Cloud-Based Dev Environments Questions and Answers for Viva

Answer-1: It's a virtual platform hosted in the cloud where developers can write, test, and deploy code without using local infrastructure.

Answer-2: GitHub Codespaces, AWS Cloud9, Replit, Gitpod, and Google Cloud Shell.

Answer-3: A cloud IDE runs in a browser and doesn't require installation, while a traditional IDE is installed on a local machine.

Answer-4: Scalability, collaboration, accessibility from anywhere, and reduced local setup time.

Answer-5: Yes, many cloud IDEs offer support for full-stack development including backend, frontend, and databases.

Answer-6: They enable real-time code sharing, pair programming, and version control integration.

Answer-7: Yes, most providers implement encryption, access control, and sandboxing, but security also depends on user practices.

Answer-8: Languages like Python, JavaScript, Java, C++, Go, Ruby, and PHP are typically supported.

Answer-9: They often have built-in support or plugins for Git and GitHub/GitLab/Bitbucket.

Answer-10: It is a cloud-based dev environment hosted by GitHub that provides instant development environments with GitHub integration.

Answer-11: A cloud-based IDE by Amazon that allows you to write, run, and debug code with just a browser.

Answer-12: Replit is an online IDE that supports collaborative coding, real-time development, and hosting for many programming languages.

Answer-13: Yes, some environments support containerized development with Docker or Kubernetes.

Answer-14: It is an online shell environment for managing Google Cloud resources, with an integrated code editor.

Answer-15: Yes, they typically have built-in debuggers and logs for step-by-step code execution.

Answer-16: Yes, you can usually customize the editor, install extensions, and configure runtimes.

Answer-17: Yes, a stable internet connection is required for accessing and using cloud IDEs.

Answer-18: Code is stored in the cloud provider's storage or linked repositories such as GitHub.

Answer-19: Yes, many integrate with CI/CD pipelines and tools like Jenkins, GitHub Actions, and GitLab CI.

Answer-20: Dependency on internet, performance issues, vendor lock-in, and limited offline capabilities.

Answer-21: Sandboxing isolates code execution environments to prevent them from affecting each other or the host system.

Answer-22: Most use tiered pricing: free basic versions and paid plans with more features, storage, or runtime.

Answer-23: It refers to disposable, short-lived dev environments spun up for specific tasks or pull requests.

Answer-24: They eliminate complex setup by providing ready-to-use dev environments instantly.

Answer-25: Yes, many offer integrated databases or allow connections to external DBs like MySQL, MongoDB, and PostgreSQL.

Answer-26: Yes, many offer enterprise-grade security, scalability, and integrations tailored for organizations.

Answer-27: Yes, many allow plugins/extensions similar to Visual Studio Code.

Answer-28: Client-server architecture with browser-based UI and backend services handling compute and storage.

Answer-29: Changes are saved in real-time or at short intervals to avoid data loss.

Answer-30: They enable shared access to code and environments regardless of geographic location.

Answer-31: Yes, tools like Maven, Gradle, npm, and pip are usually preinstalled or easily installable.

Answer-32: Yes, they support code compilation and execution depending on the language and environment setup.

Answer-33: They reduce hardware dependence, extend hardware life, and utilize shared resources efficiently.

Answer-34: Yes, most provide a terminal or shell interface for running commands.

Answer-35: Dependencies can be managed using package managers or configuration files like `requirements.txt` or `package.json`.

Answer-36: Education, hackathons, remote development, onboarding, and scalable dev/test workflows.

Answer-37: Yes, with tools like Postman or built-in HTTP clients, API testing is supported.

Answer-38: Prebuilt environments include pre-installed tools, packages, and dependencies to save setup time.

Answer-39: They eliminate setup hassles, provide instant feedback, and support collaboration and automation.

Answer-40: Yes, most cloud IDEs offer native integration with GitHub and other VCS platforms.

Answer-41: They rely on internet, may have slower performance for heavy tasks, and offer limited offline capabilities.

Answer-42: Yes, some support Android SDKs or integrations with emulators for mobile development.

Answer-43: Yes, depending on the platform, multiple projects can be handled simultaneously.

Answer-44: It?s the process of writing and running code on a remote server or environment rather than locally.

Answer-45: Yes, they support scripting, automation, and integration with CI/CD and infrastructure tools.

Answer-46: Yes, some platforms support ML libraries, notebooks, and GPU resources.

Answer-47: Yes, many offer file history or integrate with Git for full version control.

Answer-48: Containers help isolate environments, ensure consistency, and ease deployment in cloud-based IDEs.

Answer-49: Through user accounts, roles, and permissions managed via the platform?s dashboard or identity provider.

Answer-50: Greater AI integration, better offline support, deeper cloud-native toolchains, and edge development support.