def test3():
tcpconf = ('tcp',('127.0.0.1',1234))
host = init_host(tcpconf)
registry = host.spawn_id('1','interval','Registry',[])
registry.init_start()
def test3():
tcpconf = ('tcp', ('127.0.0.1', 1259))
host = init_host(tcpconf)
registry = host.lookup('tcp://127.0.0.1:6664/first/Registry/1')
registry.bind('third', host)
def start_remote_node():
nodes_h = {}
num_nodes = 100
cont = 21 + 50
retry = 0
index = 0
# tcpconf = ('tcp', ('127.0.0.1', 6375))
# host = init_host(tcpconf)
momconf = ('mom',{'name':'c1','ip':'127.0.0.1','port':61613,'namespace':'/topic/test'})
host = init_host(momconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord_protocol', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
remote_aref = 'mom://s1/chord_protocol/Node/1'
# remote_aref = 'atom://127.0.0.1:1238/chord/Node/1'
remote_node = host.lookup(remote_aref)
while index < num_nodes:
try:
if(nodes_h[index].join(remote_node)):
print "True"
interval(5, update, nodes_h[index])
index += 1
retry = 0
except TimeoutError:
retry += 1
if retry > 3:
break
interval(200, show, nodes_h[0])
interval(200, show, nodes_h[num_nodes/2])
interval(200, show, nodes_h[num_nodes - 1])
def start_node():
nodes_h = {}
num_nodes = 50
# cont = 1
retry = 0
j = 0
# tcpconf = ('tcp', ('127.0.0.1', 1432))
# host = init_host(tcpconf)
sample = uniform(num_nodes, I, MAX)
print sorted(sample)
momconf = ("mom", {"name": "s1", "ip": "127.0.0.1", "port": 61613, "namespace": "/topic/test"})
host = init_host(momconf)
# log = host.spawn_id('log','chord_log','LogUML',[])
# host.set_tracer(log)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(sample[i]), "chord_with_succlist", "SuccNode", [])
# cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
while j < num_nodes:
try:
if nodes_h[j].join(nodes_h[0]):
print "True"
interval(5, update, nodes_h[j])
except TimeoutError:
retry += 1
if retry > 3:
break
else:
j += 1
interval(200, show, nodes_h[0])
interval(200, show, nodes_h[num_nodes / 2])
interval(200, show, nodes_h[num_nodes - 1])
def start_remote_node():
nodes_h = {}
num_nodes = 50
# cont = 21 + 50
retry = 0
j = 0
sample = uniform(num_nodes, I, MAX)
# tcpconf = ('tcp', ('127.0.0.1', 6377))
# host = init_host(tcpconf)
momconf = ("mom", {"name": "c2", "ip": "127.0.0.1", "port": 61613, "namespace": "/topic/test"})
host = init_host(momconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(sample[i]), "chord_with_succlist", "SuccNode", [])
# cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
remote_aref = "mom://s1/chord_with_succlist/SuccNode/7"
# remote_aref = 'atom://127.0.0.1:1432/chord/Node/2'
remote_node = host.lookup(remote_aref)
while j < num_nodes:
try:
if nodes_h[j].join(remote_node):
print "True"
interval(5, update, nodes_h[j])
j += 1
retry = 0
except (TimeoutError):
retry += 1
if retry > 3:
break
interval(200, show, nodes_h[0])
interval(200, show, nodes_h[num_nodes / 2])
interval(200, show, nodes_h[num_nodes - 1])
def example1():
nodes = [1,8,14,21,32,38,42,48,51,56]
nodes_h = {}
tcpconf = ('tcp', ('127.0.0.1', 1234))
host = init_host(tcpconf)
# Create and initialize nodes
for i in range(len(nodes)):
print 'iteration', i
nodes_h[i] = host.spawn_id(str(nodes[i]), 'chord_protocol', 'Node', [])
nodes_h[i].init_node()
for i in range(len(nodes)):
j = 0 if i is 0 else i-1
try:
nodes_h[i].join(nodes_h[j])
except:
print 'Node %s fails' % str(i)
else:
interval_host(host, 1, update, nodes_h[i])
interval_host(host, 30, show, nodes_h[0])
interval_host(host, 31, show, nodes_h[5])
interval_host(host, 32, show, nodes_h[9])
def start_node():
nodes_h = {}
num_nodes = 10
cont = 1
retry = 0
index=0
tcpconf = ('tcp', ('127.0.0.1', 1238))
host = init_host(tcpconf)
# momconf = ('mom',{'name':'s1','ip':'127.0.0.1','port':61613,'namespace':'/topic/test'})
# host = init_host(momconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'scribe', 'ScribeNode', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
while index < num_nodes:
try:
if(nodes_h[index].join(nodes_h[0])):
print "True"
interval(5, update, nodes_h[index])
index += 1
retry = 0
# sleep(0.2)
except TimeoutError:
retry += 1
if retry > 3:
index += 1
num_nodes -= 1
"Lookup test"
menu(host, nodes_h, num_nodes)
def start_node():
nodes_h = {}
num_nodes = 20
cont = 21
retry = 0
j=0
tcpconf = ('tcp', ('127.0.0.1', 6377))
host = init_host(tcpconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord_remote', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
remote_aref = 'atom://127.0.0.1:1432/chord/Node/2'
remote_node = host.lookup(remote_aref)
while j < num_nodes:
try:
if(nodes_h[j].join(remote_node)):
print "True"
interval(30, stablilize, nodes_h[j])
interval(30, fix_finger, nodes_h[j])
j += 1
retry = 0
except(TimeoutError):
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes/2])
interval(100, show, nodes_h[num_nodes - 1])
def create_host():
start_controller("pyactive_thread")
tcpconf = ('tcp', ('127.0.0.1', 9899))
global host
host = init_host(tcpconf)
global remote_host
remote_host = host.lookup(settings.PYACTIVE_URL+'controller/Host/0')
def test3():
# tcpconf = ('tcp',('127.0.0.1',6664))
host = init_host()
test = host.spawn_id('1','launch','Test',[])
test.hello_world()
def start_node():
nodes_h = {}
num_nodes = 20
cont = 1
retry = 0
j = 0
tcpconf = ('tcp', ('127.0.0.1', 1432))
host = init_host(tcpconf)
log = host.spawn_id('log', 'chord_log', 'LogUML', [])
host.set_tracer(log)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
while j < num_nodes:
try:
if (nodes_h[j].join(nodes_h[0])):
print "True"
interval(30, stablilize, nodes_h[j])
interval(30, fix_finger, nodes_h[j])
j += 1
retry = 0
except TimeoutError:
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes / 2])
interval(100, show, nodes_h[num_nodes - 1])
interval(15, save_log, log)
def test3():
momconf = ('mom',{'name':'c1','ip':'127.0.0.1','port':61613,'namespace':'/topic/test'})
host = init_host(momconf)
#host = init_host(('127.0.0.1',4329),True)
#host = Host(host)
#oref = 'env2:simple:s1:Server'
aref = 'mom://s1/moms1/Server/0'
ref = host.lookup(aref)
n1 = host.spawn_id('c1', 'momc1', 'Client', [ref])
#for i in range(100):
# ref.resta(34,2)
n1.send_substract(34,2)
print n1.send_add(6,8)
for i in range(3):
s = n1.send_add(56,4)
print s,'ok'
# try:
# ref.wait_a_lot()
# except TimeoutError:
# print 'correct timeout'
#sleep(1)
host.shutdown()
def test3():
tcpconf = ('tcp',('127.0.0.1',6664))
host = init_host(tcpconf)
registry = host.spawn_id('1','first','Registry',[])
registry.bind('first', host)
def client_test():
tcpconf = ('tcp',('127.0.0.1',4321))
host = init_host(tcpconf)
server = host.lookup('tcp://127.0.0.1:1234/interval/Registry/1')
server.hello()
print server.hello_sync()
def test3():
tcpconf = ('tcp', ('127.0.0.1', 1234))
host = init_host(tcpconf)
server = host.spawn_id('0', 's1', 'Server', [])
server.substract(4, 3)
print server.add(66, 7)
def example2():
nodes_h = {}
tcpconf = ('tcp', ('127.0.0.1', 1234))
host = init_host(tcpconf)
t1 = time()
# Create and initialize nodes
for i in range(100):
nodes_h[i] = host.spawn_id(str(id()), 'chord_protocol', 'Node', [])
nodes_h[i].init_node()
for i in range(len(nodes_h)):
j = 0 if i is 0 else i-1
try:
nodes_h[i].join(nodes_h[j])
except:
print 'Node %s fails' % str(i)
else:
interval_host(host, 0.5, update, nodes_h[i])
t2 = time()
print 'Time to create 100 nodes'
print t2 - t1
# Wait to give time to chord to fix its tables.
# Note that if we use the class chord_improved we will need less time to fix the node tables.
sleep(30)
key = hash('pedro')
print key
found = nodes_h[0].find_predecessor(key)
print found.get_id()
def test3():
tcpconf = ('tcp',('127.0.0.1',1234))
host = init_host(tcpconf)
server = host.spawn_id('0','s1','Server',[])
server.substract(4,3)
print server.add(66,7)
def testN():
net_conf = ('tcp',('127.0.0.1',6664))
host = init_host(net_conf)
print 'TEST ',NUM_NODES,' nodes and', NUM_MSGS, "messages."
nf = host.spawn_id('init', 'ring3','Node',['nf'])
ni = nf;
for i in range (NUM_NODES-2):
ni = host.spawn_id(str(i), 'ring3','Node',[('n',i),ni])
n1 = host.spawn_id('end','ring3','Node',['n1',ni])
nf.set_next(n1)
print 'start time!!'
init = time()
nf.init_token()
while(not n1.is_finished()):
sleep(0.01)
end = time()
print ((end - init)*1000),' ms.'
def start_remote_node():
nodes_h = {}
num_nodes = 10
cont = 11
retry = 0
index=0
tcpconf = ('tcp', ('127.0.0.1', 6377))
host = init_host(tcpconf)
# momconf = ('mom',{'name':'c1','ip':'127.0.0.1','port':61613,'namespace':'/topic/test'})
# host = init_host(momconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'scribe', 'ScribeNode', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
# remote_aref = 'mom://s1/scribe/ScribeNode/1'
remote_aref = 'atom://127.0.0.1:1238/scribe/ScribeNode/2'
remote_node = host.lookup(remote_aref)
while index < num_nodes:
try:
if(nodes_h[index].join(remote_node)):
print "True"
interval(5, update, nodes_h[index])
index += 1
retry = 0
except(TimeoutError):
retry += 1
print 'Timeout Error: Attempts '+retry
if retry > 3:
index += 1
menu(host, nodes_h, num_nodes)
def test3():
tcpconf = ('tcp',('127.0.0.1',1259))
host = init_host(tcpconf)
registry = host.lookup('tcp://127.0.0.1:6664/first/Registry/1')
registry.bind('third', host)
def start_node():
nodes_h = {}
num_nodes = 30
cont = 21
retry = 0
index = 0
tcpconf = ('tcp', ('127.0.0.1', 6375))
host = init_host(tcpconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord_remote', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
remote_aref = 'atom://127.0.0.1:1238/chord/Node/1'
remote_node = host.lookup(remote_aref)
while index < num_nodes:
try:
if(nodes_h[index].join(remote_node)):
print "True"
interval(15, update, nodes_h[index])
index += 1
retry = 0
except TimeoutError:
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes/2])
interval(100, show, nodes_h[num_nodes - 1])
def test():
host = init_host()
# parameters 1 = 'id', 'test_async' = module name, 'Server' = class name
n1 = host.spawn_id('1', 'hello_world_async', 'Server', [])
n1.hello_world()
def start_node():
#Canviar per fer el lookup
nodes_h = {}
num_nodes = 20
cont = 1
retry = 0
index = 0
tcpconf = ('tcp', ('127.0.0.1', 1238))
host = init_host(tcpconf)
# log = host.spawn_id('log','chord_log','LogUML',[])
# host.set_tracer(log)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
while index < num_nodes:
try:
if (nodes_h[index].join(nodes_h[0])):
print "True"
interval(15, update, nodes_h[index])
index += 1
retry = 0
except TimeoutError:
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes / 2])
interval(100, show, nodes_h[num_nodes - 1])
def testN():
host = init_host()
print 'TEST ',NUM_NODES,' nodes and', NUM_MSGS, "messages."
nf = host.spawn_id('0','ring3','Node',['nf'])
ni = nf;
for i in range (1, NUM_NODES-2):
ni = host.spawn_id(str(i), 'ring3','Node',[('n',i),ni])
n1 = host.spawn_id(str(NUM_NODES -1), 'ring3','Node',['n1',ni])
nf.set_next(n1)
init = time()
n1.init_token()
while(nf.is_finished()):
pass
end = time()
print 'N1', n1
print ((end - init)*1000),' ms.'
def test():
lP = []
lA = []
lL = []
start_controller('pyactive_thread')
host = init_host()
# log = host.spawn_id('log', 'main', 'LogUML', [])
# host.set_tracer(log)
# interval(1, save_log, log)
for i in range(0, N_LEARNERS):
l = host.spawn_id(str(i), 'paxos_protocol', 'Learner',[N_ACCEPTORS])
lL.append(l)
for i in range(0, N_ACCEPTORS):
a = host.spawn_id(str(i+N_LEARNERS), 'paxos_protocol', 'Acceptor', [N_ACCEPTORS])
a.set_multi(lL)
lA.append(a)
for i in range(0,N_PROPOSERS):
p = host.spawn_id(str(i+N_LEARNERS+N_ACCEPTORS+5), 'paxos_protocol', 'Proposer', [N_ACCEPTORS])
num = int(random.random() * 100)
print i, num
p.set_proposal(num)
lP.append(p)
lP[0].set_multi([lA[0], lA[1],lA[2]])
lP[1].set_multi([lA[2], lA[3],lA[4]])
lP[2].set_multi([lA[0], lA[1],lA[2]])
lP[3].set_multi([lA[2], lA[3],lA[4]])
# p = AMulti(lP)
# p.prepare()
lP[3].prepare()
lP[0].prepare()
lP[1].prepare()
lP[2].prepare()
def start_node():
nodes_h = {}
num_nodes = 30
cont = 21
retry = 0
index = 0
tcpconf = ('tcp', ('127.0.0.1', 6375))
host = init_host(tcpconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord_remote', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
remote_aref = 'atom://127.0.0.1:1238/chord/Node/1'
remote_node = host.lookup(remote_aref)
while index < num_nodes:
try:
if (nodes_h[index].join(remote_node)):
print "True"
interval(15, update, nodes_h[index])
index += 1
retry = 0
except TimeoutError:
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes / 2])
interval(100, show, nodes_h[num_nodes - 1])
def test3():
momconf = ('mom',{'name':'c1','ip':'127.0.0.1','port':61613,'namespace':'/topic/test_edgar'})
host = init_host(momconf)
#host = init_host(('127.0.0.1',4329),True)
#host = Host(host)
#oref = 'env2:simple:s1:Server'
aref = 'mom://s1/server/Server/0'
ref = host.lookup(aref)
nodes = {}
for i in range(1, 100):
nodes[i] = host.spawn_id(str(i), 'client', 'Client', [ref])
nodes[i].subscribe()
#for i in range(100):
# ref.resta(34,2)
# try:
# ref.wait_a_lot()
# except TimeoutError:
# print 'correct timeout'
#sleep(1)
#host.shutdown()
check_ref_list = []
for node in nodes.values():
reference = node.get_reference()
if not reference in check_ref_list:
check_ref_list.append(reference)
else:
print 'error: some client has the same reference'
print 'all ok'
print ref.get_references()
def start_node():
nodes_h = {}
num_nodes = 20
cont = 1
retry = 0
j = 0
tcpconf = ('tcp', ('127.0.0.1', 1432))
host = init_host(tcpconf)
log = host.spawn_id('log','chord_log','LogUML',[])
host.set_tracer(log)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
while j < num_nodes:
try:
if(nodes_h[j].join(nodes_h[0])):
print "True"
interval(30, stablilize, nodes_h[j])
interval(30, fix_finger, nodes_h[j])
j += 1
retry = 0
except TimeoutError:
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes /2])
interval(100, show, nodes_h[num_nodes -1])
interval(15, save_log, log)
def test():
lP = []
lA = []
lL = []
host = init_host()
# log = host.spawn_id('log', 'main', 'LogUML', [])
# host.set_tracer(log)
# interval(1, save_log, log)
for i in range(0, N_LEARNERS):
l = host.spawn_id(str(i), 'paxos_protocol_multi_instance', 'Learner',[N_ACCEPTORS])
lL.append(l)
for i in range(0, N_ACCEPTORS):
a = host.spawn_id(str(i+N_LEARNERS), 'paxos_protocol_multi_instance', 'Acceptor', [N_ACCEPTORS])
print 'hola edsa'
a.set_multi(lL)
lA.append(a)
for i in range(0,N_PROPOSERS):
p = host.spawn_id(str(i+N_LEARNERS+N_ACCEPTORS+5), 'paxos_protocol_multi_instance', 'Proposer', [N_ACCEPTORS])
lP.append(p)
lP[0].set_multi([lA[0], lA[1],lA[2]])
lP[1].set_multi([lA[2], lA[3],lA[4]])
lP[2].set_multi([lA[0], lA[1],lA[2]])
lP[3].set_multi([lA[2], lA[3],lA[4]])
# p = AMulti(lP)
# p.prepare()
for a in range(10):
num = int(random.random() * 100)
print a, num
num_p = int(random.random() * 100%N_PROPOSERS)
lP[num_p].set_proposal(num)
def test3():
momconf = ('mom',{'name':'s1','ip':'127.0.0.1','port':61613,'namespace':'/topic/test_edgar'})
host = init_host(momconf)
#host = init_host(('127.0.0.1',1290),True)
#host = Host(hostname)
server = host.spawn_id('0','server','Server',[])
print 'Server running...'
def start_node():
nodes_h = {}
num_nodes = 20
cont = 21
retry = 0
j=0
tcpconf = ('tcp', ('127.0.0.1', 6377))
host = init_host(tcpconf)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord_remote', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
remote_aref = 'atom://127.0.0.1:1432/chord/Node/2'
remote_node = host.lookup(remote_aref)
while j < num_nodes:
try:
if(nodes_h[j].join(remote_node)):
print "True"
interval(30, stablilize, nodes_h[j])
interval(30, fix_finger, nodes_h[j])
j += 1
retry = 0
except(TimeoutError):
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes/2])
interval(100, show, nodes_h[num_nodes - 1])
def test3():
tcpconf = ("tcp", ("127.0.0.1", 1234))
host = init_host(tcpconf)
server = host.spawn_id("0", "s1", "Server", [])
server.substract(4, 3)
print server.add(66, 7)
def test():
host = init_host()
e1 = host.spawn_id('1', 'actor5c', 'Echo', [])
bot = host.spawn_id('1', 'actor5c', 'Bot', [])
bot.set_channel()
bot.insult()
sleep(4)
def start_node():
#Canviar per fer el lookup
nodes_h = {}
num_nodes = 20
cont = 1
retry = 0
index=0
tcpconf = ('tcp', ('127.0.0.1', 1238))
host = init_host(tcpconf)
# log = host.spawn_id('log','chord_log','LogUML',[])
# host.set_tracer(log)
for i in range(num_nodes):
nodes_h[i] = host.spawn_id(str(cont), 'chord', 'Node', [])
cont += 1
for i in range(num_nodes):
nodes_h[i].init_node()
while index < num_nodes:
try:
if(nodes_h[index].join(nodes_h[0])):
print "True"
interval(15, update, nodes_h[index])
index += 1
retry = 0
except TimeoutError:
retry += 1
if retry > 3:
break
interval(100, show, nodes_h[0])
interval(100, show, nodes_h[num_nodes/2])
interval(100, show, nodes_h[num_nodes - 1])
def example1():
nodes = [1,8,14,21,32,38,42,48,51,56]
nodes_h = {}
tcpconf = ('tcp', ('127.0.0.1', 1234))
host = init_host(tcpconf)
# Create and initialize nodes
for i in range(len(nodes)):
nodes_h[i] = host.spawn_id(str(nodes[i]), 'chord_protocol', 'Node', [])
nodes_h[i].init_node()
for i in range(len(nodes)):
j = 0 if i is 0 else i-1
try:
nodes_h[i].join(nodes_h[j])
except:
print 'Node %s fails' % str(i)
else:
interval_host(host, 0.5, update, nodes_h[i])
# Wait to give time to chord to fix its tables.
sleep(5)
found = nodes_h[0].find_successor(40)
print 'found', found.get_id()
def test3():
# tcpconf = ('tcp',('127.0.0.1',6664))
host = init_host()
test = host.spawn_id('1','launch','Test',[])
test.hello_world()
host.shutdown()
def test3():
momconf = ('mom',{'name':'s1','ip':'127.0.0.1','port':61613,'namespace':'/topic/test'})
host = init_host(momconf)
#host = init_host(('127.0.0.1',1290),True)
#host = Host(hostname)
server = host.spawn_id('0','moms1','Server',[])
server.substract(4,3)
print server.add(66,7)
def test3():
tcpconf = ('tcp', ('127.0.0.1', 6664))
host = init_host(tcpconf)
registry = host.spawn_id('1', 'first', 'Registry', [])
print 'hola'
registry.bind('first', host)
def test_log():
host = init_host()
log = host.spawn_id('log', 'log', 'Log', [])
host.set_tracer(log)
ref = host.spawn_id('1', 'log', 'Server', [])
ref.substract(6, 5)
print ref.add(5, 5)
sleep(1)
def client_test():
tcpconf = ('tcp', ('127.0.0.1', 4321))
host = init_host(tcpconf)
server = host.lookup('tcp://127.0.0.1:1234/server/Registry/1')
server.hello()
print server.hello_sync()
host.shutdown()
def test1():
host = init_host()
n2 = host.spawn_id('2','parallel1','Node',['n2'])
n1 = host.spawn_id('1','parallel1','Node',['n1',n2])
n3 = host.spawn_id('3','parallel1','Node',['n3',n1])
n1.start()
sleep(2)
n3.start_n3()
sleep(15)
def test3():
tcpconf = ('tcp', ('127.0.0.1', 1236))
host = init_host(tcpconf)
registry = host.lookup('tcp://127.0.0.1:6664/first/Registry/1')
registry.bind('fourth', host)
for atom in registry.get_values():
print atom.get_aref()
def create_local_host():
tcpconf = ('tcp', (settings.PYACTIVE_IP, settings.PYACTIVE_PORT))
global host
try:
start_controller("pyactive_thread")
host = init_host(tcpconf)
logger.info("Controller PyActive host created")
except:
pass
return host
def test_remote_spawn():
tcpconf = ('tcp', ('127.0.0.1', 1240))
host = init_host(tcpconf)
remote_aref = 'tcp://127.0.0.1:1232/atom/Host/0'
remote_host = host.lookup(remote_aref)
remote_host.hello()
print remote_host
server = remote_host.spawn('s1', 'Server', [])
z = server.add(6, 7)
print z
server.substract(6, 5)
t = server.add(8, 7)
print t
def send():
host = init_host()
wd = os.path.dirname(os.path.realpath(__file__))
streetLights = sum(1 for line in open(wd + '/input.txt'))
servers = 4
bds = 5
# We share the SL between the servers
if streetLights % bds == 0:
sl_division = (streetLights / bds)
else:
sl_division = (streetLights / bds) + 1
# create actors
st = [] # StreetLight array
serv = [] # Server array
bd = [] # DataBase array
# create log
log = host.spawn_id('1', 'P2', 'Log', [])
# create bds
for i in range(bds):
index = sl_division * i
bd.append(host.spawn_id(str(i), 'P2', 'Bd', [sl_division, index, streetLights]))
# create streetLights
for i in range(streetLights):
st.append(host.spawn_id(str(i), 'P2', 'StreetLight', [i % bds]))
# create server
for i in range(servers):
serv.append(host.spawn_id(str(i), 'P2', 'Server', [st, log, i, bd]))
# create queue
queue = host.spawn_id('1', 'P2', 'Queue', [serv, servers])
# Sensor.start('signal.txt')
s = host.spawn_id('1', 'P2', 'Sensor', [st, log])
for i in range(streetLights):
st[i].set_queue(queue, i)
s.start(wd + '/input.txt')
print '=====[SERVER START]====='
def test3():
host = init_host(('tcp', ('127.0.0.1', 1235)))
#host = init_host(('127.0.0.1',4322),True)
#host = Host(host)
#oref = 'env2:simple:s1:Server'
aref = 'tcp://127.0.0.1:1234/s1/Server/0'
ref = host.lookup(aref)
init = time()
for i in range(10000):
z = ref.add(6, 7)
end = time()
print end - init
#sleep(3)
host.shutdown()
def test3():
host = init_host(('tcp', ('127.0.0.1', 4346)))
aref = 'tcp://127.0.0.1:1234/s1/Server/0'
ref = host.lookup(aref)
ref.substract(34, 2)
ref.add(6, 8)
for i in range(3):
s = ref.add(56, 4)
print s, 'ok'
sleep(1)
try:
ref.wait_a_lot()
except TimeoutError:
print 'correct timeout'
sleep(3)
host.shutdown()
def setUpClass(cls):
super(Test, cls).setUpClass()
start_controller('pyactive_thread')
cls.host = init_host()
def setUp(self):
unittest.TestCase.setUp(self)
start_controller('pyactive_thread')
self.host = init_host()
def setUp(self):
unittest.TestCase.setUp(self)
start_controller('tasklet')
self.host = init_host()
def setUpClass(cls):
super(Test, cls).setUpClass()
tcpconf = ('tcp',('127.0.0.1',6842))
start_controller('pyactive_thread')
cls.host = init_host(tcpconf)
"""
Author: Pedro Garcia Lopez <*****@*****.**>
"""
from pyactive.controller import init_host, serve_forever
tcpconf = ('tcp', ('127.0.0.1', 1232))
host = init_host(tcpconf)
serve_forever()
