def main(args):
client = Reseller2Client(domain=args.domain)
client.client_login(email=args.admin,
password=args.password,
source="edt-reseller2.0-tokendump")
writer = csv.DictWriter(open(args.out, 'wb'),
fieldnames=[
'domain',
'token',
'expiry',
'edition',
'maximumNumberOfUsers',
'countryCode',
'creationTime',
'isSuspended'
])
writer.writeheader()
for entry in client.get_all_domains():
# pull out the domainName
domainName = entry._other_elements[1]._other_attributes['value']
print "Fetching info for %s ..." % domainName
# fetch the transfer tokens
token_entry = client.get_transfer_token(domain=domainName)
# pull out the values of interest.
expiry = token_entry._other_elements[1]._other_attributes['value']
token = token_entry._other_elements[2]._other_attributes['value']
# fetch information about a domain
domain_entry = client.get_domain(domain=domainName)
# see if the domain is in a suspended state.
suspend_entry = client.get_suspend_status(domainName)
isSuspended = suspend_entry._other_elements[1]._other_attributes['value']
# pull out values of interest.
edition = domain_entry._other_elements[1]._other_attributes['value']
maximumNumberOfUsers = domain_entry._other_elements[2]._other_attributes['value']
countryCode = domain_entry._other_elements[3]._other_attributes['value']
creationTime = domain_entry._other_elements[5]._other_attributes['value']
writer.writerow({
'domain': domainName.encode('ascii', 'ignore'),
'token': token,
'expiry': expiry,
'edition': edition,
'maximumNumberOfUsers': maximumNumberOfUsers,
'countryCode': countryCode.encode('ascii', 'ignore'),
'creationTime': creationTime,
'isSuspended': isSuspended
})
# keep the QPS something reasonable.
time.sleep(1)
def main(args):
client = Reseller2Client(domain=args.domain)
auth_token = client.client_login(email=args.admin,
password=args.password,
source="edt-reseller2.0-tokendump")
prov_client = MultiDomainProvisioningClient(domain=args.domain)
prov_client.auth_token = auth_token
writer = csv.DictWriter(open(args.out, 'wb'),
fieldnames=[
'domain', 'token', 'expiry', 'edition',
'maximumNumberOfUsers', 'countryCode',
'creationTime', 'isSuspended', 'userCount'
])
writer.writeheader()
for entry in client.get_all_domains():
# pull out the domainName
domainName = entry._other_elements[1]._other_attributes['value']
print "Fetching info for %s ..." % domainName
# fetch the transfer tokens
token_entry = client.get_transfer_token(domain=domainName)
# pull out the values of interest.
expiry = token_entry._other_elements[1]._other_attributes['value']
token = token_entry._other_elements[2]._other_attributes['value']
# fetch information about a domain
domain_entry = client.get_domain(domain=domainName)
# see if the domain is in a suspended state.
isSuspended = "UNKNOWN"
for n in range(0, 5):
try:
suspend_entry = client.get_suspend_status(domainName)
isSuspended = suspend_entry._other_elements[
1]._other_attributes['value']
break
except RequestError:
time.sleep((2**n) + random.random())
# pull out values of interest.
edition = domain_entry._other_elements[1]._other_attributes['value']
maximumNumberOfUsers = domain_entry._other_elements[
2]._other_attributes['value']
countryCode = domain_entry._other_elements[3]._other_attributes[
'value']
creationTime = domain_entry._other_elements[5]._other_attributes[
'value']
# attempt to find the current user count of the entire instance.
prov_client.domain = domainName
userCount = "UNKNOWN"
for n in range(0, 5):
try:
userCount = len(prov_client.retrieve_all_users().entry)
break
except RequestError:
time.sleep((2**n) + random.random())
writer.writerow({
'domain': domainName.encode('ascii', 'ignore'),
'token': token,
'expiry': expiry,
'edition': edition,
'maximumNumberOfUsers': maximumNumberOfUsers,
'countryCode': countryCode.encode('ascii', 'ignore'),
'creationTime': creationTime,
'isSuspended': isSuspended,
'userCount': userCount
})
# keep the QPS something reasonable.
time.sleep(1)
def main(args):
client = Reseller2Client(domain=args.domain)
auth_token = client.client_login(email=args.admin,
password=args.password,
source="edt-reseller2.0-tokendump")
prov_client = MultiDomainProvisioningClient(domain=args.domain)
prov_client.auth_token = auth_token
writer = csv.DictWriter(open(args.out, 'wb'),
fieldnames=[
'domain',
'token',
'expiry',
'edition',
'maximumNumberOfUsers',
'countryCode',
'creationTime',
'isSuspended',
'userCount'
])
writer.writeheader()
for entry in client.get_all_domains():
# pull out the domainName
domainName = entry._other_elements[1]._other_attributes['value']
print "Fetching info for %s ..." % domainName
# fetch the transfer tokens
token_entry = client.get_transfer_token(domain=domainName)
# pull out the values of interest.
expiry = token_entry._other_elements[1]._other_attributes['value']
token = token_entry._other_elements[2]._other_attributes['value']
# fetch information about a domain
domain_entry = client.get_domain(domain=domainName)
# see if the domain is in a suspended state.
isSuspended = "UNKNOWN"
for n in range(0, 5):
try:
suspend_entry = client.get_suspend_status(domainName)
isSuspended = suspend_entry._other_elements[1]._other_attributes['value']
break
except RequestError:
time.sleep((2 ** n) + random.random())
# pull out values of interest.
edition = domain_entry._other_elements[1]._other_attributes['value']
maximumNumberOfUsers = domain_entry._other_elements[2]._other_attributes['value']
countryCode = domain_entry._other_elements[3]._other_attributes['value']
creationTime = domain_entry._other_elements[5]._other_attributes['value']
# attempt to find the current user count of the entire instance.
prov_client.domain = domainName
userCount = "UNKNOWN"
for n in range(0, 5):
try:
userCount = len(prov_client.retrieve_all_users().entry)
break
except RequestError:
time.sleep((2 ** n) + random.random())
writer.writerow({
'domain': domainName.encode('ascii', 'ignore'),
'token': token,
'expiry': expiry,
'edition': edition,
'maximumNumberOfUsers': maximumNumberOfUsers,
'countryCode': countryCode.encode('ascii', 'ignore'),
'creationTime': creationTime,
'isSuspended': isSuspended,
'userCount': userCount
})
# keep the QPS something reasonable.
time.sleep(1)
