User-friendly Montelibero wallet for the Stellar ecosystem. Featuring multi-signature, custom assets management and more.
Runs on Mac OS, Windows, Linux, Android and iOS.
See https://github.com/Montelibero/mtl_solar/releases. You will find the binaries there.
For Windows, we decided to only support 64-bit installations of Windows. If you are running a 32-bit installation, please let us know by reporting an issue to survey the market demand.
Simply download the latest win-x64.exe file from the releases page and run the installer. You might need to approve installation of unsigned installer. This will only be required until we have a signed release available.
For Linux, we decided to use the new AppImage installer format. This is included in a lot of Linux distributions, including Ubuntu.
Download the latest linux-x86_64.AppImage from the releases page.
Open a terminal, navigate to the download folder and make the .AppImage an executeable with the following command:
$ chmod a+x Montelibero-Solar-Wallet.*.AppImage
Then you can simply run the installer:
$ ./Montelibero-Solar-Wallet.*.AppImage
Instroduction coming soon.
Keys are encrypted with a key derived from the user's password before storing them on the local filesystem. That means that the user's secret key is safe as long as their password is strong enough. However, if they forget their password there will be no way of recovering the secret key. That's why you should always make a backup of your secret key.
The encryption key is derived from the password using PBKDF2 with SHA256. The actual encryption is performed using xsalsa20-poly1305.
Install the dependencies first:
npm install
To run the app in development mode:
npm run dev
# On Mac OS:
PLATFORM=darwin npm run dev
To run the tests:
npm test
To run the storybook:
npm run storybook
cd web/
npm run dev
See Cordova build readme.
npm run build:mac
npm run build:win
npm run build:linux
Starting with macOS Catalina 32-bit executables are not supported. This means that the windows binaries cannot be build natively. One can circumvent this issue by using docker for building the windows binaries. Details are documented here. Since Solar is using Squirrel.Windows the electronuserland/builder:wine-mono image should be used.
To run the docker container use:
docker run --rm -ti \
--env-file <(env | grep -iE 'DEBUG|NODE_|ELECTRON_|YARN_|NPM_|CI|CIRCLE|TRAVIS_TAG|TRAVIS|TRAVIS_REPO_|TRAVIS_BUILD_|TRAVIS_BRANCH|TRAVIS_PULL_REQUEST_|APPVEYOR_|CSC_|GH_|GITHUB_|BT_|AWS_|STRIP|BUILD_') \
--env ELECTRON_CACHE="/root/.cache/electron" \
--env ELECTRON_BUILDER_CACHE="/root/.cache/electron-builder" \
-v ${PWD}:/project \
-v ${PWD##*/}-node-modules:/project/node_modules \
-v ~/.cache/electron:/root/.cache/electron \
-v ~/.cache/electron-builder:/root/.cache/electron-builder \
-v /Volumes/Certificates/solar:/root/Certs \
electronuserland/builder:wine-mono bash -c 'npm config set script-shell bash && npm install && npm run build:win:signed'
Note: We have seen weird module resolution troubles with Parcel. In this case make sure to rm -rf node_modules/ on the host, then try again.
To sign the binaries, make sure you have the code signing certificates on your local filesystem as a .p12 file and have the password for them. Make sure not to save the certificates in the Solar directory in order to not accidentally bundling them into the app installer!
You can create a signing-mac.env and a signing-win.env file, pointing electron-builder to the right certificate to use for each target platform:
CSC_LINK=~/secret-certificates/SatoshiPayLtd.p12 # point to your local certificate file
Now run npm run build:*:signed to create a signed application build. You will be prompted for the certificate's password.
To check the Mac DMG signature, run codesign -dv --verbose=4 ./electron/dist/<file>. To verify the Windows installer signature, you can upload the file to virustotal.com.
Newer versions of Mac OS require apps to be notarized. The build:mac:signed script will notarize the app. For this to succeed, you also need to add your Apple ID to your signing-mac.env file:
APPLE_ID=me@crypto.rocks
Note: Application signing has only been tested on a Mac OS development machine so far.
See Cordova build readme.
MIT