#manual testing

[sanjeetkarki]

Both approaches have distinct advantages and challenges in the debate between manual and automated testing. Manual testing is invaluable for exploratory testing, user experience assessments, and situations that require human intuition and creativity. It is particularly beneficial for small-scale projects with limited or evolving testing scope. However, manual testing can be time-consuming, prone to human error, and less efficient for repetitive tasks.

[1256986]

Why You Can't Skip Manual Testing in Your Development Process!

Among the most critical steps in software development, always working is the greatest requirement. However, how do developers test whether everything actually works properly then release an application or a website for users? Testing makes that possible. Testing aids in detecting bugs or errors before the software reaches the current public.

There are two forms of testing, and they include; manual testing and automated testing. Automated testing is the use of tools that run tests automatically; it is not a substitute for every type of testing though useful. In this form of testing, the actual checking of software occurs by real people, or testers, by hand in the same way a user would use it.

In this blog, we’ll explain how manual testing works and why it’s still a vital part of software development.

What is Manual Testing?

It has also been called manual testing-- the process of testing anything step-by-step, without any support of automation tools. The tester will keep clicking his way to the buttons, and forms to fill in, and checking if everything's working. The concept behind it is to try finding out bugs (problems) and reporting to the development team, so they could correct before its software release.

For example, if you’re testing a new mobile app, a manual tester would check if buttons work, if the app crashes, or if something doesn't load as it should. Testers also look for anything that doesn’t seem right or is hard to use.

Why is Manual Testing Important?

Human Perspective The most important benefit of manual testing is that it involves real people. Testers may think like users; they might try using the software in ways that a computer cannot. For example, they might not do everything just as they are being told. This means they could click on things at random, enter weird text, or skip steps. Manual testers can search for issues that may come up in the operation of the users, who might do things differently from normal. Automated tests, because they are scripted, miss them.

I believe this test would miss one thing for instance, if a user clicks the same button several times within a short period of time. Maybe application freezes or even crashes, but automatic test would not have been able to reproduce such because it does not check for such random behavior; manual tester may identify the problem.

Exploratory Testing Manual testers can go and explore the software without any kind of check list of tasks being followed. This technique is referred to as exploratory testing. Along with just proving whether certain things work, they can experiment by doing different things in order to find out what happens. In this way, they often discover bugs that were not anticipated or planned for.

For example, the tester may open the app, tap here and there and hit "back" while loading some page. In that way, they may establish errors that were not identified in simple testing.

Checking User-Friendliness (Usability Testing) Another very crucial aspect related to manual testing is that, whether or not the software is user-friendly. If the tester manually interacts with the app or website, he can point out if the design is confusing or hard to navigate. In this way, it could find whether the buttons are too small to click or if one cannot find how to sign up.

Automated tests can always test if a button works, but they cannot tell if a button's size or position is confusing to a real human. Here is where manual testing really catches fire. Testers can give valuable feedback on whether the software is easy to use and understandable.

Simulating Real-World Scenarios opposing, it is through manual testing that people are able to mimic a real user who intends to actually use the application. Hence, very straightforwardly, they can test and see how things will go on another device, browser, or even a slower connection.

For example, how the web page behaves on a mobile and on a tablet, and on the desktop computer. Alternatively, run the test using other browsers-chrome, Firefox, or Safari. They can even test the application with a slow internet connection, a battery nearly depleted, and all the usual real-world scenarios that could have thrown up issues well hidden from automated tests.

Providing Feedback The manual testers don't only find the bugs but go further and give useful feedback to the development teams. When they identify a problem, they report it, including how steps may eventually fix the issue. Testers can suggest improvements which could make the app design better, speed up, or eliminate fuzzy features.

The feedback loop is a way for developers to learn how users will use the software and how to fix their efforts.

How Manual Testing Fits into the Software Development Process

Manual testing usually happens in different stages of the software development process:

During Development: The testing team starts testing early, although all parts of the program are not at all developed. For example, they may test only to see if logging-in works or if it can create a new account.

Before Release: As the software approaches the end of the development stage, testing now manifests high-level and detailed checks. They look for bugs, errors, and usability malfunctions. It is during this stage that the tester could be involved with acceptance tests in the event that the computer program meets the requirements intended before the inception of the development of the computer program.

After Release: They're also going to be looking for bugs even after the software has been released to the public. Users may experience problems, and then the testers could have to test those problems themselves to help the developers fix them. Probably, they would also test updates and new features to make sure that nothing that works yet breaks.

Manual Testing vs. Automated Testing

While both types of testing are important, they serve different purposes:

Automated Testing: Automated testing well suits using for not often changing things like this login button: does it always work. In such tests, it is easy to repeat very speedily, with a lot of saving of time in large projects.

Manual Testing: It is better to have situations requiring human judgment undergoing manual tests. The tester can be creative, try various things, and observe small issues that the automated test may easily miss. In fact, regarding the user experience of checking if the application is easy to use or if the design is very clear, manual testing is favorable.

Most software projects use a combination of both types of testing. Automated testing can monitor so-called basic but repetitive tasks, whereas manual testing is mainly around more complex scenarios and stuff that really needs a human touch.

Conclusion

Manual testing during the whole software development will ensure the fact that the software will do what it is anticipated to do. Though possibly quicker, brilliant for checking repetitive tasks, but manual testing adds value to areas where human intuition, creativity, and judgment come into play; hence, a concealed bug, as manifested by manual testers, plus an opinion of whether the software is user-friendly or not and circumstances that resemble real conditions under which the software should be strong.

In this, the automated testing will cover all the basic functions, so the manual testing ensures that the product is polish and user-friendly, good for use in real applications. And if put together, then these approaches can yield high-quality and dependable applications, which meet the expectations of users as well as deliver an extraordinary experience. Visit Eloiacs to find more about Software Testing.

[kh11123]

Agile Advisor: The UAE's Reliable Software Testing Consultancy for Improving Quality Assurance

Ensuring the operation and quality of your applications is crucial in the fast-paced world of software development. Agile Advisor, a top software testing consultancy in the United Arab Emirates, can help. With a firm grasp of industry standards and a dedication to quality, Agile Advisor is committed to providing organizations with comprehensive testing solutions that help them meet their quality assurance objectives. Agile Advisor is a standout option for businesses looking for excellent software testing services. We have a group of skilled experts specializing in various testing approaches, such as functional and manual testing. Our strategy is customized to each client's exact requirements, guaranteeing that your product satisfies requirements and surpasses user expectations. Agile Advisor, a well-known software testing firm in the United Arab Emirates, is dedicated to providing unmatched testing services that complement your company's goals. Our functional and manual testing proficiency enables us to provide customized solutions that improve performance and quality.

An essential part of the software development lifecycle is still manual testing. Our knowledgeable testers at Agile Advisor carefully examine your apps to find any possible problems that automated testing might overlook. Our manual testing services are Exploratory Testing: To guarantee a flawless user experience, our testers investigate the program to find usability problems. Usability testing: We evaluate your software's usability and offer suggestions to improve user satisfaction. Regression testing: We ensure that current features continue functioning flawlessly as upgrades and modifications are made. Agile Advisor ensures comprehensive coverage and subtle insights that lead to a refined final product by prioritizing manual testing. The quality of your software can make or break your company in today's cutthroat market. Software with adequate testing can result in good user experiences, lost profits, and tarnished reputations. You are investing in the dependability and success of your apps by working with Agile Advisor.

Functional testing is essential to ensure that your program operates as intended. We use various methods in our functional testing services to ensure every feature works as it should. Unit testing is among the functional tests conducted by the Agile Advisor, which establishes the foundation for quality assurance by testing individual components to ensure appropriate operation. Integration Testing: To guarantee smooth communication and integration, our staff looks at how different parts of your application work together. System testing: We verify that the integrated software system satisfies the criteria. Our thorough functional testing procedure reduces the risks connected with software deployment and detects flaws early. Our testing services support Boost Performance: Ensure your program functions well in various scenarios. Cut Expenses: To avoid expensive post-release fixes, find and address problems early in development. Increase User Contentment: Provide a well-designed product that satisfies users' requirements and expectations. To learn more about our all-inclusive testing solutions and how we can assist you in reaching your objectives, get in touch with Agile Advisor right now. Allow us to collaborate with you to develop outstanding software that makes a difference in the marketplace.

[oyecommerz]

Choosing the Right Approach: Manual vs. Automated Testing for Shopify Apps

The debate between manual vs. automated testing for Shopify apps is a crucial consideration for enterprise-level businesses. As Shopify applications grow in complexity, selecting the right testing strategy can significantly influence the quality, efficiency, and overall success of your e-commerce solutions. Recent statistics indicate that businesses adopting a balanced testing approach can achieve a 40% reduction in post-launch issues and a 35% increase in customer satisfaction. This guide delves into the nuances of manual and automated testing for Shopify apps, providing executives and decision-makers with the insights needed to make informed quality assurance choices.

Understanding Manual Testing for Shopify Apps

Manual testing remains a vital part of the quality assurance process for Shopify apps, offering unique benefits that automated methods cannot replicate. This human-centric approach involves testers executing test cases without the assistance of automation tools.

Advantages of Manual Testing

Intuitive User Experience Evaluation: Human testers provide subjective feedback on usability, which is essential for customer-facing applications.

Flexibility in Test Execution: Manual testing allows for immediate adjustments to test scenarios, accommodating unexpected situations or edge cases.

Cost-Effective for Smaller Projects: For apps with limited features or infrequent updates, manual testing can be more economical than investing in automation infrastructure.

Exploratory Testing Capabilities: Skilled testers can discover issues through exploratory testing, identifying problems that rigid automated scripts may overlook.

Challenges of Manual Testing

Time-Consuming for Complex Applications: As Shopify apps become more intricate, manual testing can become increasingly labor-intensive.

Potential for Human Error: Relying on human testers introduces the possibility of oversight and inconsistency.

Difficulty in Replicating Complex Scenarios: Some challenging test scenarios, especially those involving high loads or multiple concurrent users, are hard to replicate manually.

Best Practices for Manual Testing

To maximize the effectiveness of manual testing for Shopify apps, consider these best practices:

Develop comprehensive test cases covering all critical user journeys.

Employ skilled testers with expertise in e-commerce and Shopify.

Implement a structured approach to test case management and execution.

Regularly rotate testers to bring fresh perspectives on the app's functionality.

As Sarah Johnson, a leading Shopify app QA consultant, notes, "While automation is crucial for scaling testing efforts, the insights gained from manual testing are invaluable for ensuring a polished, user-friendly Shopify app experience."

The Power of Automated Testing for Shopify Apps

Automated testing has transformed the Shopify app development landscape, providing scalability and consistency that manual testing alone cannot achieve. This method utilizes specialized tools and scripts to execute predefined test cases automatically.

Advantages of Automated Testing

Increased Test Coverage and Efficiency: Automated tests can rapidly cover numerous scenarios, significantly boosting overall test coverage.

Consistency and Reproducibility: Automated tests execute the same steps precisely each time, eliminating the variations common in manual testing.

Support for Continuous Integration and Deployment: Automated tests can easily integrate into CI/CD pipelines, offering rapid feedback on code changes and facilitating frequent releases.

Cost-Effectiveness for Repetitive Testing: Although initial setup costs may be higher, automated testing becomes increasingly cost-effective over time, especially for large-scale applications with regular updates.

Challenges of Automated Testing

Initial Investment Requirements: Establishing an effective automated testing environment necessitates upfront investments in tools and skilled personnel.

Maintenance of Test Scripts: As the app evolves, automated test scripts require updates, which can be time-consuming.

Limited Detection of Usability Issues: Automated tests may miss subtle usability problems or unexpected scenarios that human testers might catch.

Best Practices for Automated Testing

To harness the full potential of automated testing for Shopify apps, consider the following best practices:

Select the right automation tools that integrate well with the Shopify ecosystem.

Categorize test cases for automation based on importance and execution frequency.

Implement a robust test data management strategy.

Consistently review and update test scripts to maintain their efficiency.

John Smith, CTO of a leading e-commerce solutions provider, emphasizes, "Automated testing is not just about speed; it's about creating a reliable, repeatable process that can keep pace with the rapid development cycles of Shopify apps."

Striking the Right Balance: Integrating Manual and Automated Testing

A comprehensive approach to testing Shopify apps typically combines both manual and automated methods. This blended strategy allows businesses to capitalize on the unique advantages of each method while mitigating the drawbacks of relying solely on one.

When to Use Manual Testing

Exploratory Testing: Ideal for exploring new features or investigating reported issues, especially when the reproduction steps are unclear.

Usability Testing: Manual testers can assess the app’s UI, UX, and overall accessibility.

Ad-hoc Testing: For quick evaluations of specific features or bug fixes, manual testing proves more efficient.

Acceptance Testing: Final user acceptance testing benefits from a human touch to ensure the app meets business requirements and user expectations.

When to Leverage Automated Testing

Regression Testing: Automate recurring tests to verify that recent updates haven't disrupted existing functionality.

Performance and Load Testing: Use automated tools to simulate high traffic and stress test the app.

Cross-browser and Cross-device Testing: Automate tests across different browsers and devices to ensure consistent functionality.

Data-driven Testing: For cases requiring testing with multiple datasets, automated testing is highly effective.

Implementing a Hybrid Approach

Risk-Based Testing Strategy

Focus both manual and automated efforts on key functionalities, prioritizing them based on their significance to business operations.

Continuous Feedback Loop

Utilize insights from manual testing to refine automated test scripts.

Specialized Team Roles

Create teams with expertise in both manual and automated testing, promoting collaboration and knowledge sharing.

Adaptive Testing Process

Continuously assess and adjust the balance between manual and automated testing based on evolving requirements.

Emily Chen, a Shopify app development expert, advises, "The key to successful Shopify app testing lies not in choosing between manual and automated testing, but in skillfully combining both approaches to create a comprehensive, efficient testing strategy."

Measuring the Success of Your Testing Strategy

To validate the effectiveness of your Shopify app testing strategy, establish key performance indicators (KPIs) and continually assess the outcomes.

Key Metrics to Track

Defect Detection Rate: Monitor the number and severity of defects identified during testing versus those reported post-launch.

Test Coverage: Measure the percentage of app features and code included in your testing efforts.

Time-to-Market: Track how your testing approach affects app development and release cycles.

Customer Satisfaction Scores: Analyze user ratings and feedback to gauge the real-world impact of your testing efforts.

Return on Investment (ROI): Evaluate cost savings and efficiency gains achieved through your testing strategy.

Continuous Improvement

Regularly review these metrics to refine your testing approach, which may involve:

Adjusting the balance of manual and automated testing.

Investing in new testing tools or methodologies.

Providing additional training for your testing team.

Enhancing test case design and prioritization.

Through ongoing evaluation and refinement of your testing strategy, you will ensure the efficiency and effectiveness of your Shopify app development lifecycle, aligning with your broader business objectives. This continuous improvement process enables you to adapt to market demands and technological advancements, keeping your e-commerce solutions at the forefront of performance and reliability.

Upgrade Your Shopify App Testing with Oyecommerz

Are you ready to optimize your Shopify app testing strategy and deliver outstanding e-commerce solutions? Oyecommerz is here to assist you in navigating the complexities of manual and automated testing for enterprise-level Shopify apps.

Don’t let inadequate testing undermine the success of your Shopify apps. Contact Oyecommerz today for a comprehensive assessment of your testing needs and take the first step toward delivering flawless, enterprise-grade Shopify applications.

Conclusion

Choosing between manual and automated testing is not an either decision rather, it’s about finding the right balance that utilizes the strengths of both methods. By understanding the intricacies of manual vs. automated testing for Shopify apps, implementing best practices, and continually refining your testing strategy, you can ensure the delivery of high-quality, reliable Shopify apps that meet the rigorous standards of enterprise-level businesses.

[emexotechnologies]

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[rutuja-2105]

How to Build Right Test Pyramid?

The Test Pyramid is a widely adopted concept in software testing methodologies; therefore, it guides teams in structuring their automated testing efforts efficiently.How does the Test Pyramid organize software testing into different layers?Mike Cohn introduced the testing pyramid as an analogy for structuring software testing; Consequently, it has become widely adopted in engineering circles and remains the industry standard. The pyramid conceptually organizes testing into three layers.Why We Should Use Test Pyramid?The characteristics of each test type determine the shape of the pyramid.Unit tests are small-scale and straightforward to create and manage. Due to their focused scope on specific code segments, we typically require numerous unit tests. Fortunately, their lightweight nature allows us to execute thousands of them within a few seconds.The Test Pyramid is a strategic model that emphasizes a balanced and structured approach to testing. It helps teams achieve efficient and effective quality assurance by prioritizing a higher number of unit tests, a moderate number of integration tests, and a focused set of end-to-end tests. This approach not only optimizes testing efforts but also supports rapid development cycles and ensures robust software quality. Some key principles of test pyramid concluded here :Automation Coverage: The pyramid emphasizes a higher proportion of tests at the lower levels (unit and service/API tests) compared to UI tests. This optimizes test execution time and maintenance efforts.Speed and Reliability: Tests at the lower levels are faster to execute and more reliable, providing quicker feedback to developers on code changes.Isolation of Concerns: Each layer focuses on testing specific aspects of the application, promoting better isolation of concerns and improving test maintainability.By following the Test Automation Pyramid, teams can achieve a balanced automation strategy that maximizes test coverage, minimizes maintenance overhead, and enhances the overall quality of their software products.How to build Right Test Pyramid? Click to read a complete blog and read more blogs like this on www.spurqlabs.com/blog.

[manoharnaresh-it]

Selenium Online Training Overview

Selenium Online Training is designed to provide participants with a comprehensive understanding of Selenium. Learn Selenium Online Training skills with real experts, either in live classes with videos or without videos, whichever suits you best. Selenium an open-source framework for automated testing of web applications. Selenium supports various programming languages and browsers, making it a versatile tool for testing web-based applications across different environments. This course covers the key concepts, techniques, and best practices for automated testing using Selenium.

Description

This Selenium Online Training begins with an introduction to automated testing and the importance of Selenium in the software development lifecycle. Participants will learn about Selenium WebDriver, Selenium Grid, and the Selenium IDE. The course covers topics such as locating web elements, performing actions, handling dynamic content, and creating robust test scripts. Practical examples, hands-on projects, and real-world scenarios will be used to reinforce theoretical concepts. Learn Selenium Online Training skills with real experts

Course Objectives

The primary objectives of the Selenium Online Training course are as follows:

Introduction to Automated Testing: Provide an overview of automated testing and its significance in ensuring software quality.

Introduction to Selenium: Understand the role of Selenium in automating the testing of web applications.

Selenium WebDriver: Explore Selenium WebDriver, the core component for browser automation in Selenium.

Locating Web Elements: Learn techniques for identifying and locating HTML elements on web pages for interaction.

Performing Actions: Understand how to perform various actions on web elements, such as clicks, inputs, and selections.

Handling Dynamic Content: Explore strategies for handling dynamic content and asynchronous operations in Selenium.

Selenium Grid: Introduce Selenium Grid for parallel execution of test scripts across multiple browsers and environments.

Testing Framework Integration: Learn how to integrate Selenium with testing frameworks like TestNG or JUnit.

Page Object Model (POM): Understand the concept of the Page Object Model for creating maintainable and scalable test scripts.

Cross-Browser Testing: Explore techniques for conducting cross-browser testing to ensure compatibility across different browsers.

Prerequisites

Selenium Online Training Pre-Requisites:

Basic understanding of software testing concepts.

Familiarity with at least one programming language (e.g., Java, Python).

Knowledge of HTML and CSS.

Understanding of web browsers and their developer tools.

Awareness of test automation principles and frameworks.

Experience with using and navigating integrated development environments (IDEs).

Course Curriculum

Manual Testing

Demos

Introduction of Manual Testing

Testing Methods / Techniques

Level of Testing

SDLC

What is SDLC

Water fall Model

Prototype Model

Evolutionary Model or Incremental Model

Spiral Model

V-Model

Agile Methodology

Difference QA and QC

What is the role of the QA

What is the role of the QC

STLC

Test Planning

Test Development

Test Execution

Result Analysis

Bug tracking

Reporting

Closed Out

Test Scenarios

Entry and Exit Criteria

What is mean by Test Scenarios

How to Design Test Scenarios

Design Guidelines To write Test Scenarios

Test Cases

Entry and Exit Criteria

What is mean by Test Cases

How to Design Test Cases

Design Guidelines To write Test Cases

Test Execution – Bug Reporting

Guide lines of Test Execution

Steps to execute test cases

Bug Life Cycle

How to log the defect

How to Verify the Defect Status

How to Close the Defect

Difference between Defect ,Bug, Error, failure

Severity and Priority

How we are consider Severity

Types of Severity

Types of Priority

JIRA

How to Install the Jira

How to Create Sprint

How to Release Sprint in agile process

How to log the Defect to Particular Developer

Zephyr Scale

How to install Zephyr scale for Jira

How to create the test cases in zephyr scale

How to execute the test cases in zephyr scale

Additional Concepts

Entry Criteria and Exit Criteria

Test plan vs Test Strategy

Test Design Techniques

What is Exhaustive testing

Bug Leakage vs Bug Release

RTM and DTM

Manual testing Terminology

Testing Principal

Types of Testing

Build Acceptance testing

Re Testing

Regression Testing

Smoke Testing

Sanitary Testing

Static Testing

Dynamic Testing

Compatibility Testing

Usability Testing

Integration Testing

Alpha Testing

Beta Testing

Security Based Testing

Installation Testing

Privilege Testing or fire wall testing

Port Testing

Monkey testing

Gorilla testing

Spike testing

Load testing

Exploratory testing

Ad hoc Testing

End- End Testing

Core Java

Introduction

Introduction

History

Platform Dependency

Independency

Installation

Download and Install

Path Settings

Manual Execution

IDEs

Programming Elements

Introduction to Variables and Methods

First Application

Classes

Objects

Contexts (Static and Instance)

Naming Conventions

API Documentation

Main Method (Object Class Methods to Be Discussed Later On)

Data Types

Primitive Types

Reference Types

Limits

Type Casting

ASCII and UNICODE

Operators

Arithmetic

Assignment

Relational

Logical

Conditional

Shif

Bitwise

Compound Assignment

Control Statements

Conditional Control Statements with Flowcharts and Programs

Loop Control Statements with Flowcharts and Programs

Branching Statements

Access Modifiers

Private

Package

Protected

Public

Wrapper Classes

String Conversions

Boxing, Unboxing

Auto Boxing, Auto Unboxing

Fields of Wrapper Classes

Packages

Introduction

Pre-defined Packages

Custom Package Creation

Manual Compilation of Package Files

util Package

Random Class

Scanner Class

Subpackages

Custom Subpackage Creation

Class Loader Subsystem

Fully Qualified Name

Duplicate Classes

OOPS

Introduction

'this' Keyword

'this()' Method

Encapsulation

POJO Class

Inheritance

Introduction

IS-A Relation

Types of Inheritance

Object Creation in Inheritance

Super

'super' Keyword

'super()' Method

Object Initialization in Inheritance

'this' vs 'super'

Final

Final Class

Final Method

Final Variables

Final Constructor

Abstraction Classes

Abstraction

Abstract Methods

Abstract Classes

Object Creation of Abstract Class

Object Initialization

Static and Abstract

Abstract and Final

Interfaces

Introduction

'implements' Keyword

Relations among Classes, Interfaces, and Abstract Classes

Upcasting

Polymorphism

Introduction

Method Overloading

Method Overriding

Exception Handling

Introduction

Hierarchy

Errors and Exceptions

Handling Exception

'try', 'catch', 'multi catch'

'throw', 'throws'

Custom Exceptions

String Handling

Introduction

Mutability, Immutability

String Methods

String Classes

String Buffer, String Builder

String Tokenizer

Reflection API

'Class.forName()'

Dynamic Loading

Class Information

Methods Information

Arrays

Introduction

One-Dimensional Arrays

Arrays Class

Two-Dimensional Arrays

Multi-Dimensional Arrays

Collection Framework

Introduction

For Each Loop

Generics

Collections Hierarchy

List Interface

ArrayList

Vector

Linked List

Programs

Queue Interface

LinkedList

Deque

PriorityQueue

Set Interface

Hashtable

HashSet

LinkedHashSet

TreeSet

Map Interface

HashMap

LinkedHashMap

TreeMap

Comparator

Selenium

Introductions of Selenium

What is Mean by automation testing

Difference between Selenium and UFT

What is Selenium RC and GRID

What is the Web Driver

How to download Selenium Jar files

How to download Selenium Drivers

How to Organize the drivers

How to Configure the Selenium project

Selenium Working Mechanism

List of HTML Elements

Locators In Selenium – Eight Locators

Launching Browsers in Selenium

How to execute test cases in chrome and firefox and Edge browsers

Methods in Selenium

How to use Scanner Class in Selenium

How to use Conditions in Selenium

How to use Abstract class in Selenium

How to use Constructor in selenium real time

How to Automate Google Search box

Negative testing and positive testing

Automate login using four Sets

Parallel Execution in Selenium in different ways

Multi Browser Testing

Execute the Test case in user’s in our favorite browser

How Take the Screen Shot in Selenium

Handling Drop Down

Methods in Select Class

Browser Navigation Commands

Handling Alerts

Handling Frame

How to handle the Multi windows in selenium

Synchronization in Selenium

How to handle the webpage by using Actions

Actions in Selenium

How to search By using Action

How send the data by using Actions

How to Click on Any Element By using Actions

How to do Mouse over Action

How to Click on expected element in Search bar

How to Right click

How to Drag and drop

How to Double Click

How to do Multiple Selector

How to handle the Window popup

How to handle the web page by using JSE

JavaScript Executor in selenium Web Driver

How to Get the title By using JSE

How to Scroll Top to Bottom and Bottom to Top By Using JSE

How to Refresh By using JSE

How to Send the Data by Using JSE

How to Click Hiding Element

How to Click the Element By using JSE

Types of Exceptions in Selenium

TestNG

Introduction of TestNG

How to Download TestNG

How to create testing class

How to execute TextNg Class without main Method

How to Execute Multiple Test cases

How to Execute Testcases Based on priority

How to excute Group Testcases

Order of Annotations

How to Execute Parell execution

How to Do the Cross browsing

How Write the Real Time Scripts By using TestNG

How to create .xml

How to create parameter

What is the Data provider with examples

How to find passed Test cases in TestNG

How to provide Enable false

How to provide Description

What is the diff between @Test and @beforetest

Clear explanation about all Annotations

How to find failed test cases In TestNG

Tools

Maven

What is the Maven

How to Create the Maven Project

What is use of Maven in Real time

What is the folder structure in Maven

How to add the dependencies in maven

What is the POM

How to execute maven and how to resolve the maven errors

GitHub

What is the GIt Lab uses of Git

How to Install Node JS

How to Install npm

How to Install Git

How to create git Account

How to store the Frame works or any application information

How to pull the frame work

How to update any data in git

How to update data in central Repository

Jenkins

What is the Jenkins and use of the Jenkins

How to Install Jenkins

What is the CICD

How to Create the Jenkin Project

How to Create the Jobs

How to Execute the Jobs

What is role of the DevOps in Jenkins

Log4j

What is Log4j

Advantages of Log4j

Steps to implement Log4j

CUCUMBER (BDD) Framework

What is the Cucumber

How to create cucumber project

How to add the dependencies

How to validate the All Dependencies

What is the Feature file

How to create and where we need to create future file

What is Scenario and Scenario outline

What is the Feature and Background Key

What is the Step definition

How to map feature file in Step Definition

What is Gherkin Language

What is Dryrun and Monochrome

What is JSON format and how to print that format

What is the Test Runner and how to create the Test Runner

What is the Cucumber option’s

How to Execute the Cucumber project in Test Runner

How to Install Naturls for cucumber

How to install cucumber Plugin

API - Testing

What is the API

How to install Postman

How to Create workspace and collections

What is the collections and Requests

Types of API method

What is the difference between REST and SOAP

How to create the variable in global

Types of HTTPS status codes

What is the difference between HTTP and HTTPS

What is the Web Services and API

What is the URI

What is the difference between URL and URN

What is the Domain path and path parameters Query path

How to validate the API in real time

How to execute API’s in command promote

How to execute Collection level API’s

How to create token

How to use the token in API

How to create the token in collection level

API-Rest Assured

Rest assured installation

Examples Of Rest assured Program

Database Testing

What is the Database testing

How to install the MySQL and configuration

How to create the table and insert and delete and update

How to get the Single column values

What is the Primary key forenkey

How to connect the Data base through Eclipse

How to get the Data base information from in Eclipse

Data Driven Frame Work

How to create the Data Driven framework

How to download Apach poi jar files

How to install the POI

What is the sxml and xml

How to read the data from Excel sheet

How to write the data from excel

Who can learn this course

Selenium Online Training Course is suitable for a diverse range of individuals, including:

Quality Assurance (QA) Engineers: Professionals in QA or testing roles looking to enhance their skills in automated web testing.

Software Testers: Individuals responsible for testing web applications seeking to automate repetitive testing tasks.

Developers: Programmers interested in incorporating automated testing into their software development process.

Automation Test Engineers: Those specializing in test automation and wanting to learn Selenium for web application testing.

DevOps Professionals: Individuals involved in the DevOps pipeline interested in automated testing for continuous integration.

Students and Graduates: Individuals pursuing degrees in computer science or related fields with an interest in software testing.

Anyone Interested in Automated Testing: Enthusiasts and professionals curious about leveraging Selenium for automated testing.

The Selenium Online Trainingis designed to cater to both beginners and individuals. Selenium Training by Experts

selenium online training : https://nareshit.com/courses/selenium-online-training

[rogerjarnigun]

Top software testing companies

Top software testing companies (promise that something will definitely #happen or that something will definitely work as described) improve software quality and #performance, help #organisations optimise applications, satisfy strict standards, and provide perfect user #experiences. They also offer a variety of services, such as #automated, performance, #security, and mobile testing.

Visit our website: www.precisetestingsolution.com

Contact : 8447088848 

[s2labs]

Manual Testing

In manual testing, testers execute test cases manually without the use of automation tools. This basic testing technique involves human effort to identify errors, issues, or defects within a software program.

Read More: Complete Guide for Manual Testing Process!

[tuskrtestmanagement]

Software Quality Dimensions

Any software development organization aims to achieve high software quality. Software quality is complex and has many aspects, contrary to popular belief that software quality is just the number of bugs. The ISO/IEC 25010 standard gives eight dimensions from which to evaluate software quality. Every aspect is essential either from the customer's perspective or from the development organization's.

The Eight Dimensions of Software Quality

The following dimensions are as per the ISO/IED 25010 software quality model:

1. Functional Suitability

Functional suitability is about how well the software operates for the end-users. High-quality software will have no missing functionality, a low defect rate, and quickly solve end-user problems.

How to evaluate:

Integration testing

Regression testing

Acceptance testing

UI automation

2. Performance

Performance refers to how well the software performs under various workloads. High-quality software will be scalable, have low response times, high throughput, and optimal hardware and software utilization.

How to evaluate:

Stress testing

Page load times

Soak testing

3. Usability

Usability refers to how easily end-users can use and benefit from the software. A highly usable software is easy to learn and use, is accessible to users with special needs, protects end-users from errors, and is pleasing to the eye.

How to evaluate:

User acceptance testing

Website engagement and conversion monitoring

Real user monitoring

Customer satisfaction survey

4. Reliability

Reliability refers to a software system's resistance and resilience to malfunctions. A reliable software works consistently over long periods, has high availability, is fault-tolerant, and recovers quickly from crashes.

How to evaluate:

Soak testing

Load testing

Regression testing

5. Compatibility

Compatibility refers to the software's ability to coexist and work with existing software and hardware. A highly compatible software will work seamlessly across various hardware, operating systems, and screen sizes.

How to evaluate:

Cross-browser testing

UI automation

6. Maintainability

Maintainability refers to how quickly you can modify your code to meet new requirements. High-quality code is modular, reusable, analyzable, adaptable, and easily testable. Complex code is less maintainable. However, poorly written and undocumented code is even worse.

How to evaluate:

Lines of Code (LOC)

Static code analysis

Cyclomatic complexity evaluation

Peer review

7. Portability

Portability refers to how easily you can move the software to another execution environment. High-quality portable code can adapt to evolving software and hardware platforms. It is easy to install and requires minimal external dependencies.

How to evaluate:

Setting realistic environments for testing.

Automating installation/uninstallation testing

Platform-specific UI and regression testing

8. Security

Security refers to the vulnerability of the software to malicious attacks and unintended end-user actions. Highly secure software is resistant to cyber-attacks. It also has a high degree of authenticity, confidentiality, non-repudiation, and accountability.

How to evaluate:

Vulnerability scanning

Malware scanning

Ethical hacking

[drivingacademyuk]

How to learn driving quickly?

10 Essential Tips for Learning to Drive in the UK

Key Point is Prepare yourself for Driving

Either you are beginner or experienced in driving, your first need to have driving license. Some preparation need before start to learn driving:-

First step to go on is you need to apply for your provisional driving license once over 15 years and nine months old.

Second one is complete the application online or at your local post office.

You would get your provisional license with in at least two weeks.

Start with Good Driving school

All across the UK, there are lots of driving school which provide specialization in driving. Now, it’s depending on you, which one you choose. With a good driving school, you need to have experienced and friendly driving instructors, who make you’re learning easy and comfort.

Prodrivers Academy is one of them which fulfill all of your needs to learn driving. Here are knowledgeable driving instructors who improve your driving skill with all criteria’s. Prodrivers academy provide their services in following areas such as: Chingford, Enfield, Woodford, Edmonton, Walthamstow, Loughton.

Choose vehicle which are comfort for you

Improve by making fine adjustments to it. You should choose a comfortable vehicle which is easily derived by you. You can handle all of its features easily with any fear. You can take help from your driving instructor. Consider the type of car used by your instructor or driving school.

Adjust the steering wheel,

Adjust the mirrors,

Adjust the seat forward or back

Adjust the seat height

Adjust the seat recline typically about 110 to 120 degrees

Choose the Right Transmission

In driving lessons, there are two transmission options for you, manual and automatic. Now it’s depending on your which one you would like to choose. Manual cars have a clutch pedal and require the driver to change gears manually, while automatic cars do not have a clutch pedal, and gears change automatically. If you are a beginner, automatic transmission is easier for you to drive.

Study deep theoretical Part

To pass driving test, you would have to study deep theory about driving courses. Because driving test covers some important topics, like road skills, road sign, traffic light, pedestrian crossings, driving road rules etc. So You can take help from online books , tutorial and apps.

Prodrivers Academy help you to clear mock test and all driving test easily. After that, you must pass the practical test to obtain your license.

Intensive Driving Course

There are many driving courses in driving list that helps you to learn road skills and pass driving test quickly. Pro drivers Academy in Chingford help to learn intensive driving course within few days to weeks when you choose it. Intensive driving lesson is a quickest and efficient way to obtain your licence. This Driving school provide you crash courses and advance driving lessons over the hours in month.

Choose Right and Experienced Driving Instructor

A good teacher always proves to be the right guide. You always choose experienced and friendly driving instructor who help you to improve your skills and correct your mistakes in a right way at right time.

Regular Practice of Driving

Practice makes the man perfect. You should give more time to practice. Practice helps you to learn from your mistakes. As much you do more practice, you become more confident and improve your abilities.

Control on speed

Prodrivers Academy learn you to control on different different speed limits in Automatic driving lessons. Your Driving instructor helps you to manage speed control over the other vehicles on road.

Choose Nearest Driving School

Always choose nearest driving school in your area. You can take advise from your friends and other well wishers which driving school is good in your area.

Prodrivers Academy provide driving services in following areas such as: Chingford, Enfield, Woodford, Loughton, Edmonton, Walthamstow.

[coderower]

The Importance of QA & Software Testing Services Explained

Ensuring the quality and reliability of your software is crucial in today’s competitive market. Comprehensive QA and software testing services play a vital role in identifying and fixing issues early, enhancing performance, security, and user experience. These services include a range of testing types such as manual testing, automated testing, performance testing, and security assessments. By implementing robust testing strategies, you can ensure your software operates seamlessly across all devices and platforms, providing a superior user experience that drives satisfaction and retention.

Manual Testing

Manual testing involves human testers who evaluate the functionality, usability, and overall user experience of your software. This type of testing is crucial for identifying bugs and issues that automated tests might miss. Our approach combines exploratory testing, where testers explore the application without predefined test cases, and acceptance testing, which verifies if the software meets the business requirements.

Exploratory Testing: Testers use their creativity and intuition to uncover unexpected issues.

Acceptance Testing: Ensures that the software meets the specified requirements and is ready for release.

Regression Testing

Regression testing ensures that new updates or changes do not negatively impact the existing functionality of your software. By re-running previously conducted tests, we verify that new code changes do not introduce new bugs or break existing features.

Comprehensive Coverage: We re-test all major functionalities to ensure stability.

Automated Regression Tests: We use automated tools to quickly and efficiently execute regression test cases.

Web and Mobile QA

Our QA services for web and mobile applications ensure that your software delivers a seamless experience across all devices and platforms. We test your applications under various conditions and configurations to identify and resolve any issues.

Cross-Device Testing: Ensures compatibility across different devices (smartphones, tablets, desktops).

Cross-Platform Testing: Verifies that your application works smoothly on different operating systems (iOS, Android, Windows, macOS).

Performance Testing

Performance testing is critical to ensure that your software can handle high traffic and perform well under stress. We use advanced tools and techniques to simulate peak loads and identify performance bottlenecks.

Load Testing: Measures the application’s performance under expected user load.

Stress Testing: Evaluates how the application performs under extreme conditions.

Scalability Testing: Ensures the application can scale up to accommodate increasing user loads.

Automation Testing

Automation testing uses specialized software tools to execute pre-scripted tests on your application. This approach reduces the need for manual testing, improves test accuracy, and increases test coverage.

Test Automation Frameworks: We build and maintain robust test automation frameworks tailored to your needs.

Continuous Integration (CI): Integrates automated tests into your CI pipeline to ensure regular and consistent testing.

API Testing

API testing ensures that your application’s APIs function correctly and deliver the expected performance. We validate data flows, endpoint reliability, and performance to guarantee seamless integrations with other systems.

Functionality Testing: Verifies that the API endpoints perform their intended functions.

Performance Testing: Measures the responsiveness and stability of the APIs under various conditions.

Security Testing: Ensures that APIs are secure and protect against vulnerabilities.

API Security Testing

API security testing identifies and fixes vulnerabilities in your APIs to safeguard your software from potential threats. We conduct thorough security assessments to ensure that your APIs are resilient against attacks.

Vulnerability Assessment: Identifies security flaws and potential weaknesses.

Penetration Testing: Simulates real-world attacks to test the API’s security measures.

Compliance Testing: Ensures that your APIs comply with industry security standards and regulations.

Ready to ensure the highest quality for your software? Contact us today to learn how our comprehensive QA and software testing services can help you deliver flawless, reliable applications.

Get in touch with us now and take the first step towards superior software quality!

[magicmindsblog]

Software testing is essential in custom software development to ensure apps run smoothly and meet end-user expectations. This detects and fixes bugs, enhancing the software’s quality and reliability. Performance testing is the key aspect of software testing and quality assurance, analyzing the app’s speed, responsiveness, and stability under diverse conditions.

[gopinadhreddy]

QA & SOFTWARE TESTING - SPARK TECHNOLOGIES

As a world-class IT services provider with years of experience across various sectors globally. Spark Technologies delivers the business IT solutions you need to enhance efficiency, add value, and reduce costs. We design, develop, implement, manage, and optimize access to systems and information, addressing your business processing, application, and infrastructure needs.

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