Result for 4908BBDA13CEF3821AF5FDD6999E58E259C5D8F0

Query result

Key Value
FileName./usr/share/lxcfs/lxc.mount.hook
FileSize2931
MD5A8C6CFD5390A6CBF927A08A51086E3D5
SHA-14908BBDA13CEF3821AF5FDD6999E58E259C5D8F0
SHA-2563E2833D1BFB2DBC939A277D7316537C3CA83CDCCBCB16D4EFA9631F56C1656AE
SSDEEP48:yEnbnx4xtY0fEAsMRvPvW/ZPvHvnevhlv9mvgvbZUgBvQ2hNev8vkvJ9vXvqe:yQCbEAs0n0nnehx92ch3hAYwj/n
TLSHT13651E146BA49067A33F521D524FF9C205348AA17C3EDBE56746FF6D42B003976338D4A
hashlookup:parent-total4
hashlookup:trust70

Network graph view

Parents (Total: 4)

The searched file hash is included in 4 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD52846A2D3475788216EBA18461A59FB0F
PackageArchppc64le
PackageDescriptionLXCFS is a simple userspace filesystem designed to work around some current limitations of the Linux kernel. Specifically, it's providing two main things - A set of files which can be bind-mounted over their /proc originals to provide CGroup-aware values. - A cgroupfs-like tree which is container aware. The code is pretty simple, written in C using libfuse. The main driver for this work was the need to run systemd based containers as a regular unprivileged user while still allowing systemd inside the container to interact with cgroups. Now with the introduction of the cgroup namespace in the Linux kernel, that part is no longer necessary on recent kernels and focus is now on making containers feel more like a real independent system through the proc masking feature.
PackageMaintainerFedora Project
PackageNamelxcfs
PackageRelease2.el8
PackageVersion3.0.4
SHA-1391CF63A21F424ED723489B8BDA649C6BD4649AB
SHA-2567F6A2F8921EE2CF1E4E5580883C2E9F0272BA9D75CAFE304CB3FEF3AF6423D48
Key Value
MD5940A3C50EA18D7F38D3436685A3137C8
PackageArchs390x
PackageDescriptionLXCFS is a simple userspace filesystem designed to work around some current limitations of the Linux kernel. Specifically, it's providing two main things - A set of files which can be bind-mounted over their /proc originals to provide CGroup-aware values. - A cgroupfs-like tree which is container aware. The code is pretty simple, written in C using libfuse. The main driver for this work was the need to run systemd based containers as a regular unprivileged user while still allowing systemd inside the container to interact with cgroups. Now with the introduction of the cgroup namespace in the Linux kernel, that part is no longer necessary on recent kernels and focus is now on making containers feel more like a real independent system through the proc masking feature.
PackageMaintainerFedora Project
PackageNamelxcfs
PackageRelease2.el8
PackageVersion3.0.4
SHA-177D3D446C8D1FE7B590E822ADDB7FE5EC431EF99
SHA-25662AC6EBA58F254F1185DA92176711A5D971D9FF751F39048EDC399F5513666CC
Key Value
MD53226E842CBF050941D7944E416537FA8
PackageArchaarch64
PackageDescriptionLXCFS is a simple userspace filesystem designed to work around some current limitations of the Linux kernel. Specifically, it's providing two main things - A set of files which can be bind-mounted over their /proc originals to provide CGroup-aware values. - A cgroupfs-like tree which is container aware. The code is pretty simple, written in C using libfuse. The main driver for this work was the need to run systemd based containers as a regular unprivileged user while still allowing systemd inside the container to interact with cgroups. Now with the introduction of the cgroup namespace in the Linux kernel, that part is no longer necessary on recent kernels and focus is now on making containers feel more like a real independent system through the proc masking feature.
PackageMaintainerFedora Project
PackageNamelxcfs
PackageRelease2.el8
PackageVersion3.0.4
SHA-127077FE7A08C9C6EAC1C526B635C162169AEA92B
SHA-256DDB22C8B7120F50608140ACADE200AE228F8AAC32DEAA0BDD7F88F72B0EBAD91
Key Value
MD52A9098308FAC1684E6A92410B4FBFC8C
PackageArchx86_64
PackageDescriptionLXCFS is a simple userspace filesystem designed to work around some current limitations of the Linux kernel. Specifically, it's providing two main things - A set of files which can be bind-mounted over their /proc originals to provide CGroup-aware values. - A cgroupfs-like tree which is container aware. The code is pretty simple, written in C using libfuse. The main driver for this work was the need to run systemd based containers as a regular unprivileged user while still allowing systemd inside the container to interact with cgroups. Now with the introduction of the cgroup namespace in the Linux kernel, that part is no longer necessary on recent kernels and focus is now on making containers feel more like a real independent system through the proc masking feature.
PackageMaintainerFedora Project
PackageNamelxcfs
PackageRelease2.el8
PackageVersion3.0.4
SHA-1EECB217BBDEEA6E41EFDE87AEDFB896BEE469618
SHA-256EF5CF276A616AD572E1932A5134C67B7CA76F76F86D1E4EF5216DE3FD0F54621