def CreateSwitch(self):
print self.params
if self.__verifySubnets()['code'] == 0:
RouterDetail = VpcRouter.objects.get(VpcId=self.params['vpcid'])
Qrouter = RouterDetail['Qrouter']
QrUUID = RouterDetail['QrUUID']
TenantId = RouterDetail['TenantId']
RouterEips = RouterDetail['RouterEips']
VpcDetail = VpcInfo.objects.get(TenantId=TenantId)
SegmentationId = VpcDetail['SegmentationId']
Tags = SegmentationId
TunId = hex(SegmentationId)
VswId = 'vsw-%s' % str(uuid.uuid1())[:8]
VswName = self.params['switchname']
Qdhcp = 'qdhcp-%s' % str(uuid.uuid1())
TapUUID = str(uuid.uuid1())
TapMac = NcloudLib.buildMac()
Cidr = self.params['subnets']
UsableIp = pow(
2, (32 - int(self.params['subnets'].split('/')[1]))) - 4
GatewayIp = "%s.%s.%s.1" % (
self.params['subnets'].split('/')[0].split('.')[0],
self.params['subnets'].split('/')[0].split('.')[1],
self.params['subnets'].split('/')[0].split('.')[2])
DnsmasqxIp = "%s.%s.%s.2" % (
self.params['subnets'].split('/')[0].split('.')[0],
self.params['subnets'].split('/')[0].split('.')[1],
self.params['subnets'].split('/')[0].split('.')[2])
DhcpStartIp = "%s.%s.%s.3" % (
self.params['subnets'].split('/')[0].split('.')[0],
self.params['subnets'].split('/')[0].split('.')[1],
self.params['subnets'].split('/')[0].split('.')[2])
Mask = self.params['subnets'].split('/')[1]
if self.params['switchdescribe'] == '':
SwitchDescribe = '-'
else:
SwitchDescribe = self.params['switchdescribe']
operateinfo = {
'action': 'Create_Switch',
'parame': {
'Qdhcp': Qdhcp,
'TapUUID': TapUUID,
'TapMac': TapMac,
'Mask': Mask,
'GatewayIp': GatewayIp,
'DnsmasqxIp': DnsmasqxIp,
'Qrouter': Qrouter,
'QrUUID': QrUUID,
'Tags': Tags,
'TunId': TunId,
'Cidr': Cidr,
'RouterEips': RouterEips,
'DhcpStartIp': DhcpStartIp,
'UsableIp': UsableIp,
},
}
Status = NcloudLib.HttpRequest(operateinfo, '127.0.0.1', 35796)
if Status['code'] == 0:
operateinfos = {
'action': 'Create_TunFlow',
'parame': {
'Tags': Tags,
'TunId': TunId,
},
}
KvmList = KvmInfo.objects.filter(KVMArea=self.Data['Zone'])
KvmTunStatus = 1
for KvmDetails in KvmList:
Status = NcloudLib.HttpRequest(operateinfos,
KvmDetails.KVMIp, 35796)
if Status['code'] == 0:
KvmTunStatus = 0
else:
KvmTunStatus = 1
break
if KvmTunStatus == 0:
intSwitch = VpcSwitch(VswId=VswId,
VswName=VswName,
Status='ACTIVE',
VpcId=self.params['vpcid'],
TenantId=TenantId,
Qdhcp=Qdhcp,
TapUUID=TapUUID,
TapMac=TapMac,
Cidr=Cidr,
GatewayIp=GatewayIp,
DnsmasqxIp=DnsmasqxIp,
UsableIp=UsableIp,
SwitchDescribe=SwitchDescribe,
Zone=self.Data['Zone'],
UserId=self.Data['UserId'])
intSwitch.save()
return_data = {
"code": 0,
"msg": "创建交换机成功。",
}
else:
return_data = {
"code": 100013,
"msg": "创建交换机失败。",
}
else:
return_data = {
"code": 100013,
"msg": "创建交换机失败。",
}
else:
return_data = {"code": 10012, "msg": "对不起，您输入的网段不正确。"}
return return_data
def CreateEch(self):
KVMList = KvmInfo.objects.filter(KVMArea=self.params['zone']).filter(KVMSurplusCpu__gte=int(self.params['cpu'])).filter(KVMSurplusMem__gte=int(self.params['memory'])).order_by('-KVMSurplusCpu')[0:1]
if KVMList:
for kvmDetails in KVMList:
kvmDetail = KvmInfo.objects.get(id=kvmDetails.id)
kvmDetail.KVMSurplusCpu = kvmDetails.KVMSurplusCpu - int(self.params['cpu'])
kvmDetail.KVMSurplusMem = kvmDetails.KVMSurplusMem - int(self.params['memory'])
#kvmDetail.save()
ImageList = ImagesInfo.objects.get(ImagesId=self.params['image_id'])
ImagesPlatform = ImageList.ImagesPlatform
if ImagesPlatform == 'linux':
SystemVolume = 20
else:
SystemVolume = 40
#get image list
print self.params['image_id']
GetImageList = ImagesList.objects.filter(ImagesId=self.params['image_id']).filter(ImagesStatus=1)[0:1]
if GetImageList:
for imageDetails in GetImageList:
imageDetail = ImagesList.objects.get(id=imageDetails.id)
ImagesId = imageDetail.ImagesName
SYSPosition = imageDetail.SYSPosition
NetWorkId = imageDetail.NetWorkId
DiskPosition = imageDetail.SYSPosition
ImagesPosition = imageDetail.ImagesPosition
PoolId = imageDetails.PoolId
imageDetail.ImagesStatus = 0
#生成ECH数据
#生成EchIp 获取当前
SwitchDetails = VpcSwitch.objects.get(VswId=self.params['vswid'])
TenantId = SwitchDetails.TenantId
DnsmasqxIp = SwitchDetails.DnsmasqxIp
UsableIp = SwitchDetails.UsableIp
Qdhcp = SwitchDetails.Qdhcp
VpcDetails = VpcInfo.objects.get(TenantId=TenantId)
SegmentationId = VpcDetails.SegmentationId
NetEchNumList = EchInfo.objects.filter(TenantId=TenantId)
NetEchNum = len(NetEchNumList)
if NetEchNum < UsableIp:
EchIp = '%s.%s.%s.%s' % (DnsmasqxIp.split('.')[0],DnsmasqxIp.split('.')[1],DnsmasqxIp.split('.')[2],int(DnsmasqxIp.split('.')[3])+NetEchNum+1)
#IpList = IpInfo.objects.filter(IpArea=self.params['zone']).filter(IpType=0).filter(IpUseNum__lte=254).order_by('IpUseNum')[0:1]
#if IpList:
'''
for ipDetails in IpList:
ipDetail = IpInfo.objects.get(id=ipDetails.id)
IpNet = ipDetail.IpAddress
EchRawIpNum = ipDetail.IpUseNum + 1
EchIp = '%s.%s' % (IpNet,EchRawIpNum)
EchMask = ipDetail.NetMask
EchGW = ipDetail.GateWay
ipDetail.IpUseNum = EchRawIpNum
'''
#生成ECHUUID
EchUUID = str(uuid.uuid1())
#生成 tapUUID
TapUUID = str(uuid.uuid1())
#获取 VNC 端口 #更具端口序列插叙 最大一个 + 1
EchLish = EchInfo.objects.filter(EchZone=self.Data['Zone']).order_by('-EchVncPort')[0:1]
if EchLish:
for Ech in EchLish:
VNCPort = Ech.EchVncPort +1
else:
VNCPort = 59001
#生成ECHID
EchId = 'i-%s' % EchUUID[:8]
#生成ECHNAME
EchName = 'iZ%sZ' % EchId.split('-')[1]
#生成ECHNETID
Tap = 'tap%s' % TapUUID[:11]
#生成MAC地址
EchMac = NcloudLib.buildMac()
MvEchInfo = {
'action':'MvEchInfo',
'parame':{
'EchId':EchId,
'ImagesPosition':ImagesPosition,
'ImagesId':ImagesId,
'EchUUID':EchUUID,
}
}
DeleteEchImages = {
'action':'DeleteEchImages',
'parame':{
'EchId':EchId,
'ImagesPosition':ImagesPosition,
'ImagesId':ImagesId,
'EchUUID':EchUUID,
}
}
operateinfo = {
'action':'Create_ech',
'parame':{
'EchId':EchId,
'EchName':EchName,
'EchCpu':int(self.params['cpu']),
'EchMem':int(self.params['memory']),
'EchUUID':EchUUID,
'TapUUID':TapUUID,
'Tap':Tap,
'EchVNCPort':VNCPort,
'EchIp':EchIp,
'EchPlatform':ImageList.ImagesPlatform,
'ImagesId':ImagesId,
'ImagesPosition':SYSPosition,
'SYSPosition':SYSPosition,
'EchMac':EchMac,
},
}
#读取本地 存储list地址 如果地址为等于二 则 for 循环判断
GfsList = GfsInfo.objects.filter(Zone=self.Data['Zone']).filter(GfsId=PoolId)
GfsIps = ''
GfsIpList = []
if GfsList:
for g in xrange(len(GfsList)):
GfsIp = GfsList[g].GfsIp
MvEchStatus = NcloudLib.HttpRequest(MvEchInfo,GfsIp,35796)
if MvEchStatus['code'] == 0:
GfsIps = GfsIp
GfsIpList.append(GfsIps)
#设置状态为成功 0
else:
#判断当前 g值 如果为0 则直接跳出 如果为1 则删除0中的镜像
if g == 0:
break
else:
#删除上一次移动的镜像
MvEchStatus = NcloudLib.HttpRequest(DeleteEchImages,GfsIps,35796)
GfsIps = ''
if GfsIps != '':
#创建云主机
#print kvmDetail.KVMIp
#发送至KVM主机创建
Status = NcloudLib.HttpRequest(operateinfo,kvmDetail.KVMIp,35796)
#print Status
#如果创建成功 则生成disk磁盘数据
if Status['code'] == 0:
imageDetail.save()
#生成DISKUUID =
DiskUUID = str(uuid.uuid1())
#DiskLish = DiskInfo.objects.all().order_by('-CreateTime')[0:1]
'''
#if DiskLish:
for Disk in DiskLish:
DiskRawId = Disk.DiskId
DiskRawNum = DiskRawId.split('-')
#生成EId
DiskNum = int(DiskRawNum[1]) + 1
#生成DiskID
DiskId = 'd-%s' % DiskNum
#生成DiskNAME
DiskName = 'DZ%sZ' % DiskNum
else:
DiskNum = 1000001
#生成ECHID
DiskId = 'd-%s' % DiskNum
#生成DiskNAME
DiskName = 'DZ%sZ' % DiskNum
'''
DiskId = 'd-%s' % DiskUUID[:8]
DiskName = 'DZ%sZ' % DiskUUID[:8]
inDisk = DiskInfo(DiskId=DiskId,DiskName=DiskName,DiskVolume=SystemVolume,DiskZone=PoolId,DiskPosition=DiskPosition,DiskMount='vda',DiskAttr='system',EchId=EchId,UserId=self.Data['UserId'])
inDisk.save()
'''
for datavposition in params['data']:
if datavposition == '0':
pass
else:
#生成存储空间ID
diskindex = params['data'].index(datavposition)
DiskdataId = '%s-%s' % (DiskId,diskindex)
DiskdataName = DiskdataId.replace('-','')
DiskdataName = DiskdataName.upper()
DiskdataPosition = diskdata[diskindex]
if diskindex == 0:
DiskdataMount = 'vdb'
elif diskindex == 1:
DiskdataMount = 'vdc'
elif diskindex == 2:
DiskdataMount = 'vdd'
elif diskindex == 3:
DiskdataMount = 'vde'
inDiskdata = DiskInfo(DiskId=DiskdataId,DiskName=DiskdataName,DiskVolume=int(datavposition),DiskZone='SHJ1',DiskPosition=DiskdataPosition,DiskMount=DiskdataMount,DiskAttr='data',EchId=EchId,UserId=str(UserVncId.id))
inDiskdata.save()
'''
#获取MAC地址
'''
operateinfo = {'action':'ech_mac','parame':{'EchId':EchId,}}
EchMacOperateOut = NcloudLib.HttpRequest(operateinfo,kvmDetail.KVMIp,35796)
#print EchMacOperateOut
EchMac = EchMacOperateOut['macs']
'''
#print EchMac
inech = EchInfo(EchId=EchId,EchName=EchName,EchBewrite='',EchZone=self.params['zone'],EchCpu=int(self.params['cpu']),EchMemory=int(self.params['memory']),ImageId=self.params['image_id'],EchIp=EchIp,EchVncIp=kvmDetail.KVMIp,EchVncPort=VNCPort,EchPaymentType=0,EchPaymentDate=0,EchMacs=EchMac,TapUUID=TapUUID,EchUUID=EchUUID,TenantId=TenantId,VlanId=SegmentationId,UserId=self.Data['UserId'])
kvmDetail.save()
#d.save()
#ipDetail.save()
inech.save()
UserVncId = UserInfo.objects.get(id=self.Data['UserId'])
vncpasstoken = "%s%s%s" %(UserVncId.VNCPasswd,'NDZ',VNCPort)
#print vncpasstoken
vnchash = md5.new()
vnchash.update(vncpasstoken)
token = '%s: %s:%s\n' % (vnchash.hexdigest(),kvmDetail.KVMIp,VNCPort)
f = open("vnc_tokens",'a')
f.write(token)
f.close()
#添加MAC及IP至DHCP服务器
#EchMac、EchIp 、EchId
operateinfo = {
'action':'AddEchToSwitch',
'parame':{
'EchName':EchName,
'EchMacs':EchMac,
'EchIp':EchIp,
'Qdhcp':Qdhcp,
'Type':0,
}
}
HostOperateOut = NcloudLib.HttpRequest(operateinfo,'192.168.1.186',35796)
#print HostOperateOut
if HostOperateOut == 'done':
return HttpResponse('1')
else:
return HttpResponse('0')
return_data = {
'code':0,
'Status': '恭喜，创建云主机成功。',
'msg' : '恭喜，创建云主机成功。',
'Zone':self.Data['Zone'],
}
#创建EHC云主机结束
else:
#增加存储容量 storageInfo
for Gfsip in GfsIpList:
MvEchStatus = NcloudLib.HttpRequest(DeleteEchImages,Gfsip,35796)
return_data = {
'code':100002,
'Status': '无法创建移动用主机镜像文件',
'msg' : '对不起，暂时无法为您创建主机，请稍后再试，谢谢',
}
else:
return_data = {
'code':100002,
'Status': '无法创建移动用主机镜像文件',
'msg' : '对不起，暂时无法为您创建主机，请稍后再试，谢谢',
}
'''
DeleteEchImages = {
'action':'DeleteEchImages',
'parame':{
'EchId':EchId,
'ImagesPosition':ImagesPosition,
}
}
MvEchStatus = NcloudLib.HttpRequest(DeleteEchImages,GfsIp,35796)
'''
#如果成功继续 否则返回失败结果
else:
return_data = {
'code':100002,
'Status': '当前区域存储区域不能满足需求',
'msg' : '对不起，暂时无法为您创建主机，请稍后再试，谢谢',
}
else:
return_data = {
'code':100002,
'Status': '内网ip不能满足需求',
'msg' : '对不起，暂时无法为您创建主机，请稍后再试，谢谢',
}
else:
return_data = {
'code':100002,
'Status': 'system data no系统空间不足',
'msg' : '对不起，暂时无法为您创建主机，请稍后再试，谢谢',
}
else:
return_data = {
'code':100002,
'Status': 'KVM剩余CPU或MEM不足',
'msg' : '对不起，暂时无法为您创建主机，请稍后再试，谢谢',
}
return return_data
def __CreateRouter(self, VpcId, TenantId):
#生成UUID
#print '-------------------------------------'
#VrtId = 'vrt-' % str(uuid.uuid1())[:8]
Qrouter = 'qrouter-%s' % str(uuid.uuid1())
#Qrouter = 'qrouter-' % str(uuid.uuid1())[:8]
QrUUID = str(uuid.uuid1())
#QrUUID = 'qr-%s' % str(uuid.uuid1())[:11]
QRMac = NcloudLib.buildMac()
QgUUID = str(uuid.uuid1())
#QgUUID = 'qg-%s' % str(uuid.uuid1())[:11]
QGMac = NcloudLib.buildMac()
#print '-------------------------------------'
#RouterEips = StringField(max_length=50)
#RouterEipsId = StringField(max_length=50)
VpcIpList = VpcIpInfo.objects.filter(IpArea=self.Data['Zone']).filter(
Status=0)[0:1]
for VpcIpDetails in VpcIpList:
RouterEips = VpcIpDetails.IpAddress
EipsNetMask = VpcIpDetails.NetMask
RouterEipsId = str(VpcIpDetails.id)
EipsGateWay = VpcIpDetails.GateWay
VpcIpDetails.Status = 1
operateinfo = {
'action': 'Create_Router',
'parame': {
'Qrouter': Qrouter,
'QrUUID': QrUUID,
'QRMac': QRMac,
'QgUUID': QgUUID,
'QGMac': QGMac,
'RouterEips': RouterEips,
'EipsNetMask': EipsNetMask,
'EipsGateWay': EipsGateWay,
},
}
Status = NcloudLib.HttpRequest(operateinfo, '127.0.0.1', 35796)
#print Status
if Status['code'] == 0:
#print 'ssaaaaaaaaaaaaa'
#network 执行成功 插入数据
VrtId = 'vrt-%s' % str(uuid.uuid1())[:8]
VpcRouterInt = VpcRouter(VrtId=VrtId,
VrtName='-',
Status='ACTIVE',
VpcId=VpcId,
TenantId=TenantId,
Zone=self.Data['Zone'],
Qrouter=Qrouter,
QrUUID=QrUUID,
QRMac=QRMac,
QgUUID=QgUUID,
QGMac=QGMac,
RouterEips=RouterEips,
RouterEipsId=RouterEipsId,
UserId=self.Data['UserId'])
VtbId = 'vtb-%s' % str(uuid.uuid1())[:8]
TargetSubnets = '11.11.0.0/20'
VpcRouterTableInt = VpcRouterTable(VtbId=VtbId,
Status='ACTIVE',
TargetSubnets=TargetSubnets,
NextHop='-',
NextHopType='-',
Type=0,
VpcId=VpcId,
TenantId=TenantId,
VrtId=VrtId,
Zone=self.Data['Zone'],
UserId=self.Data['UserId'])
VpcRouterInt.save()
VpcRouterTableInt.save()
VpcIpDetails.save()
return_data = {
"code": 0,
}
else:
return_data = {
"coed": 1,
}
return return_data