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Mt Pelerin Bridge Protocol

Mt Pelerin smart contracts repository

Copyright © 2016 - 2018 Mt Pelerin Group SA - All Rights Reserved.
This content cannot be used, copied or reproduced in part or in whole without the express and written permission of Mt Pelerin Group SA.
Written by Mt Pelerin Group SA, info@mtpelerin.com.
All matters regarding the intellectual property of this code or software are subjects to Swiss Law without reference to its conflicts of law rules.

How it works?

• Mt Pelerin's Bridge Token in detail
• The Mt Pelerin blockchain bank project

Projects built with Mt Pelerin Bridge Protocol

• Mt Pelerin Share Token [code] [features]
• CMTA blockchain governance and share tokenization poc [code]

Experiment with it !

Setup the truffle environment

1. Install Docker (on Ubuntu)

The documentation is available on the official Docker website Install Docker for Ubuntu

2. Build the environment

The script build.sh will build the docker image MtPelerin-protocol locally. Therefore, the user need to be a sudoer and it will request root privileges to run.

./build.sh

3. Start the environment

The script start.sh will run docker with the MtPelerin-protocol image. Therefore, the user need to be a sudoer and it will request root privileges to run.

./start.sh

4. Configure the environment

Copy the .env.example into .env file and edit the values inside

cp .env.example .env

In particular there is the following environment variables to configure:

• MNEMONIC: seed to use for generating the HDWallet to be used with truffle
• ENDPOINT: the rpc endpoint of the node to be use to connect to the blockchain

5. Install NodeJS dependencies

Execute the following command:

npm install

Running the testcase

truffle test

Running the linting

npm run lint:all

With the coverage

npm run coverage

The latest coverage result may be found here

Running the console

truffle console --network=mtpelerin-eth-testnet

Contracts Directories

• zeppelin: contains the awesome open-zeppelin dependencies
• interface: contains the interface to be used by DAPP. Interface can also be easily integrated without the need to know the implementations. Due to solidity limitation with 'interface', Abstract 'contracts' are used instead. The resulting ABI is identical.
• token: contains the various token features (which will be used to tokenize Shares, Fiat, Loans, etc.)
• tokensale: tokensale or crowdsale contracts
• rule: contains the rules on transfers which can be applied to other contracts, in particular tokenWithRules
• claimable: contains the claims which can be provided to other contracts, in particular tokenWithClaims
• multisig: Public/Private multisig. Public multisig offer offchain security at the expense of less privacy. Private does not.
• cmta: Standardization of Security Tokens on behalf of the CMTA
• mock: mock are used for the testcases. There are not meant to be used in real situation.