Introduction to InfiniBand technology and its usage on Debian platform. Includes various examples of NAS/SAN over IB configuration (NFSoRDMA, SRP, and other standard IP and IPoIB based setups).
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.
The YANG syntax is similar to C and C++ and uses a C-like syntax that was chosen for its readability. This section introduces the YANG syntax. While SMIv1, SMIv2, and SPPI are bound to specific protocols like SNMP and COPS-PR, the purpose of SMIng is to define a common data definition language that can specify data models independently of protocols.
Introduction to InfiniBand technology and its usage on Debian platform. Includes various examples of NAS/SAN over IB configuration (NFSoRDMA, SRP, and other standard IP and IPoIB based setups).
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.
The YANG syntax is similar to C and C++ and uses a C-like syntax that was chosen for its readability. This section introduces the YANG syntax. While SMIv1, SMIv2, and SPPI are bound to specific protocols like SNMP and COPS-PR, the purpose of SMIng is to define a common data definition language that can specify data models independently of protocols.