Virtual Machines Sample Clauses

Virtual Machines. The number of the virtual machines associated with the selected SCVMM, followed by the counts of all alarms associated with those virtual machines, broken down by the alarm state (Normal, Warning, Critical, Fatal). • Storage. The number of the disk volumes associated with the selected SCVMM, followed by the counts of all alarms associated with those volumes, broken down by the alarm state (Normal, Warning, Critical, Fatal).

Virtual Machines. The number of virtual machines that are associated with the selected volume, followed by the related alarm counts. • Volume. Represents the selected volume. Shows the counts of the alarms generated against the volume. Where to go next Drill down on: Figure 125. Clusters dwell Figure 126. Servers dwell

Virtual Machines. Displays the Virtual Machines dwell, showing the names and states of all virtual machines that are associated with the selected volume. • Volume. Displays the Other Items Inventory dwell, showing the state of the selected volume.

Virtual Machines. The number of virtual machines that are associated with the selected virtual switch, followed by the related alarm counts.

Virtual Machines. A virtual machine resides on a Hyper-V server. Virtual machines share many of the characteristics of physical systems (like storage and network interaction), but they do not have direct access to the hardware that is used to process. Each virtual machine runs on a guest operating system, for example, Microsoft Windows XP, and is allocated access to a specific set of the server’s resources, that includes the number of processors and the amount of memory it can leverage. • Virtual Switches. A Hyper-V virtual switch is a software-based layer-2 Ethernet network switch. The switch connects virtual machines to virtual and physical networks. Prerequisites: Foglight for Hyper-V roles‌ Foglight™ Management Server relies on roles to control user access. Each user can have one or more roles. The roles granted to a user determine the set of actions that the user can perform. The Management Server includes a set of built-in roles that control access to dashboards and reports included with the Management Server. The following roles are included with Foglight for Hyper-V to control access to the Hyper-V dashboards and reports. Your Foglight for Hyper-V users must have the appropriate roles granted to them in order to access related browser interface components:

Virtual Machines. Description Shows the number of virtual machines in your environment and a list of virtual machines with worst performance score. Table 7. Storage Description Shows the number of virtual volumes in your environment and total alarm counts associated with them. • Server count. The number of virtual volumes in your environment. Where to go next Drill down on: Table 8. Virtual Switches Description Shows the number of virtual switches in your environment and total alarm counts associated with them. • Server count. The number of virtual switches in your environment. Where to go next Drill down on: Table 9. SOFS Servers Description Shows the number of Scale-Out File Server (SOFS) in your environment and total alarm counts associated with them. • Server count. The number of SOFS servers in your environment. Where to go next Drill down on: Figure 15. Alarms view Table 10. Description of the View Data displayed • Alarm Message. An explanation about why the alarm occurred. • Severity. The alarm severity icon: Warning, Critical, or Fatal. • Time. The time when the alarm was generated. Clusters view

Virtual Machines a. The Lead Researcher may request the Institute to modify, add or delete the Virtual Machines and issue Credentials relating to those Virtual Machines. The Lead Researcher must complete the form specified by the Institute and comply with any procedures listed in the form for modifications, additions or deletions relating to the Virtual Machines and pay any applicable Fees in relation to them. b. Any request for changes to the Virtual Machines is subject to payment of Fees which are charged in accordance with the Schedule 1 Fees and Charges unless otherwise agreed in writing by the Parties. The Institute can only act on such requests where the specified form(s) and procedures are complied with and all relevant Fees are paid by the Lead Research Organisation. c. Subject to this clause c, the Lead Researcher may provide Credentials issued to them by the Institute for the establishment of a Virtual Machine to a User. Credentials will only be provided to Users if: 1) they are a Researcher for the relevant project identified on Page 1 of this Agreement and in Item 8 of the Schedule 1 or amendment form for the Virtual Machine or in a change request for the Virtual Machine accepted by the Institute; 2) all relevant ethical and other approvals required in relation to the Project have been obtained and are current in relation to the Researcher; 3) they have signed a Researcher Deed Poll with the Institute relating to access to the Virtual Machine, that Researcher Deed Poll is current, and that Researcher is not in breach of that Researcher Deed Poll; and 4) that Researcher has successfully completed all training requirements specified by the Institute as necessary for access, including any refresher or update courses specified by the Institute. 5) User Guides for using SURE will be provided to all Users

Virtual Machines. Virtual Machines  IaaS (Infrastructure as a Service)  Allow ping: New-NetFirewallRule –DisplayName "Allow ICMPv4-In" –Protocol ICMPv4  Install IIS (Webserver): Install-WindowsFeature -name Web-Server - IncludeManagementTools  ❗ Defined during creation of VMs, cannot be applied to existing VMs. Availability set  IaaS (Infrastructure as a Service)  Holds different tiers (instances) so Azure split them onto different places on hardware.  Pay only for VMs  Two logical grouping: o Fault domains: Grouping of domains with common power source + network switch. Separation protects you from hardware/network/power failures.  ❗ Max 3 o Update domains: Grouping when maintaining (reboot etc) at a time.  ❗ Default = 5, Max: 20 Scale set  IaaS (Infrastructure as a Service)  A scale set is an implicit availability set with five fault domains and five update domains.  Holds identical instances of images in the scale set so they can be scaled pg. 15  You deploy it via ARM template VM Sizes  The number of network interfaces they can support is different  ❗ Resizing VM causes downtime as the state needs to be stopped.  Types: o General Purpose: Dsv3, Dv3, DSv2, Dv2, DS, D, Av2, A0-7  Balanced CPU-to-memory.  Ideal for dev / test and small to medium applications and data solutions. o Compute optimized: Fs, F  High CPU-to-memory.  Good for medium traffic applications, network appliances, and batch processes. o Memory optimized: Esv3, Ev3, M, GS, G, DSv2, DS, Dv2, D  High memory-to-core.  Great for relational databases, medium to large caches, and in-memory analytics. o Storage optimized: Ls  High disk throughput and IO.  Ideal for Big Data, SQL, and NoSQL databases. o GPU optimized: NV, NC  Specialized VMs targeted for heavy graphic rendering and video editing. o High performance: H, A8-11  Most powerful CPU Connect to Virtual Machines  Windows o In portal, click connect, download RDP file. (enabled by default) o SSH in with more configurations  Linux o Password  SSH in (enabled by default)  Optionally you can set-up desktop environment, download and configure (open ports in NSG and VM firewall) RDP client and start it for RDP connections. o SSH public key  Use PuTTY:

Virtual Machines. For the purposes of this Agreement, a virtual machine is considered the same as a Server.