But it was too graphql-coupled and didn't really take off, even for my own projects.
But it might be worth revisiting this kind of protocol again someday, it can tag locations within a JSON response and send updates to specific fields (streaming changes).
protobuf-go is a widely used binary serialization library and IDL for protobuf in Go. The upstream library leverages reflection to provide a wide variety of features which are useful in a server context.
Go is increasingly being used for resource-constrained environments like embedded (tinygo) and WebAssembly. In these environments, reflection is not always available, and when it is, it adds significant weight to the binary size.
vtprotobuf: https://github.com/planetscale/vtprotobuf - compiles static code generation for Protobufs in go, including functions to marshal, unmarshal, size, clone, messages. However, it still requires protobuf-go and the reflection-based code for the message structs.
protobuf-go-lite takes this one step further with a stripped-down version of the protobuf-go code generator modified to work without reflection and merged with vtprotobuf to provide modular features with static code generation for marshal/unmarshal, size, clone, and equal. It bundles a fork of protoc-gen-go-json for JSON support.
Dynamic configuration of components. It uses a system of communicating controllers which is more flexible in terms of runtime reconfiguration. libp2p is an excellent project and can be integrated into Bifrost's system as a library.
Check out the repo on GitHub as well as the others on the same GitHub organization! Also feel free to join discord and ask questions or shoot me an email. https://aperture.vision
Hi, author here. Thanks for checking out Bifrost. The short pitch is: any protocol over any transport with seamless cross-platform (browser <-> native) communication.
Building internet applications often involves writing code that is tightly integrated with the choice of communications transport, for example, one has to make the design decision to use either WebSockets or WebRTC, and then all other design decisions are driven by that.
Bifrost aims to allow developing applications without knowing or caring which protocols are used under the hood. The app can just say "Open a stream with peer X" and whatever configured transport(s) make that happen.
I'm still working to improve the docs and new user experience, if you have any suggestions on how I can make it easier to understand, I'd greatly appreciate it!
I see, thanks. I think it would be useful in the docs to describe both some less technical as well as some technical examples of useful applications of your work.
Do you have some examples of _concrete problems_ that would be easily solved with this? If so, mention them.
Telling folks about technical aspects doesn’t help advertise your work unless you can help a new reader relate it with their own experiences or problems.
Bluetooth could work! Just need to implement the Transport interface.
Peer discovery is not implemented at the moment but could easily be added (and will be soon). Here's how: any controller can resolve EstablishLinkWithPeer. A peer discovery controller could compare the list of discovered peers with the list of desired connections and initiate connections via UDP when there's a match.
Signaling is managed by the Link implementation. For UDP we use quic-go.
This stack could be the basis of a software to share things no matter your connectivity situation.
You fire it up, it scans things around. Local network? It uses that. Not local but internet, it uses that. Nothing but BT, you can still detect people around, chat and exchange files.
People could be identified by public keys and that's it, not need for an account, signaling done by zeroconf/bt-scanning/bittorent.
Basically a solution to the current chat nightmare.
But the amount of work is overwhelming, even with this.
There is a design for routing in the repo (and tor-like circuits). However it is not implemented yet. I'd love to grow the community and have more people collaborating on this.
