This document contains code snippets related to Spring Security configuration and authentication. It defines classes and methods for configuring security, processing login requests, loading user details, and authenticating users. Key aspects include configuring security filters and authorization rules, processing username/password authentication, validating login credentials against encoded passwords, and loading pre-authenticated users based on access tokens.
This document summarizes an ArgoCD presentation about implementing GitOps. Some key points:
- ArgoCD was used because it has a great UI, self-healing capabilities, and supports SSO and RBAC.
- GitOps aims to synchronize infrastructure as code in a Git repository with a cluster. ArgoCD helps achieve this through continuous delivery triggered by Git changes.
- ArgoCD's architecture has three main components: the API server, repository server, and application controller. The application controller monitors for Git changes and syncs applications.
- An example Application CR was shown to define the Git repository, target revision, destination cluster and namespace to deploy the application to.
This document contains code snippets related to Spring Security configuration and authentication. It defines classes and methods for configuring security, processing login requests, loading user details, and authenticating users. Key aspects include configuring security filters and authorization rules, processing username/password authentication, validating login credentials against encoded passwords, and loading pre-authenticated users based on access tokens.
This document summarizes an ArgoCD presentation about implementing GitOps. Some key points:
- ArgoCD was used because it has a great UI, self-healing capabilities, and supports SSO and RBAC.
- GitOps aims to synchronize infrastructure as code in a Git repository with a cluster. ArgoCD helps achieve this through continuous delivery triggered by Git changes.
- ArgoCD's architecture has three main components: the API server, repository server, and application controller. The application controller monitors for Git changes and syncs applications.
- An example Application CR was shown to define the Git repository, target revision, destination cluster and namespace to deploy the application to.
Creating a World without Passwords -- A FIDO UAF Case StudyFIDO Alliance
Case study by NTT DOCOMO on FIDO’s Universal Authentication Framework (UAF) protocol, which addresses the “password-less” experience. From FIDO Alliance Seminar in Tokyo, Japan, November, 2015.
The document discusses the status of various working groups within the OMA CD WG, including Device Web API, GotAPI, SNeW, and a proposed new 3DCAPI. It provides information on the approval status of different specifications, as well as future plans, which include exploring interfaces between existing specifications and developing new APIs for areas like IoT authentication and 3D content creation.