Open Source Rust File Sharing Software

Swift 5.7 SDK for Blockfrost.io API. Methods with paging parameters (count, page, order) have paging methods enabling to load all results, iterating over all pages in the background. The method returns list of all results once all pages have been downloaded.

Send and receive files between Android, iOS, Linux, macOS, and Windows over ad hoc WiFi. No shared network or cell connection required, just two devices with WiFi chips in close range. Don't have a flash drive? Don't have access to a wireless network? Need to move a file larger than 2GB between different filesystems but don't want to set up a network share? Try it out!

Torrust Tracker is a modern, feature-rich BitTorrent tracker implemented in Rust, designed to serve both private and public torrent communities. It offers high performance and scalability, ensuring efficient peer management and data exchange. With a focus on modularity, Torrust Tracker allows for easy customization and integration with other systems. Its robust architecture supports various deployment scenarios, catering to the needs of different user bases.​

Zinnia is a runtime for Filecoin Station modules. It provides a sandboxed environment to execute untrusted code on consumer-grade computers. Zinnia is a sandboxed and resource-limited runtime for distributed workers. This crate provides the zinnia executable to run modules locally, e.g. while developing.

Summa is a full-text IPFS-friendly search engine that may be launched on both large servers and inside your browser. Thanks to the embedded IPFS daemon, your data can be replicated and published through P2P, allowing for a truly distributed and uncensorable search experience. And, thanks to compatibility with WASM, Summa can be launched entirely inside your browser, enabling you to search in network-published indices without ever having to execute search queries on remote servers.

This project was created in order to support a new internet. One that is more open, free, and censorship-resistant in comparison to the old internet. An internet that eventually wouldn't need to rely on telecom towers, an outdated grid, or all these other "old school" forms of tech. We believe P2P compatibility is an important part of the future of the net. Grid Computing also plays a role in having a better means of transferring information in a speedy, more cost-efficient and reliable manner.

Syncs folders into IPFS's mutable file system (the directory structure accessible through ipfs files). Despite the name, FTP2MFS is capable of reading from FTP, HTTP directory listings, rsyncd, and the local filesystem. Beware: ftp2mfs can be used to easily mirror several 100 GB in a few hours, and keep them in sync with upstream and on the local IPFS node. IPFS is not necessarily able to keep that much content available to the network from one node, see hyperprov for an explanation and a solution.

Website: https://polyuploader.vercel.app/ GitHub repository: https://github.com/spel987/PolyUploader/ 🚀 Quick overview: - Upload from local storage or via URL to 130 hosts at once - Link your own API keys for compatible hosts - View a detailed history of your uploads with expiration status and delete buttons - Create and manage upload profiles to automate frequent tasks - Generate a single sharing link to bundle multiple host links (e.g. https://p-u.vercel.app/QZZGsMNho9) - No account required, fully open-source, fast, and free - Built with a focus on speed and security using Rust backend 🛠️ PolyUploader is a serious, modern alternative to Mirrored.to, Mirrorace.org, and Multiup.io: - More supported hosts - No registration required, instant use - Remote file deletion and expiration tracking - Unlimited file size uploads - Open-source and fully transparent - Clean, ad-free interface

This repository contains the crates for the IPFS core implementation which includes a blockstore, a libp2p integration which includes DHT content discovery and pubsub support, and HTTP API bindings. Our goal is to leverage both the unique properties of Rust to create powerful, performant software that works even in resource-constrained environments, while also maximizing interoperability with the other "flavors" of IPFS, namely JavaScript and Go.

TxPB is the main source of information for using TemporalX, and includes protocol buffer definitions, generated code, and documentation. If you are looking for the protocol buffer definitions, check the pb folder. If you want bindings in other languages, feel free to open a github issue. Alternatively you can generate language bindings independently as long as the languages you are using support the appropriate protocol buffer and gRPC versions.

Iroh takes IPFS beyond the theoretical, to offer developers efficient infrastructure that scales data distribution past 10M devices. We have been working on and around IPFS nearly since its inception, and are starting out on a new implementation because we have unfinished business with IPFS. We believe the best days of the protocol are ahead, but to get there we need to ship an order-of-magnitude improvement that unlocks new platforms and use cases. We're building iroh to see just how far we can take IPFS.