Adaptable Tools’ Post

Exciting news: Infinite Table - in our opinion the best React DataGrid on the market (and one which we will soon support) - now offers Master-Detail views. This was a feature that we had long requested (as we knew that AdapTable users will want it) and we really like the implementation. We hope to release AdapTable for Infinite Table in the coming weeks - and it will have the same set of advanced, cutting edge features that we offer in our market-leading AdapTable for AG Grid: calculated columns, alerts, conditional styles, advanced filters, team sharing, FDC3 support, reports etc #bankingtechnology #fintechstartup #bankinginnovation #financialdata #data #financialinstitutions #blotter #developers #datagrids #fintech #banks #capitalmarkets #financialmarkets #bigdata #opensourcesoftware #fdc3 #aggrid #reactjs #reactjsdevelopment #reactjsdevelopers #angular #angularjs #angularjsdeveloper

Methods to improve performance of your API To improve the performance of your API, you can consider the following methods: 1. Caching: Implement caching mechanisms to store frequently accessed data and reduce the number of requests to your API. 2. Load balancing: Distribute incoming traffic across multiple servers to prevent overload and ensure optimal performance. 3. API versioning: Maintain different versions of your API to allow for gradual updates and prevent disruptions to existing users. 4. Optimize database queries: Ensure that your database queries are efficient and optimized to reduce response times. 5. Use compression: Compress data before sending it over the network to reduce bandwidth usage and improve response times. 6. Monitor and analyze performance: Use monitoring tools to track API performance metrics and identify areas for improvement. By implementing these methods, you can enhance the performance of your API and provide a better experience for your users. Want to know more? Follow me or connect🥂 Please don't forget to like❤️ and comment💭 and repost♻️, thank you🌹🙏 #backend #fullStack #developer #Csharp #github #EFCore #dotnet #dotnetCore #programmer #azure #visualstudio

Nuxt 3.11 is out - with better logging, preview mode, server pages, and much more! Read all about it in the official Nuxt release blogpost. https://lnkd.in/dvkZkkNf

How to Redirect URLs Using Nginx https://lnkd.in/dfcFJzi7

🚀 Excited to share my latest project: fileVault! 🔒 fileVault is a secure file management application that supports various file types including documents, images, and more. Here’s what makes it special: ✅ Key Features: Search Functionality: Easily find the files you need. Starred Files: Mark important files for quick access. File Download: Conveniently download your files anytime. 🔧 Technologies Used: React: Frontend Development Firebase: Ensures robust security and data privacy for file storage. JWT Authentication: Secure user registration and login. Express.js: Developed RESTful APIs for seamless file management operations. MongoDB: Store user data and file metadata Middleware: Handles request validation, error handling, and authentication. 📈 Impact: Enhanced user productivity and organization. Improved data security and privacy. Streamlined file management processes. Live Link - https://lnkd.in/gSe9NXfa #fileVault #FileManagement #Firebase #JWT #ExpressJS #WebDevelopment #MERN

WebSockets offer a powerful way to achieve real-time, two-way communication between a client and a server over a single TCP connection. Unlike traditional HTTP, WebSockets allow continuous data flow without the need to repeatedly establish new connections. This is ideal for applications like chats, live updates, or online games. 🔧 How WebSockets Work The client sends a WebSocket request to the server. The server acknowledges and establishes a persistent connection. Both client and server can now send/receive messages continuously until the connection is closed. 🌟 Key Features: Full-duplex communication Low-latency, real-time interaction Efficient for frequent message exchange 💻 Basic Example: 1. Setting Up a WebSocket Server (Node.js) const WebSocket = require('ws'); const server = new WebSocket.Server({ port: 8080 }); server.on('connection', (socket) => {   console.log('Client connected');       // Send a message to the client   socket.send('Welcome to the WebSocket server!');   // Receive messages from the client   socket.on('message', (message) => {     console.log(`Received: ${message}`);     // Echo the message back to the client     socket.send(`Server echo: ${message}`);   });   // Handle connection close   socket.on('close', () => {     console.log('Connection closed');   }); }); 2. Client-Side WebSocket (JavaScript) const socket = new WebSocket('ws://localhost:8080'); // Open connection socket.onopen = () => {   console.log('Connected to server');   socket.send('Hello, Server!'); }; // Listen for messages socket.onmessage = (event) => {   console.log(`Message from server: ${event.data}`); }; // Handle connection close socket.onclose = () => {   console.log('Disconnected from server'); }; // Handle errors socket.onerror = (error) => {   console.error(`WebSocket error: ${error}`); }; ⚡ How it Works: When the client connects, the server sends a welcome message. The client sends "Hello, Server!" to the server. The server receives and echoes it back with a prefix Server echo:. The connection stays open, allowing continuous communication until either side closes it. 🎯 When to Use WebSockets? Real-time chat applications 💬 Live sports or financial data updates 📈 Online multiplayer games 🎮 Collaborative tools (like Google Docs) 📝 #JavaScript #WebSockets #NodeJS #RealTimeApps #FrontendDevelopment #BackendDevelopment #FullStackDev #WebDevelopment #CodingTips #DevCommunity #Programming

I've been exploring different ways to notify users without relying on WebSockets or AWS Lambda, and I've implemented a solution using Server-Side Events (SSE). 🎉 In my latest GitHub project, I dive into: 🔍 Why I chose SSE over WebSockets for lightweight, real-time notifications. 🛠️ How SSE simplifies server-side configuration and reduces the need for Lambda functions. ⚡️ The benefits of persistent HTTP connections for better resource optimization. Check out the code on GitHub (https://lnkd.in/gNYD8gcg) to see the full implementation using React, Express and MongoDB. Feel free to leave feedback and let me know how you're approaching real-time user notifications in your projects. #SoftwareDevelopment #RealTimeUpdates #SSE #WebDevelopment #NodeJS #React #GitHub

#React Server Components introduced a super cool feature that can also very easily turn into a foot gun 🦶🔫🙃 As you know, any server component can now independently fetch its own data which enables unprecedented levels of reusability & isolation. Consider a <BlogCard> component: simply hand it an id, and it can fetch the corresponding article data autonomously. You can put it on any page, in any component, just give it the id & it takes care of itself. Super neat, right? Yes, but… Here comes the foot gun part!🔫😈 Using this pattern, you can easily end up with the “fetch waterfall” problem. Fetch waterfall basically means that halt fetching the data & rendering of a component halts doing that for other components until it finishes. It will happen sequentially. Waterfall style 😅 For example, continuing on the example above, let’s consider the case where we want to render a list of <BlogCard> on a feed page for example, the feed page will first fetch the list of article IDs to show, then it will do this: ``` {ids.map(id ⇒ <BlogCard id={id} />)} ``` However, each <BlogCard> insists on fetching and rendering its own data before allowing the next one to proceed - a sequential bottleneck that can negatively impact performance. And as your project scales & the number of self-sufficient increases, the impact will become very visible. So what’s the solution? 🤔 It lies in striking a balance between component independence and efficient data fetching. Sometimes, it's more efficient to have a parent component fetch the data for its children. At the end of the day, your strategy should adapt to the situation. Understand when to leverage the isolation offered by React Server Components and when a more conventional data fetching strategy is beneficial. >> “Just Because You Can Doesn’t Mean You Should” & that’s all for today folks. If you found this useful, leave a 👍 Until next time 👋 #nextjs #react #rsc

📅 Day 20 of 21: Real-time Communication with WebSockets in Node.js Welcome to Day 20 of our Node.js journey! Today, we're diving into the fascinating world of real-time communication with WebSockets in Node.js. Let's explore how WebSockets revolutionize communication between clients and servers, enabling seamless and efficient real-time interactions. Understanding WebSocket protocol and its advantages over traditional HTTP: Unlike traditional HTTP, which follows a request-response model, WebSockets provide full-duplex communication channels over a single TCP connection. This allows for bi-directional communication between clients and servers, enabling real-time data exchange without the overhead of HTTP headers and multiple connections. Setting up WebSocket servers with libraries like Socket.io: Socket.io is a popular library for building real-time applications with WebSockets in Node.js. It simplifies WebSocket server setup and provides features like event-based communication, room management, and error handling. By integrating Socket.io into your Node.js application, you can quickly implement real-time communication features and scale them as needed. const http = require('http'); const socketIo = require('socket.io'); const server = http.createServer(); const io = socketIo(server); io.on('connection', (socket) => { console.log('A client connected'); socket.on('message', (data) => {    console.log('Received message:', data);    // Broadcast message to all clients    io.emit('message', data); }); socket.on('disconnect', () => {    console.log('A client disconnected');  }); }); server.listen(3000, () => {  console.log('WebSocket server running on port 3000'); }); Handling real-time communication between clients and servers: With WebSockets, you can implement various real-time communication scenarios, such as chat applications, live updates, and multiplayer games. Clients can send messages to the server, which broadcasts them to all connected clients in real-time, enabling instant communication and collaboration. Building real-time features like chat applications and live updates: Real-time features add interactivity and engagement to web applications, enhancing the user experience and enabling dynamic content updates without page reloads. By leveraging WebSockets and libraries like Socket.io, developers can build chat applications, live chat support systems, real-time collaboration tools, and more. By embracing WebSockets for real-time communication in Node.js applications, you can create engaging and interactive experiences for your users, fostering collaboration, communication, and real-time updates. Thanks for reading 🙂, Tomorrow we will explore => Scaling Node.js Applications for Production #NodeJS #WebSockets #RealTimeCommunication #SocketIO #ChatApplications #LiveUpdates #CodingTips

Problem: Handling High Traffic with Traditional Servers Traditional servers struggle with high traffic and real-time data, causing delays and bottlenecks. Solution: Node.js for Real-Time Scalability Node.js handles thousands of simultaneous connections with its non-blocking, event-driven architecture, ideal for real-time apps. Here’s an example of a simple WebSocket server: ::: code::: const WebSocket = require('ws'); const wss = new WebSocket.Server({ port: 8080 }); wss.on('connection', ws => { ws.on('message', message => console.log('received:', message)); ws.send('Hello Client'); }); This ensures efficient real-time data handling and scalability. 🚀⚡ #NodeJS #RealTime #ScalableApps