def startLogging(pi_list, PI_START_SUFFIX, MNG_PREFIX):
print "Starting Logging on all PIs:"
for pi in pi_list:
pi = MNG_PREFIX + str(pi)
print "Start Logging on Pi: " + pi
s = ssh.Connection(pi, 'root', password='******')
s.execute("nfd-status &> /home/nfd/start.nfd-status.log")
s.put("logging", "/etc/cron.d/logging")
s.close()
print "All Pis started logging!\n"
def gatherPiStats(pi_list, MNG_PREFIX, DESTINATION_FOLDER, PI_START_SUFFIX):
for pi in pi_list:
print "Gathering Pi-Stats from " + MNG_PREFIX + str(pi)
s = ssh.Connection(MNG_PREFIX + str(pi), 'root', password='******')
files = s.execute("ls /tmp/logs/stat-*.json")
for f in files:
f = f.rstrip().split('/')[-1]
src = "/tmp/logs/" + f
f = f.replace("stat-",
"stat-PI_" + str(pi - PI_START_SUFFIX) + "_")
dest = DESTINATION_FOLDER + "/" + f
s.get(src, dest)
s.close()
def killNFDs(pi_list, MNG_PREFIX, PI_START_SUFFIX):
print "Stopping all NFDs:"
for pi in pi_list:
pi = MNG_PREFIX + str(pi)
print "Stopping NFD: " + pi
s = ssh.Connection(pi, 'root', password='******')
s.execute("nfd-stop")
s.close()
print "NFDs Stopped!\n"
time.sleep(
10
) #sleep 10 sec to ensure nfd-stop(s) finished before gathering the results
def gatherNFDCacheLogs(pi_list, MNG_PREFIX, DESTINATION_FOLDER,
PI_START_SUFFIX):
for pi in pi_list:
print "Gathering NFD-Cachelog from " + MNG_PREFIX + str(pi)
s = ssh.Connection(MNG_PREFIX + str(pi), 'root', password='******')
files = s.execute("ls /tmp/nfd_cachehits.txt")
for f in files:
f = f.rstrip().split('/')[-1]
src = "/tmp/" + f
f = f.replace("nfd_cachehits",
"nfd_cachehits-PI_" + str(pi - PI_START_SUFFIX))
dest = DESTINATION_FOLDER + "/" + f
s.get(src, dest)
s.close()
def gatherNFDStatusLogs(pi_list, MNG_PREFIX, DESTINATION_FOLDER,
PI_START_SUFFIX):
for pi in pi_list:
print "Gathering NFD-Status Logs from " + MNG_PREFIX + str(pi)
s = ssh.Connection(MNG_PREFIX + str(pi), 'root', password='******')
files = s.execute("ls /home/nfd/*nfd-status.log")
for f in files:
f = f.rstrip().split('/')[-1]
src = "/home/nfd/" + f
f = f.replace("nfd-status",
"nfd-status-PI_" + str(pi - PI_START_SUFFIX))
dest = DESTINATION_FOLDER + "/" + f
s.get(src, dest)
s.close()
def waitForAppsToFinish(client_ips):
print "Waiting for all TrackApps to finish:"
for pi in client_ips:
s = ssh.Connection(pi, 'root', password = '******')
while(True):
res = s.execute("ps ax | grep -v grep | grep " + getTrackApp())
if(len(res) == 0):
break
print "TrackApp still running on Pi: " + pi + " (Sleeping... 60 sec)"
time.sleep(60)
s.close()
print "All TrackApps have finished\n"
def gatherConsumerResults(client_ips, DESTINATION_FOLDER):
for pi in client_ips:
print "Trying to get Result from TrackApp of Pi: " + pi
s = ssh.Connection(pi, 'root', password='******')
files = s.execute("ls /home/nfd/")
for f in files:
if re.match("consumer-PI_[0-9]+\.log", f):
f = f.rstrip()
src = "/home/nfd/" + f
dest = DESTINATION_FOLDER + "/" + f
print "Gathered \"" + f + "\" from src: " + src + " to " + dest
s.get(src, dest)
break
s.close()
def startAppOnPi(pi):
print "Starting App on pi: " + pi
s = ssh.Connection(pi, 'root', password = '******')
files = s.execute("ls /home/nfd/")
hasApp = False
for f in files:
if re.match("app.sh", f):
hasApp = True
if hasApp:
s.execute("screen -d -m /home/nfd/app.sh")
s.close()
else:
print "Error: There is no app.sh on this Pi! Exiting.."
s.close()
exit(-1)
USER = ""
PASSWD = ""
if len(sys.argv) != 5:
print "Invalid Parameters -- Usage:"
print "src_file, dest_file, user, passwd"
exit(-1)
SRC_FILE = str(sys.argv[1])
DEST_FILE = str(sys.argv[2])
USER = str(sys.argv[3])
PASSWD = str(sys.argv[4])
# available pis: PREFIX.NR = IP
pi_list = range(PI_START_SUFFIX,PI_END_SUFFIX+1) # returns [start, ..., end-1]
print "Available PIs(" + str(len(pi_list)) + "): " + str(pi_list)
pi_ips = []
for i in pi_list:
pi_ips.append(MNG_PREFIX+str(i))
for pi in pi_ips:
print "Copying " + SRC_FILE + " to " + pi + " " + DEST_FILE
s = ssh.Connection(pi, USER , password = PASSWD)
s.put(SRC_FILE, DEST_FILE )
s.close()
print "File Deployed!\n"
commands[MNG_PREFIX + str(i)].append("cd ndn-DemoApps/")
commands[MNG_PREFIX + str(i)].append("git pull")
commands[MNG_PREFIX + str(i)].append("./waf configure")
commands[MNG_PREFIX + str(i)].append("./waf")
commands[MNG_PREFIX + str(i)].append("sudo ./waf install")
commands[MNG_PREFIX + str(i)].append("cd ..")
for pi in commands:
#if pi != "192.168.0.13":
#continue
f = open(os.getenv("HOME") + "/deploy_code.sh", 'w')
f.write('#!/bin/sh\n') # python will convert \n to os.linesep
print "Deploying Code to PI: " + pi
for c in commands[pi]:
#print c
f.write(c + "\n")
print
f.close()
s = ssh.Connection(pi, 'nfd', password='******')
s.put(os.getenv("HOME") + "/deploy_code.sh", '/home/nfd/deploy_code.sh')
s.execute("chmod +x /home/nfd/deploy_code.sh")
s.execute("screen -d -m /home/nfd/deploy_code.sh")
s.close()
print "Code deployed on PIs!\n"
PI_END_SUFFIX = 29
print "Gathering Temperatures:"
# available pis: PREFIX.NR = IP
pi_list = range(PI_START_SUFFIX,
PI_END_SUFFIX + 1) # returns [start, ..., end-1]
print "Available PIs(" + str(len(pi_list)) + "): " + str(pi_list)
commands = {}
for i in pi_list:
commands[MNG_PREFIX + str(i)] = []
for pi in commands:
out_str = "Pi: " + pi
s = ssh.Connection(pi, 'root', password='******')
#print s.execute("soctemp | cut -b 1-8 --complement")
#print s.execute("hddtemp /dev/sda")
out_str += "\tCPU: " + s.execute(
"soctemp | cut -b 1-8 --complement")[0].strip()
out_str += "\tHDD: " + s.execute("hddtemp /dev/sda")[0].strip()[-5:]
out_str += " (" + s.execute("hddtemp /dev/sda")[0].strip().split(
":")[1] + ")"
s.close()
print out_str
print "Done!\n"
def deployNetwork(NETWORK, PATHS, PI_START_SUFFIX, PI_END_SUFFIX,
FW_STRATEGIES, MNG_PREFIX, EMU_PREFIX, ITEC_GATEWAY):
print "Deploying Network: " + NETWORK
# available pis: PREFIX.NR = IP
pi_list = range(PI_START_SUFFIX,
PI_END_SUFFIX + 1) # returns [start, ..., end-1]
print "Available PIs(" + str(len(pi_list)) + "): " + str(pi_list)
nodes, link_list, property_list = np.parseNetwork(NETWORK)
if len(pi_list) < nodes:
print "Error to less PIs available to deploy network!"
exit(-1)
#map ipdresses to nodes
for link in link_list:
link.ip1 = EMU_PREFIX + str(pi_list[int(link.n1)])
link.ip2 = EMU_PREFIX + str(pi_list[int(link.n2)])
for prop in property_list:
prop.ip_client = EMU_PREFIX + str(pi_list[int(prop.client)])
prop.ip_server = EMU_PREFIX + str(pi_list[int(prop.server)])
#init commands per pi { pi:[c1,c2,...,cn]}
commands = {}
for i in pi_list:
commands[MNG_PREFIX + str(i)] = []
#drop everything
commands[MNG_PREFIX + str(i)].append(
"sudo iptables --flush") #delete all old entries
commands[MNG_PREFIX + str(i)].append("sudo iptables -P INPUT DROP")
commands[MNG_PREFIX + str(i)].append("sudo iptables -P FORWARD DROP")
commands[MNG_PREFIX + str(i)].append("sudo iptables -P OUTPUT DROP")
#but allow all ip traffic from the mangement interface
commands[MNG_PREFIX +
str(i)].append("sudo iptables -A INPUT -d " + MNG_PREFIX +
str(i) + " -j ACCEPT")
commands[MNG_PREFIX +
str(i)].append("sudo iptables -A INPUT -s " + MNG_PREFIX +
str(i) + " -j ACCEPT")
commands[MNG_PREFIX +
str(i)].append("sudo iptables -A FORWARD -d " + MNG_PREFIX +
str(i) + " -j ACCEPT")
commands[MNG_PREFIX +
str(i)].append("sudo iptables -A FORWARD -s " + MNG_PREFIX +
str(i) + " -j ACCEPT")
commands[MNG_PREFIX +
str(i)].append("sudo iptables -A OUTPUT -d " + MNG_PREFIX +
str(i) + " -j ACCEPT")
commands[MNG_PREFIX +
str(i)].append("sudo iptables -A OUTPUT -s " + MNG_PREFIX +
str(i) + " -j ACCEPT")
#setup the itec gateway
commands[MNG_PREFIX + str(i)].append("sudo iptables -A INPUT -d " +
ITEC_GATEWAY + " -j ACCEPT")
commands[MNG_PREFIX + str(i)].append("sudo iptables -A INPUT -s " +
ITEC_GATEWAY + " -j ACCEPT")
commands[MNG_PREFIX + str(i)].append("sudo iptables -A FORWARD -d " +
ITEC_GATEWAY + " -j ACCEPT")
commands[MNG_PREFIX + str(i)].append("sudo iptables -A FORWARD -s " +
ITEC_GATEWAY + " -j ACCEPT")
commands[MNG_PREFIX + str(i)].append("sudo iptables -A OUTPUT -d " +
ITEC_GATEWAY + " -j ACCEPT")
commands[MNG_PREFIX + str(i)].append("sudo iptables -A OUTPUT -s " +
ITEC_GATEWAY + " -j ACCEPT")
#delete all old tc settings (default ceil = rate)
commands[MNG_PREFIX + str(i)].append("sudo tc qdisc del dev eth0 root")
commands[MNG_PREFIX + str(i)].append(
"sudo tc qdisc add dev eth0 root handle 1: htb default " + str(10))
commands[MNG_PREFIX + str(i)].append(
"sudo tc class add dev eth0 parent 1: classid 1:" + str(10) +
" htb rate 100mbit")
for link in link_list:
#ip
ip1 = link.ip1
ip2 = link.ip2
#node id
n1 = link.n1
n2 = link.n2
#add connection between nodes ip1 and ip2
commands[ip1.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A INPUT -d " +
ip1 + " -s " + ip2 + " -j ACCEPT")
commands[ip1.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A FORWARD -d " +
ip1 + " -s " + ip2 + " -j ACCEPT")
commands[ip1.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A FORWARD -d " +
ip2 + " -s " + ip1 + " -j ACCEPT")
commands[ip1.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A OUTPUT -s " +
ip1 + " -d " + ip2 + " -j ACCEPT")
commands[ip2.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A INPUT -d " +
ip2 + " -s " + ip1 + " -j ACCEPT")
commands[ip2.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A FORWARD -d " +
ip2 + " -s " + ip1 + " -j ACCEPT")
commands[ip2.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A FORWARD -d " +
ip1 + " -s " + ip2 + " -j ACCEPT")
commands[ip2.replace(
EMU_PREFIX, MNG_PREFIX)].append("sudo iptables -A OUTPUT -s " +
ip2 + " -d " + ip1 + " -j ACCEPT")
#example: http://askubuntu.com/questions/776/how-i-can-limit-download-upload-bandwidth
#add tc classes for n1 (default ceil = rate)
handle_offset = 11
flowId1 = "1:" + str(handle_offset + int(n2)) #towards n1
flowId2 = "1:" + str(handle_offset + nodes + 1 + int(n2)) #from n1
#commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append("sudo tc class add dev eth0 parent 1: classid " + flowId1 + " htb rate " + str(link.bw_n2_to_n1) + "kbit") #towards n1
#commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append("sudo tc class add dev eth0 parent 1: classid " + flowId2 + " htb rate " + str(link.bw_n1_to_n2) + "kbit") #from n1
commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc class add dev eth0 parent 1: classid " + flowId1 +
" htb rate 100mbit") #towards n1
commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc class add dev eth0 parent 1: classid " + flowId2 +
" htb rate 100mbit") #from n1
#add tc filter for n1
commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc filter add dev eth0 protocol ip parent 1:0 prio 1 u32 match ip dst "
+ ip1 + " match ip src " + ip2 + " flowid " + flowId1) #towards n1
commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc filter add dev eth0 protocol ip parent 1:0 prio 1 u32 match ip dst "
+ ip2 + " match ip src " + ip1 + " flowid " + flowId2) #from n1
#add tbf below htp for queue length
# burst >= rate / CONFIG_HZ # rate is in kbits
burst = float(link.bw_n2_to_n1 * 1000) / (PI_CONFIG_HZ * 8)
commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc qdisc add dev eth0 parent " + flowId1 + " handle " +
str(handle_offset + int(n2)) + ": tbf rate " +
str(link.bw_n2_to_n1) + "kbit burst " + str(int(burst)) +
" latency " + str(LATENCY) + "ms") #towards n1
burst = float(link.bw_n1_to_n2 * 1000) / (PI_CONFIG_HZ * 8)
commands[ip1.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc qdisc add dev eth0 parent " + flowId2 + " handle " +
str(handle_offset + nodes + 1 + int(n2)) + ": tbf rate " +
str(link.bw_n1_to_n2) + "kbit burst " + str(int(burst)) +
" latency " + str(LATENCY) + "ms") #from n1
#delay and loss for n1 to n2
netman_handle = str(handle_offset + (nodes + 1) * 2 + int(n2))
commands[ip1.replace(
EMU_PREFIX,
MNG_PREFIX)].append("sudo tc qdisc add dev eth0 parent " +
str(handle_offset + nodes + 1 + int(n2)) +
":" + str(int(n2) + 1) + " handle " +
netman_handle + " netem delay " +
str(link.delay_n1_to_n2) + "ms" +
str(link.loss_n1_to_n2))
#sudo tc qdisc add dev eth0 parent 33:1 handle 9999 netem delay 10ms
#add tc classes for n2 (default ceil = rate)
flowId1 = "1:" + str(handle_offset + int(n1)) #towards n2
flowId2 = "1:" + str(handle_offset + nodes + 1 + int(n1)) #from n2
#commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append("sudo tc class add dev eth0 parent 1: classid " + flowId1 + " htb rate " + str(link.bw_n1_to_n2) + "kbit") #towards n2
#commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append("sudo tc class add dev eth0 parent 1: classid " + flowId2 + " htb rate " + str(link.bw_n2_to_n1) + "kbit") #from n2
commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc class add dev eth0 parent 1: classid " + flowId1 +
" htb rate 100mbit") #towards n2
commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc class add dev eth0 parent 1: classid " + flowId2 +
" htb rate 100mbit") #from n2
#add tc filter for n2
commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc filter add dev eth0 protocol ip parent 1:0 prio 1 u32 match ip dst "
+ ip2 + " match ip src " + ip1 + " flowid " + flowId1) #towards n2
commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc filter add dev eth0 protocol ip parent 1:0 prio 1 u32 match ip dst "
+ ip1 + " match ip src " + ip2 + " flowid " + flowId2) #from n2
#add tbf below htp for queue length
# burst >= rate / CONFIG_HZ # rate is in kbits
burst = float(link.bw_n1_to_n2 * 1000) / (PI_CONFIG_HZ * 8)
commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc qdisc add dev eth0 parent " + flowId1 + " handle " +
str(handle_offset + int(n1)) + ": tbf rate " +
str(link.bw_n1_to_n2) + "kbit burst " + str(int(burst)) +
" latency " + str(LATENCY) + "ms") #towards n2
burst = float(link.bw_n2_to_n1 * 1000) / (PI_CONFIG_HZ * 8)
commands[ip2.replace(EMU_PREFIX, MNG_PREFIX)].append(
"sudo tc qdisc add dev eth0 parent " + flowId2 + " handle " +
str(handle_offset + nodes + 1 + int(n1)) + ": tbf rate " +
str(link.bw_n2_to_n1) + "kbit burst " + str(int(burst)) +
" latency " + str(LATENCY) + "ms") #from n2
#delay and loss for n2 to n1
netman_handle = str(handle_offset + (nodes + 1) * 2 + int(n1))
commands[ip2.replace(
EMU_PREFIX,
MNG_PREFIX)].append("sudo tc qdisc add dev eth0 parent " +
str(handle_offset + nodes + 1 + int(n1)) +
":" + str(int(n1) + 1) + " handle " +
netman_handle + " netem delay " +
str(link.delay_n2_to_n1) + "ms" +
str(link.loss_n2_to_n1))
print "Configuring NFDs:"
#restart NFD on all PIs
for pi in pi_list:
commands[MNG_PREFIX + str(pi)].append("sudo nfd-stop")
commands[MNG_PREFIX + str(pi)].append("sleep 5")
commands[MNG_PREFIX + str(pi)].append("sudo nfd-start")
commands[MNG_PREFIX + str(pi)].append("sleep 5")
#deploy ALL shortest routes
#1. we need a graph to calc the shortest / all paths
g = Graph()
g = g.as_directed()
for pi in pi_list:
g.add_vertex(EMU_PREFIX + str(pi))
#g.add_vertices(len(pi_list))
for link in link_list:
g.add_edges([(int(link.n1), int(link.n2)),
(int(link.n2), int(link.n1))])
g.vs["label"] = g.vs["name"]
layout = g.layout("kk")
#plot(g, layout = layout)
for pi_idx, pi in enumerate(pi_list):
for to_idx, to in enumerate(pi_list[pi_idx + 1:]):
#print "Start calc for pi:" +str(pi)
if PATHS == "shortest":
paths = g.get_all_shortest_paths(pi - PI_START_SUFFIX,
to - PI_START_SUFFIX)
elif PATHS == "all":
paths = find_all_paths(g,
pi - PI_START_SUFFIX,
to - PI_START_SUFFIX,
maxlen=nodes)
else:
print "Invalid Path selection! Please choose \"all\" or \"shortest\"!"
exit(-1)
#print "found " + str(len(paths)) + " for pair (" + str(pi) + "," + str(to) + ")"
#store reverse pahts for to -> pi
reverse_paths = copy.deepcopy(paths)
for path in reverse_paths:
path.reverse()
#first calc and add fib entries from pi -> to
paths = getNextFibHops(paths)
#install next hop and costs
for path in paths:
for fws in FW_STRATEGIES:
commands[MNG_PREFIX + str(pi)].append(
"sudo nfdc register /" + fws + "/" +
str(to - PI_START_SUFFIX) + " udp://" + EMU_PREFIX +
str(path[1] + PI_START_SUFFIX) + " -c " +
str(len(path) - 1)) # /FW_STRATEGY/Node_ID/
#now calc and add fib entries from to -> pi
reverse_paths = getNextFibHops(reverse_paths)
#install next hop and costs
for path in reverse_paths:
for fws in FW_STRATEGIES:
commands[MNG_PREFIX + str(to)].append(
"sudo nfdc register /" + fws + "/" +
str(pi - PI_START_SUFFIX) + " udp://" + EMU_PREFIX +
str(path[1] + PI_START_SUFFIX) + " -c " +
str(len(path) - 1)) # /
#install strategies per fw-prefix on each pi
for pi in pi_list:
for fws in FW_STRATEGIES:
commands[MNG_PREFIX + str(pi)].append(
"sudo nfdc set-strategy " + "/" + fws +
"/ /localhost/nfd/strategy/" +
fws) #set-strategy <namespace> <strategy-name>
#print commands
#logging.basicConfig(level=logging.DEBUG)
apps = {}
for prop in property_list:
#add client app
if prop.ip_client in apps.keys():
"Configuration Error! Only one Client-App per Node!"
exit(-1)
apps[prop.ip_client.replace(EMU_PREFIX, MNG_PREFIX)] = []
#apps[prop.ip_client.replace(EMU_PREFIX, MNG_PREFIX)].append("sleep 10") #Clients Sleep so Servers can Start first..# Not anymore nessecary
apps[prop.ip_client.replace(EMU_PREFIX, MNG_PREFIX)].append(
ap.getConsumerCommand(prop.client, prop.server))
#add server app
if prop.ip_server in apps.keys():
continue #servers may appear in multiple properties as 1 server may serve for many clients
apps[prop.ip_server.replace(EMU_PREFIX, MNG_PREFIX)] = []
apps[prop.ip_server.replace(EMU_PREFIX, MNG_PREFIX)].append(
ap.getProducerCommand(prop.server))
#print
if not os.path.exists(TEMPDIR):
os.makedirs(TEMPDIR)
#prepare client.sh for logging
orig_f = open("client.sh", "r")
modified_f = open(TEMPDIR + "/client.sh", 'w')
modified_f.write('#!/bin/sh\n')
for line in orig_f:
modified_f.write(line.replace("$$$TRACKAPP$$$", getTrackApp()))
modified_f.close()
orig_f.close()
#deploy network
for pi in commands:
print "Setting up Network Settings for PI: " + pi
with open(TEMPDIR + "/network.sh", 'w') as f:
f.write('#!/bin/sh\n') # python will convert \n to os.linesep
for c in commands[pi]:
#print c
f.write(c + "\n")
f.close()
#check if pi shall run an app
hasApp = False
if pi in apps.keys():
hasApp = True
print "Setting up App Script for PI: " + pi
with open(TEMPDIR + "/app.sh", 'w') as f:
f.write('#!/bin/sh\n') # python will convert \n to os.linesep
for c in apps[pi]:
#print c
f.write(c + "\n")
f.close()
else:
print "No Apps for this Pi."
print "Pushing Settings and Apps to PI via SSH..."
#open ssh
s = ssh.Connection(pi, 'root', password='******')
#remove old scripts and log files
s.execute("rm -f /home/nfd/network.sh") #network settings
s.execute("rm -f /home/nfd/app.sh") #deployed app
s.execute("rm -f /home/nfd/consumer-PI_*.log") #app logs
s.execute("rm -f /tmp/logs/*.json") #pi-usage logs
s.execute("rm -f /home/nfd/*.nfd-status.log") #nfd-status logs
#create pi-usage log folder if it does not exists...
s.execute("mkdir /tmp/logs")
#copy new scripts
s.put(TEMPDIR + "/network.sh", '/home/nfd/network.sh')
s.execute("chmod +x /home/nfd/network.sh")
if hasApp:
s.put(TEMPDIR + "/app.sh", '/home/nfd/app.sh')
s.execute("chmod +x /home/nfd/app.sh")
s.put(TEMPDIR + "/client.sh", "/root/client.sh")
s.execute("chmod +x /root/client.sh")
#launch nfd
s.execute("screen -d -m /home/nfd/network.sh")
s.close()
print "Pi:" + pi + " Done!\n"
print "Network deployed on all PIs! Waiting 180 seconds so Pis can startup NFD and set routes!\n"
time.sleep(30)
return g, pi_list, property_list
