filesystems

Filesystem tools and FUSE-related packages

Tools for managing filesystems, filesystem bindings or FUSE-related packages. https://download.opensuse.org/repositories/filesystems/openSUSE_Slowroll/ openSUSE:Slowroll

Slowroll

https://en.opensuse.org/openSUSE:Slowroll = a derivative codestream of openSUSE:Factory that uses automated rules to limit the rate of change to the codebase Release manager: bmwiedemann https://www.zq1.de/~bernhard/linux/opensuse/slowroll/slowroll-vs-tumbleweed-updates.svg https://download.opensuse.org/update/slowroll/repo/oss/ openSUSE:Slowroll:Base

base snapshot from Tumbleweed

This provides an easy-to-use redirect for both sources and binaries in openSUSE:Slowroll:Base:N, switching every cycle (every month) https://download.opensuse.org/repositories/openSUSE:/Slowroll:/Base/standard/ openSUSE:Slowroll:Base:1

staging area for new Base snapshot from Tumbleweed

Before a version bump, I collect i586 and bootstrap binaries here. These are missing in released Tumbleweed snapshots, but are needed for building packages. Also binaries required for DVD builds, because product-builder cannot use those from download-on-demand (dod) https://download.opensuse.org/repositories/openSUSE:/Slowroll:/Base:/1/standard/ openSUSE:Tumbleweed

Tumbleweed

Tumbleweed is the openSUSE Rolling Release This OBS Project represents the content of the currently published snapshot. The newer repository for next publish can be found in openSUSE:Factory standard repository. https://download.opensuse.org/repositories/openSUSE:/Tumbleweed/slowroll/ systemd-zram-service

Systemd service for zram

A successor to compcache, zRam, has been already integrated in the Linux kernel for a while now. This means that no additional compilation nor tweaking is required to benefit from compressing memory on the fly and massively reduced swapping. This package contains command line scripts zramswapon, zramswapoff to enable zRam devices as required, or at boot time via a systemd service. Individual Compressed RAM Block Devices are created based on cores/threads available, the size of each block device is calculated on cores/threads divided by total ram installed. The final total is then added to system swap.