Retrieve Solidity code for integrating Pythia indicators into your smart contract. Select a tier to match your data needs.
MIT
152,948 tools. Last updated 2026-05-28 16:21
"How to call a smart contract function" matching MCP tools:
- Verify whether a given address is a smart contract or an externally owned account (EOA) on supported networks, including BSC, Ethereum, and more.MIT
- Query smart contract functions on the Zetrix blockchain to retrieve data without modifying state. Specify contract address and input parameters to execute read-only calls.MIT
- Invoke a contract's view method to read data without changing state, requiring only the contract ID, method name, and arguments.MIT
- Fix smart contract vulnerabilities by providing contract code and vulnerability details. Returns the complete fixed contract while preserving all existing functionality.MIT
- Learn how to structure Zetrix smart contracts using ES5 patterns, classes, and inheritance for blockchain development.MIT
Matching MCP Servers
- AlicenseBqualityCmaintenanceEnables interaction with the Monad blockchain to analyze smart contract source code for functionality and security, with decompilation support for unverified contracts.Last updated2Apache 2.0
- AlicenseAqualityBmaintenanceGraph-based tool retrieval for LLM agents. Builds a tool graph from OpenAPI/MCP specs and retrieves multi-step workflows via hybrid search (BM25 + graph traversal + embedding), recovering accuracy from 12% to 82% with 79% fewer tokens. Also works as an MCP Proxy to aggregate multiple servers behind 3 meta-tools.Last updated67MIT
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Cloudflare Workers MCP server: api-contract-validator
- Build smart contracts for Aptos dapps by generating resources from move and management directories. Guides developers through the contract building process.Apache 2.0
- Retrieves function call arguments by parsing the contract ABI or checking recent execution results via nearblocks.io API. Experimental.MIT
- Retrieve data from smart contracts by calling view/pure functions using the contract address, ABI, and function name. Supports multiple networks including BSC, Ethereum, and Base.MIT
- Execute smart contract functions in a sandbox environment to test and debug blockchain interactions without deploying to mainnet.MIT
- Execute smart contract functions on the Zetrix blockchain by submitting transactions that modify contract state, requiring authentication with a private key.MIT
- View the available functions of a NEAR smart contract to understand its interface for interaction.MIT
- Execute a raw function call on a NEAR smart contract. Specify the signer, contract, method, and arguments to submit the transaction.MIT
- Interact with smart contracts on BNB Chain by calling state-changing functions. Specify contract address, ABI, function name, arguments, and network to execute write operations securely.MIT
- Send a transaction from a smart contract account (SCA) to any address using the Alchemy Wallet API. Requires owner SCA address, signer address, and recipient address; optional value and call data.MIT
- Initiate a token swap from a smart contract account using the Alchemy wallet API, requiring the owner SCA address and signer address.MIT
- Retrieve the Application Binary Interface (ABI) for a smart contract by providing its address in 0x format. This enables interaction with contracts on the specified blockchain.MIT
- Execute read-only smart contract functions to retrieve blockchain data without modifying state, supporting Ethereum, Solana, Cosmos, and Layer 2 networks through Grove's public endpoints.MIT
- Add an access key to a NEAR account, granting full access or function call permission for a specified contract.MIT
- Call any view/pure function on a verified EVM contract by providing contract address, function name, and optional arguments. Fetches ABI from Etherscan or accepts inline ABI.Business Source 1.1