def run(self):
print "Bar process",id(self),"on node",self.os.get_entity_id(), \
" started running on resource ", self.resource, \
" at time ", simx.get_now()
self.compute(100)
print "Bar process ",id(self)," on node",self.os.get_entity_id(), \
"finished computing on resource ",self.resource, \
" at time ", simx.get_now()
def run(self):
i = self.from_
while i > 0:
print "Countdown process: ",self.id_,"Time: %s: Value %s " %(simx.get_now(),i)
self.sleep(1)
print "Countdown process: ",self.id_," wake up at time:", simx.get_now()
foo = fooprocess(i)
self.waitfor(foo)
#self.spawn(fooprocess(i))
i -= 1
def run(self):
print "Bar process",id(self),"on node",self.os.get_entity_id(), \
" started running on resource ", self.resource, \
" at time ", simx.get_now()
self.compute(100)
print "Bar process ",id(self)," on node",self.os.get_entity_id(), \
"finished computing on resource ",self.resource, \
" at time ", simx.get_now()
def run(self):
i = self.from_
while i > 0:
print "Countdown process: ", self.id_, "Time: %s: Value %s " % (
simx.get_now(), i)
self.sleep(1)
print "Countdown process: ", self.id_, " wake up at time:", simx.get_now(
)
foo = fooprocess(i)
self.waitfor(foo)
#self.spawn(fooprocess(i))
i -= 1
def update_pos(self,dummy):
"""
Updates position of this node
Sends new position information to neighbors
"""
#print "Node ",self.get_id(),"in updater at time ",self.get_now()
elapsed_time = simx.get_now() - self.last_update_time
self.last_update_time = simx.get_now()
self.loc = (self.loc[0]+self.vel[0]*elapsed_time,
self.loc[1]+self.vel[1]*elapsed_time)
Gpos[self.gnode_id] = self.loc
local_pos[self.gnode_id] = self.loc
def update_pos(self, dummy):
"""
Updates position of this node
Sends new position information to neighbors
"""
#print "Node ",self.get_id(),"in updater at time ",self.get_now()
elapsed_time = simx.get_now() - self.last_update_time
self.last_update_time = simx.get_now()
self.loc = (self.loc[0] + self.vel[0] * elapsed_time,
self.loc[1] + self.vel[1] * elapsed_time)
Gpos[self.gnode_id] = self.loc
local_pos[self.gnode_id] = self.loc
def run(self):
for evt_time in xrange(1,end_time/2-1):
hello_rcvr = ('p',random.choice(xrange(num_entities)))
reply_rcvr = ('p',random.choice(xrange(num_entities)))
#print evt_time,hello_rcvr,reply_rcvr
simx.schedule_event(simx.get_now()+evt_time, hello_rcvr, eAddr_HelloHandlerPerson,
HelloMessage(source_id=reply_rcvr))
#schedule in chunks of 10 time units
if (evt_time % 10 == 0):
# go to sleep, and wake up in time to schedule
# next batch of events
#raw_input()
self.sleep(evt_time - simx.get_now())
def run(self):
for evt_time in xrange(1, end_time / 2 - 1):
hello_rcvr = ('p', random.choice(xrange(num_entities)))
reply_rcvr = ('p', random.choice(xrange(num_entities)))
#print evt_time,hello_rcvr,reply_rcvr
simx.schedule_event(simx.get_now() + evt_time, hello_rcvr,
eAddr_HelloHandlerPerson,
HelloMessage(source_id=reply_rcvr))
#schedule in chunks of 10 time units
if (evt_time % 10 == 0):
# go to sleep, and wake up in time to schedule
# next batch of events
#raw_input()
self.sleep(evt_time - simx.get_now())
def run(self):
i = self.from_
while i > 0:
print "Countdown process: ",self.id_,"Time: %s: Value %s " %(simx.get_now(),i)
self.sleep(1)
print "Countdown process: ",self.id_," wake up at time:", simx.get_now()
#foo = fooprocess()
#self.waitfor(fooprocess())
foo = fooprocess(i)
self.spawn(foo)
self.foo_procs.append(foo)
i -= 1
for foo in self.foo_procs:
self.kill_all(foo)
def run(self):
i = self.from_
while i > 0:
print "Countdown process: ", self.id_, "Time: %s: Value %s " % (
simx.get_now(), i)
self.sleep(1)
print "Countdown process: ", self.id_, " wake up at time:", simx.get_now(
)
#foo = fooprocess()
#self.waitfor(fooprocess())
foo = fooprocess(i)
self.spawn(foo)
self.foo_procs.append(foo)
i -= 1
for foo in self.foo_procs:
self.kill_all(foo)
def run(self):
while(simx.get_now() < end_time):
plt.clf()
nx.draw_networkx_edges(G,Gpos,nodelist=[ncenter],alpha=0.4,edge_color='grey')
nx.draw_networkx_nodes(G,Gpos,node_size=80,nodelist=p.keys(),node_color=p.values(),cmap=plt.cm.Reds_r)
plt.xlim(-0.05,1.05)
plt.ylim(-0.05,1.05)
plt.axis('off')
plt.draw()
self.sleep(update_interval)
def run(self):
while(simx.get_now() < end_time):
simx.probe_entities('n',Node.update_pos,())
simx.probe_entities('n',Node.update_velocity,())
#send location info of nodes on this process to all other LPs
if (simx.get_num_machines() > 1):
for i in range(simx.get_num_machines()):
if i == simx.get_rank():
continue
simx.get_controller().send_info(LocListMsg(local_pos),min_delay,
('!',i),eAddr_RECVR)
self.sleep(update_interval)
def run(self):
print "Foo process",id(self),"on node",self.os.get_entity_id(), \
" started running on resource ", self.resource, \
" at time ", simx.get_now()
# spawns Bar process, and continues executing
bp = self.spawn(BarProcess)
#self.kill(bp)
self.compute(100)
self.kill(bp)
print "Foo process ",id(self)," on node",self.os.get_entity_id(), \
"finished computing on resource ",self.resource, \
" at time ", simx.get_now()
bp = self.os.create_process(BarProcess)
# waits for Bar process to finish before resuming
self.waitfor(bp)
print "Foo process ",id(self)," on node",self.os.get_entity_id(), \
"returned from waitfor. Acquired resource ",self.resource, \
" at time ", simx.get_now()
def run(self):
print "Foo process",id(self),"on node",self.os.get_entity_id(), \
" started running on resource ", self.resource, \
" at time ", simx.get_now()
# spawns Bar process, and continues executing
bp = self.spawn(BarProcess)
#self.kill(bp)
self.compute(100)
self.kill(bp)
print "Foo process ",id(self)," on node",self.os.get_entity_id(), \
"finished computing on resource ",self.resource, \
" at time ", simx.get_now()
bp = self.os.create_process(BarProcess)
# waits for Bar process to finish before resuming
self.waitfor(bp)
print "Foo process ",id(self)," on node",self.os.get_entity_id(), \
"returned from waitfor. Acquired resource ",self.resource, \
" at time ", simx.get_now()
def run(self):
while (simx.get_now() < end_time):
#for node in node_list:
# node.update_pos(None)
# node.update_velocity(None)
simx.probe_entities('n', Node.update_pos, ())
simx.probe_entities('n', Node.update_velocity, ())
#send location info of nodes on this process to all other LPs
if (simx.get_num_machines() > 1):
for i in range(simx.get_num_machines()):
if i == simx.get_rank():
continue
simx.get_controller().send_info(LocListMsg(local_pos),
min_delay, ('!', i),
eAddr_RECVR)
self.sleep(update_interval)
def run(self):
while (simx.get_now() < end_time):
plt.clf()
nx.draw_networkx_edges(G,
Gpos,
nodelist=[ncenter],
alpha=0.4,
edge_color='grey')
nx.draw_networkx_nodes(G,
Gpos,
node_size=80,
nodelist=p.keys(),
node_color=p.values(),
cmap=plt.cm.Reds_r)
plt.xlim(-0.05, 1.05)
plt.ylim(-0.05, 1.05)
plt.axis('off')
plt.draw()
self.sleep(update_interval)
def run(self):
print "foo process: ",self.id_," Time: ",simx.get_now()
#if id == 0:
# self.spawn(fooprocess(id+1))
self.sleep(2)
print "foo process: ",self.id_," wake up at time:",simx.get_now()
def run(self):
print "foo process: ", self.id_, " Time: ", simx.get_now()
#if id == 0:
# self.spawn(fooprocess(id+1))
self.sleep(2)
print "foo process: ", self.id_, " wake up at time:", simx.get_now()
def run(self):
print "foo process: ",self.id_," Time: ",simx.get_now()
self.sleep(2)
print "foo process: ",self.id_," wake up at time:",simx.get_now()
self.spawn(fooprocess(self.id_))
def run(self):
print "foo process: ", self.id_, " Time: ", simx.get_now()
self.sleep(2)
print "foo process: ", self.id_, " wake up at time:", simx.get_now()
self.spawn(fooprocess(self.id_))