telnyx-account-access-ruby
Configure account addresses, authentication providers, IP access controls, billing groups, and integration secrets. This skill provides Ruby SDK examples.
Best use case
telnyx-account-access-ruby is best used when you need a repeatable AI agent workflow instead of a one-off prompt.
Configure account addresses, authentication providers, IP access controls, billing groups, and integration secrets. This skill provides Ruby SDK examples.
Teams using telnyx-account-access-ruby should expect a more consistent output, faster repeated execution, less prompt rewriting.
When to use this skill
- You want a reusable workflow that can be run more than once with consistent structure.
When not to use this skill
- You only need a quick one-off answer and do not need a reusable workflow.
- You cannot install or maintain the underlying files, dependencies, or repository context.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/telnyx-account-access-ruby/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How telnyx-account-access-ruby Compares
| Feature / Agent | telnyx-account-access-ruby | Standard Approach |
|---|---|---|
| Platform Support | Not specified | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | Unknown | N/A |
Frequently Asked Questions
What does this skill do?
Configure account addresses, authentication providers, IP access controls, billing groups, and integration secrets. This skill provides Ruby SDK examples.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
SKILL.md Source
<!-- Auto-generated from Telnyx OpenAPI specs. Do not edit. -->
# Telnyx Account Access - Ruby
## Installation
```bash
gem install telnyx
```
## Setup
```ruby
require "telnyx"
client = Telnyx::Client.new(
api_key: ENV["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:
```ruby
begin
result = client.messages.send_(to: "+13125550001", from: "+13125550002", text: "Hello")
rescue Telnyx::Errors::APIConnectionError
puts "Network error — check connectivity and retry"
rescue Telnyx::Errors::RateLimitError
# 429: rate limited — wait and retry with exponential backoff
sleep(1) # Check Retry-After header for actual delay
rescue Telnyx::Errors::APIStatusError => e
puts "API error #{e.status}: #{e.message}"
if e.status == 422
puts "Validation error — check required fields and formats"
end
end
```
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:** Use `.auto_paging_each` for automatic iteration: `page.auto_paging_each { |item| puts item.id }`.
## List all Access IP Addresses
`GET /access_ip_address`
```ruby
page = client.access_ip_address.list
puts(page)
```
Returns: `created_at` (date-time), `description` (string), `id` (string), `ip_address` (string), `source` (string), `status` (enum: pending, added), `updated_at` (date-time), `user_id` (string)
## Create new Access IP Address
`POST /access_ip_address` — Required: `ip_address`
Optional: `description` (string)
```ruby
access_ip_address_response = client.access_ip_address.create(ip_address: "203.0.113.10")
puts(access_ip_address_response)
```
Returns: `created_at` (date-time), `description` (string), `id` (string), `ip_address` (string), `source` (string), `status` (enum: pending, added), `updated_at` (date-time), `user_id` (string)
## Retrieve an access IP address
`GET /access_ip_address/{access_ip_address_id}`
```ruby
access_ip_address_response = client.access_ip_address.retrieve("access_ip_address_id")
puts(access_ip_address_response)
```
Returns: `created_at` (date-time), `description` (string), `id` (string), `ip_address` (string), `source` (string), `status` (enum: pending, added), `updated_at` (date-time), `user_id` (string)
## Delete access IP address
`DELETE /access_ip_address/{access_ip_address_id}`
```ruby
access_ip_address_response = client.access_ip_address.delete("access_ip_address_id")
puts(access_ip_address_response)
```
Returns: `created_at` (date-time), `description` (string), `id` (string), `ip_address` (string), `source` (string), `status` (enum: pending, added), `updated_at` (date-time), `user_id` (string)
## List all addresses
Returns a list of your addresses.
`GET /addresses`
```ruby
page = client.addresses.list
puts(page)
```
Returns: `address_book` (boolean), `administrative_area` (string), `borough` (string), `business_name` (string), `country_code` (string), `created_at` (string), `customer_reference` (string), `extended_address` (string), `first_name` (string), `id` (string), `last_name` (string), `locality` (string), `neighborhood` (string), `phone_number` (string), `postal_code` (string), `record_type` (string), `street_address` (string), `updated_at` (string), `validate_address` (boolean)
## Creates an address
Creates an address.
`POST /addresses` — Required: `first_name`, `last_name`, `business_name`, `street_address`, `locality`, `country_code`
Optional: `address_book` (boolean), `administrative_area` (string), `borough` (string), `customer_reference` (string), `extended_address` (string), `neighborhood` (string), `phone_number` (string), `postal_code` (string), `validate_address` (boolean)
```ruby
address = client.addresses.create(
business_name: "Toy-O'Kon",
country_code: "US",
first_name: "Alfred",
last_name: "Foster",
locality: "Austin",
street_address: "600 Congress Avenue"
)
puts(address)
```
Returns: `address_book` (boolean), `administrative_area` (string), `borough` (string), `business_name` (string), `country_code` (string), `created_at` (string), `customer_reference` (string), `extended_address` (string), `first_name` (string), `id` (string), `last_name` (string), `locality` (string), `neighborhood` (string), `phone_number` (string), `postal_code` (string), `record_type` (string), `street_address` (string), `updated_at` (string), `validate_address` (boolean)
## Validate an address
Validates an address for emergency services.
`POST /addresses/actions/validate` — Required: `country_code`, `street_address`, `postal_code`
Optional: `administrative_area` (string), `extended_address` (string), `locality` (string)
```ruby
response = client.addresses.actions.validate(
country_code: "US",
postal_code: "78701",
street_address: "600 Congress Avenue"
)
puts(response)
```
Returns: `errors` (array[object]), `record_type` (string), `result` (enum: valid, invalid), `suggested` (object)
## Retrieve an address
Retrieves the details of an existing address.
`GET /addresses/{id}`
```ruby
address = client.addresses.retrieve("550e8400-e29b-41d4-a716-446655440000")
puts(address)
```
Returns: `address_book` (boolean), `administrative_area` (string), `borough` (string), `business_name` (string), `country_code` (string), `created_at` (string), `customer_reference` (string), `extended_address` (string), `first_name` (string), `id` (string), `last_name` (string), `locality` (string), `neighborhood` (string), `phone_number` (string), `postal_code` (string), `record_type` (string), `street_address` (string), `updated_at` (string), `validate_address` (boolean)
## Deletes an address
Deletes an existing address.
`DELETE /addresses/{id}`
```ruby
address = client.addresses.delete("550e8400-e29b-41d4-a716-446655440000")
puts(address)
```
Returns: `address_book` (boolean), `administrative_area` (string), `borough` (string), `business_name` (string), `country_code` (string), `created_at` (string), `customer_reference` (string), `extended_address` (string), `first_name` (string), `id` (string), `last_name` (string), `locality` (string), `neighborhood` (string), `phone_number` (string), `postal_code` (string), `record_type` (string), `street_address` (string), `updated_at` (string), `validate_address` (boolean)
## Accepts this address suggestion as a new emergency address for Operator Connect and finishes the uploads of the numbers associated with it to Microsoft.
`POST /addresses/{id}/actions/accept_suggestions`
Optional: `id` (string)
```ruby
response = client.addresses.actions.accept_suggestions("182bd5e5-6e1a-4fe4-a799-aa6d9a6ab26e")
puts(response)
```
Returns: `accepted` (boolean), `id` (uuid), `record_type` (enum: address_suggestion)
## List all SSO authentication providers
Returns a list of your SSO authentication providers.
`GET /authentication_providers`
```ruby
page = client.authentication_providers.list
puts(page)
```
Returns: `activated_at` (date-time), `active` (boolean), `created_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (string), `settings` (object), `short_name` (string), `updated_at` (date-time)
## Creates an authentication provider
Creates an authentication provider.
`POST /authentication_providers` — Required: `name`, `short_name`, `settings`
Optional: `active` (boolean), `settings_url` (uri)
```ruby
authentication_provider = client.authentication_providers.create(
name: "Okta",
settings: {
idp_cert_fingerprint: "13:38:C7:BB:C9:FF:4A:70:38:3A:E3:D9:5C:CD:DB:2E:50:1E:80:A7",
idp_entity_id: "https://myorg.myidp.com/saml/metadata",
idp_sso_target_url: "https://myorg.myidp.com/trust/saml2/http-post/sso"
},
short_name: "myorg"
)
puts(authentication_provider)
```
Returns: `activated_at` (date-time), `active` (boolean), `created_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (string), `settings` (object), `short_name` (string), `updated_at` (date-time)
## Retrieve an authentication provider
Retrieves the details of an existing authentication provider.
`GET /authentication_providers/{id}`
```ruby
authentication_provider = client.authentication_providers.retrieve("550e8400-e29b-41d4-a716-446655440000")
puts(authentication_provider)
```
Returns: `activated_at` (date-time), `active` (boolean), `created_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (string), `settings` (object), `short_name` (string), `updated_at` (date-time)
## Update an authentication provider
Updates settings of an existing authentication provider.
`PATCH /authentication_providers/{id}`
Optional: `active` (boolean), `name` (string), `settings` (object), `settings_url` (uri), `short_name` (string)
```ruby
authentication_provider = client.authentication_providers.update("550e8400-e29b-41d4-a716-446655440000")
puts(authentication_provider)
```
Returns: `activated_at` (date-time), `active` (boolean), `created_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (string), `settings` (object), `short_name` (string), `updated_at` (date-time)
## Deletes an authentication provider
Deletes an existing authentication provider.
`DELETE /authentication_providers/{id}`
```ruby
authentication_provider = client.authentication_providers.delete("550e8400-e29b-41d4-a716-446655440000")
puts(authentication_provider)
```
Returns: `activated_at` (date-time), `active` (boolean), `created_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (string), `settings` (object), `short_name` (string), `updated_at` (date-time)
## List all billing groups
`GET /billing_groups`
```ruby
page = client.billing_groups.list
puts(page)
```
Returns: `created_at` (date-time), `deleted_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (enum: billing_group), `updated_at` (date-time)
## Create a billing group
`POST /billing_groups`
Optional: `name` (string)
```ruby
billing_group = client.billing_groups.create
puts(billing_group)
```
Returns: `created_at` (date-time), `deleted_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (enum: billing_group), `updated_at` (date-time)
## Get a billing group
`GET /billing_groups/{id}`
```ruby
billing_group = client.billing_groups.retrieve("f5586561-8ff0-4291-a0ac-84fe544797bd")
puts(billing_group)
```
Returns: `created_at` (date-time), `deleted_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (enum: billing_group), `updated_at` (date-time)
## Update a billing group
`PATCH /billing_groups/{id}`
Optional: `name` (string)
```ruby
billing_group = client.billing_groups.update("f5586561-8ff0-4291-a0ac-84fe544797bd")
puts(billing_group)
```
Returns: `created_at` (date-time), `deleted_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (enum: billing_group), `updated_at` (date-time)
## Delete a billing group
`DELETE /billing_groups/{id}`
```ruby
billing_group = client.billing_groups.delete("f5586561-8ff0-4291-a0ac-84fe544797bd")
puts(billing_group)
```
Returns: `created_at` (date-time), `deleted_at` (date-time), `id` (uuid), `name` (string), `organization_id` (uuid), `record_type` (enum: billing_group), `updated_at` (date-time)
## List integration secrets
Retrieve a list of all integration secrets configured by the user.
`GET /integration_secrets`
```ruby
page = client.integration_secrets.list
puts(page)
```
Returns: `created_at` (date-time), `id` (string), `identifier` (string), `record_type` (string), `updated_at` (date-time)
## Create a secret
Create a new secret with an associated identifier that can be used to securely integrate with other services.
`POST /integration_secrets` — Required: `identifier`, `type`
Optional: `password` (string), `token` (string), `username` (string)
```ruby
integration_secret = client.integration_secrets.create(identifier: "my_secret", type: :bearer)
puts(integration_secret)
```
Returns: `created_at` (date-time), `id` (string), `identifier` (string), `record_type` (string), `updated_at` (date-time)
## Delete an integration secret
Delete an integration secret given its ID.
`DELETE /integration_secrets/{id}`
```ruby
result = client.integration_secrets.delete("550e8400-e29b-41d4-a716-446655440000")
puts(result)
```
## Create an Access Token.
Create an Access Token (JWT) for the credential.
`POST /telephony_credentials/{id}/token`
```ruby
response = client.telephony_credentials.create_token("550e8400-e29b-41d4-a716-446655440000")
puts(response)
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