There are 0 repository under block-device topic.
LiteIO is a cloud-native block device service that uses multiple storage engines, including SPDK and LVM, to achieve high performance. It is specifically designed for Kubernetes in a hyper-converged architecture, allowing for block device provisioning across the entire cluster.
:partly_sunny: Creates Linux chroots and bootable virtual machine images; command line tool (Python 3)
Direct IO helpers for block devices and regular files on FreeBSD, Linux, macOS and Windows.
Virtual Linux block device driver for simulating and performing I/O.
Fast block device sync with digest, designed to improve block-based backups.
A Go library and tool for discovering and managing block devices
Distributed network block device (version 3)
This tool is meant to help with resuming an interrupted dd or block-level disk clone. It's extremely efficient for volumes of any size.
NBD server to access SD cards connected to the ESP32
An experimental/teaching project to create a linux block driver kernel module for a ramdisk.
eXtended loop device for the Linux kernel
Patch block img files with <Partition>.patch.dat, like OTA zip but on any devices which could run Python3.13 | imgpatchtools Project Python3 Implementation.Generated by deepwiki ai
iblocksync incrementally syncs raw disk images.
📁 FUSE-based file system, which stores all data in a single file while emulating a block device
Emulating disk-drive on RAM with an add-on feature of mounting it on Linux environment.
Monitor and log some current I/O metrics for selected block device
create a block device that compresses the data stored in it so it takes up less space that the block device exposes.
Simple framework for recognizing and classifying drives/partitions based on their UUID.
Bulk I/O Dispatch, i.e. BID Schemes. We have designed and developed two contention avoidance storage solutions, collectively known as BID: Bulk I/O Dispatch, for big data environment. BID-HDD is a disk scheduling scheme. BID-Hybrid is another contention avoidance scheme using hybrid tiers of storage for improving HDD performance using SSDs. In this project we have designed system simulators to emulate the behavior of the block layer of the system as well as the storage devices, taking the input as traces from blktrace.
Log structured RAID on multiple Open-Channel SSDs
Quickly search a huge block device for a byte string (must not cross block boundaries)
Random access blobs over bidirectional streams