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The Three Ages of Software: How Programming is Evolving in the AI Era

  • Andrej Karpathy, former director of AI at Tesla, discussed a fundamental transformation in software development during a recent talk at Y Combinator.
  • Software development is evolving in the AI era, creating opportunities for both experienced developers and newcomers.
  • Three Ages of Software evolution were highlighted: Traditional Programming, Neural Network Training, and Natural Language Programming.
  • Traditional Programming involves writing explicit instructions in languages like Python, Java, or JavaScript.
  • Neural Network Training replaces explicit rules with training on data where code becomes the weights and parameters.
  • Natural Language Programming allows programming in languages like English, with computers understanding and executing instructions.
  • Large Language Models (LLMs) like ChatGPT are seen as new types of computers impacting various applications.
  • AI applications today augment human capabilities and are compared to 'Iron Man suits' rather than robots.
  • Vibe coding enables building software through natural language descriptions, opening programming to non-professionals.
  • There is a shift towards AI-friendly documentation and designing systems for both human and AI users.
  • Successful AI applications offer an Autonomy Slider, Visual Interfaces, and Human-in-the-Loop features.
  • The key to AI collaboration is speeding up the cycle through clear instructions and verification.
  • The future of computing lies in effective collaboration with AI, amplifying human creativity rather than replacing it.
  • The transition to Software 3.0 signifies a significant change in software creation and human-computer interaction.
  • The era of AI computing is compared to the beginning of modern computing, offering endless possibilities with increasing accessibility.
  • AI has already changed software development, and the focus now lies on leveraging these new capabilities to create innovative solutions.

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How to Connect an Express Application to Postgres Using Sequelize

  • PostgreSQL, a widely used database, supports SQL and NoSQL querying.
  • Connecting a database to a web app through an ORM like Sequelize is common.
  • This tutorial focuses on integrating Postgres with Express through Sequelize.
  • It guides on creating a simple task management API.
  • Prerequisites include Node.js, Express knowledge, and a running Postgres instance.
  • Setting up the project involves installing necessary packages and configuring files.
  • Configuring Sequelize includes loading environment variables and creating an instance.
  • Defining a Task model in Sequelize involves specifying attributes and options.
  • Creating the Express server involves setting up middleware and defining API routes.
  • The tutorial concludes with testing the API endpoints and offers further reading resources.

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Bring Back the Age of Free and Fun Software

  • Developers are increasingly using subscription models, ads, and predatory in-app purchases in software, stripping away core functionality from free versions.
  • A new app called Freeze Frame! has been created as a response to this trend, offering a lightweight, free alternative to paid apps.
  • Freeze Frame! allows users to extract high-quality frames from videos without losing resolution, catering to those seeking clear still images.
  • The app was developed by the author to combat the prevalence of subscription-based apps, particularly when core features are locked behind paywalls.
  • The entire Freeze Frame! app was built on an iPad, showcasing the accessibility of app development tools.
  • The author emphasizes the need to uphold the original spirit of the internet by creating free and functional tools for users.
  • Freeze Frame! is available on iOS for those looking to avoid the monetization of simple tools.
  • The app allows users to capture high-quality still images from videos with precision and clarity.
  • The goal is to provide users with software that works without the need for recurring subscriptions or in-app purchases.
  • The author encourages users to try Freeze Frame! to experience free and efficient software.
  • The app was developed as a response to the frustration caused by the trend of apps becoming monetization channels rather than straightforward tools.
  • Amid the prevalence of subscription-based models, Freeze Frame! aims to bring back the age of free and fun software.
  • The development of Freeze Frame! indicates the growing accessibility of app development tools, allowing for the creation of user-centric apps.
  • The creator of Freeze Frame! calls for a return to the original internet spirit of building tools out of passion rather than for profit.
  • Those weary of subscription-based apps are encouraged to try out Freeze Frame! on iOS for a free and efficient alternative.

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Dev

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Voxel Raycaster (Voxlap-style) with baked cubic PBS/PBR lighting C#

  • A voxel raycaster with baked cubic Physically Based Shading (PBS) and stylized outlines was created from scratch in C# with OpenTK.
  • The renderer aims to capture the look of games like Jet Set Radio, Wind Waker, and PS1/PS2-era classics.
  • Key goals include a stylized look, voxel-based 3D rendering, prebaked lighting to simulate advanced shading, post-processing outlines for style, portability, optimization, and compactness.
  • The voxel texture is generated using procedural shapes like islands and crystals and employs multiple Global Illumination (GI) passes.
  • Raycasting occurs inside a 3D texture with voxel color and alpha data using a fragment shader.
  • An outline shader adds thick outlines around color or brightness changes, creating a cel-shaded, 'inked' look.
  • Technologies used include C#, .NET 6, OpenTK (OpenGL bindings for C#), GLSL shaders (330 core), with no engine or Unity, just raw code.
  • The project aims to be small, fast, customizable, stylized with an early-2000s console look, and fun to code and draw with.
  • Future plans involve optimizing GPU performance, data compaction, and rendering tricks.
  • This kind of project is ideal for those interested in rendering, graphics, or building stylized engines from scratch, requiring math, code, and creativity.

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Stack and Heap: Memory in Javascript

  • Memory in JavaScript involves stack and heap memory allocation.
  • Primitive values are stored in the stack while objects are stored in the heap.
  • Stack memory is fixed, while heap memory can grow in size.
  • Changes to variables in the stack memory do not affect other variables.
  • Variables pointing to objects in heap memory share references, leading to changes reflecting across variables.
  • Shallow copy only copies references, not the actual object.
  • Deep copy duplicates the entire object structure including nested objects.
  • JSON.stringify() and JSON.parse() can be used for deep copying objects.
  • Serialization and deserialization are crucial for working with APIs, network requests, and data storage.
  • Understanding memory allocation in JavaScript is essential for effective programming.

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Linters don’t just prettify code — A Case for Method Parentheses in Ruby

  • The necessity of a seemingly trivial linting rule in Ruby explained.
  • Method Parentheses cop helps prevent ambiguity and unintended behavior.
  • Omitting parentheses can introduce confusion, especially in complex expressions.
  • Examples show how omitting parentheses alters method call interpretations.
  • Ruby interprets expressions differently based on parentheses usage.
  • Problems arise when parentheses are omitted in certain contexts.
  • Combining different forms can lead to even more complex situations.
  • Special considerations exist when using parentheses with the super method.

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What Is SQL and Why It’s Everywhere Today

  • SQL is a standard programming language for relational databases used in various fields where data management is crucial.
  • It is an integral part of web applications, mobile apps like Spotify, and social media platforms like Instagram.
  • SQL stands for Structured Query Language and is considered a fourth-generation language.
  • Despite the emergence of other languages, SQL remains the most implemented language for databases.
  • Learning SQL can be beneficial for individuals interested in computer programming or planning to enter the field.

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How to Save Money on Blockchain RPC Provider Costs (My Sincere Apologies to RPC Provider Companies!)

  • A Blockchain RPC Provider enables users to interact with a blockchain node without running one themselves, like Infura.
  • Blockchain RPC Provider costs include gas fees paid to the network and RPC costs to the provider.
  • Querying blockchain data each time from the network can be slow and expensive, so a caching layer is needed.
  • Instead of querying data for NFT transactions every time, a caching solution was implemented to improve speed and reduce costs.
  • Various NFT transactions like minting, transferring, and burning were tracked with ownership changes.
  • To save costs, a time-based rotation strategy between four free-tier RPC providers was employed.
  • Infura Pro costs $225/month, Alchemy Growth costs $49/month plus additional fees, and running a personal node costs 2-3 million KRW/month.
  • Relying on free tiers, limitations, and response formats of RPC providers varied, requiring rotation for continuous data collection.
  • A balance was sought between real-time blockchain updates and cost efficiency by collecting changes periodically and storing them for quick responses.
  • Third-party blockchain indexing services like The Graph and Moralis could also be utilized for data aggregation.
  • Querying blockchain data in real-time for a project led to delays and high costs, prompting the need for a caching mechanism.
  • Implementing a backend API and caching layer improved response times and reduced the number of RPC calls for NFT-related actions like transfers and burns.
  • Multiple types of NFTs were managed, including puzzle pieces, blueprint items, and material items, each with different transaction events.
  • A time-based approach with rotating between multiple free-tier RPC providers was a cost-effective solution for continuous data collection.
  • The implementation allowed for collecting blockchain data without incurring additional costs, addressing budget constraints for a student project.

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My Typescript Journey and effect of Copilot auto-completion

  • During a break from university, the individual decided to enhance their development skills by learning new technologies.
  • Based on suggestions from ChatGPT, they opted to focus on general development and DevOps instead of fundamental skills.
  • They started by learning ES6+ Function in JavaScript and async await in just two days from documentation and YouTube.
  • Next, they delved into learning TypeScript from a tutorial by Hitesh Chaudhary on FreeCodeCamp.
  • While practicing coding in VScode, they noticed that Copilot's auto-completion feature was completing their code automatically when naming functions.
  • Although auto-completion generally helps, in this case, the individual found it counter-productive as it hindered their learning process by not allowing them time to think and understand the concepts.
  • The advice given is to disable Copilot's auto-completion feature while learning. Instead, utilize Copilot for asking questions and clarifying doubts, which can enhance the learning process.

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✨ Why the Same Font Can Look So Different — and How to Fix It

  • Fonts can look different even when using the same font due to variations like glyphs.
  • Typography discrepancy noticed when comparing personal portfolio site to Brittany Chiang’s site.
  • Discovered that the letter 'a' had different glyphs: double-storey and single-storey.
  • Double-storey 'a' is traditional, while the single-storey 'a' looks more modern.
  • Used CSS property font-feature-settings to change the glyph style to single-storey 'a'.
  • Attempted to implement the change through Next.js and Tailwind CSS, but it didn't work.
  • Opted to self-host the Inter font by downloading it from GitHub and configuring it in the project.
  • After self-hosting the font, successfully achieved the desired single-storey 'a' style.
  • Key takeaway: Fonts like Inter have multiple glyph variations, and font-feature-settings in CSS can customize glyphs.
  • When using third-party font services, not all OpenType features may be accessible.
  • Self-hosting fonts provides more control over glyph variations and styling.
  • Useful Links: Brittany's Portfolio, Google fonts article on font glyphs, MDN for font-feature-settings, Next.js Docs on Using Local Fonts.
  • Author invites feedback and tips in the comments.
  • Article concludes with gratitude for reading.

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How Google Plans to Save Indians ₹20,000 Crore from Cybercrime in 2025

  • Google is enhancing fraud detection on UPI platforms and Google Pay using AI.
  • In 2024, Google helped prevent frauds worth ₹13,000 crore and issued over 41 million scam warnings.
  • A new engineering center will be established in India, focusing on building India-specific safety tools.
  • Expansion of Google's fraud awareness program DigiKavach.
  • Campaigns like “Mauka Gawao” have reached over 177 million users.
  • Google collaborates with the Indian Cyber Crime Coordination Centre and the national cybercrime helpline.
  • Teaming up with banks, telecom companies, and fintechs through the Safer Internet India Coalition.
  • Introduction of an interactive tool called ShieldUp! to educate users on recognizing scams.
  • Google funds awareness campaigns targeting vulnerable users and MSMEs through NGOs like CyberPeace Foundation.
  • Plans to introduce AI-generated content labels to combat misinformation like deepfakes.
  • Google Play Protect scans 200 billion apps daily to identify and remove malicious software.
  • Preparation for future threats by moving toward quantum-resistant cryptographic methods.
  • Google aims to save Indians ₹20,000 crore from cybercrime losses by 2025.
  • The initiative combines AI fraud prevention, localized threat analysis, digital education, and industry collaboration.
  • The approach promises to enhance online safety for millions of Indian users and organizations.

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What is git tags ? How to Use Git Tags (Create, List, Push & Delete) — Ariful Haque Sajib

  • Git tags are references to specific points in Git history used to mark important milestones like release versions.
  • There are two types of Git tags: lightweight (pointers to commits) and annotated (store metadata).
  • Tags are useful for version control, documentation, deployment, and referencing important points in history.
  • Commands for creating tags include lightweight and annotated tag creation and tagging specific commits.
  • Commands for listing tags provide ways to view all tags, use pattern matching, and show tag details.
  • Pushing tags to remote repositories can be done for specific tags or for all tags at once.
  • Checking out tags allows for creating detached HEAD states and branching from tags.
  • Deleting tags can be done locally or from remote repositories.
  • Advanced usage includes signing tags with GPG, verifying signed tags, and listing tags with creation dates.
  • Understanding the differences between Git tags and branches is crucial for efficient workflow management.
  • Git tags are valuable for marking project milestones, enabling easy rollbacks, and improving version management.

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Why Composition over Inheritance Is More Than Just a Design Principle

  • Inheritance is default for reusing behavior, but in evolving systems, composition offers more flexibility.
  • Inheritance leads to rigid hierarchies, tight coupling, low reusability, and poor maintainability.
  • Composition injects behavior at runtime, offering modularity, loose coupling, flexibility, and testability.
  • Example: Multi-Channel Notification Service in .NET demonstrates composition usage.
  • NotificationService uses composition with INotificationChannel to send messages through different channels.
  • Composition allows mixing channels without subclassing, fragile overrides, or bloating class hierarchy.
  • In modern .NET applications, composition leads to simpler, more maintainable code.
  • Inheritance still has its uses, but for flexibility, reusability, and testability, composition is preferred.

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How I Used ChatGPT to Automate Code Reviews? (You Can A

  • A software developer shared their experience using ChatGPT to automate parts of their code reviews, aiming to save time and improve the review process.
  • Code reviews help ensure clean, functional, and maintainable code but can be time-consuming, especially with multiple projects.
  • The developer leveraged ChatGPT to look for common issues like bugs, bad formatting, and missing comments, while reserving a final human review for major decisions.
  • Using the ChatGPT's web interface, the developer found the tool helpful in identifying issues that might have been overlooked.
  • Automating code reviews through ChatGPT saved time and provided additional insights, although it was not flawless.
  • Implementing AI tools for code reviews can streamline the process and aid developers in catching errors and adhering to coding standards.
  • AI-based code review tools can complement human expertise by providing valuable feedback and enhancing the overall review process.
  • By combining AI automation with human oversight, developers can potentially increase the efficiency and effectiveness of their code review workflows.
  • The use of ChatGPT for code reviews highlights the evolving role of AI in software development processes, offering innovative solutions for enhancing productivity.
  • Integrating AI tools like ChatGPT into development workflows demonstrates the potential for improved efficiency and code quality in software development projects.
  • Exploring AI-powered solutions for code reviews showcases the adaptability of developers in leveraging technology to streamline their work processes.
  • The experience of using ChatGPT for code reviews underscores the ongoing evolution of AI applications in the realm of software development.
  • While ChatGPT may not replace human reviews entirely, it can serve as a valuable tool for assisting developers in code analysis and optimization.
  • The developer's journey with ChatGPT for code reviews illustrates the benefits of combining AI capabilities with human intuition in software engineering practices.

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Lumera Protocol : Unlocking Verifiable AI with Modular Blockchain Infrastructure

  • Lumera Protocol is addressing the challenge of trust in AI and Web3 by focusing on transparency and verifiability.
  • Lumera is a Layer‑1 blockchain aiming to accelerate decentralized, verifiable AI, previously known as Pastel Network.
  • Key Features of Lumera Protocol include Modular Blockchain Architecture, Verifiable Compute using ZKPs, Decentralized Compute Marketplace, and Interoperability.
  • The protocol offers a marketplace for compute resources, connects with other chains through IBC, and allows AI computations to be validated on-chain.
  • Next steps for Lumera include Public Testnet, Compute Marketplace Beta, Token Swap, and Foundry Campaign for early incentives.
  • Lumera's goal is to make decentralized AI transparent, verifiable, and accessible to all, empowering developers without reliance on centralized entities.
  • Ultimately, Lumera Protocol combines blockchain modularity with verifiable computation to enable trustworthy AI applications.
  • Get involved in the Lumera revolution by exploring the testnet, joining the Foundry Campaign, and holding $LUME tokens for governance.

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