ipfs-http-client-lite

import IpfsHttpClientLite from 'ipfs-http-client-lite'; // Configure the IPFS client. Ensure your IPFS daemon is running on port 5001. // You can also add custom headers, e.g., for authorization. const ipfs = IpfsHttpClientLite({ apiUrl: 'http://localhost:5001', headers: { Authorization: `Bearer ${process.env.IPFS_AUTH_TOKEN ?? ''}` // Example for authentication } }); async function runExample() { try { // Add content to IPFS const content = Buffer.from('Hello from ipfs-http-client-lite!'); const addResult = await ipfs.add(content); console.log('Added content CID:', addResult.cid.toString()); // Retrieve content from IPFS const retrievedData = await ipfs.cat(addResult.cid.toString()); console.log('Retrieved content:', retrievedData.toString()); // Example of using MFS (Mutable File System) commands const mfsPath = '/my-directory/my-file.txt'; await ipfs.files.mkdir('/my-directory', { parents: true }); await ipfs.files.write(mfsPath, content, { create: true }); console.log(`Wrote content to MFS path: ${mfsPath}`); const mfsContent = await ipfs.files.read(mfsPath); console.log('Content from MFS:', mfsContent.toString()); } catch (error) { console.error('An error occurred:', error); console.warn('Ensure your IPFS daemon is running and accessible at http://localhost:5001.'); console.warn('If in a browser, check CORS settings on your IPFS daemon.'); } } runExample();