def get_aliyun_dnat(akid, aksecret, region):
cloud_obj = IcicleAliyun(akid, aksecret, region) # get access to aliyun api
dnat_list = cloud_obj.fetch_dnat_entries()
# insert into db
for i in dnat_list:
ExternalPort = i['ExternalPort']
ExternalIp = i['ExternalIp']
InternalPort = i['InternalPort']
InternalIp = i['InternalIp']
row = AliyunDnat(ExternalPort=ExternalPort, ExternalIp=ExternalIp, InternalPort=InternalPort, InternalIp=InternalIp)
db.session.add(row)
db.session.commit() # commit the changes to the db
def get_aliyun_waf(akid, aksecret, region2, AccountName):
cloud_obj = IcicleAliyun(akid, aksecret, region2) # get access to aliyun api
waf = cloud_obj.fetch_waf()
for i in waf:
DomainName = i['Domain']
OriginAddress = ','.join(i['Profile']['Rs'])
HttpPort = ','.join([str(j) for j in i['Profile']['HttpPort']])
HttpsPort = ','.join([str(j) for j in i['Profile']['HttpsPort']])
Cname = i['Profile']['Cname']
AccountName = AccountName
row = AliyunWaf(DomainName=DomainName, OriginAddress=OriginAddress, HttpPort=HttpPort,
HttpsPort=HttpsPort, Cname=Cname, AccountName=AccountName)
db.session.add(row)
db.session.commit() # commit the changes to the db
def get_aliyun_cdn(akid, aksecret, region):
cloud_obj = IcicleAliyun(akid, aksecret, region) # get access to aliyun api
cdn = cloud_obj.fetch_cdn()
for i in cdn:
DomainName = i['DomainName']
Cname = i['Cname']
CreationTime = i['GmtCreated']
Coverage = i['Coverage']
OriginAddress = i['Sources']['Source'][0]['Content']
row = AliyunCdn(DomainName=DomainName, Cname=Cname, CreationTime=CreationTime,
Coverage=Coverage, OriginAddress=OriginAddress)
db.session.add(row)
db.session.commit() # commit the changes to the db
def get_aliyun_ssl(akid, aksecret, region, AccountName):
cloud_obj = IcicleAliyun(akid, aksecret, region) # get access to aliyun api
cert= cloud_obj.fetch_cert()['CertificateList']
for i in cert:
CertName = i['name']
CertId = i['id']
DomainName = i['sans']
Issuer = i['issuer']
StartDate = i['startDate']
EndDate = i['endDate']
AccountName = AccountName
row = AliyunSsl(CertName=CertName, CertId=CertId, DomainName=DomainName, Issuer=Issuer,
StartDate=StartDate, EndDate=EndDate, AccountName=AccountName)
db.session.add(row)
db.session.commit() # commit the changes to the db
def get_aliyun_rds(akid, aksecret, region, AccountName):
now = datetime.datetime.now().isoformat() # get the current time
last_m = (datetime.datetime.today() - datetime.timedelta(30)).strftime("%Y-%m") # last month
cloud_obj = IcicleAliyun(akid, aksecret, region) # get access to aliyun api
cloud_rdses = cloud_obj.fetch_rds_ins_ver()
cloud_prices = cloud_obj.fetch_price(last_m) # fetch price data of the last month
cloud_price_dict = {} # store price data in <instanceid:price> format
for i in cloud_prices:
try:
cloud_price_dict[i['InstanceID']] += i['PretaxAmount']
except:
cloud_price_dict[i['InstanceID']] = i['PretaxAmount']
for i in cloud_rdses:
DBInstanceId = i['DBInstanceId']
ConnectionString = i['ConnectionString']
ZoneId = i['ZoneId']
RegionId = i['RegionId']
Port = i['Port']
DBInstanceClass = i['DBInstanceClass']
DBInstanceCPU = i['DBInstanceCPU']
DBInstanceMemory = str(i['DBInstanceMemory'])
DBInstanceStorage = i['DBInstanceStorage']
CreationTime = i['CreationTime']
ExpireTime = i['ExpireTime']
Engine = i['Engine']
SecurityIPList = i['SecurityIPList']
MonthPrice = ""
try:
MonthPrice = str(cloud_price_dict[DBInstanceId])
except:
MonthPrice = ""
try:
DBInstanceDescription = i['DBInstanceDescription']
except:
DBInstanceDescription = DBInstanceId
row = AliyunRds(DBInstanceId=DBInstanceId, ConnectionString=ConnectionString,\
AccountName=AccountName, ZoneId=ZoneId, RegionId=RegionId,\
Port=Port, DBInstanceDescription=DBInstanceDescription, DBInstanceClass=DBInstanceClass,\
DBInstanceCPU=DBInstanceCPU, DBInstanceMemory=DBInstanceMemory, DBInstanceStorage=DBInstanceStorage,\
CreationTime=CreationTime, ExpireTime=ExpireTime, Engine=Engine, SecurityIPList=SecurityIPList,\
MonthPrice=MonthPrice)
db.session.add(row)
db.session.commit() # commit the changes to the db
def get_aliyun_ecs(akid, aksecret, region, AccountName):
now = datetime.datetime.now().isoformat() # get the current time
last_m = (datetime.datetime.today() - datetime.timedelta(30)).strftime("%Y-%m") # last month
#### ECS ####
cloud_obj = IcicleAliyun(akid, aksecret, region) # get access to aliyun api
cloud_servers = cloud_obj.fetch_ecs_info() # fetch ecs data
cloud_prices = cloud_obj.fetch_price(last_m) # fetch price data of the last month
cloud_price_dict = {} # store price data in <instanceid:price> format
for i in cloud_prices:
try:
cloud_price_dict[i['InstanceID']] += i['PretaxAmount']
except:
cloud_price_dict[i['InstanceID']] = i['PretaxAmount']
# obtain value of each column
for i in cloud_servers:
InstanceId = i['InstanceId']
InstanceName = i['InstanceName']
ZoneId = i['ZoneId']
RegionId = i['RegionId']
InstanceType = i['InstanceType']
PrivateIp = i['NetworkInterfaces']['NetworkInterface'][0]['PrimaryIpAddress']
PublicIP = i['EipAddress']['IpAddress']
Memory = str(i['Memory'])
Cpu = str(i['Cpu'])
OSName = i['OSName']
CreationTime = i['CreationTime']
MonthPrice = ""
try:
if InstanceId in cloud_price_dict.keys():
MonthPrice = str(cloud_price_dict[InstanceId])
except Exception as e:
MonthPrice = "Null"
# instantiate ecs table class
row = AliyunVm(InstanceId=InstanceId, InstanceName=InstanceName, ZoneId=ZoneId, \
RegionId=RegionId, AccountName=AccountName, InstanceType=InstanceType, \
PrivateIp=PrivateIp, PublicIP=PublicIP, Memory=Memory, Cpu=Cpu, \
OSName=OSName, CreationTime=CreationTime, MonthPrice=MonthPrice)
db.session.add(row) # add a row to the db session
db.session.commit() # commit the changes to the db
def get_aliyun_oss(akid, aksecret, region):
cloud_obj = IcicleAliyun(akid, aksecret, region) # get access to aliyun api
today = datetime.date.today()
year = today.year
month = today.month
this_start = '%s-%s-01' % (year, month)
this_end = '%s' % today
#上月时间
if (month - 1) > 0:
last_month = month - 1
else:
last_month = 12
year = year - 1
last_day = monthrange(year, last_month)[1]
last_start = '%s-%s-01' % (year, last_month)
last_end = '%s-%s-%s' % (year, last_month, last_day)
#创建获取数据的实例
data_this_month = MonthData(akid, aksecret, region, this_start, this_end)
data_last_month = MonthData(akid, aksecret, region, last_start, last_end)
#设置变量
BucketName = data_this_month.get_buc_name_usage()[0]
VolThisMon = data_this_month.get_buc_name_usage()[1]
VolLastMon = data_last_month.get_buc_name_usage()[1]
ReqThisMon = data_this_month.get_req()
ReqLastMon = data_last_month.get_req()
RecvThisMon = data_this_month.get_recv()
RecvLastMon = data_last_month.get_recv()
SendThisMon = data_this_month.get_send()
SendLastMon = data_last_month.get_send()
for co1,co2,co3,co4,co5,co6,co7,co8,co9 in zip(BucketName, VolThisMon, VolLastMon,
ReqThisMon, ReqLastMon,
RecvThisMon, RecvLastMon,
SendThisMon, SendLastMon):
row = AliyunOss(BucketName=co1,VolThisMon=co2,VolLastMon=co3,
ReqThisMon=co4,ReqLastMon=co5,
RecvThisMon=co6,RecvLastMon=co7,
SendThisMon=co8,SendLastMon=co9)
db.session.add(row)
db.session.commit() # commit the changes to the db
def generate():
"""
生成云平台资产信息.
"""
click.echo("Initializing database...")
db.drop_all() # drop all tables
db.create_all() # create all tables
click.echo("Database initialized.")
click.echo("Start generating data...")
if os.path.exists('/cmp/env/.env'):
load_dotenv(dotenv_path='/cmp/env/.env') # load environment variables
elif os.path.exists('/home/vagrant/cmp/cmp/env/.env'):
load_dotenv(dotenv_path='/home/vagrant/cmp/cmp/env/.env'
) # load environment variables
now = datetime.datetime.now().isoformat() # get the current time
last_m = (datetime.datetime.today() - datetime.timedelta(30)).strftime(
"%Y-%m") # last month
# aliyun user1 settings
user1_akid = os.getenv('user1_AccessKeyId')
user1_aksecret = os.getenv('user1_AccessKeySecret')
user1_region = os.getenv('user1_RegionId')
user1_region2 = os.getenv('user1_RegionId2')
user1_AccountName = os.getenv('user1_AccountName')
# aliyun user2 settings
user2_akid = os.getenv('user2_AccessKeyId')
user2_aksecret = os.getenv('user2_AccessKeySecret')
user2_region = os.getenv('user2_RegionId')
user2_region2 = os.getenv('user2_RegionId2')
user2_AccountName = os.getenv('user2_AccountName')
#### ECS ####
user1_cloud_obj = IcicleAliyun(user1_akid, user1_aksecret,
user1_region) # get access to aliyun api
user1_cloud_servers = user1_cloud_obj.fetch_ecs_info() # fetch ecs data
user1_cloud_prices = user1_cloud_obj.fetch_price(
last_m) # fetch price data of the last month
user1_cloud_price_dict = {
} # store price data in <instanceid:price> format
user2_cloud_obj = IcicleAliyun(user2_akid, user2_aksecret, user2_region)
user2_cloud_servers = user2_cloud_obj.fetch_ecs_info()
user2_cloud_prices = user2_cloud_obj.fetch_price(last_m)
user2_cloud_price_dict = {}
# user1 data processing
# format price data into a dict
for i in user1_cloud_prices:
try:
user1_cloud_price_dict[i['InstanceID']] += i['PaymentAmount']
except:
user1_cloud_price_dict[i['InstanceID']] = i['PaymentAmount']
# obtain value of each column
for i in user1_cloud_servers:
InstanceId = i['InstanceId']
InstanceName = i['InstanceName']
ZoneId = i['ZoneId']
RegionId = i['RegionId']
InstanceType = i['InstanceType']
PrivateIp = i['NetworkInterfaces']['NetworkInterface'][0][
'PrimaryIpAddress']
PublicIP = i['EipAddress']['IpAddress']
Memory = str(i['Memory'])
Cpu = str(i['Cpu'])
OSName = i['OSName']
CreationTime = i['CreationTime']
MonthPrice = ""
try:
if InstanceId in user1_cloud_price_dict.keys():
MonthPrice = str(user1_cloud_price_dict[InstanceId])
except Exception as e:
MonthPrice = "Null"
# instantiate ecs table class
row = AliyunVm(InstanceId=InstanceId, InstanceName=InstanceName, ZoneId=ZoneId, \
RegionId=RegionId, AccountName=user1_AccountName, InstanceType=InstanceType, \
PrivateIp=PrivateIp, PublicIP=PublicIP, Memory=Memory, Cpu=Cpu, \
OSName=OSName, CreationTime=CreationTime, MonthPrice=MonthPrice)
db.session.add(row) # add a row to the db session
# user2 data processing
for i in user2_cloud_prices:
try:
user2_cloud_price_dict[i['InstanceID']] += i['PaymentAmount']
except:
user2_cloud_price_dict[i['InstanceID']] = i['PaymentAmount']
for i in user2_cloud_servers:
InstanceId = i['InstanceId']
InstanceName = i['InstanceName']
ZoneId = i['ZoneId']
RegionId = i['RegionId']
InstanceType = i['InstanceType']
PrivateIp = i['NetworkInterfaces']['NetworkInterface'][0][
'PrimaryIpAddress']
PublicIP = i['EipAddress']['IpAddress']
Memory = str(i['Memory'])
Cpu = str(i['Cpu'])
OSName = i['OSName']
CreationTime = i['CreationTime']
MonthPrice = ""
try:
if InstanceId in user2_cloud_price_dict.keys():
MonthPrice = str(user2_cloud_price_dict[InstanceId])
except Exception as e:
MonthPrice = "Null"
row = AliyunVm(InstanceId=InstanceId, InstanceName=InstanceName, ZoneId=ZoneId, \
RegionId=RegionId, AccountName=user2_AccountName, InstanceType=InstanceType, \
PrivateIp=PrivateIp, PublicIP=PublicIP, Memory=Memory, Cpu=Cpu, \
OSName=OSName, CreationTime=CreationTime, MonthPrice=MonthPrice)
db.session.add(row)
db.session.commit() # commit the changes to the db
#### RDS ####
user1_cloud_rdses = user1_cloud_obj.fetch_rds_ins_ver()
user2_cloud_rdses = user2_cloud_obj.fetch_rds_ins_ver()
for i in user1_cloud_rdses:
DBInstanceId = i['DBInstanceId']
ConnectionString = i['ConnectionString']
ZoneId = i['ZoneId']
RegionId = i['RegionId']
Port = i['Port']
DBInstanceClass = i['DBInstanceClass']
DBInstanceCPU = i['DBInstanceCPU']
DBInstanceMemory = str(i['DBInstanceMemory'])
DBInstanceStorage = i['DBInstanceStorage']
CreationTime = i['CreationTime']
ExpireTime = i['ExpireTime']
Engine = i['Engine']
SecurityIPList = i['SecurityIPList']
MonthPrice = ""
try:
MonthPrice = str(user1_cloud_price_dict[DBInstanceId])
except:
MonthPrice = ""
try:
DBInstanceDescription = i['DBInstanceDescription']
except:
DBInstanceDescription = DBInstanceId
row = AliyunRds(DBInstanceId=DBInstanceId, ConnectionString=ConnectionString,\
AccountName=user1_AccountName, ZoneId=ZoneId, RegionId=RegionId,\
Port=Port, DBInstanceDescription=DBInstanceDescription, DBInstanceClass=DBInstanceClass,\
DBInstanceCPU=DBInstanceCPU, DBInstanceMemory=DBInstanceMemory, DBInstanceStorage=DBInstanceStorage,\
CreationTime=CreationTime, ExpireTime=ExpireTime, Engine=Engine, SecurityIPList=SecurityIPList,\
MonthPrice=MonthPrice)
db.session.add(row)
for i in user2_cloud_rdses:
DBInstanceId = i['DBInstanceId']
ConnectionString = i['ConnectionString']
ZoneId = i['ZoneId']
RegionId = i['RegionId']
Port = i['Port']
DBInstanceClass = i['DBInstanceClass']
DBInstanceCPU = i['DBInstanceCPU']
DBInstanceMemory = str(i['DBInstanceMemory'])
DBInstanceStorage = i['DBInstanceStorage']
CreationTime = i['CreationTime']
ExpireTime = i['ExpireTime']
Engine = i['Engine']
SecurityIPList = i['SecurityIPList']
MonthPrice = ""
try:
MonthPrice = str(user2_cloud_price_dict[DBInstanceId])
except:
MonthPrice = ""
try:
DBInstanceDescription = i['DBInstanceDescription']
except:
DBInstanceDescription = DBInstanceId
row = AliyunRds(DBInstanceId=DBInstanceId, ConnectionString=ConnectionString,\
AccountName=user2_AccountName, ZoneId=ZoneId, RegionId=RegionId,\
Port=Port, DBInstanceDescription=DBInstanceDescription, DBInstanceClass=DBInstanceClass,\
DBInstanceCPU=DBInstanceCPU, DBInstanceMemory=DBInstanceMemory, DBInstanceStorage=DBInstanceStorage,\
CreationTime=CreationTime, ExpireTime=ExpireTime, Engine=Engine, SecurityIPList=SecurityIPList,\
MonthPrice=MonthPrice)
db.session.add(row)
db.session.commit() # commit the changes to the db
#### Dnat ####
# fetch dnat list
user1_dnat_list = user1_cloud_obj.fetch_dnat_entries()
user2_dnat_list = user2_cloud_obj.fetch_dnat_entries()
# insert into db
for i in user1_dnat_list:
ExternalPort = i['ExternalPort']
ExternalIp = i['ExternalIp']
InternalPort = i['InternalPort']
InternalIp = i['InternalIp']
row = AliyunDnat(ExternalPort=ExternalPort,
ExternalIp=ExternalIp,
InternalPort=InternalPort,
InternalIp=InternalIp)
db.session.add(row)
for i in user2_dnat_list:
ExternalPort = i['ExternalPort']
ExternalIp = i['ExternalIp']
InternalPort = i['InternalPort']
InternalIp = i['InternalIp']
row = AliyunDnat(ExternalPort=ExternalPort,
ExternalIp=ExternalIp,
InternalPort=InternalPort,
InternalIp=InternalIp)
db.session.add(row)
db.session.commit() # commit the changes to the db
#### Cdn ####
user1_cdn = user1_cloud_obj.fetch_cdn()
for i in user1_cdn:
DomainName = i['DomainName']
Cname = i['Cname']
CreationTime = i['GmtCreated']
Coverage = i['Coverage']
OriginAddress = i['Sources']['Source'][0]['Content']
row = AliyunCdn(DomainName=DomainName,
Cname=Cname,
CreationTime=CreationTime,
Coverage=Coverage,
OriginAddress=OriginAddress)
db.session.add(row)
db.session.commit() # commit the changes to the db
#### Waf ####
user1_cloud_obj2 = IcicleAliyun(
user1_akid, user1_aksecret,
user1_region2) # waf needs the region to be cn-shangzhou
user1_waf = user1_cloud_obj2.fetch_waf()
for i in user1_waf:
DomainName = i['Domain']
OriginAddress = ','.join(i['Profile']['Rs'])
HttpPort = ','.join([str(j) for j in i['Profile']['HttpPort']])
HttpsPort = ','.join([str(j) for j in i['Profile']['HttpsPort']])
Cname = i['Profile']['Cname']
AccountName = user1_AccountName
row = AliyunWaf(DomainName=DomainName,
OriginAddress=OriginAddress,
HttpPort=HttpPort,
HttpsPort=HttpsPort,
Cname=Cname,
AccountName=AccountName)
db.session.add(row)
user2_cloud_obj2 = IcicleAliyun(
user2_akid, user2_aksecret,
user2_region2) # waf needs the region to be cn-shangzhou
user2_waf = user2_cloud_obj2.fetch_waf()
for i in user2_waf:
DomainName = i['Domain']
OriginAddress = ','.join(i['Profile']['Rs'])
HttpPort = ','.join([str(j) for j in i['Profile']['HttpPort']])
HttpsPort = ','.join([str(j) for j in i['Profile']['HttpsPort']])
Cname = i['Profile']['Cname']
AccountName = user1_AccountName
row = AliyunWaf(DomainName=DomainName,
OriginAddress=OriginAddress,
HttpPort=HttpPort,
HttpsPort=HttpsPort,
Cname=Cname,
AccountName=AccountName)
db.session.add(row)
db.session.commit() # commit the changes to the db
#### Ssl ####
user1_cert = user1_cloud_obj.fetch_cert()['CertificateList']
for i in user1_cert:
CertName = i['name']
CertId = i['id']
DomainName = i['sans']
Issuer = i['issuer']
StartDate = i['startDate']
EndDate = i['endDate']
AccountName = user1_AccountName
row = AliyunSsl(CertName=CertName,
CertId=CertId,
DomainName=DomainName,
Issuer=Issuer,
StartDate=StartDate,
EndDate=EndDate,
AccountName=AccountName)
db.session.add(row)
user2_cert = user2_cloud_obj.fetch_cert()['CertificateList']
for i in user2_cert:
CertName = i['name']
CertId = i['id']
DomainName = i['sans']
Issuer = i['issuer']
StartDate = i['startDate']
EndDate = i['endDate']
AccountName = user2_AccountName
row = AliyunSsl(CertName=CertName,
CertId=CertId,
DomainName=DomainName,
Issuer=Issuer,
StartDate=StartDate,
EndDate=EndDate,
AccountName=AccountName)
db.session.add(row)
db.session.commit() # commit the changes to the db
#### Oss ####
#当前时间
today = datetime.date.today()
year = today.year
month = today.month
this_start = '%s-%s-01' % (year, month)
this_end = '%s' % today
#上月时间
if (month - 1) > 0:
last_month = month - 1
else:
last_month = 12
year = year - 1
last_day = monthrange(year, last_month)[1]
last_start = '%s-%s-01' % (year, last_month)
last_end = '%s-%s-%s' % (year, last_month, last_day)
#创建获取数据的实例
user1_data_this_month = MonthData(user1_akid, user1_aksecret, user1_region,
this_start, this_end)
user1_data_last_month = MonthData(user1_akid, user1_aksecret, user1_region,
last_start, last_end)
#设置变量
BucketName = user1_data_this_month.get_buc_name_usage()[0]
VolThisMon = user1_data_this_month.get_buc_name_usage()[1]
VolLastMon = user1_data_last_month.get_buc_name_usage()[1]
ReqThisMon = user1_data_this_month.get_req()
ReqLastMon = user1_data_last_month.get_req()
RecvThisMon = user1_data_this_month.get_recv()
RecvLastMon = user1_data_last_month.get_recv()
SendThisMon = user1_data_this_month.get_send()
SendLastMon = user1_data_last_month.get_send()
for co1, co2, co3, co4, co5, co6, co7, co8, co9 in zip(
BucketName, VolThisMon, VolLastMon, ReqThisMon, ReqLastMon,
RecvThisMon, RecvLastMon, SendThisMon, SendLastMon):
row = AliyunOss(BucketName=co1,
VolThisMon=co2,
VolLastMon=co3,
ReqThisMon=co4,
ReqLastMon=co5,
RecvThisMon=co6,
RecvLastMon=co7,
SendThisMon=co8,
SendLastMon=co9)
db.session.add(row)
db.session.commit() # commit the changes to the db
#### Oracle Cloud Vm ####
oc_obj = IcicleOracle()
oc_vm_list = oc_obj.makeVmList()
for i in oc_vm_list:
row = OcVm(Name=i['display_name'],
PrivateIp=i['private_ip'],
PublicIp=i['public_ip'],
Zone=i['availability_domain'],
State=i['lifecycle_state'],
Shape=i['shape'],
NumOfCpu=i['cpus'],
CpuDesc=i['processor_description'],
Memory=i['memory'],
Bandwidth=i['bandwidth'],
CreatedOn=i['time_created'])
db.session.add(row)
db.session.commit() # commit the changes to the db
#### Azure ####
az_obj = IcicleAzure()
# vm
az_vms = az_obj.getVmList()
for i in az_vms:
row = AzVm(Name=i['name'],
PrivateIp=i['privateIps'],
PublicIp=i['publicIps'],
HardwareProfile=i['hardwareProfile']['vmSize'],
ResourceGroup=i['resourceGroup'],
Location=i['location'],
OsDiskSizeGb=i['OsDiskSizeGb'],
DataDiskSizeGb=i['DataDiskSizeGb'],
Image=i['image'])
db.session.add(row)
db.session.commit() # commit the changes to the db
# db
az_dbs = az_obj.getDbList()
for i in az_dbs:
row = AzDb(Name=i['name'],
CreationDate=i['creationDate'],
ResourceGroup=i['resourceGroup'],
Location=i['location'],
UsedBytes=i['usedBytes'],
MaxSizeBytes=i['maxSizeBytes'],
Status=i['status'],
EarliestRestoreDate=i['earliestRestoreDate'],
Type=i['type'],
Tier=i['tier'],
Collation=i['collation'])
db.session.add(row)
db.session.commit() # commit the changes to the db
# dnspod
login_token = os.getenv('LOGIN_TOKEN')
dp_obj = IcicleDnsPod(login_token)
dns_list = dp_obj.get_dns_list()
for i in dns_list:
id = i['id']
name = i['name']
created_on = i['created_on']
updated_on = i['updated_on']
records = i['records']
row = DnsPodDomains(DomainId=id,
DomainName=name,
CreationTime=created_on,
UpdateTime=updated_on,
Records=records)
db.session.add(row)
dns_records = dp_obj.get_record_list()
for i in dns_records:
ParentDomain = i['domain']['name']
for j in i['records']:
ChildDomain = j['name']
Value = j['value'].rstrip('.')
UpdateTime = j['updated_on']
Type = j['type']
Enabled = j['enabled']
row = DnsPodRecords(ChildDomain=ChildDomain,
ParentDomain=ParentDomain,
Value=Value,
UpdateTime=UpdateTime,
Type=Type,
Enabled=Enabled)
db.session.add(row)
db.session.commit() # commit the changes to the db
click.echo("All data has been successfully generated.")