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lvm2/udev/Makefile.in

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dummy makefile for now to keep builds happy
2009-07-31 22:41:19 +04:00
#
Update install rules for udev. Fix unwanted modification of $(top_builddir)/make.tmpl. Using dependency rules to install rules for udev. There is minor problem, with concurent usage of builddir and srcdir could lead to missuse of 10-dm.rules which could be found in VPATH from different builddir. However current solution uses intermediate target so the generated 10-dm.rules exists only for short period of time during make install execution.
2010-04-10 01:44:28 +04:00
# Copyright (C) 2009-2010 Red Hat, Inc. All rights reserved.
dummy makefile for now to keep builds happy
2009-07-31 22:41:19 +04:00
#
# This file is part of LVM2.
#
# This copyrighted material is made available to anyone wishing to use,
# modify, copy, or redistribute it subject to the terms and conditions
# of the GNU General Public License v.2.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software Foundation,
# Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
Allow for a build directory separate from the source.
2009-10-02 23:10:31 +04:00
srcdir = @srcdir@
top_srcdir = @top_srcdir@
top_builddir = @top_builddir@
Add default udev rules. Update dm-ioctl.h comments.
2009-08-03 22:44:54 +04:00
udev: udev rules cleanup Remove executable path detection in udev rules and use sbindir that is configured, but still provide the original functionality by means of 'configure --enable-udev-rule-exec-detection'. Normally, the exec path for the tools called in udev rules should not differ from the sbindir used, however, there are cases this is necessary. For example different environments could be assembled in a way that these path differ for some reason (distribution installer, initrd ...). This functionality is kept for compatibility only. Any environment moving the binaries around and using different paths should be fixed eventually!
2012-06-22 13:50:02 +04:00
include $(top_builddir)/make.tmpl
vpath %.rules $(srcdir)
Several changes to udev support code: - we have these levels when the udev rules are processed: 10-dm.rules --> [11-dm-<subsystem>.rules] --> [12-dm-permissions.rules] --> 13-dm-disk.rules --> [...all the other foreign rules...] --> 95-dm-notify.rules - each level can be disabled now by DM_UDEV_DISABLE_{DM, SUBSYSTEM, DISK, OTHER}_RULES_FLAG - add DM_UDEV_DISABLE_DM_RULES_FLAG to disable 10-dm.rules - add DM_UDEV_DISABLE_OTHER_RULES_FLAG to disable all the other (non-dm) rules. We cutoff these rules by using the 'last_rule', so this one should really be used with great care and in well-founded situations. We use this for lvm's hidden and layer devices now. - add a parameter for add_dev_node, rm_dev_node and rename_dev_node so it's possible to switch on/off udev checks - use DM_UDEV_DISABLE_DM_RULES_FLAG and DM_UDEV_DISABLE_SUBSYSTEM_RULES_FLAG if there's no cookie set and we have resume, remove and rename ioctl. This could happen when someone uses the libdevmapper that is compiled with udev_sync but the software does not make use of it. This way we can switch off the rules and fallback to libdevmapper node creation so there's no udev/libdevmapper race.
2009-10-26 17:29:33 +03:00
DM_RULES=10-dm.rules 13-dm-disk.rules 95-dm-notify.rules
LVM_RULES=11-dm-lvm.rules
Add skeleton for lvmetad udev rules - 69-dm-lvm-metad.rules. Why using the order 69: - Storage processing in general happens in 60-persistent-storage.rules, including the blkid call that adds some usable information we can use for filtering and speedup (these rules are part of upstream udev and the order is preserved on most distros) - There's still some other storage-related processing done after 60-persistent-storage.rules in general. These might add some detailed storage-related information we might use to filter devices effectively (e.g. MD udev rules, ...). - We need lvmetad rules to be processed before any consumers can use the output - so the metadata cache is ready soon enough (e.g. udisks rules). - There's no official (upstream udev) document about assigning the order, so this number is chosen in best belief it will suit all scenarios.
2012-02-24 13:53:12 +04:00
ifeq ("@BUILD_LVMETAD@", "yes")
LVM_RULES+=69-dm-lvm-metad.rules
endif
udev: udev rules cleanup Remove executable path detection in udev rules and use sbindir that is configured, but still provide the original functionality by means of 'configure --enable-udev-rule-exec-detection'. Normally, the exec path for the tools called in udev rules should not differ from the sbindir used, however, there are cases this is necessary. For example different environments could be assembled in a way that these path differ for some reason (distribution installer, initrd ...). This functionality is kept for compatibility only. Any environment moving the binaries around and using different paths should be fixed eventually!
2012-06-22 13:50:02 +04:00
DM_DIR=$(shell grep "\#define DM_DIR" $(top_srcdir)/libdm/misc/dm-ioctl.h | awk '{print $$3}')
ifeq ("@UDEV_RULE_EXEC_DETECTION@", "yes")
SBIN=\$$env{DM_SBIN_PATH}
DM_EXEC_RULE=ENV{DM_SBIN_PATH}=\"\/sbin\"\\nTEST!=\"\$$env{DM_SBIN_PATH}\/dmsetup\", ENV{DM_SBIN_PATH}=\"\/usr\/sbin\"
DM_EXEC=\$$env{DM_SBIN_PATH}
LVM_EXEC_RULE=ENV{LVM_SBIN_PATH}=\"\/sbin\"\\nTEST!=\"\$$env{LVM_SBIN_PATH}\/lvm\", ENV{LVM_SBIN_PATH}=\"\/usr\/sbin\"
LVM_EXEC=\$$env{LVM_SBIN_PATH}
Call built-in blkid conditionaly (udev version >= 176), call standard blkid with full path otherwise.
2012-02-20 23:38:40 +04:00
else
udev: udev rules cleanup Remove executable path detection in udev rules and use sbindir that is configured, but still provide the original functionality by means of 'configure --enable-udev-rule-exec-detection'. Normally, the exec path for the tools called in udev rules should not differ from the sbindir used, however, there are cases this is necessary. For example different environments could be assembled in a way that these path differ for some reason (distribution installer, initrd ...). This functionality is kept for compatibility only. Any environment moving the binaries around and using different paths should be fixed eventually!
2012-06-22 13:50:02 +04:00
SBIN="@sbindir@"
DM_EXEC_RULE=""
DM_EXEC=${SBIN}
LVM_EXEC_RULE=""
LVM_EXEC=${SBIN}
Call built-in blkid conditionaly (udev version >= 176), call standard blkid with full path otherwise.
2012-02-20 23:38:40 +04:00
endif
udev: udev rules cleanup Remove executable path detection in udev rules and use sbindir that is configured, but still provide the original functionality by means of 'configure --enable-udev-rule-exec-detection'. Normally, the exec path for the tools called in udev rules should not differ from the sbindir used, however, there are cases this is necessary. For example different environments could be assembled in a way that these path differ for some reason (distribution installer, initrd ...). This functionality is kept for compatibility only. Any environment moving the binaries around and using different paths should be fixed eventually!
2012-06-22 13:50:02 +04:00
ifeq ("@UDEV_HAS_BUILTIN_BLKID@", "yes")
BLKID_RULE=IMPORT{builtin}=\"blkid\"
else
BLKID_RULE=IMPORT{program}=\"${SBIN}\/blkid -o udev -p \$$tempnode\"
endif
Use vpath instead of VPATH. Usage of VPATH makes troubles when used within $(builddir). Not only source files are being found through VPATH, but targets as well. (make --debug=v) Thus if user builds the code in $(srcdir) and also in some $(builddir) he gets mangled results as some generated files (i.e. .export.sym) are 'reused' from $(srcdir) instead of $(builddir). This patch switches to use vpath were we could explicitly name suffixes that should be looked via vpath - we must take care, we do not generate files with these suffixes: .c, .in, .po, .exported_symbols
2010-04-10 01:34:25 +04:00
udev+systemd: make pvscan --cache -aay run as systemd background job from udev The new lvm2-pvscan@.service is responsible for on-demand execution of "pvscan --cache --activate ay" which causes lvmetad to be updated and LVM activation done if the VG is complete. Also, use udev-systemd mechanism to instantiate the job as the lvm2-pvscan@$devnode.service on each newly appeared PV in the system. This prevents the background job to be killed (that would happen if it was directly forked from udev rule - this behaviour is seen in recent versions of udev with the help of systemd that can track detached processes - the detached process would still be in the same cgroup). To enable this official udev-systemd protocol for instantiating background jobs, use new --enable-udev-systemd-background-jobs configure switch (it's disabled by default). This option is highly recommended wherever systemd is used!
2013-10-18 13:07:21 +04:00
ifeq ("@UDEV_SYSTEMD_BACKGROUND_JOBS@", "yes")
udev: run pvscan --cache via systemd-run in udev if the PV label is detected lost If the PV label is lost (e.g. by doing a dd on the device), call "systemd-run pvscan --cache <major>:<minor>" in 69-dm-lvm-metad.rules to inform lvmetad about this state. The reason for this is that ENV{SYSTEMD_WANTS}="lvm2-pvscan@<major>:<minor>" logic will not cause the pvscan to be fired in this case since this works only on proper device addition/removal cycle - the lvm2-pvscan service's ExecStop is called only on proper REMOVE event - the service is bound to device existence. Hence we need pvscan call via systemd-run (that instantiates a quick transient service just to call the command). See also https://bugzilla.redhat.com/show_bug.cgi?id=1063813.
2014-03-05 17:25:08 +04:00
PVSCAN_RULE=ACTION\!=\"remove\", ENV{LVM_PV_GONE}==\"1\", RUN\+=\"@bindir@/systemd-run $(LVM_EXEC)\/lvm pvscan --cache \$$major\:\$$minor\", GOTO=\"lvm_end\"\nENV{SYSTEMD_ALIAS}=\"\/dev\/block\/\$$major:\$$minor\"\nENV{ID_MODEL}=\"LVM PV \$$env{ID_FS_UUID_ENC} on \/dev\/\$$name\"\nENV{SYSTEMD_WANTS}=\"lvm2-pvscan@\$$major:\$$minor.service\"
udev+systemd: make pvscan --cache -aay run as systemd background job from udev The new lvm2-pvscan@.service is responsible for on-demand execution of "pvscan --cache --activate ay" which causes lvmetad to be updated and LVM activation done if the VG is complete. Also, use udev-systemd mechanism to instantiate the job as the lvm2-pvscan@$devnode.service on each newly appeared PV in the system. This prevents the background job to be killed (that would happen if it was directly forked from udev rule - this behaviour is seen in recent versions of udev with the help of systemd that can track detached processes - the detached process would still be in the same cgroup). To enable this official udev-systemd protocol for instantiating background jobs, use new --enable-udev-systemd-background-jobs configure switch (it's disabled by default). This option is highly recommended wherever systemd is used!
2013-10-18 13:07:21 +04:00
else
PVSCAN_RULE=RUN\+\=\"$(LVM_EXEC)/lvm pvscan --background --cache --activate ay --major \$$major --minor \$$minor\", ENV{LVM_SCANNED}=\"1\"
endif
Update install rules for udev. Fix unwanted modification of $(top_builddir)/make.tmpl. Using dependency rules to install rules for udev. There is minor problem, with concurent usage of builddir and srcdir could lead to missuse of 10-dm.rules which could be found in VPATH from different builddir. However current solution uses intermediate target so the generated 10-dm.rules exists only for short period of time during make install execution.
2010-04-10 01:44:28 +04:00
%.rules: %.rules.in
udev+systemd: make pvscan --cache -aay run as systemd background job from udev The new lvm2-pvscan@.service is responsible for on-demand execution of "pvscan --cache --activate ay" which causes lvmetad to be updated and LVM activation done if the VG is complete. Also, use udev-systemd mechanism to instantiate the job as the lvm2-pvscan@$devnode.service on each newly appeared PV in the system. This prevents the background job to be killed (that would happen if it was directly forked from udev rule - this behaviour is seen in recent versions of udev with the help of systemd that can track detached processes - the detached process would still be in the same cgroup). To enable this official udev-systemd protocol for instantiating background jobs, use new --enable-udev-systemd-background-jobs configure switch (it's disabled by default). This option is highly recommended wherever systemd is used!
2013-10-18 13:07:21 +04:00
$(SED) -e "s+(DM_DIR)+$(DM_DIR)+;s+(BLKID_RULE)+$(BLKID_RULE)+;s+(PVSCAN_RULE)+$(PVSCAN_RULE)+;s+(DM_EXEC_RULE)+$(DM_EXEC_RULE)+;s+(DM_EXEC)+$(DM_EXEC)+;s+(LVM_EXEC_RULE)+$(LVM_EXEC_RULE)+;s+(LVM_EXEC)+$(LVM_EXEC)+;" $< >$@
Add default udev rules. Update dm-ioctl.h comments.
2009-08-03 22:44:54 +04:00
Update install rules for udev. Fix unwanted modification of $(top_builddir)/make.tmpl. Using dependency rules to install rules for udev. There is minor problem, with concurent usage of builddir and srcdir could lead to missuse of 10-dm.rules which could be found in VPATH from different builddir. However current solution uses intermediate target so the generated 10-dm.rules exists only for short period of time during make install execution.
2010-04-10 01:44:28 +04:00
%_install: %.rules
$(INSTALL_DATA) -D $< $(udevdir)/$(<F)
makefiles: compile files on make Make install should install already compiled/generated files.
2014-04-17 12:07:17 +04:00
all: $(DM_RULES) $(LVM_RULES)
CLEAN_TARGETS = $(DM_RULES) $(LVM_RULES)
Update install rules for udev. Fix unwanted modification of $(top_builddir)/make.tmpl. Using dependency rules to install rules for udev. There is minor problem, with concurent usage of builddir and srcdir could lead to missuse of 10-dm.rules which could be found in VPATH from different builddir. However current solution uses intermediate target so the generated 10-dm.rules exists only for short period of time during make install execution.
2010-04-10 01:44:28 +04:00
install_device-mapper: $(DM_RULES:.rules=_install)
install_lvm2: $(LVM_RULES:.rules=_install)
Add default udev rules. Update dm-ioctl.h comments.
2009-08-03 22:44:54 +04:00
install: install_lvm2 install_device-mapper
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