remove kernel-rt content from this branch and add a note

Remove all the kernel-rt dist-git content from the c9s branch and
add the following note to the README file:

    Where is the kernel-rt dist-git content?

    Starting from rhel-9.3.0, kernel-rt will be built directly from the stock
    kernel sources, as a variant. Please refer to the kernel dist-git content.

Resolves: rhbz#2178613

Signed-off-by: Luis Claudio R. Goncalves <lgoncalv@redhat.com>
This commit is contained in:
Luis Claudio R. Goncalves 2023-03-15 11:22:27 -03:00
parent 6ea1c2dc11
commit c407cefff0
40 changed files with 0 additions and 78085 deletions

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@ -1,69 +0,0 @@
RHEL_MAJOR = 9
RHEL_MINOR = 2
#
# RHEL_RELEASE
# -------------
#
# Represents build number in 'release' part of RPM's name-version-release.
# name is <package_name>, e.g. kernel
# version is upstream kernel version this kernel is based on, e.g. 4.18.0
# release is <RHEL_RELEASE>.<dist_tag>[<buildid>], e.g. 100.el8
#
# Use this spot to avoid future merge conflicts.
# Do not trim this comment.
RHEL_RELEASE = 283
#
# ZSTREAM
# -------
#
# This variable controls whether we use zstream numbering or not for the
# package release. The zstream release keeps the build number of the last
# build done for ystream for the Beta milestone, and increments a second
# number for each build. The third number is used for branched builds
# (eg.: for builds with security fixes or hot fixes done outside of the
# batch release process).
#
# For example, with ZSTREAM unset or set to "no", all builds will contain
# a release with only the build number, eg.: kernel-<kernel version>-X.el*,
# where X is the build number. With ZSTREAM set to "yes", we will have
# builds with kernel-<kernel version>-X.Y.Z.el*, where X is the last
# RHEL_RELEASE number before ZSTREAM flag was set to yes, Y will now be the
# build number and Z will always be 1 except if you're doing a branched build
# (when you give RHDISTGIT_BRANCH on the command line, in which case the Z
# number will be incremented instead of the Y).
#
ZSTREAM ?= no
#
# Early y+1 numbering
# --------------------
#
# In early y+1 process, RHEL_RELEASE consists of 2 numbers: x.y
# First is RHEL_RELEASE inherited/merged from y as-is, second number
# is incremented with each build starting from 1. After merge from y,
# it resets back to 1. This way y+1 nvr reflects status of last merge.
#
# Example:
#
# rhel8.0 rhel-8.1
# kernel-4.18.0-58.el8 --> kernel-4.18.0-58.1.el8
# kernel-4.18.0-58.2.el8
# kernel-4.18.0-59.el8 kernel-4.18.0-59.1.el8
# kernel-4.18.0-60.el8
# kernel-4.18.0-61.el8 --> kernel-4.18.0-61.1.el8
#
#
# Use this spot to avoid future merge conflicts.
# Do not trim this comment.
EARLY_YSTREAM ?= no
EARLY_YBUILD:=
EARLY_YRELEASE:=
ifneq ("$(ZSTREAM)", "yes")
ifeq ("$(EARLY_YSTREAM)","yes")
RHEL_RELEASE:=$(RHEL_RELEASE).$(EARLY_YRELEASE)
endif
endif
RTBUILD:=.283

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@ -1,25 +0,0 @@
===================
The Kernel dist-git
===================
The kernel is maintained in a `source tree`_ rather than directly in dist-git.
The specfile is maintained as a `template`_ in the source tree along with a set
of build scripts to generate configurations, (S)RPMs, and to populate the
dist-git repository.
The `documentation`_ for the source tree covers how to contribute and maintain
the tree.
If you're looking for the downstream patch set it's available in the source
tree with "git log master..ark-patches" or
`online`_.
Each release in dist-git is tagged in the source repository so you can easily
check out the source tree for a build. The tags are in the format
name-version-release, but note release doesn't contain the dist tag since the
source can be built in different build roots (Fedora, CentOS, etc.)
.. _source tree: https://gitlab.com/cki-project/kernel-ark.git
.. _template: https://gitlab.com/cki-project/kernel-ark/-/blob/os-build/redhat/kernel.spec.template
.. _documentation: https://gitlab.com/cki-project/kernel-ark/-/wikis/home
.. _online: https://gitlab.com/cki-project/kernel-ark/-/commits/ark-patches

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@ -1,166 +0,0 @@
#!/usr/bin/python3
#
# check-kabi - Red Hat kABI reference checking tool
#
# We use this script to check against reference Module.kabi files.
#
# Author: Jon Masters <jcm@redhat.com>
# Copyright (C) 2007-2009 Red Hat, Inc.
#
# This software may be freely redistributed under the terms of the GNU
# General Public License (GPL).
# Changelog:
#
# 2018/06/01 - Update for python3 by Petr Oros.
# 2009/08/15 - Updated for use in RHEL6.
# 2007/06/13 - Initial rewrite in python by Jon Masters.
__author__ = "Jon Masters <jcm@redhat.com>"
__version__ = "2.0"
__date__ = "2009/08/15"
__copyright__ = "Copyright (C) 2007-2009 Red Hat, Inc"
__license__ = "GPL"
import getopt
import string
import sys
true = 1
false = 0
def load_symvers(symvers, filename):
"""Load a Module.symvers file."""
symvers_file = open(filename, "r")
while true:
in_line = symvers_file.readline()
if in_line == "":
break
if in_line == "\n":
continue
checksum, symbol, directory, type, *ns = in_line.split()
ns = ns[0] if ns else None
symvers[symbol] = in_line[0:-1]
def load_kabi(kabi, filename):
"""Load a Module.kabi file."""
kabi_file = open(filename, "r")
while true:
in_line = kabi_file.readline()
if in_line == "":
break
if in_line == "\n":
continue
checksum, symbol, directory, type, *ns = in_line.split()
ns = ns[0] if ns else None
kabi[symbol] = in_line[0:-1]
def check_kabi(symvers, kabi):
"""Check Module.kabi and Module.symvers files."""
fail = 0
warn = 0
changed_symbols = []
moved_symbols = []
ns_symbols = []
for symbol in kabi:
abi_hash, abi_sym, abi_dir, abi_type, *abi_ns = kabi[symbol].split()
abi_ns = abi_ns[0] if abi_ns else None
if symbol in symvers:
sym_hash, sym_sym, sym_dir, sym_type, *sym_ns = symvers[symbol].split()
sym_ns = sym_ns[0] if sym_ns else None
if abi_hash != sym_hash:
fail = 1
changed_symbols.append(symbol)
if abi_dir != sym_dir:
warn = 1
moved_symbols.append(symbol)
if abi_ns != sym_ns:
warn = 1
ns_symbols.append(symbol)
else:
fail = 1
changed_symbols.append(symbol)
if fail:
print("*** ERROR - ABI BREAKAGE WAS DETECTED ***")
print("")
print("The following symbols have been changed (this will cause an ABI breakage):")
print("")
for symbol in changed_symbols:
print(symbol)
print("")
if warn:
print("*** WARNING - ABI SYMBOLS MOVED ***")
if moved_symbols:
print("")
print("The following symbols moved (typically caused by moving a symbol from being")
print("provided by the kernel vmlinux out to a loadable module):")
print("")
for symbol in moved_symbols:
print(symbol)
print("")
if ns_symbols:
print("")
print("The following symbols changed symbol namespaces:")
print("")
for symbol in ns_symbols:
print(symbol)
print("")
"""Halt the build, if we got errors and/or warnings. In either case,
double-checkig is required to avoid introducing / concealing
KABI inconsistencies."""
if fail or warn:
sys.exit(1)
sys.exit(0)
def usage():
print("""
check-kabi: check Module.kabi and Module.symvers files.
check-kabi [ -k Module.kabi ] [ -s Module.symvers ]
""")
if __name__ == "__main__":
symvers_file = ""
kabi_file = ""
opts, args = getopt.getopt(sys.argv[1:], 'hk:s:')
for o, v in opts:
if o == "-s":
symvers_file = v
if o == "-h":
usage()
sys.exit(0)
if o == "-k":
kabi_file = v
if (symvers_file == "") or (kabi_file == ""):
usage()
sys.exit(1)
symvers = {}
kabi = {}
load_symvers(symvers, symvers_file)
load_kabi(kabi, kabi_file)
check_kabi(symvers, kabi)

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@ -1,3 +0,0 @@
# See 'cpupower help' and cpupower(1) for more info
CPUPOWER_START_OPTS="frequency-set -g performance"
CPUPOWER_STOP_OPTS="frequency-set -g ondemand"

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@ -1,13 +0,0 @@
[Unit]
Description=Configure CPU power related settings
After=syslog.target
[Service]
Type=oneshot
RemainAfterExit=yes
EnvironmentFile=/etc/sysconfig/cpupower
ExecStart=/usr/bin/cpupower $CPUPOWER_START_OPTS
ExecStop=/usr/bin/cpupower $CPUPOWER_STOP_OPTS
[Install]
WantedBy=multi-user.target

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@ -1,38 +0,0 @@
# generic + compressed please
hostonly="no"
compress="xz"
# VMs can't update microcode anyway
early_microcode="no"
# modules: basics
dracutmodules+=" base systemd systemd-initrd dracut-systemd dbus dbus-broker usrmount shutdown "
# modules: storage support
dracutmodules+=" dm lvm rootfs-block fs-lib "
# modules: tpm and crypto
dracutmodules+=" crypt crypt-loop tpm2-tss "
# WALinuxagent-cvm with CVM specific udev rules
dracutmodules+=" walinuxagentcvm "
# drivers: virtual buses, pci
drivers+=" virtio-pci virtio-mmio " # qemu-kvm
drivers+=" hv-vmbus pci-hyperv " # hyperv
drivers+=" xen-pcifront " # xen
# drivers: storage
drivers+=" ahci nvme sd_mod sr_mod " # generic
drivers+=" virtio-blk virtio-scsi " # qemu-kvm
drivers+=" hv-storvsc " # hyperv
drivers+=" xen-blkfront " # xen
# root encryption
drivers+=" dm_crypt "
# filesystems
filesystems+=" vfat ext4 xfs overlay "
# systemd-pcrphase
install_items+=" /lib/systemd/system/systemd-pcrphase-initrd.service /usr/lib/systemd/systemd-pcrphase /usr/lib/systemd/system/initrd.target.wants/systemd-pcrphase-initrd.service "

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@ -1,18 +0,0 @@
#! /bin/bash
# This is the aarch64 override file for the core/drivers package split. The
# module directories listed here and in the generic list in filter-modules.sh
# will be moved to the resulting kernel-modules package for this arch.
# Anything not listed in those files will be in the kernel-core package.
#
# Please review the default list in filter-modules.sh before making
# modifications to the overrides below. If something should be removed across
# all arches, remove it in the default instead of per-arch.
driverdirs="atm auxdisplay bcma bluetooth firewire fmc infiniband isdn leds media memstick message mmc mtd mwave nfc ntb pcmcia platform power ssb staging tty uio uwb w1"
ethdrvs="3com adaptec arc alteon atheros broadcom cadence calxeda chelsio cisco dec dlink emulex icplus marvell micrel myricom neterion nvidia oki-semi packetengines qlogic rdc renesas sfc silan sis smsc stmicro sun tehuti ti via wiznet xircom"
drmdrvs="amd arm bridge ast exynos hisilicon i2c imx mgag200 meson msm nouveau panel radeon rockchip tegra sun4i tinydrm vc4"
singlemods="ntb_netdev iscsi_ibft iscsi_boot_sysfs megaraid pmcraid qedi qla1280 9pnet_rdma rpcrdma nvmet-rdma nvme-rdma hid-picolcd hid-prodikeys hwa-hc hwpoison-inject target_core_user sbp_target cxgbit iw_cxgb3 iw_cxgb4 cxgb3i cxgb3i cxgb3i_ddp cxgb4i chcr chtls"

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@ -1,177 +0,0 @@
#! /bin/bash
#
# Called as filter-modules.sh list-of-modules Arch
# This script filters the modules into the kernel-core and kernel-modules
# subpackages. We list out subsystems/subdirs to prune from the installed
# module directory. What is left is put into the kernel-core package. What is
# pruned is contained in the kernel-modules package.
#
# This file contains the default subsys/subdirs to prune from all architectures.
# If an architecture needs to differ, we source a per-arch filter-<arch>.sh file
# that contains the set of override lists to be used instead. If a module or
# subsys should be in kernel-modules on all arches, please change the defaults
# listed here.
# Overrides is individual modules which need to remain in kernel-core due to deps.
overrides="cec"
# Set the default dirs/modules to filter out
driverdirs="atm auxdisplay bcma bluetooth firewire fmc iio infiniband isdn leds media memstick mfd mmc mtd nfc ntb pcmcia platform power ssb staging tty uio uwb w1"
chardrvs="mwave pcmcia"
netdrvs="appletalk can dsa hamradio ieee802154 irda ppp slip usb wireless"
ethdrvs="3com adaptec alteon amd aquantia atheros broadcom cadence calxeda chelsio cisco dec dlink emulex icplus marvell neterion nvidia oki-semi packetengines qlogic rdc renesas sfc silan sis smsc stmicro sun tehuti ti wiznet xircom"
cryptdrvs="bcm caam cavium chelsio hisilicon marvell qat"
inputdrvs="gameport tablet touchscreen"
scsidrvs="aacraid aic7xxx aic94xx be2iscsi bfa bnx2i bnx2fc csiostor cxgbi esas2r fcoe fnic hisi_sas isci libsas lpfc megaraid mpt2sas mpt3sas mvsas pm8001 qla2xxx qla4xxx sym53c8xx_2 ufs qedf"
usbdrvs="atm image misc serial wusbcore"
fsdrvs="affs befs cifs coda cramfs ecryptfs hfs hfsplus jfs minix ncpfs nilfs2 ocfs2 reiserfs romfs squashfs sysv ubifs ufs"
netprots="6lowpan appletalk atm ax25 batman-adv bluetooth can dccp dsa ieee802154 irda l2tp mac80211 mac802154 mpls netrom nfc rds rfkill rose sctp smc wireless"
drmdrvs="amd ast gma500 i2c i915 mgag200 nouveau radeon via "
singlemods="ntb_netdev iscsi_ibft iscsi_boot_sysfs megaraid pmcraid qedi qla1280 9pnet_rdma rpcrdma nvmet-rdma nvme-rdma hid-picolcd hid-prodikeys hwa-hc hwpoison-inject hid-sensor-hub target_core_user sbp_target cxgbit iw_cxgb3 iw_cxgb4 cxgb3i cxgb3i cxgb3i_ddp cxgb4i chcr chtls parport_serial ism regmap-sdw regmap-sdw-mbq arizona-micsupp hid-asus nct6775 ntc_thermistor"
# Grab the arch-specific filter list overrides
source ./filter-$2.sh
filter_dir() {
filelist=$1
dir=$2
grep -v -e "${dir}/" ${filelist} > ${filelist}.tmp
if [ $? -ne 0 ]
then
echo "Couldn't remove ${dir}. Skipping."
else
grep -e "${dir}/" ${filelist} >> k-d.list
mv ${filelist}.tmp $filelist
fi
return 0
}
filter_ko() {
filelist=$1
mod=$2
grep -v -e "${mod}.ko" ${filelist} > ${filelist}.tmp
if [ $? -ne 0 ]
then
echo "Couldn't remove ${mod}.ko Skipping."
else
grep -e "${mod}.ko" ${filelist} >> k-d.list
mv ${filelist}.tmp $filelist
fi
return 0
}
# Filter the drivers/ subsystems
for subsys in ${driverdirs}
do
filter_dir $1 drivers/${subsys}
done
# Filter the networking drivers
for netdrv in ${netdrvs}
do
filter_dir $1 drivers/net/${netdrv}
done
# Filter the char drivers
for char in ${chardrvs}
do
filter_dir $1 drivers/char/${char}
done
# Filter the ethernet drivers
for eth in ${ethdrvs}
do
filter_dir $1 drivers/net/ethernet/${eth}
done
# Filter the crypto drivers
for crypt in ${cryptdrvs}
do
filter_dir $1 drivers/crypto/${crypt}
done
# SCSI
for scsi in ${scsidrvs}
do
filter_dir $1 drivers/scsi/${scsi}
done
# Input
for input in ${inputdrvs}
do
filter_dir $1 drivers/input/${input}
done
# USB
for usb in ${usbdrvs}
do
filter_dir $1 drivers/usb/${usb}
done
# Filesystems
for fs in ${fsdrvs}
do
filter_dir $1 fs/${fs}
done
# Network protocols
for prot in ${netprots}
do
filter_dir $1 kernel/net/${prot}
done
# DRM
for drm in ${drmdrvs}
do
filter_dir $1 drivers/gpu/drm/${drm}
done
# Just kill sound.
filter_dir $1 kernel/sound
filter_dir $1 kernel/drivers/soundwire
# Now go through and filter any single .ko files that might have deps on the
# things we filtered above
for mod in ${singlemods}
do
filter_ko $1 ${mod}
done
# Now process the override list to bring those modules back into core
for mod in ${overrides}
do
grep -v -e "/${mod}.ko" k-d.list > k-d.list.tmp
if [ $? -ne 0 ]
then
echo "Couldn't save ${mod}.ko Skipping."
else
grep -e "/${mod}.ko" k-d.list >> $filelist
mv k-d.list.tmp k-d.list
fi
done
# Go through our generated drivers list and remove the .ko files. We'll
# restore them later.
for mod in `cat k-d.list`
do
rm -rf $mod
done

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@ -1,14 +0,0 @@
#! /bin/bash
# This is the ppc64le override file for the core/drivers package split. The
# module directories listed here and in the generic list in filter-modules.sh
# will be moved to the resulting kernel-modules package for this arch.
# Anything not listed in those files will be in the kernel-core package.
#
# Please review the default list in filter-modules.sh before making
# modifications to the overrides below. If something should be removed across
# all arches, remove it in the default instead of per-arch.
driverdirs="atm auxdisplay bcma bluetooth firewire fmc infiniband isdn leds media memstick message mmc mtd mwave nfc ntb pcmcia platform power ssb staging tty uio uwb w1"
singlemods="ntb_netdev iscsi_ibft iscsi_boot_sysfs megaraid pmcraid qedi qla1280 9pnet_rdma rpcrdma nvmet-rdma nvme-rdma hid-picolcd hid-prodikeys hwa-hc hwpoison-inject target_core_user sbp_target cxgbit iw_cxgb3 iw_cxgb4 cxgb3i cxgb3i cxgb3i_ddp cxgb4i chcr chtls"

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@ -1,12 +0,0 @@
#! /bin/bash
# This is the s390x override file for the core/drivers package split. The
# module directories listed here and in the generic list in filter-modules.sh
# will be moved to the resulting kernel-modules package for this arch.
# Anything not listed in those files will be in the kernel-core package.
#
# Please review the default list in filter-modules.sh before making
# modifications to the overrides below. If something should be removed across
# all arches, remove it in the default instead of per-arch.
# Defaults work so no need to override

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@ -1,12 +0,0 @@
#! /bin/bash
# This is the x86_64 override file for the core/drivers package split. The
# module directories listed here and in the generic list in filter-modules.sh
# will be moved to the resulting kernel-modules package for this arch.
# Anything not listed in those files will be in the kernel-core package.
#
# Please review the default list in filter-modules.sh before making
# modifications to the overrides below. If something should be removed across
# all arches, remove it in the default instead of per-arch.
# Defaults work so no need to override

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@ -1,6 +0,0 @@
--- !Policy
product_versions:
- rhel-9
decision_context: osci_compose_gate
rules:
- !PassingTestCaseRule {test_case_name: cki.tier1-x86_64.functional}

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@ -1,36 +0,0 @@
#!/bin/sh
# Adjusts the configuration options to build the variants correctly
test -n "$RHTEST" && exit 0
DEBUGBUILDSENABLED=$1
if [ -z "$DEBUGBUILDSENABLED" ]; then
exit 1
fi
if [ -z "$FLAVOR" ]; then
FLAVOR=rhel
fi
if [ "$FLAVOR" = "fedora" ]; then
SECONDARY=rhel
else
SECONDARY=fedora
fi
for i in kernel-rt-*-"$FLAVOR".config; do
NEW=kernel-rt-"$SPECVERSION"-$(echo "$i" | cut -d - -f3- | sed s/-"$FLAVOR"//)
#echo $NEW
mv "$i" "$NEW"
done
rm -f kernel-rt-*-"$SECONDARY".config
if [ "$DEBUGBUILDSENABLED" -eq 0 ]; then
for i in kernel-rt-*debug*.config; do
base=$(echo "$i" | sed -r s/-?debug//g)
NEW=kernel-rt-$(echo "$base" | cut -d - -f3-)
mv "$i" "$NEW"
done
fi

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@ -1,2 +0,0 @@
# This file is intentionally left empty in the stock kernel. Its a nicety
# added for those wanting to do custom rebuilds with altered config opts.

File diff suppressed because it is too large Load Diff

File diff suppressed because it is too large Load Diff

File diff suppressed because it is too large Load Diff

File diff suppressed because it is too large Load Diff

48853
kernel.spec

File diff suppressed because it is too large Load Diff

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@ -1,11 +0,0 @@
/var/log/kvm_stat.csv {
size 10M
missingok
compress
maxage 30
rotate 5
nodateext
postrotate
/usr/bin/systemctl try-restart kvm_stat.service
endscript
}

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@ -1,72 +0,0 @@
#! /usr/bin/perl
my @args=@ARGV;
my %configvalues;
my @configoptions;
my $configcounter = 0;
# optionally print out the architecture as the first line of our output
my $arch = $args[2];
if (defined $arch) {
print "# $arch\n";
}
# first, read the override file
open (FILE,"$args[0]") || die "Could not open $args[0]";
while (<FILE>) {
my $str = $_;
my $configname;
if (/\# ([\w]+) is not set/) {
$configname = $1;
} elsif (/^\#/) {
# fall through on comments like 'avoid CONFIG_FOO=y'
;
} elsif (/([\w]+)=/) {
$configname = $1;
}
if (defined($configname) && !exists($configvalues{$configname})) {
$configvalues{$configname} = $str;
$configoptions[$configcounter] = $configname;
$configcounter ++;
}
};
# now, read and output the entire configfile, except for the overridden
# parts... for those the new value is printed.
open (FILE2,"$args[1]") || die "Could not open $args[1]";
while (<FILE2>) {
my $configname;
if (/\# ([\w]+) is not set/) {
$configname = $1;
} elsif (/^\#/) {
# fall through on comments like 'avoid CONFIG_FOO=y'
;
} elsif (/([\w]+)=/) {
$configname = $1;
}
if (defined($configname) && exists($configvalues{$configname})) {
print "$configvalues{$configname}";
delete($configvalues{$configname});
} else {
print "$_";
}
}
# now print the new values from the overridden configfile
my $counter = 0;
while ($counter < $configcounter) {
my $configname = $configoptions[$counter];
if (exists($configvalues{$configname})) {
print "$configvalues{$configname}";
}
$counter++;
}
1;

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@ -1,164 +0,0 @@
#! /bin/bash
# shellcheck disable=SC2164
RpmDir=$1
ModDir=$2
Dir="$1/$2"
# Note the list filename must have the format mod-[PACKAGE].list, for example,
# mod-internal.list or mod-extra.list. The PACKAGE is used to create a
# override directory for the modules.
List=$3
Dest="$4"
blacklist()
{
cat > "$RpmDir/etc/modprobe.d/$1-blacklist.conf" <<-__EOF__
# This kernel module can be automatically loaded by non-root users. To
# enhance system security, the module is blacklisted by default to ensure
# system administrators make the module available for use as needed.
# See https://access.redhat.com/articles/3760101 for more details.
#
# Remove the blacklist by adding a comment # at the start of the line.
blacklist $1
__EOF__
}
check_blacklist()
{
mod=$(find "$RpmDir/$ModDir" -name "$1")
[ ! "$mod" ] && return 0
if modinfo "$mod" | grep -q '^alias:\s\+net-'; then
mod="${1##*/}"
mod="${mod%.ko*}"
echo "$mod has an alias that allows auto-loading. Blacklisting."
blacklist "$mod"
fi
}
find_depends()
{
dep=$1
depends=$(modinfo "$dep" | sed -n -e "/^depends/ s/^depends:[ \t]*//p")
[ -z "$depends" ] && exit
for mod in ${depends//,/ }
do
match=$(grep "^$mod.ko" "$ListName")
[ -z "$match" ] && continue
# check if the module we are looking at is in mod-* too.
# if so we do not need to mark the dep as required.
mod2=${dep##*/} # same as $(basename $dep), but faster
match2=$(grep "^$mod2" "$ListName")
if [ -n "$match2" ]
then
#echo $mod2 >> notreq.list
continue
fi
echo "$mod".ko >> req.list
done
}
foreachp()
{
P=$(nproc)
bgcount=0
while read -r mod; do
$1 "$mod" &
bgcount=$((bgcount + 1))
if [ $bgcount -eq "$P" ]; then
wait -n
bgcount=$((bgcount - 1))
fi
done
wait
}
# Destination was specified on the command line
test -n "$4" && echo "$0: Override Destination $Dest has been specified."
pushd "$Dir"
OverrideDir=$(basename "$List")
OverrideDir=${OverrideDir%.*}
OverrideDir=${OverrideDir#*-}
mkdir -p "$OverrideDir"
rm -rf modnames
find . -name "*.ko" -type f > modnames
# Look through all of the modules, and throw any that have a dependency in
# our list into the list as well.
rm -rf dep.list dep2.list
rm -rf req.list req2.list
touch dep.list req.list
cp "$List" .
# This variable needs to be exported because it is used in sub-script
# executed by xargs
ListName=$(basename "$List")
export ListName
foreachp find_depends < modnames
sort -u req.list > req2.list
sort -u "$ListName" > modules2.list
join -v 1 modules2.list req2.list > modules3.list
while IFS= read -r mod
do
# get the path for the module
modpath=$(grep /"$mod" modnames)
[ -z "$modpath" ] && continue
echo "$modpath" >> dep.list
done < modules3.list
sort -u dep.list > dep2.list
if [ -n "$Dest" ]; then
# now move the modules into the $Dest directory
while IFS= read -r mod
do
newpath=$(dirname "$mod" | sed -e "s/kernel\\//$Dest\//")
mkdir -p "$newpath"
mv "$mod" "$newpath"
echo "$mod" | sed -e "s/kernel\\//$Dest\//" | sed -e "s|^.|${ModDir}|g" >> "$RpmDir"/"$ListName"
done < dep2.list
fi
popd
# If we're signing modules, we can't leave the .mod files for the .ko files
# we've moved in .tmp_versions/. Remove them so the Kbuild 'modules_sign'
# target doesn't try to sign a non-existent file. This is kinda ugly, but
# so are the modules-* packages.
while IFS= read -r mod
do
modfile=$(basename "$mod" | sed -e 's/.ko/.mod/')
rm .tmp_versions/"$modfile"
done < "$Dir"/dep2.list
if [ -z "$Dest" ]; then
sed -e "s|^.|${ModDir}|g" "$Dir"/dep2.list > "$RpmDir/$ListName"
echo "./$RpmDir/$ListName created."
[ -d "$RpmDir/etc/modprobe.d/" ] || mkdir -p "$RpmDir/etc/modprobe.d/"
foreachp check_blacklist < "$List"
fi
# Many BIOS-es export a PNP-id which causes the floppy driver to autoload
# even though most modern systems don't have a 3.5" floppy driver anymore
# this replaces the old die_floppy_die.patch which removed the PNP-id from
# the module
floppylist=("$RpmDir"/"$ModDir"/kernel/drivers/block/floppy.ko*)
if [[ -n ${floppylist[0]} && -f ${floppylist[0]} ]]; then
blacklist "floppy"
fi
# avoid an empty kernel-extra package
echo "$ModDir/$OverrideDir" >> "$RpmDir/$ListName"
pushd "$Dir"
rm modnames dep.list dep2.list req.list req2.list
rm "$ListName" modules2.list modules3.list
popd

View File

@ -1,192 +0,0 @@
6pack.ko
a3d.ko
act200l-sir.ko
actisys-sir.ko
adi.ko
aer_inject.ko
af_802154.ko
affs.ko
ali-ircc.ko
analog.ko
appletalk.ko
atm.ko
avma1_cs.ko
avm_cs.ko
avmfritz.ko
ax25.ko
b1.ko
bas_gigaset.ko
batman-adv.ko
baycom_par.ko
baycom_ser_fdx.ko
baycom_ser_hdx.ko
befs.ko
bpqether.ko
br2684.ko
capi.ko
c_can.ko
c_can_platform.ko
clip.ko
cobra.ko
coda.ko
cuse.ko
db9.ko
dccp_diag.ko
dccp_ipv4.ko
dccp_ipv6.ko
dccp.ko
dccp_probe.ko
diva_idi.ko
divas.ko
ds1wm.ko
ds2482.ko
ds2490.ko
dss1_divert.ko
elsa_cs.ko
ems_pci.ko
ems_usb.ko
esd_usb2.ko
esi-sir.ko
gamecon.ko
gf2k.ko
gigaset.ko
girbil-sir.ko
grip.ko
grip_mp.ko
guillemot.ko
hdlcdrv.ko
hfc4s8s_l1.ko
hfcmulti.ko
hfcpci.ko
hisax.ko
hwa-rc.ko
hysdn.ko
i2400m.ko
i2400m-sdio.ko
i2400m-usb.ko
ieee802154.ko
iforce.ko
interact.ko
ipddp.ko
ipx.ko
isdn.ko
joydump.ko
kingsun-sir.ko
ks959-sir.ko
ksdazzle-sir.ko
kvaser_pci.ko
l2tp_core.ko
l2tp_debugfs.ko
l2tp_eth.ko
l2tp_ip.ko
l2tp_ip6.ko
l2tp_netlink.ko
l2tp_ppp.ko
lec.ko
ma600-sir.ko
magellan.ko
mcp2120-sir.ko
mISDN_core.ko
mISDN_dsp.ko
mkiss.ko
mptbase.ko
mptctl.ko
mptfc.ko
nci.ko
ncpfs.ko
netjet.ko
netrom.ko
nfc.ko
nilfs2.ko
ocfs2_dlmfs.ko
ocfs2_dlm.ko
ocfs2.ko
ocfs2_nodemanager.ko
ocfs2_stackglue.ko
ocfs2_stack_o2cb.ko
ocfs2_stack_user.ko
old_belkin-sir.ko
orinoco_cs.ko
orinoco.ko
orinoco_nortel.ko
orinoco_pci.ko
orinoco_plx.ko
orinoco_usb.ko
plx_pci.ko
pn_pep.ko
pppoatm.ko
rds.ko
rds_rdma.ko
rds_tcp.ko
rose.ko
sch_atm.ko
sch_cbq.ko
sch_choke.ko
sch_drr.ko
sch_dsmark.ko
sch_gred.ko
sch_mqprio.ko
sch_multiq.ko
sch_netem.ko
sch_qfq.ko
sch_red.ko
sch_sfb.ko
sch_teql.ko
sctp.ko
sctp_diag.ko
sctp_probe.ko
sidewinder.ko
sja1000.ko
sja1000_platform.ko
slcan.ko
slip.ko
softing_cs.ko
softing.ko
spaceball.ko
spaceorb.ko
stinger.ko
sysv.ko
tcp_bic.ko
tcp_highspeed.ko
tcp_htcp.ko
tcp_hybla.ko
tcp_illinois.ko
tcp_lp.ko
tcp_scalable.ko
tcp_vegas.ko
tcp_veno.ko
tcp_westwood.ko
tcp_yeah.ko
tekram-sir.ko
tmdc.ko
toim3232-sir.ko
trancevibrator.ko
turbografx.ko
twidjoy.ko
ubifs.ko
ufs.ko
umc.ko
usbip-core.ko
usbip-host.ko
uwb.ko
vcan.ko
vhci-hcd.ko
w1_bq27000.ko
w1_ds2408.ko
w1_ds2423.ko
w1_ds2431.ko
w1_ds2433.ko
w1_ds2760.ko
w1_ds2780.ko
w1_ds2781.ko
w1_ds28e04.ko
w1_smem.ko
w1_therm.ko
w6692.ko
walkera0701.ko
wanrouter.ko
warrior.ko
whci.ko
wire.ko
yam.ko
zhenhua.ko

View File

@ -1,64 +0,0 @@
dmatest
kunit
kunit-test
ext4-inode-test
list-test
sysctl-test
mptcp_crypto_test
mptcp_token_test
bitfield_kunit
cmdline_kunit
property-entry-test
qos-test
resource_kunit
soc-topology-test
soc-utils-test
string-stream-test
test_linear_ranges
test_bits
test_kasan
time_test
fat_test
lib_test
rational-test
test_list_sort
slub_kunit
memcpy_kunit
dev_addr_lists_test
kfence_test
test_hash
locktorture
mac80211_hwsim
netdevsim
pktgen
rcutorture
rocker
scftorture
test_klp_atomic_replace
test_klp_callbacks_demo
test_klp_callbacks_demo2
test_klp_callbacks_busy
test_klp_callbacks_mod
test_klp_livepatch
test_klp_shadow_vars
test_klp_state
test_klp_state2
test_klp_state3
torture
refscale
rcuscale
memcpy_kunit
dev_addr_lists_test
test_hash
test_bpf
stackinit_kunit
overflow_kunit
clk-gate_test
clk_test
mtty
test_hmm
test_vmalloc
test_cpumask
iio-test-format
iio-test-rescale
cros_kunit

View File

@ -1,5 +0,0 @@
kvm-amd
kvm-intel
kvm
kvmgt
ptp_kvm

View File

@ -1,2 +0,0 @@
afs
rxrpc

View File

@ -1,37 +0,0 @@
#! /bin/bash
# The modules_sign target checks for corresponding .o files for every .ko that
# is signed. This doesn't work for package builds which re-use the same build
# directory for every variant, and the .config may change between variants.
# So instead of using this script to just sign lib/modules/$KernelVer/extra,
# sign all .ko in the buildroot.
# This essentially duplicates the 'modules_sign' Kbuild target and runs the
# same commands for those modules.
MODSECKEY=$1
MODPUBKEY=$2
moddir=$3
modules=$(find "$moddir" -type f -name '*.ko')
NPROC=$(nproc)
[ -z "$NPROC" ] && NPROC=1
# NB: this loop runs 2000+ iterations. Try to be fast.
echo "$modules" | xargs -r -n16 -P $NPROC sh -c "
for mod; do
./scripts/sign-file sha256 $MODSECKEY $MODPUBKEY \$mod
rm -f \$mod.sig \$mod.dig
done
" DUMMYARG0 # xargs appends ARG1 ARG2..., which go into $mod in for loop.
RANDOMMOD=$(echo "$modules" | sort -R | head -n 1)
if [ "~Module signature appended~" != "$(tail -c 28 "$RANDOMMOD")" ]; then
echo "*****************************"
echo "*** Modules are unsigned! ***"
echo "*****************************"
exit 1
fi
exit 0

View File

@ -1,26 +0,0 @@
#!/bin/sh
# Reads filenames on stdin, xz-compresses each in place.
# Not optimal for "compress relatively few, large files" scenario!
# How many xz's to run in parallel:
procgroup=""
while test "$#" != 0; do
# Get it from -jNUM
N="${1#-j}"
if test "$N" = "$1"; then
# Not -j<something> - warn and ignore
echo "parallel_xz: warning: unrecognized argument: '$1'"
else
procgroup="$N"
fi
shift
done
# If told to use only one cpu:
test "$procgroup" || exec xargs -r xz
test "$procgroup" = 1 && exec xargs -r xz
# xz has some startup cost. If files are really small,
# this cost might be significant. To combat this,
# process several files (in sequence) by each xz process via -n 16:
exec xargs -r -n 16 -P "$procgroup" xz

View File

@ -1,5 +0,0 @@
# kgcov
CONFIG_GCOV_KERNEL=y
CONFIG_GCOV_PROFILE_ALL=y
# CONFIG_GCOV_PROFILE_FTRACE is not set
# CONFIG_OPEN_DICE is not set

View File

@ -1,410 +0,0 @@
#!/bin/bash
#
# This script takes the merged config files and processes them through oldconfig
# and listnewconfig
#
# Globally disable suggestion of appending '|| exit' or '|| return' to cd/pushd/popd commands
# shellcheck disable=SC2164
test -n "$RHTEST" && exit 0
usage()
{
# alphabetical order please
echo "process_configs.sh [ options ] package_name kernel_version"
echo " -a: report all errors, equivalent to [-c -n -w -i]"
echo " -c: error on mismatched config options"
echo " -i: continue on error"
echo " -n: error on unset config options"
echo " -t: test run, do not overwrite original config"
echo " -w: error on misconfigured config options"
echo " -z: commit new configs to pending directory"
echo ""
echo " A special CONFIG file tag, process_configs_known_broken can be added as a"
echo " comment to any CONFIG file. This tag indicates that there is no way to "
echo " fix a CONFIG's entry. This tag should only be used in extreme cases"
echo " and is not to be used as a workaround to solve CONFIG problems."
exit 1
}
die()
{
echo "$1"
exit 1
}
get_cross_compile()
{
arch=$1
if [[ "$CC_IS_CLANG" -eq 1 ]]; then
echo "$arch"
else
echo "scripts/dummy-tools/"
fi
}
# stupid function to find top of tree to do kernel make configs
switch_to_toplevel()
{
path="$(pwd)"
while test -n "$path"
do
test -e "$path"/MAINTAINERS && \
test -d "$path"/drivers && \
break
path=$(dirname "$path")
done
test -n "$path" || die "Can't find toplevel"
echo "$path"
}
checkoptions()
{
count=$3
variant=$4
/usr/bin/awk '
/is not set/ {
split ($0, a, "#");
split(a[2], b);
if (NR==FNR) {
configs[b[1]]="is not set";
} else {
if (configs[b[1]] != "" && configs[b[1]] != "is not set")
print "Found # "b[1] " is not set, after generation, had " b[1] " " configs[b[1]] " in Source tree";
}
}
/=/ {
split ($0, a, "=");
if (NR==FNR) {
configs[a[1]]=a[2];
} else {
if (configs[a[1]] != "" && configs[a[1]] != a[2])
print "Found "a[1]"="a[2]" after generation, had " a[1]"="configs[a[1]]" in Source tree";
}
}
' "$1" "$2" > .mismatches"${count}"
checkoptions_error=false
if test -s .mismatches"${count}"
then
while read -r LINE
do
if find "${REDHAT}"/configs -name "$(echo "$LINE" | awk -F "=" ' { print $1 } ' | awk ' { print $2 }')" -print0 | xargs -0 grep ^ | grep -q "process_configs_known_broken"; then
# This is a known broken config.
# See script help warning.
checkoptions_error=false
else
checkoptions_error=true
break
fi
done < .mismatches"${count}"
! $checkoptions_error && return
sed -i "1s/^/Error: Mismatches found in configuration files for ${arch} ${variant}\n/" .mismatches"${count}"
else
rm -f .mismatches"${count}"
fi
}
parsenewconfigs()
{
tmpdir=$(mktemp -d)
# This awk script reads the output of make listnewconfig
# and puts it into CONFIG_FOO files. Using the output of
# listnewconfig is much easier to ensure we get the default
# output.
/usr/bin/awk -v BASE="$tmpdir" '
/is not set/ {
split ($0, a, "#");
split(a[2], b);
OUT_FILE=BASE"/"b[1];
print $0 >> OUT_FILE;
}
/=/ {
split ($0, a, "=");
OUT_FILE=BASE"/"a[1];
if (a[2] == "n")
print "# " a[1] " is not set" >> OUT_FILE;
else
print $0 >> OUT_FILE;
}
' .newoptions
# This awk script parses the output of helpnewconfig.
# Each option is separated between ----- markers
# The goal is to put all the help text as a comment in
# each CONFIG_FOO file. Because of how awk works
# there's a lot of moving files around and catting to
# get what we need.
/usr/bin/awk -v BASE="$tmpdir" '
BEGIN { inpatch=0;
outfile="none";
symbol="none"; }
/^Symbol: .*$/ {
split($0, a, " ");
symbol="CONFIG_"a[2];
outfile=BASE "/fake_"symbol
}
/-----/ {
if (inpatch == 0) {
inpatch = 1;
}
else {
if (symbol != "none") {
system("cat " outfile " " BASE "/" symbol " > " BASE "/tmpf");
system("mv " BASE "/tmpf " BASE "/" symbol);
symbol="none"
}
outfile="none"
inpatch = 0;
}
}
!/-----/ {
if (inpatch == 1 && outfile != "none") {
print "# "$0 >> outfile;
}
}
' .helpnewconfig
pushd "$tmpdir" &> /dev/null
rm fake_*
popd &> /dev/null
for f in "$tmpdir"/*; do
[[ -e "$f" ]] || break
cp "$f" "$SCRIPT_DIR/pending$FLAVOR/generic/"
done
rm -rf "$tmpdir"
}
function commit_new_configs()
{
# assume we are in $source_tree/configs, need to get to top level
pushd "$(switch_to_toplevel)" &>/dev/null
for cfg in "$SCRIPT_DIR/${PACKAGE_NAME}${KVERREL}"*.config
do
arch=$(head -1 "$cfg" | cut -b 3-)
cfgtmp="${cfg}.tmp"
cfgorig="${cfg}.orig"
cat "$cfg" > "$cfgorig"
if [ "$arch" = "EMPTY" ]
then
# This arch is intentionally left blank
continue
fi
echo -n "Checking for new configs in $cfg ... "
# shellcheck disable=SC2086
make ${MAKEOPTS} ARCH="$arch" CROSS_COMPILE="$(get_cross_compile "$arch")" KCONFIG_CONFIG="$cfgorig" listnewconfig >& .listnewconfig
grep -E 'CONFIG_' .listnewconfig > .newoptions
if test -s .newoptions
then
# shellcheck disable=SC2086
make ${MAKEOPTS} ARCH="$arch" CROSS_COMPILE="$(get_cross_compile "$arch")" KCONFIG_CONFIG="$cfgorig" helpnewconfig >& .helpnewconfig
parsenewconfigs
fi
rm .newoptions
echo "done"
done
git add "$SCRIPT_DIR/pending$FLAVOR"
git commit -m "[redhat] AUTOMATIC: New configs"
}
function process_config()
{
local cfg
local arch
local cfgtmp
local cfgorig
local count
local variant
cfg=$1
count=$2
arch=$(head -1 "$cfg" | cut -b 3-)
if [ "$arch" = "EMPTY" ]
then
# This arch is intentionally left blank
return
fi
variant=$(basename "$cfg" | cut -d"-" -f3- | cut -d"." -f1)
cfgtmp="${cfg}.tmp"
cfgorig="${cfg}.orig"
cat "$cfg" > "$cfgorig"
echo "Processing $cfg ... "
# shellcheck disable=SC2086
make ${MAKEOPTS} ARCH="$arch" CROSS_COMPILE="$(get_cross_compile "$arch")" KCONFIG_CONFIG="$cfgorig" listnewconfig >& .listnewconfig"${count}"
grep -E 'CONFIG_' .listnewconfig"${count}" > .newoptions"${count}"
if test -n "$NEWOPTIONS" && test -s .newoptions"${count}"
then
echo "Found unset config items in ${arch} ${variant}, please set them to an appropriate value" >> .errors"${count}"
cat .newoptions"${count}" >> .errors"${count}"
rm .newoptions"${count}"
RETURNCODE=1
fi
rm -f .newoptions"${count}"
grep -E 'config.*warning' .listnewconfig"${count}" > .warnings"${count}"
if test -n "$CHECKWARNINGS" && test -s .warnings"${count}"
then
echo "Found misconfigured config items in ${arch} ${variant}, please set them to an appropriate value" >> .errors"${count}"
cat .warnings"${count}" >> .errors"${count}"
fi
rm .warnings"${count}"
rm .listnewconfig"${count}"
# shellcheck disable=SC2086
make ${MAKEOPTS} ARCH="$arch" CROSS_COMPILE="$(get_cross_compile "$arch")" KCONFIG_CONFIG="$cfgorig" olddefconfig > /dev/null || exit 1
echo "# $arch" > "$cfgtmp"
cat "$cfgorig" >> "$cfgtmp"
if test -n "$CHECKOPTIONS"
then
checkoptions "$cfg" "$cfgtmp" "$count" "$variant"
fi
# if test run, don't overwrite original
if test -n "$TESTRUN"
then
rm -f "$cfgtmp"
else
mv "$cfgtmp" "$cfg"
fi
rm -f "$cfgorig"
echo "Processing $cfg complete"
}
function process_configs()
{
# assume we are in $source_tree/configs, need to get to top level
pushd "$(switch_to_toplevel)" &>/dev/null
# The next line is throwaway code for transition to parallel
# processing. Leaving this line in place is harmless, but it can be
# removed the next time anyone updates this function.
[ -f .mismatches ] && rm -f .mismatches
count=0
for cfg in "$SCRIPT_DIR/${PACKAGE_NAME}${KVERREL}"*.config
do
if [ "$count" -eq 0 ]; then
# do the first one by itself so that tools are built
process_config "$cfg" "$count"
fi
process_config "$cfg" "$count" &
waitpids[${count}]=$!
((count++))
while [ "$(jobs | grep -c Running)" -ge "$RHJOBS" ]; do :; done
done
for pid in ${waitpids[*]}; do
wait ${pid}
done
rm "$SCRIPT_DIR"/*.config*.old
if ls .errors* 1> /dev/null 2>&1; then
RETURNCODE=1
cat .errors*
rm .errors* -f
fi
if ls .mismatches* 1> /dev/null 2>&1; then
RETURNCODE=1
cat .mismatches*
rm .mismatches* -f
fi
popd > /dev/null
[ $RETURNCODE -eq 0 ] && echo "Processed config files are in $SCRIPT_DIR"
}
CHECKOPTIONS=""
NEWOPTIONS=""
TESTRUN=""
CHECKWARNINGS=""
MAKEOPTS=""
CC_IS_CLANG=0
RETURNCODE=0
while [[ $# -gt 0 ]]
do
key="$1"
case $key in
-a)
CHECKOPTIONS="x"
NEWOPTIONS="x"
CHECKWARNINGS="x"
;;
-c)
CHECKOPTIONS="x"
;;
-h)
usage
;;
-n)
NEWOPTIONS="x"
;;
-t)
TESTRUN="x"
;;
-w)
CHECKWARNINGS="x"
;;
-z)
COMMITNEWCONFIGS="x"
;;
-m)
shift
if [ "$1" = "CC=clang" ] || [ "$1" = "LLVM=1" ]; then
CC_IS_CLANG=1
fi
MAKEOPTS="$MAKEOPTS $1"
;;
*)
break;;
esac
shift
done
KVERREL="$(test -n "$1" && echo "-$1" || echo "")"
FLAVOR="$(test -n "$2" && echo "-$2" || echo "-ark")"
# shellcheck disable=SC2015
SCRIPT=$(readlink -f "$0")
SCRIPT_DIR=$(dirname "$SCRIPT")
# Config options for RHEL should target the pending-ark directory, not pending-common.
if [ "$FLAVOR" = "-rhel" ]
then
FLAVOR="-ark"
fi
# to handle this script being a symlink
cd "$SCRIPT_DIR"
if test -n "$COMMITNEWCONFIGS"; then
commit_new_configs
else
process_configs
fi
exit $RETURNCODE

Binary file not shown.

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View File

@ -1,37 +0,0 @@
# additional rpminspect configuration for this branch
---
inspections:
abidiff: off
kmidiff: off
upstream: off
badfuncs:
ignore:
- /usr/libexec/ksamples/*
- /usr/libexec/kselftests/*
emptyrpm:
expected_empty:
- kernel
- kernel-debug
- kernel-debug-devel-matched
- kernel-devel-matched
- kernel-lpae
- kernel-zfcpdump
- kernel-zfcpdump-devel-matched
- kernel-zfcpdump-modules
patches:
ignore_list:
- linux-kernel-test.patch
- patch-5.14-redhat.patch
specname:
match: prefix
primary: filename
runpath:
ignore:
- /usr/libexec/kselftests/bpf/urandom_read
- /usr/libexec/kselftests/bpf/no_alu32/urandom_read

View File

@ -1,4 +0,0 @@
SHA512 (kernel-abi-whitelists-5.13.0-1.tar.bz2) = ceba454e1f590c1e4ef4115a75463ae3ac2c2aa7ec85fa14a2669d666c421483a38225ee19d7d72b4ac7032375741408b23543e43588538c80161ec0cf57051c
SHA512 (linux-5.14.0-283.rt14.283.el9.tar.xz) = fae28b4cc15b60fd678af50a42de58b16851dde2332a68b37371610d3f39e4569e8285e4b6931668eff12f80aaf0ca16d7ede0200eedc5aad9807009f2f8e496
SHA512 (kernel-abi-stablelists-5.14.0-283.rt14.283.el9.tar.bz2) = 19d2e544adfd5ac67642f05ed4cd38c6324e4705a3aeb3c81ef155bd5ebfc07cea9548e65b464e8ff8aef538c496ae4bdff0577bb265c3faf47941e2d1daf8e3
SHA512 (kernel-kabi-dw-5.14.0-283.rt14.283.el9.tar.bz2) = 565f812fa83a756ef7b91219031cfe80b1e853f22b4ed38ada76aed482caaf89df35e4d220f45728392765a757f8b0798e3b5a57fee0114e1d0379e887772578

View File

@ -1,12 +0,0 @@
#!/bin/sh
if [ -z "$1" ]; then
exit 1
fi
TARGET="$1"
for i in "$RPM_SOURCE_DIR"/*."$TARGET"; do
NEW=${i%.$TARGET}
cp "$i" "$(basename "$NEW")"
done

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@ -1,16 +0,0 @@
[ req ]
default_bits = 3072
distinguished_name = req_distinguished_name
prompt = no
x509_extensions = myexts
[ req_distinguished_name ]
O = The CentOS Project
CN = CentOS Stream kernel signing key
emailAddress = security@centos.org
[ myexts ]
basicConstraints=critical,CA:FALSE
keyUsage=digitalSignature
subjectKeyIdentifier=hash
authorityKeyIdentifier=keyid

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@ -1,16 +0,0 @@
[ req ]
default_bits = 3072
distinguished_name = req_distinguished_name
prompt = no
x509_extensions = myexts
[ req_distinguished_name ]
O = Red Hat
CN = Red Hat Enterprise Linux kernel signing key
emailAddress = secalert@redhat.com
[ myexts ]
basicConstraints=critical,CA:FALSE
keyUsage=digitalSignature
subjectKeyIdentifier=hash
authorityKeyIdentifier=keyid