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| == Community Submitted Test Cases == | | == Community Contributed Test Cases == |
| If you perform an EXT4 installation test not in the list | | If you perform an EXT4 installation test not in the list |
| above (and feel free to) please enter the information here. | | above (and feel free to) please enter the information here. |
Revision as of 18:05, 2 February 2009
Installation Test Plan
Test ID |
User |
Description |
How to Test |
Expected Results |
Results
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Assign ext4 fs with mount point
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- Prepare system with ext4 filesystem(s).
- Boot the installer.
- Select the ext4 filesystem as a mount point except of /boot, preferably some 'data' filesystem.
- Ensure installation is finished successfully.
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- ext4 filesystems are recognized.
- Mount point can be assigned to ext4 filesystem.
- Installation completes successfully.
- System starts properly with all filesystems mounted.
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Create new ext4 partition (non-root fs)
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- Boot the installer
- Advance to the (ddruid) partitioning screen
- Create a new (or use existing) partition
- Assign a non-rootfs mount point to the partition, choosing ext4 fs type
- Complete installation
- Reboot into post-install system
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- installation completes successfully
- post-installation system boots
- ext4 filesystem is correctly identified and mounted
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Create new ext4 partition (root fs)
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- Boot the installer
- Advance to the (ddruid) partitioning screen
- Create a new (or use existing) ext3 partition for /boot
- Create a new (or use existing) partition
- Assign a rootfs mount point to the partition, choosing ext4 fs type
- Complete installation
- Reboot into post-install system
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- installation completes successfully
- post-installation system boots
- ext4 filesystem is correctly identified and mounted
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Identify ext4 filesystems
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- Prepare system with ext4 filesystem(s).
- Boot the installer.
- Use "Create custom layout" for partitioning and keep existing partitions.
- Ensure ext4 filesystems are recognized and included in list of filesystems.
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- Anaconda starts successfully.
- ext4 filesystems are detected and listed in partition layout of Disk druid screen.
- Disk druid allows basic manipulation with ext4 filesystems.
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ext4 fs on LVM LV
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- Boot the installer
- Advance to the (ddruid) partitioning screen
- Create a new (or use existing) LVM PVs
- Create an LVM LV using the PVs
- Assign a non-/boot mount point to the LVM LV, choosing ext4 fs type
- Complete installation
- Reboot into post-install system
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- installation completes successfully
- post-installation system boots
- ext4 filesystem is correctly identified and mounted using LVM LV device.
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ext4 native (non-LVM)
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- Boot the installer
- Advance to the (ddruid) partitioning screen
- Create a new non-LVM ext4 partition and assign to / mount point
- complete installation
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- installation completes successfully
- post-installation system boots
- ext4 filesystem is correctly identified and mounted
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Mount and recover ext4 partitions from rescue mode
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- Boot the installer
- Advance to the (ddruid) partitioning screen
- Create a new (or use existing) ext4 partition and assign a non-/boot mount point
- complete installation
- reboot into post-install system using rescue mode
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- installation completes successfully
- installation enters rescue mode
- rescue mode detects and mounts ext4 partition successfully
- user can interact with ext4 filesystem (read, write & edit files)
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If you perform an EXT4 installation test not in the list
above (and feel free to) please enter the information here.
We will incorporate selected tests in future test plans.
User |
Description |
How to Test |
Expected Results |
Results |
Notes
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who am I
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summary
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what I did
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what should happen
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what did happen (pass/fail)
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notes or observations
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