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plugin: shell
name: disk/detect
command: udev_resource | filter_templates -w "category=DISK" | awk -F': ' '$1 == "product" { print $2 }'
_description: Detects and displays disks attached to the system.
plugin: local
name: disk/stats
requires: device.category == 'DISK'
_description: Check stats changes for each disk
command:
cat <<'EOF' | run_templates -t -s 'udev_resource | filter_templates -w "category=DISK"'
plugin: shell
name: disk/stats_`ls /sys$path/block`
requires:
device.path == "$path"
block_device.`ls /sys$path/block`_state != 'removable'
user: root
command: disk_stats_test `ls /sys$path/block | sed 's|!|/|'`
description: This test checks disk stats, generates some activity and rechecks stats to verify they've changed. It also verifies that disks appear in the various files they're supposed to.
EOF
plugin: local
name: disk/smart
requires:
package.name == 'smartmontools'
device.category == 'DISK'
_description: SMART test
command:
cat <<'EOF' | run_templates -t -s 'udev_resource | filter_templates -w "category=DISK"'
plugin: shell
name: disk/smart_`ls /sys$path/block`
requires:
device.path == "$path"
block_device.`ls /sys$path/block`_state != 'removable'
description:
This tests the SMART capabilities for $product (Note that this test will not work against hardware RAID)
user: root
command: disk_smart -b /dev/`ls /sys$path/block | sed 's|!|/|'` -s 130 -t 270
EOF
plugin: local
name: disk/max_diskspace_used
requires:
device.category == 'DISK'
_description: Maximum disk space used during a default installation test
command:
cat <<'EOF' | run_templates -t -s 'udev_resource | filter_templates -w "category=DISK"'
plugin: shell
name: disk/max_diskspace_used_`ls /sys$path/block`
requires:
device.path == "$path"
block_device.`ls /sys$path/block`_state != 'removable'
description: Maximum disk space test for $product
user: root
command: max_diskspace_used `ls /sys$path/block | sed 's|!|/|'`
EOF
plugin: local
name: disk/read_performance
requires:
device.category == 'DISK'
_description: Verify system storage performs at or above baseline performance
command:
cat <<'EOF' | run_templates -t -s 'udev_resource | filter_templates -w "category=DISK"'
plugin: shell
name: disk/read_performance_`ls /sys$path/block`
requires:
device.path == "$path"
block_device.`ls /sys$path/block`_state != 'removable'
description: Disk performance test for $product
user: root
command: disk_read_performance_test `ls /sys$path/block | sed 's|!|/|'`
EOF
plugin: local
name: disk/storage_devices
requires:
device.category == 'DISK'
_description: Verify that storage devices, such as Fibre Channel and RAID can be detected and perform under stress.
command:
cat <<'EOF' | run_templates -t -s 'udev_resource | filter_templates -w "category=DISK"'
plugin: shell
name: disk/storage_device_`ls /sys$path/block`
user: root
requires:
device.path == "$path"
block_device.`ls /sys$path/block`_state != 'removable'
description: Disk I/O stress test for $product
command: storage_test `ls /sys$path/block | sed 's|!|/|'`
EOF
plugin: shell
name: disk/spindown
requires:
device.category == 'DISK'
package.name == 'smartmontools'
user: root
command: spindown
_description:
Some new hard drives include a feature that parks the drive heads after a short period of inactivity. This is a power-saving feature, but it can have a bad interaction with the operating system that results in the drive constantly parked then activated. This produces excess wear on the drive, potentially leading to early failures.
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