Professional Scrum Development with Azure Devops
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Azure Devops Server (TFS) Integration with JIRA and Github
DATASHEET Azure DevOps Server (TFS) Integration with JIRA and GitHub The integration of Azure DevOps Server (TFS) with JIRA and GitHub ensures completely traceability of all workitems in the ecosystem. With this integration, the product management team will have real-time visibility into all defects, commit trends, and commit volume. Integration overview In an Application Lifecycle Management (ALM) ecosystem, the choice of systems and the collaboration between the cross-functional teams play a great role. While the choice of systems impacts the productivity of a team, the cross-functional collaboration helps the teams get complete context of the business requirements. Best-of-breed systems such as Azure DevOps Server (TFS), JIRA, and GitHub bring rich functionalities to the ecosystem. By integrating Azure DevOps Server (TFS), JIRA, and GitHub, the product development team will have real-time visibility into the defects logged by QA team and commits made by the development team. It is also easier for product development team to enforce authentic commits against each work item, and access the changes/edits made to the commits files. How Azure DevOps Server (TFS) - JIRA - GitHub integration is beneficial for an enterprise With Azure DevOps Server (TFS) + JIRA + GitHub integration, enterprises can: Track commit volume, track commit trends and edits/changes to commit files in real time Make better and faster decisions Enforce authentic commits to make sure each commit is Ensure complete traceability of a happening against a scheduled and open workitem ‘requirement’ Eliminate manual effort to close JIRA or Azure DevOps Server (TFS) Meet all compliance requirements workitems by automating the state transition on GitHub commit Ensure quality delivery in stipulated time Leverage the best of functionality and How OpsHub Integration Manager integrates Azure collaboration in the delivery ecosystem DevOps Server (TFS), JIRA, and GitHub OpsHub Integration Manager integrates Azure DevOps Server (TFS), JIRA, and GitHub - all systems with each other bi-directionally. -
Devops and Testers White Paper
White Paper DevOps and Testers DevOps is part of an overall approach that organizations use to deliver software frequently and with high quality. The most obvious outcome of successful DevOps implementations is the reduction in the time it takes for software changes to transition from an idea to production. What Does DevOps Mean If you are an experienced DevOps Automated tools and processes practitioner, we hope that you are used in system configuration, for Testers might still find the article useful. If the build process, testing, the Background you are not a tester, we hope that deployment to test, staging and The DevOps movement (for want you will at least see the tester’s production environments, post- of a better label) is progressing perspective. deployment monitoring, evaluation, rapidly. Like many other and operations. movements in the industry, the What Is DevOps? speed of adoption accelerates Is DevOps Just About faster than the definition of the Simplistically, DevOps is a label movement itself. DevOps is still to describe an ecosystem in Tools? not well defined and the nuances which development teams and At one level, the goal of DevOps of culture, the emergent capability systems operations teams work is to eliminate bottlenecks in of new technologies, and range of more closely together. In the the delivery pipeline through (mostly successful) case studies so-called delivery pipeline, from automation. But the automation means that the issues at hand are committing source code to putting of staged processes still still widely debated.1 code into production, developers requires governance. Most accommodate and automate some automated processes are not Depending on who you talk to, of operations activities. -
Tortoisemerge a Diff/Merge Tool for Windows Version 1.11
TortoiseMerge A diff/merge tool for Windows Version 1.11 Stefan Küng Lübbe Onken Simon Large TortoiseMerge: A diff/merge tool for Windows: Version 1.11 by Stefan Küng, Lübbe Onken, and Simon Large Publication date 2018/09/22 18:28:22 (r28377) Table of Contents Preface ........................................................................................................................................ vi 1. TortoiseMerge is free! ....................................................................................................... vi 2. Acknowledgments ............................................................................................................. vi 1. Introduction .............................................................................................................................. 1 1.1. Overview ....................................................................................................................... 1 1.2. TortoiseMerge's History .................................................................................................... 1 2. Basic Concepts .......................................................................................................................... 3 2.1. Viewing and Merging Differences ...................................................................................... 3 2.2. Editing Conflicts ............................................................................................................. 3 2.3. Applying Patches ........................................................................................................... -
IBM Developer for Z/OS Enterprise Edition
Solution Brief IBM Developer for z/OS Enterprise Edition A comprehensive, robust toolset for developing z/OS applications using DevOps software delivery practices Companies must be agile to respond to market demands. The digital transformation is a continuous process, embracing hybrid cloud and the Application Program Interface (API) economy. To capitalize on opportunities, businesses must modernize existing applications and build new cloud native applications without disrupting services. This transformation is led by software delivery teams employing DevOps practices that include continuous integration and continuous delivery to a shared pipeline. For z/OS Developers, this transformation starts with modern tools that empower them to deliver more, faster, with better quality and agility. IBM Developer for z/OS Enterprise Edition is a modern, robust solution that offers the program analysis, edit, user build, debug, and test capabilities z/OS developers need, plus easy integration with the shared pipeline. The challenge IBM z/OS application development and software delivery teams have unique challenges with applications, tools, and skills. Adoption of agile practices Application modernization “DevOps and agile • Mainframe applications • Applications require development on the platform require frequent updates access to digital services have jumped from the early adopter stage in 2016 to • Development teams must with controlled APIs becoming common among adopt DevOps practices to • The journey to cloud mainframe businesses”1 improve their -
A Dynamic Software Configuration Management System
1 A DYNAMIC SOFTWARE CONFIGURATION MANAGEMENT SYSTEM A THESIS SUBMITTED TO THE GRADUATE SCHOOL OF MIDDLE EAST TECHNICAL UNIVERSITY OF MIDDLE EAST TECHNICAL UNIVERSITY BY FATMA GULS¸AH¨ KANDEMIR˙ IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE IN COMPUTER ENGINEERING SEPTEMBER 2012 Approval of the thesis: A DYNAMIC SOFTWARE CONFIGURATION MANAGEMENT SYSTEM submitted by FATMA GULS¸AH¨ KANDEMIR˙ in partial fulfillment of the requirements for the degree of Master of Science in Computer Engineering Department, Middle East Technical Uni- versity by, Prof. Dr. Canan Ozgen¨ Dean, Graduate School of Natural and Applied Sciences Prof. Dr. Adnan Yazıcı Head of Department, Computer Engineering Assoc. Prof. Ali Hikmet Dogru˘ Supervisor, Computer Engineering Dept., METU Dr. Cengiz Erbas¸ Co-supervisor, ASELSAN Examining Committee Members: Assoc. Prof. Ahmet Cos¸ar Computer Engineering Dept., METU Assoc. Prof. Ali Hikmet Dogru˘ Computer Engineering Dept., METU Dr. Cengiz Erbas¸ ASELSAN Assoc. Prof. Pınar S¸enkul Computer Engineering Dept., METU Assoc. Prof. Halit Oguzt˘ uz¨ un¨ Computer Engineering Dept., METU Date: I hereby declare that all information in this document has been obtained and presented in accordance with academic rules and ethical conduct. I also declare that, as required by these rules and conduct, I have fully cited and referenced all material and results that are not original to this work. Name, Last Name: FATMA GULS¸AH¨ KANDEMIR˙ Signature : iii ABSTRACT A DYNAMIC SOFTWARE CONFIGURATION MANAGEMENT SYSTEM Kandemir, Fatma Guls¸ah¨ M.S., Department of Computer Engineering Supervisor : Assoc. Prof. Ali Hikmet Dogru˘ Co-Supervisor : Dr. Cengiz Erbas¸ September 2012, 70 pages Each software project requires a specialized management to handle software development activities throughout the project life cycle successfully and efficiently. -
Agile Playbook V2.1—What’S New?
AGILE P L AY B O OK TABLE OF CONTENTS INTRODUCTION ..........................................................................................................4 Who should use this playbook? ................................................................................6 How should you use this playbook? .........................................................................6 Agile Playbook v2.1—What’s new? ...........................................................................6 How and where can you contribute to this playbook?.............................................7 MEET YOUR GUIDES ...................................................................................................8 AN AGILE DELIVERY MODEL ....................................................................................10 GETTING STARTED.....................................................................................................12 THE PLAYS ...................................................................................................................14 Delivery ......................................................................................................................15 Play: Start with Scrum ...........................................................................................15 Play: Seeing success but need more fexibility? Move on to Scrumban ............17 Play: If you are ready to kick of the training wheels, try Kanban .......................18 Value ......................................................................................................................19 -
Software Development Process Improvements - Case QPR Software Plc
Software development process improvements - Case QPR Software Plc Lidia Zalevskaya Master’s Thesis Degree Programme in Information Systems Management 2019 Abstract Date: 2019.11.24 Author(s) Lidia Zalevskaya Degree programme Information Systems Management, Master’s Degree Thesis title Number of pages and appendix pages Software development process improvements - 98 + 26 Case QPR Software Plc Initially this study was planned as an effort to improve on a software development process within an existing team using an existing product code and systems. However, the situation changed and a new team (DevApps team) was established and given a new project, which created an opportunity to build a new type of team, product, process, and tools pipeline from scratch utilizing the improvement ideas. An Action Research framework was adopted as the theoretical approach for the study, while the Scrum methodology served as a framework for the development practices. The study began by summarizing previously identified problems in the software development process at QPR Software Plc and formulating improvement ideas focused on the coding workflow and Scrum practices. These were then tested in practice by the new DevApps scrum team. The research analysis centres on the process of choosing and setting up the new team’s development tools, figuring out ways of working, and implementing several iterations to find the best suitable development process. The most valuable empirical outcomes were the creation of a branching strategy and Git workflow for the DevApps team, the team members’ practical experience of working with Git and with the Azure DevOps developer services. A key outcome was the shift in many verification activities to earlier phases. -
Managing Defects in an Agile Environment
Managing Defects in an Agile environment Auteur Ron Eringa Managing Defects in an Agile environment Introduction Injecting passion, Agility Teams often struggle with answering the following and quality into your question: “How to manage our Defects in an organisation. Agile environment?”. They start using Scrum as a framework for developing their software and while implementing, they experience trouble on how to deal with the Defects they find/cause along the way. Scrum is a framework that does not explicitly tell you how to handle Defects. The strait forward answer is to treat your Defects as Product Backlog Items that should be added to the Product Backlog. When the priority is set high enough by the Product Owner, they will be picked up by the Development Team in the next Sprint. The application of this is a little bit more difficult and hence should be explained in more detail. RON ERINGA 1. What is a defect? AGILE COACH Wikipedia: “A software bug (or defect) is an error, flaw, After being graduated from the Fontys failure, or fault in a computer program or system that University in Eindhoven, I worked as a Software produces an incorrect or unexpected result, or causes Engineer/Designer for ten years. Although I it to behave in unintended ways. Most bugs arise have always enjoyed technics, helping people from mistakes and errors made by people in either a and organizations are my passion. Especially program’s source code or its design, or in frameworks to deliver better quality together. When people and operating systems used by such programs, and focus towards a common goal, interaction is a few are caused by compilers producing incorrect increasing and energy is released. -
Create a Pull Request in Bitbucket
Create A Pull Request In Bitbucket Waverley is unprofitably bombastic after longsome Joshuah swings his bentwood bounteously. Despiteous Hartwell fathomsbroaches forcibly. his advancements institutionalized growlingly. Barmiest Heywood scandalize some dulocracy after tacit Peyter From an effect is your own pull remote repo bitbucket create the event handler, the bitbucket opens the destination branch for a request, if i am facing is Let your pet see their branches, commit messages, and pull requests in context with their Jira issues. You listen also should the Commits tab at the top gave a skill request please see which commits are included, which provide helpful for reviewing big pull requests. Keep every team account to scramble with things, like tablet that pull then got approved, when the build finished, and negotiate more. Learn the basics of submitting a on request, merging, and more. Now we made ready just send me pull time from our seven branch. Awesome bitbucket cloud servers are some nifty solutions when pull request a pull. However, that story ids will show in the grasp on all specified stories. Workzone can move the trust request automatically when appropriate or a percentage of reviewers have approved andor on successful build results. To cost up the webhook and other integration parameters, you need two set although some options in Collaborator and in Bitbucket. Go ahead but add a quote into your choosing. If you delete your fork do you make a saw, the receiver can still decline your request ask the repository to pull back is gone. Many teams use Jira as the final source to truth of project management. -
Azure SQL Dev Training Plans
Complete Practical; Real-time Job Oriented Training Azure SQL Dev Training Plans PLAN A PLAN B PLAN C Course Details Azure SQL Dev SQL Server SQL Dev Azure SQL Dev Azure SQL Dev Azure DevOps Course Curriculum Chapters 21 to 30 Chapters 1 to 30 Chapters 1 to 48 SQL Basics and Query Writing X SQL DB Design, Table Design X Normal Forms, Joins and Queries X Stored Procedures, UDF, Triggers X Advanced Stored Procedures, TVP X CTE, XML, Triggers, PIVOT, Cursors X Dynamic T-SQL Programming X Real-time Project [Banking] X In-depth Query Tuning, Exec” Plans Index Management , Tuning Tools Locks, Deadlocks, Isolation Levels MCSA Certification Exam - 70 761 Azure SQL Database Dev with T-SQL Azure Database Migrations, DTU Elastic Query Processing, Shard Maps MCSA Certification Exam - 70 762 SDLC, Dev & Operations, DevOps X X DevOps Tools, Git & GitHub X X Docker, Kubernetes, AzureDevOps X X Azure Boards, Repos, Tests, Artifacts X X Azure Pipelines (CI, CD), Case Study X X TOTAL DURATION 2 Weeks 6 Weeks 10 Weeks Trainer : Mr. Sai Phanindra T [16+ Yrs of Real-time Exp]. Profile @ linkedin.com/in/saiphanindra www.sqlschool.com For Free Demo: Reach us on +91 9666 44 0801 or +1 956.825.0401 (24x7) Azure SQL Developer Training Module Duration Plan A Plan B Plan C Module 1 SQL Server, T-SQL Programming, Project 4 W X Module 2 Query Tuning, Azure SQL Database Dev 2 W Module 3 Azure DevOps [Service and Server] 4 W X X Total Duration 2 W 6 W 10 W Module 1: SQL, T-SQL, Programming with Stored Procedures Applicable -
Visual Studio 2019 Azure Devops Services Azure Devops Server 2020
Visual Studio 2019 Azure DevOps Services Azure DevOps Server 2020 Class Requirements and Setup Guide April 2021 Accentient Classroom Training Requirements and Setup Guide Contents Class Setup Requirements ............................................................................................................................................ 3 ADS2020: Administering Azure DevOps Server 2020 ............................................................................................... 3 ALM2020: Application Lifecycle Management Using Azure DevOps Server 2020 ................................................... 3 AQATP: Assuring Quality Using Azure Test Plans ..................................................................................................... 3 CDADS: Continuous Delivery Using Azure DevOps Services (formerly CDVSTS) ...................................................... 3 MARS: Mastering Azure Repos ................................................................................................................................. 4 MPVS2019: Managing Projects Using Visual Studio 2019 and Scrum...................................................................... 4 MPAB: Managing Projects Using Azure Boards (formerly MPVSTS) ........................................................................ 4 PKAB: Practicing Kanban Using Azure Boards .......................................................................................................... 4 APSSD2019: Applying Professional Scrum for Software Development Using Visual -
Designing Software Architecture to Support Continuous Delivery and Devops: a Systematic Literature Review
Designing Software Architecture to Support Continuous Delivery and DevOps: A Systematic Literature Review Robin Bolscher and Maya Daneva University of Twente, Drienerlolaan 5, Enschede, The Netherlands [email protected], [email protected] Keywords: Software Architecture, Continuous Delivery, Continuous Integration, DevOps, Deployability, Systematic Literature Review, Micro-services. Abstract: This paper presents a systematic literature review of software architecture approaches that support the implementation of Continuous Delivery (CD) and DevOps. Its goal is to provide an understanding of the state- of-the-art on the topic, which is informative for both researchers and practitioners. We found 17 characteristics of a software architecture that are beneficial for CD and DevOps adoption and identified ten potential software architecture obstacles in adopting CD and DevOps in the case of an existing software system. Moreover, our review indicated that micro-services are a dominant architectural style in this context. Our literature review has some implications: for researchers, it provides a map of the recent research efforts on software architecture in the CD and DevOps domain. For practitioners, it describes a set of software architecture principles that possibly can guide the process of creating or adapting software systems to fit in the CD and DevOps context. 1 INTRODUCTION designing new software architectures tailored for CD and DevOps practices. The practice of releasing software early and often has For clarity, before elaborating on the subject of been increasingly more adopted by software this SLR, we present the definitions of the concepts organizations (Fox et al., 2014) in order to stay that we will address: Software architecture of a competitive in the software market.