Must Have A Shared Name To Be Installed Globally
'Assembly [AssemblyName] must have a shared name to be installed globally' I am getting this error message when I try to deploy some. Posted: Visual Studio Tools for Office, Assembly '[project name].DLL' must have a shared name to be installed globally: Top. Start studying 70-412 Chapters 1 - 21. Servers by using virtual IP addresses and a shared name. Hardware must not have changed and your data. Kon Boot 2.3 Iso.
By Amitabh Tamhane Goals: This topic provides an overview of providing persistent storage for containers with data volumes backed by Cluster Shared Volumes (CSV), Storage Spaces Direct (S2D) and SMB Global Mapping. Applicable OS releases: Windows Server 2016, Windows Server version 1709 Prerequisites: • This topic assumes as supported on Windows Server 2016 and Windows Server version 1709 • This topic also assumes basic understanding of Blog: With Windows Server 2016, many new were added that deliver significant value to our customers today. Amongst this long list, two very distinct features that were added: Windows Containers & Storage Spaces Direct! Quick Introductions Let’s review a few technologies that have evolved independently. Together these technologies provide a platform for persistent data store for applications when running inside containers. 1.1 Containers In the cloud-first world, our industry is going through a fundamental change in how applications are being developed & deployed. New applications are optimized for cloud scale, portability & deployment agility. Unix Kernel.
Existing applications are also transitioning to containers to achieve deployment agility. Containers provide a virtualized operating system environment where an application can safely & independently run without being aware of other applications running on the same host. With applications running inside containers, customers benefit from the ease of deployment, ability to scale up/down and save costs by better resource utilization. 1.2 Cluster Shared Volumes Cluster Shared Volumes (CSV) provides a multi-host read/write file system access to a shared disk.
Applications can read/write to the same shared data from any node of the Failover Cluster. The shared block volume can be provided by various storage technologies like Storage Spaces Direct (more about it below), Traditional SANs, or iSCSI Target etc. 1.3 Storage Spaces Direct Storage Spaces Direct (S2D) enables highly available & scalable replicated storage amongst nodes by providing an easy way to pool locally attached storage across multiple nodes. Create a virtual disk on top of this single storage pool & any node in the cluster can access this virtual disk.