tradelocker-mcp-server

(JCW)

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tradelocker-mcp-server

An MCP server that exposes a TradeLocker trading account (account state, instruments, quotes, history, orders, sessions) to Claude and other MCP-compatible clients.

Talks to the official TradeLocker public REST API directly — no third-party SDK in between — so every endpoint is reachable and nothing breaks if the SDK falls behind.

Pairs naturally with the tradingview-mcp chart-reading server: Claude can read levels off your TradingView chart and place / monitor orders on TradeLocker through the same conversation.

What's in the box

24 tools, all prefixed with tl_:

Category	Tools
Discovery / config	tl_list_profiles, tl_get_config, tl_search_instrument, tl_resolve_symbol, tl_get_instrument_details
Account	tl_get_account, tl_get_all_accounts, tl_get_account_details
Quotes / market data	tl_get_quote, tl_get_ask, tl_get_bid, tl_get_daily_bar
History	tl_get_price_history (compact summary by default)
Read positions / orders	tl_get_positions, tl_get_orders, tl_get_orders_history
Sessions	tl_get_session, tl_get_session_status
Trading (DESTRUCTIVE)	tl_create_order, tl_modify_order, tl_cancel_order, tl_cancel_all_orders, tl_modify_position, tl_close_position, tl_close_all_positions

Two named profiles — demo and live — let one running server talk to both your test and your funded account. Order-modifying tools on the live profile are blocked unless TL_ALLOW_LIVE_ORDERS=true is set explicitly.

Architecture

Claude  ──MCP/stdio──▶  tradelocker_mcp.server  (FastMCP, 24 tools)
                                │
                                ▼
                         tradelocker_mcp.session  (per-profile JWT, accNum,
                                │                  config columns, instrument
                                │                  + route cache)
                                ▼
                         tradelocker_mcp.rest     (httpx async client →
                                                   {env}.tradelocker.com/backend-api)

Compact array responses from /orders, /positions, /ordersHistory, /state are decoded into named-field dicts using the column schemas from /trade/config (cached per profile).

Requirements

• Python 3.11+
• A TradeLocker login (email + password + server name)

Install

git clone https://github.com/jasonwilliams/tradelocker-mcp-server
cd tradelocker-mcp-server
python -m venv .venv && source .venv/bin/activate
pip install -e ".[dev]"

Configure

Copy the template and fill in your credentials:

cp .env.example .env
$EDITOR .env

The minimum to be useful is one full profile. Example:

TL_DEFAULT_PROFILE=demo
TL_ALLOW_LIVE_ORDERS=false

TL_DEMO_ENVIRONMENT=https://demo.tradelocker.com
TL_DEMO_SERVER=GATESFX
TL_DEMO_USERNAME=trader@example.com
TL_DEMO_PASSWORD=hunter2
TL_DEMO_ACCOUNT_ID=2130973

TL_LIVE_ENVIRONMENT=https://live.tradelocker.com
TL_LIVE_SERVER=GATESFX
TL_LIVE_USERNAME=trader@example.com
TL_LIVE_PASSWORD=correcthorsebatterystaple
TL_LIVE_ACCOUNT_ID=709458

A note on white-label brokers (GATESFX, etc.)

If your broker is a white-label deployment (you log in with server="GATESFX"), TradeLocker still routes auth through https://demo.tradelocker.com and https://live.tradelocker.com. The custom OMS endpoints your broker provided (bsa-oms.tradelocker.com:8443, bsb-oms.tradelocker.com:8443, etc.) are used internally by the platform — you do not pass them as environment. The standard URLs work because server="GATESFX" does the routing.

If your broker tells you to use a different base URL, override TL_DEMO_ENVIRONMENT / TL_LIVE_ENVIRONMENT.

Demo without a password

If your demo account was provisioned without a password (some prop firms hand out trial accounts that auth via their own portal), the REST API still requires a password. Either ask GATESFX support for a password reset, or use your live credentials against the demo environment URL — the same login typically works on both demo and live for a given broker.

Optional: developer API key

If you join the TradeLocker Developer Program you get a tl-developer-api-key for higher rate limits. Set it in TL_DEVELOPER_API_KEY and the server attaches it to every request.

Run

tradelocker-mcp                     # console script
# or
python -m tradelocker_mcp           # equivalent

The server speaks MCP over stdio.

Wire it into Claude

Claude Code / Cowork (.mcp.json)

{
  "mcpServers": {
    "tradelocker": {
      "command": "python",
      "args": ["-m", "tradelocker_mcp"],
      "env": {
        "TL_DEFAULT_PROFILE": "demo",
        "TL_ALLOW_LIVE_ORDERS": "false",
        "TL_DEMO_ENVIRONMENT": "https://demo.tradelocker.com",
        "TL_DEMO_SERVER": "GATESFX",
        "TL_DEMO_USERNAME": "...",
        "TL_DEMO_PASSWORD": "...",
        "TL_DEMO_ACCOUNT_ID": "2130973"
      }
    }
  }
}

A complete two-profile example lives in examples/claude_code.mcp.json.

Claude Desktop

Edit ~/Library/Application Support/Claude/claude_desktop_config.json (macOS) or %APPDATA%/Claude/claude_desktop_config.json (Windows) and merge the mcpServers snippet from examples/claude_desktop_config.json. Restart Claude Desktop.

Safety model

• Every write tool (tl_create_order, tl_modify_*, tl_cancel_*, tl_close_*) carries destructiveHint: true.
• When the resolved profile is live, every write tool checks TL_ALLOW_LIVE_ORDERS. If unset or false, the tool returns an error and no API call is made.
• Credentials never appear in tool inputs — they're read from the environment.
• The server logs to stderr only (stdout is the MCP transport).
• Tools always return a {"ok": true|false, ...} envelope; no raw tracebacks ever reach the model.

Combining with TradingView

A typical "should I take this trade?" flow:

1. chart_get_state (TV) → confirm symbol/timeframe.
2. data_get_pine_lines (TV) → key levels.
3. tl_resolve_symbol (TL) → bridge TV symbol to broker tradableInstrumentId.
4. tl_get_quote (TL) → broker-side price.
5. tl_get_positions (TL) → existing exposure.
6. Propose → user confirms → tl_create_order (TL).

Develop

ruff check src tests
pytest -v

License

MIT — see LICENSE.

Disclaimer

This software places real orders on real accounts. Test thoroughly on a demo account before enabling live trading. The author is not your broker, your financial advisor, or responsible for your trades. THIS IS NOT FINANCIAL ADVICE DO NOT TRADE REAL RISK. THIS IS MADE AS A DATA SCIENCE TOOL USE AT OWN RISK. (JCW)