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Message #01074
[Merge] ubuntu-manual-tests:add_post_install_check_for_zfs_plus_encryption into ubuntu-manual-tests:main
Tim Andersson has proposed merging ubuntu-manual-tests:add_post_install_check_for_zfs_plus_encryption into ubuntu-manual-tests:main.
Requested reviews:
Ubuntu Testcase Admins (ubuntu-testcase)
For more details, see:
https://code.launchpad.net/~ubuntu-testcase/ubuntu-manual-tests/+git/ubuntu-manual-tests/+merge/452264
--
Your team Ubuntu Testcase Admins is requested to review the proposed merge of ubuntu-manual-tests:add_post_install_check_for_zfs_plus_encryption into ubuntu-manual-tests:main.
diff --git a/definitions/basic_installation.xml b/definitions/basic_installation.xml
index fc8c0b5..79fa0d3 100644
--- a/definitions/basic_installation.xml
+++ b/definitions/basic_installation.xml
@@ -136,6 +136,60 @@
<dd>The 'Where are you?' screen is displayed</dd>
</ut:test>
+ <ut:test id="zfs-load-encrypted-partition-from-live-session">
+ <dt>Shut down the installed system.</dt>
+ <dt>Using the same .iso, boot into the iso using the disk that you just completed the installation on.</dt>
+ <dt>Go through the grub menu and instead of installing, select "Try Ubuntu".</dt>
+ <dt>Open a terminal window, and enter the following:</dt>
+ <dd>sudo su</dd>
+ <dd>fdisk -l /dev/$disk # Where $disk is the disk you completed the install on.</dd>
+ <dt>The output should include something similar to the following:</dt>
+ <dd><code>/dev/vda1 2048 4095 2048 1M BIOS boot
+ /dev/vda2 4096 1054719 1050624 513M EFI System
+ /dev/vda3 1054720 9037823 7983104 3.8G Linux swap
+ /dev/vda4 9037824 13178879 4141056 2G Solaris boot
+ /dev/vda5 13178880 83884031 70705152 33.7G Solaris root</code></dd>
+ <dd>For the rest of this testcase, we will use vda in place of $disk.</dd>
+ <dt>Check for the zfs pool names:</dt>
+ <dd>blkid /dev/vda*</dd>
+ <dd><code>/dev/vda: PTUUID="7dd06581-4867-4632-9a90-23d9c472b039" PTTYPE="gpt"
+ /dev/vda1: PARTUUID="c061c581-06c1-43e2-8680-d353771bf341"
+ /dev/vda2: UUID="2748-996B" BLOCK_SIZE="512" TYPE="vfat" PARTLABEL="EFI System Partition" PARTUUID="f7c29e7e-687f-4cbb-a1a1-f8876f809a64"
+ /dev/vda3: UUID="8c1d6471-1f90-4212-8fbd-097a9a9ad909" TYPE="crypto_LUKS" PARTUUID="8ff61492-9bda-40fe-94a8-7d6fe4d220cb"
+ /dev/vda4: LABEL="bpool" UUID="8851209407646287070" UUID_SUB="1631837207961890120" BLOCK_SIZE="4096" TYPE="zfs_member" PARTUUID="8b8b8818-cc94-42bd-b23d-cf7c9e9b73ff"
+ /dev/vda5: LABEL="rpool" UUID="4519996901618382696" UUID_SUB="8860607139843727357" BLOCK_SIZE="4096" TYPE="zfs_member" PARTUUID="5cc65ba9-8ef4-475c-a107-cc130a9be1be"</code></dd>
+ <dd>Here, the zfs pool names are the labels of the drives of TYPE "zfs_member". So in this case, the zfs pools are "bpool" and "rpool".</dd>
+ <dt>Now, we will import the pool of the root partition:</dt>
+ <dd>zpool import rpool</dd>
+ <dt>Check the output of the following command to see that rpool is imported:</dt>
+ <dd>zpool status -v</dd>
+ <dt>After entering the following command, enter your recovery key in the prompt:</dt>
+ <dd>cryptsetup luksOpen /dev/zvol/rpool/keystore keystore</dd>
+ <dt>Mount the keystore:</dt>
+ <dd>mkdir /mnt/keystore</dd>
+ <dd>mount /dev/mapper/keystore /mnt/keystore</dd>
+ <dt>Copy the key to necessary location:</dt>
+ <dd>mkdir -p /run/keystore/rpool</dd>
+ <dd>cp -b /mnt/keystore/system.key /run/keystore/rpool</dd>
+ <dt>Make the root pool mountable:</dt>
+ <dd>zfs set canmount=on rpool</dd>
+ <dt>Load the zfs key:</dt>
+ <dd>zfs load-key rpool</dd>
+ <dt>Check for the pool associated with the userdata:</dt>
+ <dd>zfs list -o name,type,keylocation</dd>
+ <dt>You want to find a line in the output of the above command in this format:</dt>
+ <dd>$poolname/USERDATA/$username_$hash</dd>
+ <dd>For example: rpool/USERDATA/tim_aqj46w</dd>
+ <dt>Set mountpoint for USERDATA:</dt>
+ <dd>mkdir -p /mnt/rpool/USERDATA/tim_aqj46w</dd>
+ <dd>zfs set mountpoint=/mnt/rpool/USERDATA/tim_aqj46w rpool/USERDATA/tim_aqj46w</dd>
+ <dt>Mount the pool:</dt>
+ <dd>zfs mount -a</dd>
+ <dt>Check for the test file we made earlier, for example:</dt>
+ <dd>cat /mnt/rpool/USERDATA/tim_aqj46w/hello</dd>
+ <dd>The output should be "hello"</dd>
+ </ut:test>
+
<ut:test id="auto-resize">
<dt>Select Install FAMILY XX.XX alongside SYSTEM YY </dt>
<dd>(SYSTEM YY is the name of the system already installed on disk (FAMILY 12.04, Windows 7, ...)</dd>
@@ -244,6 +298,9 @@
</code></dd>
<dt>Run the lsblk command and check for this line in the output:</dt>
<dd>cryptoswap 252:1 0 2.6G 0 crypt [SWAP]</dd>
+ <dt>Run the following command to place a file under ~:</dt>
+ <dd>echo "hello" > /home/$USER/hello</dd>
+ <dd>We're going to check for this file in a later part of this test case.</dd>
</ut:test>
<ut:test id="reboot-other">
@@ -334,11 +391,12 @@
<dd>On the installed system check that none of the libreoffice, rhythmbox, totem, thunderbird, cheese, shotwell software are installed </dd>
</ut:case>
- <ut:case id="1795_Install (entire disk with ZFS plus encryption)">
+ <ut:case id="1790_Install (entire disk with ZFS plus encryption)">
<ut:include ref="start" />
<ut:include ref="entire-disk-zfs-encryption" />
<ut:include ref="finish" />
<ut:include ref="reboot-zfs-encryption" />
+ <ut:include ref="zfs-load-encrypted-partition-from-live-session"/>
</ut:case>
</ut:configuration>
diff --git a/testcases/image/1795_Install (entire disk with ZFS plus encryption) b/testcases/image/1790_Install (entire disk with ZFS plus encryption)
similarity index 79%
rename from testcases/image/1795_Install (entire disk with ZFS plus encryption)
rename to testcases/image/1790_Install (entire disk with ZFS plus encryption)
index 4abaca5..65a8650 100644
--- a/testcases/image/1795_Install (entire disk with ZFS plus encryption)
+++ b/testcases/image/1790_Install (entire disk with ZFS plus encryption)
@@ -110,6 +110,62 @@
</code></dd>
<dt>Run the lsblk command and check for this line in the output:</dt>
<dd>cryptoswap 252:1 0 2.6G 0 crypt [SWAP]</dd>
+ <dt>Run the following command to place a file under ~:</dt>
+ <dd>echo "hello" > /home/$USER/hello</dd>
+ <dd>We're going to check for this file in a later part of this test case.</dd>
+
+
+ <dt>Shut down the installed system.</dt>
+ <dt>Using the same .iso, boot into the iso using the disk that you just completed the installation on.</dt>
+ <dt>Go through the grub menu and instead of installing, select "Try Ubuntu".</dt>
+ <dt>Open a terminal window, and enter the following:</dt>
+ <dd>sudo su</dd>
+ <dd>fdisk -l /dev/$disk # Where $disk is the disk you completed the install on.</dd>
+ <dt>The output should include something similar to the following:</dt>
+ <dd><code>/dev/vda1 2048 4095 2048 1M BIOS boot
+ /dev/vda2 4096 1054719 1050624 513M EFI System
+ /dev/vda3 1054720 9037823 7983104 3.8G Linux swap
+ /dev/vda4 9037824 13178879 4141056 2G Solaris boot
+ /dev/vda5 13178880 83884031 70705152 33.7G Solaris root</code></dd>
+ <dd>For the rest of this testcase, we will use vda in place of $disk.</dd>
+ <dt>Check for the zfs pool names:</dt>
+ <dd>blkid /dev/vda*</dd>
+ <dd><code>/dev/vda: PTUUID="7dd06581-4867-4632-9a90-23d9c472b039" PTTYPE="gpt"
+ /dev/vda1: PARTUUID="c061c581-06c1-43e2-8680-d353771bf341"
+ /dev/vda2: UUID="2748-996B" BLOCK_SIZE="512" TYPE="vfat" PARTLABEL="EFI System Partition" PARTUUID="f7c29e7e-687f-4cbb-a1a1-f8876f809a64"
+ /dev/vda3: UUID="8c1d6471-1f90-4212-8fbd-097a9a9ad909" TYPE="crypto_LUKS" PARTUUID="8ff61492-9bda-40fe-94a8-7d6fe4d220cb"
+ /dev/vda4: LABEL="bpool" UUID="8851209407646287070" UUID_SUB="1631837207961890120" BLOCK_SIZE="4096" TYPE="zfs_member" PARTUUID="8b8b8818-cc94-42bd-b23d-cf7c9e9b73ff"
+ /dev/vda5: LABEL="rpool" UUID="4519996901618382696" UUID_SUB="8860607139843727357" BLOCK_SIZE="4096" TYPE="zfs_member" PARTUUID="5cc65ba9-8ef4-475c-a107-cc130a9be1be"</code></dd>
+ <dd>Here, the zfs pool names are the labels of the drives of TYPE "zfs_member". So in this case, the zfs pools are "bpool" and "rpool".</dd>
+ <dt>Now, we will import the pool of the root partition:</dt>
+ <dd>zpool import rpool</dd>
+ <dt>Check the output of the following command to see that rpool is imported:</dt>
+ <dd>zpool status -v</dd>
+ <dt>After entering the following command, enter your recovery key in the prompt:</dt>
+ <dd>cryptsetup luksOpen /dev/zvol/rpool/keystore keystore</dd>
+ <dt>Mount the keystore:</dt>
+ <dd>mkdir /mnt/keystore</dd>
+ <dd>mount /dev/mapper/keystore /mnt/keystore</dd>
+ <dt>Copy the key to necessary location:</dt>
+ <dd>mkdir -p /run/keystore/rpool</dd>
+ <dd>cp -b /mnt/keystore/system.key /run/keystore/rpool</dd>
+ <dt>Make the root pool mountable:</dt>
+ <dd>zfs set canmount=on rpool</dd>
+ <dt>Load the zfs key:</dt>
+ <dd>zfs load-key rpool</dd>
+ <dt>Check for the pool associated with the userdata:</dt>
+ <dd>zfs list -o name,type,keylocation</dd>
+ <dt>You want to find a line in the output of the above command in this format:</dt>
+ <dd>$poolname/USERDATA/$username_$hash</dd>
+ <dd>For example: rpool/USERDATA/tim_aqj46w</dd>
+ <dt>Set mountpoint for USERDATA:</dt>
+ <dd>mkdir -p /mnt/rpool/USERDATA/tim_aqj46w</dd>
+ <dd>zfs set mountpoint=/mnt/rpool/USERDATA/tim_aqj46w rpool/USERDATA/tim_aqj46w</dd>
+ <dt>Mount the pool:</dt>
+ <dd>zfs mount -a</dd>
+ <dt>Check for the test file we made earlier, for example:</dt>
+ <dd>cat /mnt/rpool/USERDATA/tim_aqj46w/hello</dd>
+ <dd>The output should be "hello"</dd>
</dl>
Follow ups
