Bash4LLM is a single-file Bash wrapper for interacting with LLMs from the terminal. I created it because I wanted something simple that worked without installing Python, Node, or any other runtime. It uses only Bash, curl, and jq. You can send prompts, start a small chat, process files line by line, stream output, and save session metadata in JSON format. I tried to make it safe and predictable: no use of the system /tmp, no use of eval. Groq is supported by default, and other providers can be a

"Mistakenly we thought that by just introducing artificial intelligence ... that would produce a high-quality product.”

http://i.stanford.edu/pub/cstr/reports/cs/tr/68/85/CS-TR-68-...

Clicking on the links now reveals blank pages and empty PDFs. "Intellectually, it’s not acceptable.”

These little tricks will help you spend more time driving instead of charging.

If you've ever seen usernames like 𝓙𝓸𝓱𝓷, 🅹🅾🅷🅽, or 𝕵𝖔𝖍𝖓 on Instagram, Discord, or gaming platforms, you might have wondered how they are created. Many people think these are custom fonts, but they aren't. They're Actually Unicode Characters Most "font generators" don't generate new fonts. Instead, they replace standard letters with Unicode characters that resemble different writing styles. For example: Hello → 𝐇𝐞𝐥𝐥𝐨 Hello → 𝓗𝓮𝓵𝓵𝓸 Hello → 𝕳𝖊𝖑𝖑𝖔 Hello → 🅷🅴🅻🅻🅾 Because these are Unicode characters, they can often be copied and pasted directly into social media profiles, chat applications, and games. How Does a Text Generator Work? The process is surprisingly simple: Read the user's input. Map each character to its Unicode equivalent. Preserve spaces and punctuation where possible. Output the transformed text for copying. Most generators use predefined character mappings stored as JSON or arrays. Things to Keep in Mind Not every platform supports every Unicode character. Some games or websites may replace unsupported symbols with blank squares or question marks, so it's a good idea to test the generated text before using it everywhere. Building Your Own If you're interested in experimenting with Unicode text styles or want to see how different mappings look, I built a free tool that converts regular text into multiple Unicode styles. ( https://fontedeletra.com/letras-diferentes/ I'm also curious—if you've built a Unicode or text transformation tool, how did you organize your character mappings? I'd love to hear different implementation approaches.

Why Semantic HTML is a Superpower for Your Website As I’ve been building my personal portfolio during the IYF Season 11 program, I realized that writing code is about more than just making things look "right"—it’s about making them accessible for everyone. The secret is Semantic HTML. What is Semantic HTML? Semantic HTML uses tags that provide meaning to the web page rather than just layout instructions. Tags like , , , , and tell the browser and screen readers exactly what content they are interacting with. If you use for everything, you are handing a screen reader a blank map. Semantic tags act like a GPS, allowing users with visual impairments to navigate your site efficiently. Before vs. After The difference is clear when comparing structure: Before (Non-Semantic): HTML My Portfolio Home | About | Contact Welcome to my site... After (Semantic): HTML My Portfolio Home About Contact Welcome to my site... Fixing Accessibility Issues During my accessibility audit (Task 2.3), I identified three key areas to improve: Missing alt Attributes: I had images without descriptions. I fixed this by adding context, such as alt="Portrait of Gladwell Muthoni, web development student", ensuring screen readers can describe images to visually impaired users. Lack of Semantic Structure: My initial gallery relied on generic containers. Switching to and tags organized my project list logically, helping assistive technology categorize the content. Heading Hierarchy: I was using tags for visual styling rather than logical structure. I corrected this to follow a strict to hierarchy, which helps screen readers outline the page properly. My portfolios URL https://github.com/gladwellmuthoni/iyf-s11-week-01-gladwellmuthoni.git

TL;DR — Claude Code sends its requests wherever one environment variable points. Aim that at a small local translator and it runs on the Kiro plan you already pay for. Full setup below, plus the two snags worth knowing about. Claude Code and Kiro have something funny in common: underneath, they're powered by the same Claude models. Same brain. They just grew up speaking different dialects, so out of the box they can't hold a conversation. I noticed this right as I was about to start a second subscription for Claude Code. My Kiro plan was already renewing every month, already serving the exact models Claude Code wanted to charge me for again. Paying twice to talk to the same thing felt absurd. So instead of buying a second seat, I hired an interpreter. One small program that sits between them, listens to Claude Code, and relays everything to Kiro in a dialect it understands. Here's how to set it up, and what I learned doing it. Why they can't just talk Claude Code is more open-minded than people assume. It doesn't hard-code where it sends requests. It reads one environment variable, ANTHROPIC_BASE_URL , and ships everything to that address. Normally that's the official endpoint, but it'll happily send its requests anywhere you tell it to. That's the opening. Point it somewhere local and the whole thing becomes possible. Meet the interpreter The catch is that Claude Code and Kiro phrase things differently. You can't just redirect one at the other and expect them to understand each other. You need a translator fluent in both. That's kiro-gateway-next : a tiny proxy that runs on your own machine. A request arrives phrased one way and leaves phrased another: Claude Code (phrases it for Anthropic) ──▶ kiro-gateway (rephrases it for Kiro) ──▶ your Kiro account Claude Code gets a reply in the format it expects. Kiro receives a request it recognizes. The interpreter does the rephrasing in the middle, and the conversation just flows. Setting it up, step by step Six steps. Abo