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server.listen(0, () => console.log( Worker $workerId started on port $server.address().port ); ); // balancer.js - Distributes traffic across workers const http = require('http'); const httpProxy = require('http-proxy'); const workers = [ target: 'http://localhost:3001' , target: 'http://localhost:3002' , target: 'http://localhost:3003' ]; Distributed Systems With Node.js Pdf Download

// Simulate async work (database call, API, etc.) setTimeout(() => res.writeHead(200, 'Content-Type': 'application/json' ); res.end(JSON.stringify( message: 'Hello from distributed node', worker: workerId, traceId: requestId )); , 100); ); When we pair this architectural paradigm with —an

| Resource Title | Author / Source | Focus Area | | :--- | :--- | :--- | | | Martin Kleppmann | Consensus, replication, partitioning (language-agnostic) | | Node.js Design Patterns – 3rd Ed. | Mario Casciaro | Streams, async patterns, microservices | | Building Microservices with Node.js | Packt Pub (by Daniele Fedon) | Docker + Node.js orchestration | | The Linux Foundation: LFD122 (Node.js Services) | Linux Foundation (PDF via course) | Kubernetes + Node.js distributed tracing | server

let current = 0; const proxy = httpProxy.createProxyServer();