def buildLogPNetwork(self):
import re
nproc = sst.getMPIRankCount() * sst.getThreadCount()
switchParams = self.params["switch"]
self.fillInParamsLogP()
lat = switchParams["out_in_latency"]
switches = []
for i in range(nproc):
switch = sst.Component("LogP %d" % i, "macro.logp_switch")
switch.addParams(macroToCoreParams(switchParams))
switch.addParam("id", i)
switches.append(switch)
for i in range(self.num_nodes):
injSW = self.system.nodeToLogPSwitch(i)
ep = self.nodes[i]
sw = switches[injSW]
linkName = "logPinjection%d->%d" % (i, injSW)
link = sst.Link(linkName)
portName = "output %d %d" % (sst.macro.NICLogPInjectionPort, i)
ep.addLink(link, portName, smallLatency) #put no latency here
portName = "input %d %d" % (sst.macro.NICLogPInjectionPort, i)
sw.addLink(link, portName, smallLatency)
for i in range(self.num_nodes):
ep = self.nodes[i]
for p in range(nproc):
linkName = "logPejection%d->%d" % (i, injSW)
link = sst.Link(linkName)
sw = switches[p]
portName = "output %d %d" % (i, sst.macro.NICLogPInjectionPort)
sw.addLink(link, portName, lat)
portName = "input %d %d" % (i, sst.macro.NICLogPInjectionPort)
ep.addLink(link, portName, lat)
def buildLogPNetwork(self):
import re
nproc = sst.getMPIRankCount() * sst.getThreadCount()
switchParams = self.params["switch"]
linkParams = switchParams["link"]
ejParams = switchParams["ejection"]
lat = self.latency(ejParams)
#gotta multiply the lat by 2
match = re.compile("(\d+[.]?\d*)(.*)").search(lat)
if not match:
sys.exit("improperly formatted latency %s" % lat)
num, units = match.groups()
num = eval(num) * 2
lat = "%8.4f%s" % (num,units.strip())
switches = []
for i in range(nproc):
switch = sst.Component("logp %d" % i, "macro.logp_switch")
#switch = sst.Component("logp %d" % i, "macro.logp_switch")
switch.addParams(macroToCoreParams(switchParams))
switch.addParam("id", i)
switches.append(switch)
#NEWLY ADDED BEGIN
#switch.addParam("electrical_bandwidth" , "10Gb/s")
#switch.addParam("optical_bandwidth", "1Gb/s")
#NEWLY ADDED END
for i in range(nproc):
sw_i = switches[i]
for j in range(nproc):
sw_j = switches[j]
if i==j: continue
linkName = "logPnetwork%d->%d" % (i,j)
link = sst.Link(linkName)
portName = "in-out %d %d" % (j, sst.macro.SwitchLogPNetworkPort)
sw_i.addLink(link, portName, lat)
portName = "in-out %d %d" % (i, sst.macro.SwitchLogPNetworkPort)
sw_j.addLink(link, portName, lat)
for i in range(self.num_nodes):
injSW = self.system.nodeToLogPSwitch(i)
ep = self.nodes[i]
sw = switches[injSW]
linkName = "logPinjection%d->%d" % (i, injSW)
link = sst.Link(linkName)
portName = "in-out %d %d" % (sst.macro.NICLogPInjectionPort, sst.macro.SwitchLogPInjectionPort)
#portName = "injection %d %d" % (sst.macro.NICLogPInjectionPort, sst.macro.SwitchLogPInjectionPort)
ep.addLink(link, portName, smallLatency) #put no latency here
portName = "in-out %d %d" % (i, sst.macro.SwitchLogPInjectionPort)
#portName = "ejection %d %d" % (i, sst.macro.SwitchLogPInjectionPort)
sw.addLink(link, portName, smallLatency)
def buildLogPNetwork(self):
import re
nproc = sst.getMPIRankCount() * sst.getThreadCount()
switchParams = self.params["switch"]
linkParams = switchParams["link"]
ejParams = switchParams["ejection"]
lat = self.latency(ejParams)
#gotta multiply the lat by 2
match = re.compile("(\d+[.]?\d*)(.*)").search(lat)
if not match:
sys.exit("improperly formatted latency %s" % lat)
num, units = match.groups()
num = eval(num) * 2
lat = "%8.4f%s" % (num,units.strip())
switches = []
for i in range(nproc):
switch = sst.Component("LogP %d" % i, "macro.logp_switch")
switch.addParams(macroToCoreParams(switchParams))
switch.addParam("id", i)
switches.append(switch)
for i in range(nproc):
sw_i = switches[i]
for j in range(nproc):
sw_j = switches[j]
if i==j: continue
linkName = "logPnetwork%d->%d" % (i,j)
link = sst.Link(linkName)
portName = "in-out %d %d" % (j, sst.macro.SwitchLogPNetworkPort)
sw_i.addLink(link, portName, lat)
portName = "in-out %d %d" % (i, sst.macro.SwitchLogPNetworkPort)
sw_j.addLink(link, portName, lat)
for i in range(self.num_nodes):
injSW = self.system.nodeToLogPSwitch(i)
ep = self.nodes[i]
sw = switches[injSW]
linkName = "logPinjection%d->%d" % (i, injSW)
link = sst.Link(linkName)
portName = "in-out %d %d" % (sst.macro.NICLogPInjectionPort, sst.macro.SwitchLogPInjectionPort)
ep.addLink(link, portName, smallLatency) #put no latency here
portName = "in-out %d %d" % (i, sst.macro.SwitchLogPInjectionPort)
sw.addLink(link, portName, smallLatency)