Packages: We have separate Packages for pages and Test scripts. We have separate classes for every individual Test case. Each Web Page has a separate Class, and that Class holds the functionality and members of that Particular Web Page. Under POM, we have maintained a Class for Every Web Page separately. To continue in detail related Page Object Model, you can mention the Page Object Model. Types of Framework: In our project, we are using a Data-driven or Keyword-driven, or Hybrid Framework by using the Page Object Model Design Pattern with Page Factory. We are using Java language in our project because most Automation developers know selenium with Java type of framework or any language you use, such as Python, C#, etc. Let’s get started with the language you can tell in our selenium project. Explain clearly every component in Detail. It is better to ask your Interviewer to provide a white sheet to draw the Architecture of your Project Framework. You can specify these things to showcase your software testing skills and practical knowledge related to Framework Architecture or your Framework. ![]() Test NG: You can explain how you use Test NG Annotations in your Framework in case you are using Test NG Annotations. Property Files: We could place details such as browser type URL in property files and specify what Test NG Annotations you have used in your Framework. Here, we have mentioned some Utility functions property: If you call Test data from the excel sheet comes under Generic Function, and more technically, use property. For example, Transfer funds Functionality is more related to Banking applications, whereas Order booking Functionality is more related to Retail Business applications like Amazon and Flipkart. Sometimes asked in an interview, what is the difference between Generic and Business Function?ĭon’t get confused and reply Generic Functions are related to Operations we perform like Click, Select, etc., of an Element, and Business Functions are more related to B2B Business to Business applications nature. We can also keep Element locators in property files.įunctions Library: Every project has some Functions Library, but in most cases, we use separate Functions as Generic Functions and Project-Specific functions, also called Business functions. Nowadays, everyone is using the Page Object design model to do this. If you are using a Page Object model to separate element locators with tests, then clearly explain that. You have to specify where you store all the element you caters to, such as ID XPath CSS, whatever. Page Object Model: Do your tests independent of element locators. ![]() Bookmark Serverless Framework's serverless.So you need to provide some stress on this part while explaining and coming to element locators.Search the plugins registry to extend Serverless Framework.Bookmark Serverless Framework's serverless.yml guide.Discover all of the events that can trigger AWS Lambda functions.Get inspiration from these Serverless Framework templates.Study Serverless Framework's core concepts.Have questions? Join thousands of other users in our Slack Channel. Get started via the Serverless Framework CLI using this guide. Welcoming - A passionate and welcoming community!.Plugin Ecosystem - Extend or modify the Framework and its operations via Plugins.Extensible - Extend or modify the Framework and its operations via Plugins.Guardrails - Loaded with automation, optimization and best practices.Multi-Environments - Built-in support for multiple stages (e.g.Multi-Domains - Group domains into Serverless Services for easy management of code, resources & processes, across large projects & teams.Full Lifecycle - Manages the lifecycle of your serverless architecture (build, deploy, update, monitor, troubleshoot).Multi-Language - Supports Node.js, Python, Java, Go, C#, Ruby, Swift, Kotlin, PHP, Scala, & F#.Easy - Enjoy simple syntax to safely deploy AWS Lambda functions, event sources and more without being a cloud expert.Automated - Deploys both code and infrastructure together, resulting in out-of-the-box serverless apps.Many Use-Cases - Choose from tons of efficient serverless use-cases (APIs, Scheduled Tasks, Event Handlers, Streaming Data Pipelines, Web Sockets & more).Empowering - Build more and manage less with serverless architectures. ![]() Here are the Serverless Framework's highlights: Today, it continues to be the leading developer tool for deploying serverless architectures. The Serverless Framework pioneered serverless architecture on AWS, a transformative approach to building applications on cloud infrastructure that auto-scales, incurs no charges when idle, and typically demands minimal maintenance. This is the guiding principle behind the Serverless Framework, which was developed following the release of AWS Lambda in 2014. Deliver software with radically less overhead.
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