![]() It is an important part of the overall performance and efficiency of the client, as the selection of good peers can significantly improve the speed and reliability of the downloads. ![]() The peer selection algorithm in Rust-Torrent is responsible for selecting which peers to connect to based on a variety of factors, such as availability, download speed, and number of active connections. Overall, using Arti with Hyper and Rust-Torrent would require some significant modifications to both libraries, but it is certainly possible to make it work. This could involve creating a custom networking layer that uses Arti to establish connections with other peers and handle incoming data. Serde provides a convenient and efficient way to do this serialization and deserialization, and thus acts as a bridge between Rust-Torrent and Hyper.įor Rust-Torrent, we would also need to modify the networking code to use Arti for making connections to other peers in the BitTorrent network. When these messages are passed between Rust-Torrent and Hyper, they need to be serialized from Rust-Torrent’s internal representation into a format that can be sent over the network, and then deserialized back into Rust-Torrent’s internal representation on the receiving end. These messages contain information about which pieces of a shared file are available, which pieces are still needed, and so on. Specifically, Rust-Torrent deals with the Bittorrent protocol, which defines a set of messages that are sent between peers participating in a swarm. ![]() In the context of using serde in the Rust-Torrent and Hyper libraries, data is being serialized and deserialized between the two libraries to facilitate communication between the different layers of the application stack. It uses a defined data format (such as JSON or Binary) to ensure that data is structured correctly and can be understood by other nodes in the network. Serde could be responsible for parsing and serializing the data exchanged between Rust-torrent and Hyper. This might be done by implementing the “hyper::client::connect” trait for Arti, which could allow using Arti as the underlying network transport for Hyper’s client. To use Arti with Hyper and Rust-Torrent, a custom transport for Hyper that uses Arti to handle the underlying network connections would be needed. Piece management & peer selection - rust crate “rust-torrent” ![]() UDP to HTTP/2 conversion - rust crate “hyper” Onion services - “arti” (yes, i know it’s not prod ready yet, that’s fine) The design choices of this app aim to solve easy-to-guess problems, so please read all of it. Those platforms are negligent in protecting users and must be abandoned. The goal is not to be interoperable with legacy BitTorrent over the clear-web. ![]() The app should be modular to support other transport types, such as mixnets, but initially will be designed to leverage well known network tech such as Tor. The big ideaĪ torified BitTorrent application written in Rust that will only work with itself while enhacing the Tor network. The code will always be public domain and be managed (legally) by Emerald Onion. Contributors, even ideas, will be publicly thanked (with your persmission). All of these ideas are rough and most likely will change. This should be considered a living, dynamic document until a formal spec can be agreed upon. I’m working on a rough software spec for a new privacy application, and I need help from other more experieinced privacy and software designers. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |