Search Results for "uri"

NFT.Storage is a long-term storage service designed for off-chain NFT data (like metadata, images, and other assets) for up to 31GiB in size per individual upload. Data is content addressed using IPFS, meaning the URI pointing to a piece of data is completely unique to that data (using a content identifier, or CID). IPFS URLs and CIDs can be used in NFTs and metadata to ensure the NFT forever actually refers to the intended data (eliminating things like rug pulls and making it trustlessly verifiable what content an NFT is associated with). NFT.Storage stores many copies of uploaded data on the public IPFS network in two primary ways: in dedicated IPFS servers managed by NFT.Storage, and decentralized on Filecoin.

A GTK+ Gnutella client, efficient, reliable and fast, written in C. It has been optimized for speed and scalability, with low-memory consumption. It is meant to be left running 24x7, using little CPU and only the configured bandwidth. It is possible to run gtk-gnutella without a GUI or using a shell interface.

Access to the Interplanetary File System (IPFS) for React Native apps without depending upon trusted third parties. Enables self-sovereign access to decentralized file systems for cross-platform applications. The property of decentralization is critical for dApps; where data verifiability, integrity and availability are of paramount importance; usually in applications that deal with censorship-resistance or demand reliable off-chain storage.

...The core library of FileDownloader is too complex and not pure enough, so 6K+ star 1K+ fork with around 10 PR. Unit test coverage is very high which means reliable. Simpler interface. Task priority support. Uri file to store output-stream. The core library is Pure and light. More flexible callback mechanism and listener. More flexible to expand each part of OkDownload. Fewer threads to do the same thing without drop performance. File-IO thread pool is independent of Network-IO thread pool. Make sense auto filename from URL if can't find from response header. ...

...The client is very simple "fire and forget" type of java program, where a registry setting enables it to start everytime you click a "magnet:" in any browser. The client then sends the magnet URI, in it's entirety, to the server application, which then adds the download to the torrent client. This is just an alpha release, so the current code has a very crude design.