![]() In the above diagram, the WebApp-pod can reach the DB-service by using the host name nnect(“db-service”) The resources within a namespace can be referred to each other by their respective names This way, each of the namespace is guaranteed a certain amount of resources and it won’t use more than the specified quota. A quota of resources can also be assigned to each of these namespaces. However, while using Kubernetes for Enterprise or Production, you may have to consider the use of namespaces.įor example, if the same cluster is used for production, dev and test environments and at the same time the resources between them is required to be isolated, in such cases, a separate namespace for each of them can be created in a way such that the resources in other environment should be deleted accidentally.Įach of these namespaces has its own set of policies defined as to who can do what. The user can hold up the work in default namespace. If an environment is small or if a user is playing around the cluster(learning), then the user doesn’t really have to worry about namespace. The third namespace that is created automatically called kube-public is where resources available to all users are created. Kubernetes creates them under another namespace which is created at cluster startup named kube-system. To isolate or prevent a user from accidentally deleting the services, Kubernetes creates certain pods for its internal purpose like networking solution, DNS service etc. Apps in Azure DevOps Earlier (VSTS) MarketplaceĪ default namespace is created automatically when the cluster is being setup.Microsoft Dynamics 365 for Finance and Operations / AX. ![]() Microsoft D365 Customer Engagement / CRM. ![]() Microsoft Dynamics 365 Business Central / NAV.Continuous Integration and Deployment Workflow Automation. ![]()
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