kernel-6.6/kernel.spec

# _get_email() in %%build contains bashisms for regexping
%define	_buildshell /bin/bash

# brp-python-bytecompile uses /usr/bin/python,
# but it is a different python version in different ROSA
# releases; there is no good way to tell brp-python-bytecompile
# which iterpreter to use; so just disable it to avoid problems
%define	_python_bytecompile_build 0

# Probably dwz bug, on i686 only file is not packaged:
# /usr/lib/debug/usr/bin/trace-5.4.40-3.i386.debug.#dwz#.b5xuKG
# dwz compresses only debuginfo from perf, cpupower, uml,
# not the kernel itself (because it is stripped not by RPM),
# so we do not loose much by disabling it.
%global	_find_debuginfo_dwz_opts %{nil}

# Put everything into one non-standard debuginfo subpackage
# TODO: make multiple debuginfo packages coinstallable as installonlypkg,
# to achive this, there must be no conflicting files.
# Probably signing and compressing of kernel modules
# has to be moved to %%_spec_install_post.
%global	_debuginfo_subpackages %{nil}
%global	_debuginfo_template %{nil}
%undefine	_debugsource_packages

# Hack: flavour and major version are variable, make %%_build_pkgcheck_* always detect and use this config
%global	_build_pkgcheck_set %(echo "%{_build_pkgcheck_set}" | sed -e 's,/%{name}.rpmlintrc,/kernel.rpmlintrc,')
%global	_build_pkgcheck_srpm %(echo "%{_build_pkgcheck_srpm}" | sed -e 's,/%{name}.rpmlintrc,/kernel.rpmlintrc,')

%define kernelversion 6
%define patchlevel 1
%define sublevel 10

# Release number. Increase this before a rebuild.
%define rpmrel 2
%define fullrpmrel %{rpmrel}

%define rpmtag %{disttag}

# Version defines
%define kversion %{kernelversion}.%{patchlevel}.%{sublevel}
%define kverrel %{kversion}-%{fullrpmrel}
%define tar_ver %{kernelversion}.%{patchlevel}

%ifarch %{ix86}
%define	arch_suffix	i686
%endif

%ifarch %{x86_64}
%define	arch_suffix	x86_64
%endif

%ifarch aarch64
%define	arch_suffix	arm64
%endif

%define	buildrpmrel	%{fullrpmrel}%{rpmtag}-%{arch_suffix}
%define	buildrel	%{kversion}-%{buildrpmrel}

# Add not only the build time generated key to the trusted keyring,
# but also add public keys of private ROSA's keys
%bcond_without	additional_keys

# Fail the build after "make oldconfig" to edit kernel configs
%bcond_with	fail

# User Mode Linux, https://habr.com/ru/company/itsumma/blog/459558/
# Not buildable on aarch64, rarely needed in general
%bcond_with	uml

# "Nickel" is a special brand for certified distros
%if %{mdvver} == 201905
%bcond_without	nickel
# Require kernel modules to be signed
%bcond_without	oblig_signed_modules
%else
%bcond_with nickel
%bcond_with oblig_signed_modules
%endif

# Build binary out-of-tree kernel modules (experimental)
%bcond_with binary_extra_modules
# Sign kernel modules with GOST key (experimental)
%bcond_without gost_sign

%bcond_with ccache
%bcond_without flow_abi
# https://github.com/sfjro/aufs-standalone/tree/aufs6.1 does not exist yet
%bcond_with aufs

# 1. VirtualBox is for x86_32 and x86_64 only
# 2. I do not know how to solve the problem that userspace part of VirtualBox
# will be updated ahead of these binary modules. So just off building them.
%bcond_with binary_virtualbox_host

# Shredder-kernel works only on x86_64, makes manipulations with syscalls tables,
# loading/unloading of the module failed sometimes on kernel 5.4
# and it has not been adapted for kernel 5.10 (is not buildable)
%bcond_with binary_shredder

# Compress modules with zstd (zstd is good compression and fast decompression)
%bcond_without compress_modules
# Spend more resources on compression, but make resulting size less;
# decompression speed will not be affected, but more memory will be required
# which should not a problem here (performance penalty from allocating more
# memory should not be big, I think, but I did not benchmark).
%define	zstd_cmd zstd -q --format=zstd --ultra -22

# Kernel flavour
%if %{with nickel}
%define	flavour	nickel
%else
%define	flavour	generic
%endif

# The full kernel version
%define	kver_full	%{kversion}-%{flavour}-%{buildrpmrel}

############################################################################

%define	top_dir_name	kernel-%{_arch}
%define	build_dir	${RPM_BUILD_DIR}/%{top_dir_name}
%define	src_dir	%{build_dir}/linux-%{tar_ver}

# Common target directories
%define	_bootdir	/boot
%define	_modulesdir	/lib/modules
%define	devel_root	/usr/src/linux-%{kver_full}
%define	initrd_path %{_bootdir}/initrd-%{kver_full}.img

# Directories needed for building
%define	temp_root	%{build_dir}/temp-root
%define	temp_boot	%{temp_root}%{_bootdir}
%define	temp_modules	%{temp_root}%{_modulesdir}
%define	temp_devel_root	%{temp_root}%{devel_root}

# Directories definition needed for installing
%define	target_boot	%{buildroot}%{_bootdir}
%define	target_modules	%{buildroot}%{_modulesdir}

# Manual control of creating and deleting keys
# "rnd" is "random" and means that a key pair is generated at build time
# and is not saved anywhere.
%define	certs_dir_rnd certs
%define	certs_signing_key_priv_rnd %{certs_dir_rnd}/signing_key_priv.key
%define	certs_signing_der %{certs_dir_rnd}/signing_key.x509
%define	certs_key_config_rnd %{certs_dir_rnd}/x509.genkey
%define	certs_public_keys %{certs_dir_rnd}/public.pem
%define	certs_verify_tmp %{certs_dir_rnd}/verify.tmp

%define	kernel_files %{_builddir}/kernel_files.list
%define	debuginfo_files %{_builddir}/debuginfo_files.list

# Append list of files generate by find-debuginfo.sh to our custom list
%global	__debug_install_post \
%{__debug_install_post} \
cat %{_builddir}/debugfiles.list >> %{debuginfo_files}

############################################################################

%if %{with binary_extra_modules}
# global instead of define to speed up things
%global nvidia_340_j %{kroko_j -p kernel-source-nvidia340 -r 340}
%global nvidia_340_n %{kroko_n -p kernel-source-nvidia340 -r 340}
%global nvidia_390_j %{kroko_j -p kernel-source-nvidia390 -r 390}
%global nvidia_390_n %{kroko_n -p kernel-source-nvidia390 -r 390}
%global nvidia_470_j %{kroko_j -p kernel-source-nvidia470 -r 470}
%global nvidia_470_n %{kroko_n -p kernel-source-nvidia470 -r 470}
%global nvidia_510_j %{kroko_j -p kernel-source-nvidia510 -r 510}
%global nvidia_510_n %{kroko_n -p kernel-source-nvidia510 -r 510}
%global nvidia_515_j %{kroko_j -p kernel-source-nvidia515 -r 515}
%global nvidia_515_n %{kroko_n -p kernel-source-nvidia515 -r 515}
%global nvidia_520_j %{kroko_j -p kernel-source-nvidia520 -r 520}
%global nvidia_520_n %{kroko_n -p kernel-source-nvidia520 -r 520}

# For SRPM stage when auto-krokodil-rpm-macros is not installed
%{?!kroko_mk_release:%global kroko_mk_release(n:) %{nil}}
%{?!kroko_req_modules_in_kernel:%global kroko_req_modules_in_kernel(j:n:p:) %{nil}}

# global, not define, must be expanded only once
%global kroko_release %kroko_mk_release -n kernel-%{kernelversion}.%{patchlevel}-%{flavour}

%endif #/binary_extra_modules

############################################################################

# Buildtime flags
%{?_without_doc: %global build_doc 0}
%{?_without_devel: %global build_devel 0}
%{?_without_debug: %global build_debug 0}
%{?_without_perf: %global build_perf 0}
%{?_without_cpupower: %global build_cpupower 0}

%{?_with_doc: %global build_doc 1}
%{?_with_devel: %global build_devel 1}
%{?_with_debug: %global build_debug 1}
%{?_with_perf: %global build_perf 1}
%{?_with_cpupower: %global build_cpupower 1}
%{?_with_modxz: %global build_modxz 0}

# Build defines
%define	build_doc	1
%define	build_devel	1
%define	build_debug	1

# Build kernel-headers package
%define	build_headers	0

# Build perf and cpupower tools
%define	build_perf	0
%define	build_cpupower	0

%if %{with compress_modules}
%if %{with modxz}
%define	kmod_suffix .xz
%else
%define	kmod_suffix .zst
%endif
%else
%define	kmod_suffix %{nil}
%endif

%if !%{build_debug}
# Disable debug rpms.
%define	_enable_debug_packages	%{nil}
%define	debug_package		%{nil}
%endif

# End of user definitions

# http://nickdesaulniers.github.io/blog/2018/06/02/speeding-up-linux-kernel-builds-with-ccache/
%if %{with ccache}
%define	kmake KBUILD_BUILD_TIMESTAMP='' %make CC='ccache gcc' ARCH="%{arch_type}"
%else
%define	kmake %make CC='gcc' ARCH="%{arch_type}"
%endif

# There are places where parallel make don't work
%define	smake make
%ifarch %{ix86} %{x86_64}
%define	arch_type x86
%endif
%ifarch	aarch64
%define	arch_type arm64
%endif

# Parallelize xargs invocations on smp machines
%define	kxargs xargs %([ -z "$RPM_BUILD_NCPUS" ] \\\
	&& RPM_BUILD_NCPUS="`/usr/bin/getconf _NPROCESSORS_ONLN`"; \\\
	[ "$RPM_BUILD_NCPUS" -gt 1 ] && echo "-P $RPM_BUILD_NCPUS")

#
# SRC RPM description
#
Summary:	The Linux kernel
Name:		kernel-%{kernelversion}.%{patchlevel}-%{flavour}
Version:	%{kversion}
Release:	%{fullrpmrel}
License:	GPLv2
Group:		System/Kernel and hardware
Url:		https://www.kernel.org

ExclusiveArch: %{x86_64} %{ix86} aarch64

####################################################################
#
# Sources
#
#Source0:	https://cdn.kernel.org/pub/linux/kernel/v%{kernelversion}.x/linux-%{tar_ver}.tar.xz
Source0:	https://github.com/torvalds/linux/archive/refs/tags/v6.1.tar.gz?/linux-6.1.tar.gz

# This is for disabling *config, mrproper, prepare, scripts on -devel rpms
# Needed, because otherwise the -devel won't build correctly.
#Source2:	0001-disable-mrproper-prepare-scripts-configs-in-devel-rp.patch

# TODO: Make a separate package "ksobirator" and BR it
# after testing these macros properly
Source3:	macros.ksobirator
%{load:%{SOURCE3}}

# Kernel configuration files.
Source111:	kernel-x86_64.config
Source112:	kernel-i686.config
Source113:	kernel-arm64.config

# Cpupower: the service, the config, etc.
Source50:	cpupower.service
Source51:	cpupower.config
Source52:	cpupower-start.sh
Source53:	cpupower.path

Source80:	kernel.rpmlintrc

# Additional keys that can be used to sign kernel modules
# Generated by https://abf.io/soft/kernel-keys
# Source201..206: public_key_GOST_*.pem
%{expand:%(for i in `seq 1 6`; do echo "Source$((200+${i})): public_key_GOST_${i}.pem"; done)}
# Source207..212: public_key_RSA_*.pem
%{expand:%(for i in `seq 7 12`; do echo "Source$((200+${i})): public_key_RSA_${i}.pem"; done)}

####################################################################

# Patches

# The patch to make kernel x.y.z from x.y.0.
Patch1:		https://cdn.kernel.org/pub/linux/kernel/v%{kernelversion}.x/patch-%{kversion}.xz

# ROSA-specific patches
Patch2:		kernel-5.10.93-fix-perf-build.patch
# Perf docs are built after all the kernels. To validate the xml files
# generated during that process, xmlto tries to get DTD files from the Net.
# If it fails, the whole build fails, which is unfortunate. Let us avoid
# this.
Patch101:	0001-perf-skip-xmlto-validation.patch

# http://bugs.rosalinux.ru/show_bug.cgi?id=6235
# http://bugs.rosalinux.ru/show_bug.cgi?id=6459
Patch102:	0001-audit-make-it-less-verbose.patch

%if %{with aufs}
# AUFS 5 from http://aufs.sourceforge.net/
Patch109:	0001-Apply-AUFS-5.patch
%endif

# For kmod() generator of RPM Provides
# Changes version of aacraid.ko
Patch111:	0001-Remove-RPM-illegal-chars-from-module-version.patch

# AltHa LSM Module
# https://www.altlinux.org/AltHa
# http://git.altlinux.org/gears/k/kernel-image-un-def.git
# TODO: known problem: https://bugzilla.altlinux.org/show_bug.cgi?id=38225
Patch201:	0001-altha.patch

# sent to upstream, https://patchwork.kernel.org/patch/11446123/
Patch302:	0001-sign-file-full-functionality-with-modern-LibreSSL.patch
# Allow to off modules signature check dynamically
Patch306:	0001-ROSA-ima-allow-to-off-modules-signature-check-dynami.patch

# Support sound on notebook Aquarius NS685U R11 (https://linux-hardware.org/?probe=339dc3db60)
Patch0401: 0401-ASoC-es8316-Use-increased-GPIO-debounce-time.patch
Patch0402: 0402-ASoC-Intel-sof_es8336-Add-more-quirks-for-Russian-ha.patch
Patch0403: 0403-ASoC-Intel-sof_es8336-Add-a-quirk-for-Aquarius-NS685.patch

# Disable AutoReq
AutoReq:	0
# but keep autoprov for kmod(xxx)
AutoProv:	1

BuildRequires:	bash
BuildRequires:	bc
BuildRequires:	binutils
BuildRequires:	bison
BuildRequires:	bzip2
%if %{with ccache}
BuildRequires:	ccache
%endif
BuildRequires:	flex
BuildRequires:	gcc
# ./scripts/mkcompile_h
BuildRequires:	hostname
BuildRequires:	kmod-compat
BuildRequires:	rsync
%if %{with compress_modules}
%if %{with modxz}
BuildRequires:	xz
%else
BuildRequires:	zstd
%endif
%endif
%ifarch aarch64
BuildRequires:	uboot-tools
%endif
BuildRequires:	kmod-devel
BuildRequires:	pkgconfig(libelf)
%ifarch x86_64 aarch64
BuildRequires:	numa-devel
%endif
%if %{with uml}
BuildRequires:	vde-devel
%endif
# For power tools
BuildRequires:	pkgconfig(ncurses)

# For perf, cpufreq and all other tools
# For cpupower
%if %{build_cpupower}
BuildRequires:	pciutils-devel
%endif
# For perf
%if %{build_perf}
BuildRequires:	asciidoc
BuildRequires:	perl-ExtUtils-Embed
BuildRequires:	python3
BuildRequires:	xmlto
BuildRequires:	audit-devel
BuildRequires:	binutils-devel
BuildRequires:	elfutils-devel
BuildRequires:	java-1.8.0-openjdk-devel
BuildRequires:	libunwind-devel
BuildRequires:	newt-devel
BuildRequires:	perl-devel
BuildRequires:	pkgconfig(babeltrace)
BuildRequires:	pkgconfig(libcap)
BuildRequires:	pkgconfig(libcrypto)
BuildRequires:	pkgconfig(python3)
BuildRequires:	pkgconfig(slang)
BuildRequires:	pkgconfig(zlib)
%endif

# (To generate keys)
# LibreSSL has GOST support without editing openssl.cnf
# or dlopen()-ing external library
BuildRequires:	libressl
BuildRequires:	libressl-devel
# To verify signatures (find, xargs, hexdump)
BuildRequires:	findutils
BuildRequires:	util-linux

%if %{with binary_extra_modules}
BuildRequires:	auto-krokodil-rpm-macros
BuildRequires:	kernel-source-rtl8821ce
BuildRequires:	kernel-source-rtl8821cu
BuildRequires:	kernel-source-rtl88x2bu
BuildRequires:	kernel-source-rtl8812au
BuildRequires:	kernel-source-rtl8821au
BuildRequires:	kernel-source-rtl8814au
BuildRequires:	kernel-source-rtk_btusb
BuildRequires:	kernel-source-rtl8723au
BuildRequires:	kernel-source-rtl8188gu
BuildRequires:	kernel-source-rtl8723bu
BuildRequires:	kernel-source-rtl8723ds
BuildRequires:	kernel-source-rtl8723du
BuildRequires:	kernel-source-rtl8852au
BuildRequires:	kernel-source-rtl8192du
BuildRequires:	kernel-source-rtw89
BuildRequires:	kernel-source-rtw88
# Broadcom-wl and nvidia contain a proprietary blob which is only for x86
%ifarch %{ix86} %{x86_64}
BuildRequires:	kernel-source-broadcom-wl
BuildRequires:	kernel-source-nvidia340
BuildRequires:	kernel-source-nvidia390
%endif
# Nvidia470+ are x86_64 only (maybe aarch64 will be also packaged later)
%ifarch %{x86_64}
BuildRequires:	kernel-source-nvidia470
BuildRequires:	kernel-source-nvidia510
BuildRequires:	kernel-source-nvidia515
BuildRequires:	kernel-source-nvidia520
%endif
BuildRequires:	kernel-source-tripso
BuildRequires:	kernel-source-ipt-so
%if %{with binary_virtualbox_host}
BuildRequires:	kernel-source-virtualbox
%endif
BuildRequires:	kernel-source-v4l2loopback
%if %{with binary_shredder}
BuildRequires: kernel-source-shredder-kernel
%endif
# Rosa-test-suite is maintained in certified branches only nlkm, memfreetest, pcietest
%if %{with nickel}
BuildRequires:	kernel-source-rosa-test-suite
%endif
%endif
# End of with binary_extra_modules

Provides:	kernel = %{EVRD}
Provides:	kernel-%{flavour} = %{EVRD}
Provides:	kernel-abi(%{kver_full}) = %{EVRD}
# Dnf config-manager --dump | grep installonly
Provides:	installonlypkg(kernel) = %{EVRD}.image
Provides:	installonlypkg(kernel) = %{EVRD}.modules

# >= because of added support of zstd-compressed modules
Requires(posttrans):	dracut >= 053-0.git5eb736.5
Requires(posttrans):	kmod >= 28-3

# Need for rebuild dkms drivers
Requires:	(%{name}-devel%{_isa} = %{EVRD} if dkms)

# Usually necessary, but sometimes user may want to not install them
Recommends:	crda
Recommends:	linux-firmware
Recommends:	microcode
# Set BFQ as default scheduler for HDDs
# https://www.phoronix.com/scan.php?page=article&item=linux-50hdd-io
Recommends:	udev-rules-ioschedulers
Recommends:	wireless-regdb

%if %{with flow_abi}
Requires:	kernel-%{kernelversion}.%{patchlevel}-rosa-flow-abi
%endif

%ifarch %{ix86}
Conflicts:	arch(x86_64)
%endif

# XXX temporary hack to upgrade from kernel-headers 1:5.4
%if %{build_headers}
Recommends:	kernel-headers = %{EVRD}
%endif

%if %{with binary_extra_modules}
%ifarch %{ix86} %{x86_64}
%kroko_req_modules_in_kernel -j %{nvidia_340_j} -n %{nvidia_340_n} -p %{kver_full}
%kroko_req_modules_in_kernel -j %{nvidia_390_j} -n %{nvidia_390_n} -p %{kver_full}
%endif
%ifarch %{x86_64}
%kroko_req_modules_in_kernel -j %{nvidia_470_j} -n %{nvidia_470_n} -p %{kver_full}
%kroko_req_modules_in_kernel -j %{nvidia_510_j} -n %{nvidia_510_n} -p %{kver_full}
%kroko_req_modules_in_kernel -j %{nvidia_515_j} -n %{nvidia_515_n} -p %{kver_full}
%kroko_req_modules_in_kernel -j %{nvidia_520_j} -n %{nvidia_520_n} -p %{kver_full}
%endif
%endif

%description
The kernel package contains the Linux kernel (vmlinuz), the core of your
operating system. The kernel handles the basic functions
of the operating system: memory allocation, process allocation, device
input and output, etc. This is a general-purpose kernel.

%posttrans
# update information about modules, useful if kernel-module* packages were
# installed in one transaction with this kernel (%%transfiletrigger* will run later)
depmod -a %{kver_full}
# We always regenerate initrd here, even if it already exists. This may
# happen if kernel-<...>-devel is installed first, triggers rebuild of
# DKMS modules and some of these request remaking of initrd. The initrd
# that is created then will be non-functional. But when the user installs
# kernel-<...> package, that defunct initrd will be replaced with a working
# one here.
dracut -f %{initrd_path} %{kver_full}

# File triggers from grub packages will handle this.
#/usr/sbin/update-grub2

%transfiletriggerin -- %{_modulesdir}/%{kver_full}
# Detect all modules, including ones inside kernel-module* packages
if grep -qE '/.*\.ko(|\..*)' ; then
	depmod -a %{kver_full}
fi

%transfiletriggerpostun -- %{_modulesdir}/%{kver_full}
# Handle e.g. removal of kernel-module* packages
# List of files is not available here (?)
depmod -a %{kver_full}

%files -f %{kernel_files}
%{_bootdir}/System.map-%{kver_full}
%{_bootdir}/symvers-%{kver_full}.*
%{_bootdir}/config-%{kver_full}
%{_bootdir}/vmlinuz-%{kver_full}
%ghost %{initrd_path}
%ifarch %{armx}
%{_bootdir}/dtb-%{kver_full}
%endif
%{_modulesdir}/%{kver_full}/modules.*
%if %{with flow_abi}
%{_modulesdir}/%{kver_full}/kernel/zzz-%{kernelversion}.%{patchlevel}-rosa-flow-abi
%endif
%if %{with binary_extra_modules}
# 8821ce.ko.debug will not be excluded and will be in the main debug subpackage
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8821ce.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8821cu.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/88x2bu.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8812au.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8821au.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8814au.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/drivers/bluetooth/rtk_btusb.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8723au.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8188gu.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8723bu.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8723ds.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8723du.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8852au.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/8192du.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/realtek/rtw89p
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/realtek/rtw88p
%ifarch %{ix86} %{x86_64}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/wireless/wl.ko%{kmod_suffix}
%endif
%if %{with binary_shredder}
%exclude %{_modulesdir}/%{kver_full}/kernel/extra/shredder-kernel.ko%{kmod_suffix}
%endif
%exclude %{_modulesdir}/%{kver_full}/kernel/drivers/media/v4l2loopback.ko%{kmod_suffix}
%if %{with binary_virtualbox_host}
# vbox host modules may be built here (vboxnetflt vboxnetadp vboxdrv vboxpci)
# vbox guest modules are in the mainline kernel now (vboxvideo vboxguest vboxsf)
%exclude %{_modulesdir}/%{kver_full}/kernel/misc/vbox*.ko%{kmod_suffix}
%endif
%exclude %{_modulesdir}/%{kver_full}/kernel/net/xt_TRIPSO.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/net/xt_so.ko%{kmod_suffix}
%if %{with nickel}
%exclude %{_modulesdir}/%{kver_full}/kernel/misc/nlkm.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/misc/memfreetest.ko%{kmod_suffix}
%exclude %{_modulesdir}/%{kver_full}/kernel/misc/pcietest.ko%{kmod_suffix}
%endif
%endif
# End of with binary_extra_modules

############################################################################

%if %{build_devel}
%package devel
Summary:	Development files for %{name}
Group:		Development/Kernel
Requires:	glibc-devel
Requires:	ncurses-devel
Requires:	gcc
Requires:	make
Requires:	perl
Requires:	%{name} = %{EVRD}
Provides:	kernel-devel = %{kverrel}
Provides:	kernel-%{flavour}-devel = %{kverrel}
Provides:	installonlypkg(kernel) = %{EVRD}.devel

# Have dkms updated/installed before the kernel, scriptlet here checks if dkms exists
OrderWithRequires(post):	dkms
# Try to remove the main kernel package after removing this devel package
# because there may be dkms-built kernel modules inside directories owned
# by the main package, try to get rid of such files before RPM starts to
# deal with directories owned in the main package
# (note that the devel package does not explicitly require the main package,
# there is no need to do so, a kernel module may be built using just the devel part).
OrderWithRequires(postun): %{name} = %{EVRD}

%ifarch %{ix86}
Conflicts:	arch(x86_64)
%endif

%description devel
This package contains the kernel files (headers and build tools) that should
be enough to build additional drivers for use with %{name}.


%post devel
if command -v dkms_autoinstaller >/dev/null 2>&1; then
	dkms_autoinstaller start %{kver_full}
fi


%preun devel
# If any DKMS modules with REMAKE_INITRD=yes in their configs have been
# uninstalled, initrd has been regenerated for the given kernel. However,
# the kernel itself might have been uninstalled before, so that (defunct)
# initrd image files would be left behind. Remove them if the kernel itself
# is no longer installed. Should work if they are uninstalled in parallel
# too.
if ! test -f /boot/vmlinuz-%{kver_full}; then
	rm -f /boot/initrd-%{kver_full}.img
	rm -f /boot/initrd-%{kver_full}_old.img
fi

if ! command -v dkms >/dev/null 2>&1; then exit 0; fi

for ii in $(/usr/sbin/dkms status -k %{kver_full} | awk '{ print $1 $2; }'); do
	mod=$(echo $ii | awk -v FS=',' '{ print $1; }')
	ver=$(echo $ii | awk -v FS=',' '{ print $2; }')
	/usr/sbin/dkms --rpm_safe_upgrade uninstall -m $mod -v $ver -k %{kver_full} || :
done


%files devel
%{devel_root}
%{_modulesdir}/%{kver_full}/build
%{_modulesdir}/%{kver_full}/source
%endif
# End of build_devel

############################################################################

%if %{build_debug}
%package debuginfo
Summary:	Debuginfo for %{name}
Group:		Development/Debug
Provides:	kernel-debug = %{kverrel}
AutoReq:	0
AutoProv:	0

%description debuginfo
This package contains the files with debuginfo for %{name}.

%files debuginfo -f %{debuginfo_files}
%{_bootdir}/vmlinux-%{kver_full}
%endif
# End of build_debug

############################################################################

%if %{build_doc}
%package doc
Summary:	Various documentation bits found in the kernel source
Group:		Documentation
BuildArch:	noarch

%description doc
This package contains documentation files from the kernel source.

%files doc
%doc linux-%{tar_ver}/Documentation/*
%endif

############################################################################

%if %{build_perf}
%package -n perf
Summary:	perf tool and the supporting documentation
Group:		System/Kernel and hardware

%description -n perf
The package contains perf tool and the supporting documentation.

%files -n perf
%{_bindir}/perf
%ifarch x86_64
%{_bindir}/perf-read-vdso32
%endif
%{_bindir}/trace
%{_includedir}/perf/perf_dlfilter.h
%dir %{_prefix}/libexec/perf-core
%dir %{_libdir}/traceevent
%dir %{_libdir}/traceevent/plugins
%{_libdir}/libperf-jvmti.so
%{_libdir}/traceevent/plugins/*
%{_prefix}/libexec/perf-core/*
%{_mandir}/man[1-8]/perf*
%{_sysconfdir}/bash_completion.d/perf
%{_datadir}/perf-core/strace/groups/*
%{_datadir}/doc/perf-tip/*.txt
/usr/lib/perf/examples/bpf/*
/usr/lib/perf/include/bpf/*
%endif

############################################################################

%if %{build_cpupower}
%package -n cpupower

Summary:	The cpupower tools
Group:		System/Kernel and hardware

%description -n cpupower
The cpupower tools.

%post -n cpupower
if [ $1 -ge 0 ]; then
# Do not enable/disable cpupower.service directly, because it should start
# when cpupower.path triggers it.
	/bin/systemctl enable cpupower.path >/dev/null 2>&1 || :
	/bin/systemctl start cpupower.path >/dev/null 2>&1 || :
fi

%preun -n cpupower
if [ $1 -eq 0 ]; then
	/bin/systemctl --no-reload disable cpupower.path > /dev/null 2>&1 || :
	/bin/systemctl stop cpupower.path > /dev/null 2>&1 || :
fi

%files -n cpupower -f cpupower.lang
%config(noreplace) %{_sysconfdir}/sysconfig/cpupower
%{_bindir}/cpupower
%{_bindir}/cpupower-start.sh
%{_libdir}/libcpupower.so.0
%{_libdir}/libcpupower.so.0.0.1
%{_unitdir}/cpupower.service
%{_unitdir}/cpupower.path
%{_datadir}/bash-completion/completions/cpupower
%{_mandir}/man[1-8]/cpupower*

############################################################################

%package -n cpupower-devel
Summary:	Development files for cpupower
Group:		Development/Kernel
Requires:	cpupower = %{EVRD}
Conflicts:	%{_lib}cpufreq-devel

%description -n cpupower-devel
This package contains the development files for cpupower.

%files -n cpupower-devel
%{_libdir}/libcpupower.so
%{_includedir}/cpufreq.h
%{_includedir}/cpuidle.h
%endif

############################################################################

%if %{build_headers}
%package -n kernel-headers
Summary:	Linux kernel header files mostly used by your C library
Group:		System/Kernel and hardware
Provides:	linux-userspace-headers = %{EVRD}
Provides:	kernel-release-headers = %{EVRD}

%description -n kernel-headers
C header files from the Linux kernel. The header files define
structures and constants that are needed for building most
standard programs, notably the C library.

This package is not suitable for building kernel modules, you
should use the 'kernel-devel' package instead.

%files -n kernel-headers
%{_includedir}/*
# Don't conflict with cpupower-devel
%if %{build_cpupower}
%exclude %{_includedir}/cpufreq.h
%exclude %{_includedir}/cpuidle.h
%endif
%if %{build_perf}
%exclude %{_includedir}/perf/perf_dlfilter.h
%endif
%endif

############################################################################

%if %{with uml}
%package uml
Summary:	User Mode Linux binary
Group:		System/Kernel and hardware
Provides:	kernel-uml = %{kverrel}
Provides:	kernel-uml-%{flavour} = %{kverrel}
Provides:	installonlypkg(kernel) = %{EVRD}.uml

%description uml
User Mode Linux binary.
Stripped, debug is in %{name}-debuginfo.

%files uml
%{_bindir}/linux-uml-%{kver_full}

#-----------------------------------------------------------------------------

%package uml-modules
Summary:	User Mode Linux (UML) kernel modules
Group:		System/Kernel and hardware
Provides:	kernel-uml-modules = %{kverrel}
Provides:	kernel-uml-modules-%{flavour} = %{kverrel}
Provides:	installonlypkg(kernel-module) = %{EVRD}.uml

%description uml-modules
User Mode Linux (UML) kernel modules:
- not compressed;
- not stripped;
- signed.

%files uml-modules
/lib/modules-uml/%{kver_full}

%endif
# End of uml

#-----------------------------------------------------------------------------

###############################
# Extra modules package definitions

%if %{with binary_extra_modules}
%ksob_mk_module_pkg -n 8821ce -s net/wireless -r rtl8821ce-blacklist
%ksob_mk_module_pkg -n 8821cu -s net/wireless
# add "-r rtl88x2bu-blacklist" in 5.18+!!!
%ksob_mk_module_pkg -n 88x2bu -s net/wireless
# "-r xxx-blacklist" was not added for modules bellow because
# blacklisted modules have not appeared in upstream yet
%ksob_mk_module_pkg -n 8812au -s net/wireless
# for RTL8811AU and RTL8821AU
%ksob_mk_module_pkg -n 8821au -s net/wireless
%ksob_mk_module_pkg -n 8814au -s net/wireless
%ksob_mk_module_pkg -n rtk_btusb -s drivers/bluetooth -r rtk_btusb-firmware
%ksob_mk_module_pkg -n 8723au -s net/wireless
%ksob_mk_module_pkg -n 8188gu -s net/wireless
%ksob_mk_module_pkg -n 8723bu -s net/wireless
%ksob_mk_module_pkg -n 8723ds -s net/wireless
%ksob_mk_module_pkg -n 8723du -s net/wireless
%ksob_mk_module_pkg -n 8852au -s net/wireless
%ksob_mk_module_pkg -n 8192du -s net/wireless
%ksob_mk_modules_pkg -n rtw89 -s net/wireless/realtek/rtw89p -r rtw89-firmware
%ksob_mk_modules_pkg -n rtw88 -s net/wireless/realtek/rtw88p -r rtw88-firmware

%ifarch %{ix86} %{x86_64}
%ksob_mk_module_pkg -n wl -s net/wireless -r broadcom-wl-aliases
%kroko_kmod_pkg -r %{kroko_release} -j %{nvidia_340_j} -n %{nvidia_340_n} -f %{flavour} -k %{kernelversion}.%{patchlevel} -m %{sublevel} -p %{kver_full} -s %{NAME} -c %{kmod_suffix}
%kroko_kmod_pkg -r %{kroko_release} -j %{nvidia_390_j} -n %{nvidia_390_n} -f %{flavour} -k %{kernelversion}.%{patchlevel} -m %{sublevel} -p %{kver_full} -s %{NAME} -c %{kmod_suffix}
%endif
%ifarch %{x86_64}
%kroko_kmod_pkg -r %{kroko_release} -j %{nvidia_470_j} -n %{nvidia_470_n} -f %{flavour} -k %{kernelversion}.%{patchlevel} -m %{sublevel} -p %{kver_full} -s %{NAME} -c %{kmod_suffix}
%kroko_kmod_pkg -r %{kroko_release} -j %{nvidia_510_j} -n %{nvidia_510_n} -f %{flavour} -k %{kernelversion}.%{patchlevel} -m %{sublevel} -p %{kver_full} -s %{NAME} -c %{kmod_suffix}
%kroko_kmod_pkg -r %{kroko_release} -j %{nvidia_515_j} -n %{nvidia_515_n} -f %{flavour} -k %{kernelversion}.%{patchlevel} -m %{sublevel} -p %{kver_full} -s %{NAME} -c %{kmod_suffix}
%kroko_kmod_pkg -r %{kroko_release} -j %{nvidia_520_j} -n %{nvidia_520_n} -f %{flavour} -k %{kernelversion}.%{patchlevel} -m %{sublevel} -p %{kver_full} -s %{NAME} -c %{kmod_suffix}
%endif
%ksob_mk_module_pkg -n xt_TRIPSO -s net -r tripso
%ksob_mk_module_pkg -n xt_so -s net -r ipt-so
%ksob_mk_module_pkg -n v4l2loopback -s drivers/media -r v4l2loopback

%if %{with binary_shredder}
%ksob_mk_module_pkg -n shredder-kernel -s extra -r rosa-shredder-user
%endif

#-----------------------------------------------------------------------------

###############
# Virtualbox host

%if %{with binary_virtualbox_host}
%ksob_mk_module_pkg -n vboxnetflt -s misc
%ksob_mk_module_pkg -n vboxnetadp -s misc
%ksob_mk_module_pkg -n vboxdrv -s misc
%ksob_mk_module_pkg -n vboxpci -s misc

# A package which will pull all those modules
%package -n kernel-modules-virtualbox-host-%{ksob_kernel}
Summary:	Meta package to pull VirtualBox host kernel modules for kernel-%{flavour}-%{kernelversion}.%{patchlevel}
Group:		System/Kernel and hardware
Requires:	kernel-module-vboxnetflt-%{ksob_kernel}
Requires:	kernel-module-vboxnetadp-%{ksob_kernel}
Requires:	kernel-module-vboxdrv-%{ksob_kernel}
Requires:	kernel-module-vboxpci-%{ksob_kernel}

%description -n kernel-modules-virtualbox-host-%{ksob_kernel}
Meta package to pull VirtualBox host kernel modules for %{name}.

%files -n kernel-modules-virtualbox-host-%{ksob_kernel}
# empty
%endif
#End of ifarch x86

#-----------------------------------------------------------------------------

%if %{with nickel}
%ksob_mk_module_pkg -n nlkm -s misc
%ksob_mk_module_pkg -n memfreetest -s misc
%ksob_mk_module_pkg -n pcietest -s misc
%endif

%endif
# End of binary_extra_modules

#################################################################

%if %{with flow_abi}
%package -n kernel-%{kernelversion}.%{patchlevel}-rosa-flow-abi
Summary:	Directory to install third-party binary kernel modules for kernels %{kernelversion}.%{patchlevel}.x
Group:		System/Kernel and hardware

%description -n kernel-%{kernelversion}.%{patchlevel}-rosa-flow-abi
This package contains a directory to install third-party binary kernel modules for kernels %{kernelversion}.%{patchlevel}.x.
Some vendors provide binary-only kernel modules. They can put them into /lib/modules/%{kernelversion}.%{patchlevel}-rosa-flow-abi.
kmod tools will find them for kernels 5.4.x of "generic" and "nickel" flavours
but there is no guarantee that these modules will load and work correctly on
newer or older kernels then the ones they were build against.

We call this "flow ABI" because most ABIs are not changed between %{kernelversion}.%{patchlevel}.x releases,
but there are no specific guarantees. ABI may evolve and change.
We highly recommend to use DKMS and build third-party kernel modules from source for every kernel!
This package does nothing, just owns a directory for third-party binary kernel modules.

%files -n kernel-%{kernelversion}.%{patchlevel}-rosa-flow-abi
/lib/modules/%{kernelversion}.%{patchlevel}-rosa-flow-abi
%endif
# End of flow_abi

################################################

%prep
# Avoid accidental merge
%if 0%{?rpm5}
%{error:Package structure is for dnf, not for urpmi!}
%endif

%setup -q -n %{top_dir_name} -c
%if %{with uml}
cp -r %{src_dir} %{src_dir}.uml
%endif
cd %{src_dir}

%autopatch -p1

#
# Setup Begin
#

##################################
# Kernel configuration

echo "Creating the kernel configuration file."

# Configs
cp %{SOURCE111} .
cp %{SOURCE112} .
cp %{SOURCE113} .
cp kernel-%{arch_suffix}.config .config

touch %{build_dir}/.config.append

# Get rid of unwanted files
find . -name '*~' -o -name '*.orig' -o -name '*.append' -delete
# Wipe all .gitignore/.get_maintainer.ignore files
find . -name "*.g*ignore" -delete

# Disable debug info if requested (enabled by default)
%if ! %build_debug
sed -i -e '/CONFIG_DEBUG_INFO/d' -e '/CONFIG_GDB_SCRIPTS/d' .config
echo '# CONFIG_DEBUG_INFO is not set' >> %{build_dir}/.config.append
echo '# CONFIG_GDB_SCRIPTS is not set' >> %{build_dir}/.config.append
%endif

sed -i '/CONFIG_MODULE_SIG_FORCE/d' .config
%if %{with oblig_signed_modules}
# Disallow loading not signed modules
# But 0001-ROSA-ima-allow-to-off-modules-signature-check-dynami.patch allows to override this in cmdline
echo CONFIG_MODULE_SIG_FORCE=y >> %{build_dir}/.config.append
%else
echo CONFIG_MODULE_SIG_FORCE=n >> %{build_dir}/.config.append
%endif

sed -i '/CONFIG_MODULE_SIG_KEY/d' .config
# Set path to the key that will be generated later by openssl/libressl
echo CONFIG_MODULE_SIG_KEY=\"%{certs_signing_key_priv_rnd}\" >> %{build_dir}/.config.append

# Set path to one PEM file with all keys that the kernel must trust
sed -i '/CONFIG_SYSTEM_TRUSTED_KEYS/d' .config
echo CONFIG_SYSTEM_TRUSTED_KEYS=\"%{certs_public_keys}\" >> %{build_dir}/.config.append

# Memory wiping
# Introduced in kernel 5.3 by commit 6471384af2a6530696fc0203bafe4de41a23c9ef
# Estimated performance impact is described in the commit
# "Fill newly allocated pages and heap objects with zeroes."
# To enable, add to cmdline: init_on_alloc=1
sed -i '/CONFIG_INIT_ON_ALLOC_DEFAULT_ON/d' .config
echo CONFIG_INIT_ON_ALLOC_DEFAULT_ON=n >> %{build_dir}/.config.append
# "Fill freed pages and heap objects with zeroes"
# To disable, add to cmdline: init_on_free=0
sed -i '/CONFIG_INIT_ON_FREE_DEFAULT_ON/d' .config
%if %{with nickel}
echo CONFIG_INIT_ON_FREE_DEFAULT_ON=y >> %{build_dir}/.config.append
%else
echo CONFIG_INIT_ON_FREE_DEFAULT_ON=n >> %{build_dir}/.config.append
%endif
# Here enabling only either only init_on_free or only init_on_alloc
# makes sense; init_on_alloc is not about protecting information.

# To load kernel keyring in UML
for i in STREEBOG SHA1 SHA256 SHA512 ECRDSA RSA ; do
	if ! grep -q "^CONFIG_CRYPTO_${i}=y$" .config; then
		sed -i "/CONFIG_CRYPTO_${i}/d" .config
		echo "CONFIG_CRYPTO_${i}=y" >> %{build_dir}/.config.append
	fi
done

cat %{build_dir}/.config.append >> .config

##################
# End of kernel config


# Store the config file in the appropriate directory.
CONFIG_DIR=arch/%{arch_type}/configs
mkdir -p "${CONFIG_DIR}"

cfg_file=arch/%{arch_type}/configs/%{arch_suffix}_defconfig-%{flavour}

make ARCH=%{arch_type} oldconfig
# When it is needed to edit kernel configs, run:
# abf fetch
# rpmbuild --define "_sourcedir $PWD" --with=fail -bb kernel.spec
# and then work with the config in the buildroot with applied patches etc.
%{?_with_fail:exit 1}
mv .config ${cfg_file}
echo "Created ${cfg_file}."

# Make sure the kernel has the sublevel we know it has...
LC_ALL=C sed -ri "s/^SUBLEVEL.*/SUBLEVEL = %{sublevel}/" Makefile

# Get rid of unwanted files
find . -name '*~' -o -name '*.orig' -o -name '*.append' | %kxargs rm -f
find . -name '.get_maintainer.ignore' | %kxargs rm -f

# Versionize python shebang (#!/usr/bin/env python -> #!/usr/bin/python3) in scripts
grep -Irl '^#!/usr/bin/env python' | xargs sed -i '1 s,^#!/usr/bin/env python$,#!%{__python3},'

# Drop env from bash scripts
sed -i '1 s,^#!.*env .*,#!%{_bindir}/bash,' scripts/config

# Drop env from perl scripts
grep -IrlE '^#!.*env perl' | xargs sed -i -e '1 s,^#!/usr/bin/env perl$,#!{_bindir}/perl,'

############################################################################

%build
# Ensure that build time generated private keys don't get published
# as e.g. "RPM build root" on ABF!
# Note that ABF sends SIGKILL to rpm-build.sh when the build is terminated;
# in this case trap will not work, but RPM build root also will not be
# saved because rpm-build.sh saves it, but it is SIGKILLed.
# For best security we could store private keys in RAM (not reachable from
# filesystem, so not in /tmp!) and override sth like fopen() by LD_PRELOAD
# to give the content of keys from RAM when a virtual address of a key file
# is accessed, but currently I don't know how to implement this (TODO: ).
_cleanup(){
# Show resulting kernel public keys for debugging
	cat "%{src_dir}/%{certs_dir_rnd}/x509_certificate_list" | base64 -d || :
	rm -fvr "%{src_dir}/%{certs_dir_rnd}"
%if %{with uml}
	cat "%{src_dir}.uml/%{certs_dir_rnd}/x509_certificate_list" | base64 -d || :
	rm -fvr "%{src_dir}.uml/%{certs_dir_rnd}"
%endif
}
# Make a trap to delete keys even if %%build fails in the middle
trap "_cleanup" EXIT

rm -rf %{temp_root}
install -d %{temp_root}

cd %{src_dir}

### Keys for signing kernel modules
# Keys can be generated both manually and automatically,
# let's generate them by ourselves to take full control of the process
# https://www.ibm.com/support/knowledgecenter/en/SSB23S_1.1.0.13/gtps7/cfgcert.html
# See also certs/Makefile in kernel source
mkdir -p "%{certs_dir_rnd}"

# On ABF, %%packager == $username <$email>
# Try to extract email from %%packager if it is set
_get_email(){
	# Check that macro %%packager was set and is not empty
	if echo '%{packager}' | grep -q 'packager}$' || [ -z "%{packager}" ]
		# If was not set or is empty, use default email
		then echo 'rpmbuild@rosa.unknown' && return
		# Otherwise try to extract email from 'name <email>' or sth else
		else temp="$(echo '%{packager}' | tr '[:upper:]' '[:lower:]' | tr ' ' '\n' | tr -d '<>' | grep -E '@.*\..*' | head -n 1)"
	fi
	# Validate that what we have now is a valid email
	# https://stackoverflow.com/a/2138832, https://stackoverflow.com/a/41192733
	# Note that we set %%_buildshell to /bin/bash to guarantee the work of this bashism
	regex_email="^[a-z0-9!#\$%&'*+/=?^_\`{|}~-]+(\.[a-z0-9!#$%&'*+/=?^_\`{|}~-]+)*@([a-z0-9]([a-z0-9-]*[a-z0-9])?\.)+[a-z0-9]([a-z0-9-]*[a-z0-9])?\$"
	if [[ "$temp" =~ ${regex_email} ]]
		# If it is, use it
		then echo "$temp" && return
		# Otherwise use default email
		else echo 'rpmbuild@rosa.unknown' && return
	fi
	# If script above has not return'ed for any reason,
	# e.g. because of non-bash shell being not able to
	# process regexp, use default email
	echo 'rpmbuild@rosa.unknown'
}
email="$(_get_email)"

cat <<EOF > "%{certs_key_config_rnd}"
[ req ]
prompt = no
string_mask = utf8only
#default_keyfile = %%{certs_signing_key_priv_rnd}
distinguished_name = req_distinguished_name
x509_extensions = myexts
[ req_distinguished_name ]
organizationName = %{vendor} rpmbuild
commonName = Build time autogenerated @ALGO@ kernel key
emailAddress = ${email}
[ myexts ]
basicConstraints=critical,CA:FALSE
keyUsage=digitalSignature
subjectKeyIdentifier=hash
authorityKeyIdentifier=keyid
EOF
cat "%{certs_key_config_rnd}"
sed -e 's,@ALGO@,RSA,g' "%{certs_key_config_rnd}" > "%{certs_key_config_rnd}.RSA"
sed -e 's,@ALGO@,GOST R 34.10-2012,g' "%{certs_key_config_rnd}" > "%{certs_key_config_rnd}.GOST"
# Avoid using the template
rm -f "%{certs_key_config_rnd}"

_libressl_gen_key(){
	if [ "$GOST_KEY" = 1 ]
	then
		lssl_req_gost_args="\
			-newkey gost2001 \
			-pkeyopt dgst:streebog512 -pkeyopt paramset:A \
			-streebog512"
		OUT="%{certs_signing_key_priv_rnd}.GOST"
		CONFIG="%{certs_key_config_rnd}.GOST"
	else
		lssl_req_gost_args=""
		OUT="%{certs_signing_key_priv_rnd}.RSA"
		CONFIG="%{certs_key_config_rnd}.RSA"
	fi
		libressl req -new -nodes -utf8 -batch \
			$lssl_req_gost_args \
			-days 109500 \
			-x509 -config "$CONFIG" \
			-out "$OUT" \
			-keyout "$OUT"

	# Verify
	if [ "$GOST_KEY" = 1 ]; then
		libressl x509 -in "%{certs_signing_key_priv_rnd}.GOST" -text -noout \
			| grep -E 'Signature Algorithm:.*GOST R 34.10-2012'
		libressl x509 -in "%{certs_signing_key_priv_rnd}.GOST" -text -noout \
			| grep -E 'Digest Algorithm:.*GOST R 34-11-2012'
		libressl x509 -in "%{certs_signing_key_priv_rnd}.GOST" -text -noout \
			| grep -E 'Public Key Algorithm:.*GOST R 34.10-2012'
	fi
}

GOST_KEY=0 _libressl_gen_key
GOST_KEY=1 _libressl_gen_key
# Fake CONFIG_MODULE_SIG_KEY to make build scripts happy
cp -v "%{certs_signing_key_priv_rnd}.RSA" "%{certs_signing_key_priv_rnd}"

# Strip public parts from the generated PEMs
sed -n \
	'/^-----BEGIN CERTIFICATE-----$/,/^-----END CERTIFICATE-----$/p' \
	"%{certs_signing_key_priv_rnd}.GOST" \
	"%{certs_signing_key_priv_rnd}.RSA" \
	> "%{certs_public_keys}"

# Link sign-file and extract-cert with LibreSSL instead of OpenSSL
if [ $? != 0 ] ; then exit $? ; fi
sed -i %{src_dir}/scripts/Makefile \
%if %{with uml}
	%{src_dir}.uml/scripts/Makefile \
%endif
	-e "s, libcrypto , libressl-libcrypto ,g"

%if %{with additional_keys}
# Add additional public RSA keys to the list of trusted keys for kernel modules
# Build kernel --without additional_keys if you do not want to trust them
cat %{expand:%(for i in `seq 1 12`; do echo "%%SOURCE$((200+${i}))" | tr "\n" " "; done)} \
	>> "%{certs_public_keys}"
%endif
# End of additional_keys
cat %{certs_public_keys}

# .config
%smake -s mrproper
cp arch/%{arch_type}/configs/%{arch_suffix}_defconfig-%{flavour} .config

# Make sure EXTRAVERSION says what we want it to say
LC_ALL=C sed -ri "s/^EXTRAVERSION.*/EXTRAVERSION = -%{flavour}-%{buildrpmrel}/" Makefile

# Build the kernel
echo "Building kernel %{kver_full}"

TARGETS="all"
# need to install dtbs to proper boot arm64 devices
%ifarch %{armx}
	TARGETS="$TARGETS dtbs"
%endif

%kmake V=1 -s $TARGETS

# Install modules
mkdir -p %{temp_modules}/%{kver_full}
%smake INSTALL_MOD_PATH=%{temp_root} KERNELRELEASE=%{kver_full} modules_install

%if %{with binary_extra_modules}
# Build and install procedure is specific to each Makefile from kernmel-source-* packages
# See also: https://www.kernel.org/doc/html/latest/kbuild/modules.html
# Copy directory because write permissions are required
# `make modules_install` must be done before this, otherwise these copied files will be deleted

# $1: name of kernel module
# $2: directory (e.g.: kernel/net/wireless)
_build_rtl(){
	cp -r "$(rpm -q --qf "/usr/src/rtl${1}-%%{VERSION}-%%{RELEASE}" kernel-source-rtl${1})" kernel-source-rtl${1}
	pushd kernel-source-rtl${1}
	%kmake KSRC=%{src_dir} M="$PWD"
	mkdir -p %{temp_modules}/%{kver_full}/${2}
	cp ${1}.ko %{temp_modules}/%{kver_full}/${2}
	popd
	rm -fr kernel-source-rtl${1}
}

_build_rtl 8821ce kernel/net/wireless
_build_rtl 8821cu kernel/net/wireless
_build_rtl 88x2bu kernel/net/wireless
_build_rtl 8812au kernel/net/wireless
_build_rtl 8821au kernel/net/wireless
_build_rtl 8821au kernel/net/wireless
_build_rtl 8814au kernel/net/wireless
_build_rtl 8723au kernel/net/wireless
_build_rtl 8188gu kernel/net/wireless
_build_rtl 8723bu kernel/net/wireless
_build_rtl 8723ds kernel/net/wireless
_build_rtl 8723du kernel/net/wireless
_build_rtl 8852au kernel/net/wireless
_build_rtl 8192du kernel/net/wireless

cp -r "$(rpm -q --qf '/usr/src/rtk_btusb-%%{VERSION}-%%{RELEASE}' kernel-source-rtk_btusb)" kernel-source-rtk_btusb
pushd kernel-source-rtk_btusb
%kmake KDIR=%{src_dir}
mkdir -p %{temp_modules}/%{kver_full}/kernel/drivers/bluetooth/
cp rtk_btusb.ko %{temp_modules}/%{kver_full}/kernel/drivers/bluetooth/rtk_btusb.ko
popd
rm -fr kernel-source-rtk_btusb

cp -r "$(rpm -q --qf '/usr/src/rtw89-%%{VERSION}-%%{RELEASE}' kernel-source-rtw89)" kernel-source-rtw89
pushd kernel-source-rtw89
%kmake KSRC=%{src_dir}
mkdir -p %{temp_modules}/%{kver_full}/kernel/net/wireless/realtek/rtw89p
cp *.ko %{temp_modules}/%{kver_full}/kernel/net/wireless/realtek/rtw89p
popd
rm -fr kernel-source-rtw89

cp -r "$(rpm -q --qf '/usr/src/rtw88-%%{VERSION}-%%{RELEASE}' kernel-source-rtw88)" kernel-source-rtw88
pushd kernel-source-rtw88
%kmake KSRC=%{src_dir}
mkdir -p %{temp_modules}/%{kver_full}/kernel/net/wireless/realtek/rtw88p
cp *.ko %{temp_modules}/%{kver_full}/kernel/net/wireless/realtek/rtw88p
popd
rm -fr kernel-source-rtw88

_build_nvidia(){
	cp -r "$(rpm -q --qf "/usr/src/nvidia${1}-%%{VERSION}-%%{RELEASE}" kernel-source-nvidia${1})" kernel-source-nvidia${1}
	pushd kernel-source-nvidia${1}
	%make SYSSRC=%{src_dir}
	mkdir -p %{temp_modules}/%{kver_full}/kernel/drivers/video/nvidia${1}.%{kroko_release}
	for i in *.ko
	do
		# put them here to extract debug and compress, will be moved later
		install -m0644 "$i" %{temp_modules}/%{kver_full}/kernel/drivers/video/nvidia${1}.%{kroko_release}/"$i"
	done
	popd
	rm -fr kernel-source-nvidia${1}
	# for rosa-kernel-tools
	mkdir -p %{temp_root}/var/spool/initramfs-regen
	touch %{temp_root}/var/spool/initramfs-regen/nvidia${1}.%{kroko_release}
}

%ifarch %{ix86} %{x86_64}
cp -r "$(rpm -q --qf '/usr/src/broadcom-wl-%%{VERSION}-%%{RELEASE}' kernel-source-broadcom-wl)" kernel-source-broadcom-wl
pushd kernel-source-broadcom-wl
%kmake -C %{src_dir} M="$PWD"
mkdir -p %{temp_modules}/%{kver_full}/kernel/net/wireless/
cp wl.ko %{temp_modules}/%{kver_full}/kernel/net/wireless/wl.ko
popd
rm -fr kernel-source-broadcom-wl

_build_nvidia 340
_build_nvidia 390
%endif

%ifarch %{x86_64}
_build_nvidia 470
_build_nvidia 510
_build_nvidia 515
_build_nvidia 520
%endif

cp -r "$(rpm -q --qf '/usr/src/tripso-%%{VERSION}-%%{RELEASE}' kernel-source-tripso)" kernel-source-tripso
pushd kernel-source-tripso
%kmake KDIR=%{src_dir}
mkdir -p %{temp_modules}/%{kver_full}/kernel/net
cp xt_TRIPSO.ko %{temp_modules}/%{kver_full}/kernel/net/
popd
rm -fr kernel-source-tripso

cp -r "$(rpm -q --qf '/usr/src/ipt-so-%%{VERSION}-%%{RELEASE}' kernel-source-ipt-so)" kernel-source-ipt-so
pushd kernel-source-ipt-so
%kmake KDIR=%{src_dir}
mkdir -p %{temp_modules}/%{kver_full}/kernel/net
cp xt_so.ko %{temp_modules}/%{kver_full}/kernel/net/
popd
rm -fr kernel-source-ipt-so

%if %{with binary_shredder}
cp -r "$(rpm -q --qf '/usr/src/shredder-kernel-%%{VERSION}-%%{RELEASE}' kernel-source-shredder-kernel)" kernel-source-shredder-kernel
pushd kernel-source-shredder-kernel
%kmake KERNEL_PATH=%{src_dir}
mkdir -p %{temp_modules}/%{kver_full}/kernel/extra/
cp shredder-kernel.ko %{temp_modules}/%{kver_full}/kernel/extra/
popd
rm -fr kernel-source-shredder-kernel
%endif

%if %{with binary_virtualbox_host}
# build commands for virtualbox are based on the ones from the virtualbox package
cp -r "$(rpm -q --qf '/usr/src/virtualbox-%%{VERSION}-%%{RELEASE}' kernel-source-virtualbox)" kernel-source-virtualbox
mkdir -p %{temp_modules}/%{kver_full}/kernel/misc/
pushd kernel-source-virtualbox
make -C vboxdrv KERN_DIR=%{src_dir} KERN_VER=%{kver_full}
cp -fv vboxdrv/Module.symvers vboxnetflt
cp -fv vboxdrv/Module.symvers vboxnetadp
make -C vboxnetflt KERN_DIR=%{src_dir} KERN_VER=%{kver_full}
make -C vboxnetadp KERN_DIR=%{src_dir} KERN_VER=%{kver_full}
cp -fv vboxnetadp/Module.symvers vboxpci/
make -C vboxpci KERN_DIR=%{src_dir} KERN_VER=%{kver_full}
for i in vboxnetflt vboxnetadp vboxdrv vboxpci
do
	cp -v "${i}/${i}.ko" %{temp_modules}/%{kver_full}/kernel/misc/
done
popd
%endif

cp -r "$(rpm -q --qf '/usr/src/v4l2loopback-%%{VERSION}-%%{RELEASE}' kernel-source-v4l2loopback)" kernel-source-v4l2loopback
pushd kernel-source-v4l2loopback
cat Kbuild > Makefile
mkdir -p %{temp_modules}/%{kver_full}/kernel/drivers/media
make -C %{src_dir} M="$PWD" modules
cp v4l2loopback.ko %{temp_modules}/%{kver_full}/kernel/drivers/media
pushd
rm -fr kernel-source-v4l2loopback

%if %{with nickel}
# rosa-test-suite uses /sr/src/xxx-version, not /usr/src/xxx-version-release
cp -r "$(rpm -q --qf '/usr/src/rosa-test-suite-%%{VERSION}' kernel-source-rosa-test-suite)" kernel-source-rosa-test-suite
pushd kernel-source-rosa-test-suite
mkdir -p %{temp_modules}/%{kver_full}/kernel/misc/
for i in nlkm memfreetest pcietest
do
cat << EOF > Makefile
obj-m := ${i}.o
all:
	make -C %{src_dir} M=\$(PWD) modules
EOF
%kmake
cp -fv ${i}.ko %{temp_modules}/%{kver_full}/kernel/misc/
done
popd
%endif
# End with nickel <- with binary_extra_modules

%endif
# End with binary_extra_modules

%if %{with uml}
cp -rv %{certs_dir_rnd} %{src_dir}.uml/
pushd %{src_dir}.uml
%kmake ARCH=um defconfig
%kmake ARCH=um linux
install -Dm0755 linux %{temp_root}%{_bindir}/linux-uml-%{kver_full}
#rm -fv linux
%kmake V=1 ARCH=um modules
mkdir -p %{temp_root}/lib/modules-uml/%{kver_full}/
%kmake ARCH=um INSTALL_MOD_PATH=%{temp_root}/lib/modules-uml/%{kver_full}/ modules_install
popd
%endif

install -d %{temp_boot}
install -m 644 System.map %{temp_boot}/System.map-%{kver_full}
install -m 644 .config %{temp_boot}/config-%{kver_full}
%if %{with modxz}
xz -c Module.symvers > %{temp_boot}/symvers-%{kver_full}.xz
%else
%{zstd_cmd} Module.symvers
install -m 644 Module.symvers.zst %{temp_boot}/symvers-%{kver_full}.zst
%endif

%ifarch %{armx}
%make_build ARCH=%{arch_type} V=1 INSTALL_DTBS_PATH=%{temp_boot}/dtb-%{kver_full} dtbs_install
%endif

%ifarch aarch64
	cp -f arch/arm64/boot/Image* %{temp_boot}/vmlinuz-%{kver_full}
%else
	cp -f arch/%{arch_type}/boot/bzImage %{temp_boot}/vmlinuz-%{kver_full}
%endif

# Headers
%if %{build_headers}
%make INSTALL_HDR_PATH=%{temp_root}%{_prefix} KERNELRELEASE=%{kver_full} headers_install
find %{temp_root}%{_prefix} -name .install -or -name ..install.cmd | %kxargs rm -f
%endif

# Remove /lib/firmware, we use a separate linux-firmware package
rm -rf %{temp_root}/lib/firmware

# Prepare the files for kernel*-devel
%if %{build_devel}

mkdir -p %{temp_devel_root}
for i in $(find . -name 'Makefile*'); do cp -R --parents $i %{temp_devel_root}; done
for i in $(find . -name 'Kconfig*' -o -name 'Kbuild*'); do cp -R --parents $i %{temp_devel_root}; done

cp -fR include %{temp_devel_root}

cp -fR scripts %{temp_devel_root}
cp -fR kernel/bounds.c %{temp_devel_root}/kernel
cp -fR kernel/time/timeconst.bc %{temp_devel_root}/kernel/time
cp -fR tools %{temp_devel_root}/
cp -fR arch/%{arch_type}/kernel/asm-offsets.{c,s} %{temp_devel_root}/arch/%{arch_type}/kernel/
%ifarch %{ix86} %{x86_64}
cp -fR arch/%{arch_type}/kernel/asm-offsets_{32,64}.c %{temp_devel_root}/arch/%{arch_type}/kernel/
cp -fR arch/%{arch_type}/purgatory/* %{temp_devel_root}/arch/%{arch_type}/purgatory/
# Needed for arch/x86/purgatory
cp -fR lib/*.h lib/*.c %{temp_devel_root}/lib/
cp -fR arch/%{arch_type}/entry/syscalls/syscall* %{temp_devel_root}/arch/%{arch_type}/entry/syscalls/
cp -fR arch/%{arch_type}/tools %{temp_devel_root}/arch/%{arch_type}/
# needed for kexec
cp -fR arch/%{arch_type}/boot/*.h %{temp_devel_root}/arch/%{arch_type}/boot/
cp -fR arch/%{arch_type}/boot/*.c %{temp_devel_root}/arch/%{arch_type}/boot/
%endif
cp -fR arch/%{arch_type}/include %{temp_devel_root}/arch/%{arch_type}/
cp -fR .config Module.symvers %{temp_devel_root}

# Needed for truecrypt build (Danny)
cp -fR drivers/md/dm.h %{temp_devel_root}/drivers/md/

# Needed for lirc_gpio (#39004)
cp -fR drivers/media/pci/bt8xx/bttv{,p}.h %{temp_devel_root}/drivers/media/pci/bt8xx/
cp -fR drivers/media/pci/bt8xx/bt848.h %{temp_devel_root}/drivers/media/pci/bt8xx/
cp -fR drivers/media/common/btcx-risc.h %{temp_devel_root}/drivers/media/common/

# Add acpica header files, needed for fglrx build
cp -fR drivers/acpi/acpica/*.h %{temp_devel_root}/drivers/acpi/acpica/

%if %{with aufs}
# aufs2 has a special file needed
cp -fR fs/aufs/magic.mk %{temp_devel_root}/fs/aufs
%endif

# SELinux needs security/selinux/include
cp -fR security/selinux/include %{temp_devel_root}/security/selinux

for i in alpha arc avr32 blackfin c6x cris csky frv h8300 hexagon ia64 m32r m68k m68knommu metag microblaze \
	mips mn10300 nds32 nios2 openrisc parisc powerpc riscv s390 score sh sparc tile unicore32 xtensa; do
	rm -rf %{temp_devel_root}/arch/$i
done

# Clean the scripts tree, and make sure everything is ok (sanity check)
# running prepare+scripts (tree was already "prepared" in build)
pushd %{temp_devel_root}
	%smake V=1 -s clean ARCH=%{arch_type}
popd

rm -f %{temp_devel_root}/.config.old

# Fix permissions
chmod -R a+rX %{temp_devel_root}

# Disable mrproper in -devel rpms
#patch -p1 --fuzz=0 -d %{temp_devel_root} -i %{SOURCE2}
%endif
# End of build_devel


# TODO: maybe move to /usr/lib/debug?
%if %{build_debug}
find %{temp_modules}/%{kver_full}/kernel \
	-name "*.ko" | \
	%kxargs -I '{}' objcopy --only-keep-debug '{}' '{}'.debug
find %{temp_modules}/%{kver_full}/kernel \
	-name "*.ko" | %kxargs -I '{}' \
	sh -c 'cd `dirname {}`; \
		objcopy --add-gnu-debuglink=`basename {}`.debug \
		--strip-debug `basename {}`'
%endif
# End of build_debug

# https://patchwork.kernel.org/patch/11446123/
_libressl_sign(){
	if [ ! -f "$1" ]; then
		echo "No file $1"
		return 0
	fi
	f="$1"
%if %{with gost_sign}
	%{src_dir}/scripts/sign-file streebog512 \
		"%{certs_signing_key_priv_rnd}.GOST" "%{certs_signing_key_priv_rnd}.GOST" "$f"
%else
	%{src_dir}/scripts/sign-file sha512 \
		"%{certs_signing_key_priv_rnd}.RSA" "%{certs_signing_key_priv_rnd}.RSA" "$f"
%endif
	unset f
}
export -f _libressl_sign
find %{temp_modules}/%{kver_full}/kernel \
%if %{with uml}
	%{temp_root}/lib/modules-uml/%{kver_full} \
%endif
-name '*.ko' -print0 | sort -u | \
	xargs --null -P "$(nproc)" -I {} "$SHELL" -e -x -c 'if ! _libressl_sign "{}"; \
		then echo Failed _libressl_sign on "{}" && exit 1; fi'

# Set extraversion to match srpm to get nice version reported by the tools
LC_ALL=C sed -ri "s/^EXTRAVERSION.*/EXTRAVERSION = -%{fullrpmrel}/" Makefile

%if %{build_perf}
%smake -C tools/perf -s PYTHON=%{__python3} HAVE_CPLUS_DEMANGLE=1 WERROR=0 prefix=%{_prefix} lib=%{_lib} NO_GTK2=1 all
%smake -C tools/perf -s prefix=%{_prefix} lib=%{_lib} NO_GTK2=1 man
%endif

%if %{build_cpupower}
# Make sure version-gen.sh is executable.
chmod +x tools/power/cpupower/utils/version-gen.sh
%make -C tools/power/cpupower CPUFREQ_BENCH=false
%endif

_cleanup

############################################################################

%install
cd %{src_dir}

# TODO: get rid of temporary directory, install to buildroot directly?
# We want to be able to test several times the install part
rm -rf %{buildroot}
cp -a %{temp_root} %{buildroot}

#if %%{with oblig_signed_modules}
# Multithreaded verification that every kernel module has a signature attached to it
mkdir -p "%{certs_dir_rnd}"
touch %{certs_verify_tmp}
_verify_signature(){
	if [ -z "$1" ] || [ ! -f "$1" ]; then return; fi
	if hexdump -C "$1" | rev | cut -f 2 -d '|' | rev | tr -d '\n' | grep -q '~Module signature appended~'; then
		if [ -f %{certs_verify_tmp} ]; then
			rm -f %{certs_verify_tmp}
		fi
	else
		echo "ERROR: Module $1 has no signature attached to it!"
		exit 1
	fi
}
export -f _verify_signature
find %{target_modules} \
%if %{with uml}
	%{buildroot}/lib/modules-uml/%{kver_full} \
%endif
-name '*.ko' -print0 | sort -u | \
	xargs --null -P "$(nproc)" -I {} "$SHELL" -c '_verify_signature "{}"'
if [ -f %{certs_verify_tmp} ]; then
	echo "ERROR: seems that signatures of none modules were verified!"
	exit 1
fi
rm -f %{certs_verify_tmp}
#endif

# Compressing modules
%if %{with compress_modules}
# Tested on /lib/modules/5.10.34-generic-2rosa2019.1-x86_64, the results are the following:
# * decompressed: 266.3 MiB
# * xz -9 --extreme: 67.8 MiB
# * zstd --ultra -22 without training: 73.5 MiB
# * zstd -6 without training: 79.6 MiB
# * zstd --ultra -22 with training: 66.3 MiB (the winner!)
# Training takes only a few minutes, make it here in place with current zstd and kernel modules.
# But! Decompressing also requires a dictionary for zstd, that will be too complex, so not using training :(
# We already use zstd in dracut to compress initrds quickly and with good compression ration.
# Testing speed of loading modules:
# `time modinfo bcache.ko.xz` took 0,048s, `time modinfo bcache.ko.zstd` took 0,014s (for multiple times)
# find /lib/modules/5.10.34-generic-2rosa2019.1-x86_64 -type f -name '*.ko.zst' > /tmp/zst.list
# time { for i in `cat /tmp/zst.list`; do modinfo $i >/dev/null 2>&1; done ;}
# took ~31-40s, with disk cache (2+ runs) ~33s
# find /lib/modules/5.10.34-generic-1rosa2019.1-x86_64 -type f -name '*.ko.xz' > /tmp/xz.list
# time { for i in `cat /tmp/xz.list`; do modinfo $i >/dev/null 2>&1; done ;}
# took 43-47s, with disk cache (2+ runs) ~42s, +21%%
# zstd-compressed initramfs image initrd-5.10.34-generic-1rosa2019.1-x86_64.img with *.ko.xz is 56,3 MiB
# zstd-compressed initramfs image initrd-5.10.34-generic-2rosa2019.1-x86_64.img with *.ko.zst is 58,4 MiB (+3.6%%)
# /lib/modules/5.10.34-generic-1rosa2019.1-x86_64 (*.ko.xz) is 78,1 MiB
# /lib/modules/5.10.34-generic-2rosa2019.1-x86_64 (*.ko.zst) is 83,9 MiB (+7%%)
# When zstd is compressing cpio (initrd image) with zstd-compressed kernel modules inside it, does it recompress data?
# It is not easy to make a choice between zstd and xz for kernel modules... Disk space (and so speed of installing
# RPM packages) is not much bigger, we do not try to support super low end devices, operation speed is a bit better.
# I have not seen measurable difference in startup time according to systemd-analyze.
# Note that decompression after zstd --ultra -22 will consume more memory than after zstd -6, see commit message in
# https://github.com/torvalds/linux/commit/73f3d1b48f5069d46b. I did not benchmark -6 vs -22 in runtime.
# Let's use zstd for now.
# zstd may also be used to compress linux-firmware to save a lot of space on disk,
# but upstream kernels still cannot decompress it.
#{zstd_cmd} -T0 --train $(find . -type f -name '*.ko')
#[ -f dictionary ]
# -T1 (one thread) because we run multiple zstd processes by xargs
%if %{with modxz}
find %{target_modules} -name "*.ko" | %kxargs xz -6e
%else
find %{target_modules} -name "*.ko" | %kxargs %{zstd_cmd} --rm -T1 #-D dictionary
rm -f dictionary
%endif
%endif

%if %{with binary_extra_modules}
# Move nvidia modules to manage them via alternatives(8), leave *.debug
# TODO: better handle debug here and in the package in general
find %{target_modules}/%{kver_full}/kernel/drivers/video -name 'nvidia???.*' -type d -maxdepth 1 |
while read -r line
do
	nv="$(basename "$line")"
	mkdir -p %{buildroot}%{kroko_kmods_dir}/"$nv"-%{kver_full}
	mv -v "$line"/*.ko%{kmod_suffix} %{buildroot}%{kroko_kmods_dir}/"$nv"-%{kver_full}
	dir_no_buildroot="$(echo "$line" | sed -e 's,^%{buildroot},,')"
	echo "%exclude $dir_no_buildroot" >> %{kernel_files}
	%if %{build_debug}
	echo "%dir $dir_no_buildroot" >> %{debuginfo_files}
	%endif
done
%endif #/with binary_extra_modules

find %{buildroot}%{_modulesdir}/%{kver_full} -type f -name '*.ko%{kmod_suffix}' | sed -e 's,^%{buildroot},,' | sort -u >> %{kernel_files}
find %{buildroot}%{_modulesdir}/%{kver_full} -type d | sed -e 's,^%{buildroot},%dir ,' | sort -u >> %{kernel_files}

# We estimate the size of the initramfs because rpm needs to take this size
# into consideration when performing disk space calculations (See rhbz#530778)
# 65 MiB is a bit more than needed, but let's be more sure that there is enought space.
# On my PC, zstd-compressed initrds take 58,5 MiB.
# Real size of the RPM package should not increase because RPM compresses the payload.
# This file is %%ghost, so the real initrd will be deleted when uninstalling this package.
dd if=/dev/zero of=%{buildroot}%{initrd_path} bs=1M count=65

%if %{build_debug}
install -m 644 vmlinux %{buildroot}%{_bootdir}/vmlinux-%{kver_full}
find %{buildroot}%{_modulesdir} -type f -name '*.debug' | sed -e 's,^%{buildroot},,' | sort -u >> %{debuginfo_files}
%endif
# End of build_debug

pushd %{target_modules}
for i in *; do
	rm -f $i/build $i/source
	ln -sf /usr/src/linux-$i $i/build
	ln -sf /usr/src/linux-$i $i/source
done

# Sniff, if we compressed all the modules, we change the stamp :(
# we really need the depmod -ae here
for i in *; do
	/sbin/depmod -ae -b %{buildroot} -F %{target_boot}/System.map-$i $i
	echo $?
done

# We used to create modules.description files which contained the
# description strings for the modules as shown by modinfo. These files
# are unlikely to be used right now, so create them (in case some old tool
# checks for their existence) but keep them empty.
for i in *; do
	touch $i/modules.description
done
popd

# Need to set extraversion to match srpm again to avoid rebuild
LC_ALL=C sed -ri "s/^EXTRAVERSION.*/EXTRAVERSION = -%{fullrpmrel}/" Makefile

%if %{build_perf}
# Perf tool binary and supporting scripts/binaries
make -C tools/perf -s V=1 DESTDIR=%{buildroot} WERROR=0 HAVE_CPLUS_DEMANGLE=1 prefix=%{_prefix} lib=%{_lib} install

# Versionize shebang (#!/usr/bin/env python -> #!/usr/bin/python3)
sed -i '1 s,^#!/usr/bin/env python$,#!%{__python3},' \
	%{buildroot}%{_prefix}/libexec/perf-core/scripts/python/exported-sql-viewer.py \
	%{buildroot}%{_prefix}/libexec/perf-core/scripts/python/libxed.py

# Perf man pages (note: implicit rpm magic compresses them later)
make -C tools/perf -s V=1 DESTDIR=%{buildroot} WERROR=0 HAVE_CPLUS_DEMANGLE=1 prefix=%{_prefix} install-man
%endif

%if %{build_cpupower}
make -C tools/power/cpupower DESTDIR=%{buildroot} libdir=%{_libdir} mandir=%{_mandir} CPUFREQ_BENCH=false install
rm -f %{buildroot}%{_libdir}/*.{a,la}

%find_lang cpupower

mv cpupower.lang ../
chmod 0755 %{buildroot}%{_libdir}/libcpupower.so*
mkdir -p %{buildroot}%{_unitdir} %{buildroot}%{_sysconfdir}/sysconfig
install -m644 %{SOURCE50} %{buildroot}%{_unitdir}/cpupower.service
install -m644 %{SOURCE53} %{buildroot}%{_unitdir}/cpupower.path
install -m644 %{SOURCE51} %{buildroot}%{_sysconfdir}/sysconfig/cpupower
install -m755 %{SOURCE52} %{buildroot}%{_bindir}/cpupower-start.sh
%endif

# Delete junk
rm -fr %{buildroot}%{_usr}/src/*/kernel-source-*

%if %{with flow_abi}
# Prefix with "zzz" to put this directory into the end of search list
# and avoid tricks with depmod configs
mkdir -p %{buildroot}/lib/modules/%{kernelversion}.%{patchlevel}-rosa-flow-abi
ln -s /lib/modules/%{kernelversion}.%{patchlevel}-rosa-flow-abi %{buildroot}%{_modulesdir}/%{kver_full}/kernel/zzz-%{kernelversion}.%{patchlevel}-rosa-flow-abi
%endif

# Drop hidden files
rm -f %{buildroot}%{_docdir}/kernel-5.10-generic-doc/devicetree/bindings/.yamllint

# Fix perms
%if %{build_perf}
chmod -x %{buildroot}%{_sysconfdir}/bash_completion.d/perf
chmod -x %{buildroot}%{_prefix}/lib/perf/examples/bpf/*.c
chmod -x %{buildroot}%{_prefix}/lib/perf/include/bpf/*.h
chmod -x %{buildroot}%{_prefix}/lib/perf/include/bpf/linux/*.h
chmod -x %{buildroot}%{_datadir}/doc/perf-tip/*.txt
%endif