Guide Flare FTSO integration for Solidity, TypeScript, and wagmi feed consumption.
npx skills add https://github.com/mashharuki/flare-sample --skill flare-ftso
Please help me install this Agent Skill. Skill: flare-ftso Source: https://github.com/mashharuki/flare-sample/tree/main/.claude/skills/flare-ftso Command: npx skills add https://github.com/mashharuki/flare-sample --skill flare-ftso
Flare FTSO integration can be subtle and error-prone: developers need clear guidance to read block-latency feeds, verify scaling (anchor) Merkle proofs, calculate and supply any required fees, and implement secure offchain/onchain consumption without exposing keys or misinterpreting raw RPC data. This skill collects architecture explanation, contract interfaces, example scripts, and security guidance to reduce integration mistakes and ensure correct, auditable feed consumption.
Ask the skill to explain how to read FLR/USD and BTC/USD using ContractRegistry and FtsoV2, convert wei-scaled values to human-readable prices, and verify a scaling anchor Merkle proof with verifyFeedData while keeping all signing in your local environment.
High-intent search queries and answers about installing and using this skill.
To read Flare FTSO price feeds in Solidity, dynamically resolve the FtsoV2 contract address via ContractRegistry, then call the getFeedByIdInWei or getFeedsById methods to retrieve block-latency feed values as typed numeric ABI outputs.
A Flare FTSO scaling anchor Merkle proof verifies the integrity of feed data on-chain. You verify it by calling the verifyFeedData method on the FtsoV2 interface before storing or consuming the proven value.
Yes, you can consume Flare FTSO price feeds using wagmi or viem frontends by dynamically resolving contract addresses and polling feeds to format wei-scaled values for human-readable display.
You calculate required fees for Flare FTSO feed consumption by interfacing with the IFeeCalculator contract to ensure correct fee supply before requesting or verifying feed data.
When integrating Flare FTSO off-chain readers, ensure all signing and key management remain in user-controlled environments, never expose private keys to AI, and maintain human-in-the-loop oversight for payable operations.
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