# 📄 Get started here This template contains a boilerplate for documentation that you can quickly customize and reuse. ## 🔖 How to use this template - Replace the content given brackets (()) with your API's details. - Tips are formatted in `codespan` - feel free to read and remove them. --- `Start with a brief overview of what your API offers.` The ((product name)) provides many API products, tools, and resources that enable you to ((add product value here)). `You can also list the APIs you offer, link to the relevant pages, or do both in this section.` ## **Getting started guide** `List the steps or points required to start using your APIs. Make sure to cover everything required to reach success with your API as quickly as possible.` To start using the ((add APIs here)), you need to - `The points given below are from The Postman API's documentation. You can reference it to write your own getting started guide.` - You must use a valid API Key to send requests to the API endpoints. You can get your API key from Postman's [integrations dashboard](https://go.postman.co/settings/me/api-keys). - The API has [rate and usage limits](https://postman.postman.co/workspace/Collection-Templates~6311738d-2e70-441f-ae12-78caf078c5b7/collection/22517504-e9c28f47-1253-44af-a2f3-20dce4da1f18?ctx=documentation#rate-and-usage-limits). - The API only responds to HTTPS-secured communications. Any requests sent via HTTP return an HTTP 301 redirect to the corresponding HTTPS resources. - The API returns request responses in JSON format. When an API request returns an error, it is sent in the JSON response as an error key. ## Authentication `Add details on the authorization keys/tokens required, steps that cover how to get them, and the relevant error codes.` The ((product name)) API uses ((add your API's authorization type)) for authentication. `The details given below are from the Postman API's documentation. You can reference it to write your own authentication section.` Postman uses API keys for authentication. You can generate a Postman API key in the [API keys](https://postman.postman.co/settings/me/api-keys) section of your Postman account settings. You must include an API key in each request to the Postman API with the X-Api-Key request header. ### Authentication error response If an API key is missing, malformed, or invalid, you will receive an HTTP 401 Unauthorized response code. ## Rate and usage limits `Use this section to cover your APIs' terms of use. Include API limits, constraints, and relevant error codes, so consumers understand the permitted API usage and practices.` `The example given below is from The Postman API's documentation. Use it as a reference to write your APIs' terms of use.` API access rate limits apply at a per-API key basis in unit time. The limit is 300 requests per minute. Also, depending on your plan, you may have usage limits. If you exceed either limit, your request will return an HTTP 429 Too Many Requests status code. Each API response returns the following set of headers to help you identify your use status: | Header | Description | | --- | --- | | `X-RateLimit-Limit` | The maximum number of requests that the consumer is permitted to make per minute. | | `X-RateLimit-Remaining` | The number of requests remaining in the current rate limit window. | | `X-RateLimit-Reset` | The time at which the current rate limit window resets in UTC epoch seconds. | ### 503 response An HTTP `503` response from our servers indicates there is an unexpected spike in API access traffic. The server is usually operational within the next five minutes. If the outage persists or you receive any other form of an HTTP `5XX` error, [contact support](https://support.postman.com/hc/en-us/requests/new/). ### **Need some help?** `Add links that customers can refer to whenever they need help.` In case you have questions, go through our tutorials ((link to your video or help documentation here)). Or visit our FAQ page ((link to the relevant page)). Or you can check out our community forum, there’s a good chance our community has an answer for you. Visit our developer forum ((link to developer forum)) to review topics, ask questions, and learn from others. `You can also document or add links to libraries, code examples, and other resources needed to make a request.`

This collection demonstrates how to interact with DeltaJSON. ### DeltaJSON SaaS Users You will need to configure the collection variables with the ID token information you will have downloaded from MyDelta. You can then also use the requests in the DeltaJSON SaaS folder to refresh your token and access your usage information. ### DeltaJSON On-Premise Users You will need to edit the `deltajson-url` collection variable to point to your instance of DeltaJSON e.g. `http://0.0.0.0:8080/api/json/v1`

This Open API specification serves as a standardized framework for describing and defining the capabilities of the DHL-express. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the DigiSign API. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

API Collection for Crosswork Infrastructure and its Applications like ZTP, HI and CA.

This is a generated connector for [DEV API v0.9.7](https://developers.forem.com/api/) OpenAPI specification. Access Forem articles, users and other resources via API. For a real-world example of Forem in action, check out [DEV](https://www.dev.to). All endpoints that don't require authentication are CORS enabled. Dates and date times, unless otherwise specified, must be inthe [RFC 3339](https://tools.ietf.org/html/rfc3339) format.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the curfex. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

# Cisco Datacenter Network Manager (DCNM) API Postman Collection This repository contains the a Postman collection and environment variable file to leverage the REST API on DCNM. This collection was tested and built using DCNM 11.5(1) within the DevNet Sandbox infrastructure. As such, some variables will need to be reset if used outside of this testbed. ## Cisco DCNM Background DCNM is a network management platform for all NX-OS-centric network deployments. DCNM has several different installation personas, including LAN Fabric (BGP-EVPN with VXLAN), LAN Management (classic layer-2/layer-3 architecture), IP Fabric for Media (IPFM) and storage networking (SAN), however this collection covers the LAN fabric deployment model supporting an EVPN-VXLAN fabric backed by Nexus 9000-series switching. APIs for other personas, while potentially overlapping, are not covered as part of this collection. ## Additional Resources - [DCNM Sandbox on DevNet](https://devnetsandbox.cisco.com/RM/Diagram/Index/4b6f511a-4d7c-4764-927b-0fc591a661c6?diagramType=Topology) - REST API documentation is available off-box [here](https://developer.cisco.com/docs/data-center-network-manager/11-5-1/) - REST API documentation also available directly on the DCNM at `http://DCNM.IP.ADDRESS/api-docs` ## Covered APIs - DCNM administration - L4-L7 service operations - Fabric, Network, Interface, VRF, and Link top-down operations - LAN credential management - Policy and Template operations - Physical switch roles and discovery ## Notes about the included ENV variables Prior to using any requests, please ensure you gather the token from your DCNM instance using the included API call `dcnm login - gather token`. This call will log you into the DCNM (using credentials stored in the environment) and automatically store the key for use with every other request in the collection. In order to keep the environment variables to a reasonable number, reuse was included. While I made attempts to include commonly reused variables (fabric names, VRF names, etc), the variables may require a bit of context parsing to ensure the correct usage within a particular environment. In some instances, variables are defined within the payload, but not inside of the environment file to discern that the specific variable should be replaced. As a final note, for any API or payload referencing a device serial number -- please ensure correct serial numbers are inserted as appropriate. _In some instances, Javascript tests have been included as part of the API request to populate another variable that would be used somewhere else in that folder of requests (VRF IDs, VLAN IDs, etc). These can be overridden in the environment settings, but have been included for automated tasks (like using Runner)_

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Datasoft. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This is a generated connector for [Dataflow Kit API v1.3](https://dataflowkit.com/doc-api) OpenAPI Specification. Render Javascript driven pages, while we internally manage Headless Chrome and proxies for you. - Build a custom web scraper with our Visual point-and-click toolkit. - Scrape the most popular Search engines result pages (SERP). - Convert web pages to PDF and capture screenshots. *** ### Authentication Dataflow Kit API require you to sign up for an API key in order to use the API. The API key can be found in the [DFK Dashboard](https://account.dataflowkit.com) after _free registration_. Pass a secret API Key to all API requests to the server as the `api_key` query parameter.

# 🚀 Get started here This template guides you through CRUD operations (GET, POST, PUT, DELETE), variables, and tests. ## 🔖 **How to use this template** #### **Step 1: Send requests** RESTful APIs allow you to perform CRUD operations using the POST, GET, PUT, and DELETE HTTP methods. This collection contains each of these [request](https://learning.postman.com/docs/sending-requests/requests/) types. Open each request and click "Send" to see what happens. #### **Step 2: View responses** Observe the response tab for status code (200 OK), response time, and size. #### **Step 3: Send new Body data** Update or add new data in "Body" in the POST request. Typically, Body data is also used in PUT request. ``` { "name": "Add your name in the body" } ``` #### **Step 4: Update the variable** Variables enable you to store and reuse values in Postman. We have created a [variable](https://learning.postman.com/docs/sending-requests/variables/) called `base_url` with the sample request [https://postman-api-learner.glitch.me](https://postman-api-learner.glitch.me). Replace it with your API endpoint to customize this collection. #### **Step 5: Add tests in the "Tests" tab** Tests help you confirm that your API is working as expected. You can write test scripts in JavaScript and view the output in the "Test Results" tab. <img src="https://content.pstmn.io/b5f280a7-4b09-48ec-857f-0a7ed99d7ef8/U2NyZWVuc2hvdCAyMDIzLTAzLTI3IGF0IDkuNDcuMjggUE0ucG5n"> ## 💪 Pro tips - Use folders to group related requests and organize the collection. - Add more [scripts](https://learning.postman.com/docs/writing-scripts/intro-to-scripts/) in "Tests" to verify if the API works as expected and execute workflows. ## 💡Related templates [API testing basics](https://go.postman.co/redirect/workspace?type=personal&collectionTemplateId=e9a37a28-055b-49cd-8c7e-97494a21eb54&sourceTemplateId=ddb19591-3097-41cf-82af-c84273e56719) [API documentation](https://go.postman.co/redirect/workspace?type=personal&collectionTemplateId=e9c28f47-1253-44af-a2f3-20dce4da1f18&sourceTemplateId=ddb19591-3097-41cf-82af-c84273e56719) [Authorization methods](https://go.postman.co/redirect/workspace?type=personal&collectionTemplateId=31a9a6ed-4cdf-4ced-984c-d12c9aec1c27&sourceTemplateId=ddb19591-3097-41cf-82af-c84273e56719)

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Darb Assabil Manage Orders. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Dalux. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This is a generated connector from [Cloudmersive](https://account.cloudmersive.com) OpenAPI specification. The Cloudmersive Currency APIs help you retrieve exchange rates and convert prices between currencies.

This project is the migration of the Curriculum API, currently using no frameworks, to a Nest.js environment, using DynamoDB. **Important information:** - This API uses the [JSON:API format](https://jsonapi.org/format/) specifications for data exchange, expecting predictability in terms of patterns and to maximize efficiency due to data compartimentalization. - This API has not yet been integrated with **Cognito**. The `organizationId` parameter is now hard coded, as to not pose any impediment to the development of the API's functionalities. **If you wish to test this API locally, use the following instructions:** - Access the [Motrix API repository](https://github.com/motrix-global/motrix-api) root; - Start the databases: - `docker-compose up` - Run the API in the repository root: - `pnpm start:dev` - Access this project's collection using the **Run in Postman** button in the top right of your screen and test the endpoints.

This is a generated connector for [SAPS4HANA Intelligent Trade Claims Management API v1.0.0](https://help.sap.com/viewer/902b9d277dfe48fea582d28849d54935/CURRENT/en-US) OpenAPI specification. SAPS4HANA Intelligent Trade Claims Management uses currency codes and their languages to properly display monetary value and decimal or comma placement.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the CryptoPortfolio. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

CryptoCompare is a central authority for clear and concise information, offering unrivalled breadth, scope and depth of data, bridging the gap between the crypto asset and traditional financial markets. Contact Support: Name: No Contact Email: email@example.com

# Introduction Welcome to Crowdin Enterprise API v2 documentation. Our API is a full-featured RESTful API that helps you to integrate localization into your development process. The endpoints that we use allow you to easily make calls to retrieve information and to execute actions needed. Most of the functionality of Crowdin Enterprise is available through the API. It allows you to create projects for translations, add and update files, download translations, and much more. In this way, you can script the complex actions that your situation requires. Documentation starts with a general overview of the design and technology that was implemented and is followed by detailed information on specific methods and endpoints. ## Asynchronous Operations Methods such as report generation, project build, and file download need some time to be completed and are finalized in several steps. It is what we call asynchronous operations. This approach allows the application to work without interruptions while the method is running at the background. To run asynchronous operations, 3 subsequent API methods are used: - Method to start operation – returns the status **Found** if the resource you’re requesting is already generated. Typically, **201 Accepted** status is returned along with the operation identifier. The operation status is then checked with the help of this identifier. - Method to check the status of operation – returns the completion percentage. - Method to get the temporary link for resource download – mostly used for export operations. When the operation is completed, you can run this method to get a temporary link for resource download. **Note:** Download link is active for a few minutes. For example, to download a Translation Memory (TM), you need to run following sequence of API methods: - [<i>Export TM</i>](#operation/api.tms.exports.post) - [<i>Check TM Export Status</i>](#operation/api.tms.exports.get) - [<i>Download TM</i>](#operation/api.tms.exports.getMany) ## File Upload With Crowdin Enterprise API v2 all files such as files for localization, screenshots, Glossaries, and Translation Memories should be first uploaded to the [Storage](#tag/Storage). After you upload file to the Storage it will have a unique storage id using which you can then add the file to the project. For example, to upload a localization file to your project, you need to run the following sequence of API methods: - [<i>Add Storage</i>](#operation/api.storages.post) – upload localization file body to storage at Crowdin server - [<i>Add File</i>](#operation/api.projects.files.post) – define where to add the localization file with specific _storage id_ ## Authorization To work with Crowdin Enterprise API v2 use one of the following access tokens: - [<i>Personal Access Token</i>](https:///enterprise/personal-access-tokens/#creating-a-personal-access-token) - [<i>OAuth Access Token</i>](https:///enterprise/authorizing-oauth-apps/#make-requests-to-the-api-with-the-access-token-returned) Make sure to use the following **header** in your requests: `Authorization: Bearer ACCESS_TOKEN` Responses in case authorization fail: **401 Unauthorized** ``` { "error": { "message": "Unauthorized", "code": 401 } } ``` **403 Forbidden** ``` { "error": { "message": "Not allowed endpoint for token scopes", "code": 403 } } ``` ``` { "error": { "message": "Not allowed space for your token", "code": 403 } } ``` ## Requests All requests should be made using the HTTPS protocol so that traffic is encrypted. The interface responds to different methods depending on the action required. When a request is successful, a response will typically be sent back in the form of a JSON object. If you specify `Accept` header response will be `application/json`. It’s not required to specify `Accept` header so you can leave it empty. The API expects all writing requests (_POST_, _PUT_, _PATCH_) in JSON format with the `Content-Type: application/json` header. This ensures that your request is interpreted correctly. **Note:** `Content-Type` header can be different (e.g. `image/jpeg`, `text/csv`) if you upload the file using _POST_ methods with a specified content type. RESTful APIs enable you to call individual API endpoints to perform the following requests: - GET - for simple retrieval of information about source files, translations, or projects. The information you request will be returned to you as a JSON object. The attributes defined by the JSON object can be used to form additional requests. - POST - to create or add a new element. This request includes all of the attributes necessary to create a new object. - PUT - to update or replace the specific element. This request sets the state of the target using the provided values, regardless of their current values. - PATCH - to edit some specific fields of an entity. With these requests, you only need to provide the data you want to change. - DELETE - to remove element from your account. Request works if specified object is found. If it is not found, the operation will return a response indicating that the object was not found. For example, to edit the name and description of a project, where the requested resource is the project with `id` = 1, the request is the following: **Example Endpoint** PATCH https://{organization_domain}.api.crowdin.com/api/v2/projects/1 where projects/1 is the requested resource. **Content-Type header:** `application/json` **Request body** ``` [ {"op":"replace", "path":"/name", "value":"Project new name"}, {"op":"replace", "path":"/description", "value":"New description for the project"} ] ``` ## Rate Limits The number of simultaneous API requests per account is 20 requests. Response code **429 Too Many Requests** is returned when the limit is exceeded. ## Crowdin API Clients The Crowdin API clients are the lightweight interfaces developed for the Crowdin API v2. They provide common services for making API requests. You may find detailed information on each client in its respective GitHub repository: [<i>Crowdin JavaScript client</i>](https://github.com/crowdin/crowdin-api-client-js) [<i>Crowdin PHP client</i>](https://github.com/crowdin/crowdin-api-client-php) [<i>Crowdin Java client</i>](https://github.com/crowdin/crowdin-api-client-java) [<i>Crowdin Python client</i>](https://github.com/crowdin/crowdin-api-client-python) _Crowdin .NET client_ _(Coming soon)_ Contact Support: Email: [support@crowdin.com](https://mailto:support@crowdin.com)

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Crypto Prices. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

Cisco Crosswork Network Automation is a microservices platform that brings together streaming telemetry, big data, and model-driven application programming interfaces (APIs) to redefine service provider network operations. Cisco Crosswork Network Automation offers a platform for customers and partners to collaborate on and build an application ecosystem around on-box innovation. The Cisco Cisco Crosswork Network Automation product suite is a highly scalable and efficient operations automation framework. It enables service providers to quickly deploy intent-driven, closed-loop operations.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Crisp. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Coursera. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Coterie. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Coronavirus API. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This is a generated connector for [WorkDay Connect Service REST API v1](https://community.workday.com/sites/default/files/file-hosting/restapi/index.html) OpenAPI specification. The Core Accounting service enables applications to access and configure common financial components that you use to manage your financial accounting.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the CORE MS. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

The ConvertAPI provides online API for creating PDF and Images from various sources like Word document, web pages or raw HTML codes. In just few minutes you can integrate it into your application and use it easily. Return to APIs list. Contact Support: Name: No Contact Email: email@example.com

Services to export information about the Flight Schedules for all Flights In Copa and Wingo Flights.

Access the Contentful API.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Conta. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This is a generated connector for [Constant Contact API v3](https://v3.developer.constantcontact.com/api_guide/index.html) OpenAPI specification. The Constant Contact, Inc. V3 public API, for building integrations with Constant Contact, the leading small-business email marketing platform.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Compro API. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Condigital. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This is a generated connector for [Commercetools API v1](https://docs.commercetools.com/api/) OpenAPI specification. The commercetools Platform - Configuration API offers an interface for programmatic access to retrieve certain information on projects, API-clients, channels, stores and state machines.

This elaborate collection, supported by environment variables, is designed to give you an overview of our endpoints in a **resource-driven way**. It should be used to perform a deeper dive into the API or alongside development. The environment variables will make the experience smoother but will require set-up.

The CoinMarketCap Professional API is a suite of high-performance RESTful JSON endpoints that are specifically designed to meet the mission-critical demands of application developers, data scientists, and enterprise business platforms. Contact Support: Name: No Contact Email: email@example.com

This Open API specification serves as a standardized framework for describing and defining the capabilities of the coinbase. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Coimex Service. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Coimex Webhook. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the coinapi. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the coin market cap. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Coimex Reva. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Codix. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

A collection that generates a random [Codeforces](https://codeforces.com) problem set by taking input through [slack slash command](https://slack.com/intl/en-gb/help/articles/201259356-Slash-commands-in-Slack) and pushing the results back to the slack channel. >**Slash command syntax:** `/getcf cfHandle,minDifficulty,maxDifficulty,problemCount,(optional)tag1;tag2..` e.g: `/getcf cooper123,1300,1800,5,math;dp;implementation`

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Codewars. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

Welcome to the WhatsApp Flows API from Meta. This collection contains the [Graph API](https://developers.facebook.com/docs/graph-api/) requests to create, manage, and send WhatsApp Flows. For the full Flows documentation, refer to [https://developers.facebook.com/docs/whatsapp/flows<br>](https://developers.facebook.com/docs/whatsapp/flows) **Note:** Flow messages won't be delivered to unsupported WhatsApp versions. # Installation Import this collection into postman to start using the API. You can generate the code for the API calls in your language by following the steps here [https://learning.postman.com/docs/sending-requests/generate-code-snippets/#generating-code-snippets-in-postman](https://learning.postman.com/docs/sending-requests/generate-code-snippets/#generating-code-snippets-in-postmanEnvironmentChangelogUpdates) # Environment This collection uses environment variables. To edit the variables in the collection 1. Click on the environment name in the left sidebar 2. Go to the "Variables" tab 3. Update the "Current Value" for the variables Here's the list of the variables used in the collection | Name | Description | | --- | --- | | `base-url` | Base URL for Facebook Graph API. Example: [https://graph.facebook.com/v18.0](https://graph.facebook.com/v18.0) | | `access-token` | This can be retrieved by copying the **Temporary access token** from your app which expires in 24 hours. <br> <br>Alternatively, you can generate a [System User Access Token](https://developers.facebook.com/docs/whatsapp/business-management-api/get-started#system-user-access-tokens). | | `waba-id` | Your WhatsApp Business Account (WABA) ID. | | `flow-id` | Id of the flow to update or send. You can set this variable after creating a flow. | | `business-phone-number-id` | ID for the sender phone number connected to the WhatsApp Business API. You can get this from the request "Get WABA Phone Numbers". | | `customer-phone-number` | Phone number that you want to send a flow to. | # General Notes - You can add \`fields\` param to any request to specify which exact fields will be returned in the response - POST requests accept the data in query or form or JSON body. However, the asset upload API only accepts the file attachment in form data # Changelog Updates to the Flows API will be tracked here

# API/REST Interface Description CoderBridge The Coder Bridge Software will run on the Messerschmitt System PC, locally in the hotel. It is a simple Webserver and provides a REST API. The REST Interface uses JWT(JSON Web Token) as Authentication. The communication between an external Service(PMS Service) and the Bridge will be done, depending on the needs, in 2 or 4 steps: 1. Authentication with JWT 2. Get the Messerschmitt Checkout Times 3. Get the Messerschmitt Special Areas 4. Request a GuestKey or Mobile Key or CheckinRoom(RMS) or Read a Card 1. Checkin Room 2. Checkout Room 3. Request a Guestkey 4. Checkout GuestKey 5. Request a PreCheckin Guestkey 6. Request a MobileKey 7. Request a MobileKey using PushService 8. Read a Card 9. Examples The steps 2 and 3 are optional. If there is no need to overwrite the hotels system standards, this functions have not to be called. In this case the standard values, defined in the Messerschmitt Database will be used. **Note:** normally there is no need to perform the steps 2 & 3 everytime requesting a guestkey or mobilekey. So storing this values temporary in memtables or something is recommended. ## General information and credentials The Coder Bridges webservice will be reachable via the Messerschmitt System PCs IP address and the Port 7331. The sub-path for the service is 'mst/enc' e.g.: > URL: http://192.168.15.67:7331/mst/enc ... **CLIENT ID AND PASSWORD FOR THE JWT AUTHENTICATION WILL BE CONCLUDED DURING INSTALLATION AND CONFIGURATION**

This Open API specification serves as a standardized framework for describing and defining the capabilities of the Coach Me Up. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.

This Open API specification serves as a standardized framework for describing and defining the capabilities of the CML. It outlines how clients can interact with the API, providing a structured approach to document endpoints, operations, and other integration details. This specification is intended to promote clarity, consistency, and ease of use for developers and consumers of the API, ensuring efficient communication between systems.