17 docs tagged with "Core Space"

This page is created to provide information for CORE SPACE ACCOUNTS. Refer to General-Accounts for the overall introduction of the concept of ACCOUNTS.

This tutorial guides developers on transferring any CRC20 token from Core Space to eSpace, The goal is to transfer a CRC20 token (A) issued on coreSpace to become an ERC20 token (eA) in eSpace. Currently, if there is no corresponding token in eSpace, it's not possible to use the official cross-space bridge directly.

CIP-90 introduces a new internal contract: CrossSpaceCall. CrossSpaceCall enables CFX and data to be transferred between the two spaces.

This tutorial will show you how to send a transaction using the js-conflux-sdk.

Fluent Wallet is a browser extension wallet supported by the Conflux Foundation, designed to provide convenient and secure digital asset management services for Conflux users. Fluent Wallet supports Conflux Core Space and eSpace while also offering connectivity to other EVM-compatible chains.

Tutorial for using the Hardhat Conflux Plugin

Install and setup Fluent wallet

Conflux introduces several built-in internal contracts for better system maintenance and on-chain governance. Now Conflux has seven internal contracts. These contracts provide solidity interfaces defined here. These function can only be called via CALL or STATICCALL operation. Using operation CALLCODE or DELEGATECALL to interact with internal contracts will trigger an error.

We will give you a quick introduction to Core Space. It is a smart contract platform kind of like Ethereum. If you are familiar with Ethereum, this guide will help you understand Core Space quickly.

A comprehensive guide to using the js-conflux-sdk.

Transaction is an important concept in blockchain. If you are not familiar with the concept of transactions and would like to quickly understand it, you can read Transaction Quick Intro.

Conflux Core Space is the native space of the Conflux network. Thanks to Conflux's innovative Tree-Graph ledger structure and consensus algorithm, Core Space achieves performance far surpassing that of Bitcoin and Ethereum without sacrificing decentralization. This provides strong support for the development of the Conflux ecosystem.

eSpace and Core Space share a common node program, so please refer to the Core Space Node Operation Guide for running a node. Below are some eSpace specific configurations.

Conflux Core introduced the Collateral for Storage (CFS) mechanism as a pricing method for using storage. Compared to Ethereum's one-time storage fee, the CFS mechanism is more fair and reasonable. In principle, this mechanism requires locking a certain amount of funds as collateral to occupy storage space. This collateral remains locked until the corresponding storage space is either released or taken over by others. The interest generated by the locked collateral is directly allocated to miners for maintaining the storage space. Thus, the storage cost in Conflux also depends on the duration for which the storage space is occupied. Conflux has detailed this mechanism in chapter 7 of its Conflux Protocol Specification.

Deploy contracts on Core Space with ChainIDE

The Core Space VM is compatible with the EVM in most cases, but there are some differences. This page lists the differences between the two.

What to do after familiar using Fluent wallet.