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You are migrating a solution to Windows Azure.
The solution includes a web application and a business logic layer.
The web application runs on three dual-core servers.
The business logic layer runs on two quad-core servers.
The Windows Azure application must match or exceed the current hardware specifications.
You need to recommend role instance sizes that minimize cost.
What should you recommend?
A. Small for the web application and Medium for the business logic layer
B. Small for the web application and Large for the business logic layer
C. Medium for the web application and Large for the business logic layer
D. Large for the web application and Extra Large for the business logic layer
Virtual Machine Size CPU Cores Memory Disk Space for LSR in Web and Worker Roles Disk Space for LSR in a VM Role Allocated Bandwidth (Mbps) ExtraSmall Shared 768 MB 19,480 MB (6,144 MB is reserved for system files) 20 GB 5
Small 1 1.75 GB 229,400 MB (6,144 MB is reserved for
system files) 165 GB 100
Medium 2 3.5 GB 500,760 MB (6,144 MB is reserved for
system files) 340 GB 200
Large 4 7 GB 1,023,000 MB (6,144 MB is reserved
for system files) 850 GB 400
ExtraLarge 8 14 GB 2,087,960 MB (6,144 MB is reserved
for system files) 1890 GB 800
Pricing and Metering for Compute:
Each compute instance is a virtual server.
There are 5 compute virtual server sizes you can choose from.
The table below summarizes the resources provided by each Compute instance size.
Virtual Machine Size CPU Cores Memory Cost Per Hour
Extra Small Shared 768 MB $0.02
Small 1 1.75 GB $0.12
Medium 2 3.5 GB $0.24
Large 4 7 GB $0.48
Extra Large 8 14 GB $0.96
You are designing an automated deployment process for a Windows Azure application.
The process must deploy the application to Windows Azure without any user interaction.
You need to recommend a deployment strategy.
What should you recommend?
A. Use the Service Management API to deploy the application package.
B. Use the cspack and csrun command-line utilities and pass the cloud project as an argument.
C. Publish the cloud project to a local directory and upload the application package to Windows Azure Blob storage.
D. Publish the cloud project to a local directory and use the Windows Azure Developer Portal to upload the application.
A Windows Azure application is running in the development fabric.
You need to recommend an approach for deploying the application to Windows Azure.
What should you recommend?
A. Use XCopy deployment.
B. Use the Windows Azure AppFabric.
C. Use the Windows Azure Storage Services REST API.
D. Use the Windows Azure Tools for Microsoft Visual Studio 2010.
You are modifying a web application so that it uses Azure Active Directory to manage users.
You create a security group named Users and a security group named Administrators.
The Administrators security group is a member of the Users security group.
You create the following code segment. Line numbers are included for reference only.
You need to implement the canAccessUserResources function.
Which code segment should you insert at line 02?
A. Option A
B. Option B
C. Option C
D. Option D
Your company works with trusted partners.
These partners upload files into a storage account that you control.
Partners must be able to create, read, and write files. Partners must NOT be allowed to see files from other partners.
You generate a shared access signature (SAS) for each partner.
You create the following Windows PowerShell script to create a new container for each partner. Line numbers are included for reference only.
For each of the following statements, select Yes if the statement is true. Otherwise, select No.
A company maintains an Azure storage account.
The storage account uses blobs and tables.
Customers access the storage account by using shared access signatures (SASs).
You need to monitor the usage of the storage services.
You need to do the following:
Understand which storage areas perform operations that incur a fee.
Understand which requests are denied because of insufficient permissions.
Validate that the performance of the storage account meets the service level agreement (SLA) for the Azure Storage service.
Which three data analysis tasks should you perform? Each correct answer presents part of the solution.
A. Use data from the logs of the storage services to find individual storage access attempts that do not comply with the SLA.
B. Use data from the logs of the storage services to calculate aggregate server latency across individual requests. Determine whether the results of this calculation indicate that the Azure Storage service is in compliance with the SLA.
C. Analyze the logs of the storage services to determine which storage services were inaccessible because of permissions issues.
D. Review the Azure documentation to determine which storage operations are billable.
Then find records of those operations in the logs of the storage services.
E. Analyze the logs of the storage services to find records of operations that are marked as billable.
F. Correlate the data logged from the storage service with the permissions to store data in the individual blobs and containers.
Determine which storage services were inaccessible because of permissions issues.
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