Raven ScottandCursor
e67097f62b
Turn the category into a production-ready unified virtual supercomputer. New: - _shared/supercomputer-mesh.js — createSupercomputerMesh() wires all 14 modules - hyper-p2p-compute-shard — round-robin workload sharding across cluster peers cluster-fabric: - canFit, broadcastSnapshot, completeClusterRun - cluster-snapshot gossip; fix RAM lend on publishNode Pool modules — introspection helpers: - capacity-registry: meetsRequirements, exportClusterView, listPeerIds - cpu-share: totalPool, hasBalance - ram-pool: lendMb, listLenders, availableBytes, listLeases - disk-stripe: reassemble, clusterDiskBytes - job-dispatcher: listJobs, runningCount, cancelJob - gpu-slot: reserveCount, clusterGpuSlots - bandwidth-share: clusterMbps - net-gateway: bestGateway, totalCapacityBytes - thermal-guard: throttledPeerIds, healthyPeerIds - cluster-affinity: bestPeer - work-stealer: totalPending, stealFromBusiest - cache-farm: has, keys Docs: SUPERCOMPUTER_LAYERS, category README, cluster-fabric api.md Examples: demo-supercomputer-mesh uses createSupercomputerMesh Registry: 166 modules (14 supercomputer) Co-authored-by: Cursor <[email protected]>
hyper-p2p-job-dispatcher
Production Supercomputer module: pool P2P system resources over Hyperswarm.
Category: Supercomputer · Protocol: job-dispatcher/v1 · Export: HyperP2PJobDispatcher
When to use
Distributed submit, claim, and complete job queue.
Quick start
const { HyperP2PJobDispatcher } = require('hyper-p2p-job-dispatcher')
const mod = new HyperP2PJobDispatcher({ topic: 'my-super-mesh' })
await mod.ready()
// ...
await mod.close()
Docs
Test
npm install && npm test