Tools
Tools: Ultimate Guide: VS Code on Your Phone — Yes, It Actually Works 🔥
🤔 Why Doesn't It Just Work Out of the Box?
Part 1 — Make Code-OSS Feel Like the Real VS Code
Unlock the Official VS Marketplace
Part 2 — Fix Language Servers That Don't Work
🦀 Rust — rust-analyzer
🌙 Lua — lua-language-server
🐛 CodeLLDB — Native Debugger for Rust & C++
🔍 Troubleshooting — When Things Still Don't Work
💡 Quick Recap
📁 All Configs Live in the Dotfiles Repo
🏁 You Now Have a Real Dev Environment on Android Extensions, IntelliSense, debuggers — the full experience, running natively on Android. You've got VS Code running in Termux. You open it, install a Rust or Lua extension, and... the language server does nothing. No autocomplete. No error highlighting. Just silence. This happens to almost everyone. And the fix is simpler than you think. New here? This guide assumes you already have Code-OSS (code-oss) installed in Termux. If you haven't set that up yet, check out the previous post first — Turn Your Android Into a Full Desktop — No Root Needed — which covers installing a full XFCE4 desktop with Code-OSS on Termux, no root, no hacks, no proot required. Come back here once you're set up. 👋 This guide — based on the GourangaDasSamrat/dotfiles repo — walks you through two things: Termux ships code-oss — the open-source build of VS Code. The problem is that VS Code extensions bundle their own pre-compiled binaries (language servers, debuggers), and those binaries are compiled for x86 Linux. They don't run on ARM Android. The fix? Install the correct ARM binaries via Termux's package manager, then symlink them into the extension folders. Simple once you know it — confusing until you do. By default, Code-OSS points to the Open VSX registry, not Microsoft's official Marketplace. A small config change fixes this and also renames the app to "Visual Studio Code" so everything feels native. Edit the product config file: Add or update these properties: Save and restart Code-OSS. You now have the official Marketplace, the official name, and the code command in your terminal. It's VS Code. On your phone. The pattern for every broken language server is the same three steps: Let's go through each one. Step 1 — Install the system binary: Step 2 — Remove the broken bundled binary: Step 3 — Symlink the working one: If the * wildcard doesn't work, run ls ~/.vscode/extensions/ to find the exact folder name and replace * with the version number. Reload VS Code and open a .rs file — autocomplete, type hints, and error checking should all be live. 🦀 Step 1 — Install the system binary: Step 2 — Remove the broken bundled binary: Step 3 — Symlink the working one: Open a .lua file and watch IntelliSense spring to life. 🌙 This one has more moving parts because CodeLLDB bundles several binaries. Same approach, just more symlinks. Step 1 — Install the system binaries: Step 2 — Remove all the broken bundled binaries at once: Step 3 — Symlink all four system binaries: Set a breakpoint, hit F5, and you've got a working debugger. On Android. 🤯 If a language server or debugger is still misbehaving after following the steps above, run through this checklist: Check that the symlinks actually exist: Verify the symlink targets are executable: Reload the language server without restarting VS Code: Press Ctrl+Shift+P → type Restart Language Server → hit Enter. Check for error details: Open the Output panel (Ctrl+Shift+U) and select the language server from the dropdown. The error messages there are usually very specific and point right to the problem. The pattern never changes: apt install → rm broken binary → ln -s system binary. Once you understand this, you can apply it to any other language server that breaks in the future. The full setup, including a curated list of recommended VS Code extensions for Termux, lives here: 👉 github.com/GourangaDasSamrat/dotfiles Check docs/vscode/ for both this setup guide and the full extensions list. A working VS Code with IntelliSense, language servers, and a native debugger — all running on your phone without any root, emulation, or cloud tricks. Whether you're coding Rust on your commute or debugging Lua on your lunch break, your Android is now a legitimate development machine. Go ship something. 🚀 If this helped, star the dotfiles repo on GitHub! ⭐ 📖 Read the previous post in this series:
Turn Your Android Into a Full Desktop — No Root Needed — Install XFCE4 + Code-OSS on Termux from scratch, no root, no proot, no hacks. Templates let you quickly answer FAQs or store snippets for re-use. Hide child comments as well For further actions, you may consider blocking this person and/or reporting abuse
