The Serverless Framework provides a command-line interface (CLI) for __________ serverless applications.
- Analyzing
- Building
- Managing
- Testing
The Serverless Framework provides a command-line interface (CLI) for building and deploying serverless applications, abstracting away infrastructure management tasks.
AWS SAM templates and Serverless Framework configurations are typically written in __________ format.
- JSON
- TOML
- XML
- YAML
AWS SAM templates and Serverless Framework configurations are typically written in YAML format for defining infrastructure as code in a human-readable and easy-to-understand manner.
AWS SAM simplifies the creation of AWS resources by defining them in __________ templates.
- JSON
- Markdown
- XML
- YAML
AWS SAM simplifies the creation of AWS resources by defining them in YAML templates.
The Serverless Framework offers built-in support for managing __________ during deployment.
- Code repositories
- Environment variables
- Network configurations
- SSL certificates
The Serverless Framework offers built-in support for managing environment variables during deployment.
One advantage of using AWS SAM or the Serverless Framework is the ability to abstract away the __________ of infrastructure management.
- Complexity
- Cost
- Scalability
- Security
One advantage of using AWS SAM or the Serverless Framework is the ability to abstract away the complexity of infrastructure management.
Scenario: You are working on a project where you need to deploy a series of AWS Lambda functions along with DynamoDB tables and S3 buckets. Which tool, AWS SAM or the Serverless Framework, would you choose to manage this deployment and why?
- AWS SAM
- Jenkins
- Serverless Framework
- Terraform
AWS SAM is the preferred choice for managing this deployment due to its native integration with AWS services, specifically designed to simplify the deployment and management of serverless applications on AWS.
Scenario: Your team is transitioning from traditional infrastructure to serverless architecture. What factors would you consider when deciding whether to use AWS SAM or the Serverless Framework?
- Budget constraints
- Complexity of deployment
- Familiarity with AWS ecosystem
- Multi-cloud support
Factors such as familiarity with the AWS ecosystem, multi-cloud support requirements, deployment complexity, and budget constraints should be considered when deciding between AWS SAM and the Serverless Framework for transitioning to serverless architecture.
Scenario: You are tasked with optimizing the deployment process for a large-scale serverless application. How would you leverage features specific to AWS SAM and the Serverless Framework to achieve this goal?
- AWS SAM: Built-in resources
- AWS SAM: Local testing
- Serverless Framework: Plugins ecosystem
- Serverless Framework: Stage-based deployments
Leveraging AWS SAM's built-in resources and local testing capabilities, along with the Serverless Framework's extensive plugin ecosystem and support for stage-based deployments, can optimize the deployment process for a large-scale serverless application by streamlining automation, customization, testing, and deployment strategies.
What is the primary purpose of encapsulation in object-oriented programming in C++?
- Code compression
- Memory saving
- Hide complexity
- Code sharing
Encapsulation is a core concept in object-oriented programming. Its primary purpose in C++ and other OOP languages is to hide the internal representation, or state, of an object from the outside and to bundle the data (attributes) and the methods (functions) that operate on the data into a single unit, thus hiding complexity.
In C++, the method used to allocate memory dynamically during runtime within the object is called _______.
- malloc
- new
- alloc
- reserve
In C++, dynamic memory allocation for objects is achieved using the new operator. Unlike malloc in C, new in C++ initializes the allocated memory.