Recent Projects

sicherha/mold

Packaging playground for mold - a modern linker
  • EPEL 10 : aarch64, ppc64le, s390x, x86_64
  • EPEL 8 : aarch64, ppc64le, s390x, x86_64
  • EPEL 9 : aarch64, ppc64le, s390x, x86_64
  • Fedora 41 : aarch64, i386, ppc64le, s390x, x86_64
  • Fedora 42 : aarch64, i386, ppc64le, s390x, x86_64
  • Fedora 43 : aarch64, i386, ppc64le, s390x, x86_64
  • Fedora rawhide : aarch64, i386, ppc64le, s390x, x86_64

frostyx/disabling-modules-zabbix

Description not filled in by author. Very likely personal repository for testing purpose, which you should not use.
  • EPEL 8 : x86_64

cooktheryan/microshift

Microshift is a research project that is exploring how OpenShift1 Kubernetes can be optimized for small form factor and edge computing. Edge devices deployed out in the field pose very different operational, environmental, and business challenges from those of cloud computing. These motivate different engineering trade-offs for Kubernetes at the far edge than for cloud or near-edge scenarios. Microshift's design goals cater to this: make frugal use of system resources (CPU, memory, network, storage, etc.), tolerate severe networking constraints, update (resp. roll back) securely, safely, speedily, and seamlessly (without disrupting workloads), and build on and integrate cleanly with edge-optimized OSes like Fedora IoT and RHEL for Edge, while providing a consistent development and management experience with standard OpenShift. We believe these properties should also make Microshift a great tool for other use cases such as Kubernetes applications development on resource-constrained systems, scale testing, and provisioning of lightweight Kubernetes control planes. Watch this end-to-end MicroShift provisioning demo video to get a first impression of MicroShift deployed onto a RHEL for edge computing device and managed through Open Cluster Management. Note: Microshift is still early days and moving fast. Features are missing. Things break. But you can still help shape it, too. 1) more precisely OKD, the Kubernetes distribution by the OpenShift community
  • Centos-stream 8 : aarch64, x86_64
  • Centos-stream 9 : aarch64, x86_64
  • EPEL 8 : x86_64
  • Fedora 41 : aarch64, x86_64
  • Fedora 42 : aarch64, x86_64
  • Fedora 43 : aarch64, x86_64
  • Fedora rawhide : aarch64, x86_64

mangelajo/microshift

Microshift is a research project that is exploring how OpenShift1 Kubernetes can be optimized for small form factor and edge computing. Edge devices deployed out in the field pose very different operational, environmental, and business challenges from those of cloud computing. These motivate different engineering trade-offs for Kubernetes at the far edge than for cloud or near-edge scenarios. Microshift's design goals cater to this: make frugal use of system resources (CPU, memory, network, storage, etc.), tolerate severe networking constraints, update (resp. roll back) securely, safely, speedily, and seamlessly (without disrupting workloads), and build on and integrate cleanly with edge-optimized OSes like Fedora IoT and RHEL for Edge, while providing a consistent development and management experience with standard OpenShift. We believe these properties should also make Microshift a great tool for other use cases such as Kubernetes applications development on resource-constrained systems, scale testing, and provisioning of lightweight Kubernetes control planes. Watch this end-to-end MicroShift provisioning demo video to get a first impression of MicroShift deployed onto a RHEL for edge computing device and managed through Open Cluster Management. Note: Microshift is still early days and moving fast. Features are missing. Things break. But you can still help shape it, too. 1) more precisely OKD, the Kubernetes distribution by the OpenShift community
  • Centos-stream 8 : aarch64, x86_64
  • Centos-stream 9 : aarch64, x86_64
  • EPEL 8 : aarch64, x86_64
  • EPEL 9 : aarch64, x86_64
  • Fedora 41 : aarch64, x86_64
  • Fedora 42 : aarch64, x86_64
  • Fedora 43 : aarch64, x86_64
  • Fedora rawhide : aarch64, x86_64

ondramachacek/yggdrasil

Description not filled in by author. Very likely personal repository for testing purpose, which you should not use.

nunodias/nagios-plugins-check_ro_mounts

Nagios plugin for checking read-only mounted filesystems
  • Centos-stream 8 : aarch64, ppc64le, x86_64
  • Centos-stream 9 : aarch64, x86_64
  • EPEL 7 : ppc64le, x86_64
  • EPEL 8 : aarch64, ppc64le, s390x, x86_64
  • EPEL 9 : aarch64, s390x, x86_64
  • Fedora 41 : aarch64, i386, ppc64le, s390x, x86_64
  • Fedora 42 : aarch64, i386, ppc64le, s390x, x86_64
  • Fedora 43 : aarch64, i386, ppc64le, s390x, x86_64
  • Fedora rawhide : aarch64, i386, ppc64le, s390x, x86_64
  • Mageia 8 : aarch64, i586, x86_64
  • Mageia cauldron : aarch64, i686, x86_64
  • openSUSE Tumbleweed : aarch64, i586, ppc64le, x86_64

jridky/jasperDepend

Test build of packages requiring jasper.
  • Centos-stream 8 : aarch64, ppc64le, x86_64
  • EPEL 8 : aarch64, ppc64le, s390x, x86_64
  • Fedora 41 : aarch64, ppc64le, s390x, x86_64
  • Fedora 42 : aarch64, ppc64le, s390x, x86_64
  • Fedora 43 : aarch64, ppc64le, s390x, x86_64
  • Fedora rawhide : aarch64, ppc64le, s390x, x86_64

atim/sniffglue

sniffglue is a network sniffer written in rust. Network packets are parsed concurrently using a thread pool to utilize all cpu cores. Project goals are that you can run sniffglue securely on untrusted networks and that it must not crash when processing packets. The output should be as useful as possible by default.
  • Centos-stream 8 : x86_64
  • Centos-stream 9 : x86_64
  • EPEL 8 : x86_64
  • EPEL 9 : x86_64
  • Fedora 41 : x86_64
  • Fedora 42 : x86_64
  • Fedora 43 : x86_64
  • Fedora rawhide : x86_64

thunderbirdtr/cryfs

cryfs test for epel
  • Centos-stream 9 : aarch64, x86_64
  • EPEL 8 : aarch64, x86_64
  • EPEL 9 : aarch64, x86_64
  • Fedora eln : aarch64, x86_64

bogado/MyPackages

This is a personal repository for packages that I need to be in a newer version or are not yet available.