TGL VMware Presentation. Guangzhou Macau Hong Kong Shanghai Beijing

Transcription

1 TGL VMware Presentation Guangzhou Macau Hong Kong Shanghai Beijing

2 The Path To IT As A Service Existing Apps Future Apps Private Cloud Lots of Hardware and Plumbing Today IT TODAY Internal Cloud Federation External Cloud

3 The Cloud as Architecture Datacenter/ Cloud Cloud OS Virtualization is the key to making all of this happen in an evolutionary way Existing Apps New Apps Existing and multiple future app models Management Policies Software Hardware SLA management model Security, Compliance Scale and availability through software Industry Standard building blocks

4 VMware vsphere The Industry s First Cloud Operating System Clustering Data Protection Firewall Anti-virus Intrusion Prevention Dynamic Resource Sizing Intrusion Detection Application Services Availability Security Scalability vsphere 4.0 Infrastructure Services vcompute vstorage vnetwork Hardware Assist Enhanced Live Migration Compatibility Storage Management & Replication Storage Virtual Appliances Network Management

5 Introducing The best platform for building cloud infrastructures

6 Speeds and Feeds Optimization for the Highest Consolidation Ratios Virtual Machines APP APP OS OS APP APP OS OS ESX APP OS VM Scale Up Virtual hardware scale out Hardware Scale Up 8-way vsmp and 255 GB of RAM per VM 64 cores and 1 TB physical RAM CPU Memory Networking Storage Hardware Assist Purpose Built Scheduler Hardware Assist Page Sharing Ballooning VMXNET3 VMDirectPath I/O Storage stack optimization VMDirectPath I/O Current NEW Lowest CPU overhead Maximum memory efficiency Wirespeed network access Greater than 200k iops per second Lower than 20 microsecond latency

7 VMotion Technology Changes The Game VMotion technology lets you move live, running virtual machines from one host to another while maintaining continuous service availability. Shared Storage

8 DRS Ensures Capacity on Demand Shrink and grow of applications based on demand and priority APP OS APP OS APP OS APP OS VMware vsphere APP OS APP OS Dynamic and responsive load balancing

9 Automatic availability for all applications VMWARE HA X Shared Storage

10 vstorage APIs for Data Protection Next generation evolution of VMware Consolidated Backup Centralized off-host backup of virtual machines No additional software on backup server Enables incremental, differential, and full-image backup and restore of virtual machines File-level backup support for Windows and Linux virtual machines Delivers efficient backup without loading ESX servers * Note: vsphere 4.0 includes and supports VCB 1.5 U1. New features are only available with products supporting vstorage APIs for Data Protection

11 Thank You

12 2011 PRESENT TO: PERSENTED TO: TGL Training test case User Acceptance Test (UAT) Template version 2.0 Version Sept 2011 TGL. VMware Project Café De Coral Holdings Limited Hong Yip Properties Agency Ltd. 24 January, 2007 Date: 08 February 2011 Your IT Partner with the Highest Hong Kong (H/Q) Macau Shanghai Standards Contact Person: Ken Wong System Engineer Enterprise Consulting & Support Department Page 1 fff 21-Oct-08

13 Network Architecture for TGL Phase 1 Vitalization infrastructure installation configuration LAN VMware Cluster High Availability Virtualization layer ESX-1 ESX-2 vcenter & Backup Server Stroage Phase 2 Physical to Virtual migration *This diagram only describe a part of network Page 2

14 Test case 1. Establishment of Virtual Machine in Virtual Center (VC). Description: The Virtual Infrastructure Client (VI Client) provides you with the ability to deploy and manage virtual machines as quickly and simply as possible. The VI Client provides a simple and flexible user interface from which you can create new virtual machines through manual configuration, from templates, or by cloning existing virtual machines. All virtual machines are created in place using a wizard that guides you through the steps to produce a complete and working Preparation Virtual Center or ESX Server connected with console are available. virtual machine. Procedures 1. Choose File > New > Virtual Machine 2. Select a folder or the root of a datacenter, and click Next 3. Select a datastore in which to store the virtual machine files, and click Next 4. Under Guest Operating System, select the operating system family (Microsoft Windows, Linux, Novell NetWare, Solaris, or Other), select the version from the pull-down menu, and click Next 5. Configure the virtual machine s memory size by selecting the number of megabytes, and click Next. 6. Choose the networks to connect to and their options by selecting how many network adapters (NICs) you want to connect to, the names of the networks, and whether you want to connect to them at power on, and click Next 7. Specify the size of the virtual disk, and click Next 8. On the Ready to Complete page, review your options, and click Finish. Expected Results 1. New Virtual Machine is create in a folder or the root of a datacenter 2. Can install a new guest operating system Remarks: Accept Reject Page 3

15 Test case 2. Removing Virtual Machines from inventory temporarily or un-register them from the host and Virtual Center. Preparation -Virtual machine files remain at the same storage location and the virtual machine can be reregistered using the datastore browser. -Make sure that the virtual machine is powered off. Procedures 1. From the Virtual Infrastructure Client, click the Inventory button in the navigation bar. 2. Expand the inventory as needed, and click the appropriate virtual machine. 3. Make sure that the virtual machine is powered off. 4. Select the virtual machine in the inventory panel. 5. Choose Inventory > Virtual Machine > Remove from Inventory. 6. To confirm that you want to remove the virtual machine from Virtual Infrastructure Client, click OK. Expected Results 1. user cannot view the Virtual Machine from Inventory 2. user can find the Virtual Machine from its datastore Remarks: Accept Reject Page 4

16 Test case 3. To delete a virtual machine from Virtual Infrastructure Client and the datastore Preparation -Virtual machine files remain at the same storage location and the virtual machine can be reregistered using the datastore browser. -Make sure that the virtual machine is powered off. Procedures 1. From the Virtual Infrastructure Client, click the Inventory button in the navigation bar. 2. Expand the inventory as needed, and click the appropriate virtual machine. 3. Make sure that the virtual machine is powered off. 4. Select the virtual machine in the inventory panel. 5. Choose Delete From Disk from the virtual machine s pop-up menu. 6. To confirm that you want to remove the virtual machine from Virtual Infrastructure Client, click OK. Expected Results User can not view the Virtual Machine from Inventory and datastore. Remarks: Accept Reject Page 5

17 Test case 4. Virtual Machine returned from the managed host s datastore. Description If you have removed a virtual machine from a Virtual Infrastructure Client server but did not remove it from the managed host s DataStore and you want to return it to Virtual Infrastructure Client, use the New Virtual Machine Wizard. Preparation -Virtual machine files remain at the same storage location and the virtual machine can be reregistered using the datastore browser. -Make sure that the virtual machine is powered off Procedures 1. Click the Inventory button. 2. Click the Summary tab. 3. Select a host, and start the New Virtual Machine wizard. 4. Choose Custom, and click Next. 5. Proceed through the wizard as though you are creating a new virtual machine. 6. When the Select a Disk page appears, click the Use an existing virtual disk radio button, and click Next. 7. Browse to the existing virtual disk, and click Next. 8. Browse for a datastore. 9. When you have located a compatible virtual disk, select it and click Open. 10. Proceed through the rest of the wizard as though you were creating a new virtual 11. machine. 12. Click Finish to exit the wizard. Expected Results The Virtual Machine can view in Inventory and start normally. Remarks: Accept Reject Page 6

18 Test case 5. Cloning an Existing Virtual Machine from ESX Server Description A clone is a copy plus customization of a virtual machine. When you create a clone, VirtualCenter provides an option to customize the guest operating system of that virtual machine. You can place the new clone on any host within the same datacenter as the original virtual machine. Preparation Power off the virtual machine Procedures 1. Click the Clone to New Virtual Machine link in the Commands area, or choose Clone from the pop-up menu. 2. Enter a virtual machine name, select a location, and click Next. 3. Select a host or cluster on which to run the clone, and click Next. 4. If you choose a cluster, you must choose a specific host within the cluster, and click Next. 5. Select a resource pool in which to run the clone, and click Next. 6. Select the datastore location where you want to store the virtual machine files, and click Next. 7. Click the Advanced button for more options, and click Next. 8. Select the appropriate radio button, and click Next. 9. Review your selections, and click Finish. Expected Results 1. The returned Virtual Machine is created in a folder or the root of a datacenter. Or In the VM can start with the other ESX Server 2. The VM can start when the task is finish. Remarks: Accept Reject Page 7

19 Test case 7. Migration with VMotion between two Virtual Machine. Description Migration with VMotion, designed to be used between compatible systems, allows you to migrate virtual machines with no downtime but requires VMotion licensing and specific configuration. Preparation Make sure that both the source and target hosts are VMotion-enabled and using the same shared datastore. 1. Select each host. 2. Select the Summary tab. 3. Check the VMotion Enabled field and the Datastore section. Procedures 1. Click the Inventory option in the navigation bar. Expand the inventory, as needed, and click the appropriate virtual machine. 2. Start the Migrate Virtual Machine wizard. 3. Click Next. 4. Select a destination host or cluster for the virtual machine Click Next. 5. Select a destination host or cluster for the virtual machine. 6. Select the migration priority level. 7. Review the page, and click the Finish button. Expected Results The VM still running when migrate to another. Remarks: Accept Reject Page 8

20 Test case 8. VMWare High Availability Description The HA cluster feature allows the virtual machines running on ESX Server systems to automatically recover from host failures. When a host goes down, all associated virtual machines are immediately restarted on other hosts in the system. This section first considers differences between VMware HA clusters and traditional clustering solutions, then presents HA cluster concepts. Preparation -A cluster is available for the ESX Server and the VM is running on the ESX Server or cluster. -Enable HA for a cluster Procedures 1. Right Click the ESX Server which the testing VM are running 2. In the pop up menu click power off or use a psychics power button to turn off the ESX Server 3. To confirm the ESX Server is power off, in the inventory the status of ESX Server is Disconnected Expected Results The VM will automatically restart to another ESX Server in several minute while another ESX server goes down. Remarks: Accept Reject Page 9

21 Test case 9 Customize VM Ware CPU Virtualization. Preparation VM Ware Infrastructure ESX Server is set up and Virtual Center is installed. Procedures 1. Login your Virtual Center. 2. In Inventory Panel, select and right click one of Virtual Machine (VM). 3. Choose edit settings 4. Click the Hardware tab. 5. Click Virtual Processor tab. 6. Select the number of virtual processors for the virtual machine. 7. User can select the number of virtual CPU for this VM. Expected Results 1. Go back to Hardware tab > Summary 2. You can see the number of CPU in Summary Column. Remarks: Accept Reject Page 10

22 Test case 10 Customize VM Ware Storage Virtualization. Preparation VM Ware Infrastructure ESX Server is set up and Virtual Center is installed. Procedures 1. Login your Virtual Center. 2. In Inventory Panel, right click one of Virtual Machine (VM). 3. Choose edit settings 4. Click the Hardware tab. 5. Click Hard Disk/Storage (SCSI, SAN, and NFS) 6. Click the Add Storage link. 7. Select the Disk/LUN storage type, and click Next. The Select Disk/LUN page appears. 8. Select the Fibre Channel device you want to use for your datastore, and click Next. The Current Disk Layout page appears. 9. Look over the current disk layout, and click Next. 10. The Disk/LUN Properties page appears. 11. Enter a datastore name.the datastore name appears in the VI Client and must be unique within the current Virtual Infrastructure instance. 12. Click Next. 13. The Disk/LUN Formatting page appears. 14. If free space is available on the storage device is offered to you. 15. Click Next. 16. The Ready to Complete page appears. 17. Review the datastore information, and click Finish. Expected Results 1 A new storage and datastore for the VM is produced. 2 You will find that Add or delete an ESX Server from a VMFS volume without pausing or halting the processing of other instances of ESX Server. Remarks: Accept Reject Page 11

23 Test case 11 Customize VM Ware Networking Virtualization Preparation VM Ware Infrastructure ESX Server is set up and Virtual Center is installed. Procedures 1 Login your Virtual Center and select the server from the inventory panel. 2i Click the Configuration tab, and click Network Adapters. 2ii The network adapters panel displays the following information:! Device Name of the network adapter! Speed Actual speed and duplex of the network adapter! Configured Configured speed and duplex of the network adapter! vswitch vswitch that the network adapter is associated with! Networks IP addresses that the network adapter has access to. 2iii Each above instance can be changed. 3 On the right side of the screen, click Add Networking. 4 Click Add Networking from the Configuration Tab. The Add Network Wizard appears. 5. Accept the default connection type, Virtual Machines. Virtual Machines lets you add a labeled network to handle virtual machine network traffic. 6. Click Next. The Network Access screen appears. 7. Select Create a virtual switch. 8. Click Next. The Connection Settings screen appears. 9. Under Port Group Properties, enter a network label that identifies the port group that you are creating. 10. After you have determined that the V Switch is configured correctly, click Finish. Expected Results 1. The virtual network for Virtual Machine is created. That include VLAN ID, Vswitch, and NIC for this VM respectively. Remarks: Accept Reject Page 12

24 Test case 12 Login ESX server and set alarm for the VM. Preparation -VM Ware Infrastructure ESX Server is set up and Virtual Center is installed. - All VM Ware ESX Server and Virtual Infrastructure client work properly. Procedures 1. In the Virtual Infrastructure client, enter either your host (VM) s name or cluster s name, username and password respectively. 2. On the other hand, go buttom of the window, you can see status bar of VM. 3. It contains icons to view triggered alarms or recent tasks 4. From the VI Client connected to a VirtualCenter Server, click the Inventory button. Expand the inventory as needed, click the appropriate object, click the Alarms tab, and click the Definitions button. 5. Choose File > New > Alarm. 6. Select the alarm type. 7. In the General tab, specify a name for the alarm, the object to be monitored (host or virtual machine), the trigger priority, and whether to enable this alarm. Trigger priorities can be set to Red or Green:! Red The default, triggers the alarms prioritized red as first, then yellow, and green alarms last.! Green Triggers the alarms prioritized as green first, then yellow, and red alarms last. 8 To define the alarm but not make it active, deselect the Enable box. 9 Click the Triggers tab and the Add button. 10. Depending on your order to set the alarm. 11. To complete the alarm, click OK. Expected Results 1. It is expected that administrator is able login to Virtual Center to manage the host in the cluster and individual host. 2. While some parameter is over VM threshold, alarm is altered. Remarks: Accept Reject Page 13

25 Test case 13 Adding DVD/CD-ROM or Floppy Devices Description: Using the VI Client, you can give a virtual machine access to a CD or floppy device from the client's machine. This means, for example, that you could install a program in a virtual machine running on a remote ESX Server by putting a CD in a drive on a desktop or laptop machine. Preparation -VM Ware Infrastructure ESX Server is set up and Virtual Center is installed. - All VM Ware ESX Server and Virtual Infrastructure client work properly. Procedures 1. Start the Add Hardware wizard. 2. Select DVD/CD-ROM Drive/ Floppy Drive, and click Next. 3. Select either Use physical drive or Use ISO image. 4. If you selected Use physical drive, select either client or host as the device location. Choose the drive you want to use from the pull-down list. Select pass through and use the check box to indicate whether to connect exclusively to the virtual machine, or select ATAPI emulation. 5 If you selected Use ISO Image, enter the path and filename for the image file, or click Browse to navigate to the file. 6 Click Next. 7 Specify the virtual device node the drive uses in the virtual machine, and click Next. 8 Review the information on the Ready to Complete window, and click Finish or Back if you want to change any information. Expected Results: User can load disc from CD-ROM or Floppy disc and in either iso. Image or physical disc. Accept Reject Remarks: Page 14