def runTest(self):
num_conn = 5000
# Wan device: Create small file in web dir
fname = 'small.txt'
cmd = '\nhead -c 10000 /dev/urandom > /var/www/%s' % fname
wan.sendline(cmd)
wan.expect(prompt)
# Lan Device: download small file a lot
concurrency = 25
url = 'http://192.168.0.1/%s' % fname
# Start CPU monitor
board.sendline('\nmpstat -P ALL 10000 1')
# Lan Device: download small file a lot
lan.sendline('\nab -dn %s -c %s %s' % (num_conn, concurrency, url))
lan.expect('Benchmarking', timeout=5)
lan.expect('Requests per second:\s+(\d+)')
reqs_per_sec = int(lan.match.group(1))
lan.expect(prompt)
# Stop CPU monitor
board.sendcontrol('c')
board.expect('Average:\s+all(\s+[0-9]+.[0-9]+){10}\r\n')
idle_cpu = float(board.match.group(1))
avg_cpu = 100 - float(idle_cpu)
board.expect(prompt)
msg = "ApacheBench measured %s connections/second, CPU use = %s%%." % (
reqs_per_sec, avg_cpu)
self.result_message = msg
time.sleep(5) # Give router a few seconds to recover
def runTest(self):
num_conn = 5000
# Wan device: Create small file in web dir
fname = "small.txt"
cmd = "\nhead -c 10000 /dev/urandom > /var/www/%s" % fname
wan.sendline(cmd)
wan.expect(prompt)
# Lan Device: download small file a lot
concurrency = 25
url = "http://192.168.0.1/%s" % fname
# Start CPU monitor
board.sendline("\nmpstat -P ALL 10000 1")
# Lan Device: download small file a lot
lan.sendline("\nab -dn %s -c %s %s" % (num_conn, concurrency, url))
lan.expect("Benchmarking", timeout=5)
lan.expect("Requests per second:\s+(\d+)")
reqs_per_sec = int(lan.match.group(1))
lan.expect(prompt)
# Stop CPU monitor
board.sendcontrol("c")
board.expect("Average:\s+all(\s+[0-9]+.[0-9]+){10}\r\n")
idle_cpu = float(board.match.group(1))
avg_cpu = 100 - float(idle_cpu)
board.expect(prompt)
msg = "ApacheBench measured %s connections/second, CPU use = %s%%." % (reqs_per_sec, avg_cpu)
self.result_message = msg
time.sleep(5) # Give router a few seconds to recover
def recover(self, client=wan, server=lan):
board.sendcontrol('c')
board.sendcontrol('c')
client.sendcontrol('c')
client.sendcontrol('c')
client.expect(prompt)
self.kill_iperf(server)
def runTest(self):
board.sendcontrol('c')
board.expect(board.prompt)
board.sendline('logread -f &')
board.expect(board.prompt)
lan.sendline('rm -rf Fedora*')
lan.expect(lan.prompt)
# TODO: apt-get install bittornado
for i in range(10):
lan.sendline(
"btdownloadheadless 'https://torrent.fedoraproject.org/torrents/Fedora-Games-Live-x86_64-28_Beta.torrent'"
)
lan.expect('saving:')
done = False
while not done:
lan.expect(pexpect.TIMEOUT, timeout=1) # flush buffer
if 0 == lan.expect(
['time left: Download Succeeded!', pexpect.TIMEOUT],
timeout=10):
print("Finished, restarting....")
done = True
board.expect(pexpect.TIMEOUT, timeout=5)
board.sendline() # keepalive
lan.sendcontrol('c')
lan.sendcontrol('c')
lan.sendcontrol('c')
lan.expect(lan.prompt)
lan.sendline('rm -rf Fedora*')
lan.expect(lan.prompt)
def runTest(self, client=lan, server=wan):
mpstat_present = self.mpstat_ok()
# this is running an arbitrary time, we will ctrl-c and get results
self.run_iperf_server(server, opts=self.server_opts_forward())
if mpstat_present:
board.sendline('mpstat -P ALL 10000 1')
board.expect('Linux')
self.run_iperf(client, opts=opts)
rate = self.parse_iperf(client)
if mpstat_present:
board.sendcontrol('c')
board.expect('Average.*idle\r\nAverage:\s+all(\s+[0-9]+.[0-9]+){10}\r\n')
idle_cpu = float(board.match.group(1))
avg_cpu = 100 - float(idle_cpu)
self.logged['avg_cpu'] = float(avg_cpu)
else:
avg_cpu = "N/A"
self.kill_iperf(server)
msg = '%s (%s Mbps, CPU=%s)' % (self.__doc__, rate, avg_cpu)
lib.common.test_msg("\n%s" % msg)
self.logged['rate'] = float(rate)
self.result_message = msg
def runTest(self, client=wan, server=lan):
mpstat_present = self.mpstat_ok()
# this is running an arbitrary time, we will ctrl-c and get results
self.run_iperf_server(server,
opts=self.server_opts_reverse(node=server))
if mpstat_present:
board.sendline('mpstat -P ALL 10000 1')
board.expect('Linux')
self.run_iperf(client, opts=opts, target=self.reverse_ip())
rate = self.parse_iperf(client)
if mpstat_present:
board.sendcontrol('c')
board.expect(
'Average.*idle\r\nAverage:\s+all(\s+[0-9]+.[0-9]+){10}\r\n')
idle_cpu = float(board.match.group(1))
avg_cpu = 100 - float(idle_cpu)
self.logged['avg_cpu'] = float(avg_cpu)
else:
avg_cpu = "N/A"
self.kill_iperf(server)
msg = 'iPerf from WAN to LAN (%s Mbps, CPU=%s)' % (rate, avg_cpu)
lib.common.test_msg("\n%s" % msg)
self.logged['rate'] = float(rate)
self.result_message = msg
def recover(self, client=wan, server=lan):
board.sendcontrol('c')
board.sendcontrol('c')
client.sendcontrol('c')
client.sendcontrol('c')
client.expect(prompt)
self.kill_iperf(server)
def runTest(self, node1=lan, node2=wan):
mpstat_present = self.mpstat_ok()
self.run_iperf_server(node1, opts=self.server_opts_reverse(node1))
self.run_iperf_server(node2, opts=self.server_opts_forward())
# this is running an arbitrary time, we will ctrl-c and get results
if mpstat_present:
board.sendline('mpstat -P ALL 10000 1')
board.expect('Linux')
self.run_iperf(node2, opts=opts, target=self.reverse_ip())
self.run_iperf(node1, opts=opts)
rate = 0.0
rate += float(self.parse_iperf(node1))
rate += float(self.parse_iperf(node2))
if mpstat_present:
board.sendcontrol('c')
board.expect('Average.*idle\r\nAverage:\s+all(\s+[0-9]+.[0-9]+){10}\r\n')
idle_cpu = float(board.match.group(1))
avg_cpu = 100 - float(idle_cpu)
self.logged['avg_cpu'] = float(avg_cpu)
else:
avg_cpu = "N/A"
self.kill_iperf(node1)
self.kill_iperf(node2)
msg = 'iPerf bidir WAN to LAN (%s Mbps, CPU=%s)' % (rate, avg_cpu)
lib.common.test_msg("\n%s" % msg)
self.logged['rate'] = float(rate)
self.result_message = msg
def runTest(self):
board.sendline('\ntop -b -n 1')
board.expect(pexpect.TIMEOUT, timeout=2)
try:
board.expect(prompt, timeout=2)
except:
# some versions of top do not support '-n'
# must CTRL-C to kill top
board.sendcontrol('c')
def runTest(self):
board.sendline('\ntop -b -n 1')
board.expect('Mem:', timeout=5)
try:
board.expect(prompt, timeout=2)
except:
# some versions of top do not support '-n'
# must CTRL-C to kill top
board.sendcontrol('c')
def recover(self):
lan.sendcontrol('c')
lan.expect(lan.prompt)
lan.sendline('rm -rf Fedora*')
lan.expect(lan.prompt)
board.sendcontrol('c')
board.expect(board.prompt)
board.sendline('fg')
board.sendcontrol('c')
board.expect(board.prompt)
def recover(self, node1=lan, node2=wan):
board.sendcontrol('c')
board.sendcontrol('c')
node1.sendcontrol('c')
node1.sendcontrol('c')
node1.expect(prompt)
node2.sendcontrol('c')
node2.sendcontrol('c')
node2.expect(prompt)
self.kill_iperf(node1)
self.kill_iperf(node2)
def recover(self, node1=lan, node2=wan):
board.sendcontrol('c')
board.sendcontrol('c')
node1.sendcontrol('c')
node1.sendcontrol('c')
node1.expect(prompt)
node2.sendcontrol('c')
node2.sendcontrol('c')
node2.expect(prompt)
self.kill_iperf(node1)
self.kill_iperf(node2)
def runTest(self):
lan.sendline('nmap -sS -A -v -p 1-10000 %s' %
board.get_interface_ipaddr(board.lan_iface))
lan.expect('Starting Nmap')
for i in range(12):
if 0 == lan.expect(['Nmap scan report', pexpect.TIMEOUT],
timeout=100):
break
board.sendcontrol('c')
board.expect(prompt)
lan.expect(prompt, timeout=60)
open_ports = re.findall("(\d+)/tcp\s+open", lan.before)
msg = "Found %s open TCP ports on LAN interface: %s." % \
(len(open_ports), ", ".join(open_ports))
self.result_message = msg
def runTest(self):
super(NetperfTest, self).runTest()
board.arm.sendline('mpstat -P ALL 30 1')
board.arm.expect('Linux')
speed = self.run_netperf(lan, "%s -c -C -l 30" % wan.gw)
board.sendcontrol('c')
board.expect('Average.*idle\r\nAverage:\s+all(\s+[0-9]+.[0-9]+){9}\r\n',timeout=60)
idle_cpu = float(board.match.group(1))
avg_cpu = 100 - float(idle_cpu)
lib.common.test_msg("Average cpu usage was %s" % avg_cpu)
self.kill_netserver(wan)
self.result_message = "Setup Netperf and Ran Throughput (Speed = %s 10^6bits/sec, CPU = %s)" % (speed, avg_cpu)
def recover(self):
if hasattr(self, 'results'):
r = self.results.get(self.job_id)
if r.status == "running":
self.results.stop(self.job_id)
# TODO: full recovery...
for d in [wan,lan]:
d.sendline('ifconfig eth1 up')
d.expect(prompt)
# make sure board is back in a sane state
board.sendcontrol('c')
board.sendline()
if 0 != board.expect([pexpect.TIMEOUT] + board.uprompt, timeout=5):
board.reset()
board.wait_for_linux()
def recover(self):
if hasattr(self, 'results'):
r = self.results.get(self.job_id)
if r.status == "running":
self.results.stop(self.job_id)
# TODO: full recovery...
for d in [wan, lan]:
d.sendline('ifconfig eth1 up')
d.expect(prompt)
# make sure board is back in a sane state
board.sendcontrol('c')
board.sendline()
if 0 != board.expect([pexpect.TIMEOUT] + board.uprompt, timeout=5):
board.reset()
board.wait_for_linux()
def recover(self, node1=lan, node2=wan):
lib.common.test_msg("sending board ctrl-c")
board.sendcontrol('c')
board.sendcontrol('c')
board.expect(prompt)
lib.common.test_msg("sending node1 ctrl-c")
node1.sendcontrol('c')
node1.sendcontrol('c')
node1.expect(prompt)
lib.common.test_msg("sending node2ctrl-c")
node2.sendcontrol('c')
node2.sendcontrol('c')
node2.expect(prompt)
lib.common.test_msg("killing iperf on node1")
self.kill_iperf(node1)
lib.common.test_msg("killing iperf on node2")
self.kill_iperf(node2)
board.sendline('cat /proc/net/nf_conntrack | wc -l')
board.expect(prompt)
try:
board.sendline('cat /proc/devices | grep sfe')
board.expect('cat /proc/devices | grep sfe')
board.expect('([0-9]+) sfe_ipv4')
char_dev = board.match.group(1).strip()
board.expect(prompt)
board.sendline('mknod /dev/sfe c %s 0' % char_dev)
board.expect(prompt)
board.sendline('cat /dev/sfe')
board.expect(prompt)
except:
pass
board.sendline('ifconfig; route')
board.expect_exact('ifconfig; route')
board.expect(prompt)
node1.sendline('ifconfig; route')
node1.expect_exact('ifconfig; route')
node1.expect(prompt)
node2.sendline('ifconfig; route')
node2.expect_exact('ifconfig; route')
node2.expect(prompt)
def recover(self, node1=lan, node2=wan):
lib.common.test_msg("sending board ctrl-c")
board.sendcontrol('c')
board.sendcontrol('c')
board.expect(prompt)
lib.common.test_msg("sending node1 ctrl-c")
node1.sendcontrol('c')
node1.sendcontrol('c')
node1.expect(prompt)
lib.common.test_msg("sending node2ctrl-c")
node2.sendcontrol('c')
node2.sendcontrol('c')
node2.expect(prompt)
lib.common.test_msg("killing iperf on node1")
self.kill_iperf(node1)
lib.common.test_msg("killing iperf on node2")
self.kill_iperf(node2)
board.sendline('cat /proc/net/nf_conntrack | wc -l')
board.expect(prompt)
try:
board.sendline('cat /proc/devices | grep sfe')
board.expect('cat /proc/devices | grep sfe')
board.expect('([0-9]+) sfe_ipv4')
char_dev = board.match.group(1).strip()
board.expect(prompt)
board.sendline('mknod /dev/sfe c %s 0' % char_dev)
board.expect(prompt)
board.sendline('cat /dev/sfe')
board.expect(prompt)
except:
pass
board.sendline('ifconfig; route')
board.expect_exact('ifconfig; route')
board.expect(prompt)
node1.sendline('ifconfig; route')
node1.expect_exact('ifconfig; route')
node1.expect(prompt)
node2.sendline('ifconfig; route')
node2.expect_exact('ifconfig; route')
node2.expect(prompt)
def recover(self):
if board.has_cmts and wan.wan_cmts_provisioner:
# TODO: there are more missing ones (see above)
wan.sendline('ip route del 200.0.0.0/8 via 192.168.3.2')
wan.expect(prompt)
if hasattr(self, 'results'):
r = self.results.get(self.job_id)
if r.status == "running":
self.results.stop(self.job_id)
# TODO: full recovery...
for d in [wan, lan]:
d.sendline('ifconfig %s up' % d.iface_dut)
d.expect(prompt)
# make sure board is back in a sane state
board.sendcontrol('c')
board.sendline()
if 0 != board.expect([pexpect.TIMEOUT] + board.uprompt, timeout=5):
board.reset()
board.wait_for_linux()
def runTest(self, node1=lan, node2=wan, firewall=True):
mpstat_present = self.mpstat_ok()
if firewall:
self.run_iperf_server(node1, opts=self.server_opts_reverse(node1))
else:
self.run_iperf_server(node1, opts=self.server_opts_forward())
self.run_iperf_server(node2, opts=self.server_opts_forward())
board.sendline('cat /proc/net/nf_conntrack | wc -l')
board.expect(prompt)
# this is running an arbitrary time, we will ctrl-c and get results
if mpstat_present:
board.sendline('mpstat -P ALL 10000 1')
board.expect('Linux')
self.run_iperf(node2, opts=opts, target=self.reverse_ip())
self.run_iperf(node1, opts=opts)
rate = 0.0
rate += float(self.parse_iperf(node1))
rate += float(self.parse_iperf(node2))
if mpstat_present:
board.sendcontrol('c')
board.expect(
'Average.*idle\r\nAverage:\s+all(\s+[0-9]+.[0-9]+){10}\r\n')
idle_cpu = float(board.match.group(1))
avg_cpu = 100 - float(idle_cpu)
self.logged['avg_cpu'] = float(avg_cpu)
else:
avg_cpu = "N/A"
self.kill_iperf(node1)
self.kill_iperf(node2)
msg = 'iPerf bidir WAN to LAN (%s Mbps, CPU=%s)' % (rate, avg_cpu)
lib.common.test_msg("\n%s" % msg)
self.logged['rate'] = float(rate)
self.result_message = msg
def recover(self):
board.sendcontrol('c')
board.expect(prompt)
lan.sendcontrol('c')
time.sleep(2) # Give router a few seconds to recover
def runTest(self, client=lan, client_name="br-lan"):
if not board.check_perf():
self.result_message = 'perf not in image. skipping test.'
self.skipTest('perf not installed, skipping test')
wan_iface = board.get_wan_iface()
# TODO: remove these and run separate tests
board.sendline('streamboost disable')
board.expect(prompt)
board.sendline('rmmod ecm')
board.expect(prompt)
self.pkt_size = 200
self.conns = 5
self.test_time = 60
# work around so we can call from connect testsuite (without reboot)
board.get_wan_iface()
self.run_iperf_server(wan)
self.run_iperf(client,
opts="-t %s -P %s -N -m -M %s" %
(self.test_time + 10, self.conns, self.pkt_size))
# run perf wrapper command
board.check_output_perf("sar -u -n DEV 100000 1", self.perf_events())
speed = self.parse_iperf(client,
connections=self.conns,
t=self.test_time)
self.kill_iperf(wan)
lib.common.test_msg("\n speed was %s Mbit/s" % speed)
# extract cpu and packet info
board.sendcontrol('c')
idle, wan_pps, client_pps = board.parse_sar_iface_pkts(
wan_iface, client_name)
lib.common.test_msg("\n idle cpu: %s" % idle)
lib.common.test_msg("client pps = %s" % client_pps)
lib.common.test_msg("wan pps = %s" % wan_pps)
if client_name is not None:
total_pps = min(wan_pps, client_pps)
else:
total_pps = wan_pps
lib.common.test_msg("\n using total pps = %s" % total_pps)
wan_pkts = wan_pps * self.test_time
if client_name is not None:
client_pkts = client_pps * self.test_time
else:
client_pkts = 'n/a'
lib.common.test_msg("\n client pkts = %s wan pkts = %s" %
(client_pkts, wan_pkts))
if client_name is not None:
total_pkts = min(client_pkts, wan_pkts)
else:
total_pkts = wan_pkts
lib.common.test_msg("\n using total packets = %s" % total_pkts)
self.logged['total_pkts'] = total_pkts
# extract perf info
perf_msg = ""
results = board.parse_perf(self.perf_events())
for p in results:
p['value_per_pkt'] = p['value'] / total_pkts
lib.common.test_msg("\n %s = %s (per pkt = %s)" % \
(p['name'], p['value'], p['value_per_pkt']))
perf_msg += ", %s=%.2f" % (p['sname'], p['value_per_pkt'])
# restore legacy names
if p['name'] == "instructions":
name = "insn_per_pkt"
elif p['name'] == "cycles":
name = "cycles_per_pkt"
elif p['name'] == "dcache_misses":
name = "dcache_miss_per_pkt"
elif p['name'] == "icache_misses":
name = "icache_miss_per_pkt"
self.logged[name] = float(p['value_per_pkt'])
extra_msg = self.extra(results)
self.result_message = "TP=%.2f Mbits/s IDLE=%.2f, PPS=%.2f%s%s" % \
(speed, idle, total_pps, perf_msg, extra_msg)
self.logged['test_time'] = self.test_time
def recover(self):
board.sendcontrol('c')
lan.sendcontrol('c')
board.sendline('rm -f /www/deleteme.txt')
board.expect(prompt)
def runTest(self, client=lan, client_name="br-lan"):
if not board.check_perf():
self.result_message = 'perf not in image. skipping test.'
self.skipTest('perf not installed, skipping test')
wan_iface = board.get_wan_iface()
# TODO: remove these and run separate tests
board.sendline('streamboost disable')
board.expect(prompt)
board.sendline('rmmod ecm')
board.expect(prompt)
self.pkt_size = 200
self.conns = 5
self.test_time = 60
# work around so we can call from connect testsuite (without reboot)
board.get_wan_iface()
self.run_iperf_server(wan)
self.run_iperf(client, opts="-t %s -P %s -N -m -M %s" % (self.test_time+10, self.conns, self.pkt_size))
# run perf wrapper command
board.check_output_perf("sar -u -n DEV 100000 1", self.perf_events())
speed = self.parse_iperf(client, connections=self.conns, t=self.test_time)
self.kill_iperf(wan)
lib.common.test_msg("\n speed was %s Mbit/s" % speed)
# extract cpu and packet info
board.sendcontrol('c')
idle, wan_pps, client_pps = board.parse_sar_iface_pkts(wan_iface, client_name)
lib.common.test_msg("\n idle cpu: %s" % idle)
lib.common.test_msg("client pps = %s" % client_pps)
lib.common.test_msg("wan pps = %s" % wan_pps)
if client_name is not None:
total_pps = min(wan_pps, client_pps)
else:
total_pps = wan_pps
lib.common.test_msg("\n using total pps = %s" % total_pps)
wan_pkts = wan_pps * self.test_time
if client_name is not None:
client_pkts = client_pps * self.test_time
else:
client_pkts = 'n/a'
lib.common.test_msg("\n client pkts = %s wan pkts = %s" % (client_pkts, wan_pkts))
if client_name is not None:
total_pkts = min(client_pkts, wan_pkts)
else:
total_pkts = wan_pkts
lib.common.test_msg("\n using total packets = %s" % total_pkts)
self.logged['total_pkts'] = total_pkts
# extract perf info
perf_msg = ""
results = board.parse_perf(self.perf_events())
for p in results:
p['value_per_pkt'] = p['value'] / total_pkts
lib.common.test_msg("\n %s = %s (per pkt = %s)" % \
(p['name'], p['value'], p['value_per_pkt']))
perf_msg += ", %s=%.2f" % (p['sname'], p['value_per_pkt'])
# restore legacy names
if p['name'] == "instructions":
name = "insn_per_pkt"
elif p['name'] == "cycles":
name = "cycles_per_pkt"
elif p['name'] == "dcache_misses":
name = "dcache_miss_per_pkt"
elif p['name'] == "icache_misses":
name = "icache_miss_per_pkt"
self.logged[name] = float(p['value_per_pkt'])
extra_msg = self.extra(results)
self.result_message = "TP=%.2f Mbits/s IDLE=%.2f, PPS=%.2f%s%s" % \
(speed, idle, total_pps, perf_msg, extra_msg)
self.logged['test_time'] = self.test_time
def recover(self):
board.sendcontrol('c')
def recover(self):
board.sendcontrol('c')
lan.sendcontrol('c')
board.sendline('rm -f /www/deleteme.txt')
board.expect(prompt)
def recover(self):
board.sendcontrol('c')
def runTest(self):
if 'cdrouter_server' in self.config.board:
self.cdrouter_server = self.config.board['cdrouter_server']
elif self.config.cdrouter_server is not None:
self.cdrouter_server = self.config.cdrouter_server
if 'cdrouter_wan_iface' in self.config.board:
self.cdrouter_wan_iface = self.config.board['cdrouter_wan_iface']
else:
self.cdrouter_wan_iface = self.config.cdrouter_wan_iface
if 'cdrouter_lan_iface' in self.config.board:
self.cdrouter_lan_iface = self.config.board['cdrouter_lan_iface']
else:
self.cdrouter_lan_iface = self.config.cdrouter_lan_iface
if self.tests is None:
self.skipTest("No tests defined!")
if self.cdrouter_server is None:
self.skipTest("No cdrouter server specified")
lan.sendline('ifconfig %s down' % lan.iface_dut)
lan.expect(prompt)
if not board.has_cmts:
wan.sendline('ifconfig %s down' % wan.iface_dut)
wan.expect(prompt)
c = CDRouter(self.cdrouter_server)
try:
board.sendcontrol('c')
board.expect(prompt)
board.sendline('reboot')
board.expect('reboot: Restarting system')
except:
board.reset()
board.wait_for_linux()
board.wait_for_network()
# Add extra board specific delay
board.expect(pexpect.TIMEOUT,
timeout=getattr(board, 'cdrouter_bootdelay', 0))
# If alt mac addr is specified in config, use that..
# CMTS = we route so no wan mac is used
# if we route, we need to add routes
wandutmac = None
if board.has_cmts and wan.wan_cmts_provisioner:
# TODO: there are more missing ones CDrouter expects
wan.sendline('ip route add 200.0.0.0/8 via 192.168.3.2')
wan.expect(prompt)
elif not wan.static_ip:
for device in self.config.board['devices']:
if device['name'] == 'wan':
if 'alt_macaddr' in device:
wandutmac = device['alt_macaddr']
break
# Otherwise grab this from the device interface
if wandutmac is None:
board.sendline('ifconfig %s' % board.wan_iface)
board.expect('([0-9A-Fa-f]{2}[:-]){5}([0-9A-Fa-f]{2})')
wandutmac = board.match.group()
board.expect(prompt)
print("Using %s for WAN mac address" % wandutmac)
lan.vlan = wan.vlan = 0
for device in self.config.board['devices']:
d = None
if device['name'] == 'wan':
d = wan
elif device['name'] == 'lan':
d = lan
else:
continue
if d is not None:
d.vlan = getattr(device, 'vlan', 0)
if d.vlan == 0:
d.sendline('cat /proc/net/vlan/config')
d.expect_exact('cat /proc/net/vlan/config')
if 0 == d.expect(
[pexpect.TIMEOUT,
'%s.*\|\s([0-9]+).*\|' % d.iface_dut],
timeout=5):
d.vlan = 0
else:
d.vlan = d.match.group(1)
d.expect(prompt)
print("Using %s for WAN vlan" % wan.vlan)
print("Using %s for LAN vlan" % lan.vlan)
# TODO: move wan and lan interface to bft config?
contents = """
testvar wanInterface """ + self.cdrouter_wan_iface
if wandutmac is not None:
contents = contents + """
testvar wanDutMac """ + wandutmac
if wan.vlan != 0:
contents = contents + """
testvar wanVlanId """ + wan.vlan
contents = contents + """
testvar lanInterface """ + self.cdrouter_lan_iface
if lan.vlan != 0:
contents = contents + """
testvar lanVlanId """ + lan.vlan
def add_cdrouter_config(config):
cdr_conf = None
# TODO: make a generic helper to search path and overlays
if os.path.isfile(config):
cdr_conf = open(config, 'r').readlines()
elif 'BFT_OVERLAY' in os.environ:
for p in os.environ['BFT_OVERLAY'].split(' '):
p = os.path.realpath(p)
try:
cdr_conf = open(os.path.join(p, config),
'r').readlines()
except:
continue
else:
break
return "\n" + "".join(cdr_conf)
# Take config from overall config, but fallback to board config
if self.config.cdrouter_config is not None:
contents = contents + add_cdrouter_config(
self.config.cdrouter_config)
elif board.cdrouter_config is not None:
contents = contents + add_cdrouter_config(board.cdrouter_config)
if self.extra_config:
contents = contents + "\n" + self.extra_config.replace(',', '\n')
if board.has_cmts:
for i in range(5):
try:
wan_ip = board.get_interface_ipaddr(board.erouter_iface)
except:
board.expect(pexpect.TIMEOUT, timeout=15)
continue
else:
if i == 4:
raise Exception("Failed to get erouter ip address")
break
# TODO: mask from config? wanNatIp vs. wanIspAssignGateway?
contents=contents + """
testvar wanMode static
testvar wanIspIp %s
testvar wanIspGateway %s
testvar wanIspMask 255.255.255.0
testvar wanIspAssignIp %s
testvar wanNatIp %s
testvar IPv4HopCount %s
testvar lanDnsServer %s
testvar wanDnsServer %s""" % (self.config.board['cdrouter_wanispip'], \
self.config.board['cdrouter_wanispgateway'], \
wan_ip, wan_ip, \
self.config.board['cdrouter_ipv4hopcount'], \
board.get_dns_server(), \
board.get_dns_server_upstream())
print("Using below for config:")
print(contents)
print("#######################")
config_name = "bft-automated-job-%s" % str(time.time()).replace(
'.', '')
cfg = c.configs.create(Config(name=config_name, contents=contents))
p = c.packages.create(
Package(name=config_name, testlist=self.tests, config_id=cfg.id))
self.start_time = time.time()
j = c.jobs.launch(Job(package_id=p.id))
while j.result_id is None:
if (time.time() - self.start_time) > 300:
# delete job if it fails to start
c.jobs.delete(j.id)
raise Exception("Failed to start CDrouter job")
board.expect(pexpect.TIMEOUT, timeout=1)
j = c.jobs.get(j.id)
print('Job Result-ID: {0}'.format(j.result_id))
self.job_id = j.result_id
self.results = c.results
unpaused = False
end_of_start = False
no_more_pausing = False
while True:
r = c.results.get(j.result_id)
print(r.status)
# we are ready to go from boardfarm reset above
if r.status == "paused" and unpaused == False:
c.results.unpause(j.result_id)
unpaused = True
board.expect(pexpect.TIMEOUT, timeout=1)
c.results.pause(j.result_id, when="end-of-test")
end_of_start = True
continue
if r.status == "paused" and end_of_start == True:
end_of_start = False
# TODO: do we need this anymore? we have board specific cdrouter_bootdelay
board.expect(pexpect.TIMEOUT, timeout=60)
c.results.unpause(j.result_id)
board.expect(pexpect.TIMEOUT, timeout=1)
no_more_pausing = True
continue
if no_more_pausing and r.status == "paused":
print("Error: test is still paused")
c.results.stop(j.result_id)
break
if r.status != "running" and r.status != "paused":
break
board.expect(pexpect.TIMEOUT, timeout=5)
print(r.result)
self.result_message = r.result.encode('ascii', 'ignore')
# TODO: results URL?
elapsed_time = time.time() - self.start_time
print("Test took %s" %
time.strftime("%H:%M:%S", time.gmtime(elapsed_time)))
summary = c.results.summary_stats(j.result_id)
self.result_message += " (Failed= %s, Passed = %s, Skipped = %s)" \
% (summary.result_breakdown.failed, \
summary.result_breakdown.passed, \
summary.result_breakdown.skipped)
for test in summary.test_summaries:
self.logged[test.name] = vars(test)
if str(test.name) not in ["start", "final"]:
from lib.common import TestResult
try:
grade_map = {
"pass": "******",
"fail": "FAIL",
"skip": "SKIP"
}[test.result]
tr = TestResult(test.name, grade_map, test.description)
if test.started is not None:
tr.start_time = test.started
tr.stop_time = test.started + test.duration
else:
tr.elapsed_time = test.duration
self.subtests.append(tr)
except:
continue
# TODO: handle skipped tests
try:
metric = c.results.get(result_id, test.name, "bandwidth")
print(vars(metric))
# TODO: decide how to export data to kibana
except:
# Not all tests have this metric, no other way?
pass
assert (r.result == "The package completed successfully")
self.recover()
def runTest(self):
if 'cdrouter_server' in self.config.board:
self.cdrouter_server = self.config.board['cdrouter_server']
elif self.config.cdrouter_server is not None:
self.cdrouter_server = self.config.cdrouter_server
if self.tests is None:
self.skipTest("No tests defined!")
if self.cdrouter_server is None:
self.skipTest("No cdrouter server specified")
for d in [wan, lan]:
d.sendline('ifconfig eth1 down')
d.expect(prompt)
board.sendcontrol('c')
board.expect(prompt)
# TODO: make host configurable in bft config?
c = CDRouter(self.cdrouter_server)
# If alt mac addr is specified in config, use that..
# This is used when a CMTS for example is placed between
# the device under test and the WAN
wandutmac = None
for device in self.config.board['devices']:
if device['name'] == 'wan':
if 'alt_macaddr' in device:
wandutmac = device['alt_macaddr']
break
# Otherwise grab this from the device interface
if wandutmac is None:
board.sendline('ifconfig %s' % board.wan_iface)
board.expect('([0-9A-Fa-f]{2}[:-]){5}([0-9A-Fa-f]{2})')
wandutmac = board.match.group()
board.expect(prompt)
print("Using %s for WAN mac address" % wandutmac)
lan.vlan = wan.vlan = 0
for device in self.config.board['devices']:
d = None
if device['name'] == 'wan':
d = wan
elif device['name'] == 'lan':
d = lan
if d is not None:
d.vlan = getattr(device, 'vlan', 0)
if d.vlan == 0:
d.sendline('cat /proc/net/vlan/config')
d.expect('eth1.*\|\s([0-9]+).*\|')
d.vlan = d.match.group(1)
d.expect(prompt)
print("Using %s for WAN vlan" % wan.vlan)
print("Using %s for LAN vlan" % lan.vlan)
# TODO: move wan and lan interface to bft config?
contents = """
testvar wanInterface """ + self.config.cdrouter_wan_iface
contents = contents + """
testvar wanDutMac """ + wandutmac
if wan.vlan != 0:
contents = contents + """
testvar wanVlanId """ + wan.vlan
contents = contents + """
testvar lanInterface """ + self.config.cdrouter_lan_iface
if lan.vlan != 0:
contents = contents + """
testvar lanVlanId """ + lan.vlan
if self.config.cdrouter_config is not None:
contents = contents + "\n" + "".join(
open(self.config.cdrouter_config, 'r').readlines())
if self.extra_config:
contents = contents + "\n" + self.extra_config.replace(',', '\n')
print("Using below for config:")
print(contents)
print("#######################")
config_name = "bft-automated-job-%s" % str(time.time()).replace(
'.', '')
cfg = c.configs.create(Config(name=config_name, contents=contents))
p = c.packages.create(
Package(name=config_name, testlist=self.tests, config_id=cfg.id))
try:
board.sendline('reboot')
board.expect('reboot: Restarting system')
except:
board.reset()
self.start_time = time.time()
j = c.jobs.launch(Job(package_id=p.id))
while j.result_id is None:
if (time.time() - self.start_time) > 300:
# delete job if it fails to start
c.jobs.delete(j.id)
raise Exception("Failed to start CDrouter job")
board.expect(pexpect.TIMEOUT, timeout=1)
j = c.jobs.get(j.id)
print('Job Result-ID: {0}'.format(j.result_id))
self.job_id = j.result_id
self.results = c.results
unpaused = False
end_of_start = False
no_more_pausing = False
while True:
r = c.results.get(j.result_id)
print(r.status)
# we are ready to go from boardfarm reset above
if r.status == "paused" and unpaused == False:
c.results.unpause(j.result_id)
unpaused = True
board.expect(pexpect.TIMEOUT, timeout=1)
c.results.pause(j.result_id, when="end-of-test")
end_of_start = True
continue
if r.status == "paused" and end_of_start == True:
end_of_start = False
# TODO: make this board specific?
board.expect(pexpect.TIMEOUT, timeout=60)
c.results.unpause(j.result_id)
board.expect(pexpect.TIMEOUT, timeout=1)
no_more_pausing = True
continue
if no_more_pausing and r.status == "paused":
print("Error: test is still paused")
c.results.stop(j.result_id)
break
if r.status != "running" and r.status != "paused":
break
board.expect(pexpect.TIMEOUT, timeout=5)
print(r.result)
self.result_message = r.result.encode('ascii', 'ignore')
# TODO: results URL?
elapsed_time = time.time() - self.start_time
print("Test took %s" %
time.strftime("%H:%M:%S", time.gmtime(elapsed_time)))
summary = c.results.summary_stats(j.result_id)
self.result_message += " (Failed= %s, Passed = %s, Skipped = %s)" \
% (summary.result_breakdown.failed, \
summary.result_breakdown.passed, \
summary.result_breakdown.skipped)
for test in summary.test_summaries:
self.logged[test.name] = vars(test)
if str(test.name) not in ["start", "final"]:
from lib.common import TestResult
try:
grade_map = {
"pass": "******",
"fail": "FAIL",
"skip": "SKIP"
}[test.result]
tr = TestResult(test.name, grade_map, test.description)
if test.started is not None:
tr.start_time = test.started
tr.stop_time = test.started + test.duration
else:
tr.elapsed_time = test.duration
self.subtests.append(tr)
except:
continue
# TODO: handle skipped tests
try:
metric = c.results.get(result_id, test.name, "bandwidth")
print vars(metric)
# TODO: decide how to export data to kibana
except:
# Not all tests have this metric, no other way?
pass
assert (r.result == "The package completed successfully")
self.recover()
def runTest(self):
if 'cdrouter_server' in self.config.board:
self.cdrouter_server = self.config.board['cdrouter_server']
elif self.config.cdrouter_server is not None:
self.cdrouter_server = self.config.cdrouter_server
if self.tests is None:
self.skipTest("No tests defined!")
if self.cdrouter_server is None:
self.skipTest("No cdrouter server specified")
for d in [wan, lan]:
d.sendline('ifconfig eth1 down')
d.expect(prompt)
board.sendcontrol('c')
board.expect(prompt)
# TODO: make host configurable in bft config?
c = CDRouter(self.cdrouter_server)
# If alt mac addr is specified in config, use that..
# This is used when a CMTS for example is placed between
# the device under test and the WAN
wandutmac = None
for device in self.config.board['devices']:
if device['name'] == 'wan':
if 'alt_macaddr' in device:
wandutmac = device['alt_macaddr']
break
# Otherwise grab this from the device interface
if wandutmac is None:
board.sendline('ifconfig %s' % board.wan_iface)
board.expect('([0-9A-Fa-f]{2}[:-]){5}([0-9A-Fa-f]{2})')
wandutmac = board.match.group()
board.expect(prompt)
print ("Using %s for WAN mac address" % wandutmac)
lan.vlan = wan.vlan = 0
for device in self.config.board['devices']:
d = None
if device['name'] == 'wan':
d = wan
elif device['name'] == 'lan':
d = lan
if d is not None:
d.vlan = getattr(device, 'vlan', 0)
if d.vlan == 0:
d.sendline('cat /proc/net/vlan/config')
d.expect('eth1.*\|\s([0-9]+).*\|')
d.vlan = d.match.group(1)
d.expect(prompt)
print ("Using %s for WAN vlan" % wan.vlan)
print ("Using %s for LAN vlan" % lan.vlan)
# TODO: move wan and lan interface to bft config?
contents="""
testvar wanInterface """ + self.config.cdrouter_wan_iface
contents=contents +"""
testvar wanDutMac """ + wandutmac
if wan.vlan != 0:
contents=contents + """
testvar wanVlanId """ + wan.vlan
contents=contents + """
testvar lanInterface """ + self.config.cdrouter_lan_iface
if lan.vlan != 0:
contents=contents + """
testvar lanVlanId """ + lan.vlan
if self.config.cdrouter_config is not None:
contents=contents + "\n" + "".join(open(self.config.cdrouter_config, 'r').readlines())
if self.extra_config:
contents=contents + "\n" + self.extra_config.replace(',', '\n')
print("Using below for config:")
print(contents)
print("#######################")
config_name="bft-automated-job-%s" % str(time.time()).replace('.', '')
cfg = c.configs.create(Config(name=config_name, contents=contents))
p = c.packages.create(Package(name=config_name,
testlist=self.tests,
config_id=cfg.id))
try:
board.sendline('reboot')
board.expect('reboot: Restarting system')
except:
board.reset()
self.start_time = time.time()
j = c.jobs.launch(Job(package_id=p.id))
while j.result_id is None:
if (time.time() - self.start_time) > 300:
# delete job if it fails to start
c.jobs.delete(j.id)
raise Exception("Failed to start CDrouter job")
board.expect(pexpect.TIMEOUT, timeout=1)
j = c.jobs.get(j.id)
print('Job Result-ID: {0}'.format(j.result_id))
self.job_id = j.result_id
self.results = c.results
unpaused = False
end_of_start = False
no_more_pausing = False
while True:
r = c.results.get(j.result_id)
print(r.status)
# we are ready to go from boardfarm reset above
if r.status == "paused" and unpaused == False:
c.results.unpause(j.result_id)
unpaused = True
board.expect(pexpect.TIMEOUT, timeout=1)
c.results.pause(j.result_id, when="end-of-test")
end_of_start = True
continue
if r.status == "paused" and end_of_start == True:
end_of_start = False
# TODO: make this board specific?
board.expect(pexpect.TIMEOUT, timeout=60)
c.results.unpause(j.result_id)
board.expect(pexpect.TIMEOUT, timeout=1)
no_more_pausing = True
continue
if no_more_pausing and r.status == "paused":
print("Error: test is still paused")
c.results.stop(j.result_id)
break
if r.status != "running" and r.status != "paused":
break
board.expect(pexpect.TIMEOUT, timeout=5)
print(r.result)
self.result_message = r.result.encode('ascii','ignore')
# TODO: results URL?
elapsed_time = time.time() - self.start_time
print("Test took %s" % time.strftime("%H:%M:%S", time.gmtime(elapsed_time)))
summary = c.results.summary_stats(j.result_id)
self.result_message += " (Failed= %s, Passed = %s, Skipped = %s)" \
% (summary.result_breakdown.failed, \
summary.result_breakdown.passed, \
summary.result_breakdown.skipped)
for test in summary.test_summaries:
self.logged[test.name] = vars(test)
if str(test.name) not in ["start", "final"]:
from lib.common import TestResult
try:
grade_map = {"pass": "******", "fail": "FAIL", "skip": "SKIP"}[test.result]
tr = TestResult(test.name, grade_map, test.description)
self.subtests.append(tr)
except:
continue
# TODO: handle skipped tests
try:
metric = c.results.get(result_id, test.name, "bandwidth")
print vars(metric)
# TODO: decide how to export data to kibana
except:
# Not all tests have this metric, no other way?
pass
assert (r.result == "The package completed successfully")
self.recover()
def recover(self):
board.sendcontrol("c")
board.expect(prompt)
lan.sendcontrol("c")
time.sleep(2) # Give router a few seconds to recover
