In this video, discover the learning approach and course structure. This video outlines the course flow, highlighting the sequence of topics and the logical progression of concepts. It prepares us for an effective learning...

This session summarizes all the key concepts learned in this section of the Sprint Planning meeting, Sprint goals, product backlog items, and priorities. It also discussed holding Stand-Up meetings daily and the manager or Scrum master's...

This lecture covers the preparatory steps for starting with Scrum 0 and planning the first Sprint.

In this class, you will learn about the different sets of Sprint tools available in the market.

This lesson briefly overviews the review process of the Sprint and different brainstorming sessions to rectify and improve the Sprint.

This lecture covers the preliminary steps to run a smooth Sprint execution. It also briefly outlines Sprint planning, backlog estimation, and analyzing the Sprint progress.

This session summarizes all the key concepts learned in this section on Product backlogs, Azure DevOps, prioritizing the product backlogs, and planning the first Sprint.

In this class, you will learn how to select the product owner and create the product owner object for Scrum.

This lecture covers content to help us prepare for Scrum and understand Agile and Scrum and its applications.

Understand what lambda expressions are and what problem they solve

Understand what the risks of manual memory management are and how smart pointers prevent them

Understand the difference between lvalue and rvalues, gaining a solid theoretical base required to understand move semantics

This video provides an overview of the entire course.

This video focuses on the design aspects of microservices deployments using containers and orchestrators and discusses considerations for containerizing microservices, designing container images, and defining deployment configurations...

This video introduces the topic of microservices deployments with containers and orchestrators. It outlines the key concepts and benefits of using containers and orchestrators for deploying microservices in a scalable and efficient...

This video provides an overview of the topic of distributed caching in microservices architectures. It introduces the concept of caching and its importance in improving performance and scalability.
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This video explores the issues of high cost and low performance associated with traditional database operations and discusses the limitations they impose on scalability and responsiveness. The video highlights the need for alternative...

This video delves into the design considerations and principles for building event-driven microservices architectures and explores topics such as event schema design, event sourcing, event-driven communication patterns, and...

This video introduces the concept of event-driven architecture in the context of microservices, explains the fundamental principles and characteristics of event-driven systems, and highlights the benefits of using events as a means of...

This video addresses the challenge of handling a large volume of events across multiple microservices in a distributed system, the limitations and potential bottlenecks that arise when dealing with a high event load, and explores...

This video explores the design considerations and principles for building a robust microservices architecture using the SAGA pattern, Transactional Outbox pattern, and Change Data Capture (CDC).
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This video explores the concept of bounded contexts, which are distinct areas within a microservices architecture that have their own transactional boundaries, allowing for independent data management and transactional...

This video explains the challenges and complexities of managing transactions in a distributed microservices environment, including the need for coordination and consistency across multiple services.
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This video provides an overview of the challenges associated with managing transactions in a distributed microservices architecture and introduces the concept of distributed transactions.
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