A Showcase of Scalability Multiplexing Application Design Approach

This project serves as a showcase for building scalable real-time applications using modern technologies. The serverside application is powered by bun.sh runtime and Socket.IO for efficient real-time communication. Redis is integrated to manage connection pools, enabling the system to handle millions of concurrent connections

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• Scalability Multiplexing Application Design Approach

Start project

clone git repository and cd to the main project directory and install dependencies

incase of using bun.sh

cd SMAD-backend-services
bun install

incase of using npm

cd SMAD-backend-services
npm install

incase of using yarn

cd SMAD-backend-services
yarn

Start sevrer application

There are so many condition to start a server application like run dry mode, run watch mode, run docker with watch mode and mount volumes. for example.

if you would like to start server application as a dry mode, you can use

bun run --b index.ts

if you would like to start server application as a watch mode, you can use

bun run --watch --b index.ts

or you can use

bun run start:watch

to run multiple replicas server side application container as a watch mode depends on your code changed. you can use a command-line

bun run docker:start:live

To run a minion from server-side to simulate and understanding a flow of concept, you can use a command-line to run

bun run start:watch:client

and similar concept of spawning a multiple minion, you can use docker-compose to replicate a container base on a project director volumes mount. you can use a command-line

bun run spawn:client

• facts: in default spawnclient.compose.live.yml config file setting a replicas of docker container at 3. you can scale a container instance out whenever you need. for example command-line

• docker-compose -f spawnclient.compose.live.yml scale client-minion=10