def runTest(self):
#for d in [wan, lan]:
#d.sendline('apt-get update && apt-get -o Dpkg::Options::="--force-confnew" -y install socat pv')
#d.expect(prompt)
maxtime = 5
board.get_nf_conntrack_conn_count()
for i in range(10000):
sz, rate, ip, port = self.startSingleFlow(maxtime=maxtime)
print("started UDP to %s:%s sz = %s, rate = %sk" %
(ip, port, sz, rate))
time = sz / (rate * 1024)
print("time should be ~%s" % time)
self.check_and_clean_ips()
lan.sendline('fg')
lan.expect(prompt, timeout=5)
board.get_pp_dev().sendline(
'cat /proc/net/nf_conntrack | grep dst=%s.*dport=%s' %
(ip, port))
board.get_pp_dev().expect(prompt)
board.get_nf_conntrack_conn_count()
self.recover()
def runTest(self):
random.seed(99)
for d in [wan, lan]:
d.sendline(
'apt-get update && apt-get -o Dpkg::Options::="--force-confnew" -y install socat pv'
)
d.expect(prompt)
max_time = 0
single_max = 45
board.collect_stats(stats=['mpstat'])
# TODO: query interfaces but this is OK for now
for i in range(self.conns):
board.get_nf_conntrack_conn_count()
board.touch()
print("Starting connection %s" % i)
sz, rate, ip, port = self.startSingleFlow(maxtime=single_max)
print("started flow to %s:%s sz = %s, rate = %sk" %
(ip, port, sz, rate))
max_time = max(max_time, sz / (rate * 1024))
self.check_and_clean_ips()
print("waiting max time of %ss" % max_time)
start = time.time()
while time.time() - start < max_time + 5:
lan.sendline('wait')
lan.expect_exact('wait')
lan.expect([pexpect.TIMEOUT] + prompt, timeout=5)
lan.sendcontrol('c')
lan.expect(prompt)
self.check_and_clean_ips()
board.get_nf_conntrack_conn_count()
board.touch()
self.recover()
def runTest(self):
self.dir = 'jmeter_%s' % self.shortname
install_jmeter(lan)
lan.sendline('rm -rf $HOME/%s' % self.dir)
lan.expect(prompt)
lan.sendline('mkdir -p $HOME/%s/wd' % self.dir)
lan.expect(prompt)
lan.sendline('mkdir -p $HOME/%s/results' % self.dir)
lan.expect(prompt)
if self.jmx.startswith('http'):
lan.sendline('curl %s > $HOME/%s/test.jmx' % (self.jmx, self.dir))
lan.expect(prompt)
else:
print("Copying %s to lan device" % self.jmx)
lan.sendline('echo $HOME')
lan.expect_exact('echo $HOME')
lan.expect(prompt)
lan.copy_file_to_server(self.jmx,
dst=lan.before.strip() +
'/%s/test.jmx' % self.dir)
board.collect_stats(stats=['mpstat'])
lan.sendline('cd $HOME/%s/wd' % self.dir)
lan.expect(prompt)
lan.sendline(
'JVM_ARGS="-Xms4096m -Xmx8192m" jmeter -n -t ../test.jmx -l foo.log -e -o $HOME/%s/results'
% self.dir)
lan.expect_exact('$HOME/%s/results' % self.dir)
for i in range(self.default_time):
if 0 != lan.expect([pexpect.TIMEOUT] + prompt, timeout=5):
break
conns = board.get_nf_conntrack_conn_count()
board.get_proc_vmstat()
board.touch()
if i > 100 and conns < 20:
raise Exception("jmeter is dead/stuck/broke, aborting the run")
if i == 599:
raise Exception("jmeter did not have enough time to complete")
lan.sendline('cd -')
lan.expect(prompt)
lan.sendline('rm test.jmx')
lan.expect(prompt)
self.recover()
def runTest(self):
install_jmeter(lan)
if self.jmx.startswith('http'):
lan.sendline('curl %s > test.jmx' % self.jmx)
lan.expect(prompt)
else:
print("Copying %s to lan device" % self.jmx)
lan.copy_file_to_server(self.jmx, dst='/root/test.jmx')
lan.sendline('rm -rf output *.log')
lan.expect(prompt)
lan.sendline('mkdir -p output')
lan.expect(prompt)
board.collect_stats(stats=['mpstat'])
lan.sendline(
'JVM_ARGS="-Xms4096m -Xmx8192m" jmeter -n -t test.jmx -l foo.log -e -o output'
)
lan.expect_exact('jmeter -n -t test.jmx -l foo.log -e -o output')
for i in range(600):
if 0 != lan.expect([pexpect.TIMEOUT] + prompt, timeout=5):
break
conns = board.get_nf_conntrack_conn_count()
board.get_proc_vmstat()
board.touch()
if i > 100 and conns < 20:
raise Exception("jmeter is dead/stuck/broke, aborting the run")
if i == 599:
raise Exception("jmeter did not have enough time to complete")
#lan.sendline('rm -rf output')
#lan.expect(prompt)
lan.sendline('rm test.jmx')
lan.expect(prompt)
self.recover()
def runTest(self):
install_hping3(lan)
wan_ip = wan.get_interface_ipaddr(wan.iface_dut)
wan.sendline('nc -lvu %s 565' % wan_ip)
wan.expect_exact('nc -lvu %s 565' % wan_ip)
board.collect_stats(stats=['mpstat'])
# dest ip and port are fixed, random src port, fixed src ip, 100 us between
lan.sendline('hping3 -2 -c %s -d 120 -S -w 64 -p 445 -i %s %s' %
(self.conns, self.conn_rate, wan_ip))
lan.expect('HPING')
self.max_conns = 0
for not_used in range(10):
self.max_conns = max(self.max_conns,
board.get_nf_conntrack_conn_count())
board.get_proc_vmstat()
lan.expect(pexpect.TIMEOUT, timeout=3)
board.expect(pexpect.TIMEOUT, timeout=3)
board.touch()
self.recover()
def runTest(self):
from devices import lan, debian, linux
if lan.model == "debian":
# check that lan is derived from LinuxDevice
assert(issubclass(debian.DebianBox, linux.LinuxDevice))
#get the mac address of the interface
lan_mac = lan.get_interface_macaddr(lan.iface_dut)
assert lan_mac != None, "Failed getting lan mac address"
print("lan mac address: %s" % lan_mac)
#check the system uptime
uptime = lan.get_seconds_uptime()
assert uptime != None, "Failed getting system uptime"
print("system uptime is: %s" % uptime)
#ping ip using function ping from linux.py
ping_check = lan.ping("8.8.8.8")
print("ping status is %s" % ping_check)
#disable ipv6
ipv6_disable = lan.disable_ipv6(lan.iface_dut)
#enable ipv6
ipv6_enable = lan.enable_ipv6(lan.iface_dut)
board.set_printk()
print("Test passed")
#remove neighbour table entries
lan.ip_neigh_flush()
#set the link state up
lan.set_link_state(lan.iface_dut, "up")
#Checking the interface status
link = lan.is_link_up(lan.iface_dut)
assert link != None, "Failed to check the link is up"
#add sudo when the username is root
lan.sudo_sendline("ping -c5 '8.8.8.8'")
lan.expect(lan.prompt, timeout=50)
#add new user name in linux
lan.add_new_user("test", "test")
lan.sendline("userdel test")
lan.expect(lan.prompt)
text_file = tempfile.NamedTemporaryFile()
letters = string.ascii_letters
fcontent = ''.join(random.choice(letters) for i in range(50))
text_file.write(fcontent)
text_file.flush()
fmd5 = hashlib.md5(open(text_file.name, 'rb').read()).hexdigest()
print("File orginal md5sum: %s"% fmd5)
print('copying file to lan at /tmp/dst.txt')
lan.copy_file_to_server(text_file.name, "/tmp/dst.txt")
print('Copy Done. Verify the integrity of the file')
lan.sendline('md5sum /tmp/dst.txt')
lan.expect(fmd5)
lan.expect(lan.prompt)
'''FUnctions moved from openwrt to linux '''
#Wait until network interfaces have IP Addresses
board.wait_for_network()
print "Waited until network interfaces has ip address"
#Check the available memory of the device
memory_avail = board.get_memfree()
print 'Available memory of the device:{}'.format(memory_avail)
#Getting the vmstat
vmstat_out = board.get_proc_vmstat()
assert vmstat_out is not None, 'virtual machine status is None'
print "Got the vmstat{}".format(vmstat_out)
#Get the total number of connections in the network
nw_count = board.get_nf_conntrack_conn_count()
assert nw_count is not None , 'connections are empty'
print 'Get the total number of connections in the network{}'.format(nw_count)
#Getting the DNS server upstream
ip_addr = board.get_dns_server_upstream()
assert ip_addr is not None, 'Getting nameserver ip is None'
print "Got the DNS server upstream{}".format(ip_addr)
print('Test Passed')
