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crazylion lee

GeoNames - 0 views

www.geonames.org/

maps geocoding database geography geo

shared by crazylion lee on 03 Apr 16 - Cached
  • crazylion lee on 03 Apr 16
     
    "The GeoNames geographical database covers all countries and contains over eight million placenames that are available for download free of charge."
張 旭

Introducing the MinIO Operator and Operator Console - 0 views

blog.min.io/minio-kubernetes-operator

s3 storage minio backup

shared by 張 旭 on 20 Sep 21 - No Cached
  • Object-storage-as-a-service is a game changer for IT.
  • provision multi-tenant object storage as a service.
  • have the skill set to create, deploy, tune, scale and manage modern, application oriented object storage using Kubernetes
  • ...12 more annotations...
  • MinIO is purpose-built to take full advantage of the Kubernetes architecture.
  • MinIO and Kubernetes work together to simplify infrastructure management, providing a way to manage object storage infrastructure within the Kubernetes toolset.  
  • The operator pattern extends Kubernetes's familiar declarative API model with custom resource definitions (CRDs) to perform common operations like resource orchestration, non-disruptive upgrades, cluster expansion and to maintain high-availability
  • The Operator uses the command set kubectl that the Kubernetes community was already familiar with and adds the kubectl minio plugin . The MinIO Operator and the MinIO kubectl plugin facilitate the deployment and management of MinIO Object Storage on Kubernetes - which is how multi-tenant object storage as a service is delivered.
  • choosing a leader for a distributed application without an internal member election process
  • The Operator Console makes Kubernetes object storage easier still. In this graphical user interface, MinIO created something so simple that anyone in the organization can create, deploy and manage object storage as a service.
  • The primary unit of managing MinIO on Kubernetes is the tenant.
  • The MinIO Operator can allocate multiple tenants within the same Kubernetes cluster.
  • Each tenant, in turn, can have different capacity (i.e: a small 500GB tenant vs a 100TB tenant), resources (1000m CPU and 4Gi RAM vs 4000m CPU and 16Gi RAM) and servers (4 pods vs 16 pods), as well a separate configurations regarding Identity Providers, Encryption and versions.
  • each tenant is a cluster of server pools (independent sets of nodes with their own compute, network, and storage resources), that, while sharing the same physical infrastructure, are fully isolated from each other in their own namespaces.
  • Each tenant runs their own MinIO cluster, fully isolated from other tenants
  • Each tenant scales independently by federating clusters across geographies.
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