Webhook Event Processing
Course Content
0 / 61 completedOverview of Communication Patterns
Synchronous vs. Asynchronous Communication
Considerations for Communication Patterns
What Do We Mean by Communication Patterns
Introduction to Communication Patterns
Course Overview
Code Samples and Testing
Technology Used
Optimizing RESTful API Performance
Building Scalable RESTful Services
RESTful Services in Event-driven Architecture
RESTful Services in Practice
RESTful Services and Data Consistency
Demo - Implementing a RESTful Service
Error Handling in RESTful Microservices
Introduction to Webhooks
Setting Up Webhooks in Node.js
Webhooks in Microservices Architecture
Securing Webhooks
Ensuring Reliability in Webhook Systems
Webhook Event Processing
Building a Scalable Webhook System
Monitoring and Logging Webhook Activity
Robust Error Handling
Practical Use Case - Integrating Third-party Services
Principles of Event-driven Architecture
Setting up a Message Broker
Understanding Message Brokers
Designing Event-driven Services
PublishSubscribe Model
Handling High-volume Event Streams
Scalability with Message Brokers
Monitoring and Maintaining Message Broker Syste
Ensuring Reliability and Fault Tolerance
RPC Mechanisms and Protocols
Setting Up gRPC in Node.js
Introduction to RPC in Microservices
Designing gRPC Services and Protobuf
Handling Errors and Exceptions in RPC
Performance and Scalability in RPC
Security Considerations in RPC
Implementing RPC Calls between Services
Monitoring and Logging RPC Activity
Implementing Service Discovery
Service Registration and Discovery
Load Balancing Strategies
Static Load Balancing Algorithms
Handling Failures and Failovers
Introduction to Service Discovery and Load Balancing
Service Mesh and Load Balancing
Dynamic Load Balancing
Security Considerations in Load Balancing and Service Discovery
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eval.d
range.d
ref.d
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syntax.d
uri.d
ipaddr.js.d
env.d