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Convert files to content-addressable archives and back. ipfs-car is a library and CLI tool to pack & unpack files from Content Addressable aRchives (CAR) file. A thin wrapper over @ipld/car and unix-fs. Content-addressable archives store data as blocks (a sequence of bytes) each prefixed with the Content ID (CID) derived from the hash of the data; typically in a file with a .car extension. Use ipfs-car to pack your files into a .car; a portable, verifiable, IPFS-compatible archive.

...All JSON files that share names with the files in the schema directory must follow the defined schema, otherwise, verification will fail. Any folder that begins with 0x is considered as an address. The address must be checksummed, otherwise, verification will fail. Schemas can be created in the root of the schema folder. For syntax, you can take a look at the JSON schema specs. The AJV library is used to validate the data with the provided schemas.

...Devault is a decentralized, self-hosted, and end-to-end encrypted alternative to proprietary and centralized cloud storage. The file gets encrypted using AES-256-CBC encryption. The encrypted file is split into pieces. The chunks are distributed across the network nodes. The root hash will be stored in your wallet on the blockchain.

... # Demo : https://e-dokyumento.herokuapp.com/ https://edokyu.seillig.com/ (refer to Readme.md for the accounts) #Dockerhub: https://hub.docker.com/r/nelsonmaligro/edokyumento # Install using the ISO: 1. Download: https://sourceforge.net/projects/e-dokyumento/files/Releases/e-DokyuV3.iso/download 2. Boot and login with: "root" and "admin@123" 3. Create 2 partitions: SWAP and / mount 4. Login and move "/opt/drive" folder to root: "mv /opt/drive /" # Install on Ubuntu: https://sourceforge.net/projects/e-dokyumento/files/Install%20e-Dokyumento%20on%20Ubuntu%20Linux.pdf/download

...This means that you can require it and use with your favorite bundler without having to adjust the asset management process. The mfs works by storing a reference to the root node's CID in LevelDB. LevelDB does not support concurrent access so there are read/write locks around bits of the code that modify the the root node's CID. A lock is kept on the main thread and any requests to read/write from workers or the main thread itself are queued pending release of the lock by the existing holder. Reads are executed together, writes are executed sequentially, and prevent any reads from starting. ...