ethjs-provider-http is a minimalist HTTP provider module for interacting with the Ethereum RPC layer, designed to adhere to the `web3` provider specification. It uses the `xhr2` module for its underlying HTTP requests. Released in 2016 and last updated to version 0.1.6 in January 2017, this package is part of the broader `ethjs` ecosystem, which aimed to provide a lightweight alternative to `web3.js` at the time. However, the `ethjs` suite is no longer actively maintained and has largely been superseded by modern Ethereum client libraries such as Ethers.js and the latest versions of Web3.js. There is no ongoing release cadence, and it is primarily of historical interest or for maintaining legacy applications that specifically depend on it. Its key differentiator was its simplicity and a modular approach within the `ethjs` family, but this is now overshadowed by its lack of maintenance and modern feature support.
npm install ethjs-provider-httpVerified import paths — ran on the pinned version, not inferred.
This example demonstrates how to instantiate an `HttpProvider` and use it with `ethjs-query` to fetch block information from an Ethereum RPC endpoint. It highlights the CommonJS `require` syntax used by the library.
Migrate to `ethers.js` (`new ethers.providers.JsonRpcProvider('URL')`) or `web3.js` (`new Web3(new Web3.providers.HttpProvider('URL'))`).Always use current, supported Ethereum networks (e.g., Sepolia, Goerli for testnets) and up-to-date RPC endpoints from services like Infura, Alchemy, or your own node.
Use contemporary Ethereum client libraries that actively implement and maintain compatibility with the latest RPC standards and Ethereum evolution.
Prioritize using well-maintained and actively audited libraries from reputable organizations within the Ethereum ecosystem.
Ensure your project or environment is configured for CommonJS, or use the `require` syntax. For modern applications, consider libraries with full ESM support.
Verify the RPC endpoint URL is correct and active. Ensure any required API keys are included in the URL or headers as per the provider's documentation. Check your network connection.
Ensure you are using `const HttpProvider = require('ethjs-provider-http');`. If using TypeScript, you might need `const HttpProvider = require('ethjs-provider-http').default;` or custom type declarations if the library doesn't provide them.Try running Node.js with `--openssl-legacy-provider` flag (e.g., `node --openssl-legacy-provider your-script.js`). This is a temporary workaround; the long-term solution is to use a modern, updated library.