def __ssh_daemon_is_running(ip,user,pwd,parser):
"""
use ssh log in to the shell , check ssh is ready
:param ip : FTOS ip
:param user : FTOS user
:param pwd : FTOS user password
:param parser : parser: is a dict, get from Test config file
"""
t_start = time.time()
while((time.time() - t_start) < float(parser["pre_wait_ssh_ready_time"])):
time.sleep(float(1))
try:
ssh = shell_server.get_ssh(ip
, user
, pwd) #獲得ssh
except Exception:
print " checking %s ssh " % user
continue
ssh.close()
return True
try:
ssh = shell_server.get_ssh(ip , user , pwd) #獲得ssh
except Exception:
print " %s ssh not ready" % user
return False;
ssh.close()
def is_node_exists(cluster_name, node_name, parser):
"""
check is node in HAagent
:param cluster_name : cluster name
:param node_name : node name
:param parser : is a dict get from base.configure
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) # get ssh object
cmd = cmd_HAagent.overview_cmd()
s_stdin, s_stdout, s_stderr = ssh.exec_command(cmd)
overview = s_stdout.read() # get overview in host terminal
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"])
cluster_file_content = file.get_remote_file_content(
parser["cluster_file_path"], ssh) # get cluster file content in nfs
print overview
print cluster_file_content
ssh.close()
if node_name in overview and cluster_file_content:
return True
return False
def preprocess_hostOS_vm_running(parser):
"""
preprocess vm become running
:called func: preprocess_hostOS_vm
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
if FTVM.is_running(parser["vm_name"], parser["PrimaryOS_ip"], ssh):
print 59
if "pre_hostOS_VM_restart" in parser.keys(
) and parser["pre_hostOS_VM_restart"] == "yes": #根據參數若VM需重新啟動
print 54
prepocess_hostOS_vm_restart(parser)
print 55
time.sleep(float(parser["pre_hostOS_VM_boot_time"]))
elif FTVM.is_shutoff(parser["vm_name"], parser["PrimaryOS_ip"], ssh):
print 56
prepocess_hostOS_vm_start(parser)
print 57
time.sleep(float(parser["pre_hostOS_VM_boot_time"]))
print 58
if not FTVM.is_running(parser["vm_name"], parser["PrimaryOS_ip"], ssh):
ssh.close()
raise TA_error.Preprocess_Error("PrimaryOS VM: %s can not start" %
parser["vm_name"])
ssh.close()
def preprocess_backupOS_FTsystem(parser):
"""
preprocess backupOS FTsystem
check FTsystem status
start/stop FTsystem
raise exception if FTsystem can not start/stop
"""
if parser["pre_check_backupOS_FTsystem"] == "yes":
ssh = shell_server.get_ssh(parser["BackupOS_ip"], parser["BackupOS_usr"], parser["BackupOS_pwd"])
status = FTsystem.get_status(ssh)
if status == "not running" and parser["pre_backupOS_FTsystem_start"] == "yes":
FTsystem.start(ssh)
time.sleep(float(parser["pre_backupOS_FTsystem_start_time"]))
if FTsystem.get_status(ssh) == "not running":
ssh.close()
raise TA_error.Preprocess_Error("backupOS FTsystem can not start")
if status == "running" and parser["pre_backupOS_FTsystem_start"] == "no":
FTsystem.stop(ssh)
time.sleep(float(parser["pre_backupOS_FTsystem_start_time"]))
if FTsystem.get_status(ssh) == "running":
ssh.close()
raise TA_error.Preprocess_Error("backupOS FTsystem can not stop")
ssh.close()
def vm_running_in_slaveOS(parser):
"""
vm is running in SlaveOS or not
:param parser: config
:return: True/raise exception
"""
ssh = shell_server.get_ssh(parser["SlaveOS_ip"], parser["SlaveOS_usr"],
parser["SlaveOS_pwd"]) #獲得ssh
t_end = time.time()
if "ast_vm_running_wait_time" in parser.keys(
): #若參數ast_vm_running_wait_time存在於parser，則進入
t_end = time.time() + float(
parser["ast_vm_running_wait_time"]) #計算出等待之時間，並存於t_end
while time.time() < t_end: #超過t_end則跳出迴圈
#每sleep一秒就詢問一次狀態
time.sleep(1)
if FTVM.is_running(parser["vm_name"], parser["SlaveOS_ip"],
ssh): #狀態為running就跳出迴圈
break
if FTVM.is_running(parser["vm_name"], parser["SlaveOS_ip"],
ssh): #若回傳之狀態是running，則test oracle通過，否則raise exception
ssh.close()
return True
ssh.close()
raise TA_error.Assert_Error("VM (name : %s) is not running in SlaveOS" %
parser["vm_name"])
def libvirt_stop_start_ftvm(parser):
"""
detect when libvirt daemon shutdown , can HAAgent start ftvm
:param parser: config
:return: True/raise exception
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
cmd = cmd_HAagent.start_ftvm_cmd(parser["PrimaryOS_name"],
parser["vm_name"])
s_stdin, s_stdout, s_stderr = ssh.exec_command("sudo " + cmd)
out = s_stdout.read()
expected = HAagent_terminal.Startvm_create_vm_failed % (
HAagent_terminal.Libvirt_connection_failed %
HAagent_terminal.Libvirt_self_connection) + "\n"
success = (out == expected)
print out
print expected
FTsystem.start(ssh)
#print success
if success:
return True
raise TA_error.Assert_Error("libvirt stop then start ftvm fail")
def postprocess_slaveOS_vm_shutdown(parser):
"""
postprocess backupOS vm become shutdown
:called func: postprocess_backupOS_vm
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["SlaveOS_ip"], parser["SlaveOS_usr"],
parser["SlaveOS_pwd"]) #獲得ssh
if FTVM.is_running(parser["vm_name"], parser["SlaveOS_ip"], ssh):
FTVM.destroy(parser["vm_name"], parser["SlaveOS_ip"], ssh)
time.sleep(float(parser["pos_slaveOS_VM_shutdown_time"]))
elif FTVM.is_paused(parser["vm_name"], parser["SlaveOS_ip"], ssh):
FTVM.resume(parser["vm_name"], parser["SlaveOS_ip"], ssh)
FTVM.destroy(parser["vm_name"], parser["SlaveOS_ip"], ssh)
time.sleep(float(parser["pos_slaveOS_VM_shutdown_time"]))
times = 0
while times < 30:
print "check slave os vm status"
if FTVM.is_running(parser["vm_name"], parser["SlaveOS_ip"], ssh):
print "destroy slave os vm "
FTVM.destroy(parser["vm_name"], parser["SlaveOS_ip"], ssh)
break
time.sleep(float(1))
times += 1
if not FTVM.is_shutoff(parser["vm_name"], parser["SlaveOS_ip"], ssh):
ssh.close()
raise TA_error.Postprocess_Error("SlaveOS %s can not shutdown" %
parser["vm_name"])
ssh.close()
def preprocess_slaveOS_FTsystem(parser):
"""
preprocess backupOS FTsystem part
check FTsystem status
start/stop FTsystem
raise exception if FTsystem can not start/stop
:called func: preprocess_backupOS_OS
:param parser: is a dict, get from Test config file
"""
if parser["pre_check_slaveOS_FTsystem"] == "yes":
ssh = shell_server.get_ssh(parser["SlaveOS_ip"], parser["SlaveOS_usr"],
parser["SlaveOS_pwd"]) #獲得ssh
status = FTsystem.get_status(ssh)
if status == "not running" and parser[
"pre_slaveOS_FTsystem_start"] == "yes": #若狀態不為running且根據參數必需是running則進入
FTsystem.start(ssh) #透過ssh開啟libvirt
time.sleep(float(parser["pre_slaveOS_FTsystem_start_time"]))
if FTsystem.get_status(
ssh) == "not running": #若狀態不為running則raise exception
ssh.close()
raise TA_error.Preprocess_Error("slaveOS FTsystem can not start")
if status == "running" and parser[
"pre_slaveOS_FTsystem_start"] == "no": #若狀態為running且根據參數必需不是running則進入
FTsystem.stop(ssh)
time.sleep(float(parser["pre_slaveOS_FTsystem_start_time"]))
if FTsystem.get_status(
ssh) == "running": #若狀態為running則raise exception
ssh.close()
raise TA_error.Preprocess_Error(
"slaveOS FTsystem can not stop")
ssh.close()
def vm_is_login_in_slaveOS(parser):
"""
vm is login in hostOS or not
:param parser: config
:return: True/raise exception
"""
if FTVM.is_login(parser["vm_name"], parser["TA_ip"],
parser["TA_msg_sock_port"],
int(parser["ast_vm_login_wait_time"]
)): #若回傳VM登入完成，則test oracle通過，否則raise exception
return True
else:
ssh = shell_server.get_ssh(parser["GuestOS_ip_S"],
parser["GuestOS_usr"],
parser["GuestOS_pwd"]) #獲得ssh
cmd = "sudo %s" % parser["login_reply_path"]
#print cmd
s_stdin, s_stdout, s_stderr = ssh.exec_command(cmd) #透過ssh執行指令
if FTVM.is_login(parser["vm_name"], parser["TA_ip"],
parser["TA_msg_sock_port"],
int(parser["ast_vm_login_wait_time"]
)): #若回傳VM登入完成，則test oracle通過，否則raise exception
return True
ssh.close()
raise TA_error.Assert_Error("VM (name : %s) is not login in backupOS" %
parser["vm_name"])
def preprocess_slaveOS_HAagent(parser):
ssh = shell_server.get_ssh(parser["SlaveOS_ip"], parser["SlaveOS_usr"],
parser["SlaveOS_pwd"]) #獲得ssh
if HAagent.is_running(ssh, parser):
ssh.close()
return True
ssh.close()
raise TA_error.Preprocess_Error("Slave OS HAAgent process not ready")
def __reset_pid(node , parser):
if node == "primary":
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"]
, parser["PrimaryOS_usr"]
, parser["PrimaryOS_pwd"]) #獲得ssh
ssh.exec_command("sudo rm /home/primary/Desktop/pid.txt")
elif node == "backup":
ssh = shell_server.get_ssh(parser["BackupOS_ip"]
, parser["BackupOS_usr"]
, parser["BackupOS_pwd"]) #獲得ssh
ssh.exec_command("sudo rm /home/backup-node/Desktop/pid.txt")
elif node == "slave":
ssh = shell_server.get_ssh(parser["SlaveOS_ip"]
, parser["SlaveOS_usr"]
, parser["SlaveOS_pwd"]) #獲得ssh
ssh.exec_command("sudo rm /home/slave/Desktop/pid.txt")
ssh.close()
def stop_libvirt_process(parser):
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
FTsystem.stop(ssh)
if FTsystem.get_status(ssh) == "running":
raise TA_error.Process_Error("libvirt in host OS cannot stop")
ssh.close()
def postprocess_NFS_OS_reboot(parser):
"""
when test case done , Host OS reboot
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"]) #獲得ssh
if FTOS.OS_is_running(parser["NFS_ip"], parser):
FTOS.reboot(ssh)
def postprocess_slaveOS_HAAgent(parser):
ssh = shell_server.get_ssh(parser["SlaveOS_ip"], parser["SlaveOS_usr"],
parser["SlaveOS_pwd"]) #獲得ssh
if HAagent.is_running(ssh, parser):
HAagent.exit(parser, ssh)
if HAagent.is_running(ssh, parser):
ssh.close()
raise TA_error.Postprocess_Error("Slave HAAgent cannot shutdown")
else:
pass
def hostOS_role_is_Slave_on_BackupOS(parser):
ssh = shell_server.get_ssh(parser["BackupOS_ip"], parser["BackupOS_usr"],
parser["BackupOS_pwd"]) #獲得ssh
role = mmsh.inforole(parser["PrimaryOS_name"], ssh)
ssh.close()
if role == "slave":
return True
raise TA_error.Assert_Error("Host (name : %s) role is not slave" %
parser["PrimaryOS_name"])
def exec_L1_hostOS_crasher(parser):
"""
execute level 1 crasher in hostOS
"""
ssh = shell_server.get_ssh(parser["HostOS_ip"]
, parser["HostOS_usr"]
, parser["HostOS_pwd"])
f_path = parser["HostOS_process_dir"]+"L1_crasher"
s_stdin, s_stdout, s_stderr = ssh.exec_command("sudo "+cmd)
ssh.close()
def detect_overview(parser):
"""
detect remove node or not
:param parser: config
:return: True/raise exception
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
out = HAagent.overview(parser, ssh)
def postprocess_NFS_reset(parser):
"""
when test done , clear nfs file
:param parser: is a dict, get from Test config file
:param ssh : shell server
"""
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"]) #獲得ssh
NFS.reset(parser, ssh)
ssh.close()
def preprocess_NFS_OS(parser):
if FTOS.OS_is_running(parser["NFS_ip"], parser) == False:
#FTOS.L1_boot(parser["NFS_NetworkAdaptor"])
if FTOS.OS_is_running(parser["NFS_ip"], parser) == False:
raise TA_error.Preprocess_Error("NFS node can not start")
if FTOS.ssh_is_ready(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"], parser) == False:
raise TA_error.Preprocess_Error("NFS node ssh can not access")
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"]) #獲得ssh
def exec_overview(parser):
"""
HAagent overview
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
#HAagent.quick_create_cluster(parser, ssh)
time.sleep(1)
ssh.close()
def exec_non_primary_de_node(parser):
"""
use non-primary node remove node
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
#use primary node create cluster
HAagent.create_cluster(parser["Cluster_name"], parser["PrimaryOS_name"],
parser["PrimaryOS_ipmb"], parser["Shelf_ip"],
parser, ssh)
HAagent.add_backup_node(parser, ssh)
time.sleep(float(parser["pro_wait_add_node_time"]))
#use backup node to remove node
backup = shell_server.get_ssh(parser["BackupOS_ip"],
parser["BackupOS_usr"],
parser["BackupOS_pwd"]) #獲得ssh
HAagent.rm_node(parser["Cluster_name"], parser["PrimaryOS_name"], parser,
backup)
backup.close()
def exec_L1_vm_crasher(parser):
"""
execute level 1 crasher in vm
"""
ssh = shell_server.get_ssh(parser["GuestOS_ip"]
, parser["GuestOS_usr"]
, parser["GuestOS_pwd"])
cmd = data_dir.OS_PROCESS_DIR+"L1_crasher"
print cmd
s_stdin, s_stdout, s_stderr = ssh.exec_command("sudo "+cmd)
ssh.close()
def kill_vm_process(parser):
"""
kill vm process on hostOS
"""
ssh = shell_server.get_ssh(parser["HostOS_ip"]
, parser["HostOS_usr"]
, parser["HostOS_pwd"])
pid = FTVM.get_pid(parser["vm_name"], parser["HostOS_ip"], ssh)
cmd = cmd_kill.kill_cmd(pid, 9)
s_stdin, s_stdout, s_stderr = ssh.exec_command("sudo "+cmd)
ssh.close()
def kill_libvirt_process(parser):
"""
kill libvirt process on hostOS
"""
ssh = shell_server.get_ssh(parser["GuestOS_ip"]
, parser["GuestOS_usr"]
, parser["GuestOS_pwd"])
pid = FTsystem.get_pid(ssh)
cmd = cmd_kill.kill_cmd(pid, 9)
s_stdin, s_stdout, s_stderr = ssh.exec_command("sudo "+cmd)
ssh.close()
def exec_add_duplicate_node(parser):
"""
HAagent add duplicate node to cluster
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
HAagent.create_cluster(parser["Cluster_name"], parser["PrimaryOS_name"],
parser["PrimaryOS_ipmb"], parser["Shelf_ip"],
parser, ssh)
ssh.close()
def exec_non_primary_de_cluster(parser):
"""
HAagent add node to cluster
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
# create cluster
HAagent.create_cluster(parser["Cluster_name"], parser["PrimaryOS_name"],
parser["PrimaryOS_ipmb"], parser["Shelf_ip"],
parser, ssh)
HAagent.add_backup_node(parser, ssh)
time.sleep(float(1))
ssh.close()
#use backup node to decluster
ssh = shell_server.get_ssh(parser["BackupOS_ip"], parser["BackupOS_usr"],
parser["BackupOS_pwd"]) #獲得ssh
HAagent.de_cluster(parser["Cluster_name"], parser, ssh)
ssh.close()
def exec_primaryOS_network_isolation(parser):
if "pro_wait_time_exe_L1_crasher" in parser.keys(
): #若pro_wait_time_exe_L1_crasher存在於parser
time.sleep(int(parser["pro_wait_time_exe_L1_crasher"]))
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
cmd = "sudo ifconfig %s down" % (parser["PrimaryOS_network_interface"])
print cmd
s_stdin, s_stdout, s_stderr = ssh.exec_command(cmd) #透過ssh執行指令
ssh.close()
ssh = shell_server.get_ssh(parser["BackupOS_ip"], parser["BackupOS_usr"],
parser["BackupOS_pwd"]) #獲得ssh
#print "stdout",s_stdout.read()
#print "stderr",s_stderr.read()
ssh.close()
def FTsystem_running_in_hostOS(parser):
"""
FTsystem is running in hostOS or not
return True/raise exception
"""
ssh = shell_server.get_ssh(parser["HostOS_ip"]
, parser["HostOS_usr"]
, parser["HostOS_pwd"])
if FTsystem.get_status(ssh) == "running":
return True
raise TA_error.Assert_Error("FTsystem is not running on hostOS")
def detect_primaryOS_crash(parser):
ssh = shell_server.get_ssh(parser["BackupOS_ip"], parser["BackupOS_usr"],
parser["BackupOS_pwd"]) #獲得ssh
if mmsh.statehost(
parser["PrimaryOS_name"], ssh
) == "shutdown": #若回傳之狀態是hardware shutdown，則test oracle通過，否則raise exception
ssh.close()
return True
ssh.close()
raise TA_error.Assert_Error(
"Host (name : %s) has not detect host os crash " %
parser["PrimaryOS_name"])
def detect_no_fail(parser):
"""
FTsystem find no fail or not
:param parser: config
:return: True/raise exception
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲取ssh
if mmsh.infofail(parser["vm_name"], ssh) == "no fail":
return True
raise TA_error.Assert_Error("VM (name : %s) has fail in hostOS" %
parser["vm_name"])
def get_node_role(name, parser):
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"])
cluster_file_content = file.get_remote_file_content(
parser["cluster_file_path"], ssh) # get cluster file content in nfs
try:
res = json.loads(cluster_file_content)["nodes"][name]["role"]
ssh.close()
return role_parse(res)
except KeyError:
return "Key not found"
def detect_slaveOS_network_isolation_info(parser):
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"]) #獲取ssh
fail = HAagent_info.get_node_infofail(parser["SlaveOS_name"], parser, ssh)
expected = HAagent_terminal.Node_status_self_network_isolation
success = (fail == expected)
if success:
return True
raise TA_error.Assert_Error(
"slave network isolation info fail , Fail msg : %s , Expected msg : %s"
% fail, expected)
def exec_de_outer_cluster(parser):
"""
HAagent external cluster primary delete cluster
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
HAagent.create_cluster("test_c", parser["PrimaryOS_name"],
parser["PrimaryOS_ipmb"], parser["Shelf_ip"],
parser, ssh)
HAagent.de_cluster("test_b", parser, ssh)
ssh.close()
def recovery_vm_reboot(parser):
"""
FTsystem recover vm reboot or not
:param parser: config
:return: True/raise exception
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲取ssh
if mmsh.inforecover(parser["vm_name"], ssh) == "vm reboot":
return True
raise TA_error.Assert_Error("VM (name : %s) has no recovery : vm reboot" %
parser["vm_name"])
def exec_add_node(parser):
"""
HAagnet add node (primary , backup , slave)
:param parser: is a dict, get from Test config file
"""
ssh = shell_server.get_ssh(parser["PrimaryOS_ip"], parser["PrimaryOS_usr"],
parser["PrimaryOS_pwd"]) #獲得ssh
backup = shell_server.get_ssh(parser["BackupOS_ip"],
parser["BackupOS_usr"],
parser["BackupOS_pwd"]) #獲得ssh
HAagent.create_cluster(parser["Cluster_name"], parser["PrimaryOS_name"],
parser["PrimaryOS_ipmb"], parser["Shelf_ip"],
parser, ssh)
time.sleep(float(parser["pro_wait_add_node_time"]))
HAagent.add_backup_node(parser, ssh)
time.sleep(float(parser["pro_wait_add_node_time"]))
HAagent.add_slave_node(parser, ssh)
time.sleep(float(parser["pro_wait_add_node_time"]))
ssh.close()
def detect_backupOS_crash_info(parser):
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"]) #獲取ssh
fail = HAagent_info.get_node_infofail(parser["BackupOS_name"], parser, ssh)
expected = HAagent_terminal.Node_status_hostdown
success = (fail == expected)
if success:
return True
raise TA_error.Assert_Error(
"backup OS crash info fail , Fail msg : %s , Expected msg : %s" % fail,
expected)
get vm process id in OS
"""
pid_file_path = data_dir.VM_PID_DIR+vm_name+".pid"
cmd = "sudo cat %s" % pid_file_path
s_stdin, s_stdout, s_stderr = ssh.exec_command(cmd)
pid = s_stdout.read()
if pid != "":
return int(pid)
return False
if __name__ == '__main__':
"""
if get_vm_status("VM1", "140.115.53.42") != "running":
start("VM1", "140.115.53.42")
get_vm_status("VM1", "140.115.53.42")
"""
#print "start"
#if get_vm_status("VM1", "140.115.53.42") == "running":
#print "in"
#get_vm_status("VM1", "140.115.53.42")
#print is_shutoff("VM1", "140.115.53.42")
#restart("VM1", "140.115.53.42")
#shutdown("VM1", "140.115.53.42")
ssh = shell_server.get_ssh("140.115.53.42", "ting", "oolabting")
print get_pid("VM1", "140.115.53.42", ssh)
