def test_create_volume_multiple(self):
'''
创建多块磁盘
:return:
'''
self.test_login()
volume = Volume()
volume.create_multiple("test_disk", 3, 10, username=USER_LOGIN)
def test_create_volume(self):
'''
创建volume
:return:
'''
self.test_login()
volume = Volume()
volume.create(10, name="test_a")
def test_list_volume(self):
'''
:return:
'''
self.test_login()
volume = Volume()
msg = volume.list(username=USER_LOGIN)
prints(msg)
def test_list_volume(self):
'''
:return:
'''
self.test_login()
volume = Volume()
msg = volume.list()
prints(msg)
def test_list_volume(self):
'''
:return:
'''
self.test_login()
volume = Volume()
msg = volume.list(username=USER_LOGIN)
prints(msg)
def test_create_volume_multiple(self):
'''
创建多块磁盘
:return:
'''
self.test_login()
volume = Volume()
volume.create_multiple("test_disk",3,10,username=USER_LOGIN)
def test_show_volume(self):
'''
:return:
'''
self.test_login()
volume_id = ""
volume = Volume()
msg = volume.show_detail(volume_id)
prints(msg)
def test_show_volume(self):
'''
:return:
'''
self.test_login()
volume_id = VOLUME_ID
volume = Volume()
msg = volume.show_detail(volume_id, username=USER_LOGIN)
prints(msg)
def test_delete_volume(self):
'''
:return:
'''
self.test_login()
volume_id = VOLUME_ID
volume = Volume()
msg = volume.delete(volume_id, username=USER_LOGIN)
prints(msg)
def test_delete_volume(self):
'''
:return:
'''
self.test_login()
volume_id = VOLUME_ID
volume = Volume()
msg = volume.delete(volume_id,username=USER_LOGIN)
prints(msg)
def test_show_volume(self):
'''
:return:
'''
self.test_login()
volume_id = VOLUME_ID
volume = Volume()
msg = volume.show_detail(volume_id,username=USER_LOGIN)
prints(msg)
def test_extend_volume(self):
'''
:return:
'''
self.test_login()
volume_id = VOLUME_ID
size = 11
volume = Volume()
msg = volume.extend(volume_id,size,username=USER_LOGIN)
prints(msg)
def test_create_volume(self):
'''
创建volume
:return:
'''
self.test_login()
volume = Volume()
ret = volume.create(10, name="test_a", username=USER_LOGIN)
prints(ret)
return ret
def test_extend_volume(self):
'''
:return:
'''
self.test_login()
volume_id = ""
size = ""
volume = Volume()
msg = volume.extend(volume_id, size)
prints(msg)
def test_create_volume(self):
'''
创建volume
:return:
'''
self.test_login()
volume = Volume()
ret = volume.create(10, name="test_a",username=USER_LOGIN)
prints(ret)
return ret
def test_extend_volume(self):
'''
:return:
'''
self.test_login()
volume_id = VOLUME_ID
size = 11
volume = Volume()
msg = volume.extend(volume_id, size, username=USER_LOGIN)
prints(msg)
def volumes_deal(host,disk_list,volumes_id,username):
try:
volume_s = Volume()
volumes_list = disk_list['os-extended-volumes:volumes_attached']
volumes_name_list = []
for volmes_dict in volumes_list:
volumes_name = {}
volumes_details = volume_s.show_detail(volmes_dict['id'],username=username)
if volumes_id != volumes_details['volume']['id']:
if not volumes_details['volume']['displayName']:
volumes_name['disk_name'] = volumes_details['volume']['id']
else:
volumes_name['disk_name'] = volumes_details['volume']['displayName']
volumes_name['disk_id'] = volumes_details['volume']['id']
volumes_name['size'] = volumes_details['volume']['size']
volumes_name['voumetype'] = 'ceph'
volumes_name['device'] = volumes_details['volume']['attachments'][0]['device']
volumes_name_list.append(volumes_name)
openstack_log.info("虚拟机磁盘:{0}..{1}".format(host, volumes_name_list))
except Exception, e:
openstack_log.error("虚拟机磁盘:{0}".format(e))
def volumes_deal(host, disk_list, volumes_id, username):
try:
volume_s = Volume()
volumes_list = disk_list['os-extended-volumes:volumes_attached']
volumes_name_list = []
for volmes_dict in volumes_list:
volumes_name = {}
volumes_details = volume_s.show_detail(volmes_dict['id'],
username=username)
if volumes_id != volumes_details['volume']['id']:
if not volumes_details['volume']['displayName']:
volumes_name['disk_name'] = volumes_details['volume']['id']
else:
volumes_name['disk_name'] = volumes_details['volume'][
'displayName']
volumes_name['disk_id'] = volumes_details['volume']['id']
volumes_name['size'] = volumes_details['volume']['size']
volumes_name['voumetype'] = 'ceph'
volumes_name['device'] = volumes_details['volume'][
'attachments'][0]['device']
volumes_name_list.append(volumes_name)
openstack_log.info("虚拟机磁盘:{0}..{1}".format(host, volumes_name_list))
except Exception, e:
openstack_log.error("虚拟机磁盘:{0}".format(e))
def create(self, name, flavor, image, password, userdata, key_name="",disk=None,username=""):
'''
创建虚拟机,创建的接口在后台应该是异步执行的，当创建的请求发送过去后很快会有结果返回，但是虚拟机实际可能还没有创建成功
所以需要先判断虚拟机的创建状态，如果是完成的再绑定磁盘
:param name:
:param flavor:
:param image:
:param password:
:param userdata:
:param disk:如果创建时需要选择磁盘则传，格式为:
[
{
"name":"",可选
"size":"",
"availability_zone":"",#可选
"des":"",#可选
"metadata":{},#可选
"volume_type":""#可选,
"snapshot_id":""#可选,
"dev_name":"连接虚拟机后的盘符名"#可选
}
]
:return:
'''
ret = 0
token = self.token_dict[username]
project_id = self.project_id_dict[username]
cache(del_cache=get_origin_addr(self.list))
if disk is None:
disk = []
self.result.update({name: {"name": name, "id": "", "status_vm": 0,
"status_disk": {}}}) # 虚拟机创建状态，0表示创建中，1表示成功，2表示失败
assert token != "", "not login"
path = url_vm_create.format(project_id=project_id)
method = "POST"
head = {"Content-Type": "application/json", "X-Auth-Token": token}
avzone = self.get_avzone()
params = {"server": {"name": name, "flavorRef": flavor, "imageRef": image, "adminPass": password,
"availability_zone":avzone}}
if userdata:
params["server"].update({"user_data":userdata})
if key_name:
params["server"].update({"key_name": key_name})
ret = send_request(method, IP_nova, PORT_nova, path, params, head)
vm_id = ret["server"]["id"]
vm_snap = Vm_snap()
vm_snap.set_vm(vm_id)
vm_snap.create_root_snap(image)
self.result[name]["id"] = vm_id
if disk:
volume = Volume()
volume_attach = Volume_attach()
vm_compele_flag = 0 # 判断虚拟机是否创建完成的标志，如果置1则下面不再判断创建的状态
for tmp_dict in disk:
time_int = int(time.time())
name_disk = tmp_dict.get("name", "%s_%s" % (name, time_int))
self.result[name]["status_disk"].update({name_disk: 0})
size = tmp_dict["size"]
availability_zone = tmp_dict.get("availability_zone", "")
des = tmp_dict.get("des", "")
metadata = tmp_dict.get("metadata", "")
volume_type = tmp_dict.get("volume_type", "")
snapshot_id = tmp_dict.get("snapshot_id", "")
tmpret = volume.create(size, availability_zone, name_disk, des, metadata, volume_type, snapshot_id,username=username)
dev_name = tmp_dict.get("dev_name", "")
volume_id = tmpret["volume"]["id"]
if not vm_compele_flag:
t1 = run_in_thread(self.wait_complete, vm_id,username,timeout=TIMEOUT)
if t1 == 0:
vm_compele_flag = 1
t2 = run_in_thread(volume.wait_complete, volume_id, ["available"],username,
timeout=TIMEOUT) # assert vm_compele_flag == 1, "vm status is not activate"
if not vm_compele_flag:
self.result[name]["status_vm"] = 2
ret = 1
break
# assert t2 == 0, "volume status is not available"
if t2 != 0:
self.result[name]["status_disk"][name_disk] = 2
continue
self.result[name]["status_disk"][name_disk] = 1
volume_attach.attach(vm_id, volume_id, dev_name,username)
self.result[name]["status_vm"] = 1
else:
t = run_in_thread(self.wait_complete, vm_id,username,timeout=TIMEOUT)
self.result[name]["status_vm"] = 1 if t == 0 else 2
return ret
from common import json_data, volumes_deal, time_handle, size_handle, ReturnImages, ReturnFlavor, ReturnVm
from openstack.middleware.vm.vm import Vm_manage, Vm_control
from openstack.middleware.volume.volume import Volume, Volume_attach
import time
from openstack.service import user_login, user_login_tmp
from django.views.decorators.csrf import csrf_exempt
import base64
from decimal import *
import json
import logging
openstack_log = logging.getLogger("openstack_log")
imagess = Image()
flavorss = Flavor()
vm_manage = Vm_manage()
volume_s = Volume()
host_vm_start = Vm_control()
volume_attach = Volume_attach()
@csrf_exempt
@user_login_tmp()
def instances(request):
global imagess
global flavorss
global vm_manage
global volume_s
global host_vm_start
ret = {}
disk = []
sys = {}
def create(self,
name,
flavor,
image,
password,
userdata,
key_name="",
disk=None,
username=""):
'''
创建虚拟机,创建的接口在后台应该是异步执行的，当创建的请求发送过去后很快会有结果返回，但是虚拟机实际可能还没有创建成功
所以需要先判断虚拟机的创建状态，如果是完成的再绑定磁盘
:param name:
:param flavor:
:param image:
:param password:
:param userdata:
:param disk:如果创建时需要选择磁盘则传，格式为:
[
{
"name":"",可选
"size":"",
"availability_zone":"",#可选
"des":"",#可选
"metadata":{},#可选
"volume_type":""#可选,
"snapshot_id":""#可选,
"dev_name":"连接虚拟机后的盘符名"#可选
}
]
:return:
'''
ret = 0
token = self.token_dict[username]
project_id = self.project_id_dict[username]
cache(del_cache=get_origin_addr(self.list))
if disk is None:
disk = []
self.result.update({
name: {
"name": name,
"id": "",
"status_vm": 0,
"status_disk": {}
}
}) # 虚拟机创建状态，0表示创建中，1表示成功，2表示失败
assert token != "", "not login"
path = url_vm_create.format(project_id=project_id)
method = "POST"
head = {"Content-Type": "application/json", "X-Auth-Token": token}
avzone = self.get_avzone()
params = {
"server": {
"name": name,
"flavorRef": flavor,
"imageRef": image,
"adminPass": password,
"availability_zone": avzone
}
}
if userdata:
params["server"].update({"user_data": userdata})
if key_name:
params["server"].update({"key_name": key_name})
ret = send_request(method, IP_nova, PORT_nova, path, params, head)
vm_id = ret["server"]["id"]
vm_snap = Vm_snap()
vm_snap.set_vm(vm_id)
vm_snap.create_root_snap(image)
self.result[name]["id"] = vm_id
if disk:
volume = Volume()
volume_attach = Volume_attach()
vm_compele_flag = 0 # 判断虚拟机是否创建完成的标志，如果置1则下面不再判断创建的状态
for tmp_dict in disk:
time_int = int(time.time())
name_disk = tmp_dict.get("name", "%s_%s" % (name, time_int))
self.result[name]["status_disk"].update({name_disk: 0})
size = tmp_dict["size"]
availability_zone = tmp_dict.get("availability_zone", "")
des = tmp_dict.get("des", "")
metadata = tmp_dict.get("metadata", "")
volume_type = tmp_dict.get("volume_type", "")
snapshot_id = tmp_dict.get("snapshot_id", "")
tmpret = volume.create(size,
availability_zone,
name_disk,
des,
metadata,
volume_type,
snapshot_id,
username=username)
dev_name = tmp_dict.get("dev_name", "")
volume_id = tmpret["volume"]["id"]
if not vm_compele_flag:
t1 = run_in_thread(self.wait_complete,
vm_id,
username,
timeout=TIMEOUT)
if t1 == 0:
vm_compele_flag = 1
t2 = run_in_thread(
volume.wait_complete,
volume_id, ["available"],
username,
timeout=TIMEOUT
) # assert vm_compele_flag == 1, "vm status is not activate"
if not vm_compele_flag:
self.result[name]["status_vm"] = 2
ret = 1
break
# assert t2 == 0, "volume status is not available"
if t2 != 0:
self.result[name]["status_disk"][name_disk] = 2
continue
self.result[name]["status_disk"][name_disk] = 1
volume_attach.attach(vm_id, volume_id, dev_name, username)
self.result[name]["status_vm"] = 1
else:
t = run_in_thread(self.wait_complete,
vm_id,
username,
timeout=TIMEOUT)
self.result[name]["status_vm"] = 1 if t == 0 else 2
return ret
from openstack.middleware.flavor.flavor import Flavor
from common import json_data,volumes_deal,time_handle,size_handle,sendhttp,sendhttpdata,sendhttpdate,ReturnVolume
from openstack.middleware.vm.vm import Vm_manage, Vm_control, Vm_snap
from openstack.middleware.volume.volume import Volume, Volume_attach, Volume_snaps,Volume_backup
from openstack.middleware.user.user import User
from django.http import HttpResponse
from Aries.settings import MONITOR_URL
from user_auth.models import Account
import json
import logging
import traceback
import time
import md5
openstack_log = logging.getLogger("openstack_log")
volume = Volume()
volume_snaps = Volume_snaps()
volume_backup=Volume_backup()
vm_manage = Vm_manage()
volume_attach = Volume_attach()
image = Image()
last_login_time = 0
space_change = False #是否切换了space,如果切换了需要重新登入openstack获取token
def set_space_change():
global space_change
space_change = True
def json_data(json_status):
if len(json_status) == 0: