You are a developer for Consolidated Messenger, a software company that provides applications for manager courier services. You are preparing to release a new version of the flagship application.
The application is comprised of a set of Windows and Linux virtual machines (VMs), and a set of Linux-based
Docker containers. The management portion of the application uses Kubernetes for management of containers.
You need to determine a mechanism to deploy the application so that customers can provision the application from the Azure Marketplace.
Solution: Provide access to an OpenShift Azure Resource Manager QuickStart template.
Does the solution meet the goal?

You are a developer for Consolidated Messenger, a software company that provides applications for manager courier services. You are preparing to release a new version of the flagship application.
The application is comprised of a set of Windows and Linux virtual machines (VMs), and a set of Linux-based
Docker containers. The management portion of the application uses Kubernetes for management of containers.
You need to determine a mechanism to deploy the application so that customers can provision the application from the Azure Marketplace.
Solution: Provide access to a CloudFoundry Azure Resource Manager QuickStart template.
Does the solution meet the goal?

You are a developer for Consolidated Messenger, a software company that provides applications for manager courier services. You are preparing to release a new version of the flagship application.
The application is comprised of a set of Windows and Linux virtual machines (VMs), and a set of Linux-based
Docker containers. The management portion of the application uses Kubernetes for management of containers.
You need to determine a mechanism to deploy the application so that customers can provision the application from the Azure Marketplace.
Solution: Build a custom Azure Resource Manager QuickStart template.
Does the solution meet the goal?

You are a system administrator at your company. Your company recently acquired two of its competitors, as well as their IT infrastructure. The acquired companies have applications that are written in Java, .NET, Ruby, php, Node.js, and other languages. The applications run on Linux and Windows Server in Amazon Web
Services, Azure, and SAP Cloud Platform.
The applications require access to the Azure Service Broker, and must be managed by the PCF Ops Manager.
You need to consolidate the applications onto a single cloud provider in Azure.
Solution: Use the Azure Cloud Shell to install the Cloud Foundry CLI and connect to the Cloud Controller.
Does the solution meet the goal?

You are a system administrator at your company. Your company recently acquired two of its competitors, as well as their IT infrastructure. The acquired companies have applications that are written in Java, .NET, Ruby, php, Node.js, and other languages. The applications run on Linux and Windows Server in Amazon Web
Services, Azure, and SAP Cloud Platform.
The applications require access to the Azure Service Broker, and must be managed by the PCF Ops Manager.
You need to consolidate the applications onto a single cloud provider in Azure.
Solution: Create a customized environment by deploying Pivotal Cloud Foundry manually.
Does the solution meet the goal?

You are a system administrator at your company. Your company recently acquired two of its competitors, as well as their IT infrastructure. The acquired companies have applications that are written in Java, .NET, Ruby, php, Node.js, and other languages. The applications run on Linux and Windows Server in Amazon Web
Services, Azure, and SAP Cloud Platform.
The applications require access to the Azure Service Broker, and must be managed by the PCF Ops Manager.
You need to consolidate the applications onto a single cloud provider in Azure.
Solution: Deploy the open-source Cloud Foundry packages by setting up a BOSH director.
Does the solution meet the goal?

You are developing an application that will run as an Azure API App. The application tracks flights between airports, including duration of flight, if the flight was on time, the capacity of the airplane, and the number of seats sold. Queries can be performed to show multiple routes, multi-leg journeys, and filtering based on theattributes of the flight.
Flight information will be used by customers to perform data mining, drive interactive display, perform airspace tracking, and other applications.
Customers require that the response time of the API be as low as possible, both for retrieving information for a single flight, and for queries across flights. To achieve the required level of performance, each API invocation must be satisfied by a single operation against the data store containing flight information.
You need to implement the data store for this application.
Solution: You use Cosmos DB.
Does the solution meet the goal?

You are developing an application that will run as an Azure API App. The application tracks flights between airports, including duration of flight, if the flight was on time, the capacity of the airplane, and the number of seats sold. Queries can be performed to show multiple routes, multi-leg journeys, and filtering based on the attributes of the flight.
Flight information will be used by customers to perform data mining, drive interactive display, perform airspace tracking, and other applications.
Customers require that the response time of the API be as low as possible, both for retrieving information for a single flight, and for queries across flights. To achieve the required level of performance, each API invocation must be satisfied by a single operation against the data store containing flight information.
You need to implement the data store for this application.
Solution: You use Azure Blob Storage.
Does the solution meet the goal?

DRAG DROP
Background:
You are a developer for ProseWare Inc., a software-as-a-service (SaaS) company that provides a comment system that websites use to allow for end users to post comments associated with a webpage or topic on a customer’s website.
Business requirements
Moderation:
The moderation of comments is a feature of the software, and usually involves the editing of a comment.Only users who have accounts in a group in Azure Active Directory (Azure AD) have the ability moderate.
External users can also become moderators, but only by explicit invitation.
Any moderation action must include the name of the moderator.
Comment navigation:
Each comment is identified by a unique string consisting of a random string of characters.
Within the body of a comment, internal links to other comment threads can be specified using the link format: “/
<parent comment id> / <child comment id>”
Comment search:
Comments can be searched using Azure Search. Searches must do the following:
Searching for email addresses must match email addresses in comments.
Searching must work for the client’s language.
Internal links to other comments using the link format should be searched.
Content screening:
Comment content is screened for inappropriate language, length, and topic using content analysis. Content must be screened, but can appear prior to be screened.
Mobile App:
The moderation functionality can be accessed using a Universal Windows Platform (UWP) app named
ProsewareApp. The app includes functionality that notifies moderators when changes are made to a comment they modified.
Export:
Customers can perform an export of all comments to a customer supplied Microsoft OneDrive folder on demand. The export functionality is implemented as an Azure Logic App, and it must be able to be triggered by the customer from their local network.
Interaction agents:
Interaction agents are parts of the system that interact with comment threads. The main purpose is to modify a comment’s body based on the contents of the comment. For example, one of the agents is WikiAgent, which adds links to Wikipedia articles when it sees text in the comment body that exactly matches a Wikipedia article title. Interaction Agents are implemented in Service Fabric.
Interaction agents must meet the following requirements:
Only successfully process each comment once
Any errors encountered during the processing of a comment should be retried
Must run on systems that allow for custom applications to be installed
Must run in a VNet or private network space
Must be run on a system that can scale up and down based on demand
A single user’s usage of Interaction Agents must not impact other users’ usage of Interaction Agents
Technical requirements
Authentication:
ProseWare Inc. allows for user authentication through Azure AD and Twitter.
Storage:
The application runs as a Web App on Azure. Comments are stored in an Azure DocumentDB database named “Proseware”.
Performance:
The product includes a service level agreement (SLA) for individual method performance. All data retrieval methods must return within 100ms 99% of the time.
API:
The ProseWare Inc. API is made available to public callers using an Azure API App. Azure AD and Twitter arethe Authentication Providers.
Application structure
CommentController.cs:

cleaner.csx:

ICommentAgent.cs:

WikiAgent.cs:

Comment.cs:

DataStore.cs:

MainPage.xaml.cs:

You need to add JSON code to the bindings file to ensure that comments are screened.
How should you complete the JSON code segment? To answer, drag the appropriate JSON segments to the correct locations. Each JSON segment 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.
NOTE: Each correct selection is worth one point.
Select and Place:

You are developing an application that will run as an Azure API App. The application tracks flights between airports, including duration of flight, if the flight was on time, the capacity of the airplane, and the number of seats sold. Queries can be performed to show multiple routes, multi-leg journeys, and filtering based on the attributes of the flight.
Flight information will be used by customers to perform data mining, drive interactive display, perform airspace tracking, and other applications.
Customers require that the response time of the API be as low as possible, both for retrieving information for a single flight, and for queries across flights. To achieve the required level of performance, each API invocation must be satisfied by a single operation against the data store containing flight information.
You need to implement the data store for this application.
Solution: You use Azure Search.Does the solution meet the goal?