/CocoaWallet

The World’s Friendliest Self-Funding Privacy Wallet

Primary LanguageJavaGNU General Public License v3.0GPL-3.0

Android CI

CocoaWallet for Android/ARM64

Soon to be to be the friendliest self-funding privacy wallet.

Development roadmap

  • Milestone 1: Get XMRIG to execute inside APK

    • Is XMRIG running properly? I'm getting no data back.
    • It might be necessary to compile XMRIG on ARM64 phone
    • What is the final config being used?
  • Milestone 2: Refactor code, possibly replace with something NOT so JAVA

    • feature: turn off mining when not plugged, turn on automatically when plugged
    • feature: turn off when battery low, turn on when battery reaches >25%
    • simplify settings with default configs somewhere easy to edit
      • contribute wallet, default pool url & port, default wallet
  • Milestone 3: Drastically improve UI with live graph of hash activity

    • See wireframe below
    • Also add link to view total wallet activity on moneroocean
  • Milestone 4: Create script to download and compile XMRIG using ARM64 container

  • Milestone 5: Wrap XMRIGCC controller app in simple APK

  • Milestone 6: Dramatically improve and simplify UI for miner

    • expanding settings sections
    • live graph
    • QR code scanner
    • initially with only remote CocoaWallet
    • share screen shot of graph with link
  • Milestone 7: Integrate in basic DERO wallet functionality

    • seperate page for mangement
    • include auto-payout level (pays all or excess)
    • archive (hide) wallet which becomes visible again if money is deposited
  • Milestone 8: Integrate Monero wallet with exchange

Milestone #3 miner-screen UI wireframe

Miner screen UI wireframe

Milestone #7 simple wallet functionality

Simple Wallet


Based on MoneroMiner

Based on the binaries from https://github.com/NanoBytesInc/miners Which is based on the code from https://github.com/xmrig/xmrig

Usage

Starts automatically and runs quietly in the background. Will not run at full power unless connected to power. I suggest a cradle with active cooling.

Notes

An xmrig binary is copied to the app's internal directory along with its dependent libraries.

Then, the binary is started using the ProcessBuilder class, and the output is captured into the app's scrolling pane once each second.

License

xmrig is licensed as GPLv3, thus this derivative work also is. You need to consider this if you plan to build a "real" Android app. You'd propably need to make it GPLv3 also, unless you can somehow make use of the GPL clause which allows to bundle a GPLv3 binary with another propietary licensed binary.