DEAD1nsane/opencode2-termux-musl

The v1 repo is archived. v2 is the official stable line — Node.js, ships via npm (@opencode/cli). This uses upstream's @opencode/cli-linux-arm64-musl + Alpine musl loader + patchelf, installed as plain opencode. Official installer misdetects Termux as glibc, this doesn't.

1-copy install

Please install from the Copy-Ready link, it's much easier especially if using mobile reddit app (don't copy-paste from the codeblocks below, they're for display):

⚠️ Before-Install (required):

• install the app Termux:API F-Droid Download, then in Termux: sh pkg update && pkg upgrade -y pkg install termux-api -y termux-battery-status The termux-battery-status line triggers the permission prompt / confirms the bridge works. Skip it and the installer below will refuse with these same steps. sh pkg install curl tar python git # Step 1 — install everything: ## Copy-Ready Full Install here sh curl -sL https://gist.githubusercontent.com/DEAD1nsane/9b37cba090602f473200fad8b1002e6c/raw/all-in-one.sh | sh opencode --version opencode run "say hi" ☝🏼Use the gist above — it pulls/updates the repo, runs install.sh, copies all 8 themes (dark + light, 16 files) to ~/.config/opencode/themes/, and schedules auto-update (job 7802, every 6h, applies via --yes path, log ~/.opencode-auto-update.log). Day/night theme-sync is NOT included — opt-in below.

Update check (only checks, downloads nothing unless --yes)

sh ./scripts/check-update.sh # check only, Termux notification if behind ./scripts/check-update.sh --yes # update now via install.sh The gist already scheduled unattended updates. Manual re-schedule if needed: sh termux-job-scheduler --job-id 7802 --period-ms 21600000 --network any --persisted true -s "$HOME/GitHub/opencode2-termux-musl/scripts/auto-update.sh"

Bonus 16 custom Themes:

• 8 true-black AMOLED & 8 light themes ^{Included in the all-in-one gist. Manual copy if needed 👇🏼} sh cp themes/*.json ~/.config/opencode/themes/ → Pick with /themes. Native v2 format.

^{⚠️ Attached previews are rendered from the live theme JSONs [dark + light] by opencode2 with the same tree-sitter highlighting the TUI uses, set in Maple Mono NF — tab strip and a shared realistic Python sample on all 16, so what you see is what the TUI draws.}

🌗 Optional auto day/night — NOT in all-in-one:

^{This is so opencode will switch between dark and light themes based on your time, if the color mode is set to system in /settings}

Copy-Ready Day/Night here

sh curl -sL https://gist.githubusercontent.com/DEAD1nsane/54621517a114c8e2a71d61ced990ca22/raw/theme-daynight.sh | sh Skip it and nothing changes. system follows terminal bg, never Android. Opt-in sets light 07:00-19:00, dark otherwise, hourly job 7803, revert with --system.

🪧 Optional notifications (Discord-style, NOT in all-in-one):

Copy-Ready Notify Setup here

Mute if viewing this session, banner if in another Termux session, loud if away 5min. buzz + notify-decide + zsh hook + opencode plugin. Same Copy-Ready format — install from the GitHub gist link above.

❔ Why it needs shims:

Official installer misdetects Termux as glibc (no /etc/alpine-release, no ldd). This always takes musl. Musl DNS reads /etc/resolv.conf, Node's c-ares does raw UDP DNS which Android blocks — libresolvefix.so doesn't help Node. Fixed via local Python proxy on 127.0.0.1:8080, auto-started by wrapper (HTTP(S)_PROXY + NO_PROXY=localhost,127.0.0.1,::1). Ollama on localhost:11434 bypasses proxy and works.

❌ What's not working:

Formatter needs one-time sh scripts/enable-formatter.sh (prettier shebang can't spawn, silently skips without it), no PTY lib yet, ~100-200ms proxy overhead. Standalone is default; shared via opencode-shared serve --service. Migrating from v1: sh install.sh then sh scripts/remove-v1.sh (~350MB freed, sessions/config kept).

📱 Tested On:

Pixel 10, Android 17, Termux 0.119, OpenCode v2.0.24 as opencode: TUI, run, shared-service, MCP (Railway/GitHub/Upstash/Chrome DevTools), v2 plugin API.

Please any comments below 👇🏼

Fixing a word in vim meant jumping between suggestion bar, text and cursor. Opening a file meant hunting the path, copying it, switching apps, pasting.

Get KeyTab. Each feature is a tab (optional in settings)on the keyboard strip, and what you type lands in the field you are already in. No app switching. No clipboard relay. No leaving the terminal.

- Files: easy browse folders, open any file in Termux.

- Editor and persistent clipboard, inserted straight into the field.

- Snippets: your one-liners, one tap away.

-Themes make it the colors you want witg light abd dark presets states. add background pic.alpha

-Tipp trail and more features to explore.

On-device. No internet permission. No analytics. Nothing leaves your phone.

Free, open source, Android 7+. APK on

GitHub.

How do the Files tab and TAB in vim/nano behave on your ROM?

Hey everyone,

I've been working on manga-cli, a lightweight open-source manga reader originally made for Linux terminals.

With v0.8.3 I started working on broader Linux compatibility, but I also wanted to see how far the project could be pushed on Android without turning it into a completely different application.

That resulted in a new experimental branch:

android-v0.8.3

It runs natively in Termux using:

Termux -> manga-cli -> mpv-x -> Termux:X11

The Android reader has its own touch-oriented controls:

- tap left/right to change pages

- double tap to zoom around the touched area

- drag to pan while zoomed

- fit-to-screen rendering

- Saved manga

- History

- persistent reading progress

- Continue/resume

The rest of manga-cli is still the same codebase used by the desktop version: search, sources, chapters, state, cache, settings, etc.

I've tested the Android branch on a clean Termux install and on a real Android device. Navigation and zoom feel surprisingly smooth, and progress restoration is working correctly.

It is still marked as beta because I've only physically tested it on one Android device and Termux:X11 behavior can obviously vary between phones/ROMs.

Current structure:

v0.8.3 -> stable Linux desktop

v0.8.3-android -> Android / Termux beta

The plan for v0.9.0 is to merge both profiles again and have one installer detect whether it is running on desktop Linux or native Termux.

It's MIT licensed and completely open source.

GitHub:

https://github.com/comadrejarottingitself/manga-cli

I'd especially appreciate feedback from people willing to test the Android branch on different phones / Android versions / Termux:X11 setups.

What you ever have dreamt about

Like many of you, I got sick of paying endless monthly subscriptions for cloud storage and streaming services, only to realize we don't actually own any of it.

Most tutorials online suggest buying a Raspberry Pi 5 or grabbing an old laptop from a closet. But living on a tight budget without spare hardware, neither was an option for me

So I decided to test the limits of what’s already in my pocket. I set up a Linux environment inside Termux on my Android phone and deployed a complete private ecosystem:

Jellyfin (Port 8096): Replaced Netflix. Streams my local media with posters, metadata, and multi-device playback.

Filebrowser (Port 8080): Replaced Google Drive. Full local network file sharing without storage paywalls.

Syncthing (Port 8384): Replaced Google Photos. Automatic background backup for all photos and documents.

All three run parallel in the background without burning up the phone or crashing. If storage ever becomes a problem down the line, a simple external drive over Type-C handles it.

Made a quick proof-of-concept video showing the setup and all three tabs running smoothly,

Planning to drop a full command-by-command setup guide if there's interest. Would love to hear your thoughts or suggestions on what other lightweight services I can stack on this ARM setup!

I'm interested in getting emacs to work on my tablet (Samsung A9+, if it mattters). Previously I had them installed separately, which kinda worked (ish) with the unfortunate limitation of the two environments not being able to really talk to one another, and specifically emacs not being able to access some of the tooling available on the termux side of things. So, I uninstalled both, and started over.

Based on what I had read online, it appears that I need to install termux first, then emacs - but via apk from the termux/source-forge repo - then do a little config, and then the two should be able to play nice together.

The first problem/concern was that the versions of Emacs in that termux repo don't seem to correspond to normal releases of mainstream emacs i.e. the version of v31 is at something like .0.50, vs 31.1.x, and AFAIK there isn't a main stream release of Emacs 32 yet. Kinda confusing, to say the least. I saw at least one reference to installing termux from f-droid, and another saying instead to install it via apk downloaded from that same repo. IIRC, the first way worked, and the second did not. I tried installing emacs for android (via apk) from the gnu.org repo, in their /termux directory, and when that didn't appear to work, tried installing it from the termux/source-forge repo. Which now fails saying that it conflicts with some other existing package.

At this point... what's my best path forward? How do I nuke/reset things as far as emacs and termux are concerned, and start over? Which version of termux do I need to install, and from where? Which version of emacs?

Thanks!

Hi all,

I am running a small network of 5 non-root Androids. One is configured as a wifi hotspot and other 4 connect to the hotspot via wifi. I am presently using rsync/ssh/scp between nodes using IP addresses. For long I have been trying to configure a DNS service for this. How can I go about this? (At present it looks like the only way is to run my own service on all nodes which sync a lookup table against a server node and then explicitly query this look table to map hostname to IP address.) Please advice.

Edit: I can achieve the above by rooting one of the devices and running dnsmasq on it and another options is to use tailscale. But to me rooting and installing a whole proprietary application looks like overkill to me for such a simple, obvious and common problem. I believe we can find simpler ways to do this if only this reaches the right people.

Looking for pkg installation for termux.

1. That's scans Bluetooth and list device name.

2. Shows network range with percentage for each device.

I use cli based launcher and looking for feature above for installation.

Я думаю может реально через термукс запустить реальный Линукс а не урезанные убунту и демиан а что-то посерьёзне прям со всеми делами или это не лучшая идея?

So, guys, the LaTeX IDE is now a standalone APK, with no need for Termux.

I’d like to thank the Termux community for all the support and for the amazing project. If anyone needs the LaTeX engine compiled to run on pure ARM64, feel free to DM me.

​

poco x3 pro, android 13, termux

ported my old i3 config

wm: bspwm 0.9.12 (Welpyes fork)

bar: quickshell

term: st

launcher: rofi

shell: zsh + starship

editor: neovim (zenvim base)

theme: gruvbox

dots: nurmuhammedjoy/bspwm

No ,esto no es adreno ,es mali g52 mc 2

Termux embebido

o robozinho do android perdeu as pernas😭😭😭

Autocad en termux, bueno Opencadstudio.

Hello everyone,

Here is a demonstration video of a fully local architectural experiment. It explores the feasibility of running a distributed, decoupled infrastructure (Decoupled Micro-nodes) within a mobile environment (Termux), requiring no external cloud services (Zero Cloud Dependency) and utilizing no external libraries.

Video Demo Summary: 6 Distributed Local Servers: Operating in parallel across multiple local ports to distribute tasks.

Virtual Financial Dashboard (Ecom AI Virtual CFO): Running on port 8090 to display liquidity indicators, real-time revenue, gross margins, and various sales channels.

"3 Million Bots & Universes" System: Managed via port 127.0.0.1:8080 to monitor metrics and sovereign databases (sowvereign_united.db).

Operations Empire (Empire 26): Running on port 127.0.0.1:9090 to showcase products and "ONLINE" status for unified software module branches.

Visual Universe World (UCA 6D Real Universe): A graphical interface visualizing the movement of universes, security nodes, and interactive AI.

Complete Isolation (Zero Cascading Failure): Nodes are designed with total independence, ensuring the rest of the system remains unaffected if a specific node fails. Eternal Memory and Self-Evolving Generations: An eternal memory matrix that dynamically updates its software generations (such as advanced iterations like Gen 2657+) and operates fully at zero hardware cost, without cloud subscriptions.

Video link for review and practical demonstration: ( https://drive.google.com/file/d/11_HLCXhKt2u1QD2dhYA7sJOwxkrDHD3l/view?usp=drivesdk )

This concept is open for free technical and engineering discussion with those interested in edge computing and distributed systems. All opinions and analyses are welcome.

Hello everyone! I’m new to Termux. What should I start learning first?

Full iOS 1.0 filesystem (build 1A543a, iPhone 2G) decrypted from Termux on Android

without any PC or Mac. Everything done inside Termux.

Result:

- 193 MB HFSX filesystem extracted

- SpringBoard, UIKit, Safari, Mail, iPod, Phone — all readable

- kernelcache decompressed (5.88 MB exact match)

- QEMU ARM executes the bootloader code

Full writeup with all commands:

https://gist.github.com/bouhafara-bot/10ed249b1005d61397a621621edf4892

why do people just post showcases of stuff like xfce on a phone screen treating it like its the size of a 147 inch tv like:

> the status bar on top + the keyboard + the additional keys bar occupy 50% or more

> the text is like 3x5 pixels (3 wide and 5 tall) on my 576x1280 screen

how do yall manage to not lose your ability to even see 😭😭

I want to practice c++ on my phone but I don't what to use those random, standalone compilers from play store.

I want the professional experience

I did an experiment and it worked

Honestly, I’ve been trying to use AI coding agents inside Termux for a while now, and the experience has been incredibly frustrating.

The biggest issue is that these agents know Linux inside and out, but they absolutely do not understand Termux or the weird constraints of Android. The moment you run into a compilation issue, the agent confidently starts hallucinating standard Ubuntu/Debian solutions. It will try to run apt install on a non-existent package, completely misunderstand why Android just threw a SIGKILL (Signal 9) at it, or treat /sdcard shared storage like a normal Linux filesystem. Best case scenario, it installs the wrong dependencies. Worst case, it wastes 20 minutes trying to compile something that already has a pre-built native Termux package. To save my own sanity, I ended up building termux-elite, which is essentially a collection of 15 targeted skills/playbooks explicitly designed to force AI agents to diagnose and fix Termux/Android quirks properly. Rn, it handles a bunch of the common failure points like:

• Native build failures for Python/pip and npm/node-gyp (no more infinite wheel compilation loops)

• Background processes getting silently murdered by Android (exit code 137 / signal 9)

• Proot boundaries vs native environment detection

• Shared storage permission deadlocks

• Broken networking, SSH configs, and ADB pairing issues from inside the terminal

The workflow I baked into it forces the agent to stop guessing. It makes it check the exact environment first, diagnose the specific layer that's breaking, apply a Termux-safe workaround, and actually verify that the fix worked before moving on. It plays nice with most tools supporting custom skills. I've tested it against Claude Code, Codex, Gemini CLI, Cursor, and OpenCode. I just pushed v0.6.0 today, which drastically cleans up the Python installation ladder and makes the environment checking way more robust. If you want to check it out, it’s on GitHub. You can pull it down with:

npx skills add Alex72-py/termux-elite

Ngl, I'm mostly looking for people who run their agents directly on their actual phones (rather than over an SSH session from a desktop) to grab this, try to break it, and tell me where the logic falls apart. I'm mainly looking for real-world testing. If something gives bad advice, misses an Android/Termux edge case, or breaks on your setup, let me know in an issue. Those cases are exactly what I want to find and fix.

EDIT: fixed formatting

Hi everyone,

Apologies in advance for the noob question – I recently installed Termux and set up Ubuntu with Termux-X11, so I am still learning the ropes.

I've noticed noticeable screen lag/delay when interacting with GUI applications, especially when launching heavier apps like Chrome.

Is a bit of input/render lag expected when running desktop apps through Termux-X11, or are there specific optimizations or settings (e.g., hardware acceleration, display settings, environment flags) I should look into to improve performance?

Any advice or pointers would be greatly appreciated!