About Stacktical

Stacktical is a french software company specialized in applying predictive and blockchain technologies to application and network performance management practices.

Stacktical.com is a decentralized service level management platform that helps cloud service providers improve the reliability of their services, reward operational excellence and automatically compensate customers for slowdowns, downtimes and unresponsive customer support.

ERC-20 Addresses

Mainnnet

Token 0x3affcca64c2a6f4e3b6bd9c64cd2c969efd1ecbe

Crowdsale 0xa3b7f0e143c62c260ce6d0f9c6b2d6dfd33c735d

DSLA Token Sale

This repository contains the following:

- DSLA Token Smart Contract

- DSLA Sale Smart Contract

- Unit Tests

- Deployment files

Setting up

To test the smart contract locally

Requirements:

node >= 10.6.0
truffle
local testrpc

1/ After the git clone, please npm install to install all required packages.

At this stage you can test the Smart Contrats in your local environment

To Deploy the smart contract on Testnet & Mainnet

The following instructions use the Infura platform. Infura lets you interact with Smart Contracts without provisioning a local Ethereum node. If you don't have an Infura account yet, please go to infura.io to collect your access token.

2/ Set your environment variables accordingly:

export DSLA_INFURA_APIKEY_DEV=<your Infura API Key> \  # <== Your access token from Infura in TESTNET
export DSLA_INFURA_APIKEY_PROD=<your Infura API Key> \  # <== Your access token from Infura in MAINNET
export DSLA_MNEMONIC_DEV="<your dev mnemonic>" \  #  <== The 12 mnemonic words of the account which will deploy the smart contracts in TESTNET
export DSLA_MNEMONIC_PROD="<your PRODUCTION mnemonic>;"  # The 12 mnemonic words of the account which will deploy the smart contracts in MAINNET

For mainnet Deployment:

export DSLA_WALLET_ADDRESS_PROD="<The address of the contribution funds wallet>"
export DSLA_TOKEN_ADDRESS_PROD="<Your PRODUCTION Token Smart Contract Address>"

3/ Set the Smart contract parameters:

• Parameters of the smart contracts can be changed in migrations/2_deploy_contracts.js

Watch out: Since the account will be deploying the Smart Contracts, it will also be the owner by default. This can be updated later thanks to the Ownable contract (to be found in the OpenZeppelin library).

Run the Tests

Locally

Please run ganache-cli -e 1000 -a 100 in one console and truffle test to see the tests.

Testnet & Mainnet

Please run truffle migrate --network ropsten to migrate the smart contracts in the Ropsen TestNet.

MainNet

Please run truffle migrate --network mainnet to migrate the smart contracts on the MainNet.

WARNING: If there is change of Smart Contracts for the Token Sale - before the end of the lock-up period - do not forget to edit the Token Sale address accordingly using the setCrowdsaleAddress() function from the deployed token, with the address as an argument.

To interact with the contracts, every function has been documented with natspecs norm and therefore thoroughly described.

Solidity code style

The Solium linter is used for linting and specifies the leading rules we follow for code styling, after that comes the solidity style guide.

Using solium linter

Installing

npm install -g solium
solium -V

Usage

solium -f foobar.sol
solium -d contracts/

functions should be grouped according to their visibility and ordered:

• constructor
• fallback function (if exists)
• external
• public
• internal
• private

Within a grouping, place the view and pure functions last.

Consensys Surya Inheritance

Consensys Surya Graph