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134,926 tools. Last updated 2026-05-25 21:29

"ICT Algorithmic Trading Strategy Development for TradingView" matching MCP tools:

  • Switch between local and remote DanNet servers on the fly. This tool allows you to change the DanNet server endpoint during runtime without restarting the MCP server. Useful for switching between development (local) and production (remote) servers. Args: server: Server to switch to. Options: - "local": Use localhost:3456 (development server) - "remote": Use wordnet.dk (production server) - Custom URL: Any valid URL starting with http:// or https:// Returns: Dict with status information: - status: "success" or "error" - message: Description of the operation - previous_url: The URL that was previously active - current_url: The URL that is now active Example: # Switch to local development server result = switch_dannet_server("local") # Switch to production server result = switch_dannet_server("remote") # Switch to custom server result = switch_dannet_server("https://my-custom-dannet.example.com")
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  • Search the regulatory corpus using keyword / trigram matching. Uses PostgreSQL trigram similarity on document titles and summaries. Returns documents ranked by relevance with summaries and classification tags. Prefer list_documents with filters (regulation, entity_type, source) first. Only use this for free-text keyword search when structured filters aren't sufficient. Args: query: Search terms (e.g. 'strong customer authentication', 'ICT risk', 'AML reporting'). per_page: Number of results (default 20, max 100).
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  • Find an existing PROVEN strategy that matches a plain-English idea, so you can offer the user a choice — deploy the existing one, or generate a fresh custom one. Mirrors the quantifyme.ai landing experience: "Found <X> by @<author> (WR/PF) — Use it / Generate fresh". CALL THIS FIRST when a user describes a strategy idea. Then present the match (if any) and ASK which they want: • Use it → one_shot(community_id=<match.community_id>) — deploys the exact proven strategy (free, no generation). • Generate fresh → one_shot(prompt="<their description>") — Claude writes a brand-new custom strategy for them. If there's no match, just offer to generate fresh. Args: description: the user's strategy idea in plain English (e.g. "buy EURUSD 15min when RSI < 30, sell when RSI > 70"). symbol: optional pair to constrain the match (EURUSD, USDJPY, GBPUSD, USDCHF, USDCAD, AUDUSD, NZDUSD). timeframe: optional granularity to constrain the match (1min/5min/15min/1h). Returns: dict with: - match: the best existing strategy, or null. When present: {community_id, title, username, wr, pf, ret, n_trades, symbol, timeframe}. Pass community_id to one_shot to deploy it unchanged. - description: echoed back — pass as one_shot(prompt=...) to generate fresh. - suggestion: a ready-to-show sentence offering the user the choice.
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  • Purpose: Per-strategy breakdown across current paper positions (count, avg P&L, win rate per strategy). When to call: diversification audit, per-strategy performance check. Prerequisites: get_positions recommended for raw rows. Next steps: market://{market_id}/derived/strategy-fitness, signals/feedback. Caveats: empty distribution when no positions are open. Args: market_id: Market ID (crypto, kr_stock, us_stock; aliases coin/kr/us accepted) Disclaimer: Information only, not investment advice.
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  • Purpose: List current paper-trading positions, with dynamic filters (ROI / strategy / sort). When to call: position dashboards, drawdown checks, exposure audits. Prerequisites: market://{market_id}/status recommended for context. Next steps: get_position_detail, get_strategy_distribution. Caveats: paper-trading data only. Positions are not real money holdings. Disclaimer: Information only, not investment advice. Args: market_id: Market ID (crypto, kr_stock, us_stock) min_roi: Min ROI % filter (e.g., -5.0) max_roi: Max ROI % filter (e.g., 10.0) strategy: Strategy filter (e.g., trend, scalping) sort_by: Sort field (profit_loss_pct, entry_timestamp, holding_duration, ai_score) sort_order: Sort direction (desc, asc) limit: Max results (default 1000)
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  • ⚠️ MANDATORY FIRST STEP - Call this tool BEFORE using any other Canvs tools! Returns comprehensive instructions for creating whiteboards: tool selection strategy, iterative workflow, and examples. Following these instructions ensures correct diagrams.
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Matching MCP Servers

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    An MCP server that connects to running Node.js applications via the Chrome Debug Protocol to analyze Mnemonica type hierarchies at runtime. It enables users to validate and improve static analysis by comparing runtime types with Tactica-generated types.
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    Enables automated control of TradingView Desktop via Chrome DevTools Protocol with 78+ tools for chart manipulation, Pine Script development, and indicator analysis. Supports automated morning briefs for session bias generation, replay trading practice, and multi-pane layouts with secure local-only data processing.
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  • AI-powered trading strategy development: backtesting, market data, and portfolio analysis

  • Perpetual futures trading for AI agents. 275+ markets (crypto, stocks, commodities, forex) via Hyperliquid. Copy trading, leaderboard, 50x leverage. No KYC. 20% referral commissions.

  • Assess the best DeFi opportunity for a given capital amount and strategy. This is the "cold start" tool — call it first to understand where your capital is viable before making any moves. One call gives you chain viability, ranked opportunities, gas impact, and an actionable recommendation. Args: api_key: Your PreFlyte API key (required). asset: Token symbol, e.g. "USDC", "WETH". action: "supply" or "borrow". position_size_usd: Capital amount in USD. strategy: One of "yield_farming", "active_trading", "idle_capital". chain: "ethereum", "arbitrum", or "any" (default: "any"). trades_per_day: For active_trading strategy only. Default 10. Returns: JSON with chain viability, ranked opportunities, gas analysis, break-even calculations, and an actionable recommendation.
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  • Update a campaign's bidding strategy. Supports: TARGET_CPA (set a target cost per acquisition), MAXIMIZE_CONVERSIONS (optionally with a target CPA cap), MAXIMIZE_CONVERSION_VALUE (maximize total conversion value, optionally with a target ROAS — required for PMAX value-based bidding), TARGET_ROAS (target return on ad spend), MAXIMIZE_CLICKS (optionally with cpcBidCeiling), MANUAL_CPC, TARGET_IMPRESSION_SHARE (presence-based — 'just win' on a given SERP position, ideal for brand campaigns). For TARGET_CPA, targetCpa is required (in dollars). For MAXIMIZE_CONVERSIONS, targetCpa is optional (acts as a cap). For TARGET_ROAS and MAXIMIZE_CONVERSION_VALUE, targetRoas is required/optional respectively (e.g. 2.0 = 200% ROAS). For TARGET_IMPRESSION_SHARE, impressionShareLocation, locationFraction, and cpcBidCeiling are all required — Google will not accept this strategy without all three. For MAXIMIZE_CLICKS, cpcBidCeiling is optional (defaults to effectively uncapped). Passing cpcBidCeiling with any other strategy is rejected. Returns a changeId for undo support.
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  • End-to-end deploy: generate strategy → train → deploy live. One of `prompt` (free-form NL), `preset` (curated winning strategy), or `community_id` (copy a published community strategy) is required. If more than one is passed, precedence is community_id > preset > prompt. Args: prompt: Natural-language strategy description (e.g. "Buy when RSI < 30, sell > 70"). symbol: Currency pair to backtest on. One of: EURUSD, USDJPY, GBPUSD, USDCHF, USDCAD, AUDUSD, NZDUSD. Default EURUSD. timeframe: Candle granularity. One of: 1min, 5min, 15min, 1h. Default 15min. claude_model: Which Claude variant to use for code generation. "sonnet" (default — best quality, 1/day free) or "haiku" (faster, 3/day free). Ignored when `preset` is set (no generation needed). preset: Curated winning-strategy slug. Skips Claude generation entirely — deploys a pre-saved strategy known to backtest well on the chosen symbol. Available slugs: ema_cross_fast, momentum, scalper_stack, sma_only, trend_ema, volatility, bb_squeeze, all_mix, pivot_kid_ema. Not every slug exists for every symbol — call list_models afterwards to confirm what deployed. community_id: Copy-trade a published community strategy. Pass the `id` of an entry from `browse_community`. Loads that exact strategy code, skips Claude generation, then trains + deploys it. `symbol`/`timeframe` still apply to the backtest+deploy. webhook_url: Optional webhook to receive live signals. telegram_chat_id: Optional Telegram chat ID for signal delivery. Returns IMMEDIATELY (the deploy runs in the background so the live card can stream progress) with: - job_token (str): pass to get_deploy_result to fetch the final result. - poll_url (str): the card polls this for live progress; you can ignore it. - pending (bool): always true here — the deploy is still running. - symbol, timeframe (str). Call this EXACTLY ONCE per request. Pass the user's words as `prompt`; do not pre-pick presets/community strategies — the server routes (vague → a proven community strategy, specific rules → a fresh generation). NEXT STEP (always): call get_deploy_result(job_token) ONCE — it blocks until the deploy finishes and returns the out-of-sample stats + `stem` + `source`/`author` as TEXT so you can summarize. The live card already shows the chart, so you do NOT need get_model_chart. If source='community', tell the user it used a pre-existing strategy by @author and offer to generate a custom one.
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  • Fetch Bitrix24 app development documentation by exact title (use `bitrix-search` with doc_type app_development_docs). Returns plain text labeled fields (Title, URL, Module, Category, Description, Content) without Markdown.
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  • Fork a published strategy from the x711 Strategy Commons. Costs $0.03 USDC. The original publisher earns $0.02 royalty. Returns a copy of the strategy with your agent_id attached. Browse strategies first at https://x711.io/strategies or GET /api/strategies.
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  • Run a UK property development scheme viability appraisal. Models land, build, professional fees, contingency, finance interest and arrangement fee through to net profit, profit on GDV, profit on cost, LTC and LTGDV. Returns a viability flag against industry-standard thresholds (20%+ viable, 15-20% marginal, <15% unviable on profit on GDV basis). Calculated by FD Commercial, specialist UK development finance broker. Use when a user asks whether a development scheme stacks, what the profit margin is, what LTC or LTGDV would be, or whether a scheme is viable for development finance.
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  • Search Vaadin documentation for relevant information about Vaadin development, components, and best practices. Uses hybrid semantic + keyword search. USE THIS TOOL for questions about: Vaadin components (Button, Grid, Dialog, etc.), TestBench, UI testing, unit testing, integration testing, @BrowserCallable, Binder, DataProvider, validation, styling, theming, security, Push, Collaboration Engine, PWA, production builds, Docker, deployment, performance, and any Vaadin-specific topics. When using this tool, try to deduce the correct development model from context: use "java" for Java-based views, "react" for React-based views, or "common" for both. Use get_full_document with file_paths containing the result's file_path when you need complete context.
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  • Create a portfolio bidding strategy — a shared bidding configuration that multiple campaigns can reference. Supports TARGET_CPA, TARGET_ROAS, MAXIMIZE_CONVERSIONS, and MAXIMIZE_CONVERSION_VALUE. For TARGET_CPA, targetCpa (in dollars) is required. For TARGET_ROAS, targetRoas (e.g. 2.0 = 200%) is required. Returns changeId + biddingStrategyId. Use linkCampaignToBiddingStrategy to attach to campaigns.
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  • Recommend the best payment strategy for a task based on its parameters. Uses the Execution Market Agent Decision Tree to select the optimal payment flow. When ERC-8004 on-chain reputation is available, it takes precedence. Decision logic: - High reputation (>90%) + micro amount (<$5) -> instant_payment - External dependency (weather, events) -> escrow_cancel - Quality review needed + high value (>=$50) -> dispute_resolution - Low reputation (<50%) + high value (>=$50) -> dispute_resolution - Default -> escrow_capture Args: params: Amount, reputation, and task characteristics Returns: Recommended strategy with explanation and tier timings.
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  • Get the current escrow payment status for a task. Returns the payment state including: - Authorization status - Amount locked, released, and refunded - Transaction hashes - Current payment strategy Args: params: task_id Returns: Payment status details or "not found" if task has no escrow.
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  • High-frequency real-time market data for trading agents, market-making bots and fintech analysts. Returns FX ticks (bid/ask/spread), intraday OHLCV candles, crypto orderbook snapshots (depth 5-50), recent trades with VWAP, and sovereign bond yields. All sources are keyless public REST APIs (Binance, Coinbase, Kraken, OKX, open FX feeds, worldgovernmentbonds.com). Ultra-short cache: 10s for ticks/trades, 60s for orderbook. Use when an agent needs live market data as precise numeric inputs for trading logic, arbitrage detection, or portfolio valuation.
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  • Build an unsigned SOL transfer to support Blueprint development. Blueprint provides free staking infrastructure for AI agents — donations help sustain enterprise hardware and development. Same zero-custody pattern: unsigned transaction returned, you sign client-side. Suggested amounts: 0.01 SOL (thank you), 0.1 SOL (generous), 1 SOL (patron).
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  • Load backtesting workflow for signal testing, forward returns, win rates. REQUIRES get_database_schema then get_query_patterns to be called first (in that order). Call BEFORE writing SQL when the user asks to backtest, test a strategy, check "what happens after X", compare forward returns, measure win rates, "is it better to buy when X vs Y", evaluate trading signals historically, or compute any hypothetical return over past data. Contains hard rules for survivorship bias, outlier handling, sampling design, and risk-adjusted metrics (Sharpe, Sortino, drawdown). Can be combined with other workflow tools.
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  • Build an unsigned SOL transfer to support Blueprint development. Blueprint provides free staking infrastructure for AI agents — donations help sustain enterprise hardware and development. Same zero-custody pattern: unsigned transaction returned, you sign client-side. Suggested amounts: 0.01 SOL (thank you), 0.1 SOL (generous), 1 SOL (patron).
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