#sdlc testing methods concepts and applications

[xaltius]

Data Science and Software Engineering: A Powerful Synergy for Building Effective Solutions

Data science and software engineering, while distinct disciplines, are increasingly converging to create powerful, data-driven solutions. The synergy between these two fields is essential for translating data insights into real-world impact. This blog explores why this partnership is so crucial and how it empowers organizations to build effective solutions.

Data Science: Uncovering the Insights

Data science focuses on extracting knowledge and insights from data. Data scientists use statistical methods, machine learning algorithms, and domain expertise to analyze data, identify patterns, and build predictive models. They are skilled at:

Data Collection and Cleaning: Gathering and preparing data for analysis.

Exploratory Data Analysis (EDA): Discovering patterns and relationships in data.

Feature Engineering: Transforming data to improve model performance.

Model Building and Evaluation: Developing and testing machine learning models.

Communicating Insights: Presenting findings to stakeholders.

Software Engineering: Bringing Insights to Life

Software engineering, on the other hand, focuses on designing, developing, and maintaining software systems. Software engineers are experts in:

Software Development Lifecycle (SDLC): Managing the entire software development process.

Programming and Algorithms: Writing efficient and reliable code.

Software Architecture: Designing scalable and maintainable systems.

Testing and Quality Assurance: Ensuring software quality and reliability.

Deployment and Maintenance: Releasing and managing software applications.

The Power of Synergy: Building Effective Solutions

The true power emerges when data science and software engineering work together. Data scientists can develop powerful models, but without software engineering expertise, these models often remain in the lab, never reaching their full potential. Software engineers provide the skills to:

Deploy Models into Production: Software engineers can integrate data science models into real-world applications, making them accessible to users and enabling them to drive business value.

Build Scalable and Robust Systems: Software engineering best practices are essential for building data pipelines and machine learning systems that can handle large datasets and high traffic loads.

Create User-Friendly Interfaces: Software engineers can develop user interfaces that make it easy for users to interact with data science models and understand their outputs.

Automate Data-Driven Processes: Software engineering enables the automation of data-driven workflows, from data collection and preprocessing to model training and deployment.

Ensure Maintainability and Reliability: Well-designed and well-documented code is crucial for long-term project success. Software engineering principles promote code readability, reusability, and maintainability.

Bridging the Gap: The Role of the Data Scientist with Software Engineering Skills

Increasingly, data scientists are expected to have a working knowledge of software engineering principles. Data scientists with software engineering skills can:

Contribute to the entire development process: They can participate in all stages of the SDLC, from planning and design to testing and deployment.

Communicate effectively with software engineers: They can understand the challenges of software development and collaborate more effectively with software engineers.

Take ownership of the deployment process: They can deploy their models into production environments more seamlessly, reducing the reliance on handoffs and improving efficiency.

Xaltius Academy's Software Engineering Course: Empowering Data Scientists

Xaltius Academy's software engineering course is designed to empower data scientists with the software engineering skills they need to bridge the gap between insight and impact. Our curriculum covers the essential concepts and tools, providing hands-on experience in building and deploying data-driven applications. Invest in your future and become a data scientist who can not only analyze data but also build the systems that bring your insights to life.

Conclusion

The synergy between data science and software engineering is essential for building effective data-driven solutions. By combining the analytical power of data science with the development expertise of software engineering, organizations can unlock the full potential of their data and create innovative products, services, and experiences. As the world becomes increasingly data-driven, professionals with expertise in both these fields will be in high demand.

[businessfortune]

Key Steps in the Mobile App Development Lifecycle

The term "mobile app development lifecycle" refers to the steps involved in creating an app. Comprehending the app development process form a business perspective is crucial as it aids in creating a schedule and reducing expenses.

The timing and complexity of app development are influenced by a number of factors from the app's conception to deployment. Knowing every step of the mobile app design and development process will allow you to confidently direct and oversee the work of your IT staff.

Key Steps in the Mobile App Development Lifecycle

We are surrounded by a wealth of evidence indicating that mobile apps developments are there to stay and dominate. With over a million apps available on both the Apple and Google Play stores, an average user can easily spend over 35 hours per month using them, according to data. We could understand why these statistics are accurate if we only examined our personal phones and usage habits. Let's examine the steps involved in mobile app development lifecycle stages, what to anticipate, and how this article might assist you.

The Planning/Research Stage: The first thing you should do is start with a thorough analysis of your market and the apps that your competitors currently have.

Wireframes: Documenting and wireframing your application is the next stage. Creating thorough sketches of your ideal app—its features, appearance, and other details—will be very helpful when developing and implementing the app in the future.

Technical viability & Back-End Assessment: After you have a firm grasp on your design, you must determine whether the back-end systems are able to support the functionality of your application. Consider things like push alerts, servers, APIs, data integration, and data graphs.

Prototyping: At this point, you ought to quickly construct a prototype. An App testing method cannot be fully understood without using it and seeing how the workflows work.

Design: At this point, you ought to quickly construct a prototype. An app's experience cannot be fully understood without using it and seeing how the workflows work.

Develop: In a way, this stage begins very early. The development stage includes everything from creating a workable prototype to testing it at each level.

Testing: In the mobile app development lifecycle stages, testing is an essential phase. Early testing is usually a good idea because it may assist control the ultimate expenditures.

Deployment: At this stage, your application ought to be prepared for submission. Decide the day to hold the official launch.

Introduction to Mobile App Development

When we discuss smartphone applications, the first ones that spring to mind are the ones we use on a daily basis, such as Whatsapp, Instagram, Swiggy, etc. Have you ever wondered how these applications are created? Which technology is applied? Let's talk about the frameworks and technologies that can be used to create mobile applications.

Three operating systems are primarily used to develop mobile apps: 

Android 

iOS

Windows

There are three methods for creating mobile applications: -

Frist- party native app creation

A cutting-edge web application

Third- Platform Utilization

Understanding the Development Lifecycle

Development teams employ the software development lifecycle (SDLC) as a time- and money-efficient method for designing and creating high-quality software. By proactive planning, SDLC aims to reduce project risks and ensure that software satisfies customer expectations both during and after production.

Managing software development may prove difficult because of shifting needs, advancing technology, and interdisciplinary cooperation. At each level of the app development process, the software development lifecycle (SDLC) methodology offers a defined set of deliverables and a methodical management framework.

These are a few advantages of SDLC:

Better communication between all parties engaged in the app development process

More effective calculation, planning, and scheduling

Better cost estimation and risk management

More efficient software delivery and increased client contentment

Initial Planning and Research

Planning and research begin with a thorough examination of competitors, thorough market research, and user needs. It helps you find possibilities and market gaps, which lays the groundwork for your App testing methods. However, you can develop an outline for your project for an app through study.

Design and Initiation

The User interface design (UI) and user experience (UX) are brought to life through design. Prioritizing visual attractiveness and user-friendliness is essential. Wireframing, building prototypes, and choosing design elements that complement the identity of your app are all part of the design step.

Phase of Development

The "final" draft of the app's code is really written during the development stage. Here's where you utilize the wireframes' comments to help you make some last, maybe significant decisions. It's also crucial to incorporate a data engine into the application at this stage.

Testing and Assurance of Quality –

The program must go through a number of inspection and testing procedures in order to find and fix any bugs or inconsistencies that might affect its functionality, security, usability, or general user experience.

An illustration of the value of quality assurance is the introduction of a well-known banking app.

Starting and Using

Depending on what platform you developed your app for; you'll need to consider several distribution methods when the time comes to launch it.

The distribution method for mobile applications is quite straightforward to implement. You will have to choose between distributing your program privately and submitting it to Google Play Store or Apple program Store.

Follow-Up Initiatives

Best wishes! Public access is now possible for your app. Your labor is not done, though. Once your app is out, you basically go back to the Mobile app design and prototyping phase. After considering user input and maybe implementing some App performance optimization new features, you'll re-release the product. These five processes will be repeated, gradually improving your product to meet the needs of your target market.

Defining Project Goals and Requirements

Without an understanding of business needs, goals, and regulations, an app idea is worthless. In order to comprehend how the enterprise fits with the concept from the first phase, you are encouraged to gather its needs in this step.

Determine who the key players are in developing the best software for mobile applications according to the business concept.

To comprehend the project's scope, clearly and concisely define the business goals and objectives.

Use elicitation approaches to obtain user and stakeholder requirements.

User interface design & Experience

The user interface design (UID) is the visual style, presentation, and general interactive aspects of a product, whereas the user experience (UX) consists of a set of activities aimed at optimizing a mobile application for efficient and pleasurable use.

Users can complete functional tasks on many platforms and services with the aid of UX design.

Selecting the Appropriate Technology Stack

Your budget and available resources, the kind of app you want to develop, the platform you are interested in working on (iOS, Android, or both), the functions and features you want to include, and other variables will all affect which tech stack is best for mobile app developmet.

App Performance optimization and debugging

Thorough testing and effective debugging are necessary for an Android app to be of high quality. Error detection and correction during testing across multiple platforms can be time-consuming and varied.

Because every device has a different testing environment, testers need to employ multiple testing and launch strategies at different times.

Mobile App Maintenance and Updating

Ensuring that your app is secure against the most recent security threats requires regular mobile app maintenance and upgrades. Assuring adherence to the most recent security standards and patching vulnerabilities are essential for protecting user data and gaining the audience's trust.

Collecting User Input and Rework

To learn more about the needs of your users and pinpoint places where your user flows need to be improved, do interviews, polls, and usability tests.

Including User Input: Don't merely gather input—actually do something with it! Iterate through the user flows to make the experience more user-centered according to the insights you obtain.

Conclusion:

To sum up, a successful app requires an understanding of the mobile application development lifecycle. Every stage is important, from designing and planning to developing, evaluation, and launching. You may continuously enhance your app by paying attention to the needs and input of your users. The software must receive regular upgrades and maintenance in order to remain safe and user-friendly. You may create an app that satisfies user needs and achieves your goals with the correct strategy and a well-defined procedure.

FAQ:

1) What are the key phases in the mobile app design and development lifecycle stages?

- Major Stages of the Lifecycle of Developing a Mobile App:

Planning: Specify features and objectives.

Design: Produce user experiences and interfaces.

Development: Write the application's code.

Testing: Look for errors and problems.

Launch strategies: Make the app available to users.

Maintenance: After launch, update and correct problems.

2) How important is the design phase in mobile app development?

Significance of the Design Phase:

The design phase holds great significance as it molds the way users engage with the application. Well-designed software is visually appealing and simple to use, which keeps users interested.

3) What are some common methods for testing mobile apps?

Typical App for testing methods:

Manual Testing: By using the program, users test it for bugs.

Automated Testing: To perform tests automatically, use software tools.

Beta Testing: Provide the software to a limited user base in order to gather feedback.

4) How can app developers optimize performance during development?

Improving Efficiency While in Development:

Code Optimization: To speed up the application's operation, write effective code.

Minimize Resource Consumption: Restrict battery and memory utilization.

Make use of caching: temporarily store data to expedite access.

5) What are the best practices for maintaining a mobile app post-launch?

Guidelines for Keeping a Mobile App Up to Date after Launch:

Frequent Updates: Include new features and address bugs.

Monitor Performance: Pay attention to how the application functions.

User feedback: Pay attention to what people have to say and adjust as necessary.

Stay Current: Stay informed on emerging technologies and app development trends.

[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

[govindhtech]

IBM Deployment Path to accelerates release lifecycle: Part 1

IBM Deployment lifecycle

Many companies reduce technical debt and satisfy CapEx-to-OpEx goals by moving to the cloud. This includes microservices rearchitecting, lift-and-shift, replatforming, refactoring, replacing, and more. As DevOps, cloud native, serverless, and SRE mature, the focus shifts to automation, speed, agility, and business alignment with IT, which helps enterprise IT become engineering organizations.

Many companies struggle to get value from their cloud investments and overspend. Multiple researchers claim that over 90% of firms overpay in cloud, frequently without significant returns.

When business and IT collaborate to quickly create new capabilities, developer productivity and speed to market increase, creating actual value. Some goals require a target operating model. Rapid cloud application IBM Deployment requires development acceleration with continuous integration, deployment, and testing (CI/CD/CT) and supply chain lifecycle acceleration, which involves governance risk and compliance (GRC), change management, operations, resiliency, and reliability. Enterprises seek solutions to help product teams deliver faster than ever.

Focus on automation and DevSecOps

Instead of adopting fast and scalable lifecycle and delivery models, enterprises retrofit cloud transformation into current application supply chain processes. Companies that automate the application lifecycle enable engineering-driven product lifecycle acceleration that realizes cloud transition. Some examples are:

Pattern-based architecture that standardizes architecture and design while letting teams choose patterns and technologies or co-create new patterns.

Patterns that ensure security and compliance traceability.

Codifying various cross-cutting concerns with patterns-as-code enhances pattern maturity and reusability.

Lifecycle-wide DevOps pipeline activities.

Automatic data production for security and compliance evaluations.

Reviewing operational preparedness without manual intervention.

The route from development to production is crucial to customer value as organizations adopt cloud native and everything as code. The “pathway to deploy,” or series of procedures and decisions, can greatly impact an organization’s capacity to deliver software rapidly, consistently, and at scale. The IBM Deployment process includes architecture, design, code IBM Deployment , testing, deployment, and monitoring. Each stage brings distinct difficulties and opportunities. IBM can help you find the methods and goal state mode for a seamless and effective deployment as you manage today’s complexity.

They will examine best practices, technologies, and processes that help organizations optimize software delivery pipelines, minimize time-to-market, improve software quality, and ensure production-ready operations.

Enterprise cloud-native software development is constantly changing, thus the second part in this series gives a maturity model and building blocks to speed the software supply chain lifecycle.

The IBM Deployment path: Current views and challenges

The SDLC diagram below shows common gates for enterprise software development. The flow is self-explanatory, but the essential is to grasp that the software supply chain process combines waterfall and intermittent agile approaches. The problem is that manual first- and last-mile actions affect the build-deploy timeline for an application or iteration.

The main issues with classical SDLC are:

From architecture and design to development takes 4-8 weeks. The cause is:

Multiple first-mile reviews for privacy, data classification, business continuity, and regulatory compliance (most of which are manual).

Despite agile development concepts (e.g., environment provisioning only after full design approval), enterprise-wide SDLC processes are waterfall or semi-agile and require sequential execution.

Deep scrutiny and interventions with limited acceleration are applied to “unique” applications.

Institutionalizing patterns-based design and development is difficult due to lack of coherent effort and change agent driving, such as standardization.

Security controls and guidelines frequently require manual or semi-human operations, slowing development.

Development environment provision and CI/CD/CT tooling integration wait time owing to:

Semi-automated or manual environment provisioning.

Paper patterns are just prescriptive.

Fragmented DevOps tools that require assembly.

Post-development (last-mile) wait time before go-live is 6–8 weeks or more due to:

Manual evidence collection for security and compliance evaluations beyond SAST/SCA/DAST (security configuration, day 2 controls, tagging, etc.).

Manual evidence gathering for operation and resiliency reviews (cloud operations, business continuity).

Transition evaluations for IT service and issue management and resolution.

Launch path: Target state

A fast, efficient procedure that reduces bottlenecks and accelerates software supply chain transformation is needed to deliver goal state. The ideal IBM Deployment pathway integrates design (first mile), development, testing, platform engineering, and deployment (last mile) using agile and DevOps principles. With automated validations to production environments, code updates may be deployed quickly.

IBM’s target state integrates security checks and compliance validation into the CI/CD/CT pipeline to find and fix problems early. This concept promotes shared accountability across development, operations, reliability, and security teams. It also creates continual monitoring and feedback loops for improvement. The goal is to quickly deploy software upgrades and new features to end users with minimal manual intervention and high corporate stakeholder confidence.

Features of the cloud-native SDLC model include:

Enterprise-wide pattern-driven architecture and design.

Coded patterns that meet security, compliance, resiliency, and other enterprise policies.

Pattern-accelerated security and compliance reviews that explain the solution.

Core development, encompassing platform engineering corporate catalog-driven environments, pipelines, and service configuration.

A CI/CD/CT pipeline that links all actions in the IBM Deployment lifecycle.

Platform engineering embeds enterprise policies like encryption in platform policies while building, configuring, and managing platforms and services.

Security and compliance tooling (vulnerability scans, policy checks) and pipeline-integrated or self-service automation.

High-volume log, tool, and code scan data generation for multiple evaluations without operator involvement.

Tracking backlog, IBM Deployment , release notes, and change impact.

Exceptional interventions.

Clear, accountable, and traceable IBM Deployment pathway accelerates

Organizations can standardize supply chain lifecycle processes and ensure traceability and auditability by adopting a standardized IBM Deployment strategy. This gives stakeholders real-time visibility into the program’s development from design to deployment. Assigning ownership at each point of the deployment route makes team members accountable for their deliverables, makes it easier to manage contributions and modifications, and speeds up issue resolution with the correct amount of intervention. Data-driven insights from traceability to deployment improve future program procedures and efficiency. Each step of the deployment process is documented and retrievable, making compliance with industry rules and reporting easier.

Read more on Govindhtech.com

[nolijconsulting]

Nolij Raptor Cyber Framework

In the past few years, we have seen more devices connected than ever before. By 2027, 41 billion Internet of Things (IoT) devices will be online and connected. Smart home appliances, wearable fitness devices, voice assistants, and smartwatches create innumerable points of entry for cyber criminals. As the world becomes more interconnected, cyberattacks multiply.

Put your company’s safety in the hands of Nolij’s proven cyber solution, Raptor. The Nolij Raptor Cyber Framework takes a holistic system-wide approach to cybersecurity with the understanding that all systems could potentially share attack surfaces due to multiple integration points. Raptor incorporates cutting edge technology, like RPA, to further your cyber strategy.

[independentsoftwaretesting-blog]

FASCINATION ABOUT SOFTWARE TESTING COMPANIES

“Regrettably, server communication logs are usually not as effortless to take care of as client logs. They are often included far more for your developer’s ease when debugging communications with server than with the tester’s gain.

Take a look at-creating methodologies and concepts must be grasped in advance of utilizing automated applications to “change the crank.” “After i hear about these new testing resources, I generally see them as new methods to convert the crank in testing. Everything can execute a examination approach, All things considered, there’s no elementary rationale why a human must run through a take a look at approach versus a equipment.

Unscripted exploratory checks are one of the better methods for testers to look at usability. “In relation to exploratory and interface testing, individuals nonetheless conquer equipment by a protracted shot. “Communicate with the exam lead or supervisor to permit testers for being linked to the choice-generating conferences. Giving testers use of early understanding allows them to prepare early examination environments. “Aim your UI automation attempts on large-price functions. Talk to your stakeholders and product house owners. Determine what retains them awake at night. I’ll bet it’s not if the proper shade of gray is placed on your Speak to type. Handbook vs. automatic testing At a superior level, we have to make the excellence between handbook and automatic tests. Handbook testing is completed in individual, by clicking by way of the appliance or interacting Together with the software and APIs with the appropriate tooling. In The present marketplace, companies generally outsource excellent assurance to scale back labor expenses, Improve enterprise effectiveness, and achieve instant usage of qualified staff. Our Specialist technique all with the SDLC will aid in boosting the item/job excellent and enhancement practical experience. This method qa services will not take into consideration the bigger photo and will not look at the interrelationship among software testing and business enterprise threats. eighty three. Use Black Box testing when precious or important. “Black box testing procedures, often called a variety of behavioral testing, give enhancement groups the opportunity to take a look at software with out necessitating a deep knowledge of the code employed to make it. Here is the last phase of functional testing performed to double Examine that the ultimate products is in accordance with pre-established requirements and customer expectations. All these traits level toward a new vision for the standard engineering operate—one that positions high-quality engineers to become catalysts for pace, agility and small business functionality when acquiring radical productiveness. But generally we just get pathetic hints of documentation in a real lifestyle location. Occasionally a tester will listen to these the phrase, ‘Hey, let’s exam this!’ What in case you do when such a shaky moment arrives at your doorstep? Personalized exam advancement as well as out of the box check automation Resolution variety to produce the the best possible combination according to ambitions, systems, and infrastructure.

[pallavi7mentor-blog]

Introducing DevOps training and job opportunities after training

DevOps Training in Pune

DevOps is your very emerging area in the present market. DevOps Courses in Pune in easy language is a group of procedures that unitedly bring applications development by means of a cooperation of operations and development. The main reason DevOps is popular because it allows to make product much quicker than it had been from the conventional strategy. In addition, it is helpful to produce better -quality applications, making certain it'll be deployed faster and faithfully. This is accomplished by cooperation between groups. Here teams consult with the Development group & IT Operations team. It isn't simply the cooperation between both of these teams that allow delivering better software, but also the ethics between Development & Operation teams that contributes to enhanced applications, delivered in a higher rate.

Greatest DevOps Certification in Pune developed and designed by SevenMentor relies on the center technical live jobs within the discipline of software development.

The main reason behind the development of this DevOps is present applications development plans / methodologies through the past few years in response to business requirements. Now let's briefly look at the way these versions evolved and in which state they'd do the job far better.

We know of SDLC phrases which are employed in software development procedures. And we understand the Waterfall model that is extremely slow so that it was developed to Agile which saw growth teams working on the applications in brief sprints lasting more than a couple of weeks. Due to this a brief launch and growth cycle of this product assisted the development staff work on customer feedback and integrate it together with bug fixes in the next release. While this Agile SCRUM strategy offers pace with agility to growth, it had been dropped on Operations which didn't appear to speed using Agile practices. Due to these drawbacks, we've got a fresh progress strategy i.e. DevOps methodology. It was born from the need for improved cooperation, integration and quicker delivery. Greatest DevOps Courses in Pune allows constant software delivery using a quicker resolution problem to solve and solve complex issues.

Now we're well known about how DevOps is developed, let's take a take a look at what's Greatest DevOps Training in Pune detail.

What's DevOps?

Just during a DevOps Methodology, these actions are possible, this can be impossible inside the Agile or waterfall model, and that is why Facebook and other leading businesses have selected DevOps since the way forwards for their potential business objectives. DevOps is favored for high quality software in very short development cycles that ends up in user satisfaction. We believe you realize the notion of DevOps but after knowing the life span all your concept is going to clean. Let's now go over the DevOps lifecycle and research how they are connected with the software development phases depicted inside the diagram below. Greatest DevOps Courses In Pune is profound integration between operations and development. Recognizing DevOps is tough without understanding the DevOps lifecycle. This is temporary Details about the constant DevOps life-cycle:

1. Improvement:-

Within this DevOps point, the event of code occurs constantly. In this segment, the whole development way is split into little development cycles This rewards the DevOps staff to accelerate applications development and delivery technique.

2. Testing:-

QA team utilize tools such as selenium to recognize and fix bugs inside the new part of code.

3. Integration:-

Within this phase, new operation is incorporated with all the famous code, and testing occurs. Continuous development is only possible as a result of constant testing and integration.

4. Deployment:-

Within this section, the installation method occurs continuously. It is done in this manner that any changes made any time inside the code, should not impact the operation of high traffic sites.

5. Tracking:-

Within this part, the performance group can lookout of this improper system behaviour or bugs which are located in creation. At Sevenmentor Greatest DevOps Training in Pune are completely predicated on live jobs from USA Client at which you'll acquire live environment through the program development life cycle.

Other Significant Reasons are:

Reproducibility: At the Software development process Version is all about so the earlier version could be revived anytime depending on your interest.

Maintainability: Fault tolerance is less fewer attempts are necessary for retrieval in case of a brand new release crashing or scrutinizing the present system.

Time to market: You understand that the DevOps methodology is quicker than any other conventional methodology. DevOps raise the speed to market around 50 percent through compact software shipping.

Greater Quality: DevOps is a integration of Developer and IT Operation team therefore that it enables the staff to give enhanced quality of program development as it integrates infrastructure problems. It assists in the reduction of flaws throughout the lifecycle.

Resiliency: The Operational condition of this software process is much more secure when compared to other procedures, protected, and modifications are auditable.

Cost Performance the majority of those DevOps tools are open source and it's readily available online. As a result of this cost efficacy from the applications development process that's obviously an aspiration of all IT firms' management.

Breaks big code base into little pieces: DevOps relies on the agile programming procedure. For that reason, it helps for breaking bigger codebases to smaller and more manageable chunks.

Listed below are six principles which are essential when embracing DevOps:

Customer-Centric Action: Greatest DevOps coaching in Pune must take customer-centric actions for they need to always invest in services and products. This enriches the sum of responsibility as well as the quality of the product assembled.

Continuous Progress: DevOps culture concentrates on continuous improvement to decrease waste. It incessantly hurries the growth of goods or services provided. This isn't only for the software system improvement but also for the entire infrastructure landscape.

Work collectively using a group: at the DevOps culture function of the programmer, developer, and they're currently defined. They all needed to attempt to do is work together with the staff with complete cooperation.

Monitor and assess everything: that the DevOps team should have strong monitoring and testing processes.

DevOps engineers operate fulltime. They are responsible for the creation and ongoing care of a software program's platform.

Willing to do system automation jobs and problem-solving across system and application domain names using automation.

Manage project efficiently through receptive, standards-based platforms

Boost project visibility idea traceability

Boost quality and reduce development cost with cooperation

Assess, design and assess automation systems & scripts

ensuring critical resolution of system issues by victimization the Very Best cloud safety options providers

DevOps engineer should have the soft capability of problem-solver and quick-learner

Job Opportunities for DevOps Pros -

With each passing day, the popularity and need of this Greatest DevOps classes in Pune are increasing. And that's possibly the main reason why a growing number of people are demonstrating interest in this program. For the best training, do not accept any arbitrary Greatest DevOps Training Institute at Pune, select Seven Mentor. We're ensuring a wider livelihood with good positioning help.

As soon as you've obtained finished the Best DevOps courses in Pune, you'll have numerous DevOps livelihood chances in Pune directly in your own platter. You'll be happy to grasp that there is no lack of chances for DevOps certificate in Pune price as DevOps professionals. If you have the feeling which you will do well inside the area of IT and you'd like proper training in certain highly demanded class, then studying Greatest DevOps Training in Pune at Seven Mentor are the best option.

They're a Whole Lot of modification potential to occurs from the DevOps planet many most distinguished are:

Organizations are changing in their own must weeks and weeks rather than years. We'll see soon that DevOps engineers possess added management and access of this end-user than every other individual within the venture. DevOps is shifting to a valued gift for IT individuals. By way of instance, a poll conducted by Linux hiring discovered the 25th of all respondent's job seeker is DevOps experience.

DevOps and constant delivery are here to remain. Therefore companies will need to change since they need no decision to evolve. But, mainstreaming the idea of DevOps will require five to ten decades.

DevOps Course is essential concerning achieving a successful career as a DevOps Engineer who will work on multiple domain names within the subject of cloud. The Advantages of getting prepared for DevOps Technology out of Sevenmentor is your instruction technique We've employed here to leverage your ability in IT Industry benchmark

[yodalearningweb-blog]

Business Analyst Finance Domain Sample Resume

This is just a sample Business Analyst resume for freshers as well as for experienced job seekers in Finance domain of business analyst or system analyst. While this is only a sample resume, please use this only for reference purpose, do not copy the same client names or job duties for your own purpose. Always make your own resume with genuine experience.

Name: Justin Megha

Ph no: XXXXXXX

your email here.

Business Analyst, Business Systems Analyst

SUMMARY

Accomplished in Business Analysis, System Analysis, Quality Analysis and Project Management with extensive experience in business products, operations and Information Technology on the capital markets space specializing in Finance such as Trading, Fixed Income, Equities, Bonds, Derivatives(Swaps, Options, etc) and Mortgage with sound knowledge of broad range of financial instruments. Over 11+ Years of proven track record as value-adding, delivery-loaded project hardened professional with hands-on expertise spanning in System Analysis, Architecting Financial applications, Data warehousing, Data Migrations, Data Processing, ERP applications, SOX Implementation and Process Compliance Projects. Accomplishments in analysis of large-scale business systems, Project Charters, Business Requirement Documents, Business Overview Documents, Authoring Narrative Use Cases, Functional Specifications, and Technical Specifications, data warehousing, reporting and testing plans. Expertise in creating UML based Modelling views like Activity/ Use Case/Data Flow/Business Flow /Navigational Flow/Wire Frame diagrams using Rational Products & MS Visio. Proficient as long time liaison between business and technology with competence in Full Life Cycle of System (SLC) development with Waterfall, Agile, RUP methodology, IT Auditing and SOX Concepts as well as broad cross-functional experiences leveraging multiple frameworks. Extensively worked with the On-site and Off-shore Quality Assurance Groups by assisting the QA team to perform Black Box /GUI testing/ Functionality /Regression /System /Unit/Stress /Performance/ UAT's. Facilitated change management across entire process from project conceptualization to testing through project delivery, Software Development & Implementation Management in diverse business & technical environments, with demonstrated leadership abilities. EDUCATION

Post Graduate Diploma (in Business Administration), USA Master's Degree (in Computer Applications), Bachelor's Degree (in Commerce), TECHNICAL SKILLS

Documentation Tools UML, MS Office (Word, Excel, Power Point, Project), MS Visio, Erwin

SDLC Methodologies Waterfall, Iterative, Rational Unified Process (RUP), Spiral, Agile

Modeling Tools UML, MS Visio, Erwin, Power Designer, Metastrom Provision

Reporting Tools Business Objects X IR2, Crystal Reports, MS Office Suite

QA Tools Quality Center, Test Director, Win Runner, Load Runner, QTP, Rational Requisite Pro, Bugzilla, Clear Quest

Languages Java, VB, SQL, HTML, XML, UML, ASP, JSP

Databases & OS MS SQL Server, Oracle 10g, DB2, MS Access on Windows XP / 2000, Unix

Version Control Rational Clear Case, Visual Source Safe

PROFESSIONAL EXPERIENCE

SERVICE MASTER, Memphis, TN June 08 - Till Date

Senior Business Analyst

Terminix has approximately 800 customer service agents that reside in our branches in addition to approximately 150 agents in a centralized call center in Memphis, TN. Terminix customer service agents receive approximately 25 million calls from customers each year. Many of these customer's questions are not answered or their problems are not resolved on the first call. Currently these agents use an AS/400 based custom developed system called Mission to answer customer inquiries into branches and the Customer Communication Center. Mission - Terminix's operation system - provides functionality for sales, field service (routing & scheduling, work order management), accounts receivable, and payroll. This system is designed modularly and is difficult to navigate for customer service agents needing to assist the customer quickly and knowledgeably. The amount of effort and time needed to train a customer service representative using the Mission system is high. This combined with low agent and customer retention is costly.

Customer Service Console enables Customer Service Associates to provide consistent, enhanced service experience, support to the Customers across the Organization. CSC is aimed at providing easy navigation, easy learning process, reduced call time and first call resolution.

Responsibilities

Assisted in creating Project Plan, Road Map. Designed Requirements Planning and Management document. Performed Enterprise Analysis and actively participated in buying Tool Licenses. Identified subject-matter experts and drove the requirements gathering process through approval of the documents that convey their needs to management, developers, and quality assurance team. Performed technical project consultation, initiation, collection and documentation of client business and functional requirements, solution alternatives, functional design, testing and implementation support. Requirements Elicitation, Analysis, Communication, and Validation according to Six Sigma Standards. Captured Business Process Flows and Reengineered Process to achieve maximum outputs. Captured As-Is Process, designed TO-BE Process and performed Gap Analysis Developed and updated functional use cases and conducted business process modeling (PROVISION) to explain business requirements to development and QA teams. Created Business Requirements Documents, Functional and Software Requirements Specification Documents. Performed Requirements Elicitation through Use Cases, one to one meetings, Affinity Exercises, SIPOC's. Gathered and documented Use Cases, Business Rules, created and maintained Requirements/Test Traceability Matrices. Client: The Dun & Bradstreet Corporation, Parsippany, NJ May' 2007 - Oct' 2007

Profile: Sr. Financial Business Analyst/ Systems Analyst.

Project Profile (1): D&B is the world's leading source of commercial information and insight on businesses. The Point of Arrival Project and the Data Maintenance (DM) Project are the future applications of the company that the company would transit into, providing an effective method & efficient report generation system for D&B's clients to be able purchase reports about companies they are trying to do business.

Project Profile (2): The overall purpose of this project was building a Self Awareness System(SAS) for the business community for buying SAS products and a Payment system was built for SAS. The system would provide certain combination of products (reports) for Self Monitoring report as a foundation for managing a company's credit.

Responsibilities:

Conducted GAP Analysis and documented the current state and future state, after understanding the Vision from the Business Group and the Technology Group. Conducted interviews with Process Owners, Administrators and Functional Heads to gather audit-related information and facilitated meetings to explain the impacts and effects of SOX compliance. Played an active and lead role in gathering, analyzing and documenting the Business Requirements, the business rules and Technical Requirements from the Business Group and the Technological Group. Co - Authored and prepared Graphical depictions of Narrative Use Cases, created UML Models such as Use Case Diagrams, Activity Diagrams and Flow Diagrams using MS Visio throughout the Agile methodology Documented the Business Requirement Document to get a better understanding of client's business processes of both the projects using the Agile methodology. Facilitating JRP and JAD sessions, brain storming sessions with the Business Group and the Technology Group. Documented the Requirement traceability matrix (RTM) and conducted UML Modelling such as creating Activity Diagrams, Flow Diagrams using MS Visio. Analysed test data to detect significant findings and recommended corrective measures Co-Managed the Change Control process for the entire project as a whole by facilitating group meetings, one-on-one interview sessions and email correspondence with work stream owners to discuss the impact of Change Request on the project. Worked with the Project Lead in setting realistic project expectations and in evaluating the impact of changes on the organization and plans accordingly and conducted project related presentations. Co-oordinated with the off shore QA Team members to explain and develop the Test Plans, Test cases, Test and Evaluation strategy and methods for unit testing, functional testing and usability testing Environment: Windows XP/2000, SOX, Sharepoint, SQL, MS Visio, Oracle, MS Office Suite, Mercury ITG, Mercury Quality Center, XML, XHTML, Java, J2EE.

GATEWAY COMPUTERS, Irvine, CA, Jan 06 - Mar 07

Business Analyst

At Gateway, a Leading Computer, Laptop and Accessory Manufacturer, was involved in two projects,

Order Capture Application: Objective of this Project is to Develop Various Mediums of Sales with a Centralized Catalog. This project involves wide exposure towards Requirement Analysis, Creating, Executing and Maintaining of Test plans and Test Cases. Mentored and trained staff about Tech Guide & Company Standards; Gateway reporting system: was developed with Business Objects running against Oracle data warehouse with Sales, Inventory, and HR Data Marts. This DW serves the different needs of Sales Personnel and Management. Involved in the development of it utilized Full Client reports and Web Intelligence to deliver analytics to the Contract Administration group and Pricing groups. Reporting data mart included Wholesaler Sales, Contract Sales and Rebates data.

Responsibilities:

Product Manager for Enterprise Level Order Entry Systems - Phone, B2B, Gateway.com and Cataloging System. Modeled the Sales Order Entry process to eliminate bottleneck process steps using ERWIN. Adhered and practiced RUP for implementing software development life cycle. Gathered Requirements from different sources like Stakeholders, Documentation, Corporate Goals, Existing Systems, and Subject Matter Experts by conducting Workshops, Interviews, Use Cases, Prototypes, Reading Documents, Market Analysis, Observations Created Functional Requirement Specification documents - which include UMLUse case diagrams, Scenarios, activity, work Flow diagrams and data mapping. Process and Data modeling with MS VISIO. Worked with Technical Team to create Business Services (Web Services) that Application could leverage using SOA, to create System Architecture and CDM for common order platform. Designed Payment Authorization (Credit Card, Net Terms, and Pay Pal) for the transaction/order entry systems. Implemented A/B Testing, Customer Feedback Functionality to Gateway.com Worked with the DW, ETL teams to create Order entry systems Business Objects reports. (Full Client, Web I) Worked in a cross functional team of Business, Architects and Developers to implement new features. Program Managed Enterprise Order Entry Systems - Development and Deployment Schedule. Developed and maintained User Manuals, Application Documentation Manual, on Share Point tool. Created Test Plansand Test Strategies to define the Objective and Approach of testing. Used Quality Center to track and report system defects and bug fixes. Written modification requests for the bugs in the application and helped developers to track and resolve the problems. Developed and Executed Manual, Automated Functional, GUI, Regression, UAT Test cases using QTP. Gathered, documented and executed Requirements-based, Business process (workflow/user scenario), Data driven test cases for User Acceptance Testing. Created Test Matrix, Used Quality Center for Test Management, track & report system defects and bug fixes. Performed Load, stress Testing's & Analyzed Performance, Response Times. Designed approach, developed visual scripts in order to test client & server side performance under various conditions to identify bottlenecks. Created / developed SQL Queries (TOAD) with several parameters for Backend/DB testing Conducted meetings for project status, issue identification, and parent task review, Progress Reporting. AMC MORTGAGE SERVICES, CA, USA Oct 04 - Dec 05

Business Analyst

The primary objective of this project is to replace the existing Internal Facing Client / Server Applications with a Web enabled Application System, which can be used across all the Business Channels. This project involves wide exposure towards Requirement Analysis, Creating, Executing and Maintaining of Test plans and Test Cases. Demands understanding and testing of Data Warehouse and Data Marts, thorough knowledge of ETL and Reporting, Enhancement of the Legacy System covered all of the business requirements related to Valuations from maintaining the panel of appraisers to ordering, receiving, and reviewing the valuations.

Responsibilities:

Gathered Analyzed, Validated, and Managed and documented the stated Requirements. Interacted with users for verifying requirements, managing change control process, updating existing documentation. Created Functional Requirement Specification documents - that include UML Use case diagrams, scenarios, activity diagrams and data mapping. Provided End User Consulting on Functionality and Business Process. Acted as a client liaison to review priorities and manage the overall client queue. Provided consultation services to clients, technicians and internal departments on basic to intricate functions of the applications. Identified business directions & objectives that may influence the required data and application architectures. Defined, prioritized business requirements, Determine which business subject areas provide the most needed information; prioritize and sequence implementation projects accordingly. Provide relevant test scenarios for the testing team. Work with test team to develop system integration test scripts and ensure the testing results correspond to the business expectations. Used Test Director, QTP, Load Runner for Test management, Functional, GUI, Performance, Stress Testing Perform Data Validation, Data Integration and Backend/DB testing using SQL Queries manually. Created Test input requirements and prepared the test data for data driven testing. Mentored, trained staff about Tech Guide & Company Standards. Set-up and Coordinate Onsite offshore teams, Conduct Knowledge Transfer sessions to the offshore team. Lloyds Bank, UK Aug 03 - Sept 04 Business Analyst Lloyds TSB is leader in Business, Personal and Corporate Banking. Noted financial provider for millions of customers with the financial resources to meet and manage their credit needs and to achieve their financial goals. The Project involves an applicant Information System, Loan Appraisal and Loan Sanction, Legal, Disbursements, Accounts, MIS and Report Modules of a Housing Finance System and Enhancements for their Internet Banking.

Responsibilities:

Translated stakeholder requirements into various documentation deliverables such as functional specifications, use cases, workflow / process diagrams, data flow / data model diagrams. Produced functional specifications and led weekly meetings with developers and business units to discuss outstanding technical issues and deadlines that had to be met. Coordinated project activities between clients and internal groups and information technology, including project portfolio management and project pipeline planning. Provided functional expertise to developers during the technical design and construction phases of the project. Documented and analyzed business workflows and processes. Present the studies to the client for approval Participated in Universe development - planning, designing, Building, distribution, and maintenance phases. Designed and developed Universes by defining Joins, Cardinalities between the tables. Created UML use case, activity diagrams for the interaction between report analyst and the reporting systems. Successfully implemented BPR and achieved improved Performance, Reduced Time and Cost. Developed test plans and scripts; performed client testing for routine to complex processes to ensure proper system functioning. Worked closely with UAT Testers and End Users during system validation, User Acceptance Testing to expose functionality/business logic problems that unit testing and system testing have missed out. Participated in Integration, System, Regression, Performance, and UAT - Using TD, WR, Load Runner Participated in defect review meetings with the team members. Worked closely with the project manager to record, track, prioritize and close bugs. Used CVS to maintain versions between various stages of SDLC. Client: A.G. Edwards, St. Louis, MO May' 2005 - Feb' 2006

Profile: Sr. Business Analyst/System Analyst

Project Profile: A.G. Edwards is a full service Trading based brokerage firm in Internet-based futures, options and forex brokerage. This site allows Users (Financial Representative) to trade online. The main features of this site were: Users can open new account online to trade equitiies, bonds, derivatives and forex with the Trading system using DTCC's applications as a Clearing House agent. The user will get real-time streaming quotes for the currency pairs they selected, their current position in the forex market, summary of work orders, payments and current money balances, P & L Accounts and available trading power, all continuously updating in real time via live quotes. The site also facilitates users to Place, Change and Cancel an Entry Order, Placing a Market Order, Place/Modify/Delete/Close a Stop Loss Limit on an Open Position.

Responsibilities:

Gathered Business requirements pertaining to Trading, equities and Fixed Incomes like bonds, converted the same into functional requirements by implementing the RUP methodology and authored the same in Business Requirement Document (BRD). Designed and developed all Narrative Use Cases and conducted UML modeling like created Use Case Diagrams, Process Flow Diagrams and Activity Diagrams using MS Visio. Implemented the entire Rational Unified Process (RUP) methodology of application development with its various workflows, artifacts and activities. Developed business process models in RUP to document existing and future business processes. Established a business Analysis methodology around the Rational Unified Process. Analyzed user requirements, attended Change Request meetings to document changes and implemented procedures to test changes. Assisted in developing project timelines/deliverables/strategies for effective project management. Evaluated existing practices of storing and handling important financial data for compliance. Involved in developing the test strategy and assisted in developed Test scenarios, test conditions and test cases Partnered with the technical Business Analyst Interview questions  areas in the research, resolution of system and User Acceptance Testing (UAT).

[mindfiresolutions-blog]

Best Rest API Testing Strategy

API is one of the best forms of communication between two applications or systems. Ideally, developers can use many different APIs, but the Restful API is the most used one. It is an interface that acts between an application and the server. First, it collects a JSON request from the application process and then fetches the data from the server. It's important to note that the Rest API is like a different programming interface where you can handle long and complicated tasks with various types of inbuilt calls.

For example, you can use the call termed post when creating a new entity. Similarly, when you want to make any changes in an existing entity, you can use the method known as a patch or put it in the Restful API. It is fast and allows the automation of how these application programming interfaces work and communicate to and from the application and server. Since it is famous for handling many tasks in SDLC, developers must know about using Rest API for testing.

Is Rest API testing beneficial?

API Testing has slowly taken control of integration and unit testing at the lower levels during the software development lifecycle. However, this new concept has a lot of benefits that should be known to both developers and testers. Keeping that in mind, we have listed some advantages of using Rest API to test any application feature.

The speed and time taken are contradictory if we consider basic GUI testing. The testing process is slow, so it takes time for testers to complete one script. This can cause a sharp decline in overall performance and productivity. As a result, many teams implement API testing to mitigate the risk because of its high speed and reduced time.

As most of the calls are already built in, it becomes easier for testers to create, update, and delete any query or entity from the database and application interfaces. There is no need to manually process the entire workflow from the application's front end and check if it works as expected.

You don't have to set up a special workplace to test API. All you need to download is the Rest API software in your system or use the chrome extension, and the platform will be ready.

The learning curve for Rest API testing is relatively flat compared to regular GUI or automation testing. This is because the JSON formats of all the requests are usually low somewhere which is then further modified with different attribute values according to the test conditions. Furthermore, there is no need to write the entire JSON structure because you can use the same code snippet with changing values.

It's much easier to fix the bugs for developers when testers use Rest API to test any specific application feature. That's because most manual workflow complications are removed when API is implemented.

What are the best testing practices for Rest API?

Even when testing Rest API is beneficial for developers and testers involved in SDLC, you cannot straightaway jump into it. You must understand and adopt the best testing practices to maximize the yield and deliver optimal performance. Considering this, we have shared a brief on leveling your skills with the following Rest API testing practices.

Enjoy using a comprehensive testing tool

You need to download comprehensive breast API software in your system. For example, you can use postman to proceed with the testing scripts since it is a downloadable application and browser extension.

Once done, you can proceed with the tests or log in with an account to save all the information. Ensure you have everything ready before you start sanity testing, especially the environment URL, header files, and URI path.

Run sanity and smoke testing

Before you start testing production scenarios or GUI scripts, you must run a sanity and smoke test on the testing tool. This way, you will be sure that all the methods are working fine and yielding the expected results. For example, let's say you want to fetch a detail about a customer. To do so, you have to use the GET method.

But you will get 400 or 500 error codes if the codes are incorrectly implemented. Similarly, if the codes for any POST method are not implemented, it will show you the error "400 bad requests". That's why running sanity and smoke tests is essential before you begin production testing on Rest API.

Replicate production scenarios

Rest API can be used at multiple testing levels during the entire SDLC. However, you must test production scenarios properly to find bugs or errors that might appear in real-time. Ideally, system integration testing is primarily done to check the workflow using dummy data. Therefore, most scenarios are not even close to the basic work done in the real-time production environment. That's why referring to those testing scenarios will better identify the prospective code bugs.

Track and save the API requests and responses

Whenever you use another testing tool for Rest API, there will be options to save the API requests and responses. Ensure to track and save every JSON request you send and the response the server returns.

This way, you can lock the defects, verify the bug, and even cross-check the errors with the developer's console. In addition, saving the requests will help you use them again without filling up the entire JSON structure from scratch.

Ensure to do negative testing

You must perform negative testing while handling Rest API, as it will ensure the codes have been implemented correctly. For example, assume you are testing a payment gateway for an e-commerce application.

According to the new changes, validation has been established for verifying customer addresses. Therefore, as a part of negative testing, you will check if the validation shows when you give the wrong address. If the results are unsatisfactory, the codes are not implemented properly.

Conclusion

This article introduces you to the basics of Rest API testing and the ideal practices testers can adopt to enhance their performance and maximize the yield. Rest API has proven more helpful than any other form of API testing at both manual and automation levels. It is in fact implemented for integration and performance testing in many projects. Therefore, adopting these practices will significantly help the testers involved with SDLC.

The company's testing strategy is designed to ensure that the software products developed by its clients are of the highest quality. Mindfire's Rest API testing strategy is one of the best in the industry, and it has been developed to help clients to identify and fix issues before they become major problems.

In conclusion, Mindfire Solutions is a highly skilled and reliable partner for companies looking to develop top-notch software products. With a team of experts who are passionate about technology, Mindfire is well-positioned to help its clients to stay ahead of the competition. Mindfire’s Rest API testing strategy is one of the best in the industry, and it is designed to ensure that the software products developed by its clients are of the highest quality.

[advanceagility]

Comparison Between DevOps And Agile

 “Agile and DevOps are for harnessing integration, interaction and innovation.” 

                                                                                         - Pearl Zhu

Software Development Cycle

 Software Development Life Cycle (SDLC) is a structured practice used to build software applications for an online business where the customers can easily surf through the products to buy. SDLC consists of six important phases where each one has its own process and deliverables to move on to the next phase. The stages are planning, requirement analysis, designing, coding, testing, deployment. 

 Post discussion between the client and development team, the process of building software commences with the appropriate SDLC model according to the client’s requirements. Some of the popular models that enhance the development process are Agile and DevOps methodologies. By following the Agile Fundamentals and DevOps culture high-quality products are produced.

What is Agile Methodology?

Agile methodology is an approach introduced to overcome the challenges faced in the Waterfall model where the development team and operations team faced conflicts in deploying codes. Agile model processed with clearly defined iteration method to produce better end results by breaking the process into micro processes. This model is practiced when,

Frequent changes are required.

When a highly skilled team is available.

The client is ready to have meetings with the software team frequently

For smaller projects.  

And programs like Certified agile leaderships guide the team members to identify the tasks better to improve the quality of the deliverables.

What is the concept of DevOps?

DevOps is a culture that promotes collaboration between Development and Operation teams to reduce the conflicts and increase the organization speed by implementing continuous integration with the use of multiple tools like, Git, Ansible, Docker, Jenkins, Puppet, Kubernetes, Chef and Nagios at the different stages of the process in delivering high end products for the clients. These tools help in providing DevOps solutions instead of spending a lot of time in designing, testing and deploying codes in isolation work models.

  DevOps creates an opportunity for both the teams to work together continuously. Because of which the DevOps engineers are highly in demand. To fulfil the requirements of clients and work efficiently as a team, it is important for the team members to gain better knowledge about the tools and be skilled at using them by undertaking DevOps training programs available for programmers.

Some of the key features of DevOps methodology are:

High speed

Continuous Integration

Collaboration

Reliability

Security

Continuous delivery

 Practices in Agile

 Here are some significant agile fundamentals that needs to be followed by agile team to work efficiently:

Self-managing teams that can divide the work into micro increments to complete in an iteration or sprints.

Setting on communication guidelines is important to avoid conflict among the team members.

Motivation to build projects with trust and respect.

Focusing on product backlog prioritization.

Scrum master who can teach and facilitates team members effectively.

Agile VS DevOps

 Basically, to produce maximum results in designing a proper software application, companies prefer to adopt both Agile and DevOps methodologies. Some of the key functions of both the approaches are:

Agile encourages collaboration between the developers and product management. DevOps emphasizes collaboration between development and operation teams.

DevOps approach is considered to be the missing part of the agile model.

The Agile model prioritizes individuals, communication and responding to changes. DevOps works on the development process and running applications.

Ultimately, both the approaches share the same goals to increase the speed and quality of the software development process.

The Agile model consists of frameworks like Scrum and Kanban that help improve the quality of the team, which can be learned through programs like certified agile leadership. 

As DevOps requires tools to increase the efficiency of the team, DevOps training programs help them to use multiple tools in practical examples.

Title Description

 1.     What are the Agile Fundamentals?

1.      Agile fundamentals or principles encourage continuous collaboration with clients.

Constant updates and continuous delivery of results.

Delivering on a fixed timescale.

Rules of collaboration need to be followed.

Team members are empowered enough to be self-reliant.

2.     Benefits of having a Certified Agile Leadership in a project

Improved time management skills. As projects are planned out in agile models it is important to have a clear idea about the type of schedule that needs to be followed.

Trains you to manage the ebbs and flows of a company.

Helps you to set realistic goals to get maximum results.

When you possess a certified agile leadership, you make an impact with your proper strategies.

Your relationships with company and customer improve and strengthens with time.

3.     What skills are acquired through DevOps Training?

Every industry is following DevOps culture to produce maximum results. And companies are looking for DevOps engineers more than ever with proper skills to tackle the tasks efficiently.

 Here are some skills recruiters are demanding for in a DevOps engineer which can be acquired through training:

Knowledge in Linux fundamentals and scripting languages like Python, Ruby, Pearl etc.

The candidate gets well versed in tools like Puppet, Chef and Ansible on Linux. And other DevOps tools and technologies used at different stages in DevOps methodology.

The DevOps engineer not only gets to know about the tools also learns to use the tools in appropriate stages of a production process.

 DevOps Training also helps engineers to cultivate a positive relationship with clients and company.

About Advance Agility

We, at Advance Agility, are the new-age Agile Coaching, Consulting and IT services company. We enable end-to-end Digital Transformation. Agile execution is integral to our being. We are doing SAFe implementation with small, medium and large organization across the globe. Our vision is to be the leading Agile execution player globally. To keep adding value at every process stage. We are on a mission to empower our clients, move from concept to cash in the shortest sustainable lead time by adopting human centric approach to business agility. Embracing the change is in our DNA. Things that keep us apart are Quicker and Seamless execution with End-to-end gamut of services. Our Global presence and Stellar Track Record give us an edge over our competitor.

Connect with us at advanceagility.com to learn about SAFe and SAFe Implementation. We provide various SAFe certification courses along with DevOps, Scrum, Agile Coaching and more trainings. Write to us at contact@advanceagilty.com for any agile training or consulting needs. We are always looking for competent agile trainers as well. So if you are a good trainer or want to become one, do get in touch with us to that we can learn, grow and achieve together.

[chamoranwadane-blog]

Introduction to the framework

Programming paradigms

From time to time, the difference in writing code using computer languages ​​was introduced.The programming paradigm is a way to classify programming languages ​​based on their features. For example

Functional programming

 Object oriented programming.

Some computer languages support many patterns. There are two programming languages. These are non-structured programming language and structured programming language. In structured programming language are two types of category. These are block structured(functional)programming and event-driven programming language. In a non-structured programming language characteristic  

earliest programming language.

 A series of code.

Flow control with a GO TO statement.

 Become complex as the number of lines increases as a example Basic, FORTRAN, COBOL.

Often consider program as theories of a formal logical and computations as deduction in that logical space.

Non-structured programming may greatly simplify writing parallel programs.The structured programming language characteristics are

  A programming paradigm that uses statement that change a program’s state. 

Structured programming focus on describing how a program operators.

The imperative mood in natural language express commands, an imperative program consist of command for the computer perform.

When considering the functional programming language and object-oriented programming language in these two languages have many differences

       In here lambda calculus   is formula in mathematical logic for expressing computation based on functional abstraction and application using variable binding and substitution. And lambda expressions is anonymous function that can use to create delegates or expression three type by using lambda expressions. Can write local function that can be passed as argument or returned as the value of function calls. A lambda expression is the most convenient way to create that delegate. Here an example of a simple lambda expression that defines the “plus one” function.

                       λx.x+1

And here no side effect meant in computer science, an operation, function or expression is said to have a side effect if it modifies some state variable values outside its local environment, that is to say has an observable effect besides returning a value to the invoke of the operation.Referential transparency meant oft-touted property of functional language which makes it easier to reason about the behavior of programs.

Key features of object-oriented programming

There are major features in object-oriented programming language. These are 

  Encapsulation - Encapsulation is one of the basic concepts in object-oriented programming. It describes the idea of ​​bundling the data and methods that work on that data within an entity.

 Inheritance - Inheritance is one of the basic categories of object-oriented programming languages. This is a mechanism where can get a class from one class to another, which can share a set of those characteristics and resources.

Polymorphous - Polymorphous is an object-oriented programming concept that refers to the ability of a variable, function, or object to take several forms.

Encapsulation - Encapsulation is to include inside a program object that requires all the resources that the object needs to do - basically, the methods and the data. 

These things are refers to the creation of self-contain modules that bind processing functions to the data. These user-defined data types are called “classes” and one instance of a class is an “object”.

These things are refers to the creation of self-contain modules that bind processing functions to the data. These user-defined data types are called “classes” and one instance of a class is an “object”.

How the event-driven programming is different from other programming paradigms???

      Event driven programming is a focus on the events triggered outside the system

 User events

Schedulers/timers

Sensor, messages, hardware, interrupt.

Mostly related to the system with GUI where the users can interact with the GUI elements. User event listener to act when the events are triggered/fired. An internal event loop is used to identify the events and then call the necessary handler.

Software Run-time Architecture

A software architecture describes the design of the software system in terms of model components and connectors. However, architectural models can also be used on the run-time to enable the recovery of architecture and the architecture adaptation Languages ​​can be classified according to the way they are processed and executed.

Compiled language

Scripting language

Markup language

          Communication between application and OS needs additional components.The type of language used to develop application components. 

Compiled language

The compiled language is a programming language whose implementation is generally compiled, and not interpreter

Some executions can be run directly on the OS. For example, C on windows. Some executable s use vertical run-time machines. For example, java.net.

Scripting language

A scripting or script language is a programming language that supports the script - a program written for a specific run-time environment that automates the execution of those tasks that are performed by a human operator alternately by one-by-one can go.

The source code is not compiled it is executed directly.At the time of execution, code is interpreted by run-time machine. For example PHP, JS.

Markup Language

The markup language is a computer language that uses tags to define elements within the document.

There is no execution process for the markup language.Tool which has the knowledge to understand markup language, can render output. For example, HTML, XML.Some other tools are used to run the system at different levels

Virtual machine

Containers/Dockers

Virtual machine

Containers

Virtual Machine Function is a function for the relation of vertical machine environments. This function enables the creation of several independent virtual machines on a physical machine which perpendicular to resources on the physical machine such as CPU, memory network and disk.

Development Tools

A programming tool or software development tool is a computer program used by software developers to create, debug, maintain, or otherwise support other programs and applications.Computer aided software engineering tools are used in the engineering life cycle of the software system.

Requirement – surveying tools, analyzing tools.

Designing – modelling tools

Development – code editors, frameworks, libraries, plugins, compilers.

Testing – test automation tools, quality assurance tools.

Implementation – VM s, containers/dockers, servers.

Maintenance – bug trackers, analytical tools.

CASE software types

Individual tools – for specific task.

Workbenches – multiple tools are combined, focusing on specific part of SDLC.

Environment – combines many tools to support many activities throughout the SDLS. 

Framework vs Libraries vs plugins….

plugins

plugins provide a specific tool for development. Plugin has been placed in the project on development time, Apply some configurations using code. Run-time will be plugged in through the configuration

  Libraries

To provide an API, the coder can use it to develop some features when writing the code. At the development time,

Add the library to the project (source code files, modules, packages, executable etc.)

Call the necessary functions/methods using the given packages/modules/classes.

At the run-time the library will be called by the code

Framework

Framework is a collection of libraries, tools, rules, structure and controls for the creation of software systems. At the run-time,

Create the structure of the application.

Place code in necessary place.

May use the given libraries to write code.

Include additional libraries and plugins.

At run-time the framework will call code.

A web application framework may provide

User session management.

Data storage.

A web template system.

A desktop application framework may provide

User interface functionality.

Widgets.

Frameworks are concrete

     Framework consists of physical components that are usable files during production.JAVA and NET frameworks are set of concrete components like jars,dlls etc.

A framework is incomplete

The structure is not usable in its own right. Apart from this they do not leave anything empty for their user. The framework alone will not work, relevant application logic should be implemented and deployed alone with the framework. Structure trade challenge between learning curve and saving time coding.

Framework helps solving recurring problems

           Very reusable because they are helpful in terms of many recurring problems. To make a framework for reference of this problem, commercial matter also means.

Framework drives the solution

           The framework directs the overall architecture of a specific solution. To complete the JEE rules, if the JEE framework is to be used on an enterprise application.

Importance of frameworks in enterprise application development

           Using code that is already built and tested by other programmers, enhances reliability and reduces programming time. Lower level "handling tasks, can help with framework codes. Framework often help enforce platform-specific best practices and rules.

[kanchanawijerathne-blog]

Tech For Today Series - Day 1

This is first article of my Tech series. Its collection of basic stuffs of programming paradigms, Software runtime architecture ,Development tools ,Frameworks, Libraries, plugins  and JAVA.

Programming paradigms

Do you know about program ancestors? Its better to have brief idea about it. In 1st generation computers used hard wired programming. In 2nd generation they used Machine language. In 3rd generation they started to use high level languages and in 4th generation they used advancement of high level language. In time been they introduced different way of writing codes(High level language).Programming paradigms are a way to classify programming language based on their features (WIKIPEDIA). There are lots of paradigms and most well-known examples are functional programming and object oriented programming.

Main target of a computer program is to solve problem with right concept. To solve problem it required different concept for different part of the problems. Because of that its important that programming languages support many paradigms. Some computer languages support multiple programming paradigms. As example c++ support both functional programming and oop.

On this article we discuss mainly about Structured programming, Non Structured Programming and event driven programming.

Non Structured Programming

Non-structured programming is the earliest programming paradigm. Line by line theirs no additional structure. Entire program is just list of code. There’s no any control structure. After sometimes they use GOTO Statement. Non Structured programming languages use only basic data types such as numbers, strings and arrays . Early versions of BASIC, Fortran, COBOL, and MUMPS are example for languages that using non structures programming language When number of lines in the code increases its hard to debug and modify, difficult to understand and error prone.

Structured programming

When the programs grows to large scale applications number of code lines are increase. Then if non structured program concept are use it will lead to above mentioned problems. To solve it Structured program paradigm is introduced. In first place they introduced Control Structures.

Control Structures.

Sequential -Code execute one by one

Selection - Use for branching the code (use if /if else /switch statements)

Iteration - Use for repetitively executing a block of code multiple times

But they realize that control structure is good to manage logic. But when it comes to programs which have more logic it will difficult to manage the program. So they introduce block structure (functional) programming and object oriented programming. There are two types of structured programming we talk in this article. Functional (Block Structured ) programming , Object oriented programming.

Functional programming

This paradigm concern about execution of mathematical functions. It take argument and return single solution. Functional programming paradigm origins from lambda calculus. " Lambda calculus is framework developed by Alonzo Church to study computations with functions. It can be called as the smallest programming language of the world. It gives the definition of what is computable. Anything that can be computed by lambda calculus is computable. It is equivalent to Turing machine in its ability to compute. It provides a theoretical framework for describing functions and their evaluation. It forms the basis of almost all current functional programming languages. Programming Languages that support functional programming: Haskell, JavaScript, Scala, Erlang, Lisp, ML, Clojure, OCaml, Common Lisp, Racket. " (geeksforgeeks). To check how lambda expression in function programming is work can refer with this link "Lambda expression in functional programming ".

Functional code is idempotent, the output value of a function depends only on the arguments that are passed to the function, so calling a function f twice with the same value for an argument x produces the same result f(x) each time .The global state of the system does not affect the result of a function. Execution of a function does not affect the global state of the system. It is referential transparent.(No side effects)

Referential transparent - In functional programs throughout the program once define the variables do not change their value. It don't have assignment statements. If we need to store variable we create new one. Because of any variable can be replaced with its actual value at any point of execution there is no any side effects. State of any variable is constant at any instant. Ex:

x = x + 1 // this changes the value assigned to the variable x.

          // so the expression is not referentially transparent.

Functional programming use a declarative approach.

Procedural programming paradigm

Procedural programming is based on procedural call. Also known as procedures, routines, sub-routines, functions, methods. As procedural programming language follows a method of solving problems from the top of the code to the bottom of the code, if a change is required to the program, the developer has to change every line of code that links to the main or the original code. Procedural paradigm provide modularity and code reuse. Use imperative approach and have side effects.

Event driven programming paradigm

It responds to specific kinds of input from users. (User events (Click, drag/drop, key-press,), Schedulers/timers, Sensors, messages, hardware interrupts.) When an event occur asynchronously they placed it to event queue as they arise. Then it remove from programming queue and handle it by main processing loop. Because of that program may produce output or modify the value of a state variable. Not like other paradigms it provide interface to create the program. User must create defined class. JavaScript, Action Script, Visual Basic and Elm are the example for event-driven programming.

Object oriented Programming

Object Oriented Programming is a method of implementation in which programs are organized as a collection of objects which cooperate to solve a problem. In here program is divide in to small sub systems and they are independent unit which contain their own data and functions. Those units can reuse and solve many different programs.

Key features of object oriented concept

Object             - Objects are instances of classes, which we can use to store data and perform actions.

Class                - A class is a blue print of an object.

Abstraction     - Abstraction is the process of removing characteristics from ‘something’ in order to reduce it to a set of essential characteristics that is needed for the particular system.

Encapsulation - Process of grouping related attributes and methods together, giving a name to the unit and providing an interface for outsiders to communicate with the unit

Information Hiding - Hide certain information or implementation decision that are internal to the encapsulation structure

Inheritance     - Describes the parent child relationship between two classes.

Polymorphism - Ability of doing something in different ways. In other words it means, one method with multiple implementation, for a certain class of action

Software Runtime Architecture

Languages can be categorized according to the way they are processed and executed.

Compiled Languages

Scripting Languages

Markup Languages

The communication between the application and the OS needs additional components. Depends on the type of the language used to develop the application component. Depends on the type of the language used to develop the application component.

This is how JS code is executed.JavaScript statements that appear between <script> and </script> tags are executed in order of appearance. When more than one script appears in a file, the scripts are executed in the order in which they appear. If a script calls document. Write ( ), any text passed to that method is inserted into the document immediately after the closing </script> tag and is parsed by the HTML parser when the script finishes running. The same rules apply to scripts included from separate files with the src attribute.

To run the system in different levels there are some other tools use in the industry.

Virtual Machine

Containers/Dockers

Virtual Machine

Virtual machine is a hardware or software which enables one computer to behave like another computer system.

Development Tools

"Software development tool is a computer program that software developers use to create, debug, maintain, or otherwise support other programs and applications." (Wikipedia) CASE tools are used throughout the software life cycle.

Feasibility Study        - First phase of SDLC. In this phase gain basic understand of the problem and discuss according to solution strategies (Technical feasibility, Economical feasibility, Operational feasibility, Schedule feasibility). And prepare document and submit for management approval

Requirement Analysis - Goal is to find out exactly what the customer needs. First gather requirement through meetings, interviews and discussions. Then documented in Software Requirement Specification (SRC).Use surveying tools, analyzing tools

Design                         - Make decisions of software, hardware and system architecture. Record this information on Design specification document (DSD). Use modelling tools

Development             - A set of developers code the software as per the established design specification, using a chosen programming language .Use Code editors, frameworks, libraries, plugins, compilers

Testing                        - Ensures that the software requirements are in place and that the software works as expected. If there is any defect find out developers resolve it and create a new version of the software which then repeats the testing phase. Use test automation tools, quality assurance tools.

Development and Maintenance - Once software is error free give it to customer to use. If there is any error resolve them immediately. To development use VMs, containers/ Dockers, servers and for maintenance use bug trackers, analytical tools.

CASE software types

Individual tools

Workbenches

Environments

Frameworks Vs Libraries Vs Plugins

Do you know how the output of an HTML document is rendered?

This is how it happen. When browser receive raw bytes of data it convert into characters. These characters now further parsed in to tokens. The parser understands each string in angle brackets e.g "<html>", "<p>", and understands the set of rules that apply to each of them. After the tokenization is done, the tokens are then converted into nodes. Upon creating these nodes, the nodes are then linked in a tree data structure known as the DOM. The relationship between every node is established in this DOM object. When document contain with css files(css raw data) it also convert to characters, then tokenized , nodes are also formed, and finally, a tree structure is also formed . This tree structure is called CSSOM Now browser contain with DOM and CSSOM independent tree structures. Combination of those 2 we called render tree. Now browser has to calculate the exact size and position of each object on the page with the browser viewpoint (layout ). Then browser print individual node to the  screen by using DOM, CSSOM , and exact layout.

JAVA

Java is general purpose programming language. It is class based object oriented and concurrent language. It let application developers to “Write Once Run anywhere “. That means java code can run on all platforms without need of recompilation. Java applications are compiled to bytecode which can run on any JVM.

Do you know should have to edit PATH after installing JDK?

JDK has java compiler which can compile program to give outputs. SYSTEM32 is the place where executables are kept. So it can call any wear. But here you cannot copy your JDK binary to SYSTEM32 , so every time you need to compile a program , you need to put the whole path of JDK or go to the JDK binary to compile , so to cut this clutter , PATH s are made ready , if you set some path in environment variables , then Windows will make sure that any name of executable from that PATH’s folder can be executed from anywhere any time, so the path is used to make ready the JDK all the time , whether you cmd is in C: drive , D: drive or anywhere . Windows will treat it like it is in SYSTEM32 itself.

[richenns]

Why is DevOps a Good Investment for your Enterprise?

The DevOps trend has really started to take shape in the last few years. It’s a movement of IT leaders who want to see things change for the better—to provide amazing software to their clients consistently and with confidence. The global DevOps market size was valued at $ 6.78 billion in 2020 and is projected to reach $57.90 billion by 2030, registering a CAGR of 24.2% from 2021 to 2030.

As compared to conventional methods, enterprise DevOps brings development and operations together, enhancing the efficiency, timeliness, and safety of software development and execution. A more agile SDLC (software development lifecycle) gives enterprises a competitive advantage. 

Agile software development, IT service management frameworks, project management guidelines such as Lean and Six Sigma, and other methodologies can all coexist with DevOps. All the teams can respond to customer feedback and requests in a better manner, and maximize productivity by adopting the DevOps development process and using DevOps principles and technologies and implementing the DevOps lifecycle

Moving further, let’s understand DevOps in detail and why it is a good investment for businesses in today’s technology-driven world.

What is DevOps?

Patrick Debois, one of the IT industry’s gurus, created the term “DevOps” in 2009. DevOps is a word that combines the terms “development” and “operations” to denote a collaborative or shared approach to a company’s software development and IT operations teams’ activities. A DevOps deployment methodology stems from an Agile approach to software development. It builds on the cross-functional approach to building and deploying applications in a shorter and more iterative manner.

In simple terms, DevOps is a software engineering approach that tries to connect the work of software development and software operations teams by fostering a culture of collaboration and shared accountability.

DevOps is a combination of concepts, techniques, and tools that assist an organization to create better products faster by allowing the development and operations groups to work together more effectively.

Evolution of DevOps

In 2007, Patrick Debois, a project manager with the Belgian government, was assisting with data center transfers. The barrier between the developers and the operations team made the entire process exceedingly difficult for him by making the delivery considerably slower.

Debois was a firm believer in the agile methodology, which encourages continuous testing throughout the development lifecycle, allowing developers to deliver better products more quickly. Similar concepts, he argued, should apply to development and operations departments operating in tandem. 

The following are the two key precursors of DevOps:

Enterprise systems management (ESM)

Many of the folks that helped define DevOps, in the beginning, were system administrators. System monitoring, configuration management, automated provisioning, and the toolchain approach were all brought to DevOps by these operation specialists.

Agile development

DevOps can be regarded as an offshoot of agile software development that prescribes strong collaboration of consumers, product management, developers, and (occasionally) QA to fill in the gaps and quickly iterate towards a better product. 

DevOps also recognizes that delivery of services and how the application and systems communicate are critical components of the client’s value proposition and that those concerns must be addressed as a top-level item by the product team. From this perspective, DevOps is essentially stretching Agile methodology beyond the confines of code to the fully-delivered service.

How does DevOps Work?

In older contexts, development and operations usually work in different teams within a company. The development team would write the code, while the operations team would put it in place and manage the IT infrastructure. 

When a problem arises, they begin to blame each other rather than find a solution. This disconnect between these two divisions is extremely harmful and causes a slew of issues for software development firms. 

The DevOps methodology helps improve the situation and smooth out the software development process. DevOps consulting company in the enterprise also attempts to solve almost all existing difficulties and tear down the barriers between development and operations. This method allows the entire team to quickly develop T-shaped competencies and more actively adapt to market developments.

Traditional SDLC Challenges

The traditional SDLC (Software Development Lifecycle) approach has various significant flaws that must be addressed in order to improve software development efficiency. 

That is why DevOps is important to be adopted by enterprises. All of the major challenges and issues listed below have been eliminated with DevOps, resulting in increased productivity and faster software delivery.

Benefits of DevOps for Enterprises

The Google Cloud Platform DevOps Research and Assessment (DORA) study for 2021 clearly highlights that successful implementation or delay in implementing top DevOps techniques is the primary difference between high-performing and poor-performing software teams. Mentioned below are the major advantages of DevOps for business growth.

Enhanced Speed: Shorter Development Cycle

One of the DevOps benefits for business is enhanced speed. Due to a biased reaction from the development and operations teams, it becomes difficult to comprehend an application’s usefulness. The production and development cycles are overly prolonged, causing the process to be delayed. 

Faster Innovation

DevOps enables you to quickly produce software solutions. Faster product delivery frees up part of your developers’ time, allowing them to experiment with new features or enhance the functioning of the ones they already have. Developers can test the feasibility of these concepts by doing a proof of concept and continuing based on the findings with minimal disturbance to the ongoing project.

Automation

With enterprise DevOps, a faster deployment process, backed by automation, can save a lot of time with quicker, smaller deployments that occur more frequently. (Time that can be better spent solving other business issues or promoting innovation.)

Minimum Production Costs

The DevOps methodology is built on automating all development lifecycle operations. DevOps principles like Continuous Integration (CI), Infrastructure as a Code (IaC), and Continuous Delivery (CD) tools focus on ensuring task scenario uniformity and infrastructure integrity. It results in 100% automation reliability and a substantial decrease in the amount of time and effort spent on repetitive and routine work.

Faster ROI (Return on Investment)

Businesses can recover their IT investments and start generating pure cash by releasing new updates faster and fixing bugs quickly. According to the 2020 industry research, DevOps collaboration saves 22% of the time on rework and unscheduled tasks.

Conclusion

The technological and financial benefits of DevOps are enormous, as may be deduced from this information. To recap, a well-thought-out DevOps strategy and implementation can significantly improve the efficiency of your end-to-end delivery pipeline. 

Source

[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 expearts, 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

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Best Software Testing Training Institute in Pune: UNIQUE System Skills Pune

Unique System Skills (India) Pvt. Ltd. offers the best software testing training course in Pune with a 100% placement guarantee. 100% live project-based training from a corporate trainer. Affordable fees and best course duration suitable for students and professionals, fresher’s or experienced.

What is Software Testing?

A software testing job is highly popular, and one of the most profitable fields for a career option in the IT sector. In this Modern world, commonly we all are living in the middle of those technologies used in software products. To provide investors with information on the quality of the product and service are under review, software testing conducted. Software testing allows companies to evaluate and understand the risk of software structure; the software tests will also provide an autonomous analytical outlook of the software. Software test techniques involve running a software application’s capacity to track failures and checking that the software is appropriate for use, thus great demand for software testing professionals who can perform the actual testing of such software issues.

What is Exactly Software Testing?

Software testing is a technique to analyze a software application’s performance to see whether the developed software meets the specified criteria or may not and whether to locate the marks to make sure that the system is a fault to create more improvement in a quality product.

The software application’s conducting analysis is a method to identify whether another software was developed with the criteria and detect flaws to guarantee the software is error-free for a reliable product is produced.

Software Testing: Basic Testing, Selenium, Web Services, API Testing, Performance Testing, LoadRunner, ETL Testing

Software Testing Types: There are two types of software testing for testers such as; Manual and Automation

Software Testing Course Syllabus:

Module 1): Manual Testing:

SDLC

Unit Testing Techniques

Real-Time Live Project

Testing Techniques

Module 2): Core Java

Introduction

Operators & Flow Control

Packages

Collection Framework

Module 3): Selenium Automation Testing

Selenium WebDriver 3. X

POI Excel Automation / Properties Files

Ant / Maven

Jenkins

Git / Git Hub

TestNG

Module 4): Database (PL/SQL)

DDL / DML / DCL TCL

Datatypes, Operators, Clauses & Select Statements

SQL Functions

Module 5): Advance Manual

Live Project

Workflow & Approach

Test Management Tool / Defect Tracking Tool

Module 6): Agile

What is Agile ?

Scrum Vs XP

Traditional Approach & Agile Approach

Module 7): Web Security

The architecture of Web Applications

Sessions & Cookies

SQL Injection

Module8): ISTQB

Fundamentals of Software Testing

Static / Dynamic Testing

Test Design Techniques

Module 09: Project

Practical Training and Project Assignments

Why Choose Unique System Skills for Software Testing Training in Pune?

In this Era, Software testing is rapidly increasing in the IT industry. Unique system skills are one of the best software testing training institutes in Pune with high-quality level training with real-time projects and also provides online training. There are many reasons you choose the Unique System Skills Such as

Experienced Trainer: All our software testing trainers carry 10+ years industry rich experience, who have a passion for training, and are considered to be the best in the industry

Hands-on Practical sessions: Unique System Skills offer a comprehensive software Testing Course training that will help you master fundamentals, advanced theoretical concepts like writing scripts, sequence and file operations in software Testing while getting hands-on practical experience with the functional applications as the training is blended with hands-on assignments and live projects

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Preparation For Certification Exams: Unique System Skills offer test candidates for the Certification exams like CAST (Certified Associate in Software Testing), CSQA (Certified Software Quality Analyst Certification), International Software Testing Qualifications Board (ISTQB) Certification, Certified Quality Engineer (CQE) and Certified Manager of Software Testing (CMST)

Course fees: Courses fees are very competitive. Most of the institutes provide at less fees but compromise with the quality of the training

Student’s Ratings: 5 ***** ratings from more than 2000 students

Trust & Credibility: Unique System skills build Trust & Credibility with the best IT training in Pune.

Benefits of Software Testing Course:

Companies are on a constant hunt for Software Testers who can play a significant role in the core team and ensure complete productivity with their skills. Therefore, it is critical to find out for best Software Testing classes in Pune because the benefits are many.

Thrive in this industry with the right amount of knowledge

Lay hands-on practical knowledge with live projects

Enjoy off-campus placement assistance with mock interviews

Global certification will help skyrocket your career

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