标签：#appdev

Here's the full flow the way I've built it, using Notify as the email API. The shape of this is the same regardless of which provider you pick — generate a token, send a link, verify it on submit — so most of this applies no matter what you're using; I'll flag the one part that's specific to Notify. The Flow, End to End User requests a password reset Your backend generates a secure, short-lived reset token Your backend stores a hashed version of that token Your backend sends an email with the reset link, through an email API User clicks the link and submits a new password Your backend verifies the token, updates the password, and invalidates the token Step 1: Generate the Reset Token Use a cryptographically secure random value, not anything guessable, and store only a hashed version in your database — if your database ever leaks, the raw tokens aren't exposed alongside it: const crypto = require ( ' crypto ' ); function generateResetToken () { const token = crypto . randomBytes ( 32 ). toString ( ' hex ' ); const tokenHash = crypto . createHash ( ' sha256 ' ). update ( token ). digest ( ' hex ' ); return { token , tokenHash }; } Give it a short expiration — 15 to 60 minutes is typical. Step 2: Build the Reset URL https://yourapp.com/reset-password?token=RESET_TOKEN The token goes in the link the user clicks; the hash is what you store and check against later. Step 3: Send the Email This is the Notify-specific part. There's no SDK to install — it's a single HTTP request with your API key in the header: async function requestPasswordReset ( email ) { const user = await findUserByEmail ( email ); // Don't reveal whether the email exists if ( ! user ) return ; const { token , tokenHash } = generateResetToken (); const expiresAt = new Date ( Date . now () + 1000 * 60 * 30 ); // 30 minutes await saveResetToken ( user . id , tokenHash , expiresAt ); const resetLink = `https://yourapp.com/reset-password?token= ${ token } ` ; await fetch ( ' https://notify.cx/api/email/send

Hello DEV Community! 🚀 In my last post, I shared my passion for App Development. Today, I want to talk about the actual process of building an app. Whether you want to build an Android or iOS app, the core workflow remains the same. Here is a step-by-step roadmap for anyone starting out: 1. Planning and Research 💡 Before writing a single line of code, you need a clear idea. Identify the problem: What problem does your app solve? Target Audience: Who will use this app? Feature List: Write down the core features (e.g., login, dark mode, notifications). 2. UI/UX Design 🎨 Design is how your app looks and feels. Sketch your ideas on paper first. Use tools like Figma or Adobe XD to create wireframes and visual mockups. Keep the user interface clean and easy to navigate. 3. Choosing the Right Tech Stack 🛠️ You need to decide how you will build the app: Native Development: Use Kotlin/Java for Android, or Swift for iOS. Cross-Platform Development: Use Flutter (Dart) or React Native (JavaScript) to build for both Android and iOS with a single codebase. 4. Development (Coding) 💻 This is where the magic happens! Frontend: Building the screens and visual elements that users interact with. Backend: Setting up servers and databases (like Firebase or Node.js) to store user data, login details, etc. 5. Testing and Publishing 🚀 Before releasing it to the world, you must test it thoroughly. Test for bugs, crashes, and performance issues. Once everything is perfect, publish it on the Google Play Store or Apple App Store . Conclusion 🤔 App development takes time and patience, but seeing your app live on a smartphone is an amazing feeling! What framework are you using for your app development journey? Let me know in the comments below! 👇

How to Decompose a Legacy Java Monolith Without Disrupting Business Operations The Java monolithic applications have been supporting businesses for years. In these applications, the entire business logic, presentation layer, and data access layer are bundled into a single unit. These architectures are functional but hard to scale, maintain, and improve due to changing business needs. An expert Java app development company helps growing organizations in addressing this issue through Java modernization services. Instead of developing a whole software application from scratch, firms can transform their software in stages with the right boundaries. The biggest challenge here is to determine where to make those cuts in a bundle. Poorly chosen service boundaries create operational complexity issues and long-term maintenance problems. Understanding how to identify seams in the monolith application helps in achieving modernization successfully. Let's take a look at what contributes to the success of monolith decomposing and how organizations can approach it wisely. Why Organizations Are Modernizing Legacy Java Monoliths The legacy Java monolith applications were built during a time when monolithic architecture was common. They were optimized for easy deployment and centralized management. But today, businesses require flexibility. This is due to challenges such as Slow release cycles Increasing maintenance costs Limited scalability Complex dependency management Difficult onboarding new developers Growing technical debt These issues have increased the demand for software architecture modernization in business sectors. Modern architecture gives the following advantages to the teams: Deploy features independently Scale services individually Improve system resilience Accelerate development cycles Support cloud-native environments The objective of architecture modernization is to create a technical foundation that supports future business growth. Understanding business goals of