topo.link(student, announcer2)
topo.link(student, announcer3)
topo.link(src, announcer1)
topo.link(dest, announcer2)
def create(switch_type):
switch_type.create('student')
BasicHost.create('dest')
BasicHost.create('src')
ReceiveEntity.create('announcer1', src)
ReceiveEntity.create('announcer2', dest)
ReceiveEntity.create('announcer3', None)
topo.link(student, announcer1)
topo.link(student, announcer2)
topo.link(student, announcer3)
topo.link(src, announcer1)
topo.link(dest, announcer2)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2
/ \ / \
h1b --s3-- h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
#switch_type.create('s5')
# host_type.create('h1a')
# host_type.create('h1b')
# host_type.create('h2a')
# host_type.create('h2b')
topo.link(s1, s2)
topo.link(s2, s3)
topo.link(s3, s1)
topo.link(s2, s4)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
s1 ------ s2
/ \ / \
h1 --s3-- h2
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
host_type.create('h1')
host_type.create('h2')
topo.link(s1, h1)
topo.link(s2, h2)
topo.link(s1, s3)
topo.link(s3, s2)
topo.link(s1, s2)
def create(switch_type=DVRouter, host_type=BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2--s6--s7
/ \ / \ \
h1b --s3-- s8--s9--h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
host_type.create('h1')
host_type.create('h2')
host_type.create('h3')
topo.link(s1, h1)
topo.link(s2, h2)
topo.link(s3, h3)
topo.link(s1, s2)
topo.link(s2, s3)
def create (switch_type = DVRouter, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2--s6--s7
/ \ / \ \
h1b --s3-- s8--s9--h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
host_type.create('h1')
host_type.create('h2')
host_type.create('h3')
topo.link(s1, h1)
topo.link(s2, h2)
topo.link(s3, h3)
topo.link(s1, s2)
topo.link(s2, s3)
def create(switch_type=Hub, host_type=BasicHost, n=2):
"""
Creates a really simple topology like:
s1 -- s2 -- .. -- sn
| | |
h1 h2 hn
n defaults to 2.
"""
switches = []
for i in range(1, n + 1):
s = switch_type.create('s' + str(i))
switches.append(s)
h = host_type.create('h' + str(i))
topo.link(s, h, 2)
# s.linkTo(h)
# Connect the switches
prev = switches[0]
for s in switches[1:]:
# prev.linkTo(s)
# link is the same as linkto
topo.link(prev, s, 1) # 这里设置每根线缆的latery为2
prev = s
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1 -- s1 ----s2---- s3 --- s4--- h2
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
host_type.create('h1')
host_type.create('h2')
topo.link(h1, s1)
topo.link(s1, s2, 2)
topo.link(s2, s3, 2)
topo.link(s3, s4, 2)
topo.link(s4, h2)
def create (switch_type = FakeEntity, host_type = FakeEntity, n = 2):
RIPRouter.create('A')
RIPRouter.create('B')
#RIPRouter.create('C')
#RIPRouter.create('D')
RIPRouter.create('E')
FakeEntity.create('Z', {A: 1}, {})
topo.link(A, B)
#topo.link(B, C)
#topo.link(C, D)
#topo.link(D, E)
topo.link(B, E)
topo.link(B, Z)
def create(switch_type=FakeEntity, host_type=FakeEntity, n=2):
RIPRouter.create("A")
RIPRouter.create("B")
FakeEntity.create("C", {A: 1}, {})
topo.link(A, B)
topo.link(B, C)
def create(switch_type=RIPRouter, host_type=BasicHost):
"""
A---h1a
|
|
B
/ \
/ \
C-----D--h1b
"""
switch_type.create("A")
switch_type.create("B")
switch_type.create("C")
switch_type.create("D")
host_type.create("h1a")
host_type.create("h1b")
topo.link(A, B)
topo.link(B, C)
topo.link(C, D)
topo.link(B, D)
topo.link(h1a, A)
topo.link(h1b, D)
C.OracleTable = {h1b: [[2, 1, D], [3, 0, B]], B: [[1, 0, B], [2, 1, D]], D: [[1, 1, D], [2, 0, B]]}
def create(switch_type=Hub, host_type=BasicHost):
"""
Creates the topology required by the simulation:
hA--sA -- sB--hB
| / |
hC--sC -- sD--hD
"""
switch_type.create('sA')
switch_type.create('sB')
switch_type.create('sC')
switch_type.create('sD')
host_type.create('hA')
host_type.create('hB')
host_type.create('hC')
host_type.create('hD')
topo.link(sA, hA, latency=0)
topo.link(sB, hB, latency=0)
topo.link(sC, hC, latency=0)
topo.link(sD, hD, latency=0)
topo.link(sA, sB, latency=2)
topo.link(sA, sC, latency=7)
topo.link(sB, sC, latency=1)
topo.link(sB, sD, latency=3)
topo.link(sC, sD, latency=1)
def create(switch_type = RIPBenchmark, host_type = BasicHost):
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
host_type.create('h1a')
host_type.create('h1b')
host_type.create('h2a')
host_type.create('h2b')
topo.link(s1, h1a)
topo.link(s4, h1b)
topo.link(s2, h2a)
topo.link(s5, h2b)
topo.link(s1, s2)
topo.link(s2, s5)
topo.link(s5, s4)
topo.link(s4, s1)
topo.link(s3, s1)
topo.link(s3, s2)
topo.link(s3, s4)
topo.link(s3, s5)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h2
|
s2
/ \
s1 ---- s3
| |
h1 h3
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
host_type.create('h1')
host_type.create('h2')
host_type.create('h3')
topo.link(s1, s3, 10)
topo.link(s3, s2, 1)
topo.link(s1, s2, 4)
topo.link(h2, s2, 1)
topo.link(h1, s1, 1)
topo.link(h3, s3, 1)
def create(switch_type=Hub, host_type=BasicHost):
"""
Creates a topology with loops that looks like:
h2
|
B
/ | \
h1 - A | D - h4
\ | /
C
|
h3
"""
a = switch_type.create('a')
b = switch_type.create('b')
c = switch_type.create('c')
d = switch_type.create('d')
h1 = host_type.create('h1')
h2 = host_type.create('h2')
h3 = host_type.create('h3')
h4 = host_type.create('h4')
topo.link(h1, a, 1)
topo.link(h2, b, 1)
topo.link(h3, c, 1)
topo.link(h4, d, 1)
topo.link(a, b, 2)
topo.link(a, c, 7)
topo.link(b, c, 1)
topo.link(b, d, 3)
topo.link(c, d, 1)
def create(switch_type = Hub, host_type = BasicHost):
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
switch_type.create('s6')
switch_type.create('s7')
host_type.create('h1a')
host_type.create('h2a')
topo.link(s1, h1a)
topo.link(s7, h2a)
topo.link(s1, s2)
topo.link(s1, s3)
topo.link(s1, s4)
topo.link(s1, s5)
topo.link(s1, s6)
topo.link(s7, s2)
topo.link(s7, s3)
topo.link(s7, s4)
topo.link(s7, s5)
topo.link(s7, s6)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1--A ----- D--h4
|\ /|
| --C-- |
| |
h2--B ----- E--h3
with link weight A<->B = 2
A<->D = 7
A<->C = 1
B<->E = 5
C<->D = 2
D<->E = 3
h1<->A = 1
h2<->B = 1
h3<->E = 1
h4<->D = 1
run h1.ping(h4)
expected path: A -> C -> D
run h1.ping(h3)
expected path: A -> C -> D -> E
run h2.ping(h4)
expected path: B -> A -> C -> D
"""
switch_type.create('A')
switch_type.create('B')
switch_type.create('C')
switch_type.create('D')
switch_type.create('E')
host_type.create('h1')
host_type.create('h2')
host_type.create('h3')
host_type.create('h4')
topo.link(A, B, 2)
topo.link(A, D, 7)
topo.link(A, C, 1)
topo.link(B, E, 5)
topo.link(C, D, 2)
topo.link(D, E, 3)
topo.link(A, h1, 1)
topo.link(B, h2, 1)
topo.link(E, h3, 1)
topo.link(D, h4, 1)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2
/ \ / \
h1b --s3-- h2b
"""
switch_type.create('A')
switch_type.create('B')
switch_type.create('C')
switch_type.create('D')
host_type.create('ha')
host_type.create('hb')
host_type.create('hc')
host_type.create('hd')
topo.link(A, ha)
topo.link(B, hb)
topo.link(C, hc)
topo.link(D, hd)
topo.link(A, B, 1)
topo.link(A, C, 1)
topo.link(B, D, 1)
topo.link(C, D, 10)
def create(switch_type=RIPRouter, host_type=BasicHost):
'''
A---h1a
|
|
B
/ \
/ \
C-----D--h1b
'''
switch_type.create('A')
switch_type.create('B')
switch_type.create('C')
switch_type.create('D')
host_type.create('h1a')
host_type.create('h1b')
topo.link(A, B)
topo.link(B, C)
topo.link(C, D)
topo.link(B, D)
topo.link(h1a, A)
topo.link(h1b, D)
C.OracleTable = {
h1b: [[2, 1, D], [3, 0, B]],
B: [[1, 0, B], [2, 1, D]],
D: [[1, 1, D], [2, 0, B]]
}
def create (switch_type = DVRouter, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s3-s4 h2a
\ / \ /
s1 -s5-s6
\ /
--s2--
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
switch_type.create('s6')
host_type.create('h1a')
host_type.create('h2a')
ReceiveEntity.create('sneakylistener', [s6, s5, s4, s3, s1] , [h1a, 1], 5)
topo.link(sneakylistener, h1a)
topo.link(sneakylistener, s1)
topo.link(s1, s2)
topo.link(s2, s5)
topo.link(s5, s6)
topo.link(s6, h2a)
topo.link(s1, s3)
topo.link(s3, s4)
topo.link(s4, s5)
def create (switch_type = LearningSwitch, host_type = BasicHost):
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
host_type.create('h1')
host_type.create('h2')
host_type.create('h3')
host_type.create('h4')
host_type.create('h5')
host_type.create('h6')
topo.link(s1, h1)
topo.link(s1, h2)
topo.link(s2, s1)
topo.link(s1, s3)
topo.link(s2, h3)
topo.link(s2, h4)
topo.link(s3, h5)
topo.link(s3, h6)
print "testing: type(h1)==HostEntity? should be True. The answer is %s" % isinstance(h1, HostEntity)
print "testing: type(s1)==HostEntity? should be False. The answer is %s" % isinstance(s1, HostEntity)
print "testing: type(s1)==Entity? should be True. The answer is %s" % isinstance(s1, Entity)
print "testing: type(h1)==Entity? Should be True. the answer is %s" % isinstance(h1, Entity)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1 h2
| |
s1 - s2
| /
| /
h3 -- s3 -
|
s4
|
h4
No router should handle packages to h4 is s3 and s4 is unlinked
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
host_type.create('h1')
host_type.create('h2')
host_type.create('h3')
host_type.create('h4')
topo.link(s1, h1)
topo.link(s2, h2)
topo.link(s3, h3)
topo.link(s4, h4)
topo.link(s1, s2)
topo.link(s1, s3)
topo.link(s2, s3)
topo.link(s3, s4)
def create (switch_type = FakeEntity, host_type = FakeEntity, n = 2):
RIPRouter.create('A')
BasicHost.create('C')
FakeEntity.create('B', {C: 100}, {C: 1})
topo.link(A, B)
def create(switch_type=Hub, host_type=BasicHost):
"""
B-------sbd1-------sbd2-------sbd3------sbd4----------------D
|\ |
| \ |
| \ |
sab1\ sdc1
| \ |
| \ |
| \ |
sab2 sbc1-------------------------------------sbc2 |
| \ sdc2
| \ |
| \ |
sab3 \ |
| \ |
| \ |
| \|
A---sac1---sac2---sac3---sac4---sac5---sac6---sac7---sac8---C
"""
switch_type.create('sbd1')
switch_type.create('sbd2')
switch_type.create('sbd3')
switch_type.create('sbd4')
switch_type.create('sab1')
switch_type.create('sab2')
switch_type.create('sab3')
switch_type.create('sbc1')
switch_type.create('sbc2')
switch_type.create('sdc1')
switch_type.create('sdc2')
switch_type.create('sac1')
switch_type.create('sac2')
switch_type.create('sac3')
switch_type.create('sac4')
switch_type.create('sac5')
switch_type.create('sac6')
switch_type.create('sac7')
switch_type.create('sac8')
host_type.create('ha')
host_type.create('hb')
host_type.create('hc')
host_type.create('hd')
topo.link(ha, sac1)
topo.link(sac1, sac2)
topo.link(sac2, sac3)
topo.link(sac3, sac4)
topo.link(sac4, sac5)
topo.link(sac5, sac6)
topo.link(sac6, sac7)
topo.link(sac7, sac8)
topo.link(sac8, hc)
topo.link(hb, sbd1)
topo.link(sbd1, sbd2)
topo.link(sbd2, sbd3)
topo.link(sbd3, sbd4)
topo.link(sbd4, hd)
topo.link(hd, sdc1)
topo.link(sdc1, sdc2)
topo.link(sdc2, hc)
topo.link(ha, sab1)
topo.link(sab1, sab2)
topo.link(sab2, sab3)
topo.link(sab3, hb)
topo.link(hb, sbc1)
topo.link(sbc1, sbc2)
topo.link(sbc2, hc)
def create (switch_type = DVRouter, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2
/ \ / \
h1b --s3-- h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
host_type.create('h1a')
host_type.create('h1b')
host_type.create('h2a')
host_type.create('h2b')
topo.link(s1, h1a)
topo.link(s1, h1b)
topo.link(s2, h2a)
topo.link(s2, h2b)
topo.link(s1, s3)
topo.link(s3, s2)
topo.link(s1, s4)
topo.link(s4, s5)
topo.link(s5, s2)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4-1-s5 h2a
\2 /4 2\ /3
s1 s2
/3 \5 3/ \1
h1b --s3-- h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
host_type.create('h1a')
host_type.create('h1b')
host_type.create('h2a')
host_type.create('h2b')
topo.link(s1, h1a, 2)
topo.link(s1, h1b, 3)
topo.link(s2, h2a, 3)
topo.link(s2, h2b, 1)
topo.link(s1, s3, 5)
topo.link(s3, s2, 3)
topo.link(s1, s4, 4)
topo.link(s4, s5, 1)
topo.link(s5, s2, 2)
def create(switch_type=FakeEntity, host_type=FakeEntity, n=2):
global expectedUpdate1
global expectedSender1
global waittime
global testCaseNum
print "Creating routers..."
DVRouter.create('A')
DVRouter.create('B')
DVRouter.create('C')
DVRouter.create('D')
DVRouter.create('E')
DVRouter.create('F')
DVRouter.create('G')
DVRouter.create('H')
DVRouter.create('I')
DVRouter.create('J')
createExpectedDict()
FakeEntity.create('Z', expectedUpdate1, expectedSender1, {})
print "Case 1: A-B-Z"
testCaseNum += 1
topo.link(A, B) #A - B - Z
topo.link(B, Z)
time.sleep(waittime)
if (failed):
return
print "Case 2: A B-Z"
testCaseNum += 1
topo.unlink(A, B) #A B - Z
time.sleep(waittime)
if (failed):
return
print "Case 3: A-B Z"
testCaseNum += 1
topo.unlink(B, Z)
time.sleep(waittime / 2)
topo.link(A, B) #A - B Z
time.sleep(waittime)
if (failed):
return
print "Case 4: A-B-C-D-E-Z"
testCaseNum += 1
topo.link(E, Z) #A - B - C - D - E - Z
topo.link(B, C)
topo.link(C, D)
time.sleep(waittime)
topo.link(D, E)
time.sleep(waittime)
if (failed):
return
print "Case 5: Circle(A,E)-Z"
testCaseNum += 1
topo.link(E, A) #A - B - C - D - E - Z
time.sleep(waittime) # \_____________/
if (failed):
return
print "Case 6: Clique(A,E)-Z"
testCaseNum += 1
#topo.link(A, B)
topo.link(A, C)
topo.link(A, D)
#topo.link(A, E)
#topo.link(B, C)
topo.link(B, D) # ---A---
topo.link(B, E) # / / \ \
time.sleep(waittime) # B--|---|-E -- Z
#topo.link(C, D) # \ |/ \| /
topo.link(C, E) # C-----D
#topo.link(D, E) # Clique
time.sleep(waittime)
if (failed):
return
print "Case 7: Centralize(A,{B,C,D,E,Z}"
testCaseNum += 1
#topo.unlink(A, B)
#topo.unlink(A, C)
#topo.unlink(A, D)
#topo.unlink(A, E)
topo.unlink(E, Z)
topo.unlink(B, C)
topo.unlink(B, D) # Z
topo.unlink(B, E) # |
topo.unlink(C, D) # B -- A -- E
topo.unlink(C, E) # / \
topo.unlink(D, E) # C D
time.sleep(waittime)
topo.link(A, Z)
time.sleep(waittime)
if (failed):
return
print "Case 8: Centralize(A,Circle(B-E,Z))"
testCaseNum += 1
topo.link(B, C)
topo.link(C, D)
topo.link(D, E)
time.sleep(waittime) # ---Z---
topo.link(E, Z) # / | \
time.sleep(waittime / 2) # B -- A -- E
topo.link(Z, B) # \ / \ /
time.sleep(waittime) # C-----D
if (failed):
return
print "Case 9: A-B-Branch(Z, C-D-E, F-G)"
testCaseNum += 1
topo.unlink(A, Z)
topo.unlink(E, Z)
topo.unlink(B, Z)
#topo.unlink(A, B)
topo.unlink(A, C)
topo.unlink(A, D)
topo.unlink(A, E)
topo.unlink(B, C)
topo.link(F, G)
#print "REM"
#topo.unlink(C, D)
#topo.unlink(D, E)
time.sleep(waittime)
topo.link(B, Z)
time.sleep(waittime / 2)
Z.send_specific_announce({F: 1, G: 2, C: 1, D: 2, E: 3})
time.sleep(waittime / 2)
topo.unlink(B, Z)
topo.link(Z, C)
time.sleep(waittime / 2)
Z.send_specific_announce({F: 1, G: 2, B: 1, A: 2})
time.sleep(waittime / 2) #
topo.unlink(C, Z) # F - G
topo.link(Z, F) # |
time.sleep(waittime / 2) # A - B - Z - C - D - E
Z.send_specific_announce({B: 1, A: 2, C: 1, D: 2, E: 3})
time.sleep(waittime / 2)
topo.unlink(F, G)
Z.send_specific_announce({B: 1, A: 2, C: 1, D: 2, E: 3, G: 100})
#print "NIM"
time.sleep(waittime / 2)
topo.link(F, G)
time.sleep(waittime)
if (failed):
return
print "Case 10: EShaped(ABC,EHD,FGZ)"
testCaseNum += 1
#topo.unlink(B, Z)
#topo.unlink(Z, C)
topo.unlink(Z, F)
#topo.unlink(A, B)
topo.unlink(C, D)
topo.unlink(D, E)
#topo.unlink(F, G)
topo.link(B, C)
topo.link(A, E) # A ------B------C
topo.link(E, H) # |
topo.link(H, D) # E ------H------D
topo.link(A, F) # |
time.sleep(waittime) # F-------G------Z
topo.link(G, Z)
time.sleep(waittime / 2)
topo.disconnect(H)
time.sleep(waittime)
if (failed):
return
A.remove()
B.remove()
C.remove()
D.remove()
E.remove()
F.remove()
G.remove()
H.remove()
I.remove()
J.remove()
Z.remove()
def create (switch_type = FakeEntity, host_type = FakeEntity, n = 2):
RIPRouter.create('A')
RIPRouter.create('B')
FakeEntity.create('C', {A: 1}, {})
topo.link(A, B)
topo.link(B, C)
def create(switch_type=Hub, host_type=BasicHost):
host_type.create('s')
host_type.create('t')
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
topo.link(s, s1)
topo.link(t, s2)
topo.link(t, s4)
topo.link(s1, s2)
topo.link(s1, s3)
topo.link(s3, s4)
def create(switch_type=RIPBenchmark, host_type=BasicHost):
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
host_type.create('h1a')
host_type.create('h1b')
host_type.create('h2a')
host_type.create('h2b')
topo.link(s1, h1a)
topo.link(s4, h1b)
topo.link(s2, h2a)
topo.link(s5, h2b)
topo.link(s1, s2)
topo.link(s2, s5)
topo.link(s5, s4)
topo.link(s4, s1)
topo.link(s3, s1)
topo.link(s3, s2)
topo.link(s3, s4)
topo.link(s3, s5)
def create (switch_type = RIPRouter, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2--s6--s7
/ \ / \ \
h1b --s3-- s8--s9--h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
switch_type.create('s6')
switch_type.create('s7')
switch_type.create('s8')
switch_type.create('s9')
host_type.create('h1a')
host_type.create('h1b')
host_type.create('h2a')
host_type.create('h2b')
ReceiveEntity.create('sneakylistener', [s7, s9, s8, s6, s2, s5, s4, s1] , [h1a, 1], 5)
topo.link(sneakylistener, h1a)
topo.link(sneakylistener, s1)
topo.link(s1, h1b)
topo.link(s2, s6)
topo.link(s6, s8)
topo.link(s8, s9)
topo.link(s9, h2b)
topo.link(s6, s7)
topo.link(s7, s9)
topo.link(s7, h2a)
topo.link(s1, s3)
topo.link(s3, s2)
topo.link(s1, s4)
topo.link(s4, s5)
topo.link(s5, s2)
def create(switch_type=switch, host_type=BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2--s6--s7
/ \ / \ \
h1b --s3-- s8--s9--h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
switch_type.create('s6')
switch_type.create('s7')
switch_type.create('s8')
switch_type.create('s9')
host_type.create('h1a')
host_type.create('h1b')
host_type.create('h2a')
host_type.create('h2b')
ReceiveEntity.create('sneakylistener', [s7, s9, s8, s6, s2, s5, s4, s1],
[h1a, 1], 5)
topo.link(sneakylistener, h1a)
topo.link(sneakylistener, s1)
topo.link(s1, h1b)
topo.link(s2, s6)
topo.link(s6, s8)
topo.link(s8, s9)
topo.link(s9, h2b)
topo.link(s6, s7)
topo.link(s7, s9)
topo.link(s7, h2a)
topo.link(s1, s3)
topo.link(s3, s2)
topo.link(s1, s4)
topo.link(s4, s5)
topo.link(s5, s2)
def create (switch_type = Hub, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a -- s1-----s2 -- h2a
| \ / |
| s3 |
| / \ |
h1b -- s4-----s5 -- h2b
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
host_type.create('h1a')
host_type.create('h1b')
host_type.create('h2a')
host_type.create('h2b')
topo.link(s1, h1a)
topo.link(s4, h1b)
topo.link(s2, h2a)
topo.link(s5, h2b)
topo.link(s1, s2)
topo.link(s2, s5)
topo.link(s5, s4)
topo.link(s4, s1)
topo.link(s3, s1)
topo.link(s3, s2)
topo.link(s3, s4)
topo.link(s3, s5)
def create (switch_type = FakeEntity, host_type = FakeEntity, n = 2):
global expectedUpdate1
global expectedSender1
global waittime
print "Creating routers..."
RIPRouter.create('A')
RIPRouter.create('B')
RIPRouter.create('C')
RIPRouter.create('D')
RIPRouter.create('E')
RIPRouter.create('F')
RIPRouter.create('G')
RIPRouter.create('H')
RIPRouter.create('I')
RIPRouter.create('J')
createExpectedDict()
FakeEntity.create('Z', expectedUpdate1, expectedSender1, {})
print "Case 1: A-B-Z"
topo.link(A, B) #A - B - Z
topo.link(B, Z)
time.sleep(waittime)
if(failed):
return
print "Case 2: A B-Z"
topo.unlink(A, B) #A B - Z
time.sleep(waittime)
if(failed):
return
print "Case 3: A-B Z"
topo.unlink(B, Z)
time.sleep(waittime/2)
topo.link(A, B) #A - B Z
time.sleep(waittime)
if(failed):
return
print "Case 4: A-B-C-D-E-Z"
topo.link(E, Z) #A - B - C - D - E - Z
topo.link(B, C)
topo.link(C, D)
time.sleep(waittime)
topo.link(D, E)
time.sleep(waittime)
if(failed):
return
print "Case 5: Circle(A,E)-Z"
topo.link(E, A) #A - B - C - D - E - Z
time.sleep(waittime) # \_____________/
if(failed):
return
print "Case 6: Clique(A,E)-Z"
#topo.link(A, B)
topo.link(A, C)
topo.link(A, D)
#topo.link(A, E)
#topo.link(B, C)
topo.link(B, D) # ---A---
topo.link(B, E) # / / \ \
time.sleep(waittime) # B--|---|-E -- Z
#topo.link(C, D) # \ |/ \| /
topo.link(C, E) # C-----D
#topo.link(D, E) # Clique
time.sleep(waittime)
if(failed):
return
print "Case 7: Centralize(A,{B,C,D,E,Z}"
#topo.unlink(A, B)
#topo.unlink(A, C)
#topo.unlink(A, D)
#topo.unlink(A, E)
topo.unlink(E, Z)
topo.unlink(B, C)
topo.unlink(B, D) # Z
topo.unlink(B, E) # |
topo.unlink(C, D) # B -- A -- E
topo.unlink(C, E) # / \
topo.unlink(D, E) # C D
time.sleep(waittime)
topo.link(A, Z)
time.sleep(waittime)
if(failed):
return
print "Case 8: Centralize(A,Circle(B-E,Z))"
topo.link(B, C)
topo.link(C, D)
topo.link(D, E)
time.sleep(waittime) # ---Z---
topo.link(E, Z) # / | \
time.sleep(waittime/2) # B -- A -- E
topo.link(Z, B) # \ / \ /
time.sleep(waittime) # C-----D
if(failed):
return
print "Case 9: A-B-Branch(Z, C-D-E, F-G)"
topo.unlink(A, Z)
topo.unlink(E, Z)
topo.unlink(B, Z)
#topo.unlink(A, B)
topo.unlink(A, C)
topo.unlink(A, D)
topo.unlink(A, E)
topo.unlink(B, C)
topo.link(F, G)
#print "REM"
#topo.unlink(C, D)
#topo.unlink(D, E)
time.sleep(waittime)
topo.link(B, Z)
time.sleep(waittime/2)
Z.send_specific_announce({F: 1, G: 2, C: 1, D: 2, E: 3})
time.sleep(waittime/2)
topo.unlink(B, Z)
topo.link(Z, C)
time.sleep(waittime/2)
Z.send_specific_announce({F: 1, G: 2, B: 1, A: 2})
time.sleep(waittime/2) #
topo.unlink(C, Z) # F - G
topo.link(Z, F) # |
time.sleep(waittime/2) # A - B - Z - C - D - E
Z.send_specific_announce({B: 1, A: 2, C: 1, D: 2, E: 3})
time.sleep(waittime/2)
topo.unlink(F, G)
Z.send_specific_announce({B: 1, A: 2, C: 1, D: 2, E: 3, G: 100})
#print "NIM"
time.sleep(waittime/2)
topo.link(F, G)
time.sleep(waittime)
if(failed):
return
print "Case 10: EShaped(ABC,EHD,FGZ)"
#topo.unlink(B, Z)
#topo.unlink(Z, C)
topo.unlink(Z, F)
#topo.unlink(A, B)
topo.unlink(C, D)
topo.unlink(D, E)
#topo.unlink(F, G)
topo.link(B, C)
topo.link(A, E) # A ------B------C
topo.link(E, H) # |
topo.link(H, D) # E ------H------D
topo.link(A, F) # |
time.sleep(waittime) # F-------G------Z
topo.link(G, Z)
time.sleep(waittime/2)
topo.disconnect(H)
time.sleep(waittime)
if(failed):
return
A.remove()
B.remove()
C.remove()
D.remove()
E.remove()
F.remove()
G.remove()
H.remove()
I.remove()
J.remove()
Z.remove()
def create(switch_type=FakeEntity, host_type=FakeEntity, n=2):
RIPRouter.create('A')
RIPRouter.create('B')
FakeEntity.create('C', {A: 1}, {})
topo.link(A, B)
topo.link(B, C)
def create (switch_type = DVRouter, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2--s6--s7
/ \ / \ \
h1b --s3-- s8--s9--h2b
"""
switch_type.create('x')
switch_type.create('y')
switch_type.create('z')
host_type.create('h1')
host_type.create('h2')
ReceiveEntity.create('sneakylistener', [x, z] , [h2, 1], 5)
topo.link(x, y, 2)
topo.link(y, z, 1)
topo.link(x, z, 7)
topo.link(h1, x, 1)
topo.link(h2, sneakylistener, 1)
topo.link(z, sneakylistener, 1)
def create(switch_type=Hub, host_type=BasicHost):
"""
Creates a topology with loops that looks like:
h1a s4--s5 h2a
\ / \ /
s1 s2
/ \ / \
h1b --s3-- h2b
"""
s1 = switch_type.create('s1')
s2 = switch_type.create('s2')
s3 = switch_type.create('s3')
s4 = switch_type.create('s4')
s5 = switch_type.create('s5')
h1a = host_type.create('h1a')
h1b = host_type.create('h1b')
h2a = host_type.create('h2a')
h2b = host_type.create('h2b')
topo.link(s1, h1a)
topo.link(s1, h1b)
topo.link(s2, h2a)
topo.link(s2, h2b)
topo.link(s1, s3)
topo.link(s3, s2)
topo.link(s1, s4)
topo.link(s4, s5)
topo.link(s5, s2)
def create(switch_type=Hub, host_type=BasicHost):
"""
h1----- ---------h2
\ /
\ /
\ /
\ /
h3--------- s1 -------------h4
/ \
/ \
/ \
h5------- ----------h6
"""
switch_type.create('s1')
host_type.create('h1')
host_type.create('h2')
host_type.create('h3')
host_type.create('h4')
host_type.create('h5')
host_type.create('h6')
topo.link(s1, h1)
topo.link(s1, h2)
topo.link(s1, h3)
topo.link(s1, h4)
topo.link(s1, h5)
topo.link(s1, h6)
def create(switch_type=FakeEntity, host_type=FakeEntity, n=2):
RIPRouter.create("A")
BasicHost.create("C")
FakeEntity.create("B", {C: 100}, {C: 1})
topo.link(A, B)
def create (switch_type = DVRouter, host_type = BasicHost):
"""
Creates a topology with loops that looks like:
h1a h2a
\ /
s1 - s2 - s3 - s4 - s5 - s6 - s7 - s8 - s9
"""
switch_type.create('s1')
switch_type.create('s2')
switch_type.create('s3')
switch_type.create('s4')
switch_type.create('s5')
switch_type.create('s6')
switch_type.create('s7')
switch_type.create('s8')
switch_type.create('s9')
host_type.create('h1a')
host_type.create('h2a')
ReceiveEntity.create('sneakylistener', [s9, s8, s7, s6, s5, s4, s3, s2, s1] , [h1a, 1], 5)
topo.link(sneakylistener, h1a)
topo.link(sneakylistener, s1)
topo.link(s1, s2)
topo.link(s2, s3)
topo.link(s3, s4)
topo.link(s4, s5)
topo.link(s5, s6)
topo.link(s6, s7)
topo.link(s7, s8)
topo.link(s8, s9)
topo.link(s9, h2a)
def create(switch_type=FakeEntity, host_type=FakeEntity, n=2):
DVRouter.create('A')
BasicHost.create('C')
FakeEntity.create('B', {C: 100}, {C: 1})
topo.link(A, B)
