Static vs Dynamic Modules in Tosca

 Static vs Dynamic Modules in Tosca

Tosca by Tricentis is a popular automation tool that uses Modules to identify and interact with UI elements of applications. There are two types of Modules in Tosca: Static and Dynamic.

📦 What Are Tosca Modules?

A Module in Tosca is a reusable container of elements (like buttons, fields, links) used to automate test steps.

🟦 Static Modules

🔹 What are they?

  • Created by scanning the UI of the application

  • UI elements are captured and stored in the Module

  • They represent a snapshot of the screen at scan time

✅ Pros:

  • Simple and visual

  • Great for stable UIs

  • Easy for beginners

❌ Cons:

  • Can break if the UI structure changes

  • More maintenance if the app updates frequently

📘 Example:

A static module for a Login Page contains:

  • Username Field

  • Password Field

  • Login Button

🟩 Dynamic Modules

🔹 What are they?

  • Modules built using XModules with dynamic identification (via parameters)

  • Used when elements are created or changed at runtime

  • More flexible and reusable

✅ Pros:

  • Handles dynamic elements (e.g., lists, tables)

  • Better for complex applications

  • Less maintenance

❌ Cons:

  • Requires technical knowledge

  • More setup effort than static modules

📘 Example:

A dynamic module handles:

  • Table rows that vary in number

  • Dropdown values populated during runtime

  • List of checkboxes

🔄 Key Differences

FeatureStatic ModulesDynamic Modules
CreationUI scanCustom with parameters/XPaths
FlexibilityLess flexibleHighly flexible
Best forStable UIsChanging or dynamic UIs
MaintenanceHigher on frequent UI changesLower if built well
Skill requiredBeginner friendlyNeeds advanced Tosca skills

🎯 When to Use What?

  • ✅ Use Static Modules for simple, fixed screens

  • ✅ Use Dynamic Modules for apps with changing content or dynamic IDs

🧠 Pro Tip:

You can use both in one test case — use static where easy, and dynamic where needed to make automation stable and scalable.



Read More 




Comments

Post a Comment

Popular posts from this blog

Why Choose Python for Full-Stack Web Development

Why Choose Python for Full-Stack Web Development? In today’s digital era, full-stack development is one of the most in-demand skills. Full-stack developers handle both the front-end and back-end of web applications, and choosing the right programming language plays a crucial role in efficiency, speed, and scalability. Python has emerged as a favorite among full-stack developers—and for good reason. Let’s dive into why Python is a top choice for full-stack web development. 1. Easy to Learn and Use Python’s syntax is simple and readable, making it easy for beginners to pick up and start building. It feels more like writing English than coding. This simplicity reduces development time and allows developers to focus more on solving problems than worrying about language complexities. Example: print ( "Hello, world!" ) This is all it takes to print a message in Python! 2. Strong Framework Support Python offers powerful web frameworks like: Django – A high-level frame...
Read more

How Generative AI Differs from Traditional AI

  How Generative AI Differs from Traditional AI As Artificial Intelligence evolves, a new term dominates the tech conversation: Generative AI . But how does it differ from what we’ve traditionally known as AI? Let’s break it down. 1. What Is Traditional AI? Traditional AI refers to systems designed to recognize patterns, make decisions, and solve problems based on structured data and predefined rules. Key Examples: Fraud detection systems Recommendation engines Rule-based chatbots Predictive analytics in finance or healthcare These systems are excellent at answering: “What will happen?” “Is this spam?” “What product should I recommend?” They’re built on: Machine learning (ML) Deep learning (for image/text recognition) Decision trees, regression models, etc. 2. What Is Generative AI? Generative AI is a subset of AI that creates new content —such as text, images, music, code, or videos—by learning patterns from existing data. Key Examples:...
Read more

What is Tosca? An Introduction

What is Tosca? An Introduction to Tricentis Tosca in 200 Lines In a world driven by digital transformation, testing software efficiently and effectively is not just important—it’s vital. That’s where Tosca steps in. 1. What is Tosca? Tosca is a model-based test automation tool developed by Tricentis. It helps QA teams automate functional and regression testing for enterprise applications across web, desktop, API, and mobile platforms. 2. Why Tosca? Because traditional testing is often: Slow Manual Brittle Hard to scale Tosca offers a smarter way with: No-code automation End-to-end testing Risk-based testing Seamless CI/CD integration 3. Who Uses Tosca? Tosca is used by: QA Engineers Business Analysts DevOps Teams Large enterprises (especially in banking, healthcare, telecom, etc.) 4. Core Concept: Model-Based Testing Instead of scripting every test case, Tosca allows you to model the UI and logic of your application. This means: Creating reusable components Updating tests quickly when ...
Read more