Microsoft Practice Questions, Discussions & Exam Topics by our Authors

Your company uses Azure DevOps and Microsoft Azure Active Directory (Azure AD), part of Microsoft Entra. Only users who have accounts in Azure AD can access the Azure DevOps environment. You need to ensure that only devices that ar...

To address the requirement of ensuring that only devices connected to the on-premises network can access the Azure DevOps environment, let's analyze each option based on key requirements: Key Requirements: - Ensure only devices connected to the on-premises network can access Azure DevOps. - The solution must integrate with Azure AD and Azure DevOps, which are already part of your infrastructure. - Minimize security risks while meeting the access requirement. Option Analysis: A) Assign the Stakeholder access level to all users - Pros: - The Stakeholder access level provides limited access to Azure DevOps, such as view-only permissions or minimal contribution capabilities. - Cons: - This option doesn’t address the requirement of limiting access to devices connected to the on-premises network. It only controls the level of access (read-only or basic), not the device-based restrictions. - The security aspect, i.e., ensuring device connectivity to the on-premises network, is not handled here. Scenario: This is helpful for managing the level of access but does not fulfill the requirement to restrict access based on device connection to the on-premises network. B) In Azure DevOps, configure Security in Project Settings - Pros: - Azure DevOps project settings allow configuring security policies for repositories, pipelines, etc. - Cons: - This approach primarily focuses on managing user permissions and access control at the project level (e.g., who can contribute, who can view). - It does not provide a way to restrict access based on where the device is located (e.g., only on-premises devices). Scenario: This would be useful if you want to control who has access to specific resources within Azure DevOps projects, but it doesn’t address the requirement of limiting access to devices on the on-premises network. C) In Azure AD, configure conditional access - Pros: - Conditional Access is specifically designed to control access based on various conditions, such as the device's location (whether it's on-premises or not), u...

Author: Zara · Last updated Sep 7, 2026

You have an Azure subscription that contains four Azure virtual machines. You need to configure the virtual machines to use a single identity. The solution must meet the following requirements: * Ensure that the credentials for the identity are man...

To determine the appropriate identity for your Azure virtual machines based on the given requirements, let’s review each option and explain why certain options are rejected. Key Requirements: - Credentials are managed automatically: This implies the identity must be managed by Azure. - Support granting privileges to the identity: The identity must be able to be granted permissions or roles within Azure for accessing other resources. Option A: System-assigned Managed Identity - Explanation: A system-assigned managed identity is automatically created by Azure and tied to a specific Azure resource (in this case, the virtual machines). Azure handles the credential management, which is a big advantage. The identity is automatically created when the VM is created, and it is deleted when the VM is deleted. - Pros: - Credentials are automatically managed by Azure. - Can be granted access to Azure resources via Role-Based Access Control (RBAC). - Secure and eliminates the need to manually manage credentials. - Cons: - It can only be assigned to a single resource (the VM). If you need to use a single identity across multiple resources, this option is not suitable. Option B: User-assigned Managed Identity - Explanation: A user-assigned managed identity is a stand-alone Azure resource that can be assigned to one or more Azure resources (like virtual machines). It is created manually and can be assigned to multiple virtual machines or other Azure resources. - Pros: - Credentials are automatically managed by Azure. - Supports the use of a single identity across multiple resources, making it suitable if you need the same identity for all four VMs. - Can be assigned permissions and roles ...

Author: Noah · Last updated Sep 7, 2026

SNAPSHOT - You have an Azure subscription that contains an Azure key vault named Vault1, an Azure pipeline named Pipeline1, and an Azure SQL database named DB1. Pipeline1 is used to deploy an app that will authenticate to DB1 by using a password. You need to store the password in Vault1. The solution must ensure that the password can be access...

Author: Sophia Clark · Last updated Sep 7, 2026

You have a GitHub repository that contains multiple workflows and a secret stored at the environment level. You need to ensure that the secret...

To determine the appropriate option for ensuring that a secret can be used by all workflows in a GitHub repository, let’s break down the requirements and assess each option in detail. Key Requirement: - The secret should be used by all workflows: This implies that the secret needs to be accessible across all workflows within the repository and potentially other workflows in the same organization if required. Option A: Recreate the Secret at the Organization Level - Explanation: Secrets at the organization level are available to all repositories within the organization. If you want the secret to be used by multiple repositories (not just one) and workflows within the organization, creating the secret at the organization level is a good approach. - Pros: - The secret can be shared across multiple repositories in the same organization. - It allows for centralized secret management, which is useful if the secret is needed by workflows in multiple repositories. - Cons: - Not useful if the secret is only needed for a specific repository and you don’t want it to be accessible organization-wide. Option B: Recreate the Secret at the Repository Level - Explanation: Secrets created at the repository level are available only to the workflows in that specific repository. This is a good option if...

Author: Evelyn · Last updated Sep 7, 2026

DRAG DROP - You have a GitHub organization that contains three users named User1, User2, and User3. You have a project that contains a repository named repo1. You need to configure permissions for repo1. The solution must meet the following requirements: * Ensure that User1 can actively push to repo1. * Ensure that User2 can manage issues and pull requests for repo1. * Ensure that User3 can manage repo1. * Prevent User3 from accessing sensitive data in repo1. Which role should you assign to each user? To answer, drag...

Author: ThunderBear · Last updated Sep 7, 2026

You have an Azure key vault named KV1 and three web servers. You plan to deploy an app named App1 to the web servers. You need to ensure that App1 can retrieve a secret from KV1. The solution must meet the following requirements: * Minimize the number of p...

To determine the best option for ensuring that App1 can retrieve a secret from KV1 while minimizing permission grants and following the principle of least privilege, let’s analyze each option and the requirements in detail. Key Requirements: - Minimize the number of permission grants required: This implies we want a solution that minimizes manual work and grants permissions only as necessary. - Follow the principle of least privilege: The solution should ensure that the identity used for accessing the secret has only the permissions required for the specific task (i.e., retrieving the secret) and no more. Option A: Role-Based Access Control (RBAC) Permission - Explanation: RBAC is used for managing access to Azure resources based on roles. While RBAC can be used to assign access permissions to Azure resources (including Key Vaults), the requirement here is more focused on how the web servers (or the app on those servers) will access the secret, not just on how users or applications are granted permissions through roles. - Pros: - Provides a way to control access to Azure resources. - Can be used to assign roles for access to Key Vault resources. - Cons: - This option is more focused on managing access to Azure resources in a broad sense (e.g., assigning roles to users) rather than automating secret access from an application running on a web server. Option B: A System-Assigned Managed Identity - Explanation: A system-assigned managed identity is a special type of identity automatically created by Azure and tied directly to an Azure resource (such as a virtual machine or an app). It allows the resource to authenticate to Azure services, such as Key Vault, without requiring explicit credentials. - Pros: - Principle of least privilege: The managed identity only has the permissions needed to access the secret in the Key Vault. - Automatic credential management: No need to manually manage credentials for the web servers. - Minimized permission grants: You can assign only the necessary permissions for the managed identity to access the secret. - Cons: - The system-assigned managed identity is specific to each Azure resource (e.g., the web s...

Author: Sophia · Last updated Sep 7, 2026

You plan to use Azure DevOps to build and deploy an app that will be hosted in a Kubernetes cluster. You need to scan the app image for vulnerabilities before the imag...

To scan an app image for vulnerabilities before it is deployed to a Kubernetes cluster in Azure DevOps, we need to select an option that specifically targets container security and integrates with Azure DevOps pipeline or Kubernetes. Let's break down each option: A) Microsoft Defender for Containers - What it does: Microsoft Defender for Containers provides security features specifically designed for containerized applications. It scans container images for vulnerabilities, monitors running containers, and provides recommendations for securing container workloads. - Why it's selected: This is the most suitable option because it directly focuses on securing containers, including scanning for vulnerabilities in container images before deployment. It integrates well with Kubernetes and Azure DevOps, ensuring that vulnerabilities are detected early in the development and deployment process. - Key factors: It directly addresses container security, integrates into DevOps workflows, and provides protection for Kubernetes environments. B) Microsoft Defender for App Service - What it does: Defender for App Service provides security for web apps running in Azure App Services, focusing on web application security. It doesn't specifically handle containerized environments or Kubernetes clusters. - Why it's rejected: While it provid...

Author: Maya2022 · Last updated Sep 7, 2026

DRAG DROP - You have an Azure Pipelines application CI/CD pipeline named Pipeline1. You need to add OWASP ZAP testing to Pipeline1. Which four actions should you add to Pipeline1 in sequence? To answer, move the appr...

Author: Lucas · Last updated Sep 7, 2026

You have an app named App1 that is built by using Azure Pipelines. The source code for App1 is stored in Azure Repos and contains open source libraries. You need to identif...

To identify security vulnerabilities in the open source code of your app, the solution needs to focus on scanning the source code for security vulnerabilities, especially in open source libraries. Let’s analyze each option: A) Mend Bolt - What it does: Mend Bolt (formerly known as WhiteSource Bolt) is a tool designed to scan open-source dependencies for security vulnerabilities, license compliance issues, and outdated libraries. It integrates directly with code repositories and CI/CD pipelines to identify potential risks in open source components. - Why it's selected: Mend Bolt is specifically designed to identify vulnerabilities in open-source libraries and dependencies, making it an ideal choice for this scenario. It works well with Azure Repos and can be integrated into your Azure Pipelines to continuously scan the app’s open-source components for security issues. - Key factors: It’s tailored for open source dependency scanning, integrates seamlessly with Azure DevOps pipelines, and identifies both security vulnerabilities and license compliance risks. B) Rollbar - What it does: Rollbar is an error tracking and monitoring tool used to detect and resolve errors in real-time in production and development environments. While it is useful for monitoring application performance and tracking errors, it does not focus on scanning the code for security vulnerabilities, particularly in open-source libraries. - Why it's rejected: Rollbar is not designed for static code an...

Author: Ahmed97 · Last updated Sep 7, 2026

You manage code by using GitHub. You plan to use Dependabot to scan for code dependencies. You need to identify when scanning will be triggered automatically. Which two actions will trigger a scan? Each co...

To understand when Dependabot will automatically trigger a scan, we need to focus on when changes in dependencies or dependency-related configurations happen within a GitHub repository. Let’s evaluate each option: A) The dependency graph of a repository changes - What it does: Dependabot triggers a scan when there are changes in the dependency graph. This could occur when a new dependency is added, removed, or updated. It scans the dependencies to check for known security vulnerabilities or outdated versions. - Why it's selected: The dependency graph is what Dependabot scans to identify vulnerabilities. Changes to it—such as adding or updating dependencies—trigger an automatic scan. This is a direct trigger for Dependabot to check for security updates and updates in dependencies. B) A pull request is created - What it does: When a pull request is created, it allows Dependabot to scan the changes made to the code, including the updated dependencies. However, creating a pull request does not automatically trigger a vulnerability scan for dependencies unless there's a change to the dependency files. - Why it's rejected: A pull request alone doesn’t necessarily trigger a scan. If no changes are made to the dependencies or configuration files related to dependencies, no scan would be triggered. It’s only relevant if changes to dependencies occur within the pull request. C) A branch is forked - What it does: Forking a branch creates a copy of the repository, but it does not automatically trigger Dependabot scans. Forking does not directl...

Author: Olivia · Last updated Sep 7, 2026

SNAPSHOT - You have a GitHub organization. You configure the personal access token (PAT) policy shown in the following exhibit. Use the drop-down menus to select the answer choice that completes each statement base...

Author: StarryEagle42 · Last updated Sep 7, 2026

DRAG DROP - You have an Azure Repos repository named Repo1 that is used for source control. You need to configure code scanning for Repo1. Which three tasks should the pipeline perform in sequence? To answer, move the ...

Author: Liam · Last updated Sep 7, 2026

SIMULATION - You need to create a personal access token (PAT) named Token1 that has only the following capabilities: * Read, write, and manage code * Read...

To create a personal access token (PAT) named Token1 with the specified capabilities (read, write, and manage code; read and execute builds; read releases) and set an expiration of 60 days, let's first analyze the steps and requirements: Key Requirements: 1. Capabilities: The token should have permissions for: - Read, write, and manage code - Read and execute builds - Read releases 2. Expiration: The token must expire in 60 days. Now, let’s break down the necessary steps: 1. Choosing the Capabilities for Token1: - Read, write, and manage code: This refers to the ability to access and modify repositories, including pushing and pulling code. - Read and execute builds: This gives the token permissions to access build pipelines and execute them. - Read releases: This gives the token permissions to view release information but not modify it. 2. Expiration of 60 Days: - When creating the PAT, you'll need to set the expiration date. This can be done by choosing the "Custom expiration" option and setting it to 60 days. Steps for Creating Token1: 1. Navigate to the Azure DevOps portal and go to your user settings. 2. Generate a new P...

Author: Aria · Last updated Sep 7, 2026

You have a GitHub repository that uses GitHub Actions and stores access keys by using GitHub encrypted secrets. You plan to update the secrets by using the GitHub REST API. You need to wrap the secr...

When updating secrets using the GitHub REST API and requiring encryption, we need to wrap the secrets securely before adding them to the API call. GitHub uses RSA public-key encryption to encrypt secrets before storing them in the repository. Given the options, let's evaluate which encryption library is the best fit for this task: A) CryptoNet - What it does: CryptoNet is a .NET library used for cryptographic operations. However, it is not specifically designed to handle RSA encryption or GitHub's method of encrypting secrets, making it less appropriate for this task. - Why it's rejected: GitHub requires specific public-key encryption to protect secrets, and CryptoNet doesn’t focus on this type of encryption needed for interacting with GitHub's API. B) BouncyCastle - What it does: BouncyCastle is a widely used cryptography library in Java and C. It provides support for various cryptographic operations, including RSA encryption and other algorithms. BouncyCastle can handle the encryption needed to securely store secrets in GitHub via the GitHub REST API. - Why it's selected: BouncyCastle supports the RSA encryption GitHub uses for secret encryption and is a trusted library for handling these encryption needs. It is commonly used for cryptographic tasks and can easily implement the encryption proce...

Author: ThunderBear · Last updated Sep 7, 2026

SNAPSHOT - You have a GitHub repository named Repo1 and an app named App1. Repo1 stores the source code for App1. You need to perform the following tests: * Test1: Run a ZAP spider against App1 for one minute and wait for passive scanning to complete. The test must NOT perform active attacks. * Test2: Run a ZAP spider against App1, and when complete, execute an AJAX spider scan...

Author: Aarav2020 · Last updated Sep 7, 2026

You use Azure Pipelines pipeline to build and deploy an app named App1. You need to ensure that before App1 is deployed, all the code for the app passes ...

To ensure that all code passes a security validation before App1 is deployed in an Azure Pipelines pipeline, we need to introduce a mechanism that enforces this security validation as part of the pipeline process. Let's analyze each option: A) Add a status check to the policies of the branch used by your company's development department - What it does: This would involve setting branch policies to enforce a status check before merging code into the branch. It ensures that certain checks, such as security validations, must pass before changes can be merged. - Why it’s not ideal: This approach is focused on ensuring code quality and validation before merging into a branch, but it does not directly ensure security validation before deployment. It’s about the validation of code in version control, not necessarily part of the deployment pipeline process, where security checks before deployment are required. B) Add a status check to the policies of the main branch - What it does: This is similar to option A but focuses on the main branch. Setting up a status check here would enforce that code cannot be merged into the main branch unless certain checks pass (e.g., security checks). - Why it’s not ideal: Although this helps enforce that code must pass security validation before being merged into the main branch, it doesn't guarantee that security validation happens as part of the deployment pipeline, which is where you need it most before deploying the app to production or other environments. C) Add a service hook to the project - What it does: Service hooks allow Azure Pipeline...

Author: James · Last updated Sep 7, 2026

You are designing the development process for your company. You need to recommend a solution for continuous inspection of the company's code base to locate common code patterns tha...

In order to continuously inspect a company's code base for common problematic code patterns, the solution needs to focus on automated, comprehensive analysis of code quality, with a specific emphasis on detecting issues like bugs, security vulnerabilities, and code smells. Option A: Microsoft Visual Studio Test Plans Explanation: - Microsoft Visual Studio Test Plans are primarily designed for manual and automated testing management, focusing on test case creation, execution, and tracking. - While it provides robust tools for test management and monitoring application quality through testing, it is not designed specifically for code inspection and analysis of problematic code patterns. - Rejection Reason: It lacks the necessary focus on static code analysis, and its primary use is for managing tests rather than identifying coding issues or problematic patterns. Scenario: It is most suitable when there is a need for comprehensive test management (e.g., for large teams managing test suites) but not for ongoing code inspection. Option B: Gradle Wrapper Scripts Explanation: - Gradle is a build automation tool often used for building, testing, and deploying code. The wrapper scripts in Gradle help make the build process more consistent across different environments. - While Gradle can integrate with static analysis tools like Checkstyle, PMD, or FindBugs, the Gradle wrapper itself is not a code inspection tool. It doesn't inherently perform code inspection on its own. - Rejection Reason: Although it can be part of a CI/CD pipeline to run static analysis tools, Gradle itself doesn't provide direct functionality for inspecting code patterns for issues. Scenario: It is suitable for automating builds but not for directly addressing code quality and pattern inspection needs. Option C: SonarCloud Analysis Explanation: - SonarCloud is a cloud-based static analysis tool that performs continuous inspection of code. It identifies problematic code patterns, such as bugs, code smells, and security vulnerabilities. - SonarCloud supports multiple programming languages and provides actionable feedb...

Author: Olivia Johnson · Last updated Sep 7, 2026

Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution. After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen. The lead developer at your company reports that adding new application features takes longer than ...

Explanation of the Solution: Reducing code coupling and dependency cycles is an approach aimed at improving the maintainability and modularity of a codebase, which directly impacts reducing technical debt. Key Concepts: - Code Coupling: Refers to how closely the different components or modules of a system are related to each other. High coupling means that a change in one part of the code might require changes in many other parts, leading to higher complexity and technical debt. - Reducing code coupling is crucial because it allows individual components to evolve independently, reducing the overhead of making changes and promoting reusability. - Dependency Cycles: Occurs when two or more components are dependent on each other in a circular way. This can lead to complex interdependencies, making it harder to refactor or update code. Reducing dependency cycles helps simplify the system architecture and allows for easier testing, maintenance, and scaling. How This Helps Reduce Technical Debt: - Improves Maintainability: By reducing coupling and breaking dependency cycles, the system becomes easier to modify and extend without having unintended side effects on unrelated parts of the system. - Enhances Te...

Author: Stella · Last updated Sep 7, 2026

Your company uses Azure DevOps for the build pipelines and deployment pipelines of Java-based projects. You need to recommend a strategy for managing technical debt. Which two actions should you include in the recommendation? E...

Analysis of Options: To manage technical debt in Java-based projects within an Azure DevOps environment, the strategy should focus on automating processes for code quality analysis, continuous integration/continuous deployment (CI/CD), and ensuring that the code remains maintainable. Let's break down each of the options: Option A: Configure post-deployment approvals in the deployment pipeline Explanation: - Post-deployment approvals are used in a deployment pipeline to require manual intervention after the deployment has been completed to ensure that the application functions correctly in the production environment. - While this might help in mitigating risks in production environments, it does not address the core issue of technical debt. Post-deployment approvals are more about ensuring the deployed application works correctly, rather than managing or preventing technical debt in the codebase. - Rejection Reason: While post-deployment approvals help in deployment quality control, they do not focus on identifying or reducing technical debt in the code itself, such as ensuring better code quality, refactoring, or addressing architectural issues. Scenario: Useful for production risk management but not for proactively reducing technical debt. Option B: Configure pre-deployment approvals in the deployment pipeline Explanation: - Pre-deployment approvals are used to ensure that specific checks or validations are passed before deployment to higher environments (e.g., staging or production). This could include manual sign-offs or automated checks (such as unit tests, security scans, etc.). - Similar to post-deployment approvals, pre-deployment approvals are important for controlling the release process, but they do not directly reduce technical debt. They help ensure that only code that meets specific criteria gets deployed, but they don't necessarily help in managing the quality of the code or solving technical debt issues in terms of maintainability, complexity, or refactoring. - Rejection Reason: While it can help ensure quality before deployment, it is not a direct strategy for managing technical debt in the codebase itself. Scenario: Useful for controlling the flow to highe...

Author: Olivia Johnson · Last updated Sep 7, 2026

Your company is building a new solution in Java. The company currently uses a SonarQube server to analyze the code of .NET solutions. You need to analyze and monitor the code qualit...

Key Objective: You need to analyze and monitor the code quality of a Java solution using SonarQube within the build pipeline. The correct task type in Azure DevOps should integrate SonarQube with the build process and be suitable for Java-based projects. Breakdown of the Options: Option A: Gradle Explanation: - Gradle is a powerful, flexible build automation tool that is widely used in Java projects. It supports various tasks such as compiling code, running tests, managing dependencies, and more. - Gradle integrates very well with SonarQube through the SonarQube Gradle plugin. This allows you to automatically analyze Java code quality during the build process by pushing analysis data to the SonarQube server. - Reason for selection: Since Gradle is a native tool used for Java projects, integrating it into the build pipeline will help you run the SonarQube analysis for your Java solution, monitoring code quality effectively. Scenario: Best used when you are building Java projects that utilize Gradle as their build automation tool, and you want to integrate SonarQube for code quality analysis. Option B: CocoaPods Explanation: - CocoaPods is a dependency management tool for iOS and macOS development, specifically for Objective-C and Swift projects. - It is not designed for Java development and does not provide any functionality for Java build processes or integrating with SonarQube. - Rejection Reason: CocoaPods is not applicable for Java-based solutions and does not relate to Java build processes or SonarQube integration. Scenario: Suitable f...

Author: Sophia Clark · Last updated Sep 7, 2026

SNAPSHOT - Your company uses GitHub for source control. GitHub repositories store source code and store process documentation. The process documentation is saved as Microsoft Word documents that contain simple flow charts stored as .bmp files. You need to optimize the integration and versioning of the process documentation and the flow charts. The solution must meet the following requirements: * Store documents as plain text. * Min...

Author: Liam · Last updated Sep 7, 2026

Your company is building a new solution in Java. The company currently uses a SonarQube server to analyze the code of .NET solutions. You need to analyze and monitor the code qualit...

In this scenario, you're looking for a way to analyze and monitor the code quality of a Java solution. Let's go through each option to understand which would be most appropriate for integrating into your build pipeline for SonarQube analysis. A) Grunt - Grunt is a JavaScript task runner used primarily for automating repetitive tasks like minification, compilation, unit testing, linting, etc., in JavaScript-based projects. - Reason for rejection: Since your project is a Java solution and Grunt is meant for JavaScript, it is not suitable for this scenario. B) Octopus - Octopus Deploy is a deployment automation tool, commonly used for CI/CD pipelines to deploy applications, configure settings, and manage releases. - Reason for rejection: Octopus is primarily used for deployment, not for code analysis. Although it can help deploy the Java solution after building it, it is not designed to run code quality checks or integrate with SonarQube directly. C) Maven - Maven is a build automation tool primarily for Java projects. It can handle dependencies, build ...

Author: Liam · Last updated Sep 7, 2026

DRAG DROP - You are developing a full Microsoft .NET Framework solution that includes unit tests. You need to configure SonarQube to perform a code quality validation of the C# code as part of the build pipelines. Which four tasks should you perform in sequence? To answer, move ...

Author: Henry · Last updated Sep 7, 2026

Your company uses Azure DevOps for the build pipelines and deployment pipelines of Java-based projects. You need to recommend a strategy for managing tech...

A) Configure post-deployment approvals in the deployment pipeline - Post-deployment approvals are used to ensure that a deployment process is approved before it moves into a certain environment, typically for quality assurance or production. - Reason for rejection: This action is more related to controlling the deployment flow and ensuring manual intervention before production deployments, but it doesn't address the management of technical debt. It doesn't help in actively tracking or reducing code quality issues or identifying technical debt. B) Integrate Azure DevOps and SonarQube - SonarQube is a tool specifically designed for continuous inspection of code quality. It analyzes the code for bugs, vulnerabilities, code smells, and technical debt. By integrating SonarQube with Azure DevOps, you can continuously track and monitor code quality throughout the development lifecycle. - Reason for selection: Integrating Azure DevOps with SonarQube provides an automated way to identify and monitor technical debt. SonarQube helps developers see potential code issues early on, allowing them to take corrective action before these issues accumulate and become significant techni...

Author: Ming88 · Last updated Sep 7, 2026

DRAG DROP - You need to find and isolate shared code. The shared code will be maintained in a series of packages. Which three actions should you perform in sequence? To answer, move the appropriate actions from the...

Author: Noah · Last updated Sep 7, 2026

DRAG DROP - You are creating a NuGet package. You plan to distribute the package to your development team privately. You need to share the package and test that the package can be consumed. Which four actions should you perform in sequence? To answer, move the appro...

Author: Matthew · Last updated Sep 7, 2026

During a code review, you discover many quality issues. Many modules contain unused variables and empty catch blocks. You need to recommend a solutio...

When addressing code quality issues such as unused variables and empty catch blocks, the goal is to enforce proper code style and identify potential bugs or anti-patterns in the codebase. Let’s evaluate each option: A) In a Grunt build task, select Enabled from Control Options - Explanation: Grunt is a JavaScript task runner. Enabling control options in Grunt tasks typically allows you to specify whether certain tasks should be executed during the build process. However, it doesn't inherently focus on code quality issues like unused variables or empty catch blocks. While Grunt can run linters or style checkers, simply enabling a task isn't sufficient to improve code quality unless specific linters are configured. - Reason for Rejection: This option doesn't address code quality issues directly in the context of unused variables and empty catch blocks. B) In a Maven build task, select Run PMD - Explanation: PMD is a static code analysis tool that checks for a variety of coding issues, such as unused variables, empty catch blocks, redundant code, and potential bugs. It is specifically designed to enforce coding standards and detect problematic code patterns. - Reason for Selection: This option directly addresses the need to identify unused variables and empty catch blocks. PMD is widely used in Java projects to enforce code quality, and it has built-in rules for detecting common code quality issues. - Reason for Rejection: This is not rejected, as it is the best choice for this situation. C) In an Xcode buil...

Author: Ming · Last updated Sep 7, 2026

Your development team is building a new web solution by using the Microsoft Visual Studio integrated development environment (IDE). You need to make a custom package available to all the developers. The package must be managed centrally, and the latest version must be available for consumption in Visual Studio automatically. ...

In this scenario, you need to make a custom package available to all developers, and it needs to be centrally managed with the latest version automatically available for consumption in Microsoft Visual Studio. Let's evaluate each option based on how it fits the requirements: A) Publish the package to a feed - Explanation: Publishing the package to a feed (such as NuGet or a custom package feed) is essential for central management of packages. A feed allows you to store and manage different versions of the package, and developers can easily retrieve the latest version from this centralized location. This ensures that everyone has access to the correct version of the package without manually managing it on each developer's machine. - Reason for Selection: This is crucial because it allows you to make the package available to all developers and ensures that the package is centrally managed. B) Create a new feed in Azure Artifacts - Explanation: Azure Artifacts is a service within Azure DevOps that provides a package management solution for various types of packages, including NuGet. By creating a feed in Azure Artifacts, you ensure that your package is available in a central location where developers can access the latest version. - Reason for Selection: Azure Artifacts is a highly effective way to manage and distribute packages centrally. Creating a new feed ensures that the package is easily accessible, and Azure Artifacts handles versioning automatically. C) Upload a package to a Git repository - Explanation: While Git repositories are typically used for source code, they are not ideal for storing and managing packages in the way that dedicated package feeds are. Storing a package in a Git repository would require developers to manually download the package and wouldn't provide the automated version management and consumption that a proper package feed offers. - Reason for Rejection: This is not the best option because Git repositories are not designed for package management. You would have to manually manage package versions, and developers wouldn't get automatic updates. D) Add the package URL to the Environment ...

Author: Leah · Last updated Sep 7, 2026

You use GitHub for source control. A file that contains sensitive data is committed accidentally to the Git repository of a project. You need to delete the file and its history form the repository. Which two tools can you use? ...

To address the situation where a file containing sensitive data was accidentally committed to a Git repository, we need to delete the file and its history from the repository. Let's evaluate the options: A) the git filter-branch command - Explanation: The `git filter-branch` command is a built-in Git command used to rewrite Git history, allowing you to remove specific files from all past commits. It is highly flexible and can be used to filter out sensitive data from the entire history of a repository. - Reason for Selection: This command is one of the most powerful tools for rewriting history in Git, which makes it ideal for removing files (including their history) from a repository. However, it can be complex and slow for large repositories. - Reason for Rejection: Not rejected in this case, as it is an effective solution, though it can be difficult to use correctly and is less efficient compared to other options for large repositories. B) BFG Repo-Cleaner - Explanation: BFG Repo-Cleaner is a faster and simpler alternative to `git filter-branch` for cleaning up large Git repositories. It is specifically designed to remove files and sensitive data from Git history. BFG is much faster than `git filter-branch` and is more user-friendly, especially for handling large repositories. - Reason for Selection: This tool is ideal for removing sensitive files from a Git repository. It is optimized for this purpose and performs significantly faster than `git filter-branch`, especially in large repositories. It’s a specialized tool designed f...

Author: NightmareDragon2025 · Last updated Sep 7, 2026

Your company uses GitHub for source control. The company has a team that performs code reviews. You need to automate the assignment of the code reviews. The solution must meet the following requirements: * Prioritize the assignment of code reviews to team members who have the fewest outstanding assignments. * Ensure that each team member performs an equal number of code reviews in any 30-day period. * Prevent the as...

To automate the assignment of code reviews in a way that meets the company's specific requirements, let's evaluate the options: A) Clear Never assign certain team members - Explanation: This option involves clearing a setting where certain team members are never assigned code reviews. This may be useful if we want to prevent certain members (such as the team leader) from being assigned reviews, but it doesn't address the need for balancing the number of assignments or prioritizing based on outstanding assignments. - Reason for Rejection: While it prevents specific members from being assigned, it does not address the key requirements of load balancing or ensuring equal distribution of code reviews among team members. B) Select If assigning team members, don't notify the entire team - Explanation: This option concerns notification settings and controls whether the whole team gets notified when an assignment occurs. It does not affect how code reviews are assigned or balanced between team members. - Reason for Rejection: This option is not related to the actual assignment of code reviews or ensuring an even distribution of workload, so it doesn't fulfill the requirements of the problem. C) Select Never assign certain team members - Explanation: Selecting "Never assign certain team members" allows you to prevent specific individuals, such as the team leader, from being assigned code reviews. This helps fulfill the requirement to exclude the team leader from the assignments. - Reason for Selection: This is an effective way to ensure that the team le...

Author: James · Last updated Sep 7, 2026

You have a GitHub repository. You create a new repository in Azure DevOps. You need to recommend a procedure to clone the repositor...

To clone a repository from GitHub to Azure DevOps, you need a solution that allows the migration of code from one repository hosting platform to another. Let's evaluate each option: A) Create a pull request - Explanation: A pull request is used to merge changes from one branch to another within a repository or from one repository to another. However, this is not a method for cloning or transferring a repository. It is mainly used for collaboration and code review, not for cloning repositories. - Reason for Rejection: This does not address the need to clone the repository from GitHub to Azure DevOps. B) Create a webhook - Explanation: A webhook is a way to trigger actions (like a build or deployment) when certain events occur in a repository, such as a push or a pull request. While webhooks are useful for integrating services, they are not designed for cloning or migrating repositories. - Reason for Rejection: This is not relevant for cloning a GitHub repository to Azure DevOps. C) Create a service connection for GitHub - Explanation: A service connection in Azure DevOps allows integration between Azure DevOps and external services like GitHub. While this is necessary for other operations such as CI/CD, it does not directly clone a repository. It would enable Azure DevOps to access and interact with GitHub repositories, but the act of cloning a repository still needs to be done manually. - Reason for Rejection: Creating a service connection enables integration but doesn't actually perform the cloning of the repository. D) From Import...

Author: IceDragon2023 · Last updated Sep 7, 2026

Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution. After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen. The lead developer at your company reports that adding new application features tak...

Increasing code duplication is generally not a good approach to reduce technical debt. In fact, it can contribute to further complications in the long run. Here's why: 1. Code Duplication and Technical Debt: Code duplication refers to writing similar or identical code in multiple places within the codebase. This can increase maintenance costs and introduce bugs, as any changes or fixes need to be applied in multiple places. This approach often leads to code that is harder to maintain and extend. As a result, it worsens technical debt rather than alleviating it. 2. The Goal of Reducing Technical Debt: Technical debt is the result of shortcuts in development, often due to time pressure or lack of ...

Author: RadiantPhoenixX · Last updated Sep 7, 2026

Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution. After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen. The lead developer at your company reports that adding new application features t...

Increasing test coverage can be a useful strategy in some contexts, but it may not directly reduce accumulated technical debt. Here's the reasoning: 1. Understanding Technical Debt: Technical debt typically refers to compromises made during development, such as quick fixes, poor design decisions, or shortcuts that accumulate over time. While increasing test coverage can help ensure that existing code works as expected, it doesn't directly address the root causes of technical debt, such as code quality issues, architectural flaws, or unnecessary complexity. 2. Role of Test Coverage: Test coverage refers to the extent to which the codebase is tested, which can be helpful in identifying bugs, ensuring stability, and preventing regressions. However, adding tests to a codebase with high technical debt might not resolve the underlying issues, such as duplicated code, unclear code structure, or poorly designed components. 3. Potential Drawbacks of Increasing Test C...

Author: Zain · Last updated Sep 7, 2026

Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution. After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen. The lead developer at your company reports that adding new application features t...

Reducing code complexity is a highly effective strategy for addressing accumulated technical debt. Here's the reasoning behind this: 1. Understanding Technical Debt and Code Complexity: Technical debt often arises from shortcuts, poor design decisions, or quick fixes that lead to a complex, difficult-to-maintain codebase. High complexity in code can make it harder for developers to understand, maintain, and extend the code, thus increasing the time required to add new features. This directly impacts the productivity of developers and the ability to quickly respond to new requirements. 2. Impact of Reducing Code Complexity: By reducing the code complexity, you can make the codebase more understandable and maintainable. This might involve refactoring complex methods or classes, simplifying logic, removing redundant code, and applying best practices like design patterns or modularization. With less complex code, developers can more easily work on new features, reduce...

Author: Sofia2021 · Last updated Sep 7, 2026

During a code review, you discover quality issues in a Java application. You need to recommend a solution to detect quality issues including unuse...

To detect quality issues like unused variables and empty catch blocks in a Java application, the best solution would be: Explanation: 1. PMD (A): - PMD is a popular static code analysis tool that can be integrated into a build process, such as in a Maven build task. It is specifically designed to detect common programming flaws in Java code, including unused variables, empty catch blocks, and many other potential issues (like over-complicated expressions, unnecessary imports, etc.). - Why A is the best choice: Since the goal is to detect quality issues in a Java application, PMD is a specialized tool designed for this purpose and can be easily integrated into a Maven build process to automatically flag these issues during code reviews. 2. xcpretty (B): - xcpretty is a tool used to format and beautify the output of Xcode build logs. It is not relevant to Java or detecting quality issues in Java code. Therefore, it is not suitable for this scenario. - Why B is rejected: xcpretty is for iOS/macOS development and doesn't address static code analysis for Java. 3. Gulp with a Custom Condition Expression (C): - Gulp is a JavaScript task runner and build ...

Author: Liam · Last updated Sep 7, 2026

You use Azure Artifacts to host NuGet packages that you create. You need to make one of the packages available to anonymous users outside your organization. The solut...

To make a NuGet package available to anonymous users outside your organization while minimizing the number of publication points, the best solution is: Explanation: 1. Option A: Change the feed URL of the package - This option involves changing the feed URL to make the package available to external users. However, simply changing the feed URL does not address the requirement of making the package publicly available to anonymous users. Azure Artifacts by default does not allow anonymous access to feeds, and changing the URL won't solve the issue of access permissions or make the package publicly accessible. - Why A is rejected: This option does not solve the problem of granting anonymous access to external users. 2. Option B: Create a new feed for the package - Creating a new feed in Azure Artifacts would create a new publication point, which could be used to host the package. However, Azure Artifacts feeds, by default, require authentication. To allow anonymous access, you'd still need to configure the new feed for public access, which can be complex and does not minimize the number of publication points. - Why B is rejected: This approach would create additional feeds and possibly introduce complexity in managing multiple feeds for public and private packages. 3. Option C: Promote the package to a release view - Promoting the package to a release view in Azure Artifacts re...

Author: Mia · Last updated Sep 7, 2026

You use GitHub for source control and project-related discussions. You receive a notification when an entry is made to any team discussion. You need to ensure that you receive email notifications only for discussions in which you commented or in which you are mentioned. Which two Notifications...

To ensure you receive email notifications only for discussions in which you commented or are mentioned, you need to adjust the settings that manage your watch status and participation notifications. Here's an analysis of the options: A) Automatically watch teams This option means that you will automatically watch all discussions in teams, even if you haven't commented or been mentioned. If you want to avoid receiving notifications for all discussions in teams (where you may not be involved), you should clear this option. This would stop the automatic watching of team discussions, ensuring you only get notifications for discussions where you are directly involved. B) Participating This option will notify you about discussions in which you actively participate. If you comment or get mentioned in a discussion, this setting ensures you are notified. You should keep this option selected because it ensures you are notified of discussions you're involved in. C) Automatically watch repositories This setting causes you to automatically watch all discussions in any r...

Author: MoonlitPantherX · Last updated Sep 7, 2026

You have an Azure Automation account that contains a runbook. The runbook is used to configure the application infrastructure of an Azure subscription. You have a project in Azure DevOps named Project1. Project1 contains a repository that stores code for the runbook. You need to ensure that every...

To ensure that every committed change to the code will automatically update and publish the runbook to Azure Automation, you need to establish an integration between your Azure DevOps repository and the Azure Automation account. Here’s an analysis of the options: A) The Service hooks settings for Project1 Service hooks in Azure DevOps allow you to trigger actions outside of Azure DevOps when an event occurs, such as a code push or build completion. You can configure service hooks to notify other services when changes are made in Project1. While this could potentially trigger actions to update the runbook, service hooks alone don’t integrate directly with the Azure Automation account to publish runbooks. It’s more of a broader integration feature rather than a specific mechanism to directly update Azure Automation from DevOps. B) The Connections settings for the Automation account Connections settings allow Azure Automation to interact with external services or resources. However, this option does not control how updates to the runbook from DevOps repositories are handled. It’s mainly used for managing credentials or authentication for services, not for integration with source control repositories like Azure DevOps. C) ...

Author: Aarav · Last updated Sep 7, 2026

You use Git for source control. You enable GitHub code scanning. You raise a pull request from a non-default branch. In the code scanning output, you receive the following error message: 'Analysis not found.' You need to ensure that the code scanning completes successfully for the pull request. Which...

To ensure that code scanning completes successfully for a pull request in GitHub, particularly when raising a pull request from a non-default branch, you need to configure the workflow to include both the default and non-default branches properly. Here's a detailed analysis of the options: A) Add the name of the default branch to the `on: push` specification in the code scanning workflow This option would specify that the code scanning workflow triggers for changes to the default branch. However, the error you are facing is related to a pull request coming from a non-default branch. If the workflow is only set to trigger on pushes to the default branch, it won't run for pull requests coming from other branches. This is not the appropriate solution, as it won't address the pull request trigger from a non-default branch. B) Add the name of the non-default branch to the `on: push` specification in the code scanning workflow This is the correct option. The `on: push` specification in the code scanning workflow dictates which branches should trigger the workflow when code is pushed. Since your pull request comes from a non-default branch, you need to ensure that the workflow is also triggered for this non-default branch, in addition to the default branch. By adding the non-default branch to the `on: push` specification, you ensure that the code scanning workflow runs for the code in the non-default branch and handles the pull request appropriately. C) Delete the pull request, and then raise the request again from the default branch This option is unnecessary. Raising a new pull request from the default branch will not sol...

Author: Ella · Last updated Sep 7, 2026

DRAG DROP - You have a GitHub repository named repo1 that stores the code of an app named App1. You need deploy a workflow for repo1 by using GitHub Actions. The solution must meet the following requirements: * Scan on pushes to the main branch. * Scan on pull requests to the main branch. * Scan on pull requests to any branch that has a prefix of releases/. * Scan all the files in the subdirectories of the src directory. * Exclude scanning of markdown files. How should you complete the code? To answer, drag the ...

Author: Jack · Last updated Sep 7, 2026

You have a GitHub repository that contains multiple versions of an Azure Pipelines template. You plan to deploy multiple pipelines that will use a template stored in the repository. You need to ensure that you use a fixed version...

To ensure that you use a fixed version of a template stored in a GitHub repository when deploying multiple pipelines, you need to reference a specific version of the template reliably. Let's go through the options and analyze them: A) The serial This option is not relevant for versioning or specifying a version of a GitHub repository. "Serial" doesn’t correspond to any versioning mechanism in GitHub repositories or Azure Pipelines. Therefore, this is not a valid option. B) The SHA-based hashes This is the correct option. In GitHub repositories, each commit is identified by a unique SHA hash (a cryptographic identifier). By referencing the SHA-based hash of the template, you ensure that you're using a fixed and unchanging version of the template, regardless of any further commits or changes to the repository. This guarantees that the version of the template used in your pipelines is always the same, which is essential for consistency and avoiding unexpected changes or errors in your deployments. Using the SHA ensures that the exact code from the commit is used. C) The runner This option refers to the execution environment that runs your pipeline tasks. While the runner can be important for the infrastruct...

Author: Elizabeth · Last updated Sep 7, 2026

DRAG DROP - You have the repositories shown in the following table. You need to migrate the contents of the GitHub repository to the Azure Repos repository. The solution must ensure that the Azure Repos repository only contains branches and history from the GitHub repository. Which three commands should you r...

Author: Ethan · Last updated Sep 7, 2026

DRAG DROP - You have a GitHub repository that contains the code for an app named App1. App1 depends on a library of functions from a repository at https://github.com/contoso/afeed. You need to keep a clone of the afeed repository as a subdirectory of the App1 repository. How should you complete the Git command? To answer, drag the appropriate values to the correct targets. Each value may...

Author: Liam · Last updated Sep 7, 2026

SNAPSHOT - You use Git for source control. You need to optimize the performance of a repository. The solution must meet the following requirements: * Permanently remove all items referenced only in the reflog. * Remove history that is NOT in any current branch. How should you complet...

Author: Zain · Last updated Sep 7, 2026

DRAG DROP - You have an Azure Repos Git repository named repo1. You need to ensure that you can authenticate to repo1 by using SSH. 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...

Author: Ethan Smith · Last updated Sep 7, 2026

DRAG DROP - You use Git for source control. You delete a file, commit the changes, and continue to work. You need to recover the deleted file. Which three commands should you run in sequence? To answer, move the appro...

Author: James · Last updated Sep 7, 2026

SNAPSHOT - You use Git for source control. You have an app named App1. In the main branch, you need to restore the third most recent revision of a file named App.exe.config. How should you complete the command? To answer, s...

Author: Matthew · Last updated Sep 7, 2026

SNAPSHOT - You company uses a Git source-code repository. You plan to implement GitFlow as a workflow strategy. You need to identify which branch types are used for production code and preproduction code in the strategy. Which branch type should you identify for each co...

Author: Manish · Last updated Sep 7, 2026

DRAG DROP - You have an Azure Repos repository named repo1. You need to clone repo1. The solution must clone only a directory named src/web. How should you complete the script? To answer, drag the appropriate values to the correct targets. Each value may be used once, more than once, or not at ...

Author: Julian · Last updated Sep 7, 2026

You use GitHub for source control and Microsoft Teams for collaboration. You need to send a notification to a Teams channel for each commit. The s...

To send a notification to a Microsoft Teams channel for each commit, the goal is to minimize development effort while still achieving the desired outcome. Let’s analyze the options to find the best solution: A) Use Azure Automation to connect to the GitHub Actions API and send a message to the Teams channel - Analysis: Azure Automation allows you to run workflows, but connecting to the GitHub Actions API and then sending a message to Teams requires creating custom scripts and managing API connections. This solution involves extra setup and complexity, which could be avoided with more streamlined options. - Why Rejected: This approach is not the most efficient because it requires custom scripting and handling the GitHub API manually, which adds unnecessary complexity compared to more integrated solutions. B) Use the Microsoft Teams for GitHub app and configure a subscription to receive notifications in the Teams channel - Analysis: This is the best option. The Microsoft Teams for GitHub app is designed specifically to send notifications from GitHub to Teams channels. Once the app is installed in your Teams environment, you can configure a subscription to send notifications for specific GitHub events (like commits). This method requires minimal setup and directly integrates GitHub with Teams. - Why Selected: This option is the simplest and most efficient because it leverages a pre-built integration, minimizing the need for custom development. It allows you to rec...

Author: Samuel · Last updated Sep 7, 2026