Thereafter, after the receipt of the SAML Request, a session is created for the user on the Back End Drupal System. Upon successful verification of the user credentials, the IDP Front End ReactJS application, sends the SAML request, received in Stage 1, to the Headless Drupal IDP Back End. And repeat the verification check.Īfter successful verification, a success message is sent back to the ReactJS Front End. If the input credentials fail the verification, then a message is shown to the user and the user is prompted to input the correct credentials. If the credentials are successfully verified, then the session is created on the IDP backend of the Headless Drupal System. The input credentials are verified with the IDP User Database, i.e. When the SAML request is received at the IDP Front end, the User is met with the actual Login Page, wherein he/she would punch in his IDP Credentials. Upon clicking on the URL in question, a SAML request is generated on the Drupal SP back end and is sent to the ReactJS Front End of the Drupal IDP. The user, who is trying to log in, would see a Login URL on the ReactJS application. The Login Process starts in the ReactJS application of the Service Provider. And a similar Headless Drupal IdP System with its own ReactJS based front end.Headless Drupal SP System with its own ReactJS based front end.The designed system, has 2 primary components Now, let’s look into the black box of the system. After successful authentication, he is logged into the Front End as well as Back End. The user would start the login process from the Front End page, and be redirected to the Back End page, upon which he/she inputs the IdP credentials. ReactJS is used to build front end applications - SP Front End as well as IDP Front End. The system is split into 4 pieces, 2 of which are directly visible to the end user. The Front End, was created using ReactJS. In this use case, we have 2 Headless Drupal websites, one acting as the Service Provider, and the other as the Identity Provider. One of the websites was to act as a Service Provider and the other as an Identity Provider. We had 2 Drupal websites, both of which were Decoupled Drupal Websites. We, at miniOrange, have developed a Single Sign On (SSO) solution for your Headless Drupal environment. And on top of that, If you can add another layer of security, case in point, enable Single Sign On Feature on your Headless Website, it would be a secure, robust and overall impressive website with a great user experience. Setting up a Headless Drupal environment gives you a lot of flexibility, scalability and the opportunity to have your content be free from any back end shackles. env.local to store your credentials, since that file is ignored by git.Single Sign On for Headless Drupal System env and add the database connection details. download-contentacms.sh /path/to/new-dir-for-contentaĪfter that, copy. Php -r "readfile('') " > download-contentacms.sh This will pull down the installation profile + core + modules, so maybe get a cup of tea: The installer needs Composer 1.7 or higher.Ĭreate a new project using a command like this.
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