def primaryOS_role_is_slave(parser):
role = HAagent_info.get_node_role(parser["PrimaryOS_name"], parser)
print role
role = HAagent_info.get_node_role(parser["PrimaryOS_name"], parser)
print role
if role == "slave":
return True
raise TA_error.Assert_Error("Host (name : %s) role is not slave" %
parser["PrimaryOS_name"])
def primaryOS_role_is_backup(parser):
role = HAagent_info.get_node_role(parser["PrimaryOS_name"], parser)
if role == "backup":
return True
raise TA_error.Assert_Error("Host (name : %s) role is not backup" %
parser["PrimaryOS_name"])
def backupOS_role_is_primary(parser):
role = HAagent_info.get_node_role(parser["BackupOS_name"], parser)
if role == "primary":
return True
raise TA_error.Assert_Error("backup (name : %s) role is not primary" %
parser["BackupOS_name"])
def slaveOS_role_is_backup(parser):
role = HAagent_info.get_node_role(parser["SlaveOS_name"], parser)
print role
if role == "backup":
return True
raise TA_error.Assert_Error("slave (name : %s) role is not backup" %
parser["SlaveOS_name"])
def slaveOS_role_is_slave(parser):
role = HAagent_info.get_node_role(parser["SlaveOS_name"], parser)
if role == "slave":
return True
raise TA_error.Assert_Error("slave (name : %s) role is not slave" %
parser["SlaveOS_name"])
def detect_de_node(parser):
"""
detect remove node or not
:param parser: config
:return: True/raise exception
"""
success = HAagent_info.is_node_exists("test_c", "test_n", parser)
if not success:
return True
raise TA_error.Assert_Error("de node fail")
def detect_non_primary_de_node(parser):
"""
detect remove node or not
:param parser: config
:return: True/raise exception
"""
success = HAagent_info.is_node_exists(parser["Cluster_name"],
parser["PrimaryOS_name"], parser)
if success:
return True
raise TA_error.Assert_Error("non primary de node fail")
def detect_non_primary_node_add_node(parser):
"""
detect use non-primary node add node success or not
:param parser: config
:return: True/raise exception
"""
success = HAagent_info.is_node_exists(parser["Cluster_name"],
parser["SlaveOS_name"], parser)
if not success:
return True
raise TA_error.Assert_Error("non primary node add node fail")
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 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)
def detect_add_node(parser):
"""
detect add node to cluster 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
primary_success = HAagent_info.is_add_primary_success(parser)
backup_success = HAagent_info.is_add_backup_success(parser)
slave_success = HAagent_info.is_add_slave_success(parser)
ssh.close()
if not primary_success:
raise TA_error.Assert_Error("primary add node fail")
if not backup_success:
raise TA_error.Assert_Error("backup add node fail")
if not slave_success:
raise TA_error.Assert_Error("slave add node fail")
return True
def detect_non_primary_de_cluster(parser):
"""
non-primary node (in this test case is backup node) delete cluster or not
:param parser: config
:return: True/raise exception
"""
cluster = parser["Cluster_name"]
success = HAagent_info.is_cluster_exist(cluster, parser)
if success:
return True
raise TA_error.Assert_Error("non primary de cluster fail")
def detect_de_outer_cluster(parser):
"""
outer cluster deleted 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
cluster = "test_c"
success = HAagent_info.is_cluster_exist(cluster, parser)
ssh.close()
if success:
return True
raise TA_error.Assert_Error("de outer cluster fail")
def detect_create_cluster(parser):
"""
cluster created 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
cluster = parser["Cluster_name"]
success = HAagent_info.is_cluster_exist(cluster, parser)
ssh.close()
if success:
return True
raise TA_error.Assert_Error("create cluster fail")
def detect_backup_vm_crash_info(parser):
"""
detech mmsh overview information fit the vm crash reboot message
:param parser : config
:return True/raise exception
"""
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"]) #獲取ssh
fail = HAagent_info.get_vm_infofail(parser["BackupOS_name"],
parser["vm_name"], parser, ssh)
expected = HAagent_terminal.Vm_lastfail_messages[0][
0] # vm crash and reboot now
if fail != expected:
raise TA_error.Assert_Error(
"vm : %s info fail , fail reason : %s expected : %s" %
(parser["vm_name"], fail, expected))
return True
def detect_primary_vm_guestOS_hang_info(parser):
"""
detech mmsh overview information fit the guestOS hang reboot message
:param parser : config
:return True/raise exception
"""
ssh = shell_server.get_ssh(parser["NFS_ip"], parser["NFS_usr"],
parser["NFS_pwd"]) #獲取ssh
fail = HAagent_info.get_vm_infofail(parser["PrimaryOS_name"],
parser["vm_name"], parser, ssh)
expected = HAagent_terminal.Vm_lastfail_messages[2][
0] # guestOS hang and reboot success
if fail != expected:
raise TA_error.Assert_Error(
"vm : %s info fail , fail reason : %s expected : %s" %
(parser["vm_name"], fail, expected))
return True
