Quality Control in Development

Here is the small presentation on DevOps to DevSecOps Journey.. - What is DevOps and their best practices. - Practical Scenario of DevOps practices. - DevOps transformation Journey. - Transition to DevSecOps and why we need it. - Enterprise CI/CD Pipeline.

User Acceptance Testing Checklist (UAT) A slideset showing items to check when putting a User Acceptance Test plan and User Acceptance Testing scripts together. UAT Testing allows your users to sign off they are happy with the delivery prior to deploying to production.

DevSecOps means integrating security practices into the DevOps workflow from the beginning. The goal is to make everyone responsible for security and implement security decisions at the same speed as development and operations. This helps find vulnerabilities early and improve overall security. Implementing DevSecOps requires planning, building, deploying, monitoring and improving security continuously. It provides benefits like improved compliance and identifying issues earlier.

"How to Get Started with DevSecOps," presented by CYBRIC VP of Engineering Andrei Bezdedeanu at IT/Dev Connections 2018. Collaboration between development and security teams is key to DevSecOps transformation and involves both cultural and technological shifts. The challenges associated with adoption can be addressed by empowering developers with the appropriate security tools and processes, automation and orchestration. This presentation outlines enabling this transformation and the resulting benefits, including the delivery of more secure applications, lower cost of managing your security posture and full visibility into application and enterprise risks. www.cybric.io

This document discusses the "shift left" testing strategy to overcome issues caused by late testing. It outlines how ambiguous requirements, compressed development timelines, and mounting technical debt can lead to a downward spiral of lower quality releases over time. The key aspects of the proposed shift left strategy are: 1. Creating test specifications before development begins using Gherkin syntax to make requirements objectively measurable. 2. Executing all test cases daily, even during development, to prove software delivery and contain issues early. 3. Measuring test coverage against requirements daily to accurately track percentage of delivery and foresee risks. 4. Leveraging cloud-based hyperscaled testing to maximize parallel test throughput and allow all tests

This document discusses shift-left security, which involves moving security practices earlier into the software development lifecycle to proactively address risks rather than reactively. It notes that only 20% of organizations consistently integrate security early in DevOps processes. Shift-left security is important because traditional security teams cannot keep up with development speeds. The document outlines how to implement shift-left security through automating security practices, using control gates, and learning from production environments. It argues containers help shift security left through their minimal, declarative, and predictable nature which simplifies security requirements and policy automation.

A brief that includes the following: - Software Testing - Quality Assurance - Quality Control - Types of Testing - Levels of Software Testing - Types of Performance Testing - API - Verification & Validation - Test Plan & Testing Strategy - Agile & Waterfall - Software Development Life Cycle - Career Path

The presentation provides an overview of peer review, including: 1) Key principles of peer review such as having peers find errors early, training the team on the process, and reviewing work products at every stage of development. 2) Details on preparing for peer reviews, such as putting reviews on the project schedule, preparing checklists, and addressing resistance to the process. 3) Practices for conducting peer reviews like using a standard process, documenting reviews, and measuring defects found to prove the benefit of peer reviews.

The document provides an overview and primer on SecDevOps. It discusses how traditional development, operations, and security roles often work in silos, which SecDevOps seeks to improve by integrating security automation into the development process. Key aspects of SecDevOps covered include defining it as security automation and discussing security at scale. The document also discusses why security automation is important to reduce human error, provides typical enterprise staffing ratios of developers, operations, and security professionals, and how appointing security champions from development teams can help integrate security practices.

Strategies For Software Test Documentation by Suriya G of Vishwak.com for Anna University Workshop on testing

This document outlines a webinar on using DORA metrics to accelerate value stream flow. The webinar will be led by Helen Beal and Jeff Keyes and will discuss why measuring performance is important, what the DORA metrics are, insights into optimizing flow, and how to manage value streams. Key aspects that will be covered include culture, automation, lean principles, measurement, sharing best practices, lead time, cycle time, deployment frequency, change fail rate, mean time to restore service, value stream mapping, and value stream management platforms and tools.

Introduction to General DevSecOps, how it differentiate with DevOps and the correlation between Agile DevOps and DevSecOps

The document discusses the Selenium automated testing tool. It provides an overview of the history and components of Selenium, including Selenium IDE, Selenium RC, Selenium WebDriver, and Selenium Grid. Selenium is an open source tool that is used to automate testing of web applications across different browsers. It allows testing JavaScript applications and ensures cross-browser compatibility.

Testbytes is a community of software testers who are passionate about quality and love to test. We develop an in-depth understanding of the applications under test and include software testing strategies that deliver quantifiable results. In short, we help in building incredible software.

Este documento presenta información sobre dos expertos en DevSecOps, Luciano Moreira y Christian Ibiri, destacando sus credenciales y experiencia. También introduce el marco CALMS para la adopción de DevSecOps, explicando que cada letra representa un área clave como cultura, automatización, LeanIT, medición y compartir. Finalmente, discute cómo cada elemento de CALMS, especialmente cultura, automatización y LeanIT, son importantes para implementar con éxito DevSecOps.

To reduce the number of bugs during and after software development and improve the quality of the product, Shift Left Testing or Early Testing is implemented. It is a method to push testing towards the early stage of software development like requirements defects, complicated designing, and so on. By doing so, you uncover and solve the issues in an early testing phase before they become major. https://www.testbytes.net/blog/what-is-shift-left-testing/

Devops architecture involves three main categories of infrastructure: IT infrastructure (version control, issue tracking, etc.), build infrastructure (build servers with access to source code), and test infrastructure (deployment, acceptance, and functional testing). Continuous integration involves automating the integration of code changes, while continuous delivery ensures code is always releasable but actual deployment is manual. Continuous deployment automates deployment so that any code passing tests is immediately deployed to production. The document discusses infrastructure hosting options, automation approaches, common CI/CD workflows, and provides examples of low and medium-cost devops tooling setups using open source and proprietary software.

Talk given by Kelly Currier, Agile Senior Director and Vladimir Gerasimov, Product Management Senior Manager at Salesforce, at STPCon in April 2016 Salesforce adopted agile methodologies over 7 years ago. Over the years, it has helped us to drive innovation, productivity and become the world’s #1 CRM solution. Salesforce has taken agile methodologies and created a unique approach called the Adaptive Delivery Methodology (ADM). During this session, we will provide an ADM overview and how it helps us deliver 3 major releases with hundreds of features every year. We will also cover how we approach testing and quality through ADM. At Salesforce, there is no such thing as throwing code over the fence for someone else to test. Developers and Quality Engineers, we all work together to ensure release quality.

Talk given by Vladimir Gerasimov (Product Management Senior Manager) and Joyce Yeh (Software Engineer) at Salesforce, at STPcon in September 2016 Salesforce delivers three major feature releases a year, made possible with strong collaboration among its team members. In this session we will talk about how Developers and Quality Engineers collaborate in an Agile environment on a daily basis. It all starts with a User Story and ends with satisfied customers. We will walk you through everything in between, from the moment the story is created to the release time when the code is deployed to production. We will use the lifecycle of a User Story to show how different team members are enabled through our Agile process and different tools. Session Takeaways: How Salesforce leverages collaboration between Developers and Quality Engineers to deliver 3 major feature releases a year. How Salesforce maintains the highest quality standards. What quality and development practices are used in scrum team. General lifecycle of a User Story from idea to production at Salesforce.

The document provides best practices for development, testing, and release management on the Salesforce platform. It recommends establishing a center of excellence to manage governance, using agile methodologies like Scrum for development, and maintaining separate environments for each stage of the development lifecycle. Testing strategies should incorporate unit, integration, user acceptance, and regression testing. Release management should be handled by a dedicated release manager who follows a release roadmap and ensures changes are tested and approved before deployment to production. Automating deployments, implementing source control, and refreshing sandboxes regularly are also advised.

As your team creates more apps in your Salesforce Org, you're faced with a new set of challenges: managing a well-designed org. Join us to learn about using the practices defined in the Salesforce Governance framework, and the set of tools available for managing issues such as security, coding standards, decisions over declarative verses Apex apps, design standards, overall Org strategy, and change control. By applying these best practices, your team can continue to grow your apps to meet the continuing challenges of your company.