def drop():
print '----------------------------------------'
print '|Link-down convergence Benchmark for LS|'
print '----------------------------------------'
print '######remove link between s1 and s2#####'
s1.convergencedTable = {s4: 2, h1b: 2, s3: 3, h2b: 2, h1a: 0, s5: 2, s2: 3, h2a: 3}
s2.convergencedTable = {h2a: 0, s1: 3, s3: 3, s5: 2, h1b: 2, h1a: 3, h2b: 2, s4: 2}
s3.convergencedTable = {h2a: 1, s4: 2, s1: 0, h1b: 2, h2b: 3, h1a: 0, s5: 3, s2: 1}
s4.convergencedTable = {h2a: 1, s1: 2, s3: 3, h1b: 0, s5: 1, h1a: 2, h2b: 1, s2: 1}
s5.convergencedTable = {h1a: 2, s4: 2, s1: 2, h1b: 2, s3: 3, s2: 1, h2b: 0, h2a: 1}
topo.unlink(s1, s2)
start_time = time.time()
timer_s1 = create_timer(0.0001, s1.checklDownConvergened, kw = {"start":start_time})
timer_s2 = create_timer(0.0001, s2.checklDownConvergened, kw = {"start":start_time})
timer_s3 = create_timer(0.0001, s3.checklDownConvergened, kw = {"start":start_time})
timer_s4 = create_timer(0.0001, s4.checklDownConvergened, kw = {"start":start_time})
timer_s5 = create_timer(0.0001, s5.checklDownConvergened, kw = {"start":start_time})
def drop():
print '-----------------------------------------'
print '|Link-down convergence Benchmark for RIP|'
print '-----------------------------------------'
print '######remove link between s1 and s2######'
s1.convergencedTable = {h1a: {h1a: (1, 0)}, s4: {s5: (2, 2), h2b: (3, 2), h2a: (4, 2), s2: (3, 2), h1b: (2, 2), s4: (1, 2), h1a: (101, 2), s3: (2, 2)}, s3: {s5: (2, 3), h2b: (3, 3), h2a: (3, 3), s4: (2, 3), h1b: (3, 3), s2: (2, 3), h1a: (101, 3), s3: (1, 3)}}
s2.convergencedTable = {h2a: {h2a: (1, 0)}, s3: {s5: (2, 3), h2b: (3, 3), h2a: (101, 3), s1: (2, 3), h1b: (3, 3), s4: (2, 3), h1a: (3, 3), s3: (1, 3)}, s5: {s5: (1, 2), h2b: (2, 2), h2a: (101, 2), s1: (3, 2), h1b: (3, 2), s4: (2, 2), h1a: (4, 2), s3: (2, 2)}}
s3.convergencedTable = {s5: {s5: (1, 3), h2b: (2, 3), s4: (2, 3), s2: (2, 3), s1: (3, 3), h1b: (3, 3), h2a: (3, 3), h1a: (4, 3)}, s2: {s5: (2, 1), h2b: (3, 1), h2a: (2, 1), s1: (101, 1), h1b: (4, 1), s2: (1, 1), s4: (3, 1), h1a: (101, 1)}, s1: {s5: (3, 0), h2b: (4, 0), s4: (2, 0), s1: (1, 0), h1b: (3, 0), s2: (101, 0), h2a: (101, 0), h1a: (2, 0)}, s4: {s5: (2, 2), h2b: (3, 2), h2a: (4, 2), s2: (3, 2), s1: (2, 2), h1b: (2, 2), s4: (1, 2), h1a: (3, 2)}}
s4.convergencedTable = {h1b: {h1b: (1, 0)}, s1: {s5: (101, 2), h2b: (101, 2), h2a: (4, 2), s1: (1, 2), h1b: (101, 2), s2: (3, 2), h1a: (2, 2), s3: (2, 2)}, s3: {s5: (2, 3), h2b: (3, 3), h2a: (3, 3), s1: (2, 3), h1b: (101, 3), s2: (2, 3), h1a: (3, 3), s3: (1, 3)}, s5: {s5: (1, 1), h2b: (2, 1), h2a: (3, 1), s1: (101, 1), h1b: (101, 1), s2: (2, 1), h1a: (101, 1), s3: (2, 1)}}
s5.convergencedTable = {h2b: {h2b: (1, 0)}, s4: {h2b: (101, 2), s3: (2, 2), h2a: (101, 2), s1: (2, 2), h1b: (2, 2), s2: (101, 2), s4: (1, 2), h1a: (3, 2)}, s3: {h2b: (101, 3), h1b: (3, 3), h2a: (3, 3), s1: (2, 3), s4: (2, 3), s3: (1, 3), h1a: (3, 3), s2: (2, 3)}, s2: {h2b: (101, 1), s3: (2, 1), h2a: (2, 1), s1: (3, 1), h1a: (4, 1), h1b: (101, 1), s4: (101, 1), s2: (1, 1)}}
topo.unlink(s1, s2)
start_time = time.time()
timer_s1 = create_timer(0.0001, s1.checklDownConvergened, kw = {"start":start_time})
timer_s2 = create_timer(0.0001, s2.checklDownConvergened, kw = {"start":start_time})
timer_s3 = create_timer(0.0001, s3.checklDownConvergened, kw = {"start":start_time})
timer_s4 = create_timer(0.0001, s4.checklDownConvergened, kw = {"start":start_time})
timer_s5 = create_timer(0.0001, s5.checklDownConvergened, kw = {"start":start_time})
topo.link(s3, s4)
topo.link(s4, s5)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = False
create(switch)
start = sim.core.simulate
start()
time.sleep(30)
topo.unlink(s2, s5)
time.sleep(30)
h2a.ping(h1a)
print("first ping sent")
time.sleep(30)
h2a.ping(h1a)
print("second ping sent")
time.sleep(30)
h2a.ping(h1a)
print("third ping sent")
time.sleep(30)
print("TIMEOUT")
os._exit(50)
topo.link(s1, s2)
topo.link(s2, s3)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(5)
print "unlink"
topo.unlink(s1, s2)
time.sleep(5)
h3.ping(h1)
print("ping sent")
time.sleep(10)
print("OVER")
os._exit(50)
topo.link(s1, s2)
topo.link(s2, s3)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(5)
print "unlink"
topo.unlink(s1, s2)
time.sleep(5)
h3.ping(h1)
print("ping sent")
time.sleep(10)
print("OVER")
os._exit(50)
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)
import sim.core
from hub import Hub as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(10)
topo.unlink(A, B)
time.sleep(10)
if (failed):
print("You have failed since I got unexpected updates!")
os._exit(0)
else:
print("Test is successful!")
os._exit(2)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(20)
topo.unlink(y, z)
topo.link(y, z, 2)
topo.unlink(x, z)
topo.link(x, z, 2)
topo.unlink(x, y)
topo.link(x, y, 1)
time.sleep(20)
h1.ping(h2)
print("first ping sent")
time.sleep(30)
h1.ping(h2)
print("second ping sent")
time.sleep(30)
h1.ping(h2)
print("third ping sent")
time.sleep(30)
topo.link(s1, ho)
topo.link(s1, s2)
topo.link(s2, s3)
topo.link(s1, s3)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(20)
topo.unlink(s1, ho)
time.sleep(100)
print("OVER")
os._exit(50)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(30)
print("STARTING TO UNLINK")
topo.unlink(s1, h1b)
topo.unlink(s7, s6)
topo.unlink(s3, s2)
time.sleep(30)
h2a.ping(h1a)
print("first ping sent")
time.sleep(30)
# h2a.ping(h1a)
# print("second ping sent")
# time.sleep(30)
# h2a.ping(h1a)
# print("third ping sent")
# time.sleep(30)
print("TIMEOUT")
os._exit(50)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(30)
topo.unlink(s1, h1b)
topo.unlink(s7, s6)
topo.unlink(s3, s2)
time.sleep(30)
h2a.ping(h1a)
print("first ping sent")
time.sleep(30)
h2a.ping(h1a)
print("second ping sent")
time.sleep(30)
h2a.ping(h1a)
print("third ping sent")
time.sleep(30)
print("TIMEOUT")
os._exit(50)
topo.link(s5, s2)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(30)
topo.unlink(s7, s6)
topo.unlink(s3, s2)
time.sleep(30)
h2a.ping(h1a)
print("first ping sent")
time.sleep(30)
h2a.ping(h1a)
print("second ping sent")
time.sleep(30)
h2a.ping(h1a)
print("third ping sent")
time.sleep(30)
print("TIMEOUT")
os._exit(50)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(10)
topo.unlink(s1, s3)
time.sleep(10)
h2a.ping(h1a)
print("first ping sent")
time.sleep(10)
h2a.ping(h1a)
print("second ping sent")
time.sleep(10)
h2a.ping(h1a)
print("third ping sent")
time.sleep(10)
h1a.ping(h2a)
print("first ping sent")
time.sleep(10)
h1a.ping(h2a)
print("second ping sent")
topo.link(s1, ho)
topo.link(s1, s2)
topo.link(s2, s3)
topo.link(s1, s3)
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(20)
topo.unlink(s1, ho)
time.sleep(100)
print("OVER")
os._exit(50)
def drop():
print '----------------------------------------'
print '|Link-down convergence Benchmark for LS|'
print '----------------------------------------'
print '######remove link between s1 and s2#####'
s1.convergencedTable = {
s4: 2,
h1b: 2,
s3: 3,
h2b: 2,
h1a: 0,
s5: 2,
s2: 3,
h2a: 3
}
s2.convergencedTable = {
h2a: 0,
s1: 3,
s3: 3,
s5: 2,
h1b: 2,
h1a: 3,
h2b: 2,
s4: 2
}
s3.convergencedTable = {
h2a: 1,
s4: 2,
s1: 0,
h1b: 2,
h2b: 3,
h1a: 0,
s5: 3,
s2: 1
}
s4.convergencedTable = {
h2a: 1,
s1: 2,
s3: 3,
h1b: 0,
s5: 1,
h1a: 2,
h2b: 1,
s2: 1
}
s5.convergencedTable = {
h1a: 2,
s4: 2,
s1: 2,
h1b: 2,
s3: 3,
s2: 1,
h2b: 0,
h2a: 1
}
topo.unlink(s1, s2)
start_time = time.time()
timer_s1 = create_timer(0.0001,
s1.checklDownConvergened,
kw={"start": start_time})
timer_s2 = create_timer(0.0001,
s2.checklDownConvergened,
kw={"start": start_time})
timer_s3 = create_timer(0.0001,
s3.checklDownConvergened,
kw={"start": start_time})
timer_s4 = create_timer(0.0001,
s4.checklDownConvergened,
kw={"start": start_time})
timer_s5 = create_timer(0.0001,
s5.checklDownConvergened,
kw={"start": start_time})
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)
import sim.core
from hub import Hub as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(10)
topo.unlink(A, B)
time.sleep(10)
if(failed):
print("You have failed since I got unexpected updates!")
os._exit(0)
else:
print("Test is successful!")
os._exit(2)
def drop():
print '-----------------------------------------'
print '|Link-down convergence Benchmark for RIP|'
print '-----------------------------------------'
print '######remove link between s1 and s2######'
s1.convergencedTable = {
h1a: {
h1a: (1, 0)
},
s4: {
s5: (2, 2),
h2b: (3, 2),
h2a: (4, 2),
s2: (3, 2),
h1b: (2, 2),
s4: (1, 2),
h1a: (101, 2),
s3: (2, 2)
},
s3: {
s5: (2, 3),
h2b: (3, 3),
h2a: (3, 3),
s4: (2, 3),
h1b: (3, 3),
s2: (2, 3),
h1a: (101, 3),
s3: (1, 3)
}
}
s2.convergencedTable = {
h2a: {
h2a: (1, 0)
},
s3: {
s5: (2, 3),
h2b: (3, 3),
h2a: (101, 3),
s1: (2, 3),
h1b: (3, 3),
s4: (2, 3),
h1a: (3, 3),
s3: (1, 3)
},
s5: {
s5: (1, 2),
h2b: (2, 2),
h2a: (101, 2),
s1: (3, 2),
h1b: (3, 2),
s4: (2, 2),
h1a: (4, 2),
s3: (2, 2)
}
}
s3.convergencedTable = {
s5: {
s5: (1, 3),
h2b: (2, 3),
s4: (2, 3),
s2: (2, 3),
s1: (3, 3),
h1b: (3, 3),
h2a: (3, 3),
h1a: (4, 3)
},
s2: {
s5: (2, 1),
h2b: (3, 1),
h2a: (2, 1),
s1: (101, 1),
h1b: (4, 1),
s2: (1, 1),
s4: (3, 1),
h1a: (101, 1)
},
s1: {
s5: (3, 0),
h2b: (4, 0),
s4: (2, 0),
s1: (1, 0),
h1b: (3, 0),
s2: (101, 0),
h2a: (101, 0),
h1a: (2, 0)
},
s4: {
s5: (2, 2),
h2b: (3, 2),
h2a: (4, 2),
s2: (3, 2),
s1: (2, 2),
h1b: (2, 2),
s4: (1, 2),
h1a: (3, 2)
}
}
s4.convergencedTable = {
h1b: {
h1b: (1, 0)
},
s1: {
s5: (101, 2),
h2b: (101, 2),
h2a: (4, 2),
s1: (1, 2),
h1b: (101, 2),
s2: (3, 2),
h1a: (2, 2),
s3: (2, 2)
},
s3: {
s5: (2, 3),
h2b: (3, 3),
h2a: (3, 3),
s1: (2, 3),
h1b: (101, 3),
s2: (2, 3),
h1a: (3, 3),
s3: (1, 3)
},
s5: {
s5: (1, 1),
h2b: (2, 1),
h2a: (3, 1),
s1: (101, 1),
h1b: (101, 1),
s2: (2, 1),
h1a: (101, 1),
s3: (2, 1)
}
}
s5.convergencedTable = {
h2b: {
h2b: (1, 0)
},
s4: {
h2b: (101, 2),
s3: (2, 2),
h2a: (101, 2),
s1: (2, 2),
h1b: (2, 2),
s2: (101, 2),
s4: (1, 2),
h1a: (3, 2)
},
s3: {
h2b: (101, 3),
h1b: (3, 3),
h2a: (3, 3),
s1: (2, 3),
s4: (2, 3),
s3: (1, 3),
h1a: (3, 3),
s2: (2, 3)
},
s2: {
h2b: (101, 1),
s3: (2, 1),
h2a: (2, 1),
s1: (3, 1),
h1a: (4, 1),
h1b: (101, 1),
s4: (101, 1),
s2: (1, 1)
}
}
topo.unlink(s1, s2)
start_time = time.time()
timer_s1 = create_timer(0.0001,
s1.checklDownConvergened,
kw={"start": start_time})
timer_s2 = create_timer(0.0001,
s2.checklDownConvergened,
kw={"start": start_time})
timer_s3 = create_timer(0.0001,
s3.checklDownConvergened,
kw={"start": start_time})
timer_s4 = create_timer(0.0001,
s4.checklDownConvergened,
kw={"start": start_time})
timer_s5 = create_timer(0.0001,
s5.checklDownConvergened,
kw={"start": start_time})
#topo.link(B, C)
#topo.link(C, D)
#topo.link(D, E)
topo.link(B, E)
topo.link(B, Z)
#topo.link(C, Z)
import sim.core
from hub import Hub as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(5)
topo.unlink(B, E)
time.sleep(5)
if(failed):
print("You have failed since I got unexpected updates!")
print(msg)
os._exit(0)
else:
print("Test is successful!")
os._exit(2)
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 kill():
topo.unlink(s2,s3)
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()
import sim.core
from dv_router import DVRouter as switch
import sim.api as api
import logging
api.simlog.setLevel(logging.DEBUG)
api.userlog.setLevel(logging.DEBUG)
_DISABLE_CONSOLE_LOG = True
create(switch)
start = sim.core.simulate
start()
time.sleep(30)
topo.unlink(s4, s5)
topo.unlink(s1, s3)
time.sleep(30)
h2a.ping(h1a)
print("first ping sent")
time.sleep(30)
h2a.ping(h1a)
print("second ping sent")
time.sleep(30)
h2a.ping(h1a)
print("third ping sent")
time.sleep(30)
print("TIMEOUT")
os._exit(50)