Easily make random-access-storage instances
TypeScript definitions for random-access-storage
random-access-storage provider via non-standard IDBMutableFile API
random-access-storage provider via non-standard IDBMutableFile API
random-access-storage instance backed by the Chrome file system api.
Get a random-access-storage instance scoped to your application
Multiple random storage types.
like rafify, but uses either [random-access-file](https://github.com/random-access-storage/random-access-file/) if running in node (or electron) and [random-access-web](https://github.com/random-access-storage/random-access-web) (if running in a browser o
[bkd tree][bkd] implementation using [random-access][] storage
`fs.append` for [random-access-storage](https://github.com/random-access-storage/)
Consume a random-access storage as a readable stream
A random-access-storage instance that wraps another one and adds latency
Random Access Storage instance that stores mutations in a memory overlay instead of writing them to the underlying storage
A random-access-storage that goes through a Transport
A simple corestore that wraps a random-access-storage module
A random access storage that can be used in simple databases.
A random access storage interface for Blob instances (like File).
Makes a random-access-storage instance out of any LevelDB-compatible key-value store.
A variation of [random-access-file (RAF)](https://github.com/random-access-storage/random-access-file) which provides "continuous reading or writing to a file using random offsets and lengths".
A random-access-storage implementation which stores its contents in the system keychain
`pull-raf` is a slightly higher level api on top of [random-access-storage](https://github.com/random-access-storage/) so as to easily adapt other modules written on top of the node fs module.
Consume a random-access storage as a readable stream
Proxy random access storage requests dynamically.
A flexible, layered storage solution building on the random-access-storage interface. Provides an in-memory overlay with configurable eviction, paging, and strict size enforcement options, designed for complex data management scenarios.
Abstract interface to implement random-access instances.
Continuously read and write to disk, using random offsets and lengths
Continuously read and write to memory using random offsets and lengths
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