@nktkas/hyperliquid
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Hyperliquid API SDK for all major JS runtimes, written in TypeScript.
283 lines • 17.4 kB
JavaScript
"use strict";
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Object.defineProperty(exports, "__esModule", { value: true });
exports.PerpDeployResponse = exports.PerpDeployRequest = void 0;
exports.perpDeploy = perpDeploy;
const v = __importStar(require("valibot"));
// ============================================================
// API Schemas
// ============================================================
const _schemas_js_1 = require("../../_schemas.js");
const schemas_js_1 = require("./_base/schemas.js");
/**
* Deploying HIP-3 assets.
* @see https://hyperliquid.gitbook.io/hyperliquid-docs/for-developers/api/hip-3-deployer-actions
*/
exports.PerpDeployRequest = (() => {
return v.pipe(v.object({
/** Action to perform. */
action: v.pipe(v.union([
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** Parameters for registering a new perpetual asset (v2). */
registerAsset2: v.pipe(v.object({
/** Max gas in native token wei. If not provided, then uses current deploy auction price. */
maxGas: v.pipe(v.nullable(_schemas_js_1.UnsignedInteger), v.description(" Max gas in native token wei. If not provided, then uses current deploy auction price.")),
/** Contains new asset listing parameters. */
assetRequest: v.pipe(v.object({
/** Coin symbol for the new asset. */
coin: v.pipe(v.string(), v.description("Coin symbol for the new asset.")),
/** Number of decimal places for size. */
szDecimals: v.pipe(_schemas_js_1.UnsignedInteger, v.description("Number of decimal places for size.")),
/** Initial oracle price for the asset. */
oraclePx: v.pipe(_schemas_js_1.UnsignedDecimal, v.description("Initial oracle price for the asset.")),
/** Margin table identifier for risk management. */
marginTableId: v.pipe(_schemas_js_1.UnsignedInteger, v.description("Margin table identifier for risk management.")),
/** 'strictIsolated' does not allow withdrawing of isolated margin from open position. */
marginMode: v.pipe(v.picklist(["strictIsolated", "noCross"]), v.description("'strictIsolated' does not allow withdrawing of isolated margin from open position.")),
}), v.description("Contains new asset listing parameters.")),
/** Name of the dex. */
dex: v.pipe(v.string(), v.description("Name of the dex.")),
/** Contains new dex parameters. */
schema: v.pipe(v.nullable(v.object({
/** Full name of the dex. */
fullName: v.pipe(v.string(), v.description("Full name of the dex.")),
/** Collateral token index. */
collateralToken: v.pipe(_schemas_js_1.UnsignedInteger, v.description("Collateral token index.")),
/** User to update oracles. If not provided, then deployer is assumed to be oracle updater. */
oracleUpdater: v.pipe(v.nullable(_schemas_js_1.Address), v.description("User to update oracles. If not provided, then deployer is assumed to be oracle updater.")),
})), v.description("Contains new dex parameters.")),
}), v.description("Parameters for registering a new perpetual asset (v2).")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** Parameters for registering a new perpetual asset. */
registerAsset: v.pipe(v.object({
/** Max gas in native token wei. If not provided, then uses current deploy auction price. */
maxGas: v.pipe(v.nullable(_schemas_js_1.UnsignedInteger), v.description("Max gas in native token wei. If not provided, then uses current deploy auction price.")),
/** Contains new asset listing parameters. */
assetRequest: v.pipe(v.object({
/** Coin symbol for the new asset. */
coin: v.pipe(v.string(), v.description("Coin symbol for the new asset.")),
/** Number of decimal places for size. */
szDecimals: v.pipe(_schemas_js_1.UnsignedInteger, v.description("Number of decimal places for size.")),
/** Initial oracle price for the asset. */
oraclePx: v.pipe(_schemas_js_1.UnsignedDecimal, v.description("Initial oracle price for the asset.")),
/** Margin table identifier for risk management. */
marginTableId: v.pipe(_schemas_js_1.UnsignedInteger, v.description("Margin table identifier for risk management.")),
/** Whether the asset can only be traded with isolated margin. */
onlyIsolated: v.pipe(v.boolean(), v.description("Whether the asset can only be traded with isolated margin.")),
}), v.description("Contains new asset listing parameters.")),
/** Name of the dex. */
dex: v.pipe(v.string(), v.description("Name of the dex.")),
/** Contains new dex parameters. */
schema: v.pipe(v.nullable(v.object({
/** Full name of the dex. */
fullName: v.pipe(v.string(), v.description("Full name of the dex.")),
/** Collateral token index. */
collateralToken: v.pipe(_schemas_js_1.UnsignedInteger, v.description("Collateral token index.")),
/** User to update oracles. If not provided, then deployer is assumed to be oracle updater. */
oracleUpdater: v.pipe(v.nullable(_schemas_js_1.Address), v.description("User to update oracles. If not provided, then deployer is assumed to be oracle updater.")),
})), v.description("Contains new dex parameters.")),
}), v.description("Parameters for registering a new perpetual asset.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** Parameters for setting oracle and mark prices for assets. */
setOracle: v.pipe(v.object({
/** Name of the dex. */
dex: v.pipe(v.string(), v.minLength(1), v.description("Name of the dex.")),
/** A list (sorted by key) of asset and oracle prices. */
oraclePxs: v.pipe(v.array(v.tuple([v.string(), _schemas_js_1.UnsignedDecimal])), v.description("A list (sorted by key) of asset and oracle prices.")),
/** An outer list of inner lists (inner list sorted by key) of asset and mark prices. */
markPxs: v.pipe(v.array(v.array(v.tuple([v.string(), _schemas_js_1.UnsignedDecimal]))), v.description("An outer list of inner lists (inner list sorted by key) of asset and mark prices.")),
/** A list (sorted by key) of asset and external prices which prevent sudden mark price deviations. */
externalPerpPxs: v.pipe(v.array(v.tuple([v.string(), _schemas_js_1.UnsignedDecimal])), v.description("A list (sorted by key) of asset and external prices which prevent sudden mark price deviations.")),
}), v.description("Parameters for setting oracle and mark prices for assets.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** A list (sorted by key) of asset and funding multiplier. */
setFundingMultipliers: v.pipe(v.array(v.tuple([v.string(), _schemas_js_1.UnsignedDecimal])), v.description("A list (sorted by key) of asset and funding multiplier.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** Parameters for halting or resuming trading for an asset. */
haltTrading: v.pipe(v.object({
coin: v.pipe(v.string(), v.description("Coin symbol for the asset to halt or resume.")),
isHalted: v.pipe(v.boolean(), v.description("Whether trading should be halted (true) or resumed (false).")),
}), v.description("Parameters for halting or resuming trading for an asset.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** A list (sorted by key) of asset and margin table ids. */
setMarginTableIds: v.pipe(v.array(v.tuple([v.string(), _schemas_js_1.UnsignedInteger])), v.description("A list (sorted by key) of asset and margin table ids.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** Parameters for setting the fee recipient. */
setFeeRecipient: v.pipe(v.object({
/** Name of the DEX. */
dex: v.pipe(v.string(), v.description("Name of the DEX.")),
/** Address of the fee recipient. */
feeRecipient: v.pipe(_schemas_js_1.Address, v.description("Address of the fee recipient.")),
}), v.description("Parameters for setting the fee recipient.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** A list (sorted by key) of asset and open interest cap notionals. */
setOpenInterestCaps: v.pipe(v.array(v.tuple([v.string(), _schemas_js_1.UnsignedInteger])), v.description("A list (sorted by key) of asset and open interest cap notionals.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** A modification to sub-deployer permissions. */
setSubDeployers: v.pipe(v.object({
/** Name of the DEX. */
dex: v.pipe(v.string(), v.description("Name of the DEX.")),
/** A modification to sub-deployer permissions. */
subDeployers: v.pipe(v.array(v.object({
/** Corresponds to a variant of PerpDeployAction. */
variant: v.pipe(v.string(), v.description("Corresponds to a variant of PerpDeployAction.")),
/** Sub-deployer address. */
user: v.pipe(_schemas_js_1.Address, v.description("Sub-deployer address.")),
/** Add or remove the subDeployer from the authorized set for the action variant. */
allowed: v.pipe(v.boolean(), v.description("Add or remove the subDeployer from the authorized set for the action variant.")),
})), v.description("A modification to sub-deployer permissions.")),
}), v.description("A modification to sub-deployer permissions.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** A list (sorted by key) of asset and margin modes. */
setMarginModes: v.pipe(v.array(v.tuple([v.string(), v.picklist(["strictIsolated", "noCross"])])), v.description("A list (sorted by key) of asset and margin modes.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** Set fee scale. */
setFeeScale: v.pipe(v.object({
/** Name of the dex. */
dex: v.pipe(v.string(), v.description("Name of the dex.")),
/** Fee scale (between 0.0 and 3.0). */
scale: v.pipe(_schemas_js_1.UnsignedDecimal, v.description("Fee scale (between 0.0 and 3.0).")),
}), v.description("Set fee scale.")),
}),
v.object({
/** Type of action. */
type: v.pipe(v.literal("perpDeploy"), v.description("Type of action.")),
/** A list (sorted by key) of asset and growth modes. */
setGrowthModes: v.pipe(v.array(v.tuple([v.string(), v.boolean()])), v.description("A list (sorted by key) of asset and growth modes.")),
}),
]), v.description("Action to perform.")),
/** Nonce (timestamp in ms) used to prevent replay attacks. */
nonce: schemas_js_1.Nonce,
/** ECDSA signature components. */
signature: schemas_js_1.Signature,
/** Expiration time of the action. */
expiresAfter: v.pipe(v.optional(_schemas_js_1.UnsignedInteger), v.description("Expiration time of the action.")),
}), v.description("Deploying HIP-3 assets."));
})();
/**
* Successful response without specific data or error response.
* @see https://hyperliquid.gitbook.io/hyperliquid-docs/for-developers/api/hip-3-deployer-actions
*/
exports.PerpDeployResponse = (() => {
return v.pipe(v.union([schemas_js_1.SuccessResponse, schemas_js_1.ErrorResponse]), v.description("Successful response without specific data or error response."));
})();
// ============================================================
// Execution Logic
// ============================================================
const execute_js_1 = require("./_base/execute.js");
/** Schema for user-provided action parameters (excludes system fields). */
const PerpDeployParameters = /* @__PURE__ */ (() => {
return v.union(exports.PerpDeployRequest.entries.action.options.map((option) => v.omit(option, ["type"])));
})();
/**
* Deploying HIP-3 assets.
*
* @param config - General configuration for Exchange API requests.
* @param params - Parameters specific to the API request.
* @param opts - Request execution options.
*
* @returns Successful response without specific data.
*
* @throws {ValiError} When the request parameters fail validation (before sending).
* @throws {TransportError} When the transport layer throws an error.
* @throws {ApiRequestError} When the API returns an unsuccessful response.
*
* @example
* ```ts
* import { HttpTransport } from "@nktkas/hyperliquid";
* import { perpDeploy } from "@nktkas/hyperliquid/api/exchange";
* import { privateKeyToAccount } from "npm:viem/accounts";
*
* const wallet = privateKeyToAccount("0x..."); // viem or ethers
* const transport = new HttpTransport(); // or `WebSocketTransport`
*
* await perpDeploy(
* { transport, wallet },
* {
* registerAsset: {
* maxGas: 1000000,
* assetRequest: {
* coin: "USDC",
* szDecimals: 8,
* oraclePx: "1",
* marginTableId: 1,
* onlyIsolated: false,
* },
* dex: "test",
* schema: null,
* },
* },
* );
* ```
*
* @see https://hyperliquid.gitbook.io/hyperliquid-docs/for-developers/api/hip-3-deployer-actions
*/
function perpDeploy(config, params, opts) {
const action = v.parse(PerpDeployParameters, params);
return (0, execute_js_1.executeL1Action)(config, { type: "perpDeploy", ...action }, opts);
}
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