The server-side Gun accepts incoming chunk streams. Its novel feature is parallel lane management:
Lane 1: Metadata & Headers
Lane 2: Binary Chunks (odd indexes)
Lane 3: Binary Chunks (even indexes)
Lane 4: Checksum validation stream
By decoupling lanes, the Gunner Project achieves up to 4x throughput on high-latency connections. fileupload gunner project new
For mission-critical files, the new project can simultaneously upload to three object stores (e.g., S3, Backblaze, and local disk). If one mirror fails, the Gunner automatically cuts over without user intervention.
function sanitizeFilename(name)
return name
.replace(/[^a-zA-Z0-9.-]/g, '_')
.replace(/\.2,/g, '.')
.replace(/^\.+/, '');
The FileUpload Gunner Project New is already powering production systems in three key domains: The server-side Gun accepts incoming chunk streams
import useGunnerUpload from '@gunner/client-react';function UploadArtillery() const startMission, progress, status = useGunnerUpload( endpoint: 'https://api.yourdomain.com/upload', chunkSize: '2MB', retryStrategy: 'exponential-backoff', maxConcurrentLanes: 3 // The "new" Gunner default );
const handleFileSelect = async (event) => const file = event.target.files[0]; const missionId = await startMission(file); console.log(
Mission $missionId deployed.); ; By decoupling lanes, the Gunner Project achieves up
return ( <div className="gunner-console"> <input type="file" onChange=handleFileSelect /> <progress value=progress.percentage max="100" /> <span>Status: status — progress.loaded/progress.total</span> </div> );