Which of the following tool is used to generate api documentation in html format

A properly structured and well-written documentation explaining how to use an API effectively and integrate it easily can help developers big time. The reason behind the same is no matter how good an API is for creating and extending your software services, it could be unusable if the developers cannot understand how it works. Besides, developers are precise, analytical, and always on-the-go to solve critical issues with an API. Hence, catering to them sometimes becomes a tricky business. This is where the need for API documentation arises. So, let’s explore a few things about API documentation and how it helps. What is the API documentation? API documentation refers to technical content with clear instructions regarding how an API works, its capabilities, and how to use it. It can be written by a technical writer and is readable to both humans and machines. The purpose of API documentation is: • To work as a precise reference source capable of describing the API thoroughly. • To act as a teaching tool and guide to help users get familiar with the API and use it. A comprehensive manual containing the entire information needed to work with a specific API such as functions, arguments, return types, classes, and more in a structured layout. The document also includes examples and tutorials to support the information. API documentation must be easy to digest by the users or developers who want to solve a certain problem. The elements of good API documentation include: • A quic...

Excellent API documentation experiences stem from proper use of an OpenAPI or Swagger API description file. In this guide, we explain Swagger and OpenAPI, how to create an OpenAPI or Swagger description for an API, and how to use the OpenAPI Specification to yield documentation that’s continuously up-to-date and automated! Table of Contents • • • • • • • • HTTP API descriptions, like those described in the The challenge: Manually creating comprehensive and accurate documentation is difficult. It’s a chore to produce, especially when it exists as a task to be done separate from the original code creation. API documentation is easily neglected and becomes outdated. New endpoints go undocumented, which unfortunately means they will never exist in the minds of most developers. Even worse, if API response data changes, there’s no way for developers to learn what to expect from each request. A developer’s experience with an unfamiliar API is dictated by its documentation. The API’s reference guide provides the first impression of quality and consistency. The reference guide is the source of truth that developers return to whenever there’s a serious issue or question about an API’s functioning, and therefore must be painstakingly managed. Enter: Swagger and OpenAPI. Swagger and OpenAPI are specifications to describe HTTP APIs (the most common type of API). These machine-readable formats define everything a developer needs to integrate with an API: authentication, endpoints, HTTP ...

Good user experience is key to using any product, and the same holds true for APIs. The better the interface that’s used to consume APIs, the higher the chance of achieving your business and technological objectives. Since the advent of mobile and cloud computing, APIs have gone mainstream, with more and more companies and organizations understanding the business value of creating APIs. With a lot of web services emerging, the need to have clear API documentation for adopting these services became clear. API documentation is the information that is required to successfully consume and integrate with an API. This can be in the form of technical writing, code samples and examples for better understanding how to consume an API. Concise and clear documentation — which allows your API consumers to adopt it into their application quickly — is no longer optional for organizations that want to drive adoption of their APIs. Why documentation matters A Good documentation accelerates development and consumption, and reduces the money and time that would otherwise be spent answering support calls. Documentation is part of the overall user experience, and is one of the biggest factors for increased API growth and usage. Challenges of API documentation APIs, like so many other products, tend to evolve rapidly during development and release cycles. Maintaining and updating this documentation for your development team and end consumers, so they work with the API efficiently, becomes a dif...

Are there any tools for generating documentation for TypeScript source code? Or should I use something generic like NaturalDocs? What would be the recommended style of the block comments / those intended for standalone volume of documentation. Should I use: ///bar MSVS kind of comments? or /** @javadoc style comments */ or perhaps /* Something like this? */ I'm afraid to use /// because it is used for imports, and I don't want to tread on some other future feature possibly introduced in the similar way - but you never know... Or is it possible to generate documented JavaScript from TypeScript and then use the JavaScript toolchain? I have just released a tool called TypeDoc that generates html api documentation pages out of TypeScript *.ts files. The documentation generator runs the TypeScript compiler and extracts the type information from the generated compiler symbols. Therefore you don't have to include any additional metadata within your comments. If you want to try it out, simply install and run the tool through npm: npm install typedoc --global typedoc --out path/to/documentation/ path/to/typescript/project/ If you want to know what a documentation created with TypeDoc looks like, head over to the GitHub page of the project: This answer is from 2013. Other (maintained) solutions exist now - some of which are mentioned in answers below. Original answer: Maybe a bit late but after I came across this problem I found there were still no tools to do this. So I forked the ...

Before starting to document an API, you should have available: • The latest spec: Whether it is a W3C Recommendation or an early editor's draft, you should refer to the latest available draft of the spec that covers (or specs that cover) that API. To find it, you can usually do a Web search. The latest version will often be linked to from all versions of the spec, listed under "latest draft" or similar. • The latest modern web browsers: These should be experimental/alpha builds such as • Demos/blog posts/other info: Find as much info as you can. • Useful engineering contacts: It is really useful to find yourself a friendly engineering contact to ask questions about the spec, someone who is involved in the standardization of the API, or its implementation in a browser. Good places to find them are: • Your internal company address book, if you work for a relevant company. • A public mailing list that is involved in the discussion of that API, such as Mozilla's • The spec itself. For example, the You will return to build demos many times through the course of documenting an API, but it is useful to start by spending time familiarizing yourself with how the API works — learn what the main interfaces/properties/methods are, what the primary use cases are, and how to write simple functionality with it. When an API has changed, you need to be careful that existing demos you refer to or learn from are not out of date. Check the main constructs that are used in the demo to see if t...

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Java String Java Regex Exception Handling Java Inner classes Java Multithreading Java I/O Java Networking Java AWT & Events Java Swing JavaFX Java Applet Java Reflection Java Date Java Conversion Java Collection Java JDBC Java Misc Java New Features RMI Internationalization Interview Questions Java MCQ Answer: (a) Bytecode is executed by the JVM. Explanation: The output of the Java compiler is bytecode, which leads to the security and portability of the Java code. It is a highly developed set of instructions that are designed to be executed by the Java runtime system known as Java Virtual Machine (JVM). The Java programs executed by the JVM that makes the code portable and secure. Because JVM prevents the code from generating its side effects. The Java code is portable, as the same byte code can run on any platform. Hence, the correct answer is option (a). 2) Which of the following is not a Java features? • Dynamic • Architecture Neutral • Use of pointers • Object-oriented Show Answer Workspace Answer: (c) Use of pointers Explanation: The Java language does not support pointers; some of the major reasons are listed below: • One of the major factors of not using pointers in Java is security concerns. Due to pointers, most of the users consider C-language very confusing and complex. This is the reason why Green Team (Java Team members) has not introduced pointers in Java. • Java provides an effective layer of abstraction to the developers by not using pointers in Java. Java ...

For more on API description formats and docs templates, visit our guides page. How do you document REST and web services APIs? Documentation can be time-consuming to create from scratch. In many cases, it’s an afterthought. You’ve already designed and built the API. Now you need to figure out how to tell others how to use it. Whether it’s internal or external API consumers, they’ll want to know about authentication, the endpoints, and what response data to expect. Once you collect all the information, you need to figure out how to present it. Yet, we’ve all had at least one great experience with documentation, where everything you need is effortlessly communicated. In this post, we’ll outline a shortcut for documenting your API and provide example templates you can use to create great docs for your REST API. Before you look for API documentation templates or create your own, take a moment to review what should be included. At a minimum, you’ll need an API reference, which explains the various API endpoints, how requests are constructed, and what to expect as a response. On the surface, it’s straightforward, but it’s easy to forget important details that enable robust integrations. Make sure your API reference templates include the following information: • The root path for this version of your API • Authentication and other headers required with each request • The path to call each endpoint • Which HTTP methods can be used with each endpoint • The request data fields and w...