![]() Likewise, if you want to send a response from the backend to the frontend, you can do as follows: Send the JSON data from the frontend (JavaScript) to the backend (Python) as follows: You can easily transfer data between them by creating a REST API. This allows you to build and connect different services, including micro-services in different technologies.įor example, imagine you are working on a project with a Python backend and the frontend involves JavaScript. Two independent platforms can communicate with each other through REST without needing to know the other’s implementation details. This allows REST to scale infinitely, making it a good choice for large batch operations. REST is stateless each request to the server is handled independently since no user session is stored, unlike authentication methods that store sessions on the server. Adding a version header to the request (X-API-Version: 1).Updating the URL prefix (/api/v1/users or /api/v2/users).If there are any breaking changes in your REST API response, you can easily version them by either of the two most common methods: You can update it by adding a new property and a nested JSON structure as its value: For example, say your existing JSON API structure is as follows: The JSON structure is highly flexible and allows you to easily add nested data structures. And it’s easy to parse and write in, when using JSON or YAML to implement it. The footprint of REST is small, so you’re sending and receiving less data with each transaction. With REST, these programming techniques can be implemented easily and are sometimes available as the default in some programming languages.Īs above, SOAP only supports XML, but REST can be implemented using XML or JSON. To overcome these issues, you need to implement more advanced techniques like throttling and debouncing. This can cause an overload on the server and result in bandwidth and latency issues. When an application is accessed by many users simultaneously, multiple requests are sent to the integrated platform to send SMS. By using the REST format, you can build SDKs for developers, allowing them to extend and customise the functionality of your product.įor example, at ClickSend, you can access the public API to easily integrate communication capabilities into your application. Many developers are familiar with REST and HTTP protocols, so they’ll be better able to understand and use your API. REST, which uses GET, POST, PUT, and DELETE commands to perform CRUD operations over the HTTP network, is easier to use than SOAP, which can save crucial time for developers. REST, or representational state transfer, is a more lightweight, data-driven architectural style that can use multiple formats. SOAP is a standardised, function-driven protocol for exchanging information that relies strictly on XML. Following are some of the reasons why we recommend using a REST API to send your business text messages. There are various ways to transfer data across the web, with SOAP and REST being two of the most-used methods. So why should you use REST APIs to send SMS? This article will explain why we recommend you should choose the REST API standard for your business SMS. ![]() REST offers greater flexibility and speed, while SOAP is more rigid and can be more difficult to learn. Though many applications continue to rely on the SOAP API standard for SMS functionality, the newer REST API standard is actually the better choice. They also enable organisations to centrally manage invoicing, human resources, and other internal activities. Business short message service (SMS) tools enable organisations to implement one-time password (OTP) verification, alerts, reminders, and other types of customer support as well as marketing campaigns. An increasing number of businesses use messaging APIs to simplify communications with stakeholders and customers.
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