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Study mode:
on
1
Intro
2
What is resilience
3
What is it all about
4
Availability
5
Mean time to failure
6
Distributed systems
7
Cloudbased systems
8
Resilience approach
9
Developing a pattern language
10
Isolation
11
Black hats
12
Parameter checking
13
Statelessness
14
Strict Consistency
15
Idempotency
16
Latency Control
17
Mods
18
Circuit breaker
19
Command pattern
20
Fail fast
21
Bounded queues
22
Un unbounded queue
23
Supervision
24
Escalation
25
Other patterns
26
Conclusion
Description:
Explore the principles of resilient software design in this comprehensive conference talk. Delve into the challenges of maintaining high availability and responsiveness in complex, distributed, and interconnected application landscapes. Learn about a resilience pattern language organized around core principles, including isolation, statelessness, strict consistency, and idempotency. Discover practical techniques such as circuit breakers, fail-fast mechanisms, and bounded queues to enhance application robustness. Gain valuable insights into designing applications that can withstand unexpected failures and load situations, particularly in cloud-based and microservices environments. Equip yourself with essential knowledge to create software that remains reliable and performant in production, ultimately satisfying customers and protecting business interests.

Patterns of Resilience - The Untold Stories of Robust Software Design

Devoxx
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