Hyperlane MCP Server

import { TokenType, WarpRouteDeployConfigSchema } from '@hyperlane-xyz/sdk'; import { z } from 'zod'; const _RequiredMailboxSchema = z.record( z.object({ mailbox: z.string(), }) ); const WarpRouteDeployConfigMailboxRequiredSchema = WarpRouteDeployConfigSchema.and(_RequiredMailboxSchema); export type WarpRouteDeployConfigMailboxRequired = z.infer< typeof WarpRouteDeployConfigMailboxRequiredSchema >; const TYPE_DESCRIPTIONS: Record<TokenType, string> = { [TokenType.synthetic]: 'A new ERC20 with remote transfer functionality', [TokenType.syntheticRebase]: `A rebasing ERC20 with remote transfer functionality. Must be paired with ${TokenType.collateralVaultRebase}`, [TokenType.collateral]: 'Extends an existing ERC20 with remote transfer functionality', [TokenType.native]: 'Extends the native token with remote transfer functionality', [TokenType.collateralVault]: 'Extends an existing ERC4626 with remote transfer functionality. Yields are manually claimed by owner.', [TokenType.collateralVaultRebase]: 'Extends an existing ERC4626 with remote transfer functionality. Rebases yields to token holders.', [TokenType.collateralFiat]: 'Extends an existing FiatToken with remote transfer functionality', [TokenType.XERC20]: 'Extends an existing xERC20 with Warp Route functionality', [TokenType.XERC20Lockbox]: 'Extends an existing xERC20 Lockbox with Warp Route functionality', // TODO: describe [TokenType.syntheticUri]: '', [TokenType.collateralUri]: '', [TokenType.nativeScaled]: '', [TokenType.fastSynthetic]: '', [TokenType.fastCollateral]: '', }; export const TYPE_CHOICES = Object.values(TokenType).map((type) => ({ name: type, value: type, description: TYPE_DESCRIPTIONS[type], })); export interface ChainConfig { chainName: string; chainId: string | number; rpcUrl: string; isTestnet: boolean; tokenSymbol?: string; tokenName?: string; } export interface ChainTokenConfig { tokenSymbol?: string; tokenName?: string; }