Track Solana Liquidity Adds and Removes with SDK 0.5
Build a Solana LP activity feed with SDK 0.5.0. Query mixed history, preserve exact token amounts, stream liquidity, and reconcile provisional events.
Production-ready code examples for streaming and parsing transactions on Solana's top DEXes, Raydium, Pump.fun, Meteora, Orca, and more.
Build a Solana LP activity feed with SDK 0.5.0. Query mixed history, preserve exact token amounts, stream liquidity, and reconcile provisional events.
Migrate to Solana Tracker SDK 0.5.0 with typed trade history, liquidity streams, identity enrichment, cursor handling, and compatibility checks.
Query Jupiter DCA orders and stream fills with the Solana Data API. Handle V2 orders, pagination, account snapshots, and remaining-flow estimates.
Build a Solana market overview with Lighthouse. Compare volume, wallets, launches, and migrations without double-counting market-family rollups.
Query wallet PnL history in USD, SOL, or EUR. Handle queued indexing, daily conversion rates, performance trade counts, and chart denomination.
Enrich Solana trades and holders with wallet labels, SNS names, and token roles. Handle null identities, partial streams, and historical interpretation.
Compare Solana RPC providers with a reproducible workload: method coverage, tail latency, slot freshness, stream recovery, and normalized cost.
Build Solana trader rankings with PnL V2. Compare the same period and PnL mode, distinguish token and wallet returns, and inspect ranking bias.
Build a Solana trade tape with REST history and WebSocket swaps. Handle enrichment, gaps, duplicate delivery, and liquidity as a separate event type.
Filter Solana tokens by market, liquidity, risk, and community activity. Build a paginated screener with stable queries and clear filter semantics.
Inspect Pump.fun first buyers with PnL V2. Separate token profit from wallet profit, examine identity, and avoid mistaking early buyers for insiders.
Read Solana token risk scores correctly. Build explainable screening rules for rugged flags, missing data, concentration, and authority warnings.
Fetch Solana OHLCV candles in TypeScript. Handle timestamp units, pool scope, duplicate bars, outlier settings, and live chart reconciliation.
Resolve primary .sol names, batch wallet labels, and domain owners with Solana RPC. Handle missing identities and separate display names from addresses.
Find reusable Solana lookup tables by account or mint. Evaluate coverage, fetch live table state, and verify the final versioned transaction size.
Set up a filtered Yellowstone gRPC stream for Solana. Use typed commitment values and plan for errors, backpressure, reconnects, and data gaps.
Measure Solana RPC latency by method, region, and commitment. Separate read speed from transaction landing and diagnose tail latency before upgrading.
Build a Solana wallet tracker with balances, token values, and PnL V2. Handle indexing queues and distinguish portfolio value from trading profit.
Stream Solana price updates with SDK 0.5.0. Handle reconnects, stale quotes, subscription cleanup, and REST recovery for reliable live tickers.
Get current Solana token prices with TypeScript. Use batch requests, inspect pool liquidity, handle missing prices, and keep API keys server-side.
Monitor Pump.fun curve thresholds and graduation events. Distinguish approaching migration from an active pool and reconcile gaps with REST.
Build a Pump.fun launch monitor with Datastream. Filter the correct pool, handle unknown risk, deduplicate alerts, and recover after disconnects.
Design token-scoped community chat with server-held credentials, request-scoped user sessions, signed wallet challenges, and reliable message delivery.
Decode Meteora DLMM swap arguments and understand bin pricing, decimals, inner instructions, and the difference between constraints and executed amounts.
Build a Pump.fun mint detector with program validation, create and create_v2 decoding, lookup-table account resolution, and recovery tests.
Decode Raydium AMM v4 swap inputs safely. Resolve program IDs, loaded addresses, inner instructions, and distinguish minimum output from actual fills.