telnyx-networking-python

Telnyx Networking - Python

Installation

pip install telnyx

Setup

import os from telnyx import Telnyx

client = Telnyx( api_key=os.environ.get("TELNYX_API_KEY"), # This is the default and can be omitted )

All examples below assume client is already initialized as shown above.

Error Handling

All API calls can fail with network errors, rate limits (429), validation errors (422), or authentication errors (401). Always handle errors in production code:

import telnyx

try: result = client.messages.send(to="+13125550001", from_="+13125550002", text="Hello") except telnyx.APIConnectionError: print("Network error — check connectivity and retry") except telnyx.RateLimitError: # 429: rate limited — wait and retry with exponential backoff import time time.sleep(1) # Check Retry-After header for actual delay except telnyx.APIStatusError as e: print(f"API error {e.status_code}: {e.message}") if e.status_code == 422: print("Validation error — check required fields and formats")

Common error codes: 401 invalid API key, 403 insufficient permissions, 404 resource not found, 422 validation error (check field formats), 429 rate limited (retry with exponential backoff).

Important Notes

Pagination: List methods return an auto-paginating iterator. Use for item in page_result: to iterate through all pages automatically.

List all clusters

GET /ai/clusters

page = client.ai.clusters.list() page = page.data[0] print(page.task_id)

Returns: bucket (string), created_at (date-time), finished_at (date-time), min_cluster_size (integer), min_subcluster_size (integer), status (enum: pending, starting, running, completed, failed), task_id (string)

Compute new clusters

Starts a background task to compute how the data in an embedded storage bucket is clustered. This helps identify common themes and patterns in the data.

POST /ai/clusters — Required: bucket

Optional: files (array[string]), min_cluster_size (integer), min_subcluster_size (integer), prefix (string)

response = client.ai.clusters.compute( bucket="bucket", ) print(response.data)

Returns: task_id (string)

Fetch a cluster

GET /ai/clusters/{task_id}

cluster = client.ai.clusters.retrieve( task_id="task_id", ) print(cluster.data)

Returns: bucket (string), clusters (array[object]), status (enum: pending, starting, running, completed, failed)

Delete a cluster

DELETE /ai/clusters/{task_id}

client.ai.clusters.delete( "task_id", )

Fetch a cluster visualization

GET /ai/clusters/{task_id}/graph

response = client.ai.clusters.fetch_graph( task_id="task_id", ) print(response) content = response.read() print(content)

List Integrations

List all available integrations.

GET /ai/integrations

integrations = client.ai.integrations.list() print(integrations.data)

Returns: available_tools (array[string]), description (string), display_name (string), id (string), logo_url (string), name (string), status (enum: disconnected, connected)

List User Integrations

List user setup integrations

GET /ai/integrations/connections

connections = client.ai.integrations.connections.list() print(connections.data)

Returns: allowed_tools (array[string]), id (string), integration_id (string)

Get User Integration connection By Id

Get user setup integrations

GET /ai/integrations/connections/{user_connection_id}

connection = client.ai.integrations.connections.retrieve( "user_connection_id", ) print(connection.data)

Returns: allowed_tools (array[string]), id (string), integration_id (string)

Delete Integration Connection

Delete a specific integration connection.

DELETE /ai/integrations/connections/{user_connection_id}

client.ai.integrations.connections.delete( "user_connection_id", )

List Integration By Id

Retrieve integration details

GET /ai/integrations/{integration_id}

integration = client.ai.integrations.retrieve( "integration_id", ) print(integration.id)

Returns: available_tools (array[string]), description (string), display_name (string), id (string), logo_url (string), name (string), status (enum: disconnected, connected)

List all Global IP Allowed Ports

GET /global_ip_allowed_ports

global_ip_allowed_ports = client.global_ip_allowed_ports.list() print(global_ip_allowed_ports.data)

Returns: data (array[object])

Global IP Assignment Health Check Metrics

GET /global_ip_assignment_health

global_ip_assignment_health = client.global_ip_assignment_health.retrieve() print(global_ip_assignment_health.data)

Returns: global_ip (object), global_ip_assignment (object), health (object), timestamp (date-time)

List all Global IP assignments

List all Global IP assignments.

GET /global_ip_assignments

page = client.global_ip_assignments.list() page = page.data[0] print(page.id)

Returns: data (array[object]), meta (object)

Create a Global IP assignment

Create a Global IP assignment.

POST /global_ip_assignments

global_ip_assignment = client.global_ip_assignments.create() print(global_ip_assignment.data)

Returns: data (object)

Retrieve a Global IP

Retrieve a Global IP assignment.

GET /global_ip_assignments/{id}

global_ip_assignment = client.global_ip_assignments.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(global_ip_assignment.data)

Returns: data (object)

Update a Global IP assignment

Update a Global IP assignment.

PATCH /global_ip_assignments/{id}

global_ip_assignment = client.global_ip_assignments.update( global_ip_assignment_id="6a09cdc3-8948-47f0-aa62-74ac943d6c58", global_ip_assignment_update_request={}, ) print(global_ip_assignment.data)

Returns: data (object)

Delete a Global IP assignment

Delete a Global IP assignment.

DELETE /global_ip_assignments/{id}

global_ip_assignment = client.global_ip_assignments.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(global_ip_assignment.data)

Returns: data (object)

Global IP Assignment Usage Metrics

GET /global_ip_assignments_usage

global_ip_assignments_usage = client.global_ip_assignments_usage.retrieve() print(global_ip_assignments_usage.data)

Returns: global_ip (object), global_ip_assignment (object), received (object), timestamp (date-time), transmitted (object)

List all Global IP Health check types

List all Global IP Health check types.

GET /global_ip_health_check_types

global_ip_health_check_types = client.global_ip_health_check_types.list() print(global_ip_health_check_types.data)

Returns: data (array[object])

List all Global IP health checks

List all Global IP health checks.

GET /global_ip_health_checks

page = client.global_ip_health_checks.list() page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Create a Global IP health check

Create a Global IP health check.

POST /global_ip_health_checks

global_ip_health_check = client.global_ip_health_checks.create() print(global_ip_health_check.data)

Returns: data (object)

Retrieve a Global IP health check

Retrieve a Global IP health check.

GET /global_ip_health_checks/{id}

global_ip_health_check = client.global_ip_health_checks.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(global_ip_health_check.data)

Returns: data (object)

Delete a Global IP health check

Delete a Global IP health check.

DELETE /global_ip_health_checks/{id}

global_ip_health_check = client.global_ip_health_checks.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(global_ip_health_check.data)

Returns: data (object)

Global IP Latency Metrics

GET /global_ip_latency

global_ip_latency = client.global_ip_latency.retrieve() print(global_ip_latency.data)

Returns: global_ip (object), mean_latency (object), percentile_latency (object), prober_location (object), timestamp (date-time)

List all Global IP Protocols

GET /global_ip_protocols

global_ip_protocols = client.global_ip_protocols.list() print(global_ip_protocols.data)

Returns: data (array[object])

Global IP Usage Metrics

GET /global_ip_usage

global_ip_usage = client.global_ip_usage.retrieve() print(global_ip_usage.data)

Returns: global_ip (object), received (object), timestamp (date-time), transmitted (object)

List all Global IPs

List all Global IPs.

GET /global_ips

page = client.global_ips.list() page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Create a Global IP

Create a Global IP.

POST /global_ips

global_ip = client.global_ips.create() print(global_ip.data)

Returns: data (object)

Retrieve a Global IP

Retrieve a Global IP.

GET /global_ips/{id}

global_ip = client.global_ips.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(global_ip.data)

Returns: data (object)

Delete a Global IP

Delete a Global IP.

DELETE /global_ips/{id}

global_ip = client.global_ips.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(global_ip.data)

Returns: data (object)

List all Networks

List all Networks.

GET /networks

page = client.networks.list() page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Create a Network

Create a new Network.

POST /networks

network = client.networks.create( name="test network", ) print(network.data)

Returns: data (object)

Retrieve a Network

Retrieve a Network.

GET /networks/{id}

network = client.networks.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(network.data)

Returns: data (object)

Update a Network

Update a Network.

PATCH /networks/{id}

network = client.networks.update( network_id="6a09cdc3-8948-47f0-aa62-74ac943d6c58", name="test network", ) print(network.data)

Returns: data (object)

Delete a Network

Delete a Network.

DELETE /networks/{id}

network = client.networks.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(network.data)

Returns: data (object)

Get Default Gateway status.

GET /networks/{id}/default_gateway

default_gateway = client.networks.default_gateway.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(default_gateway.data)

Returns: data (array[object]), meta (object)

Create Default Gateway.

POST /networks/{id}/default_gateway

default_gateway = client.networks.default_gateway.create( network_identifier="6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(default_gateway.data)

Returns: data (array[object]), meta (object)

Delete Default Gateway.

DELETE /networks/{id}/default_gateway

default_gateway = client.networks.default_gateway.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(default_gateway.data)

Returns: data (array[object]), meta (object)

List all Interfaces for a Network.

GET /networks/{id}/network_interfaces

page = client.networks.list_interfaces( id="6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Get all Private Wireless Gateways

Get all Private Wireless Gateways belonging to the user.

GET /private_wireless_gateways

page = client.private_wireless_gateways.list() page = page.data[0] print(page.id)

Returns: assigned_resources (array[object]), created_at (string), id (uuid), ip_range (string), name (string), network_id (uuid), record_type (string), region_code (string), status (object), updated_at (string)

Create a Private Wireless Gateway

Asynchronously create a Private Wireless Gateway for SIM cards for a previously created network. This operation may take several minutes so you can check the Private Wireless Gateway status at the section Get a Private Wireless Gateway.

POST /private_wireless_gateways — Required: network_id , name

Optional: region_code (string)

private_wireless_gateway = client.private_wireless_gateways.create( name="My private wireless gateway", network_id="6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(private_wireless_gateway.data)

Get a Private Wireless Gateway

Retrieve information about a Private Wireless Gateway.

GET /private_wireless_gateways/{id}

private_wireless_gateway = client.private_wireless_gateways.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(private_wireless_gateway.data)

Delete a Private Wireless Gateway

Deletes the Private Wireless Gateway.

DELETE /private_wireless_gateways/{id}

private_wireless_gateway = client.private_wireless_gateways.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(private_wireless_gateway.data)

List all Public Internet Gateways

List all Public Internet Gateways.

GET /public_internet_gateways

page = client.public_internet_gateways.list() page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Create a Public Internet Gateway

Create a new Public Internet Gateway.

POST /public_internet_gateways

public_internet_gateway = client.public_internet_gateways.create() print(public_internet_gateway.data)

Returns: data (object)

Retrieve a Public Internet Gateway

Retrieve a Public Internet Gateway.

GET /public_internet_gateways/{id}

public_internet_gateway = client.public_internet_gateways.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(public_internet_gateway.data)

Returns: data (object)

Delete a Public Internet Gateway

Delete a Public Internet Gateway.

DELETE /public_internet_gateways/{id}

public_internet_gateway = client.public_internet_gateways.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(public_internet_gateway.data)

Returns: data (object)

List all Regions

List all regions and the interfaces that region supports

GET /regions

regions = client.regions.list() print(regions.data)

Returns: code (string), created_at (string), name (string), record_type (string), supported_interfaces (array[string]), updated_at (string)

List all Virtual Cross Connects

List all Virtual Cross Connects.

GET /virtual_cross_connects

page = client.virtual_cross_connects.list() page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Create a Virtual Cross Connect

Create a new Virtual Cross Connect. For AWS and GCE, you have the option of creating the primary connection first and the secondary connection later. You also have the option of disabling the primary and/or secondary connections at any time and later re-enabling them. With Azure, you do not have this option.

POST /virtual_cross_connects

virtual_cross_connect = client.virtual_cross_connects.create( region_code="ashburn-va", ) print(virtual_cross_connect.data)

Returns: data (object)

Retrieve a Virtual Cross Connect

Retrieve a Virtual Cross Connect.

GET /virtual_cross_connects/{id}

virtual_cross_connect = client.virtual_cross_connects.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(virtual_cross_connect.data)

Returns: data (object)

Update the Virtual Cross Connect

Update the Virtual Cross Connect. Cloud IPs can only be patched during the created state, as GCE will only inform you of your generated IP once the pending connection requested has been accepted.

PATCH /virtual_cross_connects/{id}

virtual_cross_connect = client.virtual_cross_connects.update( id="6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(virtual_cross_connect.data)

Returns: data (object)

Delete a Virtual Cross Connect

Delete a Virtual Cross Connect.

DELETE /virtual_cross_connects/{id}

virtual_cross_connect = client.virtual_cross_connects.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(virtual_cross_connect.data)

Returns: data (object)

List Virtual Cross Connect Cloud Coverage

List Virtual Cross Connects Cloud Coverage. This endpoint shows which cloud regions are available for the location_code your Virtual Cross Connect will be provisioned in.

GET /virtual_cross_connects_coverage

page = client.virtual_cross_connects_coverage.list() page = page.data[0] print(page.available_bandwidth)

Returns: data (array[object]), meta (object)

List all WireGuard Interfaces

List all WireGuard Interfaces.

GET /wireguard_interfaces

page = client.wireguard_interfaces.list() page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Create a WireGuard Interface

Create a new WireGuard Interface. Current limitation of 10 interfaces per user can be created.

POST /wireguard_interfaces

wireguard_interface = client.wireguard_interfaces.create( region_code="ashburn-va", ) print(wireguard_interface.data)

Returns: data (object)

Retrieve a WireGuard Interfaces

Retrieve a WireGuard Interfaces.

GET /wireguard_interfaces/{id}

wireguard_interface = client.wireguard_interfaces.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(wireguard_interface.data)

Returns: data (object)

Delete a WireGuard Interface

Delete a WireGuard Interface.

DELETE /wireguard_interfaces/{id}

wireguard_interface = client.wireguard_interfaces.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(wireguard_interface.data)

Returns: data (object)

List all WireGuard Peers

List all WireGuard peers.

GET /wireguard_peers

page = client.wireguard_peers.list() page = page.data[0] print(page)

Returns: data (array[object]), meta (object)

Create a WireGuard Peer

Create a new WireGuard Peer. Current limitation of 5 peers per interface can be created.

POST /wireguard_peers

wireguard_peer = client.wireguard_peers.create( wireguard_interface_id="6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(wireguard_peer.data)

Returns: data (object)

Retrieve the WireGuard Peer

Retrieve the WireGuard peer.

GET /wireguard_peers/{id}

wireguard_peer = client.wireguard_peers.retrieve( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(wireguard_peer.data)

Returns: data (object)

Update the WireGuard Peer

Update the WireGuard peer.

PATCH /wireguard_peers/{id}

Optional: public_key (string)

wireguard_peer = client.wireguard_peers.update( id="6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(wireguard_peer.data)

Returns: data (object)

Delete the WireGuard Peer

Delete the WireGuard peer.

DELETE /wireguard_peers/{id}

wireguard_peer = client.wireguard_peers.delete( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(wireguard_peer.data)

Returns: data (object)

Retrieve Wireguard config template for Peer

GET /wireguard_peers/{id}/config

response = client.wireguard_peers.retrieve_config( "6a09cdc3-8948-47f0-aa62-74ac943d6c58", ) print(response)

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