def getImage(imageNo):
dict = {}
conn = MysqlConnector()
imageTable = conn.getTable("IMAGE")
image = conn.selectOne(imageTable.select(imageTable.c.IMAGE_NO==imageNo))
if image is None:
return dict
platformTable = conn.getTable("PLATFORM")
platform = conn.selectOne(platformTable.select(platformTable.c.PLATFORM_NO == image["PLATFORM_NO"]))
dict = {}
dict.update({"platformNo": image["PLATFORM_NO"]})
dict.update({"os": image["OS"]})
dict.update({"type": platform["PLATFORM_TYPE"]})
if dict["type"] == "aws":
awsImageTable = conn.getTable("IMAGE_AWS")
awsImage = conn.selectOne(awsImageTable.select(awsImageTable.c.IMAGE_NO==imageNo))
dict.update({"imageId": awsImage["IMAGE_ID"]})
dict.update({"kernelId": awsImage["KERNEL_ID"]})
dict.update({"ramdiskId": awsImage["RAMDISK_ID"]})
dict.update({"instanceTypes": awsImage["INSTANCE_TYPES"]})
if awsImage["EBS_IMAGE"] == 0 :
dict.update({"ebsImage": "false"})
else:
dict.update({"ebsImage": "true"})
elif dict["type"] == "vmware":
vmwImageTable = conn.getTable("IMAGE_VMEARE")
vmwImage = conn.selectOne(vmwImageTable.select(vmwImageTable.c.IMAGE_NO==imageNo))
dict.update({"templateName": vmwImage["TEMPLATE_NAME"]})
dict.update({"instanceTypes": vmwImage["INSTANCE_TYPES"]})
elif dict["type"] == "nifty":
niftyImageTable = conn.getTable("IMAGE_NIFTY")
niftyImage = conn.selectOne(niftyImageTable.select(niftyImageTable.c.IMAGE_NO==imageNo))
dict.update({"imageId": niftyImage["IMAGE_ID"]})
dict.update({"instanceTypes": niftyImage["INSTANCE_TYPES"]})
elif dict["type"] == "cloudstack":
csImageTable = conn.getTable("IMAGE_CLOUDSTACK")
csImage = conn.selectOne(csImageTable.select(csImageTable.c.IMAGE_NO==imageNo))
dict.update({"templateId": csImage["TEMPLATE_ID"]})
dict.update({"instanceTypes": csImage["INSTANCE_TYPES"]})
elif dict["type"] == "vcloud":
vcImageTable = conn.getTable("IMAGE_VCLOUD")
vcImage = conn.selectOne(vcImageTable.select(vcImageTable.c.IMAGE_NO==imageNo))
dict.update({"templateName": vcImage["TEMPLATE_NAME"]})
dict.update({"instanceTypes": vcImage["INSTANCE_TYPES"]})
elif dict["type"] == "openstack":
osImageTable = conn.getTable("IMAGE_OPENSTACK")
osImage = conn.selectOne(osImageTable.select(osImageTable.c.IMAGE_NO==imageNo))
dict.update({"imageId": osImage["IMAGE_ID"]})
dict.update({"instanceTypes": osImage["INSTANCE_TYPES"]})
return dict
def iaasSelect(user, platformNo, isLb = False):
logger = IaasLogger()
conn = MysqlConnector(user)
'''プラットフォームを判断しユーザー情報を取得する
'''
platforminfo = getPlatformProperty(platformNo)
platformType = platforminfo["platformType"]
platformName = platforminfo["platformName"]
logger.info(u" Platform::No[%s]::種別[%s]::名称[%s]" % (str(platformNo), platformType, platformName))
#ユーザー取得
userTable = conn.getTable("USER")
userinfo = conn.selectOne(userTable.select(userTable.c.USER_NO==user))
iaasController = None
if platformType == "aws":
if platformName == "eucalyptus":
return
#EC2 およびユーカリ
#AWS_CERTIFICATE 取得
certificateTable = conn.getTable("AWS_CERTIFICATE")
certificate = conn.selectOne(certificateTable.select(and_(certificateTable.c.USER_NO==user, certificateTable.c.PLATFORM_NO==platformNo)))
accessInfo = {"ACCESS_ID": str(certificate["AWS_ACCESS_ID"]), "SECRET_KEY": str(certificate["AWS_SECRET_KEY"]), "USER": user, "USER_NAME": userinfo["USERNAME"]}
iaasController = EC2Controller(conn, accessInfo, platforminfo, isLb)
elif platformType == "vmware":
#vmware
pass
elif platformType == "nifty":
#nifty
pass
elif platformType == "cloudstack":
#CloudStack
certificateTable = conn.getTable("CLOUDSTACK_CERTIFICATE")
certificate = conn.selectOne(certificateTable.select(and_(certificateTable.c.ACCOUNT==user, certificateTable.c.PLATFORM_NO==platformNo)))
accessInfo = {"ACCESS_ID": str(certificate["CLOUDSTACK_ACCESS_ID"]), "SECRET_KEY": str(certificate["CLOUDSTACK_SECRET_KEY"]), "USER": user, "USER_NAME": userinfo["USERNAME"]}
iaasController = CloudStackController(conn, accessInfo, platforminfo)
else:
raise IaasException("PlatformError", platformNo)
return iaasController
def getOpenStackInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformosTable = conn.getTable("PLATFORM_OPENSTACK")
platformos = conn.selectOne(platformosTable.select(platformosTable.c.PLATFORM_NO == pltfmNo))
if platformos is not None:
dict.update({"URL": platformos["URL"]})
dict.update({"TENANT_ID": platformos["TENANT_ID"]})
dict.update({"TENANT_NM": platformos["TENANT_NM"]})
return dict
def getOpenStackInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformosTable = conn.getTable("PLATFORM_OPENSTACK")
platformos = conn.selectOne(
platformosTable.select(platformosTable.c.PLATFORM_NO == pltfmNo))
if platformos is not None:
dict.update({"URL": platformos["URL"]})
dict.update({"TENANT_ID": platformos["TENANT_ID"]})
dict.update({"TENANT_NM": platformos["TENANT_NM"]})
return dict
def getProxy():
conn = MysqlConnector()
proxyTable = conn.getTable("PROXY")
proxyinfo = conn.selectOne(proxyTable.select())
dict = {}
if proxyinfo is not None:
dict.update({"host": proxyinfo["HOST"]})
dict.update({"port": proxyinfo["PORT"]})
dict.update({"user": proxyinfo["USER"]})
dict.update({"pass": proxyinfo["PASSWORD"]})
return dict
def getVCloudInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformcsTable = conn.getTable("PLATFORM_VCLOUD")
platformcs = conn.selectOne(platformcsTable.select(platformcsTable.c.PLATFORM_NO == pltfmNo))
if platformcs is not None:
dict.update({"host": platformcs["HOST"]})
dict.update({"path": platformcs["PATH"]})
dict.update({"port": str(platformcs["PORT"])})
dict.update({"secure": platformcs["SECURE"]})
return dict
def getProxy():
conn = MysqlConnector()
proxyTable = conn.getTable("PROXY")
proxyinfo = conn.selectOne(proxyTable.select())
dict = {}
if proxyinfo is not None:
dict.update({"host": proxyinfo["HOST"]})
dict.update({"port": proxyinfo["PORT"]})
dict.update({"user": proxyinfo["USER"]})
dict.update({"pass": proxyinfo["PASSWORD"]})
return dict
def getVCloudInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformcsTable = conn.getTable("PLATFORM_VCLOUD")
platformcs = conn.selectOne(platformcsTable.select(platformcsTable.c.PLATFORM_NO == pltfmNo))
if platformcs is not None:
dict.update({"host": platformcs["URL"]})
dict.update({"org": platformcs["ORG_NAME"]})
dict.update({"vdc": str(platformcs["VDC_NAME"])})
dict.update({"secure": platformcs["SECURE"]})
dict.update({"timeout": platformcs["TIMEOUT"]})
dict.update({"defnetwork": platformcs["DEF_NETWORK"]})
return dict
def getPlatformProperty(pltfmNo):
dict = {}
conn = MysqlConnector()
platformTable = conn.getTable("PLATFORM")
platform = conn.selectOne(platformTable.select(platformTable.c.PLATFORM_NO == pltfmNo))
if platform is not None:
dict.update({"platformNo": str(platform["PLATFORM_NO"])})
dict.update({"platformName": platform["PLATFORM_NAME"]})
dict.update({"platformNameDisp": platform["PLATFORM_NAME_DISP"]})
dict.update({"platformSimplenameDip": platform["PLATFORM_SIMPLENAME_DISP"]})
dict.update({"internal": platform["INTERNAL"]})
dict.update({"proxy": platform["PROXY"]})
dict.update({"platformType": platform["PLATFORM_TYPE"]})
return dict
def getCloudStackInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformcsTable = conn.getTable("PLATFORM_CLOUDSTACK")
platformcs = conn.selectOne(platformcsTable.select(platformcsTable.c.PLATFORM_NO == pltfmNo))
if platformcs is not None:
dict.update({"host": platformcs["HOST"]})
dict.update({"path": platformcs["PATH"]})
dict.update({"port": str(platformcs["PORT"])})
dict.update({"secure": platformcs["SECURE"]})
dict.update({"timeout": platformcs["TIMEOUT"]})
dict.update({"device": platformcs["DEVICE_TYPE"]})
dict.update({"hostid": platformcs["HOST_ID"]})
return dict
def getVCloudInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformcsTable = conn.getTable("PLATFORM_VCLOUD")
platformcs = conn.selectOne(
platformcsTable.select(platformcsTable.c.PLATFORM_NO == pltfmNo))
if platformcs is not None:
dict.update({"host": platformcs["URL"]})
dict.update({"org": platformcs["ORG_NAME"]})
dict.update({"vdc": str(platformcs["VDC_NAME"])})
dict.update({"secure": platformcs["SECURE"]})
dict.update({"timeout": platformcs["TIMEOUT"]})
dict.update({"defnetwork": platformcs["DEF_NETWORK"]})
return dict
def getCloudStackInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformcsTable = conn.getTable("PLATFORM_CLOUDSTACK")
platformcs = conn.selectOne(
platformcsTable.select(platformcsTable.c.PLATFORM_NO == pltfmNo))
if platformcs is not None:
dict.update({"host": platformcs["HOST"]})
dict.update({"path": platformcs["PATH"]})
dict.update({"port": str(platformcs["PORT"])})
dict.update({"secure": platformcs["SECURE"]})
dict.update({"timeout": platformcs["TIMEOUT"]})
dict.update({"device": platformcs["DEVICE_TYPE"]})
dict.update({"hostid": platformcs["HOST_ID"]})
return dict
def getPlatformProperty(pltfmNo):
dict = {}
conn = MysqlConnector()
platformTable = conn.getTable("PLATFORM")
platform = conn.selectOne(
platformTable.select(platformTable.c.PLATFORM_NO == pltfmNo))
if platform is not None:
dict.update({"platformNo": str(platform["PLATFORM_NO"])})
dict.update({"platformName": platform["PLATFORM_NAME"]})
dict.update({"platformNameDisp": platform["PLATFORM_NAME_DISP"]})
dict.update(
{"platformSimplenameDip": platform["PLATFORM_SIMPLENAME_DISP"]})
dict.update({"internal": platform["INTERNAL"]})
dict.update({"proxy": platform["PROXY"]})
dict.update({"platformType": platform["PLATFORM_TYPE"]})
return dict
def getAwsInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformawsTable = conn.getTable("PLATFORM_AWS")
platformaws = conn.selectOne(platformawsTable.select(platformawsTable.c.PLATFORM_NO == pltfmNo))
if platformaws is not None:
dict.update({"host": platformaws["HOST"]})
dict.update({"port": platformaws["PORT"]})
dict.update({"secure": platformaws["SECURE"]})
if platformaws["EUCA"] == 0 :
dict.update({"euca": "false"})
else:
dict.update({"euca": "true"})
if platformaws["VPC"] == 0 :
dict.update({"vpc": "false"})
else:
dict.update({"vpc": "true"})
dict.update({"zone": platformaws["AVAILABILITY_ZONE"]})
dict.update({"region": platformaws["REGION"]})
return dict
def getAwsInfo(pltfmNo):
dict = {}
conn = MysqlConnector()
platformawsTable = conn.getTable("PLATFORM_AWS")
platformaws = conn.selectOne(
platformawsTable.select(platformawsTable.c.PLATFORM_NO == pltfmNo))
if platformaws is not None:
dict.update({"host": platformaws["HOST"]})
dict.update({"port": platformaws["PORT"]})
dict.update({"secure": platformaws["SECURE"]})
if platformaws["EUCA"] == 0:
dict.update({"euca": "false"})
else:
dict.update({"euca": "true"})
if platformaws["VPC"] == 0:
dict.update({"vpc": "false"})
else:
dict.update({"vpc": "true"})
dict.update({"zone": platformaws["AVAILABILITY_ZONE"]})
dict.update({"region": platformaws["REGION"]})
return dict
def iaasSelect(user, platformNo, isLb=False):
logger = IaasLogger()
conn = MysqlConnector(user)
'''プラットフォームを判断しユーザー情報を取得する
'''
platforminfo = getPlatformProperty(platformNo)
platformType = platforminfo["platformType"]
platformName = platforminfo["platformName"]
logger.info(u" Platform::No[%s]::種別[%s]::名称[%s]" %
(str(platformNo), platformType, platformName))
#ユーザー取得
userTable = conn.getTable("USER")
userinfo = conn.selectOne(userTable.select(userTable.c.USER_NO == user))
iaasController = None
if platformType == "aws":
if platformName == "eucalyptus":
return
#EC2 およびユーカリ
#AWS_CERTIFICATE 取得
certificateTable = conn.getTable("AWS_CERTIFICATE")
certificate = conn.selectOne(
certificateTable.select(
and_(certificateTable.c.USER_NO == user,
certificateTable.c.PLATFORM_NO == platformNo)))
accessInfo = {
"ACCESS_ID": str(certificate["AWS_ACCESS_ID"]),
"SECRET_KEY": str(certificate["AWS_SECRET_KEY"]),
"USER": user,
"USER_NAME": userinfo["USERNAME"]
}
iaasController = EC2Controller(conn, accessInfo, platforminfo, isLb)
elif platformType == "vmware":
#vmware
pass
elif platformType == "nifty":
#nifty
pass
elif platformType == "cloudstack":
#CloudStack
certificateTable = conn.getTable("CLOUDSTACK_CERTIFICATE")
certificate = conn.selectOne(
certificateTable.select(
and_(certificateTable.c.ACCOUNT == user,
certificateTable.c.PLATFORM_NO == platformNo)))
accessInfo = {
"ACCESS_ID": str(certificate["CLOUDSTACK_ACCESS_ID"]),
"SECRET_KEY": str(certificate["CLOUDSTACK_SECRET_KEY"]),
"USER": user,
"USER_NAME": userinfo["USERNAME"]
}
iaasController = CloudStackController(conn, accessInfo, platforminfo)
elif platformType == "vcloud":
#vCloud
certificateTable = conn.getTable("VCLOUD_CERTIFICATE")
certificate = conn.selectOne(
certificateTable.select(
and_(certificateTable.c.USER_NO == user,
certificateTable.c.PLATFORM_NO == platformNo)))
accessInfo = {
"ACCESS_ID": str(certificate["VCLOUD_ACCESS_ID"]),
"SECRET_KEY": str(certificate["VCLOUD_SECRET_KEY"]),
"USER": user,
"USER_NAME": userinfo["USERNAME"]
}
iaasController = VCloudController(conn, accessInfo, platforminfo)
elif platformType == "azure":
#Azure
certificateTable = conn.getTable("AZURE_CERTIFICATE")
certificate = conn.selectOne(
certificateTable.select(
and_(certificateTable.c.USER_NO == user,
certificateTable.c.PLATFORM_NO == platformNo)))
accessInfo = {
"SUBSCRIPTION_ID": certificate["SUBSCRIPTION_ID"],
"CERTIFICATE": certificate["CERTIFICATE"],
"USER": user,
"USER_NAME": userinfo["USERNAME"]
}
iaasController = AzureController(conn, accessInfo, platforminfo)
elif platformType == "openstack":
#OpenStack
certificateTable = conn.getTable("OPENSTACK_CERTIFICATE")
certificate = conn.selectOne(
certificateTable.select(
and_(certificateTable.c.USER_NO == user,
certificateTable.c.PLATFORM_NO == platformNo)))
accessInfo = {
"OS_ACCESS_ID": certificate["OS_ACCESS_ID"],
"OS_SECRET_KEY": certificate["OS_SECRET_KEY"]
}
iaasController = OpenStackController(conn, accessInfo, platforminfo)
else:
raise IaasException("PlatformError", platformNo)
return iaasController
# (at your option) any later version.
#
# PrimeCloud Controller(TM) is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with PrimeCloud Controller(TM). If not, see <http://www.gnu.org/licenses/>.
#
from iaasgw.db.mysqlConnector import MysqlConnector
if __name__ == '__main__':
conn = MysqlConnector()
#session = conn.getSession()
table = conn.getTable("user")
instanceId = "test"
#AWS_INSTANCE 取得
table = conn.getTable("AWS_INSTANCE")
awsInstance = conn.selectOne(table.select(table.c.INSTANCE_NO==instanceId))
#PCC_INSTANCE 取得
table = conn.getTable("INSTANCE")
pccInstance = conn.selectOne(table.select(table.c.INSTANCE_NO==instanceId))
#イメージ取得 再考の余地あり
print awsInstance
# (at your option) any later version.
#
# PrimeCloud Controller(TM) is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with PrimeCloud Controller(TM). If not, see <http://www.gnu.org/licenses/>.
#
from iaasgw.db.mysqlConnector import MysqlConnector
if __name__ == '__main__':
conn = MysqlConnector()
#session = conn.getSession()
table = conn.getTable("user")
instanceId = "test"
#AWS_INSTANCE 取得
table = conn.getTable("AWS_INSTANCE")
awsInstance = conn.selectOne(
table.select(table.c.INSTANCE_NO == instanceId))
#PCC_INSTANCE 取得
table = conn.getTable("INSTANCE")
pccInstance = conn.selectOne(
table.select(table.c.INSTANCE_NO == instanceId))
#イメージ取得 再考の余地あり
print awsInstance
def getImage(imageNo):
dict = {}
conn = MysqlConnector()
imageTable = conn.getTable("IMAGE")
image = conn.selectOne(imageTable.select(imageTable.c.IMAGE_NO == imageNo))
if image is None:
return dict
platformTable = conn.getTable("PLATFORM")
platform = conn.selectOne(
platformTable.select(
platformTable.c.PLATFORM_NO == image["PLATFORM_NO"]))
dict = {}
dict.update({"platformNo": image["PLATFORM_NO"]})
dict.update({"os": image["OS"]})
dict.update({"type": platform["PLATFORM_TYPE"]})
if dict["type"] == "aws":
awsImageTable = conn.getTable("IMAGE_AWS")
awsImage = conn.selectOne(
awsImageTable.select(awsImageTable.c.IMAGE_NO == imageNo))
dict.update({"imageId": awsImage["IMAGE_ID"]})
dict.update({"kernelId": awsImage["KERNEL_ID"]})
dict.update({"ramdiskId": awsImage["RAMDISK_ID"]})
dict.update({"instanceTypes": awsImage["INSTANCE_TYPES"]})
if awsImage["EBS_IMAGE"] == 0:
dict.update({"ebsImage": "false"})
else:
dict.update({"ebsImage": "true"})
elif dict["type"] == "vmware":
vmwImageTable = conn.getTable("IMAGE_VMEARE")
vmwImage = conn.selectOne(
vmwImageTable.select(vmwImageTable.c.IMAGE_NO == imageNo))
dict.update({"templateName": vmwImage["TEMPLATE_NAME"]})
dict.update({"instanceTypes": vmwImage["INSTANCE_TYPES"]})
elif dict["type"] == "nifty":
niftyImageTable = conn.getTable("IMAGE_NIFTY")
niftyImage = conn.selectOne(
niftyImageTable.select(niftyImageTable.c.IMAGE_NO == imageNo))
dict.update({"imageId": niftyImage["IMAGE_ID"]})
dict.update({"instanceTypes": niftyImage["INSTANCE_TYPES"]})
elif dict["type"] == "cloudstack":
csImageTable = conn.getTable("IMAGE_CLOUDSTACK")
csImage = conn.selectOne(
csImageTable.select(csImageTable.c.IMAGE_NO == imageNo))
dict.update({"templateId": csImage["TEMPLATE_ID"]})
dict.update({"instanceTypes": csImage["INSTANCE_TYPES"]})
elif dict["type"] == "vcloud":
vcImageTable = conn.getTable("IMAGE_VCLOUD")
vcImage = conn.selectOne(
vcImageTable.select(vcImageTable.c.IMAGE_NO == imageNo))
dict.update({"templateName": vcImage["TEMPLATE_NAME"]})
dict.update({"instanceTypes": vcImage["INSTANCE_TYPES"]})
elif dict["type"] == "openstack":
osImageTable = conn.getTable("IMAGE_OPENSTACK")
osImage = conn.selectOne(
osImageTable.select(osImageTable.c.IMAGE_NO == imageNo))
dict.update({"imageId": osImage["IMAGE_ID"]})
dict.update({"instanceTypes": osImage["INSTANCE_TYPES"]})
return dict