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You manage an Azure subscription.
You develop a storage plan with the following requirements:
. Database backup files that are generated once per year are retained for ten years. . High performance system telemetry logs are created constantly and processed for analysis every month.
In the table below, identify the storage redundancy type that must be used. Make only one selection in each column.
Q2. Your company has two physical locations configured in a geo-clustered environment that includes:
System Center Virtual Machine Manager 2012 R2
System Center Data Protection Manager 2012 R2
SQL Server 2012
Windows Server 2012 R2 Hyper-V
Over 100 virtual machines (VMs) in each physical location
Your company has recently signed up for Azure.
You plan to leverage your current network environment to provide a backup solution for your VMs.
You need to recommend a solution that ensures all VMs are redundant and deployable between locations. You also want the solution to minimize downtime in the event of an outage at either physical location.
Which solution should you recommend?
A. Configure a backup vault in Azure and use Data Protection Manager to back up The Windows Servers.
B. Use Data Protection Manager and back up the VMs in each location.
C. Use Azure site recovery in an on-premises to Azure protection configuration.
D. Use Azure site recovery in an on-premises to on-premises protection configuration.
Explanation: On-Premises to On-Premises (Hyper-V replication)
* Cloud metadata is sent to Azure Site Recovery.
Replicated data is stored in location specified on target Hyper-V server.
* Azure account with Azure Site Recovery enabled.
* Virtual machines replicate from source on-premises Hyper-V server to another. You can set up reverse replication to replicate back to the source location.
* Requires source and target VMM servers with at least one cloud on each, or a single VMM server with two clouds. Clouds must contain at least one Hyper-V host server or cluster.
Reference: Microsoft Azure, Site Recovery
Q3. You manage a cloud service that supports features hosted by two instances of an Azure virtual machine (VM).
You discover that occasional outages cause your service to fail.
You need to minimize the impact of outages to your cloud service.
Which two actions should you perform? Each correct answer presents part of the solution.
A. Deploy a third instance of the VM.
B. Configure Load Balancing on the VMs.
C. Redeploy the VMs to belong to an Affinity Group.
D. Configure the VMs to belong to an Availability Set.
Explanation: Adding your virtual machine to an availability set helps your application stay available during network failures, local disk hardware failures, and any planned downtime..
Combine the Azure Load Balancer with an Availability Set to get the most application resiliency. The Azure Load Balancer distributes traffic between multiple virtual machines..
Reference: Manage the availability of virtual machines, Understand planned versus unplanned maintenance
Q4. DRAG DROP
You administer an Azure Virtual Machine (VM) named server1. The VM is in a cloud service named ContosoService1.
You discover that the VM is experiencing storage issues due to increased application logging on the server.
You need to create a new 256-GB disk and attach it to the server.
Which Power Shell cmdlets should you use? To answer, drag the appropriate cmdlet to the correct location in the Power Shell command. Each cmdlet may be used once, more than once, or not at all. You may need to drag the split bar between panes or scroll to view content.
Q5. You manage a cloud service named fabrikamReports that is deployed in an Azure data center.
You deploy a virtual machine (VM) named fabrikamSQL into a virtual network named fabrikamVNet.
FabrikamReports must communicate with fabrikamSQL.
You need to add fabrikam Reports to fabrikamVNet.
Which file should you modify?
A. the network configuration file for fabrikamVNet
B. the service definition file (.csdef) for fabrikamReports
C. the service definition file (.csdef) for fabrikamSQL
D. the service configuration file (.cscfg) for fabrikamReports
E. the service configuration file (.cscfg) fabrikamSQL
Explanation: Azure Service Definition Schema (.csdef File)
The service definition file defines the service model for an application. The file contains the
definitions for the roles that are available to a cloud service, specifies the service
endpoints, and establishes configuration settings for the service.
not D, not E: The service configuration file (.cscfg) specifies the number of role instances to
deploy for each role in the service, the values of any configuration settings, and the
thumbprints for any certificates associated with a role.
Reference: Azure Service Definition Schema (.csdef File)
Q6. You administer a Microsoft Azure SQL Database database in the US Central region named contosodb. Contosodb runs on a Standard tier within the SI performance level.
You have multiple business-critical applications that use contosodb.
You need to ensure that you can bring contosodb back online in the event of a natural disaster in the US Central region. You want to achieve this goal with the least amount of downtime.
Which two actions should you perform? Each correct answer presents part of the solution.
A. Upgrade to S2 performance level.
B. Use active geo-replication.
C. Use automated Export.
D. Upgrade to Premium tier.
E. Use point in time restore.
F. Downgrade to Basic tier.
Explanation: B: The Active Geo-Replication feature implements a mechanism to provide database redundancy within the same Microsoft Azure region or in different regions (geo-redundancy). One of the primary benefits of Active Geo-Replication is that it provides a database-level disaster recovery solution. Using Active Geo-Replication, you can configure a user database in the Premium service tier to replicate transactions to databases on different Microsoft Azure SQL Database servers within the same or different regions. Cross-region redundancy enables applications to recover from a permanent loss of a datacenter caused by natural disasters, catastrophic human errors, or malicious acts.
D: Active Geo-Replication is available for databases in the Premium service tier only.
Reference: Active Geo-Replication for Azure SQL Database
Q7. You develop a set of Power Shell scripts that will run when you deploy new virtual machines (VMs).
You need to ensure that the scripts are executed on new VMs. You want to achieve this goal by using the least amount of administrative effort.
What should you do?
A. Create a new GPO to execute the scripts as a logon script.
B. Create a SetupComplete.cmd batch file to call the scripts after the VM starts.
C. Create a new virtual hard disk (VHD) that contains the scripts.
D. Load the scripts to a common file share accessible by the VMs.
E. Set the VMs to execute a custom script extension.
Explanation: After you deploy a Virtual Machine you typically need to make some changes before it’s ready to use. This is something you can do manually or you could use Remote PowerShell to automate the configuration of your VM after deployment for example.
But now there’s a third alternative available allowing you customize your VM: the CustomScript extension.
This CustomScript extension is executed by the VM Agent and it’s very straightforward: you specify which files it needs to download from your storage account and which file it needs to execute. You can even specify arguments that need to be passed to the script. The only requirement is that you execute a .ps1 file.
Reference: Customizing your Microsoft Azure Virtual Machines with the new CustomScript extension
Q8. DRAG DROP
You administer an Azure SQL database named contosodb that is running in Standard/S1 tier. The database is in a server named server1 that is a production environment. You also administer a database server named server2 that is a test environment. Both database servers are in the same subscription and the same region but are on different physical clusters.
You need to copy contosodb to the test environment.
Which three steps should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
You manage two cloud services named Service1 and Service2. The development team updates the code for each application and notifies you that the services are packaged and ready for deployment.
Each cloud service has specific requirements for deployment according to the following table.
In the table below, identify the deployment method for each service. Make only one selection in each column.
Q10. You manage a cloud service that has a web application named WebRole1. WebRole1 writes error messages to the Windows Event Log.
Users report receiving an error page with the following message: "Event 26 has occurred. Contact your system administrator."
You need to access the WebRole1 event log.
Which three actions should you perform? Each correct answer presents part of the solution.
A. Enable verbose monitoring.
B. Update the WebRole1 web.config file.
C. Update the cloud service definition file and the service configuration file.
D. Run the Set-AzureVMDiagnosticsExtension PowerShell cmdlet.
E. Run the Enable-AzureWebsiteApplicationDiagnostic PowerShell cmdlet.
F. Create a storage account.
Explanation: AF: You can monitor key performance metrics for your cloud services in the Azure Management Portal. You can set the level of monitoring to minimal and verbose for each service role, and can customize the monitoring displays. Verbose monitoring data is stored in a storage account, which you can access outside the portal.
* The service configuration file specifies the number of role instances to deploy for each role in the service, the values of any configuration settings, and the thumbprints for any certificates associated with a role. If the service is part of a Virtual Network, configuration information for the network must be provided in the service configuration file, as well as in the virtual networking configuration file. The default extension for the service configuration file is .cscfg.
* The service definition file defines the service model for an application. The file contains the definitions for the roles that are available to a cloud service, specifies the service endpoints, and establishes configuration settings for the service.
http://azure.microsoft.com/en-us/documentation/articles/cloud-services-how-to-monitor/ http://msdn.microsoft.com/en-us/library/azure/ee758710.aspx http://msdn.microsoft.com/en-us/library/azure/ee758711.aspx