UT FIX: Pass all UT in suit 13

Parameters in UT suit 13 were wrongly chosen. This causes that
computed number of backup blocks was too big comparing to loop devices
size used in test. Changes in test parameters (chunk, array size)
causes that backup blocks passes mdadm condition for very small
loop devices.

Signed-off-by: Adam Kwolek <adam.kwolek@intel.com>
Signed-off-by: NeilBrown <neilb@suse.de>

diff --git a/tests/13imsm-r0_r0_2d-grow-r0_r0_5d b/tests/13imsm-r0_r0_2d-grow-r0_r0_5d
index 80e0cf0acd62d957487565676324b347447e5650..1b851a9bd592e48af3d93789399576f24a409bd8 100644 (file)
--- a/tests/13imsm-r0_r0_2d-grow-r0_r0_5d
+++ b/tests/13imsm-r0_r0_2d-grow-r0_r0_5d
@@ -10,13 +10,13 @@ spare_list="$dev2 $dev3 $dev4"
 # Before: RAID 0 volume in slot #0, 2 disks, 64k chunk size
 #         RAID 0 volume in slot #1, 2 disks, 256k chunk size
 vol0_level=0
-vol0_comp_size=$((5 * 1024))
+vol0_comp_size=$((4 * 1024))
 vol0_chunk=64
 vol0_num_comps=$num_disks
 vol0_offset=0
 
 vol1_level=0
-vol1_comp_size=$((5 * 1024))
+vol1_comp_size=$((6 * 1024))
 vol1_chunk=256
 vol1_num_comps=$num_disks
 vol1_offset=$((vol0_comp_size + 2048))

diff --git a/tests/13imsm-r0_r0_3d-grow-r0_r0_4d b/tests/13imsm-r0_r0_3d-grow-r0_r0_4d
index 17f24d735076080de7a5250a89bf4939ed18366b..27ba83b3af4c79c53e32a35a4a52889d585a4bd7 100644 (file)
--- a/tests/13imsm-r0_r0_3d-grow-r0_r0_4d
+++ b/tests/13imsm-r0_r0_3d-grow-r0_r0_4d
@@ -17,7 +17,7 @@ vol0_offset=0
 
 vol1_level=0
 vol1_comp_size=$((5 * 1024))
-vol1_chunk=512
+vol1_chunk=128
 vol1_num_comps=$num_disks
 vol1_offset=$((vol0_comp_size + 2048))
 

diff --git a/tests/13imsm-r0_r5_3d-grow-r0_r5_5d b/tests/13imsm-r0_r5_3d-grow-r0_r5_5d
index 6462d6b891596c423f9967c534874fb2d36de6ac..d0db9aeb09bcdeb436f841d3c0fdb58e1ea622ff 100644 (file)
--- a/tests/13imsm-r0_r5_3d-grow-r0_r5_5d
+++ b/tests/13imsm-r0_r5_3d-grow-r0_r5_5d
@@ -11,13 +11,13 @@ spare_list="$dev3 $dev4"
 #         RAID 5 volume in slot #1, 3 disks, 512k chunk size
 vol0_level=0
 vol0_comp_size=$((5 * 1024))
-vol0_chunk=256
+vol0_chunk=128
 vol0_num_comps=$num_disks
 vol0_offset=0
 
 vol1_level=5
 vol1_comp_size=$((5 * 1024))
-vol1_chunk=512
+vol1_chunk=128
 vol1_num_comps=$((num_disks - 1))
 vol1_offset=$((vol0_comp_size + 2048))