YoVDO

System Stable - Robust Connected Applications with Polly

Offered By: NDC Conferences via YouTube

Tags

NDC Conferences Courses .NET Courses Fault Tolerance Courses Polly Courses

Course Description

Overview

Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only!
Discover how to build robust connected applications using Polly, the .NET resilience framework, in this 56-minute conference talk. Learn to implement resilience strategies that make applications more reliable and fault-tolerant. Explore reactive and proactive techniques, from simple retries to advanced bulkhead isolation. Gain practical knowledge on using Polly's features to create rock-solid applications that can withstand transient faults and longer outages in remote systems or infrastructure. Understand how to leverage HttpClientFactory, implement circuit breakers, and combine various policies for optimal resilience. Suitable for any .NET Standard application, this talk provides valuable insights into creating stable, resilient systems.

Syllabus

System Stable : Robust Connected Applications with Polly, the .NET Resilience Framework
What Will Your Application Do?
What is a Resilience Framework
Policies
How a Request Works
Retry Policy
Timeline of a Retry
Backing off with Wait and Retry
Reauthorization
General Policy Behavior
Circuit Breaker State Machine
Reactive Strategies
Combining the Fallback, Retry, and Circuit Breaker
Http Client Factory
HttpClientFactory and a Single Policy
The HttpClientFactory and the Polly Registry
Testing
Proactive Strategies
Timeout
Caching
Bulkhead Isolation
Execution and Queueing
Protecting the whole Application
Coming Soon.
More Information


Taught by

NDC Conferences

Related Courses

Health Informatics: Data and Interoperability Standards
Georgia Institute of Technology via edX
Fractal Architecture
NDC Conferences via YouTube
Strangling the Monolith - Applied Patterns & Practices from the Trenches
NDC Conferences via YouTube
Refactoring Is Not Just Clickbait
NDC Conferences via YouTube
Amazing Algorithms for Solving Problems in Software
NDC Conferences via YouTube