Building Event-driven Microservices with the Azure Cosmos DB Change Feed
Offered By: Pluralsight
Course Description
Overview
The Azure Cosmos DB change feed enables a wide range of possibilities for building large-scale, event-driven microservices. This course will teach you how to build these microservices using real-world e-commerce and IoT workloads.
Azure Cosmos DB exposes a change feed that makes it easy to build cloud-native, scalable, event-driven microservices. In this course, Building Event-driven Microservices with the Azure Cosmos DB Change Feed, you’ll learn how to leverage the change feed, using real-world e-commerce and IoT workloads to demonstrate key concepts and design patterns. First, you’ll explore the change feed itself, and its partitioned ordering guarantees. Next, you’ll discover how to consume the change feed using both the Change Feed Processor Library and Azure Functions. Finally, you’ll see practical demos that apply these concepts to achieve replication, denormalization, event notifications, materialized views, and data movement. By the end of this course, you’ll know how to build an effective event-driven microservices architecture around Azure Cosmos DB.
Azure Cosmos DB exposes a change feed that makes it easy to build cloud-native, scalable, event-driven microservices. In this course, Building Event-driven Microservices with the Azure Cosmos DB Change Feed, you’ll learn how to leverage the change feed, using real-world e-commerce and IoT workloads to demonstrate key concepts and design patterns. First, you’ll explore the change feed itself, and its partitioned ordering guarantees. Next, you’ll discover how to consume the change feed using both the Change Feed Processor Library and Azure Functions. Finally, you’ll see practical demos that apply these concepts to achieve replication, denormalization, event notifications, materialized views, and data movement. By the end of this course, you’ll know how to build an effective event-driven microservices architecture around Azure Cosmos DB.
Syllabus
- Course Overview 1min
- Introduction 35mins
- Replication for Multiple Partition Keys 31mins
- Denormalizing the Non-relational Data Model 14mins
- Generating Event Notifications 29mins
- Building Materialized Views 32mins
- Moving Data 13mins
Taught by
Leonard Lobel
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