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db2b65704c
Make the clustered testing using cluster locking for most of the tests. Use exclusive activation for mirrors and snapshot origins.
132 lines
3.9 KiB
Bash
132 lines
3.9 KiB
Bash
#!/bin/sh
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# Copyright (C) 2010 Red Hat, Inc. All rights reserved.
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#
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# This copyrighted material is made available to anyone wishing to use,
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# modify, copy, or redistribute it subject to the terms and conditions
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# of the GNU General Public License v.2.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software Foundation,
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# Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
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. lib/test
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which mkfs.ext3 || skip
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check_logical_block_size() {
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local DEV_=$(cat SCSI_DEBUG_DEV)
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# Verify logical_block_size - requires Linux >= 2.6.31
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SYSFS_LOGICAL_BLOCK_SIZE=$(echo /sys/block/$(basename $DEV_)/queue/logical_block_size)
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if [ -f "$SYSFS_LOGICAL_BLOCK_SIZE" ] ; then
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ACTUAL_LOGICAL_BLOCK_SIZE=$(cat $SYSFS_LOGICAL_BLOCK_SIZE)
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test $ACTUAL_LOGICAL_BLOCK_SIZE = $1
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fi
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}
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check_optimal_io_size() {
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local DEV_=$(cat SCSI_DEBUG_DEV)
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# Verify optimal_io_size
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SYSFS_OPTIMAL_IO_SIZE=$(echo /sys/block/$(basename $DEV_)/queue/optimal_io_size)
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if [ -f "$SYSFS_OPTIMAL_IO_SIZE" ] ; then
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ACTUAL_OPTIMAL_IO_SIZE=$(cat $SYSFS_OPTIMAL_IO_SIZE)
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test $ACTUAL_OPTIMAL_IO_SIZE = $1
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fi
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}
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lvdev_() {
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echo "$DM_DEV_DIR/$1/$2"
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}
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test_snapshot_mount() {
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lvcreate -aey -L4M -n $lv1 $vg "$dev1"
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mkfs.ext3 $(lvdev_ $vg $lv1)
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mkdir test_mnt
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mount "$(lvdev_ $vg $lv1)" test_mnt
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lvcreate -L4M -n $lv2 -s $vg/$lv1
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umount test_mnt
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# mount the origin
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mount "$(lvdev_ $vg $lv1)" test_mnt
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umount test_mnt
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# mount the snapshot
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mount "$(lvdev_ $vg $lv2)" test_mnt
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umount test_mnt
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rm -r test_mnt
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vgchange -an $vg
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lvremove -f $vg/$lv1
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}
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# FIXME add more topology-specific tests and validation (striped LVs, etc)
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NUM_DEVS=1
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PER_DEV_SIZE=34
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DEV_SIZE=$(($NUM_DEVS*$PER_DEV_SIZE))
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# Test that kernel supports topology
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aux prepare_scsi_debug_dev $DEV_SIZE || skip
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if [ ! -e /sys/block/$(basename $(cat SCSI_DEBUG_DEV))/alignment_offset ] ; then
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aux cleanup_scsi_debug_dev
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skip
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fi
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aux cleanup_scsi_debug_dev
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# ---------------------------------------------
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# Create "desktop-class" 4K drive
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# (logical_block_size=512, physical_block_size=4096, alignment_offset=0):
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LOGICAL_BLOCK_SIZE=512
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aux prepare_scsi_debug_dev $DEV_SIZE \
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sector_size=$LOGICAL_BLOCK_SIZE physblk_exp=3
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check_logical_block_size $LOGICAL_BLOCK_SIZE
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aux prepare_pvs $NUM_DEVS $PER_DEV_SIZE
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vgcreate $vg $(cat DEVICES)
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test_snapshot_mount
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vgremove $vg
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aux cleanup_scsi_debug_dev
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# ---------------------------------------------
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# Create "desktop-class" 4K drive w/ 63-sector DOS partition compensation
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# (logical_block_size=512, physical_block_size=4096, alignment_offset=3584):
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LOGICAL_BLOCK_SIZE=512
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aux prepare_scsi_debug_dev $DEV_SIZE \
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sector_size=$LOGICAL_BLOCK_SIZE physblk_exp=3 lowest_aligned=7
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check_logical_block_size $LOGICAL_BLOCK_SIZE
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aux prepare_pvs $NUM_DEVS $PER_DEV_SIZE
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vgcreate $vg $(cat DEVICES)
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test_snapshot_mount
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vgremove $vg
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aux cleanup_scsi_debug_dev
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# ---------------------------------------------
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# Create "enterprise-class" 4K drive
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# (logical_block_size=4096, physical_block_size=4096, alignment_offset=0):
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LOGICAL_BLOCK_SIZE=4096
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aux prepare_scsi_debug_dev $DEV_SIZE \
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sector_size=$LOGICAL_BLOCK_SIZE
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check_logical_block_size $LOGICAL_BLOCK_SIZE
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aux prepare_pvs $NUM_DEVS $PER_DEV_SIZE
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vgcreate $vg $(cat DEVICES)
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test_snapshot_mount
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vgremove $vg
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aux cleanup_scsi_debug_dev
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# ---------------------------------------------
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# Create "enterprise-class" 512 drive w/ HW raid stripe_size = 768K
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# (logical_block_size=512, physical_block_size=512, alignment_offset=0):
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# - tests case where optimal_io_size=768k < default PE alignment=1MB
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LOGICAL_BLOCK_SIZE=512
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aux prepare_scsi_debug_dev $DEV_SIZE \
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sector_size=$LOGICAL_BLOCK_SIZE opt_blks=1536
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check_logical_block_size $LOGICAL_BLOCK_SIZE
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check_optimal_io_size 786432
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aux prepare_pvs 1 $PER_DEV_SIZE
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check pv_field $(cat DEVICES) pe_start 768.00k
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aux cleanup_scsi_debug_dev
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