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nic.at Domainfinder API Documentation
nic.at
Version: 1.0.0
Start working with "nic.at Domainfinder API Documentation" right away by using this ready-to-use mock sample. API mocking can greatly speed up your application development by removing all the tedious tasks or issues: API key provisioning, account creation, unplanned downtime, etc.
It also helps reduce your dependency on third-party APIs and improves your integration tests' quality and reliability by accounting for random failures, slow response time, etc.
Description
Other APIs in the same category
API Endpoints
readme.io
Create beautiful product and API documentation with our developer friendly platform.
Interzoid Get Global Time API
This API retrieves the current time for a city or geographic location around the globe.
Interzoid Get Weather By Zip Code API
This API provides current weather information for US Cities, including temperatures, wind speeds, wind direction, relative humidity, and visibility.
IBM Containers API
bluemix.net
Containers are virtual software objects that include all the elements that an app needs to run. A container has the benefits of resource isolation and allocation but is more portable and efficient than, for example, a virtual machine.
This documentation describes the IBM Containers API, which is based on the Docker Remote API. The API provides endpoints that you can use to create and manage your single containers and container groups in Bluemix. Endpoints are summarized under the following tags:
Authentication: Retrieve and refresh your TLS certificates.
Private Docker images registry: Create your own private Docker images registry in Bluemix by setting a namespace for your organization.
Images: View, build, and push your images to your private Bluemix registry so you can use them with IBM Containers. You can also scan your container images with the Vulnerability Advisor against standard policies set by the organization manager and a database of known Ubuntu issues.
Single Containers: Create and manage single containers in Bluemix. Use a single container to implement short-lived processes or to run simple tests as you develop an app or service. To make your single container available from the internet, review the Public IP addresses endpoints.
Container Groups: Create and manage your container groups in Bluemix. A container group consists of multiple single containers that are all created from the same container image and as a consequence are configured in the same way. Container groups offer further options at no cost to make your app highly available. These options include in-built load balancing, auto-recovery of unhealthy container instances, and auto-scaling of container instances based on CPU and memory usage. Map a public route to your container group to make your app accessible from the internet.
Public IP addresses: Use these endpoints to request public IP addresses for your space. You can bind this IP address to your container to make your container accessible from the internet.
File shares: Create, list and delete file shares in a space. A file share is a NFS storage system that hosts Docker volumes.
Volumes: Create and manage container volumes in your space to persist the data of your containers.
Each API request requires an HTTP header that includes the 'X-Auth-Token’ and 'X-Auth-Project-Id’ parameter.
X-Auth-Token: The JSON web token (JWT) that you receive when logging into the Bluemix platform. It allows you to use the IBM Containers REST API, access services, and resources. Run cf oauth-token to retrieve your access token information.
X-Auth-Project-Id: The unique ID of your organization space where you want to create or work with your containers. Run cf space --guid, where is the name of your space, to retrieve your space ID.
For further information about how containers work in the IBM Containers service, review the documentation under https://new-console.ng.bluemix.net/docs/containers/container_index.html.
This documentation describes the IBM Containers API, which is based on the Docker Remote API. The API provides endpoints that you can use to create and manage your single containers and container groups in Bluemix. Endpoints are summarized under the following tags:
Authentication: Retrieve and refresh your TLS certificates.
Private Docker images registry: Create your own private Docker images registry in Bluemix by setting a namespace for your organization.
Images: View, build, and push your images to your private Bluemix registry so you can use them with IBM Containers. You can also scan your container images with the Vulnerability Advisor against standard policies set by the organization manager and a database of known Ubuntu issues.
Single Containers: Create and manage single containers in Bluemix. Use a single container to implement short-lived processes or to run simple tests as you develop an app or service. To make your single container available from the internet, review the Public IP addresses endpoints.
Container Groups: Create and manage your container groups in Bluemix. A container group consists of multiple single containers that are all created from the same container image and as a consequence are configured in the same way. Container groups offer further options at no cost to make your app highly available. These options include in-built load balancing, auto-recovery of unhealthy container instances, and auto-scaling of container instances based on CPU and memory usage. Map a public route to your container group to make your app accessible from the internet.
Public IP addresses: Use these endpoints to request public IP addresses for your space. You can bind this IP address to your container to make your container accessible from the internet.
File shares: Create, list and delete file shares in a space. A file share is a NFS storage system that hosts Docker volumes.
Volumes: Create and manage container volumes in your space to persist the data of your containers.
Each API request requires an HTTP header that includes the 'X-Auth-Token’ and 'X-Auth-Project-Id’ parameter.
X-Auth-Token: The JSON web token (JWT) that you receive when logging into the Bluemix platform. It allows you to use the IBM Containers REST API, access services, and resources. Run cf oauth-token to retrieve your access token information.
X-Auth-Project-Id: The unique ID of your organization space where you want to create or work with your containers. Run cf space --guid, where is the name of your space, to retrieve your space ID.
For further information about how containers work in the IBM Containers service, review the documentation under https://new-console.ng.bluemix.net/docs/containers/container_index.html.
Interzoid Get Email Information API
This API provides validation information for email addresses to aid in deliverability. Syntax, existence of mail servers, and other tests are run to ensure delivery. Additional demographics are provided for the email address as well, including identifying generic, vulgar, education, government, or other entity type email addresses.
Snyk API
snyk.io
The Snyk API is available to customers on paid plans and allows you to programatically integrate with Snyk.
API vs CLI vs Snyk integration
The API detailed below has the ability to test a package for issues, as they are defined by Snyk. It is important to note that for many package managers, using this API will be less accurate than running the Snyk CLI as part of your build pipe, or just using it locally on your package. The reason for this is that more than one package version fit the requirements given in manifest files. Running the CLI locally tests the actual deployed code, and has an accurate snapshot of the dependency versions in use, while the API can only infer it, with inferior accuracy. It should be noted that the Snyk CLI has the ability to output machine-readable JSON output (with the --json flag to snyk test).
A third option, is to allow Snyk access to your development flow via the existing Snyk integrations. The advantage to this approach is having Snyk monitor every new pull request, and suggest fixes by opening new pull requests. This can be achieved either by integrating Snyk directly to your source code management (SCM) tool, or via a broker to allow greater security and auditability.
If those are not viable options, this API is your best choice.
API url
The base URL for all API endpoints is https://snyk.io/api/v1/
Authorization
To use this API, you must get your token from Snyk. It can be seen on https://snyk.io/account/ after you register with Snyk and login.
The token should be supplied in an Authorization header with the token, preceded by token:
API vs CLI vs Snyk integration
The API detailed below has the ability to test a package for issues, as they are defined by Snyk. It is important to note that for many package managers, using this API will be less accurate than running the Snyk CLI as part of your build pipe, or just using it locally on your package. The reason for this is that more than one package version fit the requirements given in manifest files. Running the CLI locally tests the actual deployed code, and has an accurate snapshot of the dependency versions in use, while the API can only infer it, with inferior accuracy. It should be noted that the Snyk CLI has the ability to output machine-readable JSON output (with the --json flag to snyk test).
A third option, is to allow Snyk access to your development flow via the existing Snyk integrations. The advantage to this approach is having Snyk monitor every new pull request, and suggest fixes by opening new pull requests. This can be achieved either by integrating Snyk directly to your source code management (SCM) tool, or via a broker to allow greater security and auditability.
If those are not viable options, this API is your best choice.
API url
The base URL for all API endpoints is https://snyk.io/api/v1/
Authorization
To use this API, you must get your token from Snyk. It can be seen on https://snyk.io/account/ after you register with Snyk and login.
The token should be supplied in an Authorization header with the token, preceded by token:
Crucible
crucible.local
Postman API
getpostman.com
The Postman API allows you to programmatically access data stored in Postman account with ease.
The easiest way to get started with the API is to click the fork button to fork this collection to your own workspace and use Postman to send requests.
Overview
You need a valid API Key to send requests to the API endpoints. You can get your key from the integrations dashboard.
The API has an access rate limit applied to it.
The Postman API will only respond to secured communication done over HTTPS. HTTP requests will be sent a 301 redirect to corresponding HTTPS resources.
Response to every request is sent in JSON format. In case the API request results in an error, it is represented by an "error": {} key in the JSON response.
The request method (verb) determines the nature of action you intend to perform. A request made using the GET method implies that you want to fetch something from Postman, and POST implies you want to save something new to Postman.
The API calls will respond with appropriate HTTP status codes for all requests. Within Postman Client, when a response is received, the status code is highlighted and is accompanied by a help text that indicates the possible meaning of the response code. A 200 OK indicates all went well, while 4XX or 5XX response codes indicate an error from the requesting client or our API servers respectively.
Individual resources in your Postman Account is accessible using its unique id (uid). The uid is a simple concatenation of the resource owner's user-id and the resource-id. For example, a collection's uid is {{ownerid}}-{{collectionid}}.
Authentication
An API Key is required to be sent as part of every request to the Postman API, in the form of an X-Api-Key request header.
> If you do not have an API Key, you can easily generate one by heading over to the Postman Integrations Dashboard.
An API Key tells our API server that the request it received came from you. Everything that you have access to in Postman is accessible with an API Key that is generated by you.
For ease of use inside Postman, you could store your API key in an environment variable called postmanapikey and this Collection will automatically use it to make API calls.
API Key related error response
If an API Key is missing, malformed, or invalid, you will receive a 401 Unauthorised response code and the following JSON response:
Support
For help regarding accessing the Postman API, feel free to discuss it in our Discourse Community. You can also drop in a line at [email protected].
In the event you receive a 503 response from our servers, it implies that we have hit an unexpected spike in API access traffic and would usually be operational within the next 5 minutes. If the outage persists, or your receive any other form of 5XX error, kindly let us know.
Terms of Use
For information on API terms of use and privacy, refer to our terms at http://postman.com/legal/terms/ and our privacy policy at https://www.postman.com/legal/privacy-policy/.
API Reference
The easiest way to get started with the API is to click the fork button to fork this collection to your own workspace and use Postman to send requests.
Overview
You need a valid API Key to send requests to the API endpoints. You can get your key from the integrations dashboard.
The API has an access rate limit applied to it.
The Postman API will only respond to secured communication done over HTTPS. HTTP requests will be sent a 301 redirect to corresponding HTTPS resources.
Response to every request is sent in JSON format. In case the API request results in an error, it is represented by an "error": {} key in the JSON response.
The request method (verb) determines the nature of action you intend to perform. A request made using the GET method implies that you want to fetch something from Postman, and POST implies you want to save something new to Postman.
The API calls will respond with appropriate HTTP status codes for all requests. Within Postman Client, when a response is received, the status code is highlighted and is accompanied by a help text that indicates the possible meaning of the response code. A 200 OK indicates all went well, while 4XX or 5XX response codes indicate an error from the requesting client or our API servers respectively.
Individual resources in your Postman Account is accessible using its unique id (uid). The uid is a simple concatenation of the resource owner's user-id and the resource-id. For example, a collection's uid is {{ownerid}}-{{collectionid}}.
Authentication
An API Key is required to be sent as part of every request to the Postman API, in the form of an X-Api-Key request header.
> If you do not have an API Key, you can easily generate one by heading over to the Postman Integrations Dashboard.
An API Key tells our API server that the request it received came from you. Everything that you have access to in Postman is accessible with an API Key that is generated by you.
For ease of use inside Postman, you could store your API key in an environment variable called postmanapikey and this Collection will automatically use it to make API calls.
API Key related error response
If an API Key is missing, malformed, or invalid, you will receive a 401 Unauthorised response code and the following JSON response:
Support
For help regarding accessing the Postman API, feel free to discuss it in our Discourse Community. You can also drop in a line at [email protected].
In the event you receive a 503 response from our servers, it implies that we have hit an unexpected spike in API access traffic and would usually be operational within the next 5 minutes. If the outage persists, or your receive any other form of 5XX error, kindly let us know.
Terms of Use
For information on API terms of use and privacy, refer to our terms at http://postman.com/legal/terms/ and our privacy policy at https://www.postman.com/legal/privacy-policy/.
API Reference