Full stack Software Testing with API and Micro-services

  • ✅ 6 Months Online Program
  • ✅ Multiple Live Projects
  • ✅ Online-live sessions with Industry Experts
  • ✅ Industry-graded and Market-Ready Skills
  • ✅ 100% Job Assistance
  • ✅ Personalized progressive Learning.
  • ✅ Expert and Industry-experienced Trainers
  • ✅ Earn certification without a halt in your job

What is Full Stack QA?

Are you intrigued by the world of software testing and quality assurance?

Enroll With Full Stack QA Course, a diligent program designed to provide you with the skills essential to succeed in this fast-paced industry. But what exactly does Full Stack QA Course?

Consider it as a road-map that walks you through each step of quality assurance, from the fundamentals to more complex methods. It's like to becoming a All rounder who can batting and bowling both and make their team excellent.

Full Stack QA Course, you will learn about the many technologies and tools that are important for Quality Assurance like website and mobile applications. In order to find errors and assured Bug-less user experiences, you will learn how to carefully check each methods of written code using both automated testing frameworks and manual testing techniques.

However, it's not only about identifying Bugs;its about making sure that every product meets consumer requirement and expectations. You will become a adjustable and excellent professional who can easily and accurately handle of testing issues if you successfully complete the Full Stack QA Course.

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Our Software Testing program offers a comprehensive online learning experience, blending virtual sessions with hands-on support. This program will enhance your skills in software testing methodologies, quality assurance, and automated testing, equipping you with the expertise to tackle complex software challenges. Dive into the latest tools, techniques, and real-world applications to become a software testing expert

Full stack Software Testing with API and Micro-services

Eligibility : Bachelor's degree or relevant industry experience.

Duration : 6 Months

Enrollment : Fully online – Start anytime throughout the year

What Choose LiftMySkills for Full Stack QA Course?

⦁ Comprehensive Curriculum: Covering manual and automation testing, including tools like Selenium, testng, cucumber, karate Postman.

⦁ Experienced and skilled Faculties: Learn from industry experts for practical insights and career guidance.

⦁ Hands-on Training and experience: Gain practical experience through projects and case studies.

⦁ Completion Certificate: Receive industry-recognized certification upon completion.

⦁ Assured Assistance: Benefit from Ducat's support in securing job opportunities in top IT companies. Career Scope After Doing Full Stack QA Course in Noida at Ducat?

⦁ Many Job Opportunities: Opportunities in various industries for roles such as QA Engineer, Test Automation Engineer, QA Analyst, and Quality Assurance Manager.

⦁ Industry-Recognized Skills: Proficiency in manual and automation testing tools like Selenium, Appium, and JMeter, making you highly sought-after by employers

⦁ Career Advancement: Potential for growth into leadership roles or specialization in areas such as performance testing, security testing, or DevOps.

⦁ Competitive Salaries: Lucrative compensation packages in the IT sector due to the high demand for skilled QA professionals.

⦁ Placement Assistance: LMS provides Assured placement support to help you secure the job opportunities in Top level IT companies.

Placement Assistance After Full Stack QA Course?

Resume building: Assisting students in developing or improving their resumes to highlight their experiences and abilities relevant to Full Stack QA job positions.

Interview preparation: Conducting mock interviews, giving interview advice, and advising on how to successfully shows technical experienced knowledge and problem-solving skills during interviews.

Job postings and referrals: Sharing job openings from aligned companies or industry connects, as well as sending resumes to already settled employees or candidates.

Placement Drive: Arranging industry meetups and placement drives so that students can quickly get in touch with companies and industry experts.

Career Counseling: Giving personalized advice and Guidance to each and every students on career paths, job searching on portals making strategies, and professional development opportunities.

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How the program will be conducted

LMS Technologies with its start-of- art class rooms and Lab infrastructure at Noida offer the best and most conducive learning environment, with a team of highly skilled trainers having years of industry experience. Classroom trainings will be conducted on a daily basis. Practical exercises are provided for the topics conducted on daily basis to be worked upon during the lab session. Online session conducted through the virtual classroom also have the same program flow with theory and practical sessions. Our Labs can be accessed online from across the world allowing our online training student to make the best use of the infrastructure from the comfort of their home.

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Full stack Software Testing with API and Micro-services

Our dedicated team of Software Testing experts brings a wealth of industry experience and academic knowledge to guide you through every aspect of the program. With a focus on real-world applications, our mentors offer personalized support, practical insights, and cutting-edge knowledge in automated testing, quality assurance, and test-driven development.

We are proud to collaborate with professionals and researchers who have made significant contributions to the field of Software Testing. Our mentors are committed to equipping students with the skills needed to excel in a rapidly evolving technological landscape.

Program Highlights

See which benefits you can derive from joining this program.

Online Program

  • 6-month online program
  • Online Lab Sessions
  • Highly Experienced Faculties

Collaborations

  • LMS has collaborated with many eminent Universities and Organizations across the Globe to exchange the knowledge.

Dedicated Support Team for your Academic Journey

  • Industry Experts Live Sessions.
  • Grievance Redressal System
  • Dedicated Tech & Academic Support on how to leverage the platform features.

Become Job-ready

  • Real-world case studies to build practical skills
  • Hands-on exposure to analytics tools & techniques
  • Learn industry insights through multiple industry knowledge sessions

Program Curriculum

An overview of what you will learn from this program.

Manual testing

  • Introduction to Jupyter Notebook
  • What is Testing
  • Testing Concepts
  • Importance of Testing in IT Companies
  • Fault and its Types in Detail
  • Verification & Validation
  • Quality
  • QA and QC
  • Testing, Retesting & Regression Testing
  • Testing Approaches
  • White Box Testing
  • Black Box Testing
  • Grey Box Testing
  • Levels of Testing
  • Unit Testing
  • Integration Testing
  • System Testing
  • User Acceptance Testing
  • Integration Testing Types
  • System Testing Types
  • Functional Testing
  • Performance Testing
  • Functional Testing Types
  • Usability Testing
  • GUI Testing
  • Documentation Testing
  • Accessibility Testing
  • Installation Testing
  • Uninstallation Testing
  • Configuration Testing
  • Compatibility Testing
  • Database Testing
  • Security Testing
  • Smoke Testing
  • Sanity Testing
  • Gorilla and Monkey Testing
  • Performance Testing
  • Load Testing
  • Stress Testing
  • Soak Testing
  • Spike Testing

  • Waterfall Model
  • Spiral Model
  • Prototype Model
  • V-Model
  • Agile – Scrum

  • Levels of Bug
  • Severity & Priority
  • Test Case
  • Test Case Report along with Small Projects
  • Bug Life Cycle
  • Bug Report
  • Testing Types
  • Types of Testing – 10 Special Types of Testing
  • Testing Life Cycle (STLC)
  • Module 4: Manual Projects (2 Weeks), including Test Management Tools

Automation with Java and Selenium Core Java

  • Introduction to Java Programming
  • Data Types in Java
  • Primitive Data Types
  • Wrapper Classes
  • Declaring Variables
  • Writing Java Program and Running
  • Conditional Statements

  • If Condition
  • If-Else Condition
  • If-Else-If Condition (Nested If)
  • Switch Case Statement
  • Examples for All the Above Conditions

  • How to Declare an Array
  • How to Store Values in an Array
  • Reading Values in an Array
  • Exception, Error Handling
  • What are Exceptions, Errors

  • How to Handle Exceptions in a Program
  • Using Try and Catch Blocks
  • Types of Exceptions
  • Using of Throws
  • Throw
  • Throwable

  • What is Class
  • What are Fields and Methods
  • How to Create an Object for the Class
  • How to Access Fields and Methods in the Class
  • Constructors
  • What is Abstract, Final Class
  • Variable Types (Instance, Local, Static)
  • Polymorphism

  • What is Polymorphism
  • Method Overloading
  • Constructor Overloading
  • Passing Arguments to Methods
  • Calling Methods in the Class
  • Return Values from Method
  • Return Objects from Method
  • Method Arguments: Call by Value, Call by Reference

  • Why to Do Inheritance
  • How to Reuse the Fields and Methods of Parent Class
  • Overriding Fields and Methods of Parent Class
  • Single Inheritance
  • Multi-level Inheritance
  • Using Super Keyword
  • Composition / Aggregation
  • Difference between Inheritance and Composition
  • What is Interface
  • Difference between Class and Interface
  • When to Use Interfaces
  • Abstract Class

  • What is Hiding Data
  • Using Access Specifiers: Public, Private, Protected, Default
  • Accessing the Public Methods Outside the Class
  • Difference in Accessing in Same Package / Different Package
  • Package

  • What is Package
  • How to Create a Package
  • How to Import Package into a Different Class

  • Use of Collections
  • Advantage of Collection over Array
  • How to Add, Remove, and Insert Values/Elements into Collections
  • Using Collections like List, Set, ArrayList, HashTable
  • Linked List
  • Miscellaneous

  • Dynamic Binding
  • Upcasting, Downcasting
  • Autoboxing, Unboxing
  • Using String, Date, Math Classes and Examples

  • JDBC Connections
  • Working with Different Databases like SQL Server, Oracle, MySQL, etc.

Selenium

  • Automation Testing and its Existence
  • Studying Automation Tools
  • What and Why of Automation Testing
  • What is Selenium and its Background
  • Industry Acceptance and Recognition in Indian IT Industry
  • Available Flavors in Selenium
  • Selenium WebDriver (Selenium 3)
  • Selenium Grid
  • Architecture of Selenium Grid
  • Configuration of Selenium Grid: Hub and Node
  • Programming Using Grid
  • What Makes Selenium Different from Other Automation Tools?
  • Selenium Tools: Jenkins, TestNG, JUnit, Regression Test Suites, WebDriver

  • Write Simple Java Program
  • Local and Global Variables
  • Creating and Importing Packages
  • Exception Handling
  • Declarations and Access Control
  • Operators and Assignments
  • Flow Control, Typecasting, Arrays
  • Object-Oriented Programming Concepts
  • Working with Super Classes and Subclasses
  • Java Classes: Debugging, Conditional Debugging
  • Using Types of Polymorphism such as Overloading, Overriding, and Dynamic Binding
  • Abstraction, Encapsulation, Interfaces
  • String Processing
  • Exceptions and Assertions
  • I/O Streams & Wrapper Classes
  • Introduction to Collections Framework
  • Reading Data from Property Files Using Java Program
  • Reading and Writing Data from/to Excel Files Using Apache POI API and JXL API

  • What is TestNG
  • Create TestNG.xml File
  • Integrate the Selenium Scripts and Run from TestNG
  • Reporting Results & Analyze
  • Run Scripts from Multiple Browsers
  • TestNG Annotations
  • Tags in TestNG.xml File
  • Groups
  • Reporting Results
  • Selenium WebDriver

  • What is Selenium WebDriver and Its Comparison with Existing Tools
  • Architectural Components of Selenium WebDriver
  • WebDriver and the Selenium Server
  • Comparison between Selenium Remote Control & WebDriver
  • Various Types of Controls in WebDriver: Text Boxes, Hyperlink, Buttons
  • Checkboxes, Radio Buttons, Dropdowns
  • Java IDE: Eclipse
  • Selenium Jar Files
  • Selenium Commands
  • Capture Screenshots & Synchronization of Various Commands in WebDriver
  • Locators: By ID, By Name, By Xpath, By Tag Name, By Class Name, By Link Text
  • Error Handling, Data Handling, Parameterization
  • Web Elements: Buttons, Input Boxes
  • Web Elements: List, Links, Radio Buttons, Check Boxes
  • Implicit Wait & Explicit Wait as well as Their Implementation
  • WebDriver Fluent Wait & Thread Sleep Functionality
  • Testing File Uploads and Downloads & Handling Windows Based Controls
  • Pop Up Handling
  • JavaScript Injection
  • Robot & Sikuli API for Window Based Controls
  • Alert Boxes & Texts
  • Confirmation Messages, Keyboard Actions, Mouse Actions
  • Iframes: Basic & Nested
  • Multiple Tabs & Pop-ups
  • WebDriver Test Cases Using XPATH Predefined Functions

    Working with Cloud

  • OTP Automation
  • Captcha Automation
  • Text to Voice Automation
  • JavaScript Automation
  • Automation Test Frameworks

  • What is a Framework
  • Types of Frameworks
  • Modularity Framework
  • Data Driven Framework
  • Hybrid Framework
  • How to Execute the Scripts from Framework
  • Page Object Model (POM)
  • Creating Repository Class
  • Using Properties File
  • Generating Log Files (log4j)
  • BDD Cucumber Framework
  • Database Testing Using WebDriver

  • Installing MySQL Database
  • Introduction About SQL Package
  • Overview on Different Interfaces
  • Example Program to Access Database
  • Working with Some Examples on Basic Queries: SELECT, UPDATE, DELETE
  • WebDriver Examples Using Data Fetched from Database

    Continuous Integration Testing Using Jenkins

  • What is Jenkins
  • Continuous Build Integration Tools
  • How to Install Jenkins
  • How to Create a Simple Job
  • Auto Mail Configuration in Jenkins
  • Integrating Jenkins to the Project
  • Integrating Jenkins with Eclipse
  • Maven

  • What is Maven and Why Maven?
  • Installing/Configuring Maven
  • Creating Maven Project
  • Importing Maven Project into Eclipse
  • What is POM.xml?
  • Adding Dependencies to POM.xml
  • Maven Build Cycles
  • Sample Demo of Build Session of Maven Project
  • Page Object Model

  • Creating TestBase Class
  • Creating Page Classes
  • Defining Elements in Page Class
  • Defining Functions
  • Creating TestCase Classes
  • Executing POM TestCases
  • Cucumber Framework

  • Introduction to Cucumber
  • Behaviour Driven Development (BDD)
  • Test Driven Development (TDD)
  • Gherkin – Business Driven Development
  • Setting Up Cucumber with Selenium in Eclipse
  • Downloading and Installing Java
  • Downloading and Starting Eclipse
  • Installing Cucumber Eclipse Plugin
  • Downloading Cucumber for Eclipse
  • Downloading WebDriver Java Client
  • Configuring Eclipse with Cucumber
  • Cucumber Selenium Java Test
  • Exploring Feature File
  • JUnit Test Runner Class
  • Gherkin Keywords and Step Definition
  • Exploring Cucumber Options
  • Understanding Data Driven Testing
  • Parameterization in Cucumber
  • Data Driven Testing Using Examples Keyword
  • Data Tables in Cucumber
  • Maps in Data Tables
  • Cucumber Annotations
  • Cucumber Tags, Hooks, Tagged Hooks
  • Execution Order of Hooks
  • Background Keyword

    Selenium Grid

  • Introduction
  • Remote WebDriver
  • Configuring Hub
  • Configuring Node
  • Running Scripts on Remote Computer
  • Bonus Topic w.r.t. Selenium 4

  • Relative By Locators
  • Code Bypassing
  • JavaScript Executor
  • DevTools Automation
  • 3rd Party Libraries

  • POI-OOXML to Work with Excel, Word, PPT
  • SIKULI-X to Work with Non-Web Elements
  • Tess4J for Captcha Automation
  • Cucumber to Connect Automation with Manual Cases
  • Twilio for OTP Automation

Rest-Assured + Microservices Testing + Karate Framewroks

    Introduction to API and Definition

  • Difference Between Website (3 Tier) vs Website with Services (N Tier)
  • What is SOA (Service-Oriented Architecture)
  • Services Development & Testing, Registration, and Utilizing
  • Types of Services

  • a. RESTful Services
  • b. Microservices
  • About Development Technologies to be Used in Services/API Development
  • HTTP

  • HTTP, HTTP Methods, HTTP Response Codes, HTTPS (HTTP + SSL)
  • Web Server vs Application Server
  • DNS

  • Proxy
  • Definition and Its Uses
  • Need for API Testing
  • Agile Process to Emulate Need for API Testing
  • Service Oriented Architecture Terminology

  • HTTP Request Algorithm
  • HTTP Response Algorithm (Case Study and Notes)
  • Create a REST Project
  • Select HTTP Method
  • Add Parameters
  • Types of API Parameters
  • Template/Path Parameters
  • Query Parameters
  • Matrix Parameters
  • Request Body Parameters
  • Request Header Parameter
  • Header parameter

  • Way-1: Authentication with Credentials
  • Way-2: Bearer Authorization/HMAC Authorization
  • Way-3: API Keys
  • Way-4: OAuth 2.0
  • Plain Parameters
  • Resource Naming with Practical Programs Using SOAP UI Tool with Examples Refer to API Documentation
  • Convert Request to Test Case (Navigation)
  • Add Assertions
  • Expressions vs Tools vs Languages
  • Regular Expressions
  • XPath Expressions
  • XQuery Expressions
  • JSON with JSONPath
  • Run Test Case to Submit Request
  • Analyze Response and Test Results

  • Why Static Imports?
  • Method Chaining Concept?
  • Automate GET Request – Assert Status Code
  • Automate GET Request – Assert Response Body
  • Automate GET Request – Extract Response
  • Automate GET Request – Extract Single Field
  • Hamcrest Assertion on Response
  • What is Hamcrest and Why is it Popular?
  • Executing Hamcrest Collection Matchers
  • RestAssured – Logging

  • Request and Response Logging
  • Log if Error and Validation Fails
  • Log if Blacklist Headers
  • RestAssured Handling Headers
  • What are Headers?
  • Set Mock Environment for Headers
  • Multiple Headers in Request
  • Multiple Headers in Request Using Headers
  • Multiple Headers in Request Using Map
  • Multi-Value Header

  • RestAssured – Request Specification
  • RestAssured – Response Specification
  • RestAssured – Automate POST, PUT, GET, DELETE
  • RestAssured – Send Request Payload Multiple Ways
  • RestAssured – Send Complex JSON as Request
  • RestAssured - Handling Request Parameters
  • RestAssured - File Upload and Download
  • RestAssured - Filters
  • Serialization and De-serialization
  • Jackson Annotation
  • Complex POJO
  • Authentication and Authorization
  • MICROSERVICES TESTING

  • Introduction to Microservices and Definition
  • Difference Between Web Services and Microservices
  • How Microservices are Different from Web Services
  • Architecture of Microservices
  • What are Microservices Characteristics
  • What are Key Challenges of Microservices
  • Test Pyramid of Microservices
  • Wiremock and its Configuration
  • Developing Mock Services
  • Isolation Testing
  • Component Testing
  • CDCT (Component Driven and Contract Testing)

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Capstone Projects

Test your skills and mettle with a capstone project.

Comprehensive Curriculum

Master web development with a full-stack curriculum covering front-end, back-end, databases, and more.

Hands-On Projects

Apply skills to real-world projects for practical experience and enhanced learning.

Expert Instructors

Learn from industry experts for insights and guidance in full-stack development.

Job Placement Assistance

Access job placement assistance for career support and employer connections.

Certification upon Completion

Receive a recognized certification validating your full-stack development skills.

24/7 Support

Access round-the-clock support for immediate assistance, ensuring a seamless learning journey.

Flexible Learning Schedule

Enjoy the freedom to learn at your own pace with flexible schedules, allowing you to balance studies with other commitments.

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Join a community of fellow learners and professionals to share knowledge, exchange ideas, and grow together in your development journey.

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+1
FAQ
Find answers to all your queries and doubts here.
Q1: What is full-stack software testing?

Answer: Full-stack software testing entails ensuring that an application's front-end (client-side) and back-end (server-side) components function together flawlessly.

Q2: What are the main components of full-stack testing?

Answer: Front-end testing involves validating user interfaces, usability, and performance. Back-end testing involves verifying APIs, databases, and server-side logic. Integration testing ensures that front-end and back-end components communicate properly. End-to-End Testing: Evaluates the full application flow from beginning to end

Q3: What types of testing are commonly performed in full-stack testing?

Answer: Unit Testing: Tests individual components in isolation. Integration Testing: Verifies the interactions between integrated components. Functional Testing: Ensures features work as intended. Performance Testing: Assesses the application’s responsiveness and stability. Security Testing: Identifies vulnerabilities within the application. User Acceptance Testing (UAT): Validates the application with end users.

Q4: What tools are commonly used for full-stack testing?

Answer: Front-end Testing: Selenium, Cypress, Jest, Mocha Back-end Testing: Postman, JMeter, RestAssured End-to-End Testing: Cypress, TestCafe, Protractor Performance Testing: LoadRunner, Gatling CI/CD Integration: Jenkins, GitHub Actions .

Q5: How do you approach test automation in full-stack testing?

Answer: Identify Test Cases: Determine which tests can be automated based on frequency and impact. Choose the Right Tools: Select tools suitable for both front-end and back-end testing. Develop Test Scripts: Write and maintain test scripts for automated execution. Integrate with CI/CD: Incorporate tests into the continuous integration/continuous deployment pipeline. Monitor and Update: Regularly review and update tests as the application evolves. .

Q6: What are some challenges in full-stack testing?

Answer: Integration Complexity: It can be challenging to ensure that all components work properly. Environment Configuration: Creating testing environments that accurately reflect production. Data Management: Managing test data in several contexts. Test Maintenance: Updating tests as the application evolves.

Q7: How can you ensure the quality of both front-end and back-end?

Answer: Create a thorough test strategy that covers unit, integration, and functional testing on both sides. Use code reviews and pair programming to detect bugs early. Conduct regular regression testing to ensure that new changes do not break existing functionality. Encourage cross-functional collaboration among front-end and back-end teams.

Q8: What is the role of manual testing in full-stack testing?

Answer: Manual testing is necessary for exploratory testing, usability assessments, and situations requiring human judgment, particularly in the early phases of development or for complicated user interactions.

Q9: How do you measure testing effectiveness in a full-stack context?

Answer: Test Coverage: Analyze the percentage of code covered by tests. Defect Density: Measure the number of defects found in relation to the size of the codebase. Test Execution Metrics: Track pass/fail rates, execution times, and flakiness of tests. User Feedback: Incorporate feedback from UAT to gauge real-world performance and satisfaction.

Q10: What best practices should be followed for full-stack testing?

Answer: Begin testing early in the development cycle (Shift Left). Keep clear documentation of test cases and outcomes. Regularly refactor tests to improve their maintainability. Prioritize testing according to risk and impact. Create a culture of collaboration and continual improvement among development and testing teams.

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