Telstra Programmable Network is a self-provisioning platform that allows its users to create on-demand connectivity services between multiple end-points and add various network functions to those services. Programmable Network enables to connectivity to a global ecosystem of networking services as well as public and private cloud services. Once you are connected to the platform on one or more POPs (points of presence), you can start creating those services based on the use case that you want to accomplish. The Programmable Network API is available to all customers who have registered to use the Programmable Network. To register, please contact your account representative.
- API version: 2.5.3
- Package version: 0.1
For more information, please visit https://dev.telstra.com/content/programmable-network-api
Python 3.7+
pip install git+https://github.com/telstra/tpn-sdk-python.git(you may need to run pip with root permission: sudo pip install git+https://github.com/telstra/tpn-sdk-python.git)
import telstra_pn Please follow the installation procedure and then run the following:
import telstra_pn
from telstra_pn import latency, renewal
tpns = telstra_pn.Session(accountid='34324', # nosec
username='[email protected]',
password='154jk43l')
# allocate a new port in the AMLS data centre and select VLAN 20
e1 = tpns.switchports.create(
datacentre=tpns.datacentres['AMLS'],
interface_type='1000Base-TX',
name='backup_dc_a'
).vlan(20)
# use an existing port named "primary_dc_a" and select VLAN 30
e2 = tpns.switchports['primary_dc_a'].vlan(30)
# create a flow (with an initial bandwidth contract) between
# the two switch ports (vlan 20 on one end, vlan 30 on the other)
# and add to the 'testtopo' topology.
flow = tpns.p2plinks.create(
endpoints=[e1, e2],
latency=latency.low,
duration_hours=1,
bandwidth_mbps=1000,
renewal_option=renewal.auto_renew,
topology=tpns.topologies('testtopo')
)
print(f'number of contracts: {len(flow.active_contracts)}')
print(f'total bandwidth: {flow.total_bandwidth}')
print(f'total price per hour: {flow.total_price}')
print(f'link status: {flow.status}')
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