dogecrypto/mobidex

Mobile trustless trading using the 0xprotocol

Mobidex

Table of Contents

• Setup
  • Mac OS X Specific Setup
• Available Scripts
  • npm start
  • npm patch
• Notes

Setup

npm i -g react-native-cli
npm i

System Dependencies:

• node 8.6.0 or newer
• g++
• Android Studio
• XCode

Mac OS X Specific Setup

Install xcode command line tools:

xcode-select --install

Using homebrew, run the following:

brew install node

iOS

Run Mobidex from XCode to use the simulator. First do the following:

1. pushd ios && bundle install --path .gems && bundle exec pod install && popd
2. Open ios/mobidex.xcworkspace in XCode
3. Go to Build Settings for Pods > libsodium and disable Use Header Maps

Then, click the play icon at the top.

Android

Run Mobidex in an Android emulator:

1. In the terminal, execute npm start.
2. Open android studio and import mobidex from the android directory
3. Comment out android.enableAapt2=false in gradle.properties
4. Sync gradle files
5. Click play!

• Remember to start virtual device from android studio. More information can be found here: https://developer.android.com/studio/run/managing-avds.

Available Scripts

npm start

Run the development server which is necessary for debug configurations of the App.

npm run patch

Patches isomorphic-fetch for use with react-native.

npm run build:android:release

This will construct a signed android release. This is the preferred method of constructing an APK at the moment.

NOTE: Make sure gradle.properties has android.enableAapt2=false. Otherwise, the build will fail with:

mobidex/android/app/build/intermediates/res/merged/release/drawable-hdpi/node_modules_reactnavigation_src_views_assets_backicon.png: error: uncompiled PNG file passed as argument. Must be compiled first into .flat file..
error: failed parsing overlays.

Release

Android

Run npm run build:android:release. See notes above.

iOS

1. Open mobidex in XCode
2. Archive App
3. Upload app to app store

Notes

Web3 and 0x.js

Web3.js does not load because of its dependence on node.js standard libraries. The majority of them are loaded via the node-libs-react-native library. In particular, the crypto library requires the vm library, which cannot be easily mocked or replaced. To circumvent this, I've forked node-libs-react-native and added a browserified crypto library: https://github.com/abec/node-libs-react-native.

See the for more details:

• https://gist.github.com/parshap/e3063d9bf6058041b34b26b7166fd6bd
• https://medium.com/@aakashns/using-core-node-js-modules-in-react-native-apps-64acd4d07140

Key management, Cryptography, and Authentication

iOS

Keys are stored on disk and unlocked using a passcode. Passcode can be provided or unlocked using touch ID. Touch ID unlock is provided through the Keychain services and LocalAuthentication.

Android

Keys are stored on disk and unlocked using a passcode. Passcode can be provided or unlocked using touch ID. Touch ID unlock is provided through the Keystore.

License

AGPL