![]() Skaffolder supports collaboration tools, allowing developers and analysts to share documents online.The documentation is integrated directly in the code comments, saving developers from looking at external documentation. ![]() Code is stored in the GIT repository, giving users quick and central access to it at all times. Skaffolder is continuous deploy ready, enabling users to trigger the deploy at the commit, with the GIT or SVN repository keeping a record of these actions. Integrated JWT security helps users keep their data safe and secure. ![]() Skaffolder supports a number of integrations designed to help manage programming languages, databases and technologies, including mongoDB and JWT security. You must already have a connected system configured in your On-prem agent to establish a connection to the HTTP Agent modules in Make. The graphical interface enables users to manage technical planning, such as database table structures, attributes, relations, and APIs, directly from the Skaffolder platform. Skaffolder provides users with clean, well commented and customizable code and allows users to define APIs and web pages graphically. Users can implement their own template if Skaffolder does not support their preferred programming language. Skaffolder helps users build a working prototype within minutes using their favorite programming languages. Skaffolder offers both SaaS and on-premise solutions. Skaffolder provides users with the tools to prototype apps, and enables IT companies to create web apps by generating the source code needed by the team in different programming languages. If you return null then an error will be displayed advising the user to check their details.Skaffolder is a cloud platform for JAVA, Node JS and PHP web developers to create and develop web applications with customizable, multi-language and high quality source code. Any object returned will be saved in `user` property of the JWT You can pass any HTML attribute to the tag through the object. domain, username, password, 2FA token, etc. You can specify which fields should be submitted, by adding keys to the `credentials` object. `credentials` is used to generate a form on the sign in page. The name to display on the sign in form (e.g. Import CredentialsProvider from "next-auth/providers/credentials" The Credentials provider's authorize() method also provides the request object as the second parameter (see example below). If you throw an Error, the user will be sent to the error page with the error message as a query parameter. If you return null then an error will be displayed advising the user to check their details. If you return an object it will be persisted to the JSON Web Token and the user will be signed in, unless a custom signIn() callback is configured that subsequently rejects it. A user object, which indicates the credentials are valid.The Credentials provider is specified like other providers, except that you need to define a handler for authorize() that accepts credentials submitted via HTTP POST as input and returns either: You can override any of the options to suit your own use case. The Credentials Provider comes with a set of default options: The functionality provided for credentials based authentication is intentionally limited to discourage use of passwords due to the inherent security risks associated with them and the additional complexity associated with supporting usernames and passwords.
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