A request response library using PeerJS to make it easier to write p2p applications
webrtc simple peer server
Client for Datomic Cloud and Peer Server
Client for Kinectron peer server
A wrapper for simple-peer that includes a socket.io signaling server client. To be used in the browser with simple-peer-server.
Fork of graphql-upload@8 that works with graphql@15 for compatibility with apollo-server@2
A signaling server for simple-peer. Must be paired with simple-peer-wrapper on the client side.
Simple one-to-one WebRTC video/voice and data channels
CLient to facilitate RPC interactions with a blind-peer server
Server & Client SDK for Agent2Agent protocol
PeerJS client
isomorphic node/browser Websocket network adapter for Automerge Repo
<div align="center"> <image align="center" src="https://orpc.dev/logo.webp" width=280 alt="oRPC logo" /> </div>
A network swarm for creating secure P2P connections over Bittorrent DHT, DNS, and mDNS.
Transform OpenTelemetry SDK data into OTLP
High-level messaging & socket patterns implemented in pure js
Model Context Protocol implementation for TypeScript
WebRTC provider for Yjs
CLI for rspack
PeerJS server component
Central peer server for WebRTC connections for reliable and unreliable messaging
OpenTelemetry Context Zone with peer dependency for zone.js
Vite Plugin for API mock dev server.
[Flipt](https://www.flipt.io/) is an open source developer friendly feature flagging solution, that allows for easy management and fast feature evaluation.
Using the help of a known publically routable [rendezvous-server](https://github.com/mikehale/rendezvous-server) endpoint establish a peer to peer connection between clients which may be behind NAT firewalls. In the event that NAT traversal techniques are not successful fallback to relaying the connection through the rendezvous server. All connections are SSL encrypted. Sessions are managed by the server.
This is a reimplementation in Ruby of the reference implementation of the sping protocol in Go. The program provides both the client and server part to measure asymmetric latencies and asymmetric packet loss between two peers.
Create, list, edit and delete public/private networks with the Network API. Use public networks to place multiple servers on the same network or VLAN. Assign new servers with IP addresses from the same CIDR range. Use private networks to avoid unnecessary egress data charges. Model your networks according to your business needs.<br> <br> <span class='pnap-api-knowledge-base-link'> Helpful knowledge base articles are available for <a href='https://phoenixnap.com/kb/bmc-server-management-via-api#multi-private-backend-network-api' target='_blank'>multi-private backend networks</a>, <a href='https://phoenixnap.com/kb/bmc-server-management-via-api#ftoc-heading-15' target='_blank'>public networks</a> and <a href='https://phoenixnap.com/kb/border-gateway-protocol-bmc' target='_blank'>border gateway protocol peer groups</a>. </span><br> <br> <b>All URLs are relative to (https://api.phoenixnap.com/networks/v1/)</b>
Mycel is a single-file, pure-Ruby RPC library built around perfect role symmetry: once a TCP connection is established, either side can invoke any method exposed by the other — there is no client and no server, only peers. Each connection is one hypha; each Endpoint is a node in your own programmable mycelial mat. Layered architecture (Framing / Transport / Channel / RPC), pluggable codec, backpressure, pluggable executor, and zero monkey-patching of Ruby standard classes.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.
No description provided.