You need to move the VM
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
You need to move the VM.
What should you do?
Which two actions will achieve the goal?
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
You need to configure session affinity for the website.
Which two actions will achieve the goal? Each correct answer presents a complete solution.
Which four actions should you perform in sequence?
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
DRAG DROP
You need to complete the domain configuration for the website.
Which four actions 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 need to implement the web application deployment workflow
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
You need to implement the web application deployment workflow.
In the Azure management portal, what should you do?
Which solution should you choose?
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
You need to choose an Azure storage service solution.
Which solution should you choose?
Which three actions should you perform in sequence?
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
DRAG DROP
You need to create the VM to replace the on premises server.
Which three actions 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.
Which three actions should you perform in sequence?
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
DRAG DROP
You need to secure the website.
Which three actions 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.
How should you update the project configuration file for the program?
###BeginCaseStudy###
Case Study: 3
Mortgage Loan
Background
A company is developing a website that supports mortgage loan processing. You use the
Azure management portal to create a website. You initially configure the website to use the
Basic hosting plan. You register a custom domain for the website with a valid registrar.
Customers complete mortgage applications and upload supporting documents to the website.
A custom executable named FileProcessor.exe processes all of the information received. An
on premises server that runs Windows Server hosts the executable.
You create a virtual hard disk (VHD) image of the on premises server. You plan to use this
VHD to replace the on premises server with a new virtual machine (VM) that is hosted in
Azure.
Business Requirements
Business stakeholders have identified the following requirements for the mortgage loan
processing website:
• The website must provide a secure mortgage application process for the customer.
• Business users must validate new versions of the website before you publish them to
the production site. You must be able to revert to the previous version easily when issues
arise.
• The website must remain available to users while new features and bug fixes are
deployed.
• Network traffic must be monitored on all ports that the website uses.
Technical Requirements
General:
• You must develop the website by using Microsoft Visual Studio 2013.
• The website must be stateless. Subsequent requests from a user might or might not be
routed back to the website instance that the user initially connected to.
Security:
You must secure the custom domain and all subdomains by using SSL.
Storage:
• The custom executable must use native file system APIs to share data between
different parts of the website.
• The custom executable must continue to use a network file share to access files.
Monitoring:
The website must use port 6000 with UDP to submit information to another process. This
port must be actively monitored by using the same external port number.
Deployment:
• You must deploy the VM and the associated VHD. You will need to move this VM to
a different Azure subscription after deployment.
• You must establish a continuous deployment process that uses staged publishing.
• The custom domain must handle requests for multiple subdomains.
• The custom domain must use a www CNAME record that points to the domain’s @ A
record.
• The custom executable must run continuously and must be deployed as an Azure web
job named FileProcessor
• Application Request Routing (ARRJ affinity must be disabled for the website.
Solution Structure
The solution structure for the website is shown in the following exhibit.
###EndCaseStudy###
HOTSPOT
You need to deploy the FileProcessor.exe program.
How should you update the project configuration file for the program? To answer, select the appropriate
option or options in the answer area.
Which two types of diagnostic data should you collect?
###BeginCaseStudy###
Case Study: 4
File Tax Related Document
Background
You are developing an Azure solution that individuals and small businesses will use to
prepare and file tax related documents.
Business Requirements
General
The solution must provide a way for customers to enter personal and demographic
information. Customers must be able to upload income documents and related documents to
the solution. The solution must provide reports and summary documents for customers in
PDF format.
Scope and Device Accessibility
The solution must support two operational modes: On Peak and Off Peak. On Peak is
defined as the first quarter of a year. Off Peak is defined as the other three quarters of a year.
Customers must be able to access the solution by using desktop computers, laptop computers,
mobile devices, and tablets.
High Availability and Business Continuity
The solution must be available at all times. When the solution transitions between Off Peak
mode and On Peak mode, solution availability must not be affected. Disaster recovery must
be established for the customers’ stored data.
Diagnostics
The solution must log relevant diagnostic data that can be used to troubleshoot the cloud
service.
Scalability
The solution must scale out while transitioning from Off Peak mode to On Peak mode.
Cost
The solution must use cloud resources optimally to minimize operating costs.
Storage and Security
The solution must be secure to prevent any anonymous access (including read access) to the
customers’ tax documents.
Cross Premises Networking
The solution must extend the developers’ on premises network into Azure.
Technical Requirements
The logical design for the solution is shown in the following exhibit.
Platform as a Service (PaaS)
The solution must have two roles: a web role and worker role. The web interface of the
solution uses a web role to accept and send user input and any related documents. The worker
role must access the stored data and prepare the tax documents in the background.
Compute
The solution must support a minimum of 10 role instances. When the solution is in On Peak
mode, each role instance must be allocated at least 6 GB of memory. The memory can be
scaled down to 3 GB when the solution is in Off Peak mode.
The solution must cache documents locally. The cache does not need to be refreshed during
the lifecycle of the worker role.
Role instances that are running should not be affected by topology changes such as an
increase in instance count.
Storage
The web role must store documents in blob storage. A SQL database is used to store
customer information. The worker role must use queues to process the final tax documents.
Performance and Scalability
When the solution is in Off Peak mode, it must support at least 150 concurrent database
sessions, and the maximum size of the database is 50 GB. When the solution is in On Peak
mode, it must support 750 concurrent database sessions, and the maximum size of the
database is 300 GB. Geo replication must be enabled and must be configurable by using the
Azure management portal.
Software Prerequisites
The solution must install the software that is necessary to generate PDF documents on the
server. The software will be provided as a Windows Installer package.
Debugging
Solution errors and warnings that occur in a web role must be logged. The worker role must
log any crash dump files. Detailed information about errors and their context must be
collected so that the environment in which errors occurred can be simulated locally.
Security
At the time that a customer’s tax information and documents are accepted, the solution must
send an email to the customer. The email contains a secure hyperlink that the customer can
use to upload any additional necessary documents. The customer is asked to upload these
documents within 48 hours. If the customer does not upload the documents within 48 hours,
the solution should not issue a new hyperlink. The solution must send an email to the
customer to remind the customer to use the original hyperlink to upload any additional
necessary documents.
Network Services
The solution must use a cross premises secure network. The network must be configurable by
using the Azuremanagement portal.
Social Structure
Relevant portions of the solution files are shown in the following code segments. Line
numbers in the code segments are included for reference only and include a two character
prefix that denotes the specific file to which they belong.
###EndCaseStudy###
You need to configure diagnostics for the Azure solution.
Which two types of diagnostic data should you collect? Each correct answer presents part of the solution.
What are two possible ways to achieve this goal?
###BeginCaseStudy###
Case Study: 4
File Tax Related Document
Background
You are developing an Azure solution that individuals and small businesses will use to
prepare and file tax related documents.
Business Requirements
General
The solution must provide a way for customers to enter personal and demographic
information. Customers must be able to upload income documents and related documents to
the solution. The solution must provide reports and summary documents for customers in
PDF format.
Scope and Device Accessibility
The solution must support two operational modes: On Peak and Off Peak. On Peak is
defined as the first quarter of a year. Off Peak is defined as the other three quarters of a year.
Customers must be able to access the solution by using desktop computers, laptop computers,
mobile devices, and tablets.
High Availability and Business Continuity
The solution must be available at all times. When the solution transitions between Off Peak
mode and On Peak mode, solution availability must not be affected. Disaster recovery must
be established for the customers’ stored data.
Diagnostics
The solution must log relevant diagnostic data that can be used to troubleshoot the cloud
service.
Scalability
The solution must scale out while transitioning from Off Peak mode to On Peak mode.
Cost
The solution must use cloud resources optimally to minimize operating costs.
Storage and Security
The solution must be secure to prevent any anonymous access (including read access) to the
customers’ tax documents.
Cross Premises Networking
The solution must extend the developers’ on premises network into Azure.
Technical Requirements
The logical design for the solution is shown in the following exhibit.
Platform as a Service (PaaS)
The solution must have two roles: a web role and worker role. The web interface of the
solution uses a web role to accept and send user input and any related documents. The worker
role must access the stored data and prepare the tax documents in the background.
Compute
The solution must support a minimum of 10 role instances. When the solution is in On Peak
mode, each role instance must be allocated at least 6 GB of memory. The memory can be
scaled down to 3 GB when the solution is in Off Peak mode.
The solution must cache documents locally. The cache does not need to be refreshed during
the lifecycle of the worker role.
Role instances that are running should not be affected by topology changes such as an
increase in instance count.
Storage
The web role must store documents in blob storage. A SQL database is used to store
customer information. The worker role must use queues to process the final tax documents.
Performance and Scalability
When the solution is in Off Peak mode, it must support at least 150 concurrent database
sessions, and the maximum size of the database is 50 GB. When the solution is in On Peak
mode, it must support 750 concurrent database sessions, and the maximum size of the
database is 300 GB. Geo replication must be enabled and must be configurable by using the
Azure management portal.
Software Prerequisites
The solution must install the software that is necessary to generate PDF documents on the
server. The software will be provided as a Windows Installer package.
Debugging
Solution errors and warnings that occur in a web role must be logged. The worker role must
log any crash dump files. Detailed information about errors and their context must be
collected so that the environment in which errors occurred can be simulated locally.
Security
At the time that a customer’s tax information and documents are accepted, the solution must
send an email to the customer. The email contains a secure hyperlink that the customer can
use to upload any additional necessary documents. The customer is asked to upload these
documents within 48 hours. If the customer does not upload the documents within 48 hours,
the solution should not issue a new hyperlink. The solution must send an email to the
customer to remind the customer to use the original hyperlink to upload any additional
necessary documents.
Network Services
The solution must use a cross premises secure network. The network must be configurable by
using the Azuremanagement portal.
Social Structure
Relevant portions of the solution files are shown in the following code segments. Line
numbers in the code segments are included for reference only and include a two character
prefix that denotes the specific file to which they belong.
###EndCaseStudy###
You need to configure the virtual network.
What are two possible ways to achieve this goal? Each correct answer presents a complete solution.