Talks Tulio Paschoalin Leao – Software Engineering Manager October 28th, 2021 Tackling Technical Debt: Hello Junior Developers!© 2021 Cadence Design Systems, Inc. All rights reserved. 2 Photo by Susan Design Systems, Inc. All rights reserved. 6 Senior Devs Junior Devs Key Concepts • Technical Debt • Resource Allocation “Free time” Knowledge© 2021 Cadence Design Systems, Inc. All rights reserved

value to the warfighter Inward mindset at work “Nice” inward mindset Outward mindset CFS2 – Debt Collection. Berate Debtors until they pay vs Find help for Clients so that they can pay San Antonio

build times slow down the team and focus on improving these procedures. 9.6 Technical Debt Technical debt is often a term used in the Agile community to describe the eventual consequences of deferring release and get deferred for a later iteration, the program accumulates a debt that must be paid at some point in the future. If the debt is not repaid, then it will keep on accumulating interest, making it the development. This technical debt can have significant impacts to the productivity and completeness of the software releases. There are many causes of technical debt to include: poor/improper coding

it may not be in a consistent state, but it is a bug for a client to contradict itself.Technical debt is quantifiable as financial debtMeir M Lehman Programs, life cycles, and laws of software evolution html Technical Debt is a wonderful metaphor developed by Ward Cunningham to help us think about this problem.Martin Fowler martinfowler.com/bliki/TechnicalDebt.html Like a financial debt, the technical technical debt incurs interest payments, which come in the form of the extra effort that we have to do in future development because of the quick and dirty design choice.Martin Fowler martinfowler.com/bliki/TechnicalDebt

steward the EA. Imagine the EA asset as a ball that we mold and polish.  If it is built as a collection of individual products, it is lumpy rather than smooth. The products don’t quite fit together; the future. What does such an EA, brimming with latent value, look like?  It has little technical debt.  It is built according to good, extensible design patterns and uses well-accepted standards. 

Technical Debt RELEASE TO MARKET RELEASE TO MARKET Months to Years Cost Multiple Iterative Releases Time VALUE Days to Weeks Technical Debt OPPORTUNITY

"Coaching Agile Teams" - Book Club 0 Ray Page CA Clarity PPM software for Agile 1 Scott Grimes Technical Debt 2 Michelle Bauer "Rapid Problem Solving with Post-It Notes - Book Club 0 Nick Wenner My Experience Defense 2 Jonathan Mowers The Testing Pyramid with a focus on Unit Testing 2 Scott Grimes Technical Debt 2 Nick Wenner My Experience in Effective Retrospectives 2 Sean Lomax Scrum: The Art of Doing Twice

vulnerabilities are introduced ❖ All new security hotspots are reviewed ❖ New code has limited technical debt ❖ New code has limited duplication ❖ New code is properly covered by testsContinuous Testing certified (3rd party vendors), ... ❖ What can help: ➢ Modular and decoupled architecture, Frequent tech debt reviews, Security/Compliance tracking, Established testing framework for upgrades, Proper dependency

actually degrade over time. 2. We improve daily work by explicitly reserving time to pay down technical debt, fix defects, and refactor and improve problematic areas of our code and environments—we do this data within weeks f. RESERVE 20% OF CYCLES FOR NON-FUNCTIONAL REQUIREMENTS AND REDUCING TECHNICAL DEBT i. Don’t just make the interest payments, pay down the principle ii. If not managed, services become

1971 - is very close to the published form of the paper which was submitted on 16 February 1972. The debt, among others, to Milner's work is acknowleged but the paper here presents the proof method much pair& e); };© 2023 Adobe. All Rights Reserved. Contracts | The Reckoning 120 // A collection of T, U pairs whose first // elements are stored in one vector and // second elements in a + p)) }; ... };© 2023 Adobe. All Rights Reserved. Contracts | The Reckoning 122 // A collection of T, U pairs whose first // elements are stored in one vector and // second elements in a