def test_traffic_icmp_failure(login_ip1, login_ip5):
status = True
print "After Blocking ICMP Traffic in FW-Builder"
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c5 = SSHConnection(IP=login_ip5, username="******", password="******")
if c1.connect() and c5.connect():
c5.execute_command("ifconfig ens4")
eth1_detail = c5.conn.rc.before
c5_ens4_ip = util_findhost.search_host(eth1_detail)
print "c5_ens4_ip :", c5_ens4_ip
cmd = "ping -c 3 " + c5_ens4_ip
pat = "100% packet loss"
check2 = run_check_cmd(c1, cmd, pat)
print "the value of icmp check2 is:", check2
if check2:
print "Verification of Ping test after disabling icmp -- Successful"
else:
status = False
print "Verification of Ping test after disabling icmp -- Failed."
c1.disconnect()
c5.disconnect()
return status
def test_traffic_http_failure(login_ip1, login_ip5):
status = True
print "After Blocking HTTP Traffic in FW-Builder"
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c5 = SSHConnection(IP=login_ip5, username="******", password="******")
if c1.connect() and c5.connect():
c5.execute_command("ifconfig ens4")
eth1_detail = c5.conn.rc.before
c5_eth1_ip = util_findhost.search_host(eth1_detail)
c1.execute_command("ifconfig ens4")
eth1_detail = c1.conn.rc.before
c1_eth1_ip = util_findhost.search_host(eth1_detail)
print "c5_eth1_ip :", c5_eth1_ip
#cmd = "i=0; while [ $i -lt 10 ]; do wget http://" + c5_eth1_ip + ";sleep 1; $i=$i+1;done"
cmd = "wget http://" + c5_eth1_ip
print "cmd", cmd
#pat = "HTTP request sent, awaiting response... 200 OK"
pat = "200 OK"
cmd1 = 'sudo tcpdump -nqt -s 0 -A -i ens4 port 80 | grep "IP ' + c1_eth1_ip + '"'
pat1 = c1_eth1_ip
check1 = run_nt_check_cmd(c1, cmd, pat)
print "check1", check1
check2 = run_nt_check_cmd(c5, cmd1, pat1)
print "check2", check2
if check1 and check2:
print "Verification of traffic test after disabling http -- Successful"
else:
status = False
print "Verification of traffic test after disabling http -- Failed."
c1.disconnect()
c5.disconnect()
return status
def validate_ip_vnf(stack_name):
server_name = parse_json('stackShow', stack_name, "server_name")
ip_set = parse_json('serverShow', server_name, "addresses")
print ip_set
if ';' in ip_set:
ip2 = ip_set.split(';')[0].split("=")[1]
ip_set = ip_set.split(';')[1]
else:
ip2 = None
ip = ip_set.split(',')[0].split("=")[1]
ip_float = ip_set.split(',')[1]
if ip2:
subprocess.call(["sudo", "dhclient", "eth1"])
subprocess.call(["cp", "/dev/null", "/home/test/.ssh/known_hosts"])
c1 = SSHConnection(IP=ip_float,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
try:
c1.connect()
except:
print "first connection failed"
time.sleep(180)
c1 = SSHConnection(IP=ip_float,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
c1.connect()
c1.execute_command("ifconfig br-lan")
intf_v = c1.conn.rc.before
ip_eth0 = util_findhost.search_host(intf_v)
if ip2:
c1.execute_command("sudo ifconfig eth1")
intf_v = c1.conn.rc.before
ip_eth1 = util_findhost.search_host(intf_v)
c1.disconnect()
if ip2:
assert ip_eth1 == ip2
return ip_eth0 == ip
def test_conf_vm(login_ip1, login_ip2, login_ip3, login_ip4, login_ip5,
login_ip6, conf_ip_vm1, conf_ip1_vm2, conf_ip2_vm2,
conf_ip3_vm2, conf_ip1_vm3, conf_ip2_vm3, conf_ip3_vm3,
conf_ip_vm4, conf_ip_vm5, conf_ip_vm6, vm1_name, vm2_name,
vm3_name, vm4_name, vm5_name, vm6_name):
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
#c2 = SSHConnection(IP=login_ip2, username="******", ssh_key="/home/execution/mykey.pem")
#c3 = SSHConnection(IP=login_ip3, username="******", ssh_key="/home/execution/mykey.pem")
c2 = SSHConnection(IP=login_ip2, username="******", password="******")
c3 = SSHConnection(IP=login_ip3, username="******", password="******")
c4 = SSHConnection(IP=login_ip4, username="******", password="******")
c5 = SSHConnection(IP=login_ip5, username="******", password="******")
c6 = SSHConnection(IP=login_ip6, username="******", password="******")
time.sleep(30)
con_handle = [c1, c2, c3, c4, c5, c6]
if c1.connect() and c2.connect() and c3.connect() and c4.connect(
) and c5.connect() and c6.connect():
time.sleep(30)
c2.execute_command("ifconfig -a | grep ^e")
print "intf detail 2 ::: ", c2.conn.rc.before
intf_v2 = c2.conn.rc.before
intf_list_v2 = util_findhost.get_intf(intf_v2)
print "intf_list_v2 ::: ", intf_list_v2
time.sleep(5)
c3.execute_command("ifconfig -a | grep ^e")
print "intf detail 3 ::: ", c3.conn.rc.before
intf_v3 = c3.conn.rc.before
intf_list_v3 = util_findhost.get_intf(intf_v3)
print "intf_list_v3 ::: ", intf_list_v3
time.sleep(5)
vm1_set_eth1 = "sudo ifconfig eth1 " + conf_ip_vm1 + " netmask 255.255.255.0 up"
vm2_set_eth1 = "sudo ifconfig " + intf_list_v2[
1] + " " + conf_ip1_vm2 + " netmask 255.255.255.0 up"
vm2_set_eth2 = "sudo ifconfig " + intf_list_v2[
2] + " " + conf_ip2_vm2 + " netmask 255.255.255.0 up"
vm2_set_eth3 = "sudo ifconfig " + intf_list_v2[
3] + " " + conf_ip3_vm2 + " netmask 255.255.255.0 up"
vm3_set_eth1 = "sudo ifconfig " + intf_list_v3[
1] + " " + conf_ip1_vm3 + " netmask 255.255.255.0 up"
vm3_set_eth2 = "sudo ifconfig " + intf_list_v3[
2] + " " + conf_ip2_vm3 + " netmask 255.255.255.0 up"
vm3_set_eth3 = "sudo ifconfig " + intf_list_v3[
3] + " " + conf_ip3_vm3 + " netmask 255.255.255.0 up"
vm4_set_eth1 = "sudo ifconfig eth1 " + conf_ip_vm4 + " netmask 255.255.255.0 up"
vm5_set_eth1 = "sudo ifconfig eth1 " + conf_ip_vm5 + " netmask 255.255.255.0 up"
vm6_set_eth1 = "sudo ifconfig eth1 " + conf_ip_vm6 + " netmask 255.255.255.0 up"
for con in con_handle:
setup_vnf_vm(con)
time.sleep(5)
set_intf(c1, vm1_set_eth1)
set_intf(c2, vm2_set_eth1)
set_intf(c2, vm2_set_eth2)
set_intf(c2, vm2_set_eth3)
set_intf(c3, vm3_set_eth1)
set_intf(c3, vm3_set_eth2)
set_intf(c3, vm3_set_eth3)
set_intf(c4, vm4_set_eth1)
set_intf(c5, vm5_set_eth1)
set_intf(c6, vm6_set_eth1)
time.sleep(5)
vm1_rt = [
"sudo route add -net 192.168.1.0/24 gw " + conf_ip2_vm2,
"sudo route add -net 192.168.2.0/24 gw " + conf_ip2_vm2,
"sudo route add -net 192.168.3.0/24 gw " + conf_ip2_vm2,
"sudo route add -net 192.168.5.0/24 gw " + conf_ip2_vm2
]
vm2_rt = [
"sudo route add -net 192.168.2.0/24 gw " + conf_ip1_vm3,
"sudo route add -net 192.168.3.0/24 gw " + conf_ip1_vm3,
"sudo service fwbuilder restart"
]
vm3_rt = [
"sudo route add -net 192.168.4.0/24 gw " + conf_ip1_vm2,
"sudo route add -net 192.168.5.0/24 gw " + conf_ip1_vm2
]
vm4_rt = [
"sudo route add -net 192.168.1.0/24 gw " + conf_ip3_vm2,
"sudo route add -net 192.168.2.0/24 gw " + conf_ip3_vm2,
"sudo route add -net 192.168.3.0/24 gw " + conf_ip3_vm2,
"sudo route add -net 192.168.4.0/24 gw " + conf_ip3_vm2
]
vm5_rt = [
"sudo route add -net 192.168.1.0/24 gw " + conf_ip2_vm3,
"sudo route add -net 192.168.3.0/24 gw " + conf_ip2_vm3,
"sudo route add -net 192.168.4.0/24 gw " + conf_ip2_vm3,
"sudo route add -net 192.168.5.0/24 gw " + conf_ip2_vm3
]
vm6_rt = [
"sudo route add -net 192.168.1.0/24 gw " + conf_ip3_vm3,
"sudo route add -net 192.168.2.0/24 gw " + conf_ip3_vm3,
"sudo route add -net 192.168.4.0/24 gw " + conf_ip3_vm3,
"sudo route add -net 192.168.5.0/24 gw " + conf_ip3_vm3
]
for rt in vm1_rt:
route_add(c1, rt)
for rt in vm2_rt:
route_add(c2, rt)
for rt in vm3_rt:
route_add(c3, rt)
for rt in vm4_rt:
route_add(c4, rt)
for rt in vm5_rt:
route_add(c5, rt)
for rt in vm6_rt:
route_add(c6, rt)
add_ip_fwd = [
"sudo chmod 777 /etc/sysctl.conf",
"sudo sysctl -w net.ipv4.ip_forward=1",
"sudo sed -i.bak s/#net.ipv4.ip_forward=1/net.ipv4.ip_forward=1/g /etc/sysctl.conf"
]
for con1 in con_handle:
for cmd in add_ip_fwd:
en_ip_fwd(con1, cmd)
haproxy_conf = [
"sudo chmod 777 /etc/haproxy/haproxy.cfg",
"sudo chmod 777 /etc/default/haproxy", "sudo chmod 777 /etc/hosts",
"sudo sed -i.bak s/ENABLED=0/ENABLED=1/g /etc/default/haproxy",
"sudo sed -i.bak s/server VM1 VM1IP:PORT/server " + vm5_name +
" " + conf_ip_vm5 + ":80/g /etc/haproxy/haproxy.cfg",
"sudo sed -i.bak s/server VM2 VM2IP:PORT/server " + vm6_name +
" " + conf_ip_vm6 + ":80/g /etc/haproxy/haproxy.cfg",
"sudo sed -i.bak s/bind BINDIP:PORT/bind " + conf_ip1_vm3 +
":80/g /etc/haproxy/haproxy.cfg",
"sudo echo " + conf_ip1_vm3 + " " + vm3_name + " >> /etc/hosts",
"sudo echo " + conf_ip_vm5 + " " + vm5_name + " >> /etc/hosts",
"sudo echo " + conf_ip_vm6 + " " + vm6_name + " >> /etc/hosts",
"sudo service haproxy restart"
]
s1_conf = [
"sudo chmod 777 /etc/hosts",
"sudo chmod 777 /var/www/html/index.html",
"sudo echo " + conf_ip1_vm3 + " " + vm3_name + " >> /etc/hosts",
"sudo echo " + conf_ip_vm5 + " " + vm5_name + " >> /etc/hosts",
"sudo echo " + conf_ip_vm6 + " " + vm6_name + " >> /etc/hosts",
"sudo sed -i.bak s/VMNAME:VMIP/" + vm5_name + ":" + conf_ip_vm5 +
"/g /var/www/html/index.html", "sudo service networking restart",
"sudo service apache2 restart", "sudo ufw allow 80/tcp",
"sudo ufw reload"
]
s2_conf = [
"sudo chmod 777 /etc/hosts",
"sudo chmod 777 /var/www/html/index.html",
"sudo echo " + conf_ip1_vm3 + " " + vm3_name + " >> /etc/hosts",
"sudo echo " + conf_ip_vm5 + " " + vm5_name + " >> /etc/hosts",
"sudo echo " + conf_ip_vm6 + " " + vm6_name + " >> /etc/hosts",
"sudo sed -i.bak s/VMNAME:VMIP/" + vm6_name + ":" + conf_ip_vm6 +
"/g /var/www/html/index.html", "sudo service networking restart",
"sudo service apache2 restart", "sudo ufw allow 80/tcp",
"sudo ufw reload"
]
for cmd in haproxy_conf:
cmd_exec(c3, cmd)
for cmd in s1_conf:
cmd_exec(c5, cmd)
for cmd in s2_conf:
cmd_exec(c6, cmd)
c1.disconnect()
c2.disconnect()
c3.disconnect()
c4.disconnect()
c5.disconnect()
c6.disconnect()
def validate_ip_vnf_multistack(multi_stack_name):
login_ip = []
time.sleep(30)
ost_cmd = "openstack server list | grep %s-server1" % multi_stack_name
print "Command1: %s" % ost_cmd
output = exec_sys_command(ost_cmd)
exact_server_name1 = output.split('|')[2].split()[0]
login_ip.append(
output.split('|')[4].split(',')[1].split(';')[0].split()[0])
ost_cmd = "openstack server list | grep %s-server2" % multi_stack_name
print "Command2: %s" % ost_cmd
output = exec_sys_command(ost_cmd)
exact_server_name2 = output.split('|')[2].split()[0]
login_ip.append(
output.split('|')[4].split(',')[1].split(';')[0].split()[0])
# login_ip = get_multi_float_ip(multi_stack_name)
ost_cmd = "openstack server list | grep %s-server3" % multi_stack_name
print "Command2: %s" % ost_cmd
output = exec_sys_command(ost_cmd)
exact_server_name2 = output.split('|')[2].split()[0]
login_ip.append(
output.split('|')[4].split(',')[1].split(';')[0].split()[0])
exact_server_name = [exact_server_name1, exact_server_name2]
print "Login IP: %s" % login_ip
for idx, server_name in enumerate(exact_server_name):
ip_float = login_ip[idx]
print "IP Float: %s " % ip_float
try:
try:
c1 = SSHConnection(
IP=ip_float,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
c1.connect()
except:
c1 = SSHConnection(
IP=ip_float,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
c1.connect()
#c1 = SSHConnection(IP=ip_float, username="******", ssh_key="/home/test/automation/rmaity/test_demo/key234demo.pem")
#c1 = SSHConnection(IP=ip_float, username="******", password="******")
except:
print "first connection failed"
time.sleep(180)
try:
c1 = SSHConnection(
IP=ip_float,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
except:
c1 = SSHConnection(
IP=ip_float,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
#c1 = SSHConnection(IP=ip_float, username="******", ssh_key="/home/test/automation/rmaity/test_demo/key234demo.pem")
#c1 = SSHConnection(IP=ip_float, username="******", password="******")
c1.connect()
print "Connection Successful"
c1.disconnect()
return login_ip
def test_icmp_traffic(login_ip1, login_ip3):
status = True
c1 = SSHConnection(IP=login_ip1,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
c3 = SSHConnection(IP=login_ip3,
username="******",
ssh_key="/home/test/automation/lcm/key234demo.pem")
#c1 = SSHConnection(IP=login_ip1, username="******", password="******")
#c3 = SSHConnection(IP=login_ip3, username="******", password="******")
if c1.connect() and c3.connect():
c3.execute_command("ifconfig ens3")
eth1_detail = c3.conn.rc.before
c3_eth1_ip = util_findhost.search_host(eth1_detail)
print "c3_eth1_ip :", c3_eth1_ip
cmd = "ping -c 3 " + c3_eth1_ip
pat = "0% packet loss"
check1 = run_check_cmd(c1, cmd, pat)
print "the value of icmp check1 is:", check1
if check1:
print "Verification of Ping test -- Successful"
else:
status = False
print "Verification of Ping test -- Failed."
c1.disconnect()
c3.disconnect()
return status
def test_http_traffic(login_ip1, login_ip3):
status = True
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c3 = SSHConnection(IP=login_ip3, username="******", password="******")
if c1.connect() and c3.connect():
c3.execute_command("ifconfig ens5")
eth1_detail = c3.conn.rc.before
c3_eth1_ip = util_findhost.search_host(eth1_detail)
c1.execute_command("ifconfig ens5")
eth1_detail = c1.conn.rc.before
c1_eth1_ip = util_findhost.search_host(eth1_detail)
print "c3_eth1_ip :", c3_eth1_ip
cmd = "i=0; while [ $i -lt 10 ]; do wget http://" + c3_eth1_ip + ";sleep 1; $i=$i+1;done"
#pat = "HTTP request sent, awaiting response... 200 OK"
pat = "200 OK"
cmd1 = 'sudo tcpdump -nqt -s 0 -A -i ens4 port 80 | grep "IP ' + c1_eth1_ip + '"'
pat1 = c1_eth1_ip
check1 = run_check_cmd(c1, cmd, pat)
check2 = run_check_cmd(c3, cmd1, pat1)
if check1 and check2:
print "Verification of traffic test before disabling http -- Successful"
else:
status = False
print "Verification of traffic test before disabling icmp -- Failed."
c1.disconnect()
c3.disconnect()
return status
def test_iperf3_traffic(login_ip1, login_ip3):
status = True
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c3 = SSHConnection(IP=login_ip3, username="******", password="******")
if c1.connect() and c3.connect():
c3.execute_command("ifconfig ens5")
eth1_detail = c3.conn.rc.before
c3_eth1_ip = util_findhost.search_host(eth1_detail)
'''
print "c3_eth1_ip :", c3_eth1_ip
cmd = "ping -c 3 " + c3_eth1_ip
pat = "0% packet loss"
check1 = run_check_cmd(c1, cmd, pat)
print "the value of icmp check1 is:", check1
if check1:
print "Verification of Ping test before disabling icmp -- Successful"
else:
status = False
print "Verification of Ping test before disabling icmp -- Failed."
'''
logging.info("VM1 is client and VM3 is server")
traffic_iperf3(login_ip1, c3_eth1_ip, "server")
traffic_iperf3(login_ip3, c3_eth1_ip, "client")
c1.disconnect()
c3.disconnect()
return status
def test_vm_config(login_ip1, login_ip2, login_ip3, conf_ip1_vm2, conf_ip2_vm2, vm1_name, vm2_name, vm3_name):
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c3 = SSHConnection(IP=login_ip3, username="******", password="******")
time.sleep(30)
con_handle = [c1, c3]
if c1.connect() and c3.connect():
time.sleep(30)
c1.execute_command("ifconfig -a | grep ^e")
print "intf detail 2 ::: ", c1.conn.rc.before
intf_v1 = c1.conn.rc.before
intf_list_v1 = util_findhost.get_intf(intf_v1)
print "intf_list_v1 ::: ", intf_list_v1
time.sleep(5)
c3.execute_command("ifconfig -a | grep ^e")
print "intf detail 3 ::: ", c3.conn.rc.before
intf_v3 = c3.conn.rc.before
intf_list_v3 = util_findhost.get_intf(intf_v3)
print "intf_list_v3 ::: ", intf_list_v3
time.sleep(5)
for con in con_handle:
setup_vnf_vm(con)
time.sleep(5)
vm1_rt = ["sudo route add -net 10.12.1.0/24 gw " + conf_ip1_vm2]
route_add(c1, vm1_rt)
vm3_rt = ["sudo route add -net 10.11.1.0/24 gw " + conf_ip2_vm2]
route_add(c3, vm3_rt)
logging.info("SSH to VM2")
i=1
while(i<=50):
try:
# VM2 = vyos_config(login_ip2)
break
except:
i += 1
print ("ssh timeout. Try %s times untill it is connected" % (10-i))
time.sleep(10)
logging.info("Configure RIPv2 in VM2")
# VM2.configure(['set interfaces loopback address 1.1.1.1/32','set protocols rip network 10.11.1.0/24',
# 'set protocols rip network 10.12.1.0/24', 'set protocols rip redistribute connected'])
logging.info("Sleeping 30 seconds for RIP to come up")
time.sleep(30)
c1.disconnect()
c3.disconnect()
def test_traffic_telnet_success(login_ip1, login_ip5):
status = True
print "Telnet traffic testing"
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c5 = SSHConnection(IP=login_ip5, username="******", password="******")
if c1.connect() and c5.connect():
c1.execute_command("ifconfig ens4")
eth1_detail = c1.conn.rc.before
c1_eth1_ip = util_findhost.search_host(eth1_detail)
#c1.execute_command("sudo sh -c 'echo 'telnet stream tcp nowait telnetd /usr/sbin/tcpd /usr/sbin/in.telnetd' >> /etc/inetd.conf''")
c1.execute_command("sudo /etc/init.d/xinetd restart")
c5.execute_command("ifconfig ens4")
eth1_detail = c5.conn.rc.before
c5_eth1_ip = util_findhost.search_host(eth1_detail)
#c5.execute_command("sudo sh -c 'echo 'telnet stream tcp nowait telnetd /usr/sbin/tcpd /usr/sbin/in.telnetd' >> '/etc/inetd.conf''")
c5.execute_command("sudo /etc/init.d/xinetd restart")
cmd5 = 'sudo tcpdump -nqt -s 0 -A -i eth1 port 23 | grep "IP ' + c1_eth1_ip + '"'
pat5 = "IP " + c1_eth1_ip
c1.execute_command("telnet " + c5_eth1_ip)
if c1.conn.rc.before.find(":") != -1:
c1.execute_command("mininet")
if c1.conn.rc.before.find(":") != -1:
c1.execute_command("mininet")
time.sleep(2)
c5.execute_command(cmd5)
time.sleep(5)
if c5.conn.rc.before.find(pat5) != -1:
print "SUCCESS"
else:
status = False
print "FAILED"
c1.disconnect()
c5.disconnect()
return status
def test_traffic_ftp_success(login_ip1, login_ip5):
status = True
print "FTP traffic testing"
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c5 = SSHConnection(IP=login_ip5, username="******", password="******")
if c1.connect() and c5.connect():
c1.execute_command("ifconfig ens4")
eth1_detail = c1.conn.rc.before
c1_eth1_ip = util_findhost.search_host(eth1_detail)
c5.execute_command("ifconfig ens4")
eth1_detail = c5.conn.rc.before
c5_eth1_ip = util_findhost.search_host(eth1_detail)
print "c1_eth1_ip:", c1_eth1_ip
print "c5_eth1_ip:", c5_eth1_ip
cmd = "sh a.sh"
# pat = "HTTP request sent, awaiting response... 200 OK"
pat = "*transferred*"
cmd1 = 'sudo tcpdump -nqt -s 0 -A -i eth1 port 21 | grep "IP ' + c1_eth1_ip + '"'
pat1 = "IP " + c1_eth1_ip
check1 = run_check_cmd(c1, cmd, pat)
check2 = run_check_cmd(c5, cmd1, pat1)
#check3 = run_nt_check_cmd(c6, cmd2, pat2)
print "check1:", check1
print "check2:", check2
#print "check3:", check3
if check1 and check2:
print "Verification of ftp traffic test completed -- Successful"
else:
status = False
print "Verification of ftp traffic test not complete -- Failed."
c1.disconnect()
c5.disconnect()
return status
def test_load_balance(login_ip1, login_ip3, login_ip5, login_ip6):
status = True
print "Load balancing on HAPROXY"
c1 = SSHConnection(IP=login_ip1, username="******", password="******")
c3 = SSHConnection(IP=login_ip3, username="******", password="******")
c5 = SSHConnection(IP=login_ip5, username="******", password="******")
c6 = SSHConnection(IP=login_ip6, username="******", password="******")
if c1.connect() and c3.connect() and c5.connect() and c6.connect():
c1.execute_command("ifconfig ens4")
eth1_detail = c1.conn.rc.before
c1_eth1_ip = util_findhost.search_host(eth1_detail)
c3.execute_command("ifconfig ens4")
ens4_detail = c3.conn.rc.before
c3_ens4_ip = util_findhost.search_host(ens4_detail)
c3.execute_command("ifconfig ens5")
ens5_detail = c3.conn.rc.before
c3_ens5_ip = util_findhost.search_host(ens5_detail)
c3.execute_command("ifconfig ens6")
ens6_detail = c3.conn.rc.before
c3_ens6_ip = util_findhost.search_host(ens6_detail)
c5.execute_command("ifconfig ens4")
eth1_detail = c5.conn.rc.before
c5_eth1_ip = util_findhost.search_host(eth1_detail)
c6.execute_command("ifconfig ens4")
eth1_detail = c6.conn.rc.before
c6_eth1_ip = util_findhost.search_host(eth1_detail)
print "c1_eth1_ip:", c1_eth1_ip
print "c3_ens4_ip:", c3_ens4_ip
print "c3_ens5_ip:", c3_ens5_ip
print "c3_ens6_ip:", c3_ens6_ip
print "c5_eth1_ip:", c5_eth1_ip
print "c6_eth1_ip:", c6_eth1_ip
cmd = "i=0; while [ $i -lt 10 ]; do wget http://" + c3_ens4_ip + ";sleep 1; $i=$i+1;done"
#cmd = "i=0; while [ $i -lt 10 ]; do curl http://" + c3_ens4_ip + ";sleep 1; $i=$i+1;done"
pat = "HTTP request sent, awaiting response... 200 OK"
#pat = "index.html*"
cmd1 = 'sudo tcpdump -nqt -s 0 -A -i ens4 port 80 | grep "IP ' + c3_ens5_ip + '"'
pat1 = "IP " + c3_ens5_ip + ""
cmd2 = 'sudo tcpdump -nqt -s 0 -A -i ens4 port 80 | grep "IP ' + c3_ens6_ip + '"'
pat2 = "IP " + c3_ens6_ip + ""
check1 = run_check_cmd(c1, cmd, pat)
check2 = run_check_cmd(c5, cmd1, pat1)
check3 = run_check_cmd(c6, cmd2, pat2)
print "pat:", pat
print "pat1:", pat1
print "pat2:", pat2
print "check1:", check1
print "check2:", check2
print "check3:", check3
if check1 and check2 and check3:
#if check2 and check3:
print "Verification of load balancing traffic test completed -- Successful"
else:
status = False
print "Verification of load balancing traffic test not complete -- Failed."
c1.disconnect()
c3.disconnect()
c5.disconnect()
c6.disconnect()
return status
def test_icmp_traffic(login_ip1, login_ip3, usrname, key, password):
print "this is usename", usrname
status = True
print "test_icmp_traffic key: ", key
try:
c1 = SSHConnection(IP=login_ip1, username=usrname, password=password)
c3 = SSHConnection(IP=login_ip3, username=usrname, password=password)
#c1 = SSHConnection(IP=login_ip1, username=usrname, ssh_key=key)
#c3 = SSHConnection(IP=login_ip3, username=usrname, ssh_key=key)
except:
c1 = SSHConnection(IP=login_ip1, username=usrname, password=password)
c3 = SSHConnection(IP=login_ip3, username=usrname, password=password)
if c1.connect() and c3.connect():
c3.execute_command("ifconfig ens3")
eth1_detail = c3.conn.rc.before
c3_eth1_ip = util_findhost.search_host(eth1_detail)
print "c3_eth1_ip :", c3_eth1_ip
cmd = "ping -c 3 " + c3_eth1_ip
pat = "0% packet loss"
check1 = run_check_cmd(c1, cmd, pat)
print "the value of icmp check1 is:", check1
if check1:
print "Verification of Ping test -- Successful"
else:
status = False
print "Verification of Ping test -- Failed."
c1.disconnect()
c3.disconnect()
return status
