超液体实施者在超核与HypereVM之间的令牌连接

此更新旨在优化资产移动并减少对外部桥梁的依赖，该桥梁容易受到安全故障和网络攻击的影响。

Hyperliquid, a decentralized finance (DeFi) protocol aiming for interoperability and security, has announced a technical update that introduces token linking capability between HyperCore and HyperEVM.

旨在互操作性和安全性的分散财务（DEFI）协议Hyperliquid宣布了一项技术更新，该技术更新引入了HyperCore和HypereVM之间的令牌链接功能。

Hyperliquid’s core architecture consists of two main components: HyperCore, the primary chain handling token deployment and management, and HyperEVM, a highly compatible EVM designed for efficient smart contract execution.

Hyperliquid的核心体系结构由两个主要组成部分组成：HyperCore，主要的链处理令牌部署和管理，HypereVM，这是一种高度兼容的EVM，旨在有效的智能合约执行。

The integration process between HyperCore and HyperEVM follows a structured procedure to ensure seamless asset movement and minimize reliance on external bridges, often targeted by attackers.

HyperCore和HypereVM之间的集成过程遵循结构化的程序，以确保无缝的资产移动并最大程度地减少对外部桥梁的依赖，通常是攻击者针对的。

To link a token, a token contract is deployed on HyperEVM, named the “spot deployer,” at a pre-defined address, and it’s verified that the corresponding ERC20 contract is correctly linked to the original HyperCore token. This verification can be done through a transaction with a specific nonce, or if the contract was deployed by another contract like a multisig, the first storage slot is checked to point to the HyperCore deployer’s address. The final action is “finalization,” which ensures the correct token linkage and enables its use across both platforms.

为了链接令牌，将令牌合同部署在HypereVM上，称为“ Spot Deployer”，并在预定义的地址上部署，并且已证实，相应的ERC20合同已正确链接到原始的HyperCore代币。该验证可以通过与特定的nonce的交易进行，或者如果合同（如Multisig）部署了合同，则检查第一个存储插槽以指向HyperCore Deployer的地址。最终动作是“最终化”，它确保了正确的令牌链接，并可以在两个平台上使用它。

The HYPE token, used as native gas on HyperEVM, can be transferred between HyperCore and HyperEVM without the need for additional ERC20 contracts. This movement is recorded through a specific event called “Received(address indexed user, uint256 amount).” To return to HyperCore, HYPE must be sent to the system address 0x222…2, and if the transfer fails, the user can contact Hyperliquid support to recover the funds.

在HypereVM上用作天然气体的炒作令牌可以在HyperCore和HypereVM之间转移，而无需额外的ERC20合同。该动作是通过称为“接收的（地址索引用户，UINT256金额）的特定事件记录的。”要返回HyperCore，必须将炒作发送到系统地址0x222…2，如果转移失败，用户可以联系超流动支持以恢复资金。

Each token in HyperCore has its own system address, with the first byte being 0x20, and the token index is encoded in big-endian. The exception is the HYPE token, which uses the fixed address 0x222…2. This scheme simplifies asset management and minimizes allocation errors.

HyperCore中的每个令牌都有其自己的系统地址，第一个字节为0x20，令牌索引用大型端口编码。例外是炒作令牌，它使用固定地址0x222…2。该方案简化了资产管理并最大程度地减少了分配错误。

However, Hyperliquid cautions users that although token linking simplifies asset exchange, there may be risks associated with unverified contracts and potential discrepancies in token supply. The linked ERC20 contract must meet the established standards to avoid errors and asset loss. Additionally, improper synchronization of token supply and differences in accepted decimals can cause technical issues. Hyperliquid recommends thoroughly verifying the contract bytecode and the total balance before conducting significant transactions.

但是，高流动性警告用户，尽管链接的令牌可以简化资产交换，但可能与未验证的合同和代币供应中潜在差异有关的风险。链接的ERC20合同必须符合既定标准，以避免错误和资产损失。此外，令牌供应的不当同步和接受的小数的差异可能会导致技术问题。超流动性建议在进行大量交易之前彻底验证合同字节码和总余额。