Hyperliquid SDK for Rust

The simplest way to trade on Hyperliquid. One line to place orders, zero ceremony.

use hyperliquid_sdk::HyperliquidSDK;

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
    let sdk = HyperliquidSDK::new().build().await?;
    let order = sdk.market_buy("BTC").await.notional(100.0).await?;  // Buy $100 of BTC
    Ok(())
}

That's it. No build-sign-send ceremony. No manual hash signing. No nonce tracking. Just trading.

Community SDK — Not affiliated with Hyperliquid Foundation.

Installation

Add to your Cargo.toml:

[dependencies]
quicknode-hyperliquid-sdk = "0.1"
tokio = { version = "1", features = ["full"] }

That's it. Everything is included: trading, Info API, WebSocket streaming, gRPC streaming, HyperCore, and EVM.

Quick Start

Endpoint Flexibility

The SDK automatically handles any endpoint format you provide:

// All of these work - the SDK extracts the token and routes correctly
let endpoint = "https://x.quiknode.pro/TOKEN";
let endpoint = "https://x.quiknode.pro/TOKEN/";
let endpoint = "https://x.quiknode.pro/TOKEN/info";
let endpoint = "https://x.quiknode.pro/TOKEN/hypercore";
let endpoint = "https://x.quiknode.pro/TOKEN/evm";

Just pass your endpoint - the SDK handles the rest.

You can create a Hyperliquid endpoint on Quicknode to get access to the data APIs.

1. Set your private key

export PRIVATE_KEY="0xYOUR_PRIVATE_KEY"

2. Start trading

use hyperliquid_sdk::{HyperliquidSDK, Order, TIF};

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
    let sdk = HyperliquidSDK::new()
        .endpoint("https://your-endpoint.hype-mainnet.quiknode.pro/TOKEN")
        .build()
        .await?;

    // Market orders
    let order = sdk.market_buy("BTC").await.size(0.001).await?;
    let order = sdk.market_sell("ETH").await.notional(100.0).await?;  // $100 worth

    // Limit orders
    let order = sdk.buy("BTC", 0.001, 65000.0, TIF::Gtc).await?;

    // Check your order
    println!("Status: {:?}", order.status());  // "filled" or "resting"
    println!("Order ID: {:?}", order.oid);

    Ok(())
}

Data APIs

Query Hyperliquid data with clean, simple interfaces.

Info API

50+ methods for account state, positions, market data, and metadata.

let info = sdk.info();

// Market data
info.all_mids(None).await?;                          // All mid prices
info.l2_book("BTC", None, None).await?;              // Order book
info.recent_trades("BTC").await?;                    // Recent trades
info.candles("BTC", "1h", start, None).await?;       // OHLCV candles
info.funding_history("BTC", start, end).await?;      // Funding history
info.predicted_fundings().await?;                    // Predicted funding rates

// Metadata
info.meta().await?;                                  // Exchange metadata
info.spot_meta().await?;                             // Spot metadata
info.exchange_status().await?;                       // Exchange status
info.perp_dexs().await?;                             // Perpetual DEX info
info.max_market_order_ntls().await?;                 // Max market order notionals

// User data
info.clearinghouse_state("0x...", None).await?;      // Positions & margin
info.spot_clearinghouse_state("0x...", None).await?; // Spot balances
info.open_orders("0x...", None).await?;              // Open orders
info.frontend_open_orders("0x...", None).await?;     // Enhanced open orders
info.order_status("0x...", oid).await?;              // Specific order status
info.historical_orders("0x...").await?;              // Order history
info.user_fills("0x...", false).await?;              // Trade history
info.user_fills_by_time("0x...", start).await?;      // Fills by time range
info.user_funding("0x...").await?;                   // Funding payments
info.user_fees("0x...").await?;                      // Fee structure
info.user_rate_limit("0x...").await?;                // Rate limit status
info.user_role("0x...").await?;                      // Account type
info.portfolio("0x...").await?;                      // Portfolio history
info.sub_accounts("0x...").await?;                   // Sub-accounts
info.extra_agents("0x...").await?;                   // API keys/agents

// TWAP
info.user_twap_slice_fills("0x...").await?;          // TWAP slice fills

// Batch queries
info.batch_clearinghouse_states(&["0x...", "0x..."]).await?;

// Vaults
info.vault_summaries().await?;                       // All vault summaries
info.vault_details("0x...", None).await?;            // Specific vault
info.user_vault_equities("0x...").await?;            // User's vault equities
info.leading_vaults("0x...").await?;                 // Vaults user leads

// Delegation/Staking
info.delegations("0x...").await?;                    // Active delegations
info.delegator_summary("0x...").await?;              // Delegation summary
info.delegator_history("0x...").await?;              // Delegation history
info.delegator_rewards("0x...").await?;              // Delegation rewards

// Tokens
info.token_details("token_id").await?;               // Token details
info.spot_deploy_state("0x...").await?;              // Spot deployment state

// Other
info.referral("0x...").await?;                       // Referral info
info.max_builder_fee("0x...", "0x...").await?;       // Builder fee limits
info.approved_builders("0x...").await?;              // Approved builders
info.liquidatable().await?;                          // Liquidatable positions

HyperCore API

Block data, trading operations, and real-time data via JSON-RPC.

let core = sdk.core();

// Block data
core.latest_block_number(Some("trades")).await?;     // Latest block
core.get_block(12345, Some("trades")).await?;        // Get specific block
core.get_batch_blocks(100, 110, Some("trades")).await?; // Get block range
core.latest_blocks(Some("trades"), Some(10)).await?; // Latest blocks

// Recent data
core.latest_trades(Some(10), None).await?;           // Recent trades (all coins)
core.latest_trades(Some(10), Some("BTC")).await?;    // Recent BTC trades
core.latest_orders(Some(10)).await?;                 // Recent order events
core.latest_book_updates(Some(10)).await?;           // Recent book updates

// Discovery
core.list_dexes().await?;                            // All DEXes
core.list_markets(None).await?;                      // All markets
core.list_markets(Some("hyperliquidity")).await?;    // Markets by DEX

// Order queries
core.open_orders("0x...").await?;                    // User's open orders
core.order_status("0x...", oid).await?;              // Specific order status
core.preflight(...).await?;                          // Validate order before signing

// Order building (for manual signing)
core.build_order(coin, is_buy, limit_px, sz, user).await?;
core.build_cancel(coin, oid, user).await?;
core.build_modify(coin, oid, user, limit_px, sz).await?;
core.build_approve_builder_fee(user, builder, rate, nonce).await?;
core.build_revoke_builder_fee(user, builder, nonce).await?;

// Send signed actions
core.send_order(&action, &signature, nonce).await?;
core.send_cancel(&action, &signature, nonce).await?;
core.send_modify(&action, &signature, nonce).await?;
core.send_approval(&action, &signature).await?;
core.send_revocation(&action, &signature).await?;

// Builder fees
core.get_max_builder_fee("0x...", "0x...").await?;

// Subscriptions
core.subscribe(&json!({"type": "trades", "coin": "BTC"})).await?;
core.unsubscribe(&json!({"type": "trades", "coin": "BTC"})).await?;

EVM (Ethereum JSON-RPC)

50+ Ethereum JSON-RPC methods for Hyperliquid's EVM chain (chain ID 999 mainnet, 998 testnet).

let evm = sdk.evm();

// Chain info
evm.block_number().await?;                           // Latest block
evm.chain_id().await?;                               // 999 mainnet, 998 testnet
evm.gas_price().await?;                              // Current gas price
evm.max_priority_fee_per_gas().await?;               // Priority fee
evm.net_version().await?;                            // Network version
evm.syncing().await?;                                // Sync status

// Accounts
evm.get_balance("0x...", None).await?;               // Account balance
evm.get_transaction_count("0x...", None).await?;     // Nonce
evm.get_code("0x...", None).await?;                  // Contract code
evm.get_storage_at("0x...", "0x0", None).await?;     // Storage value

// Transactions
evm.call(&tx, None).await?;
evm.estimate_gas(&tx).await?;
evm.send_raw_transaction(&signed_tx).await?;
evm.get_transaction_by_hash("0x...").await?;
evm.get_transaction_receipt("0x...").await?;

// Blocks
evm.get_block_by_number("latest", false).await?;
evm.get_block_by_hash("0x...", false).await?;
evm.get_block_receipts("latest").await?;
evm.get_block_transaction_count_by_number("latest").await?;
evm.get_block_transaction_count_by_hash("0x...").await?;
evm.get_transaction_by_block_number_and_index("latest", 0).await?;
evm.get_transaction_by_block_hash_and_index("0x...", 0).await?;

// Logs
evm.get_logs(&json!({"address": "0x...", "topics": [...]})).await?;

// Fees
evm.fee_history(10, "latest", Some(&[25.0, 50.0, 75.0])).await?;

// Debug/Trace (use .with_debug(true))
let evm = sdk.evm().with_debug(true);
evm.debug_trace_transaction("0x...", Some(&json!({"tracer": "callTracer"}))).await?;
evm.trace_transaction("0x...").await?;
evm.trace_block("latest").await?;

Real-Time Streaming

WebSocket Streaming

20+ subscription types for real-time data with automatic reconnection.

use hyperliquid_sdk::Stream;

let mut stream = Stream::new(Some(endpoint))
    .on_open(|| println!("Connected!"))
    .on_error(|e| eprintln!("Error: {}", e))
    .on_reconnect(|n| println!("Reconnecting... attempt {}", n));

// Subscribe to trades
stream.trades(&["BTC", "ETH"], |t| println!("Trade: {:?}", t));

// Subscribe to book updates
stream.book_updates(&["BTC"], |b| println!("Book: {:?}", b));

// Subscribe to orders (your orders)
stream.orders(&["BTC"], |o| println!("Order: {:?}", o), Some(&["0x..."]));

// Run in background
stream.start()?;
// ... do other work ...
stream.stop()?;

// Or run blocking
stream.run()?;

Available WebSocket Streams:

Market Data:

trades(coins, callback) — Executed trades
book_updates(coins, callback) — Order book changes
l2_book(coin, callback) — L2 order book snapshots
all_mids(callback) — All mid price updates
candle(coin, interval, callback) — Candlestick data
bbo(coin, callback) — Best bid/offer updates
active_asset_ctx(coin, callback) — Asset context (pricing, volume)

User Data:

orders(coins, callback, users) — Order lifecycle events
open_orders(user, callback) — User's open orders
order_updates(user, callback) — Order status changes
user_events(user, callback) — All user events
user_fills(user, callback) — Trade fills
user_fundings(user, callback) — Funding payments
user_non_funding_ledger(user, callback) — Ledger changes
clearinghouse_state(user, callback) — Position updates
active_asset_data(user, coin, callback) — Trading parameters

TWAP:

twap(coins, callback) — TWAP execution
twap_states(user, callback) — TWAP algorithm states
user_twap_slice_fills(user, callback) — TWAP slice fills
user_twap_history(user, callback) — TWAP history

System:

events(callback) — System events (funding, liquidations)
notification(user, callback) — User notifications
web_data_3(user, callback) — Aggregate user info
writer_actions(user, callback) — Writer actions

gRPC Streaming (High Performance)

Lower latency streaming via gRPC for high-frequency applications.

use hyperliquid_sdk::GRPCStream;

let mut stream = GRPCStream::new(endpoint)?;

// Subscribe to trades
stream.trades(&["BTC", "ETH"], |t| println!("Trade: {:?}", t));

// Subscribe to L2 order book (aggregated by price level)
stream.l2_book("BTC", |b| println!("Book: {:?}", b), Some(5));

// Subscribe to L4 order book (CRITICAL: individual orders with order IDs)
stream.l4_book("BTC", |b| println!("L4: {:?}", b));

// Subscribe to blocks
stream.blocks(|b| println!("Block: {:?}", b));

// Run in background
stream.start()?;
// ... do other work ...
stream.stop()?;

// Or run blocking
stream.run()?;

The SDK automatically connects to port 10000 with your token.

Available gRPC Streams:

Method	Parameters	Description
`trades(coins, callback)`	coins: `&[&str]`	Executed trades with price, size, direction
`orders(coins, callback, users)`	coins: `&[&str]`, users: `Option<&[&str]>`	Order lifecycle events
`book_updates(coins, callback)`	coins: `&[&str]`	Order book changes (deltas)
`l2_book(coin, callback, n_sig_figs)`	coin: `&str`, n_sig_figs: `Option<u8>` (3-5)	L2 order book (aggregated by price)
`l4_book(coin, callback)`	coin: `&str`	L4 order book (individual orders)
`blocks(callback)`	-	Block data
`twap(coins, callback)`	coins: `&[&str]`	TWAP execution updates
`events(callback)`	-	System events (funding, liquidations)
`writer_actions(callback)`	-	Writer actions

L4 Order Book (Critical for Trading)

L4 order book shows every individual order with its order ID. This is essential for:

Market Making: Know your exact queue position
Order Flow Analysis: Detect large orders and icebergs
Optimal Execution: See exactly what you're crossing
HFT: Lower latency than WebSocket

use hyperliquid_sdk::GRPCStream;

fn on_l4_book(data: serde_json::Value) {
    // L4 book data structure:
    // {
    //     "coin": "BTC",
    //     "bids": [[price, size, order_id], ...],
    //     "asks": [[price, size, order_id], ...]
    // }
    if let Some(bids) = data.get("bids").and_then(|b| b.as_array()) {
        for bid in bids.iter().take(3) {
            let px = bid.get(0).and_then(|v| v.as_f64()).unwrap_or(0.0);
            let sz = bid.get(1).and_then(|v| v.as_f64()).unwrap_or(0.0);
            let oid = bid.get(2).and_then(|v| v.as_i64()).unwrap_or(0);
            println!("Bid: ${:.2} x {} (order: {})", px, sz, oid);
        }
    }
}

let mut stream = GRPCStream::new(endpoint)?;
stream.l4_book("BTC", on_l4_book);
stream.run()?;

L2 vs L4 Comparison

Feature	L2 Book	L4 Book
Aggregation	By price level	Individual orders
Order IDs	No	Yes
Queue Position	Unknown	Visible
Bandwidth	Lower	Higher
Protocol	WebSocket or gRPC	gRPC only
Use Case	Price monitoring	Market making, HFT

EVM WebSocket Streaming (eth_subscribe)

use hyperliquid_sdk::EVMStream;

let mut evm_stream = sdk.evm_stream();

// Subscribe to new block headers
evm_stream.new_heads(|header| {
    println!("New block: {:?}", header);
});

// Subscribe to contract logs
evm_stream.logs(
    Some(json!({"address": "0x..."})),
    |log| println!("Log: {:?}", log),
);

// Subscribe to pending transactions
evm_stream.new_pending_transactions(|tx_hash| {
    println!("Pending tx: {:?}", tx_hash);
});

evm_stream.start()?;

Trading Features

One-Line Orders

// Market orders
sdk.market_buy("BTC").await.size(0.001).await?;
sdk.market_sell("ETH").await.notional(100.0).await?;

// Limit orders
sdk.buy("BTC", 0.001, 65000.0, TIF::Gtc).await?;
sdk.sell("ETH", 0.5, 4000.0, TIF::Gtc).await?;

// Perp trader aliases
sdk.long("BTC", 0.001, 65000.0, TIF::Gtc).await?;
sdk.short("ETH", 0.5, 3000.0, TIF::Ioc).await?;

Fluent Order Builder

use hyperliquid_sdk::Order;

let order = sdk.order(
    Order::buy("BTC")
         .size(0.001)
         .price(65000.0)
         .gtc()
         .reduce_only()
         .random_cloid()
).await?;

Order Management

// Place, modify, cancel
let order = sdk.buy("BTC", 0.001, 60000.0, TIF::Gtc).await?;
order.modify(Some(61000.0), None, None).await?;
order.cancel().await?;

// Cancel all
sdk.cancel_all(None).await?;
sdk.cancel_all(Some("BTC")).await?;  // Just BTC orders

// Dead-man's switch
sdk.schedule_cancel(Some(timestamp_ms)).await?;

Position Management

sdk.close_position("BTC").await?;  // Close entire position

Querying Open Orders by Trading Pair

// Get all open orders
let result = sdk.open_orders().await?;
let orders = result.as_array().unwrap();
println!("Total open orders: {}", orders.len());

// Order fields: coin, limitPx (price), sz (size), side, oid, timestamp,
//               orderType, tif, cloid, reduceOnly
for order in orders {
    println!("{} {} {}@{}", order["coin"], order["side"], order["sz"], order["limitPx"]);
}

// Filter by trading pair
for order in orders {
    if order["coin"].as_str() == Some("BTC") {
        println!("  {} {} @ {} | type={} tif={} oid={}",
            order["side"], order["sz"], order["limitPx"], order["orderType"], order["tif"], order["oid"]);
    }
}

// For enhanced data (triggers, children), use frontend_open_orders()
let addr = format!("{:?}", sdk.address().unwrap());
let enhanced = sdk.info().frontend_open_orders(&addr, None).await?;

Partial Position Close by Percentage

close_position() closes the entire position. To close a percentage, read the current size and place a reduce-only market order for the desired amount:

async fn close_percentage(sdk: &HyperliquidSDK, coin: &str, percent: f64) -> Result<(), Error> {
    let addr = format!("{:?}", sdk.address().unwrap());
    let state = sdk.info().clearinghouse_state(&addr, None).await?;
    let positions = state["assetPositions"].as_array().unwrap();
    let position = positions.iter()
        .find(|p| p["position"]["coin"].as_str() == Some(coin))
        .ok_or_else(|| Error::NoPosition { asset: coin.to_string() })?;

    // szi is signed: positive = long, negative = short
    let szi: f64 = position["position"]["szi"].as_str().unwrap().parse().unwrap();
    // Note: round close_size to asset's size decimals in production
    let close_size = szi.abs() * (percent / 100.0);

    if szi > 0.0 {
        // Long position: sell to close
        sdk.market_sell(coin).await.reduce_only().size(close_size).await?;
    } else {
        // Short position: buy to close
        sdk.market_buy(coin).await.reduce_only().size(close_size).await?;
    }
    Ok(())
}

// Close 50% of BTC position
close_percentage(&sdk, "BTC", 50.0).await?;

Batch Cancel with Partial Failure Handling

Cancel all orders for an asset in one call:

// Cancel all orders for a specific asset
sdk.cancel_all(Some("BTC")).await?;

// Cancel by client order ID (for CLOID-tracked orders)
sdk.cancel_by_cloid("0xmycloid...", "BTC").await?;

Or cancel selectively with per-order error handling:

use hyperliquid_sdk::Error;

// Get open orders
let result = sdk.open_orders().await?;
let orders = result.as_array().unwrap();

// Cancel specific orders with per-order error handling
let mut failures = Vec::new();
for order in orders {
    if order["coin"].as_str() == Some("BTC")
        && order["limitPx"].as_str().and_then(|p| p.parse::<f64>().ok()).unwrap_or(0.0) < 50000.0
    {
        let oid = order["oid"].as_u64().unwrap();
        if let Err(e) = sdk.cancel(oid, "BTC").await {
            failures.push((oid, e.to_string()));
        }
    }
}

if !failures.is_empty() {
    eprintln!("Failed to cancel {} orders: {:?}", failures.len(), failures);
}

Resilient Order Placement

Use client order IDs (CLOIDs) for idempotent orders and categorize errors for retry logic:

use hyperliquid_sdk::{Order, PlacedOrder, Error, Result};
use hyperliquid_sdk::error::ErrorCode;
use std::time::Duration;

// Set a CLOID for idempotency — the exchange rejects duplicates
let order = sdk.order(
    Order::buy("BTC").size(0.001).price(65000.0).gtc().random_cloid()
).await?;

// Error categories:
//   Transient (retry):   Error::RateLimited, Error::ApiError { code: ErrorCode::InvalidNonce, .. }
//   Permanent (fail):    Error::GeoBlocked, Error::ApiError { code: ErrorCode::InsufficientMargin, .. },
//                        Error::ValidationError(..), Error::SigningError(..), Error::ApiError { code: ErrorCode::MaxOrdersExceeded, .. }
//   Already done:        Error::ApiError { code: ErrorCode::DuplicateOrder, .. }

async fn place_with_retry(
    sdk: &HyperliquidSDK,
    order_builder: Order,
    max_retries: usize,
) -> Result<Option<PlacedOrder>> {
    let order_builder = order_builder.random_cloid();

    for attempt in 0..max_retries {
        match sdk.order(order_builder.clone()).await {
            Ok(result) => return Ok(Some(result)),
            Err(Error::ApiError { code: ErrorCode::DuplicateOrder, .. }) => return Ok(None),
            Err(Error::RateLimited { .. })
            | Err(Error::ApiError { code: ErrorCode::InvalidNonce, .. })
                if attempt + 1 < max_retries =>
            {
                let wait = Duration::from_millis(
                    (1u64 << attempt) * 1000 + attempt as u64 * 500
                );
                tokio::time::sleep(wait).await;
            }
            Err(e) => return Err(e),
        }
    }
    Ok(None)
}

// Timeout configuration on SDK constructor
let sdk = HyperliquidSDK::new()
    .private_key("0x...")
    .timeout(Duration::from_secs(30))
    .build().await?;

Leverage & Margin

// Update leverage
sdk.update_leverage("BTC", 10, true).await?;   // 10x cross
sdk.update_leverage("ETH", 5, false).await?;   // 5x isolated

// Isolated margin management
sdk.update_isolated_margin("BTC", true, 100.0).await?;   // Add margin to long
sdk.update_isolated_margin("ETH", false, -50.0).await?;  // Remove from short
sdk.top_up_isolated_only_margin("BTC", 100.0).await?;    // Special maintenance mode

Trigger Orders (Stop Loss / Take Profit)

use hyperliquid_sdk::{TriggerOrder, Side};

// Stop loss (market order when triggered)
sdk.stop_loss("BTC", 0.001, 60000.0).await?;

// Stop loss (limit order when triggered)
let trigger = TriggerOrder::stop_loss("BTC")
    .size(0.001)
    .trigger_price(60000.0)
    .limit(59500.0);
sdk.trigger_order(trigger).await?;

// Take profit
sdk.take_profit("BTC", 0.001, 70000.0).await?;

// Buy-side (closing shorts)
let trigger = TriggerOrder::stop_loss("BTC")
    .size(0.001)
    .trigger_price(70000.0)
    .side(Side::Buy)
    .market();
sdk.trigger_order(trigger).await?;

TWAP Orders

// Time-weighted average price order
let result = sdk.twap_order(
    "BTC",
    0.01,           // size
    true,           // is_buy
    60,             // duration_minutes
    true,           // randomize
    false,          // reduce_only
).await?;
let twap_id = result["response"]["data"]["running"]["id"].as_u64().unwrap();

// Cancel TWAP
sdk.twap_cancel("BTC", twap_id).await?;

Transfers

// Internal transfers
sdk.transfer_spot_to_perp(100.0).await?;
sdk.transfer_perp_to_spot(100.0).await?;

// External transfers
sdk.transfer_usd("0x...", 100.0).await?;
sdk.transfer_spot("PURR", "0x...", 100.0).await?;
sdk.send_asset("USDC:0x...", 100.0, "0x...", None, None, None).await?;

// Withdraw to L1 (Arbitrum)
sdk.withdraw(100.0, Some("0x...")).await?;

Vaults

let hlp_vault = "0xdfc24b077bc1425ad1dea75bcb6f8158e10df303";
sdk.vault_deposit(hlp_vault, 100.0).await?;
sdk.vault_withdraw(hlp_vault, 50.0).await?;

Staking

// Stake/unstake HYPE
sdk.stake(1000.0).await?;
sdk.unstake(500.0).await?;  // 7-day queue

// Delegate to validators
sdk.delegate("0x...", 500.0).await?;
sdk.undelegate("0x...", 250.0).await?;

Builder Fee

// Check approval
let status = sdk.approval_status().await?;

// Approve builder fee
sdk.approve_builder_fee(Some("1%")).await?;

// Revoke
sdk.revoke_builder_fee().await?;

Agent/API Key Management

// Approve an agent to trade on your behalf
sdk.approve_agent("0xAgent...", Some("my-bot")).await?;

Account Abstraction

// Set abstraction mode
sdk.set_abstraction("unifiedAccount", None).await?;
sdk.set_abstraction("portfolioMargin", None).await?;
sdk.set_abstraction("disabled", None).await?;

// As an agent
sdk.agent_set_abstraction("unifiedAccount").await?;

Advanced Transfers

// Send asset between DEXs
sdk.send_asset("USDC:0x...", 100.0, "0xDest...", None, None, None).await?;

// Send to EVM with data
sdk.send_to_evm_with_data(
    "PURR:0x...", 100.0, "0xContract...", "0xcalldata...",
    "", 999, 100000
).await?;

Additional Operations

// Cancel by client order ID
sdk.cancel_by_cloid("0xmycloid...", "BTC").await?;

// Reserve rate limit capacity
sdk.reserve_request_weight(1000).await?;

// No-op (consume nonce)
sdk.noop().await?;

// Preflight validation
sdk.preflight("BTC", Side::Buy, 67000.0, 0.001).await?;

// Refresh markets cache
sdk.refresh_markets().await?;

Error Handling

All errors are typed with specific error codes and guidance.

use hyperliquid_sdk::Error;
use hyperliquid_sdk::error::ErrorCode;

match sdk.market_buy("BTC").await.notional(100.0).await {
    Ok(order) => println!("Success: {:?}", order.oid),
    Err(Error::ApprovalRequired { .. }) => {
        // Need to approve builder fee first
        sdk.approve_builder_fee(None).await?;
    }
    Err(Error::InsufficientMargin { message, guidance, .. }) => {
        eprintln!("Not enough margin: {}", message);
        eprintln!("Guidance: {}", guidance);
    }
    Err(Error::GeoBlocked { message, .. }) => {
        eprintln!("Geo-blocked: {}", message);
    }
    Err(Error::ApiError { code, message, guidance, .. }) => {
        eprintln!("API Error [{}]: {}", code, message);
        eprintln!("Guidance: {}", guidance);
    }
    Err(e) => eprintln!("Error: {}", e),
}

Available Error Types:

Error::ApiError — Base API error with code and message
Error::BuildError — Order building failed
Error::SendError — Transaction send failed
Error::ApprovalRequired — Builder fee approval needed
Error::ValidationError — Invalid parameters
Error::SignatureError — Signature verification failed
Error::NoPosition — No position to close
Error::OrderNotFound — Order not found
Error::GeoBlocked — Region blocked
Error::InsufficientMargin — Not enough margin
Error::LeverageError — Invalid leverage
Error::RateLimited — Rate limited
Error::MaxOrders — Too many orders
Error::ReduceOnlyError — Reduce-only constraint
Error::DuplicateOrder — Duplicate order
Error::UserNotFound — User not found
Error::MustDeposit — Deposit required
Error::InvalidNonce — Invalid nonce

API Reference

HyperliquidSDK (Trading)

HyperliquidSDK::new()
    .endpoint(endpoint)          // Endpoint URL
    .private_key(key)            // Falls back to PRIVATE_KEY env var
    .auto_approve(true)          // Auto-approve builder fee (default: true)
    .max_fee("1%")               // Max fee for auto-approval
    .slippage(0.03)              // Default slippage for market orders (3%)
    .timeout(30)                 // Request timeout in seconds
    .build()
    .await?;

Info (Account & Metadata)

Info::new(endpoint);

HyperCore (Blocks & Trades)

HyperCore::new(endpoint);

EVM (Ethereum JSON-RPC)

EVM::new(endpoint);
EVM::new(endpoint).with_debug(true);  // Enable debug/trace methods

Stream (WebSocket)

Stream::new(Some(endpoint))
    .on_error(callback)          // Error callback
    .on_close(callback)          // Close callback
    .on_open(callback)           // Open callback
    .on_reconnect(callback);     // Reconnect callback

GRPCStream (gRPC)

GRPCStream::new(endpoint)?;      // Token extracted from endpoint

EVMStream (EVM WebSocket)

EVMStream::new(endpoint);

Environment Variables

Variable	Description
`PRIVATE_KEY`	Your Ethereum private key (hex, with or without 0x)
`ENDPOINT`	Endpoint URL

Performance

The SDK is designed for high performance:

Zero-copy where possible
Connection pooling via reqwest
Lock-free data structures (DashMap)
Efficient MessagePack serialization
Lazy initialization of sub-clients

Examples

See the hyperliquid-examples repository for 44 complete, runnable examples covering trading, streaming, market data, and more.

Disclaimer

This is an unofficial community SDK. It is not affiliated with Hyperliquid Foundation or Hyperliquid Labs.

Use at your own risk. Always review transactions before signing.

License

MIT License - see LICENSE for details.

quicknode-hyperliquid-sdk 0.1.7

Hyperliquid SDK for Rust

Installation

Quick Start

Endpoint Flexibility

1. Set your private key

2. Start trading

Data APIs

Info API

HyperCore API

EVM (Ethereum JSON-RPC)

Real-Time Streaming

WebSocket Streaming

gRPC Streaming (High Performance)

L4 Order Book (Critical for Trading)

L2 vs L4 Comparison

EVM WebSocket Streaming (eth_subscribe)

Trading Features

One-Line Orders

Fluent Order Builder

Order Management

Position Management

Querying Open Orders by Trading Pair

Partial Position Close by Percentage

Batch Cancel with Partial Failure Handling

Resilient Order Placement

Leverage & Margin

Trigger Orders (Stop Loss / Take Profit)

TWAP Orders

Transfers

Vaults

Staking

Builder Fee

Agent/API Key Management

Account Abstraction

Advanced Transfers

Additional Operations

Error Handling

API Reference

HyperliquidSDK (Trading)

Info (Account & Metadata)

HyperCore (Blocks & Trades)

EVM (Ethereum JSON-RPC)

Stream (WebSocket)

GRPCStream (gRPC)

EVMStream (EVM WebSocket)

Environment Variables

Performance

Examples

Disclaimer

License