The Development Graveyard: How Software Projects Die
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Learn the top 5 reasons why software projects fail. The scariest part is that the failure causes are easily avoidable - yet as IT professionals, we continue to make life more difficult than it really needs to be.
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A history and practical guide to Agile quality, mobile automation and risk-based testing strategies.
The role of software testing in the development process has evolved. No longer do testers validate only features and functionality. They play an integral role shaping the quality of the user experience — sussing out logical holes in the development and recommending adjustments to better serve users.
The resources available to testers have changed too. From mobile automation to sniffing tools. We analyze the current state of software testing and how teams must adapt to better serve users within their project budget.
+ Download our interactive device matrix and project quality overview tool, complete with visualizations for defect trends, issue severity and close rate data.
Software Life Cylce Model
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Its the Basic thing to do software life cycle model
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Agile is an iterative approach to software development that builds software incrementally from the start instead of trying to deliver all at once. It focuses on customer satisfaction, welcoming changing requirements, frequent delivery of working software from weeks to months, motivated individuals, working software as progress measure, simplicity, and face-to-face conversation. In agile, design and implementation are central and requirements and design are developed incrementally through iterations rather than separately as in traditional models like Waterfall. An example compares how two teams developing a web browser, one using agile and one using waterfall, handle changing requirements, with the agile team better able to adapt.
Agile is easy! It's making it work with your business that is hard
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Software Development Models / Process Models Taxonomy
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Business Agility - taking advantage of an agile R&D
Many companies have jumped on the Agile bandwagon. That's good, but what for? In this talk we explore the consequences and possible benefits of adopting Agile for your Business. It's not enough to benefit your R&D, we need to learn how Agile can help our whole company.
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This document provides an introduction to Agile project management. It discusses the history and evolution of Agile, including the Agile Manifesto. It then describes several common Agile methodologies like Scrum, Kanban, and Extreme Programming. The document also introduces key Agile concepts like iterative development, user stories, and velocity. It discusses how project scheduling, cost estimation, and DevOps relate to Agile. Finally, it provides an overview of the Scaled Agile Framework (SAFe) for implementing Agile at an enterprise level.
Software testing
Basic overview of software test types, methodologies.
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Example scenarios for the viewer to think about test strategies.
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Content created and presented by Nico Heidtke at the "Die Programmierer" meetup organized by Binary-Gears in Darmstadt, Germany at 02.07.2019.
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Summer-17 Internship at Spreetail
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DevOps Implementation for Applications Solution - Datasheet
The Implementation for Applications Solution helps you apply modern DevOps processes and tooling to an existing application. Over the course of the six-week engagement, the Microsoft Consulting Services team will evaluate the current application, migrate it to a Development/Test lab in Microsoft Azure, and use Azure DevOps Projects with Azure DevOps Services to create an automated build and release pipeline, work with your operations teams to drive adoption of Modern DevOps, and deliver up to six workshops to demonstrate the DevOps capabilities implemented during the engagement.
Continuous Testing: A Key to DevOps Success
As IT organizations adopt a DevOps strategy, continuous testing (CT) becomes a key ingredient of the DevOps ecosystem. CT enables faster release cycles, more changes per release, upfront isolation of risks, and reduced operations costs. The approach to scale the traditional automation testing infrastructure, test environments, and test data management requires a culture shift using new tools and techniques. Sujay Honnamane discusses a CT strategy for aspiring and already implemented DevOps organizations. Sujay shares examples of tools, techniques, and practical solutions that include continuous integration using the Jenkins CI server, service virtualization through CA Lisa tools, automated code coverage analysis to create impact-based tests, automated test script load balancing for effective use of test environments, and faster test cycles, providing a holistic approach/workflow for CT. Sujay and his teams have successfully implemented CT for several clients in their DevOps journey to achieve a repeatable and highly predictable software delivery process.
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Parasoft Case Study: Wipro
Wipro Meets Exacting Software Quality Standards and Fuels Global Growth through Parasoft's Development Testing Platform
To remain competitive, Wipro needed a more efficient and cost-effective way to maintain the exceptional quality standards that they pride themselves on. Find out how an automated testing infrastructure helped them achieve their quality objectives while reducing testing time and effort by 25%.
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With a fragile test suite, the Continuous Testing that's vital to agile just isn't feasible. If you truly want to automate the execution of a broad test suite—embracing unit, component, integration, functional, performance, and security testing—during continuous integration, discover the tips to ensure your test suite is up to the task.
Logically-componentized: Tests need to be logically-componentized so you can assess the impact at change time. When tests fail and they're logically correlated to components, it is much easier to establish priority and associate tasks to the correct resource.
Incremental: Tests can be built on each other, without impacting the integrity of the original or new test case.
Repeatable: Tests can be executed over and over again with each incremental build, integration, or release process.
Presented at Better Software Conference East 2014 (Agile Development Conference East 2014).
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Static analysis is a proven defect prevention development practice, so why do so many organizations undervalue and underuse it—even when they've already invested in it? The key to broad adoption of static analysis across your organization is giving developers and software engineers proper guidance on how to leverage the software quality activity on a daily basis in real-world settings.
This presentation explores how to turn static analysis from a disruptive task into an integrated process that actually boosts software quality and team productivity across the SDLC. It covers best practices for integrating static analysis into your workflow, as well as how to avoid the everyday mistakes that discourage adoption.
Service Virtualization: Delivering Complex Test Environments on Demand
This presentation explores the latest service virtualization research and shares firsthand best practices and benefits of service virtualization from Comcast’s Director of Performance Test. Discover how to: enable more complete testing earlier in each iteration, streamline lean processes with more reliable test environments, and manage complex tests in a dynamic development environment.
How the Cloud Shifts the Burden of Security to Development
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This document discusses how static analysis and the MISRA coding standards can help medical device companies comply with FDA guidelines for software development. It provides an overview of the FDA's guidance on software validation and defect prevention. The document argues that MISRA is a good option for medical software because it provides well-defined, auditable coding standards and a process for justifying and documenting deviations. Adopting MISRA allows companies to leverage its proven standards and traceability features to facilitate FDA compliance and software quality.
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How To Avoid Continuously Delivering Faulty Software
As organizations continue to compress development and delivery lifecycles, the risk of regressions, integration errors, and other defects rises. But how can development teams integrate defect prevention strategies into their release cycles to ensure that they're not continuously delivering faulty software? In this presentation, learn the key development testing processes to add to your Continuous Delivery system to reduce the risk of automating the release of software defects.
12 Days of Coding Errors
The document discusses common software issues and how to prevent them. It covers overloaded systems, text editors, accidental assignments, plaintext passwords, SQL injection, unstable builds, memory errors, unhandled exceptions, race conditions, false positives, memory leaks, and null pointers. The presentation provides tips on testing components in isolation, using modern editors to reduce bugs, encrypting sensitive data, validating user input to prevent SQL injection, making builds repeatable, handling exceptions properly, and avoiding null pointers.
APIs Gone Wild - Star West 2013
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This document discusses best practices for migrating applications to the cloud. It identifies common stages in cloud migrations like experimentation, virtualization trials, and business-driven efforts. Major considerations for cloud applications include infrastructure, architecture, monitoring, security, instrumentation, and automation. The document provides tips for cloud migrations such as breaking applications into well-designed components, avoiding monolithic structures, designing for parallelism and fault tolerance, and emphasizing security through input validation and policy enforcement.
Complex End-to-End Testing
Learn how Parasoft SOAtest simplifies the complex end-to-end testing vital for business-critical APIs, cloud migration, and SOA / composite applications.
How the Grinch Stole Software Testing
Learn how to:
§ Permit static analysis rule exemptions under exceptional circumstances.
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§ Exempt problematic files or code chunks from static analysis.
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Service Virtualization
Learn how Parasoft service virtualization helps teams test earlier, faster, and more completely. Covers service virtualization for Agile development, service virtualization for load/performance testing, service virtualization for eliminating test constraints.
Beyond Static Analysis: Integrating .NET Static Analysis with Unit Testing a...
Learn the strengths and weaknesses of .NET static analysis—and how a comprehensive development testing strategy that also includes unit testing, code review, and runtime error detection can pick up where development testing leaves off.
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Learn how to prevent more Java defects by applying static code analysis, flow analysis, unit testing, and runtime error detection in concert.
Beyond Static Analysis: Integrating Java Static Analysis with Unit Testing an...
Learn the strengths and weaknesses of Java static analysis—and how a comprehensive development testing strategy that also includes unit testing, code review, and runtime error detection can pick up where development testing leaves off.
Beyond Static Analysis: Integrating C and C++ Static Analysis with Unit Testi...
The document discusses multiple error detection techniques for C/C++ software development. It outlines the strengths and weaknesses of code structure analysis, runtime memory monitoring, unit testing, and flow-based static analysis. It concludes that Parasoft C++test provides a comprehensive solution by applying these complementary techniques in an integrated tool, allowing it to be the most comprehensive quality solution for embedded C/C++.
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