Deploy a Smart Contract

Table of Contents

Deploy NCOG Earth Chain Smart Contracts #

At NCOG Earth Chain, we’re providing a platform that empowers users to tap into the full potential of smart contracts, leveraging the Ethereum Virtual Machine (EVM) in our backend infrastructure. Seamlessly deploying and executing Soliditybased smart contracts on NCOG Earth Chain is as effortless as it is on Ethereum.

Deploying Your Smart Contracts Made Seamless #

Requirements for Deployment: #

  • Bytecode: Compile your smart contract code into bytecode.
  • NCOG Tokens for Gas Costs: Ensure sufficient NCOG Tokens to cover gas costs.
  • Deployment Script/Plugin: Access or create a deployment script or plugin tailored for NCOG Earth Chain.
  • NCOG Node Access: Secure access to an NCOG node, whether it’s your own node or through API access.

The Deployment Process: #

Set Up Remix IDE: #

1. Access Remix IDE: #
2. Create or Import Solidity File: #
  • Create a new Solidity file or import an existing one into Remix.

Write Your Smart Contract: #

1. Write Solidity Code: #
  • Use the Remix IDE editor to write the Solidity code for your smart contract, ensuring that it complies with Solidity version 0.8.9+
2. Compile Smart Contract: #
  • Click on the “Solidity Compiler” tab in Remix.
  • Set the compiler version to 0.8.9+
  • Click the “Compile” button to compile your smart contract code.

Deploy Smart Contract: #

1. Select Deployment Environment: #
  • In Remix, go to the “Deploy & Run Transactions” tab.
2. Choose Deployment Environment: #
  • Select the “Injected Web3” environment.
  • Make sure you have installed MetaMask and connected with NCOG network.
3. Deploy: #
  • Select the contract and click “Deploy”.
  • Confirm the deployment on Metamask.

Enhanced Tools and Resources: #

  • Integrated IDE: Leverage Remix, an integrated development environment accessible within your browser, to seamlessly write, compile, debug, and deploy Solidity code.
  • Solidity Expertise: Develop your contracts using Solidity, a purpose built, object oriented language tailored explicitly for implementing smart contracts..
  • BattleTested Libraries: Employ OpenZeppelin Contracts to mitigate risks by utilizing proven libraries of smart contracts for Ethereum and various blockchains.
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