self.createProcess("App", appProcess) #Shows how to create "App"
self.startProcess("App", 78783, {
"two": 2
}) #Shows how to start "App" process with arbitrary number of data
def generate(self, *args):
targetId = random.randrange(count)
offset = exponential(1) + lookahead
#Shows how to log outputs
self.out.write("Time " + str(self.engine.now) + ": Waking " +
str(targetId) + " at " + str(offset) + " from now\n")
self.reqService(offset, "generate", None, "Node", targetId)
def wakeMe(self, name, rx=None, rxId=None):
#This example is just a simple wrapper around the generic wakeProcess, but it could be more elaborate
self.out.write("Explicit wake-up from hibernation through an event")
self.wakeProcess(name)
for i in range(count):
simianEngine.addEntity("Node", Node, i)
for i in range(count):
simianEngine.schedService(0, "generate", None, "Node", i)
simianEngine.run()
simianEngine.exit()
for i in range(time_bins):
self.gtime_sends[i] += msg[6][i]
str_out = str(msg[0]) + " " + str(msg[1]) + " " + str(
msg[2]) + " " + str(msg[3]) + " " + str(msg[4]) + " " + str(
msg[5]) + " " + str(msg[6]) + " "
#self.out.write(str_out)
if self.stats_received == n_ent: # We can write out global stats
#self.out.write("===================== LANL PDES BENCHMARK Collected Stats from All Ranks =======================\n")
header = "#Entities, #sends, #receives Ops(min, avg, max), Time Bin Sends"
#self.out.write(header)
str_out = "test"
#self.out.write(str(n_ent)+" "+str(self.gsend_count)+" "+str(self.greceive_count))
#self.out.write("=================================================================================================\n")
################################
# "MAIN"
################################
for i in range(n_ent):
simianEngine.addEntity("PDES_LANL_Node", PDES_LANL_Node, i)
# 5. Run simx
simianEngine.run()
for i in range(n_ent):
node = simianEngine.getEntity("PDES_LANL_Node", i)
#print node.num
simianEngine.exit()
hw.pipelinethroughputs['load'] = B_eff / hw.clockspeed
#print("L_eff, B_eff for load ops and Phits:", L_eff, B_eff, phits)
######
# 3. Compute run times of each block in task graph
######
#simName, startTime, endTime, minDelay, useMPI = "ppt", 0.0, 100000000000.0, 0.1, False
simName = "ppt"
bb_times, counts = {}, 0
for bbName, bb_graph in task_graph.items():
if bbName in bb_id_map:
#print("INFO:", bbName, "in task_graph also in bb_id_map") #NOTE: Nandu: These are the good BBs
bb_id = bb_id_map[bbName]
#print("before dropCore with bbName, bb_graph: ", bbName, bb_id, len(task_graph.items()))
simEngine = Simian(simName, silent=True)
simEngine.addEntity('dropCore', dropCore, 0, bb_graph)
simEngine.run()
simEngine.exit()
# By convention, dropEngine added an element to the taskgraph with the time
# it took to complete it. Every instruction vertex in the taskgraph also has an
# attribute 'time_done' that lists when that instruction was completed.
bb_times[bb_id] = bb_graph["totalBBTime"]
#NOTE: Nandu: Otherwise taskgraph traversal in pipeline simulator (for future input settings) gets confused by this extra node
del bb_graph["totalBBTime"]
counts += 1
else:
pass
#print("WARNING:", bbName, "in task_graph but not in bb_id_map") #NOTE: Nandu: Need to investigate these warnings further
######
# 4. Calculate sum of basic block functions
self.reqService(10, target["service"], data, target["entity"],
targetId)
self.reqService(25, "generate", None, None, None)
def result(self, data, tx, txId):
self.out.write("Time " + str(self.engine.now) + ": Got " + str(data) +
" from " + tx + "[" + str(txId) + "]\n")
def sqrt(self, data, tx, txId):
self.reqService(10, "result", math.sqrt(data), tx, txId)
for i in xrange(count):
simianEngine.addEntity(
"Alice", Alice,
i) #Additional arguments, if given are passed to Alice.__init__()
simianEngine.addEntity("Bob", Bob, i)
#Example showing how to attach services to klasses and instances at runtime
simianEngine.attachService(
Alice, "square", square) #Attach square service at runtime to klass Alice
for i in xrange(count): #Attach sqrt service at runtime to all Bob instances
entity = simianEngine.getEntity("Bob", i)
if entity:
entity.attachService("sqrt", sqrt)
for i in xrange(count):
simianEngine.schedService(0, "generate", None, "Alice", i)
simianEngine.schedService(50, "generate", None, "Bob", i)
# "MAIN"
###############################################################################
# 1. Choose and instantiate the Cluster that we want to simulate
print "\nSNAPSim run with Simian PDES Engine\nVersion =", version
#cluster = clusters.MiniTrinity(simianEngine)
cluster = clusters.SingleCielo(simianEngine)
# determine number of cores on each node and the total number of cores
cores = cluster.cores # Is a dictionary {node_id: number of cores}
total_cores = 0
for node_id in cores:
total_cores += cores[node_id]
# print the computational resources used
print "\nNodes =", cluster.num_nodes, "\nCores =", total_cores, "\n" \
"Cores per node =", cores, "\n\n", \
"Begin SNAPSim loops\n--------------------------------"
# 2. Create a Snap Handler Service on each node
simianEngine.attachService(nodes.Node, "SNAP_CN_Handler", SNAP_CN_Handler)
# 3. Create Master Node
# This in turn creates and starts the main process snapsim_master_process
simianEngine.addEntity("Master", MasterNode, 0)
# 4. Run simx
simianEngine.run()
simianEngine.exit()
this.sleep(1)
entity = this.entity
for evt_time in xrange(1, int(endTime/2-1)):
hello_rcvr = random.choice(xrange(num_entities))
reply_rcvr = random.choice(xrange(num_entities))
#print evt_time,hello_rcvr,reply_rcvr
entity.reqService(evt_time,"recv_hello",
HelloMessage(reply_rcvr),
"Person", hello_rcvr)
if (evt_time % 10 == 0):
#raw_input()
this.sleep(evt_time - this.entity.engine.now)
class dummyNode(simianEngine.Entity):
def __init__(self, baseInfo, *args):
super(dummyNode, self).__init__(baseInfo)
self.createProcess("MessageGen",MessageGenProcess)
self.startProcess("MessageGen")
for i in xrange(num_entities):
simianEngine.addEntity("Person",Person,i,i)
simianEngine.addEntity("dummyNode",dummyNode,0)
simianEngine.run()
simianEngine.exit()