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    584
    @renzohm

    Hear me out, Microsoft:

    By now, you’ve likely sensed the growing frustration within the community about recent changes to GitHub Copilot. Many of us are just waiting for our credits to run out before exploring alternatives. Considering the allowance reset on June 30, I estimate that by around July 10, a large portion of your user base will begin migrating en masse. And let’s be honest, GPT-4.1 just isn’t cutting it for most of us. So, what can be done to stop users from switching their subscription to Cursor? A simple yet powerful move: Include Claude Sonnet 4 in the Copilot standar models, not necessarily in the Pro plan, but at least in Pro+. While you may not have the same influence over Anthropic as you do with OpenAI, you are still the only major player positioned to pull this off. Doing so could not only keep your users but bring a significant share of the Cursor and Windsurf user base. I understand this isn't an easy financial decision, but with Opus 4 already available in the Enterprise plan, moving Sonnet 4 to the included tier and adding Opus 4 to the premium tier for solving complex problems would maybe help this work out? With the timeline in mind, you have about 20 days to either lead this race or get left behind.

    508
    @Adventurous_Emu_5520

    GitHub Copilot vs Cursor in 2025: Why I'm paying half price for the same features

    # After researching both GitHub Copilot and Cursor extensively, I wanted to share my findings for anyone trying to decide between these AI coding assistants. # Price Comparison * **GitHub Copilot Pro**: $10/month with unlimited standard usage (fair use policies apply) * **Cursor Pro**: $20/month but only includes 500 "fast" premium requests, with additional charges for exceeding this limit * Some users report paying over $44 when exceeding Cursor's request limits, while Copilot maintains a predictable monthly cost # Feature Comparison Both tools now offer nearly identical capabilities: * AI code completion * Chat interfaces for coding assistance * Agent modes for autonomous coding tasks * Codebase understanding # What changed recently Copilot has caught up to Cursor with its agent mode in VSCode. Previously, Cursor had an edge here, but Copilot's agent mode is now available in VSCode Insiders and rolling out to stable VSCode, making the tools functionally equivalent for most developers. # My conclusion Why pay $20+ for Cursor when GitHub Copilot does the same thing for $10? Unless there's something specific about Cursor's editor you prefer, Copilot seems like the better value, especially if you're already using VSCode. What's your experience with either tool? Has anyone found features in Cursor that justify the price difference?

    506
    @hollandburke

    Beast Mode V3 is here

    Hi friends! Burke here again from the VS Code team with v3 of the 4.1 Beast Mode chat mode file. 👉 [4.1 Beast Mode v3](https://gist.github.com/burkeholland/88af0249c4b6aff3820bf37898c8bacf) **What's New** * Built on top of OpenAI's own [prompting guide](https://cookbook.openai.com/examples/gpt4-1_prompting_guide) with an opinionated workflow layered in. * The new workflow emphasizes Google search using fetch to get the model to act more like a human and do some research. I feel like all agents should just do this. It's what I do, why wouldn't the model do this too. * I've really tried a bunch of different things to get 4.1 to keep going no matter what. You'll see some tweaks in the head of the prompt to that effect. * I've reordered the workflow steps to be very prescriptive so that 4.1 will do more leg work to understand before taking action and will test it's work. * Tweaks to workflow sections to be more prescriptive about what tools to use and how. * Communication guidelines so that at the very least it doesn't sound like it doesn't care at all about my request 😂 A few other notes... * Some folks have asked about how to use this. You can use it as a simple instruction file, but I recommend using Insiders and this as a custom chat mode as I feel like I get better behavior this way - although I don't have a benchmark to back that up. Go to Ask/Edit/Agent picker -> Configure Modes -> Add new chat mode. * The tooling for custom chat modes is still a bit touch and go in Insiders. If you try to disable or enable a tool from the tool picker, it will open the mode and try to add/remove them from the front matter. You're just going to have to work with this and add the tools array if you need to. This experience will improve. * I've seen some folks complain that this mode doesn't work for them at all. If you trying to one-shot big changes/features, I would suggest breaking your workflow down into **research**, **plan** and **architect** steps. The idea is that you have 4.1 do research, then create a PRD, then write a tech spec. Then you implement the tech spec. This is a workflow that has been documented by Nicholas Zakas [here](https://humanwhocodes.com/blog/2025/06/persona-based-approach-ai-assisted-programming/) and Austen Stone [here](https://austen.info/blog/github-copilot-agent-mcp/). * It's still not Claude - but it's definitely not the 4.1 you know today. I'm using this and getting solid results. Not perfect. It doesn't always complete. Sometimes it puts the imports below the code - it's 4.1. But it's a marked improvement even over v2. Thanks again and always open to feedback, suggestions, tweaks. We appreciate you all! EDIT: u/debian3 reminded me - we are working on improving 4.1 right now in the product. And since we're open source now (yay!) you can follow the progress in [this issue](https://github.com/microsoft/vscode/issues/253678). I just wanted to get you what I had today ASAP.

    504
    @debian3

    Claude Sonnet 4.6 released

    Claude Sonnet 4.6 released

    471
    @philosopius

    hmmmmm how about no?

    hmmmmm how about no?

    Featured Prompts

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    Generate API Rate Limiting Documentation

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    Top Videos

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    Rules

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    General

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    Read and follow `AGENTS.md` in the repository root.
    # JellyRock Developer Guide JellyRock is a Jellyfin client for Roku devices allowing users to consume media from their personal Jellyfin servers. ## Technologies used - **BrighterScript (.bs)** - Primary language, compiles to BrightScript (.brs) - **(RSG) Roku Scene Graph (.xml)** - Node-based UI framework (NOT HTML!) - **Jellyfin API** - Via `source/api/sdk.bs`, Task Node pattern required ## ⚠️ Mandatory Agent Rules ⚠️ 1. DO NOT make things up or assume 2. Ask clarifying questions when you are not sure about something 3. Focus on best practices, industry standards, and easy long term maintenance 4. ALWAYS look for the best possible solution to a problem then provide the user with their best options 5. Iterate on a plan with the user until they approve it, and only then begin coding 6. When finished coding a user approve plan, provide a list of app behavior for the user to manually test and any expected debug logging output ## Development Context **Check relevant docs for specific areas:** - **Adding user settings?** → `docs/dev/adding-user-settings.md` - **Writing tests?** → `docs/dev/unit-tests.md` - **Registry migrations?** → `docs/dev/registry-migrations.md` **All dev docs:** `docs/dev/` ## Architecture Overview ### `SceneManager` System - Stack navigation: `pushScene()`, `popScene()`, `clearScenes()` - Lifecycle: `OnScreenShown()`, `OnScreenHidden()` - Component hierarchy: `JRScene` → `JRScreen`/`JRGroup` - Focus management with `lastFocus` preservation ### Global State Structure - `m.global.app` - App state - `m.global.constants` - UI constants - `m.global.device` - Device state - `m.global.server` - The active Jellyfin server state - `m.global.user` - Authenticated user state - `m.global.user.settings` - User setting configuration. Contains child nodes `user` and `policy`, which hold the Jellyfin server authoritative config data. Example: `m.global.user.settings.user`, `m.global.user.settings.policy` ## Folder Structure & Scoping Rules ### Component Folder (`components/`) - **ONLY place XML files allowed in project** - XML + BS file pairs with same name auto-scope together - Organized by feature (video/, login/, settings/, etc.) ### Source Folder (`source/`) - **BS files only** - no XML allowed - Files auto-scope together, no imports needed - **BUT**: Must import to use in components: `import "pkg:/source/..."` ### Scripts Folder (`scripts/`) - JavaScript files for NPM build processes - Build automation and tooling scripts ### Settings (`settings/settings.json`) - **Single source of truth** for all app settings - Default values and configuration options - User preferences and app behavior controls ### Tests Structure (`tests/`) - **Unit tests** (`source/unit/`): Isolated function testing, no I/O - **Integration tests** (`source/integration/`): Component interactions, real I/O allowed - **E2E tests** (`source/e2e/`): UI automation (future RTA implementation) ### Build (`build/`) - Transpiled `.brs` files from BrighterScript compilation - **These are the actual deployed files** shown in runtime logs ## Roku-Specific Requirements ### Render Thread Protection - **ALL API calls and I/O operations via Task Nodes only** (use `source/api/sdk.bs` for API calls) - Single field access: direct OK (m.global.device.locale) - Multiple `m.global.child` access: cache local reference first (`globalUser = m.global.user`) to reduce render thread overhead - Use `getFields()`/`setFields()` for bulk operations ### Component Patterns - File pairing: same base name auto-scopes XML+BS together - Use import statements (not XML script tags) - `isValid()` for conditional invalid checks - `onKeyEvent()`: return true = handled, false = bubble up ### Task Node Field Types - **assocarray**: Pass multiple input parameters - **node/nodearray**: Handle large data transfers - **string**: Simple single parameters ### Input Event Handling - `onKeyEvent(key, press) as boolean` - `return true` = event consumed, no bubble - `return false` = event bubbles up to parent ## Development Workflow ### IDE Integration - `BSConfig` validation runs automatically - Real-time linting (no manual NPM run lint) - Build errors caught by IDE (no manual build commands) ### Agent Restrictions - **Cannot run tests** (manual execution required) - **Cannot modify CHANGELOG.md** (CI-controlled only) - **Cannot execute build/deploy** (IDE handles compilation) ### Code Standards - Use `roku-log` for component and class logging - Use print statements sparingly and only when absolutely necessary (roku-log only works in components/classes) - Fix issues at source, not usage points - Use comments for JSDoc style function definitions, complex code, any Roku specific oddities, and best practices - Update/create unit tests for all changes - 2 spaces indentation, PascalCase class names - camelCase everything else
    # universal-crypto-mcp > Universal MCP server for AI agents to interact with any* blockchain via natural language and plugins. Supports swaps, bridges, gas, staking, lending, and more across Ethereum, Arbitrum, Base, Polygon, BSC, and testnets. ### Terminal Management - **Always use background terminals** (`isBackground: true`) for every command so a terminal ID is returned - **Always kill the terminal** after the command completes, whether it succeeds or fails — never leave terminals open - Do not reuse foreground shell sessions — stale sessions block future terminal operations in Codespaces - In GitHub Codespaces, agent-spawned terminals may be hidden — they still work. Do not assume a terminal is broken if you cannot see it - If a terminal appears unresponsive, kill it and create a new one rather than retrying in the same terminal

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