def get_volumedata(self):
result = list()
result1 = list()
tmp1 = self.bv.getVolume_info # 云主机挂载的硬盘
tmp2 = self.bv.vmdata
if len(tmp1) == 0:
result.append('None')
else:
for i in range(len(tmp1)):
value1 = self.extract_data(tmp1, 'id', 0)
value10 = self.extract_data(tmp1, 'status', 0)
value11 = self.extract_data(tmp1, 'name', 0)
value12 = self.extract_data(tmp1, 'size', 0)
value13 = self.extract_data(tmp1, 'type', 0)
value14 = self.extract_data(tmp1, 'created_at', 0)
if value14 is not 'None':
value14 = tools.utctime_to_local(str(value14))
value15 = self.extract_data(tmp1, 'mount_status', 0)
value16 = self.extract_data(tmp1, 'attached_mode', 0)
value17 = self.extract_data(
tmp2, 'os-extended-volumes:volumes_attached/id', 0)
value18 = self.extract_data(tmp1, 'cluster', 0)
var = locals()
result1 = [
var[key] for key in sorted(var) if key.startswith('value')
]
result.append(result1)
result1 = []
tools.str_to_unicode(result)
return result
def get_opdata(self):
result = list()
result1 = list()
result2 = list()
tmp = self.bv.getOp_info
value1 = self.extract_data(tmp, 'ORDER_ID', 0)
value10 = self.extract_data(tmp, 'STATUS', 0)
value11 = self.extract_data(tmp, 'EXT_ID', 0)
value12 = self.extract_data(tmp, 'ORDER_TIME', 0)
value13 = self.extract_data(tmp, 'EFFECTIVE_TIME', 0)
value14 = self.extract_data(tmp, 'END_TIME', 0)
value15 = self.extract_data(tmp, 'NAME', 0)
var1 = locals()
result1 = [
var1[key] for key in sorted(var1) if key.startswith('value')
]
value2 = self.extract_data(tmp, 'op_user_id', 0)
value20 = self.extract_data(tmp, 'user_name', 0)
value21 = self.extract_data(tmp, 'nick_name', 0)
value22 = self.extract_data(tmp, 'user_status', 0)
value23 = self.extract_data(tmp, 'ucreate_time', 0)
value24 = self.extract_data(tmp, 'umodify_time', 0)
value25 = self.extract_data(tmp, 'IS_HUAWEI', 0)
value26 = self.extract_data(tmp, 'inform_type', 0)
value27 = self.extract_data(tmp, 'LOGIN_FAILED_COUNT', 0)
value28 = self.extract_data(tmp, 'user_id', 0)
value29 = self.extract_data(tmp, 'tenant_id', 0)
var2 = locals()
result2 = [
var2[key] for key in sorted(var2) if key.startswith('value')
][7:]
result.append(result1)
result.append(result2)
tools.str_to_unicode(result)
return result
def get_pmdata(self):
tmp = self.bv.getPm_info
value1 = self.extract_data(tmp, 'pm_nova_compute_state', 0)
value10 = self.extract_data(tmp, 'pm_libvirtd_state', 0)
value11 = self.extract_data(tmp, 'pm_host', 0)
value12 = self.extract_data(tmp, 'pm_manage_ip', 0)
value13 = self.extract_data(tmp, 'pm_service_ip', 0)
value14 = self.extract_data(tmp, 'pm_store_ip', 0)
value15 = self.extract_data(tmp, 'vm_qga_status', 0)
var = locals()
result = [var[key] for key in sorted(var) if key.startswith('value')]
tools.str_to_unicode(result)
return result
def get_actiondata(self):
"""
云主机的操作信息，一定会存在crate云主机的信息
:return: list，只有一层list
"""
result = list()
result1 = list()
tmp = self.bv.getAction_info
for i in range(len(tmp)):
value1 = self.extract_data(tmp, 'request_id', i)
value10 = self.extract_data(tmp, 'action', i)
value11 = self.extract_data(tmp, 'start_time', i)
if value11 is not 'None':
value11 = tools.utctime_to_local(str(value11))
value12 = self.extract_data(tmp, 'message', i)
var = locals()
result1 = [
var[key] for key in sorted(var) if key.startswith('value')
]
result.append(result1)
result1 = []
tools.str_to_unicode(result)
return result
def get_vmdata(self):
result = list()
result1 = list()
result2 = list()
tmp1 = self.bv.vmdata # dict类型
tmp2 = self.bv.getFlavor_info # dict类型
tmp3 = self.bv.getVncUrl
value1 = self.extract_data(tmp1, 'id', 0)
value10 = self.extract_data(tmp1, 'name', 0)
value11 = self.extract_data(tmp1, 'status', 0)
value12 = self.extract_data(tmp1, 'OS-EXT-STS:task_state', 0)
value13 = self.extract_data(tmp1, 'OS-EXT-STS:power_state', 0)
value14 = self.extract_data(tmp1, 'created', 0)
if value14 is not None:
value14 = tools.utctime_to_local(str(value14))
value15 = self.extract_data(tmp3, 'vnc_url', 0)
value16 = self.extract_data(tmp1, 'OS-EXT-SRV-ATTR:instance_name', 0)
value17 = self.extract_data(tmp1, 'key_name', 0)
value18 = self.extract_data(tmp1, 'system_disk_type', 0)
var1 = locals()
result1 = [
var1[key] for key in sorted(var1) if key.startswith('value')
]
value2 = self.extract_data(tmp2, 'id', 0)
value20 = self.extract_data(tmp2, 'name', 0)
value21 = self.extract_data(tmp2, 'ram', 0)
value22 = self.extract_data(tmp2, 'vcpus', 0)
value23 = self.extract_data(tmp2, 'disk', 0)
value24 = self.extract_data(tmp2, 'swap', 0)
var2 = locals()
result2 = [
var2[key] for key in sorted(var2) if key.startswith('value')
][-6:]
result.append(result1)
result.append(result2)
tools.str_to_unicode(result)
return result
def get_checkdata(self):
result = list()
result1 = list()
result2 = list()
tmp = self.bv.getCheck_info
value1 = self.extract_data(tmp, 'qemu', 0)
result.append(value1)
for v, k in tmp.get('fixed_ips').items():
value10 = v
value11 = k
result1.append([value10, value11])
value12 = self.extract_data(tmp, 'files/console.log', 0)
value13 = self.extract_data(tmp, 'files/disk.config', 0)
value14 = self.extract_data(tmp, 'files/disk', 0)
value15 = self.extract_data(tmp, 'files/disk.info', 0)
value16 = self.extract_data(tmp, 'files/libvirt.xml', 0)
value17 = self.extract_data(tmp, 'backing_file', 0)
var = locals()
result2 = [var[key] for key in sorted(var)
if key.startswith('value')][3:]
result.append(result1)
result.append(result2)
tools.str_to_unicode(result)
return result
def get_imagedata(self):
result = list()
result1 = list()
result2 = list()
result3 = list()
result4 = list()
result5 = list()
tmp = self.bv.getImage_info
value1 = self.extract_data(tmp, 'id', 0)
value11 = self.extract_data(tmp, 'name', 0)
value12 = self.extract_data(tmp, 'status', 0)
value13 = self.extract_data(tmp, 'image.os_type', 0)
value14 = self.extract_data(tmp, 'os_distro', 0)
value15 = self.extract_data(tmp, 'size', 0)
value16 = self.extract_data(tmp, 'created_at', 0)
if value16 is not 'None':
value16 = tools.utctime_to_local(str(value16))
value17 = self.extract_data(tmp, 'updated_at', 0)
if value17 is not 'None':
value17 = tools.utctime_to_local(str(value17))
var1 = locals()
result1 = [
var1[key] for key in sorted(var1) if key.startswith('value')
]
for i in range(1, len(tmp)):
if tmp[i].get('image_type') == 'backup':
value2 = self.extract_data(tmp, 'id', i)
value20 = self.extract_data(tmp, 'name', i)
value21 = self.extract_data(tmp, 'status', i)
value22 = self.extract_data(tmp, 'size', i)
value23 = self.extract_data(tmp, 'base_image_ref', i)
value24 = self.extract_data(tmp, 'created_at', i)
if value24 is not 'None':
value24 = tools.utctime_to_local(str(value24))
value25 = self.extract_data(tmp, 'updated_at', i)
if value25 is not 'None':
value25 = tools.utctime_to_local(str(value25))
var2 = locals()
result2 = [
var2[key] for key in sorted(var2)
if key.startswith('value')
][8:]
result3.append(result2)
result2 = []
elif tmp[i].get('image_type') == 'snapshot':
value2 = self.extract_data(tmp, 'id', i)
value20 = self.extract_data(tmp, 'name', i)
value21 = self.extract_data(tmp, 'status', i)
value22 = self.extract_data(tmp, 'size', i)
value23 = self.extract_data(tmp, 'base_image_ref', i)
value24 = self.extract_data(tmp, 'created_at', i)
if value24 is not 'None':
value24 = tools.utctime_to_local(str(value24))
value25 = self.extract_data(tmp, 'updated_at', i)
if value25 is not 'None':
value25 = tools.utctime_to_local(str(value25))
var3 = locals()
result4 = [
var3[key] for key in sorted(var3)
if key.startswith('value')
][8:]
result5.append(result4)
result4 = []
if len(result3) == 0:
result3.append(['None'])
if len(result5) == 0:
result5.append(['None'])
result.append(result1)
result.append(result3)
result.append(result5)
tools.str_to_unicode(result)
return result
def get_networkdata(self):
result = list()
result1 = list()
result2 = list()
result3 = list()
result4 = list()
result5 = list()
result6 = list()
tmp1 = self.bv.getPort_info
tmp2 = self.bv.getFloatingIp_info
for i in range(len(tmp1)):
value1 = self.extract_data(tmp1, 'id', i)
value10 = self.extract_data(tmp1, 'ip', i)
value11 = self.extract_data(tmp1, 'cidr', i)
value12 = self.extract_data(tmp1, 'qos', i)
value13 = self.extract_data(tmp1, 'subnet_id', i)
value14 = self.extract_data(tmp1, 'subnet_name', i)
var1 = locals()
result1 = [
var1[key] for key in sorted(var1) if key.startswith('value')
][:6]
for ii in range(len(tmp2)):
if tmp2[ii].get('port_id') == tmp1[i].get('id'):
value2 = self.extract_data(tmp2, 'id', ii)
value20 = self.extract_data(tmp2, 'floating_ip_address',
ii)
value21 = self.extract_data(tmp2, 'status', ii)
value22 = self.extract_data(tmp2, 'type', ii)
value23 = self.extract_data(tmp2, 'policies/ratelimit', ii)
value24 = self.extract_data(tmp2, 'router_id', ii)
value25 = self.extract_data(tmp2, 'floating_port_id', ii)
value26 = self.extract_data(tmp2, 'floating_network_id',
ii)
var2 = locals()
result2 = [
var2[key] for key in sorted(var2)
if key.startswith('value')
][6:]
if len(result2) == 0:
result2 = ['None']
for j in range(len(tmp1[i].get('security_groups'))):
value3 = self.extract_data(
tmp1[i].get('security_groups'),
'security_group_rules/security_group_id', j)
value30 = self.extract_data(tmp1[i].get('security_groups'),
'name', j)
result3.append(value3)
result3.append(value30)
for k in range(
len(tmp1[i].get('security_groups')[j].get(
'security_group_rules'))):
value4 = self.extract_data(
tmp1[i].get('security_groups')[j].get(
'security_group_rules'), 'id', k)
value40 = self.extract_data(
tmp1[i].get('security_groups')[j].get(
'security_group_rules'), 'direction', k)
value41 = self.extract_data(
tmp1[i].get('security_groups')[j].get(
'security_group_rules'), 'protocol', k)
port_min = self.extract_data(
tmp1[i].get('security_groups')[j].get(
'security_group_rules'), 'port_range_min', k)
port_max = self.extract_data(
tmp1[i].get('security_groups')[j].get(
'security_group_rules'), 'port_range_max', k)
if port_min == port_max:
value42 = port_min
else:
value42 = str(port_min) + '~' + str(port_max)
value43 = self.extract_data(
tmp1[i].get('security_groups')[j].get(
'security_group_rules'), 'remote_ip_prefix', k)
value44 = self.extract_data(
tmp1[i].get('security_groups')[j].get(
'security_group_rules'), 'ethertype', k)
var3 = locals()
result5 = [
var3[key] for key in sorted(var3)
if key.startswith('value')
][-6:]
result6.append(result5)
result5 = []
if len(tmp1[i].get('security_groups')[j].get(
'security_group_rules')) == 0:
result5 = ['None']
result6.append(result5)
result5 = []
result3.append(result6)
result6 = []
result4.append(result3)
result3 = []
if len(tmp1[i].get('security_groups')) == 0:
result3 = ['None', 'None']
result4.append(result3)
result3 = []
result1.append(result2)
result2 = []
result1.append(result4)
result4 = []
result.append(result1)
result1 = []
tools.str_to_unicode(result)
return result
