27 篇文档带有标签「教程」

学习如何使用 Brownie 部署 ERC-20 代币。

Learn how to leverage Cookbook for smart contracts development.

This tutorial will guide you through the steps to create, write, and deploy an CRC1155 NFT smart contract on Conflux CoreSpace using Hardhat. 此外还将向您展示如何在ConfluxScan上查看您的合约。 您可以在Conflux-NFT-CRC1155 仓库中找到一个实际的例子。

本教程将指导您如何使用Hardhat在 Conflux CoreSpace 上创建、编写和部署一个 CRC721 NFT 智能合约 此外，它还将向您展示如何在ConfluxScan上查看您的合约。

Read logs and events emitted

Learn how to deploy upgradeable contracts on Conflux eSpace using Hardhat

简介

Introduction to Transparent Proxy and Selector Conflicts

UUPS (Universal Upgradeable Proxy Standard)

UUPS (Universal Upgradeable Proxy Standard)

这个页面旨在指导您在Conflux eSpace开发时如何使用ethers.js的基础知识。

使用 Hardhat 和 Foundry 部署智能合约

ECDSA (Elliptic Curve Digital Signature Algorithm) is a widely used digital signature algorithm in blockchain and cryptocurrency. It has the following characteristics:

Introduction to EIP-712

Make NFTS using Conflux Scaffold

学习如何在Next.js项目中使用 Web3Modal

学习如何在 React 项目中使用 Web3Modal

Learn how to use Web3Modal in a React project

Learn how to Use Pyth Oracle on Conflux eSpace to Retrieve CFX Price

了解如何利用 Scaffold-Eth 2 组件为您的 Conflux 应用提供支持

Conflux 网络智能合约开发介绍

This tutorial guides you through the process of integrating WalletConnect with Web3Modal in a Vue.js project, specifically targeting the Conflux eSpace network.

This page is meant to guide you through the basics on how to use web3.js when developing on Conflux eSpace.

This page is meant to guide you through the basics on how to use web3.py when developing on Conflux eSpace.

如何在 ConfluxScan 上验证您的智能合约

Graph Node是索引子图并通过 GraphQL API 提供查询结果数据的组件。 因此，它是索引器堆栈的核心，Graph Node的正确操作对于运行成功的索引器至关重要。

Using a Merkle Tree whitelist provides a cost-efficient way to distribute NFTs to a predefined list of addresses. It ensures that only whitelisted addresses can mint the NFTs, enhancing security and efficiency. Writing a whitelist of thousands of addresses directly within a smart contract would result in significant gas costs, and additionally, due to the maximum transaction gas limit restriction, it might be impractical to update such a large whitelist in a single transaction. However, since in the Merkle Tree verification process, leaf nodes and proofs can be stored off-chain while only the root value needs to be stored on-chain, this method significantly saves on gas costs and enables whitelist setup with only one transaction.