xen/xen.spec

#
# spec file for package xen (Version 4.0.0_21091_05)
#
# Copyright (c) 2010 SUSE LINUX Products GmbH, Nuernberg, Germany.
#
# All modifications and additions to the file contributed by third parties
# remain the property of their copyright owners, unless otherwise agreed
# upon. The license for this file, and modifications and additions to the
# file, is the same license as for the pristine package itself (unless the
# license for the pristine package is not an Open Source License, in which
# case the license is the MIT License). An "Open Source License" is a
# license that conforms to the Open Source Definition (Version 1.9)
# published by the Open Source Initiative.

# Please submit bugfixes or comments via http://bugs.opensuse.org/
#

# norootforbuild


Name:           xen
ExclusiveArch:  %ix86 x86_64
%define xvers 4.0
%define xvermaj 4
%define changeset 21091
%define xen_build_dir xen-4.0.0-testing
%define with_kmp 1
BuildRequires:  LibVNCServer-devel SDL-devel acpica automake bin86 curl-devel dev86 graphviz latex2html libjpeg-devel libxml2-devel ncurses-devel openssl openssl-devel pciutils-devel python-devel texinfo transfig
BuildRequires:  texlive texlive-latex
%ifarch x86_64
BuildRequires:  glibc-32bit glibc-devel-32bit
%define max_cpus 256
%define pae_enabled n
%else
%define max_cpus 32
%define pae_enabled y
%endif
%if %{?with_kmp}0
BuildRequires:  kernel-source kernel-syms module-init-tools xorg-x11
%endif
Version:        4.0.0_21091_05
Release:        2
License:        GPLv2+
Group:          System/Kernel
AutoReqProv:    on
PreReq:         %insserv_prereq %fillup_prereq
Summary:        Xen Virtualization: Hypervisor (aka VMM aka Microkernel)
Source0:        xen-4.0.0-testing-src.tar.bz2
Source2:        README.SuSE
Source3:        boot.xen
Source4:        boot.local.xenU
Source5:        init.xend
Source6:        init.xendomains
Source7:        logrotate.conf
Source8:        domUloader.py
Source9:        xmexample.domUloader
Source10:       xmexample.disks
Source11:       block-nbd
Source12:       block-iscsi
Source13:       block-npiv-common.sh
Source14:       block-npiv
Source15:       block-npiv-vport
Source16:       xmclone.sh
Source17:       xend-relocation.sh
Source18:       init.xen_loop
%if %{?with_kmp}0
Source19:       xen_pvdrivers.conf
Source20:       kmp_filelist
%endif
Source21:       block-dmmd
# Xen API remote authentication sources
Source23:       etc_pam.d_xen-api
Source24:       xenapiusers
# sysconfig hook script for Xen
Source25:       xen-updown.sh
# Upstream patches
Patch0:         21089-x86-startup-irq-from-setup-gsi.patch
Patch1:         21109-x86-cpu-hotplug.patch
Patch2:         21128-domain-save-flush.patch
Patch3:         21129-xen-hotplug-cleanup.patch
Patch4:         21150-shadow-race.patch
Patch5:         21160-sysctl-debug-keys.patch
Patch6:         21189-x86-emulate-clflush.patch
Patch7:         21193-blktap-script.patch
Patch8:         21194-ioemu-subtype.patch
Patch9:         21223-xend-preserve-devs.patch
Patch10:        21225-conring-iommu.patch
Patch11:        21234-x86-bad-srat-clear-pxm2node.patch
Patch12:        21235-crashkernel-advanced.patch
Patch13:        21266-vmx-disabled-check.patch
Patch14:        21271-x86-cache-flush-global.patch
Patch15:        21272-x86-dom0-alloc-performance.patch
Patch16:        21301-svm-lmsl.patch
Patch17:        21304-keyhandler-alternative.patch
Patch18:        21317-xend-blkif-util-tap2.patch
Patch19:        passthrough-hotplug-segfault.patch
Patch20:        21331-svm-vintr-during-nmi.patch
Patch21:        21333-xentrace-t_info-size.patch
Patch22:        21340-vtd-dom0-mapping-latency.patch
Patch23:        21346-x86-platform-timer-wrap.patch
Patch24:        21349-x86-memcpy.patch
Patch25:        21360-x86-mce-polling-diabled-init.patch
Patch26:        21372-x86-cross-cpu-wait.patch
Patch27:        21373-dummy-domain-io-caps.patch
Patch28:        21408-amd-erratum-383.patch
# Our patches
Patch300:       xen-config.diff
Patch301:       xend-config.diff
Patch302:       xen-destdir.diff
Patch303:       xen-rpmoptflags.diff
Patch304:       xen-warnings.diff
Patch305:       xen-changeset.diff
Patch306:       xen-paths.diff
Patch307:       xen-xmexample.diff
Patch308:       xen-xmexample-vti.diff
Patch309:       xen-fixme-doc.diff
Patch310:       xen-domUloader.diff
Patch311:       xen-no-dummy-nfs-ip.diff
Patch312:       serial-split.patch
Patch313:       xen-xm-top-needs-root.diff
Patch314:       xen-max-free-mem.diff
Patch315:       xen-disable-libxl.diff
Patch316:       xen-disable-xenpaging.diff
Patch317:       xen-extra-fixes.patch
Patch320:       block-losetup-retry.diff
Patch321:       block-flags.diff
Patch322:       bridge-opensuse.patch
Patch323:       bridge-vlan.diff
Patch324:       bridge-bonding.diff
Patch325:       bridge-record-creation.patch
Patch326:       network-nat.patch
Patch327:       udev-rules.patch
Patch328:       network-route.patch
Patch329:       vif-route-ifup.patch
Patch330:       network-nat-open-SuSEfirewall2-FORWARD.patch 
Patch340:       xen-hvm-default-bridge.diff
Patch341:       xen-hvm-default-pae.diff
Patch342:       xm-test-cleanup.diff
Patch343:       tools-xc_kexec.diff
Patch344:       tools-kboot.diff
Patch345:       libxen_permissive.patch
Patch346:       xenapi-console-protocol.patch
Patch347:       xen-disable-qemu-monitor.diff
Patch348:       qemu-security-etch1.diff
Patch350:       cdrom-removable.patch
Patch351:       xend-core-dump-loc.diff
Patch352:       blktap.patch
Patch353:       xen-qemu-iscsi-fix.patch
Patch354:       xen-api-auth.patch
Patch355:       tools-gdbserver-build.diff
Patch356:       ioemu-vnc-resize.patch
Patch357:       ioemu-debuginfo.patch
Patch358:       vif-bridge-no-iptables.patch
Patch359:       suse-disable-tap2-default.patch
# Needs to go upstream
Patch360:       checkpoint-rename.patch
Patch361:       xm-save-check-file.patch 
Patch362:       xm-create-xflag.patch
Patch363:       cpupools-core.patch
Patch364:       cpupools-core-fixup.patch
Patch365:       cpu-pools-libxc.patch
Patch366:       cpu-pools-python.patch
Patch367:       cpu-pools-libxen.patch
Patch368:       cpu-pools-xmtest.patch
Patch369:       cpu-pools-docs.patch
# Patches for snapshot support
Patch400:       snapshot-ioemu-save.patch
Patch401:       snapshot-ioemu-restore.patch
Patch402:       snapshot-ioemu-delete.patch
Patch403:       snapshot-xend.patch
# ioemu part of blktap patch series
Patch410:       ioemu-blktap-fv-init.patch
Patch411:       ioemu-blktap-image-format.patch
Patch412:       build-tapdisk-ioemu.patch
Patch413:       tapdisk-ioemu-logfile.patch
Patch414:       ioemu-blktap-zero-size.patch
Patch415:       tapdisk-ioemu-shutdown-fix.patch
Patch420:       blktapctrl-default-to-ioemu.patch
Patch421:       ioemu-blktap-barriers.patch
# Other bug fixes or features
Patch423:       bdrv_open2_fix_flags.patch 
Patch424:       bdrv_open2_flags_2.patch
Patch425:       ioemu-7615-qcow2-fix-alloc_cluster_link_l2.patch
Patch426:       ioemu-bdrv-open-CACHE_WB.patch
Patch427:       xen-ioemu-hvm-pv-support.diff
Patch428:       qemu-dm-segfault.patch
Patch429:       hibernate.patch
Patch430:       del_usb_xend_entry.patch
Patch431:       capslock_enable.patch
# Jim's domain lock patch
Patch450:       xend-domain-lock.patch
# Hypervisor and PV driver Patches
Patch500:       32on64-extra-mem.patch
Patch501:       x86-ioapic-ack-default.patch
Patch502:       x86-cpufreq-report.patch
Patch503:       dump-exec-state.patch
Patch504:       dom-print.patch
Patch505:       pvdrv-import-shared-info.patch
Patch506:       x86-show-page-walk-early.patch
Patch507:       x86-extra-trap-info.patch
Patch508:       pvdrv_emulation_control.patch
Patch509:       blktap-pv-cdrom.patch
Patch510:       pv-driver-build.patch
Patch511:       supported_module.diff
Patch512:       magic_ioport_compat.patch
Patch650:       disable_emulated_device.diff
Patch651:       ioemu-disable-scsi.patch 
# novell_shim patches
Patch700:       hv_tools.patch
Patch701:       hv_xen_base.patch
Patch702:       hv_xen_extension.patch
Patch703:       hv_win7_eoi_bug.patch
# Build patch
Patch999:       tmp_build.patch
Url:            http://www.cl.cam.ac.uk/Research/SRG/netos/xen/
BuildRoot:      %{_tmppath}/%{name}-%{version}-build
#%define pysite %(python -c "import distutils.sysconfig; print distutils.sysconfig.get_python_lib()")
%define pyver %(python -c "import sys; print sys.version[:3]")
%if %{?with_kmp}0
%suse_kernel_module_package -n xen um xen -f kmp_filelist
%endif

%description
Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

This package contains the Xen Hypervisor. (tm)

Modern computers are sufficiently powerful to use virtualization to
present the illusion of many smaller virtual machines (VMs), each
running a separate operating system instance. Successful partitioning
of a machine to support the concurrent execution of multiple operating
systems poses several challenges. Firstly, virtual machines must be
isolated from one another: It is not acceptable for the execution of
one to adversely affect the performance of another. This is
particularly true when virtual machines are owned by mutually
untrusting users. Secondly, it is necessary to support a variety of
different operating systems to accommodate the heterogeneity of popular
applications. Thirdly, the performance overhead introduced by
virtualization should be small.

Xen uses a technique called paravirtualization: The guest OS is
modified, mainly to enhance performance.

The Xen hypervisor (microkernel) does not provide device drivers for
your hardware (except for CPU and memory). This job is left to the
kernel that's running in domain 0. Thus the domain 0 kernel is
privileged; it has full hardware access. It's started immediately after
Xen starts up. Other domains have no access to the hardware; instead
they use virtual interfaces that are provided by Xen (with the help of
the domain 0 kernel).

Xen does support booting other Operating Systems; ports of NetBSD
(Christian Limpach), FreeBSD (Kip Macy), and Plan 9 (Ron Minnich)
exist. A port of Windows XP was developed for an earlier version of
Xen, but is not available for release due to license restrictions.

In addition to this package you need to install the kernel-xen and
xen-tools to use Xen. Xen 3 also supports running unmodified guests
using full virtualization, if appropriate hardware is present. Install
xen-tools-ioemu if you want to use this.

[Hypervisor is a trademark of IBM]



Authors:
--------
    Ian Pratt <ian.pratt@cl.cam.ac.uk>
    Keir Fraser <Keir.Fraser@cl.cam.ac.uk>
    Christian Limpach <Christian.Limpach@cl.cam.ac.uk>
    Mark Williamson <mark.williamson@cl.cam.ac.uk>
    Ewan Mellor <ewan@xensource.com>
    ...

%package libs
License:        GPLv2+
Summary:        Xen Virtualization: Libraries
Group:          System/Kernel
#Requires:       xen = %{version}
AutoReqProv:    on

%description libs
Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

This package contains the libraries used to interact with the Xen
virtual machine monitor.

Modern computers are sufficiently powerful to use virtualization to
present the illusion of many smaller virtual machines (VMs), each
running a separate operating system instance. Successful partitioning
of a machine to support the concurrent execution of multiple operating
systems poses several challenges. Firstly, virtual machines must be
isolated from one another: It is not acceptable for the execution of
one to adversely affect the performance of another. This is
particularly true when virtual machines are owned by mutually
untrusting users. Secondly, it is necessary to support a variety of
different operating systems to accommodate the heterogeneity of popular
applications. Thirdly, the performance overhead introduced by
virtualization should be small.

Xen uses a technique called paravirtualization: The guest OS is
modified, mainly to enhance performance.

The Xen hypervisor (microkernel) does not provide device drivers for
your hardware (except for CPU and memory). This job is left to the
kernel that's running in domain 0. Thus the domain 0 kernel is
privileged; it has full hardware access. It's started immediately after
Xen starts up. Other domains have no access to the hardware; instead
they use virtual interfaces that are provided by Xen (with the help of
the domain 0 kernel).

Xen does support booting other Operating Systems; ports of NetBSD
(Christian Limpach), FreeBSD (Kip Macy), and Plan 9 (Ron Minnich)
exist. A port of Windows XP was developed for an earlier version of
Xen, but is not available for release due to license restrictions.



Authors:
--------
    Ian Pratt <ian.pratt@cl.cam.ac.uk>

%package tools
License:        GPLv2+
Summary:        Xen Virtualization: Control tools for domain 0
Group:          System/Kernel
Requires:       xen-libs = %{version}
Requires:       bridge-utils multipath-tools python python-curses python-openssl python-pam python-xml pyxml
#Requires:      ipcalc
# subpackage existed in 10.3
Provides:       xen-tools-ioemu = 3.2
Obsoletes:      xen-tools-ioemu <= 3.2
AutoReqProv:    on

%description tools
Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

This package contains the control tools that allow you to start, stop,
migrate, and manage virtual machines.

Modern computers are sufficiently powerful to use virtualization to
present the illusion of many smaller virtual machines (VMs), each
running a separate operating system instance. Successful partitioning
of a machine to support the concurrent execution of multiple operating
systems poses several challenges. Firstly, virtual machines must be
isolated from one another: It is not acceptable for the execution of
one to adversely affect the performance of another. This is
particularly true when virtual machines are owned by mutually
untrusting users. Secondly, it is necessary to support a variety of
different operating systems to accommodate the heterogeneity of popular
applications. Thirdly, the performance overhead introduced by
virtualization should be small.

Xen uses a technique called paravirtualization: The guest OS is
modified, mainly to enhance performance.

The Xen hypervisor (microkernel) does not provide device drivers for
your hardware (except for CPU and memory). This job is left to the
kernel that's running in domain 0. Thus the domain 0 kernel is
privileged; it has full hardware access. It's started immediately after
Xen starts up. Other domains have no access to the hardware; instead
they use virtual interfaces that are provided by Xen (with the help of
the domain 0 kernel).

Xen does support booting other Operating Systems; ports of NetBSD
(Christian Limpach), FreeBSD (Kip Macy), and Plan 9 (Ron Minnich)
exist. A port of Windows XP was developed for an earlier version of
Xen, but is not available for release due to license restrictions.

In addition to this package you need to install kernel-xen and xen to
use Xen.



Authors:
--------
    Ian Pratt <ian.pratt@cl.cam.ac.uk>

%package tools-domU
License:        GPLv2+
Summary:        Xen Virtualization: Control tools for domain U
Group:          System/Kernel
Conflicts:      xen-tools
AutoReqProv:    on

%description tools-domU
Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

This package contains tools that allow unprivileged domains to query
the virtualized environment.



Authors:
--------
    Ian Pratt <ian.pratt@cl.cam.ac.uk>

%package devel
License:        GPLv2+
Summary:        Xen Virtualization: Headers and libraries for development
Group:          System/Kernel
Requires:       xen-libs = %{version}

%description devel
Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

This package contains the libraries and header files needed to create
tools to control virtual machines.

Modern computers are sufficiently powerful to use virtualization to
present the illusion of many smaller virtual machines (VMs), each
running a separate operating system instance. Successful partitioning
of a machine to support the concurrent execution of multiple operating
systems poses several challenges. Firstly, virtual machines must be
isolated from one another: It is not acceptable for the execution of
one to adversely affect the performance of another. This is
particularly true when virtual machines are owned by mutually
untrusting users. Secondly, it is necessary to support a variety of
different operating systems to accommodate the heterogeneity of popular
applications. Thirdly, the performance overhead introduced by
virtualization should be small.

Xen uses a technique called paravirtualization: The guest OS is
modified, mainly to enhance performance.

The Xen hypervisor (microkernel) does not provide device drivers for
your hardware (except for CPU and memory). This job is left to the
kernel that's running in domain 0. Thus the domain 0 kernel is
privileged; it has full hardware access. It's started immediately after
Xen starts up. Other domains have no access to the hardware; instead
they use virtual interfaces that are provided by Xen (with the help of
the domain 0 kernel).

Xen does support booting other Operating Systems; ports of NetBSD
(Christian Limpach), FreeBSD (Kip Macy), and Plan 9 (Ron Minnich)
exist. A port of Windows XP was developed for an earlier version of
Xen, but is not available for release due to license restrictions.



Authors:
--------
    Ian Pratt <ian.pratt@cl.cam.ac.uk>

%if %{?with_kmp}0

%package KMP
License:        GPLv2+
Group:          System/Kernel
Summary:        Xen para-virtual device drivers for fully virtualized guests
Conflicts:      xen

%description KMP
Xen para-virtual device drivers for fully virtualized guests

Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

This package contains the libraries and header files needed to create
tools to control virtual machines.

Modern computers are sufficiently powerful to use virtualization to
present the illusion of many smaller virtual machines (VMs), each
running a separate operating system instance. Successful partitioning
of a machine to support the concurrent execution of multiple operating
systems poses several challenges. Firstly, virtual machines must be
isolated from one another: It is not acceptable for the execution of
one to adversely affect the performance of another. This is
particularly true when virtual machines are owned by mutually
untrusting users. Secondly, it is necessary to support a variety of
different operating systems to accommodate the heterogeneity of popular
applications. Thirdly, the performance overhead introduced by
virtualization should be small.

Xen uses a technique called paravirtualization: The guest OS is
modified, mainly to enhance performance.

The Xen hypervisor (microkernel) does not provide device drivers for
your hardware (except for CPU and memory). This job is left to the
kernel that's running in domain 0. Thus the domain 0 kernel is
privileged; it has full hardware access. It's started immediately after
Xen starts up. Other domains have no access to the hardware; instead
they use virtual interfaces that are provided by Xen (with the help of
the domain 0 kernel).

Xen does support booting other Operating Systems; ports of NetBSD
(Christian Limpach), FreeBSD (Kip Macy), and Plan 9 (Ron Minnich)
exist. A port of Windows XP was developed for an earlier version of
Xen, but is not available for release due to license restrictions.



%endif

%package doc-html
License:        GPLv2+
Summary:        Xen Virtualization: HTML documentation
Group:          Documentation/HTML

%description doc-html
Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

xen-doc-html contains the online documentation in HTML format. Point
your browser at file:/usr/share/doc/packages/xen/html/



Authors:
--------
    Ian Pratt <ian.pratt@cl.cam.ac.uk>

%package doc-pdf
License:        GPLv2+
Summary:        Xen Virtualization: PDF documentation
Group:          Documentation/Other

%description doc-pdf
Xen is a virtual machine monitor for x86 that supports execution of
multiple guest operating systems with unprecedented levels of
performance and resource isolation.

xen-doc-pdf contains the online documentation in PDF format. Use
xpdf/kpdf/gpdf/gv/... to read the files in
/usr/share/doc/packages/xen/pdf/



Authors:
--------
    Ian Pratt <ian.pratt@cl.cam.ac.uk>

%prep
%setup -q -n %xen_build_dir
%patch0 -p1
%patch1 -p1
%patch2 -p1
%patch3 -p1
%patch4 -p1
%patch5 -p1
%patch6 -p1
%patch7 -p1
%patch8 -p1
%patch9 -p1
%patch10 -p1
%patch11 -p1
%patch12 -p1
%patch13 -p1
%patch14 -p1
%patch15 -p1
%patch16 -p1
%patch17 -p1
%patch18 -p1
%patch19 -p1
%patch20 -p1
%patch21 -p1
%patch22 -p1
%patch23 -p1
%patch24 -p1
%patch25 -p1
%patch26 -p1
%patch27 -p1
%patch28 -p1
%patch300 -p1
%patch301 -p1
%patch302 -p1
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%patch304 -p1
%patch305 -p1
%patch306 -p1
%patch307 -p1
%patch308 -p1
%patch309 -p1
%patch310 -p1
%patch311 -p1
%patch312 -p1
%patch313 -p1
%patch314 -p1
%patch315 -p1
%patch316 -p1
%patch317 -p1
#%patch320 -p1
#%patch321 -p1
%patch322 -p1
%patch323 -p1
%patch324 -p1
%patch325 -p1
%patch326 -p1
%patch327 -p1
%patch328 -p1
%patch329 -p1
%patch330 -p1
%patch340 -p1
%patch341 -p1
%patch342 -p1
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%patch344 -p1
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%patch348 -p1
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%patch353 -p1
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%patch364 -p1
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%patch400 -p1
%patch401 -p1
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%patch410 -p1
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%patch428 -p1
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%patch430 -p1
%patch431 -p1
%patch450 -p1
%patch500 -p1
%patch501 -p1
%patch502 -p1
%patch503 -p1
%patch504 -p1
%patch505 -p1
%patch506 -p1
%patch507 -p1
%patch508 -p1
%patch509 -p1
%patch510 -p1
%patch511 -p1
%patch512 -p1
%patch650 -p1
%patch651 -p1
%patch700 -p1
%patch701 -p1
%patch702 -p1
%patch703 -p1
%patch999 -p1

%build
XEN_EXTRAVERSION=%version-%release
XEN_EXTRAVERSION=${XEN_EXTRAVERSION#%{xvers}}
sed -i "s/XEN_EXTRAVERSION[\t ]*.=.*\$/XEN_EXTRAVERSION  = $XEN_EXTRAVERSION/" xen/Makefile
sed -i "s/XEN_CHANGESET[\t ]*=.*\$/XEN_CHANGESET     = %{changeset}/" xen/Makefile
RPM_OPT_FLAGS=${RPM_OPT_FLAGS//-fstack-protector/}
export CFLAGS="${RPM_OPT_FLAGS}"
export RPM_OPT_FLAGS
make -C tools/include/xen-foreign
make tools docs
cd tools/debugger/gdb
# there are code problems that don't pass the 02-check-gcc-output, hence bitbucket
./gdbbuild 1>/dev/null 2>/dev/null
cd ../../..
%if %{?with_kmp}0
# pv driver modules
export XL=/usr/src/linux
export XEN=/usr/src/linux/include/xen
mkdir -p obj
for flavor in %flavors_to_build; do
    rm -rf obj/$flavor
    cp -r unmodified_drivers/linux-2.6 obj/$flavor
    cd obj/$flavor
    ./mkbuildtree
    make -C /usr/src/linux-obj/%_target_cpu/$flavor modules \
        M=$PWD
    cd ../..
done
%endif

%install
test ! -z "$RPM_BUILD_ROOT" -a "$RPM_BUILD_ROOT" != "/" && rm -rf $RPM_BUILD_ROOT
export CFLAGS="$RPM_OPT_FLAGS" 
export RPM_OPT_FLAGS
install_xen()
{
    local ext=""
    if [ -n "$1" ]; then
        ext="-$1"
        mv $RPM_BUILD_ROOT/boot/xen-%{version}-%{release}.gz \
           $RPM_BUILD_ROOT/boot/xen${ext}-%{version}-%{release}.gz
        mv $RPM_BUILD_ROOT/boot/xen-syms-%{version}-%{release} \
           $RPM_BUILD_ROOT/boot/xen-syms${ext}-%{version}-%{release}
    fi
    rm $RPM_BUILD_ROOT/boot/xen-%{xvers}.gz
    rm $RPM_BUILD_ROOT/boot/xen-%{xvermaj}.gz
    rm $RPM_BUILD_ROOT/boot/xen.gz
    # Do not link to links; grub cannot follow.
    ln -s xen${ext}-%{version}-%{release}.gz $RPM_BUILD_ROOT/boot/xen${ext}-%{xvers}.gz
    ln -s xen${ext}-%{version}-%{release}.gz $RPM_BUILD_ROOT/boot/xen${ext}-%{xvermaj}.gz
    ln -s xen${ext}-%{version}-%{release}.gz $RPM_BUILD_ROOT/boot/xen${ext}.gz
    ln -sf xen-syms${ext}-%{version}-%{release} $RPM_BUILD_ROOT/boot/xen-syms${ext}
}
make -C xen install max_phys_cpus=%{max_cpus} pae=%{pae_enabled} debug=y crash_debug=y DESTDIR=$RPM_BUILD_ROOT
install_xen dbg
make -C xen clean
make -C xen install max_phys_cpus=%{max_cpus} pae=%{pae_enabled} debug=n crash_debug=n DESTDIR=$RPM_BUILD_ROOT
install_xen
make -C xen clean
export CFLAGS="$RPM_OPT_FLAGS"
export RPM_OPT_FLAGS
make -C tools/include/xen-foreign
# tools
export XEN_PYTHON_NATIVE_INSTALL=1
make -C tools install \
    DESTDIR=$RPM_BUILD_ROOT MANDIR=%{_mandir}
cp tools/debugger/gdb/gdb-6.2.1-linux-i386-xen/gdb/gdbserver/gdbserver-xen $RPM_BUILD_ROOT/usr/bin/gdbserver-xen
rm -f $RPM_BUILD_ROOT/usr/sbin/{qcow-create,img2qcow,qcow2raw}
make -C tools/misc/serial-split install \
    DESTDIR=$RPM_BUILD_ROOT MANDIR=%{_mandir}
%ifarch x86_64
mkdir -p $RPM_BUILD_ROOT/${_libdir}/xen/bin/
ln -s /usr/lib/xen/bin/qemu-dm $RPM_BUILD_ROOT/%{_libdir}/xen/bin/qemu-dm
%endif
%if %{?with_kmp}0
# pv driver modules
export INSTALL_MOD_PATH=$RPM_BUILD_ROOT
export INSTALL_MOD_DIR=updates
for flavor in %flavors_to_build; do
    make -C /usr/src/linux-obj/%_target_cpu/$flavor modules_install \
        M=$PWD/obj/$flavor
done
mkdir -p $RPM_BUILD_ROOT/etc/modprobe.d
install -m644 %SOURCE19 $RPM_BUILD_ROOT/etc/modprobe.d/xen_pvdrivers.conf
%endif
# docs
make -C docs install \
    DESTDIR=$RPM_BUILD_ROOT MANDIR=%{_mandir} \
    DOCDIR=%{_defaultdocdir}/xen
for name in COPYING %SOURCE2 %SOURCE3 %SOURCE4; do 
    install -m 644 $name $RPM_BUILD_ROOT/%{_defaultdocdir}/xen/
done
mkdir -p $RPM_BUILD_ROOT/%{_defaultdocdir}/xen/misc
for name in vtpm.txt crashdb.txt sedf_scheduler_mini-HOWTO.txt; do
    install -m 644 docs/misc/$name $RPM_BUILD_ROOT/%{_defaultdocdir}/xen/misc/
done
# init scripts
mkdir -p $RPM_BUILD_ROOT/etc/init.d
install %SOURCE5 $RPM_BUILD_ROOT/etc/init.d/xend
ln -s /etc/init.d/xend $RPM_BUILD_ROOT/usr/sbin/rcxend
install %SOURCE6 $RPM_BUILD_ROOT/etc/init.d/xendomains
ln -s /etc/init.d/xendomains $RPM_BUILD_ROOT/usr/sbin/rcxendomains
mkdir -p $RPM_BUILD_ROOT/etc/modprobe.d
install -m644 %SOURCE18 $RPM_BUILD_ROOT/etc/modprobe.d/xen_loop.conf
# example config
mkdir -p $RPM_BUILD_ROOT/etc/xen/{vm,examples,scripts}
mv $RPM_BUILD_ROOT/etc/xen/xmexample* $RPM_BUILD_ROOT/etc/xen/examples
rm -f $RPM_BUILD_ROOT/etc/xen/examples/*nbd
install -m644 %SOURCE9 %SOURCE10 $RPM_BUILD_ROOT/etc/xen/examples/
# scripts
rm -f $RPM_BUILD_ROOT/etc/xen/scripts/block-*nbd
install -m755 %SOURCE11 %SOURCE12 %SOURCE13 %SOURCE14 %SOURCE15 %SOURCE16 %SOURCE17 %SOURCE21 $RPM_BUILD_ROOT/etc/xen/scripts/
ln -s /etc/xen/scripts/vm-monitor $RPM_BUILD_ROOT/etc/xen/scripts/set-lock
# Xen API remote authentication files
install -d $RPM_BUILD_ROOT/etc/pam.d
install -m644 %SOURCE23 $RPM_BUILD_ROOT/etc/pam.d/xen-api
install -m644 %SOURCE24 $RPM_BUILD_ROOT/etc/xen/
# sysconfig hook for Xen
mkdir -p $RPM_BUILD_ROOT/etc/sysconfig/network/scripts
mkdir -p $RPM_BUILD_ROOT/etc/sysconfig/network/if-up.d
mkdir -p $RPM_BUILD_ROOT/etc/sysconfig/network/if-down.d
install -m755 %SOURCE25 $RPM_BUILD_ROOT/etc/sysconfig/network/scripts
ln -s /etc/sysconfig/network/scripts/xen-updown.sh $RPM_BUILD_ROOT/etc/sysconfig/network/if-up.d/xen
ln -s /etc/sysconfig/network/scripts/xen-updown.sh $RPM_BUILD_ROOT/etc/sysconfig/network/if-down.d/xen
# logrotate
install -m644 -D %SOURCE7 $RPM_BUILD_ROOT/etc/logrotate.d/xen
# directories
mkdir -p $RPM_BUILD_ROOT/var/lib/xenstored
mkdir -p $RPM_BUILD_ROOT/var/lib/xen/images
mkdir -p $RPM_BUILD_ROOT/var/lib/xen/jobs
mkdir -p $RPM_BUILD_ROOT/var/lib/xen/save
mkdir -p $RPM_BUILD_ROOT/var/lib/xen/dump
mkdir -p $RPM_BUILD_ROOT/var/lib/xen/xend-db/domain
mkdir -p $RPM_BUILD_ROOT/var/lib/xen/xend-db/migrate
mkdir -p $RPM_BUILD_ROOT/var/lib/xen/xend-db/vnet
mkdir -p $RPM_BUILD_ROOT/var/log/xen
mkdir -p $RPM_BUILD_ROOT/var/run/xenstored
ln -s /var/lib/xen/images $RPM_BUILD_ROOT/etc/xen/images
# Bootloader
install -m755 %SOURCE8 $RPM_BUILD_ROOT/usr/lib/xen/boot/
# udev support
mkdir -p $RPM_BUILD_ROOT/etc/udev/rules.d
mv $RPM_BUILD_ROOT/etc/udev/rules.d/xen-backend.rules $RPM_BUILD_ROOT/etc/udev/rules.d/40-xen.rules
mv $RPM_BUILD_ROOT/etc/udev/rules.d/xend.rules $RPM_BUILD_ROOT/etc/udev/rules.d/40-xend.rules
#%find_lang xen-vm  # po files are misnamed upstream
# Clean up unpackaged files
rm -rf $RPM_BUILD_ROOT/%{_datadir}/doc/xen/qemu/
rm -f  $RPM_BUILD_ROOT/%{_datadir}/doc/qemu/qemu-*
rm -rf $RPM_BUILD_ROOT/%{_defaultdocdir}/xen/ps
rm -rf $RPM_BUILD_ROOT/usr/share/xen/man/man1/qemu/qemu*
rm -f  $RPM_BUILD_ROOT/usr/share/xen/qemu/openbios-sparc32
rm -f  $RPM_BUILD_ROOT/usr/share/xen/qemu/openbios-sparc64
rm -f  $RPM_BUILD_ROOT/usr/share/xen/qemu/openbios-ppc
rm -f  $RPM_BUILD_ROOT/usr/sbin/netfix
#rm -f  $RPM_BUILD_ROOT/%pysite/*.egg-info
rm -f  $RPM_BUILD_ROOT/%{_libdir}/python%{pyver}/site-packages/*.egg-info
rm -rf $RPM_BUILD_ROOT/html
rm -rf $RPM_BUILD_ROOT/usr/share/doc/xen/README.*
rm -f  $RPM_BUILD_ROOT/usr/share/xen/create.dtd
rm -f  $RPM_BUILD_ROOT/%{_libdir}/xen/bin/qemu-dm.debug
rm -f  $RPM_BUILD_ROOT/%{_bindir}/qemu-img-xen
rm -f  $RPM_BUILD_ROOT/%{_bindir}/qemu-nbd-xen
# FATE feature for remus rejected
rm -f  $RPM_BUILD_ROOT/%{_bindir}/remus
rm -rf $RPM_BUILD_ROOT/%{_libdir}/python%{pyver}/site-packages/xen/remus
# This is necessary because of the build of libconfig for libxl
#rm -rf  $RPM_BUILD_ROOT/$RPM_BUILD_ROOT

%files
%defattr(-,root,root)
/boot/xen-%{version}-%{release}.gz
/boot/xen-%{xvermaj}.gz
/boot/xen-%{xvers}.gz
/boot/xen-dbg-%{version}-%{release}.gz
/boot/xen-dbg-%{xvermaj}.gz
/boot/xen-dbg-%{xvers}.gz
/boot/xen-dbg.gz
/boot/xen-syms
/boot/xen-syms-%{version}-%{release}
/boot/xen-syms-dbg
/boot/xen-syms-dbg-%{version}-%{release}
/boot/xen.gz

%files libs
%defattr(-,root,root)
%{_libdir}/fs/
%{_libdir}/libblktap.so.*
%{_libdir}/libflask.so.*
%{_libdir}/libfsimage.so.*
%{_libdir}/libxen*.so.*
%{_libdir}/libvhd.so.*

%files tools
%defattr(-,root,root)
#/usr/bin/lomount
/usr/bin/xencons
/usr/bin/xenstore*
/usr/bin/xentrace*
/usr/bin/pygrub
#/usr/bin/qemu-img-xen
#/usr/bin/qemu-nbd-xen
/usr/bin/tapdisk-ioemu
/usr/bin/gdbserver-xen
#/usr/bin/remus
/usr/sbin/blktapctrl
/usr/sbin/flask-loadpolicy
/usr/sbin/flask-getenforce
/usr/sbin/flask-setenforce
/usr/sbin/rcxend
/usr/sbin/rcxendomains
/usr/sbin/tapdisk
/usr/sbin/xen*
/usr/sbin/xm
/usr/sbin/xsview
/usr/sbin/fs-backend
/usr/sbin/gtracestat
/usr/sbin/gtraceview
/usr/sbin/lock-util
/usr/sbin/tapdisk-client
/usr/sbin/tapdisk-diff
/usr/sbin/tapdisk-stream
/usr/sbin/tapdisk2
/usr/sbin/td-util
/usr/sbin/vhd-update
/usr/sbin/vhd-util
%dir %{_libdir}/xen
%dir %{_libdir}/xen/bin
%ifarch x86_64
%dir /usr/lib/xen
%dir /usr/lib/xen/bin
%endif
%dir /usr/lib/xen/boot
#%{_datadir}/xen/*.dtd
%{_libdir}/xen/bin/readnotes
%{_libdir}/xen/bin/xc_restore
%{_libdir}/xen/bin/xc_save
%{_libdir}/xen/bin/xenconsole
%{_libdir}/xen/bin/xenctx
%{_libdir}/xen/bin/lsevtchn
%{_libdir}/xen/bin/imqebt
%{_mandir}/man1/*.1.gz
%{_mandir}/man5/*.5.gz
%{_mandir}/man8/*.8.gz
/var/adm/fillup-templates/*
%dir /var/lib/xen
%dir %attr(700,root,root) /var/lib/xen/images
%dir %attr(700,root,root) /var/lib/xen/save
%dir %attr(700,root,root) /var/lib/xen/dump
%dir /var/lib/xen/xend-db
%dir /var/lib/xen/xend-db/domain
%dir /var/lib/xen/xend-db/migrate
%dir /var/lib/xen/xend-db/vnet
%dir /var/lib/xenstored
%dir /var/log/xen
%dir /var/run/xenstored
/etc/init.d/xend
/etc/init.d/xendomains
%config /etc/logrotate.d/xen
%dir %attr(700,root,root) /etc/xen
/etc/xen/auto
%config /etc/xen/examples
/etc/xen/images
/etc/xen/scripts
#/etc/xen/scripts/qemu-ifup
/etc/xen/README*
%config /etc/xen/vm
%config /etc/xen/*.sxp
%config /etc/xen/*.xml
%config(noreplace) /etc/xen/xenapiusers
%config /etc/pam.d/xen-api
%config /etc/modprobe.d/xen_loop.conf
%dir /etc/modprobe.d
%dir /etc/udev
%dir /etc/udev/rules.d
/etc/udev/rules.d/40-xen.rules
/etc/udev/rules.d/40-xend.rules
/etc/sysconfig/network/scripts/xen-updown.sh
/etc/sysconfig/network/if-up.d/xen
/etc/sysconfig/network/if-down.d/xen
%dir %{_defaultdocdir}/xen
%{_defaultdocdir}/xen/COPYING
%{_defaultdocdir}/xen/README.SuSE
%{_defaultdocdir}/xen/boot.local.xenU
%{_defaultdocdir}/xen/boot.xen
%{_defaultdocdir}/xen/misc
#%dir %pysite/xen
%dir %{_libdir}/python%{pyver}/site-packages/xen
#%dir %pysite/grub
%dir %{_libdir}/python%{pyver}/site-packages/grub
# formerly tools-ioemu
%dir %{_datadir}/xen
%dir %{_datadir}/xen/man
%dir %{_datadir}/xen/man/man1
%dir %{_datadir}/xen/man/man8
%dir %{_datadir}/xen/qemu
#%dir %{_datadir}/xen/qemu/keymaps
%{_datadir}/xen/qemu/*
%{_datadir}/xen/man/man1/*
%{_datadir}/xen/man/man8/*
%{_libdir}/xen/bin/qemu-dm
%ifarch x86_64
/usr/lib/xen/bin/qemu-dm
/usr/lib64/xen/bin/xc_kexec
%else
/usr/lib/xen/bin/xc_kexec
%endif
/usr/lib/xen/boot/hvmloader
#%pysite/xen/*
%{_libdir}/python%{pyver}/site-packages/xen/*
/usr/lib/xen/boot/domUloader.py
#%pysite/grub/*
%{_libdir}/python%{pyver}/site-packages/grub/*
#%pysite/fsimage.so
%{_libdir}/python%{pyver}/site-packages/fsimage.so

%files tools-domU
%defattr(-,root,root)
/usr/bin/xen-detect
/bin/domu-xenstore
/bin/xenstore-*

%files devel
%defattr(-,root,root)
%{_libdir}/libblktap.a
%{_libdir}/libblktap.so
%{_libdir}/libflask.a
%{_libdir}/libflask.so
%{_libdir}/libfsimage.so
%{_libdir}/libxen*.a
%{_libdir}/libxen*.so
%{_libdir}/libvhd.a
%{_libdir}/libvhd.so
/usr/bin/serial-split
/usr/include/blktaplib.h
/usr/include/fsimage*
/usr/include/xen*.h
/usr/include/xen/
/usr/include/xs.h
/usr/include/xs_lib.h

%files doc-html
%defattr(-,root,root)
%{_defaultdocdir}/xen/html

%files doc-pdf
%defattr(-,root,root)
%{_defaultdocdir}/xen/pdf

%clean
#test ! -z "$RPM_BUILD_ROOT" -a "$RPM_BUILD_ROOT" != "/" && rm -rf $RPM_BUILD_ROOT
#rm -rf $RPM_BUILD_DIR/%xen_build_dir

%post tools
%{fillup_and_insserv -y -n xend xend}
%{fillup_and_insserv -y -n xendomains xendomains}
if [ -f /usr/bin/qemu-img ]; then
    if [ -f /usr/bin/qemu-img-xen ]; then
        rm /usr/bin/qemu-img-xen
    fi
    ln -s /usr/bin/qemu-img /usr/bin/qemu-img-xen
fi
if [ -f /usr/bin/qemu-nbd ]; then
    if [ -f /usr/bin/qemu-nbd-xen ]; then
        rm /usr/bin/qemu-nbd-xen
    fi
    ln -s /usr/bin/qemu-nbd /usr/bin/qemu-nbd-xen
fi

%preun tools
%{stop_on_removal xendomains xend}

%postun tools
%{restart_on_update xend}
%{insserv_cleanup}
if [ -f /usr/bin/qemu-img-xen ]; then
    rm /usr/bin/qemu-img-xen
fi
if [ -f /usr/bin/qemu-nbd-xen ]; then
    rm /usr/bin/qemu-nbd-xen
fi

%post libs
/sbin/ldconfig

%postun libs
/sbin/ldconfig

%changelog