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Build serverless, full stack applications in Azure Microsoft Quiz Answers
Get Build serverless, full stack applications in Azure Microsoft Quiz Answers
Learn how to create, build, and deploy modern full stack applications in Azure by using the language of your choice (Python, Node.js, or .NET) and with a Vue.js frontend. Topics covered include modern database capabilities, CI/CD and DevOps, backend API development, REST, and more. Using a real-world scenario of trying to catch the bus, you will learn how to build a solution that uses Azure SQL Database, Azure Functions, Azure Static Web Apps, Logic Apps, Visual Studio Code, and GitHub Actions.
Prerequisites:
- Ability to navigate the Azure portal
- Familiarity with database concepts such as stored procedures and querying
- Familiarity with available Azure services
- Familiarity with Visual Studio Code
- Familiarity with CI/CD concepts
Module 1: Architect modern applications using Azure SQL Database
Break down a scenario for an application and build a multi-service solution based on the microservices approach. Learn how to use modern database capabilities to build a foundation for applications.
Learning objectives:
By the end of this module, you will be able to:
- Build a foundation for applications with Azure SQL Database
- Demonstrate modern database capabilities with Azure SQL Database
Prerequisites:
- Ability to navigate the Azure portal
- Familiarity with database concepts such as stored procedures and querying
- Familiarity with CI/CD concepts such as GitHub Actions
- Familiarity with available Azure services
This module is part of these learning paths:
Quiz 1: Architect a solution using Azure
Q1. Which database service will be used to store, process, and serve the real-time bus data?
- Azure Functions
- Azure SQL Database
- Azure SQL Managed Instance
- SQL Server
Q2. Which service tier or feature in Azure SQL Database will support a scenario where a 12 TB database is required?
- Hyperscale
- Serverless
- Columnstore indexes
- Graph models
Quiz 2: Implement CI/CD for Azure SQL Database
Q1. Which of the following approaches is not an approach for CI/CD in Azure SQL Database?
- Desired State
- Code First Migrations
- Data DevOps
- Custom Scripts
Q2. DevOps was defined as the union of three things. Which of the following options was not one of them?
- People
- Processes
- Plans
- Technology
Module 2: Deploy serverless APIs with Azure Functions, Logic Apps, and Azure SQL Database
In the language of your choice (Node.js, Python, or .NET), learn how to deploy an Azure Function that adds real-time data to an Azure SQL Database and triggers an Azure Logic App for notifications, all with GitHub Actions for CI/CD.
Learning objectives:
By the end of this module, you will be able to:
- Build and deploy serverless, backend APIs in Azure
- Design Azure Functions in any language and integrate them with Azure SQL Database and Azure Logic Apps
Prerequisites:
- Ability to navigate the Azure portal
- Familiarity with Visual Studio Code
- Familiarity with CI/CD concepts such as GitHub Actions
This module is part of these learning paths:
Quiz 1: Create serverless APIs with Azure Functions
Q1. What is Azure Functions used for in the bus-catching scenario?
- Azure Functions will store the real-time bus data
- Azure Functions will be used to get, store, and process the latest bus data
- Azure Functions will be called when a bus enters or exits a geofence to send an email
- None of the above.
Q2. Which of the following is not true when describing Azure Functions?
- Azure Functions supports multiple languages including C#, Java, JavaScript, PowerShell, and Python
- Azure Functions scales automatically on demand.
- Azure Functions responds to events including an HTTP request, new message on a queue, or a timer
- Azure Functions is a low-code/no-code development platform
Quiz 2: Architect a solution using Azure Functions
Q1. How is the latest bus data acquired?
- Azure SQL Database pulls the latest bus data using a stored procedure
- An Azure Logic App pulls the latest bus data using a trigger
- Azure Functions pulls the latest bus data using an HTTP request
- All of the above
Q2. How does Azure SQL Database play in to this scenario?
- Azure SQL Database is used for JSON and geospatial processing, which makes storing data and identifying activating buses a simple task
- Azure SQL Database is used to execute Azure Functions
- Azure SQL Database is only used for storing data, because it doesn’t support JSON data
- Azure SQL Database is only used for storing data, because it doesn’t support geospatial data
Quiz 3: Push notifications with Azure Logic Apps
Q1. Which of the following answers doesn’t apply to Azure Logic Apps?
- Serverless cloud service
- Low-code/no-code development platform
- Intended to be a compute service
- Intended to be an orchestration service
Q2. Which of the following Azure Logic App Actions isn’t supported for Azure SQL and SQL Server connections?
- Execute a stored procedure
- Execute a SQL query
- Transform data using Power Query
- All of the above are supported
Module 3: Build full stack applications with Azure Static Web Apps and Azure SQL Database
In the language of your choice, deploy an Azure Static Web App, which combines the power of Azure Functions and Azure Web Apps into one service managed by GitHub Actions. This application surfaces real-time bus data and geofences stored in an Azure SQL Database.
Learning objectives:
By the end of this module, you will be able to:
- Create jQuery web applications using Azure Static Web Apps
- Design APIs in any language and integrate them with Azure SQL Database and Azure Static Web Apps
- Formulate GitHub Actions to build CI/CD for Azure applications and services
Prerequisites:
- Ability to navigate the Azure portal
- Familiarity with Visual Studio Code
- Familiarity with CI/CD concepts
This module is part of these learning paths:
Quiz 1: Accelerate app development with Azure Static Web Apps
Q1. What is the main value proposition of Azure Static Web Apps?
- Scalable cloud service for web apps that require server-side rendering
- Variation of Azure Functions, which supports Angular and React
- Combination of Azure Functions and Azure SQL Database
- Combination of static web apps and serverless APIs
Q2. What information is contained in the GitHub workflow file for an Azure Static Web App?
- App location and API location in the repository
- App location, API location, and secrets stored in plain text
- App location, API location, and references to secrets
- App location, API location, and subscription ID
Quiz 2: Access data from Azure Static Web Apps
Q1. What do the rid and gid parameters represent?
ridandgidrepresent the specific route and geofence to be displayed on the mapridandgidrepresent the specific route and group of buses to be displayed on the mapridandgidrepresent all the routes and geofencesridandgidrepresent all the routes and groups of buses
Q2. What is the order of serving data to the front end?
- The client application obtains the parameters and passes them to Azure SQL Database, which returns the relevant data to the Azure Function.
- The Azure Function obtains the parameters and passes them to the client application, then the client application gets the relevant data from Azure SQL Database and displays it in the client application.
- The client application obtains the parameters and passes them to the Azure Function, then the Azure Function gets the relevant data from Azure SQL Database and returns it to the client application.
- Azure SQL Database obtains the parameters and passes them to the Azure Function, then the Azure Function gets the relevant data from the client application and returns it to Azure SQL Database.
Module 4: Architect full-stack applications and automate deployments with GitHub
In the language of your choice (Node.js, Python, or .NET), deploy an end-to-end solution to solve the real-world scenario of catching the bus. You’ll learn how to architect a solution that uses Azure SQL Database, Azure Functions, Azure Static Web Apps, Logic Apps, Visual Studio Code, and GitHub Actions.
Learning objectives:
By the end of this module, you will be able to:
- Formulate workflows to build pipelines for Azure applications and services
- Deploy solutions with GitHub Actions
Prerequisites:
- Familiarity with Azure services
- Familiarity with Visual Studio Code
- Familiarity with GitHub
- Familiarity with CI/CD concepts
This module is part of these learning paths:
Quiz 1: Architect a solution using Azure
Q1. Which service(s) will be used to process real-time data and identify if a bus is within a geofence?
- Azure Functions
- Azure SQL Database
- Azure Static Web Apps and Azure Functions
- Azure Functions and Azure SQL Database
Q2. Azure Static Web Apps combines what two key services?
- Static web application hosting and Azure SQL Database
- Static web application hosting and Azure Functions
- Dynamic web application hosting and Azure SQL Database
- Dynamic web application hosting and Azure Functions
Quiz 2: Dive into GitHub Actions
Q1. Which of the following services support GitHub Actions?
- Azure Functions
- Azure Static Web Apps
- Azure SQL Database
- All of the above
Q2. Which of the following items is not something you might configure after deploying an Azure Static Web App?
- The
app_locationpath - The
api_locationpath - The token within
secrets.GITHUB_TOKEN - None of the above. You might configure all of the above options
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