mirror of https://github.com/akuker/RASCSI.git
Created an initial suite of tests to make sure that the RaSCSI is working properly (#33)
* First cut of very simple robot tests * Remove log files and change test to use rascsi host name instead of hard-coded IP * Added more keywords * Added tests to check the reported SCSI vendor, revision, model and type * Moved the Linux (host) utilities to a different file * Added cdrom tests * Added cdrom tests * Finished up cd-rom tests. All tests pass, except for Anex86 drive Co-authored-by: akuker <akuker@gmail.com>
This commit is contained in:
akuker
GitHub
parent
f357c0296a
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log.html
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output.xml
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report.html
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*** Settings ***
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Library String
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Library Collections
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*** Variables ***
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${drive_mount_path} /mnt/temp_drive/
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# Taken from https://en.wikipedia.org/wiki/SCSI_Peripheral_Device_Type
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${Scsi_device_type_hard_drive} 0
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${Scsi_device_type_magnetic_tape} 1
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${Scsi_device_type_printer} 2
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${Scsi_device_type_processor} 3
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${Scsi_device_type_write_once_dev} 4
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${Scsi_device_type_cd_rom} 5
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${Scsi_device_type_scanner} 6
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${Scsi_device_type_optical_memory} 7
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*** Keywords ***
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Rescan SCSI Bus
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[Documentation] Commands Linux to re-scan the SCSI bus on the local host
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${result}= Run sudo bash -c "echo \\"- - -\\" > /sys/class/scsi_host/host0/scan"
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${lsscsi}= Run lsscsi
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log ${lsscsi}
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SCSI ID ${scsi_id:\d+} is detected by Linux
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[Documentation] Checks to see if a specific SCSI ID is found by lsscsi
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${result}= Run lsscsi
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Log ${result}
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Should Contain ${result} [0:0:${scsi_id}:0]
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Delete all SCSI devices from Linux
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[Documentation] Remove all SCSI IDs from the Linux SCSI driver
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FOR ${scsi_id} IN RANGE 0 7
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Delete SCSI ID ${scsi_id} from Linux
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END
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Delete SCSI ID ${scsi_id:\d+} from Linux
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[Documentation] Remove a SCSI ID from Linux. Basically, will un-do the Scan action
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Run sudo bash -c "echo 1 > /sys/class/scsi_device/0:0:${scsi_id}:0/device/delete" 2>&1 > /dev/null
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SCSI ID ${scsi_id} reports vendor ${scsi_vendor}
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[Documentation] Reads the SCSI vendor from sysfs and checks that it matches expected value
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# Sleep 2 minutes
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${read_scsi_info}= OperatingSystem.Get File /sys/class/scsi_device/0:0:${scsi_id}:0/device/vendor
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${read_scsi_info}= Remove String Using Regexp ${read_scsi_info} ${\n}
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Log Vendor ID read from sysfs was --${read_scsi_info}--
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Should Be Equal ${read_scsi_info} ${scsi_vendor} Incorrect SCSI vendor reported for ID ${scsi_id}
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SCSI ID ${scsi_id} reports revision ${scsi_rev}
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[Documentation] Reads the SCSI vendor from sysfs and checks that it matches expected value
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${read_scsi_info}= OperatingSystem.Get File /sys/class/scsi_device/0:0:${scsi_id}:0/device/rev
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${read_scsi_info}= Remove String Using Regexp ${read_scsi_info} ${\n}
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Log SCSI revision read from sysfs was ${read_scsi_info}
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Should Be Equal ${read_scsi_info} ${scsi_rev} Incorrect SCSI version reported for ID ${scsi_id}
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SCSI ID ${scsi_id} reports model ${scsi_model}
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[Documentation] Reads the SCSI vendor from sysfs and checks that it matches expected value
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${read_scsi_info}= OperatingSystem.Get File /sys/class/scsi_device/0:0:${scsi_id}:0/device/model
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${read_scsi_info}= Remove String Using Regexp ${read_scsi_info} ${\n}
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Log SCSI model read from sysfs was --${read_scsi_info}--
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Should Be Equal ${read_scsi_info} ${scsi_model} Incorrect SCSI model reported for ID ${scsi_id}
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SCSI ID ${scsi_id} reports type ${scsi_type}
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[Documentation] Reads the SCSI type from sysfs and checks that it matches expected value
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${read_scsi_info}= OperatingSystem.Get File /sys/class/scsi_device/0:0:${scsi_id}:0/device/type
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${read_scsi_info}= Remove String Using Regexp ${read_scsi_info} ${\n}
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Log SCSI model read from sysfs was ${read_scsi_info}
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Should Be Equal ${read_scsi_info} ${scsi_type} Incorrect SCSI type reported for ID ${scsi_id}
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Checksum of Data File ${file_name} from mounted drive
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[Documentation] Calculate the checksum of the specified file from the mounted drive
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${sha_output}= Run sha512sum ${drive_mount_path}${file_name}
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Log Checksum of the file was ${sha_output}
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@{sha_output_list}= Split String ${sha_output} ${SPACE}
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${sha_signature}= Get From List ${sha_output_list} 0
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[Return] ${sha_signature}
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Get device id for SCSI ID ${scsi_id:/d+}
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[Documentation] Lookup the device name (ex /dev/sr0) for the specified SCSI ID
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${lsscsi_output}= Run lsscsi --brief |grep \\\\[0\\\\:0\\\\:${scsi_id}\\\\:0\\\\] | cut -f 5 --delimiter=" "
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Should Match Regexp ${lsscsi_output} \/dev\/[\\w\\d]+ Unable to find device ID for SCSI ID ${scsi_id}
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[Return] ${lsscsi_output}
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# log ${lsscsi_output}
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# @{scsi_entries}= Split To Lines ${lsscsi_output}
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# FOR ${cur_line} IN @{scsi_entries}
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# Log ${cur_line}
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# @{scsi_line}= SplitString ${cur_line}
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# ${linux_id}= Set Variable ${scsi_line}[0]
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# ${device_id}= Set Variable ${scsi_line}[1]
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# Return From Keyword If "${linux_id}"=="[0:0:${scsi_id}:0]" ${device_id}
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# END
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# [Return] /dev/notfound
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Get size of device id ${device_id} in bytes
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[Documentation] Decypher the output of lsblk to determine the size of the
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... specified device ID
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${bare_device_id}= Remove String Using Regexp ${device_id} \/dev\/
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${lsblk_output}= Run lsblk --raw --bytes | grep ${bare_device_id} | cut -f 4 --delimiter=" "
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[Return] ${lsblk_output}
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Get size of SCSI ID ${scsi_id} device in bytes
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[Documentation] Given a SCSI ID, determine how big that drive is (in bytes)
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${device_id}= Get device id for SCSI ID ${scsi_id}
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${device_size}= Get size of device id ${device_id} in bytes
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[Return] ${device_size}
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Get checksum of SCSI ID ${scsi_id} device
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[Documentation] Calculate the checksum of the disk image on the RaSCSI host
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${device_id}= Get device id for SCSI ID ${scsi_id}
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${checksum}= Run Keyword Get checksum of file ${device_id}
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[Return] ${checksum}
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Get checksum of file ${full_file_path}
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${checksum}= Run md5sum ${full_file_path} | cut -f 1 --delimiter=" "
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[Return] ${checksum}
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Get filesystem type of SCSI ID ${scsi_id}
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[Documentation] Get the type of file system for the specified scsi ID. It needs to be
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... mounted in order for this command to work
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${device_id}= Get device id for SCSI ID ${scsi_id}
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${raw}= Run mount | grep ${device_id}
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log ${raw}
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${filesystem_type}= Run mount |grep ${device_id} |cut --delimiter=" " -f 5
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[Return] ${filesystem_type}
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The size of SCSI ID ${scsi_id} is equal to the size of ${image_name}
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[Documentation] Get the size of the SCSI device specified and the size of the drive
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... image and make sure they're equal
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${device_size}= Get size of SCSI ID ${scsi_id} device in bytes
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${image_size}= Get Size of RaSCSI Image ${image_name} in bytes
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Should be Equal ${device_size} ${image_size} The device size did not match the image size
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The checksum of SCSI ID ${scsi_id} is equal to the checksum of ${image_name}
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[Documentation] Empty Keyword
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${device_checksum}= Get checksum of SCSI ID ${scsi_id} device
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${image_checksum}= Get checksum of RaSCSI Image ${image_name}
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Should be Equal ${device_checksum} ${image_checksum} The device checksum did not match the image file
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Mount SCSI ID ${scsi_id} as ${folder_name}
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[Documentation] Mount the specified SCSI ID at the specified path in /mnt
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Run sudo mkdir -p /mnt/${folder_name}
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${device}= Get device id for SCSI ID ${scsi_id}
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Run sudo mount ${device} /mnt/${folder_name}
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${df}= Run df -h
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Log ${df}
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SCSI ID ${scsi_id} has been mounted at ${folder_name}
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[Documentation] Check that the 'df' utility reports that the specified SCSI ID is
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... mounted at the path specified
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${device}= Get device id for SCSI ID ${scsi_id}
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${df_output}= Run mount | grep ${device} | cut --delimiter=" " -f 3
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log ${df_output}
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Unmount SCSI ID ${scsi_id}
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[Documentation] Un-mount the drive specified. Currently, this doesn't use the drive ID. However,
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... it needs to be updated in the future to un-moune the correct device, instead of
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... of being hard-coded to a specific path.
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${device}= Get device id for SCSI ID ${scsi_id}
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Run sudo umount ${device}
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The file ${filename} in the ${directory} directory matches the original in ISO ${drive_image}
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[Documentation] Check that the file ready by the host through the RaSCSI interface and make sure
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... that the checksum matches the original file extracted from the ISO
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${host_file_checksum}= Get checksum of file /mnt/${directory}/${filename}
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${rascsi_file_checksum}= Get checksum of ${filename} from ISO ${drive_image} on the RaSCSI Host
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Should be Equal ${host_file_checksum} ${rascsi_file_checksum} ${filename} did not match between the host and the RaSCSI
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The filesystem type of SCSI ID ${scsi_id} is ${fs_type}
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[Documentation] Fetches the filesystem type of the specified SCSI ID and checks that it matches
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${actual_fs_type}= Get filesystem type of SCSI ID ${scsi_id}
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Should be Equal ${fs_type} ${actual_fs_type} Incorrect file system type detected
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The measured read speed for ${data_size} megabytes of data from SCSI ID ${scsi_id} is greater than ${expected_speed} KB/s
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[Documentation] Read the specified amount of data from the SCSI drive and make sure that it is
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... greater than the specified threshold
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[Teardown] Remove temporary file ${temp_filename}
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${device_id}= Get device id for SCSI ID ${scsi_id}
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${temp_filename}= Generate Random String 10 [LETTERS]
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${dd_time}= Run sudo dd if=${device_id} of=/tmp/${temp_filename} bs=1M count=${data_size} 2>&1 | awk '/copied/ {print $8}'
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${copy_time}= Convert to Number ${dd_time}
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${speed}= Evaluate (${data_size}*1024)/${copy_time}
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Log Measured copy speed was ${speed} KB/s
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Should be true ${speed}>=${expected_speed} Measured speed was not greater than minimum
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# Run sudo rm /tmp/${temp_filename}
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Create an image named ${iso_name} from SCSI ID ${scsi_id}
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[Documentation] Will create a disk image from the specified SCSI device
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${device_id}= Get device id for SCSI ID ${scsi_id}
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${dd_output}= Run sudo dd if=${device_id} of=/tmp/${iso_name} bs=1M 2>&1
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File Should Not be Empty /tmp/${iso_name}
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Local file ${local_file_name} matches RaSCSI file ${rascsi_file_name}
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[Documentation] Calculates the checksum of the local file and the remote file
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... then ensures that they match
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${local_file_checksum}= Get checksum of file /tmp/${local_file_name}
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${remote_file_checksum}= Get checksum of RaSCSI Image ${rascsi_file_name}
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Should be Equal ${local_file_checksum} ${remote_file_checksum} Files did not match
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Remove temporary file ${file_name}
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[Documentation] Deletes the specified file from the temp directory
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Run sudo rm /tmp/${file_name}
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*** Settings ***
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Library SSHLibrary
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Library String
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*** Variables ***
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#${Rascsi_Password} raspberry
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*** Keywords ***
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The ${service_name} Service Should be Running
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${lc_service_name}= Convert To Lower Case ${service_name}
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${output}= Execute Command systemctl status ${lc_service_name}
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Should Contain ${output} Active: active (running) ignore_case=True
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The ${service_name} Service Should be Stopped
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${lc_service_name}= Convert To Lower Case ${service_name}
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${output}= Execute Command systemctl status ${lc_service_name}
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Should Contain ${output} Active: failed ignore_case=True
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The ${service_name} Service is Stopped
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${lc_service_name}= Convert To Lower Case ${service_name}
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Execute Command systemctl stop ${lc_service_name} sudo=True sudo_password=${Rascsi_Password}
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The ${service_name} Service is Restarted
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${lc_service_name}= Convert To Lower Case ${service_name}
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Execute Command systemctl restart ${lc_service_name} sudo=True sudo_password=${Rascsi_Password}
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The ${service_name} Service is Started
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${lc_service_name}= Convert To Lower Case ${service_name}
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Execute Command systemctl start ${lc_service_name} sudo=True sudo_password=${Rascsi_Password}
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*** Settings ***
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Library SSHLibrary
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Library Process
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Library String
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Resource linux_services.resource
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*** Variables ***
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${Rascsi_Host} rascsi.local
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${Rascsi_Username} pi
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${Rascsi_Password} raspberry
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*** Keywords ***
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Open Connection to Rascsi and Log In
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Open Connection ${Rascsi_Host}
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Login ${Rascsi_Username} ${Rascsi_Password}
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Create Blank Rascsi Drive Image of Size ${drive_size} megabytes named ${file_name}
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[Documentation] Creates an empty drive image on the Rascsi host of the specified size and file name
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Execute Command dd if=/dev/zero of=/home/pi/images/${file_name} bs=1M count=${drive_size}
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Delete drive image ${file_name}
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[Documentation] Delete a disk drive image that was created on the raspberry pi
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Remove File /home/pi/images/${file_name}
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Delete all RaSCSI drive images
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[Documentation] Delete all of the temporary drive images that were created on the RaSCSI host
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Remove File /home/pi/images/tmp_*
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Drive image ${drive_image_file} is attached as SCSI ID ${scsi_id}
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[Documentation] Attaches an existing drive image to the RaSCSI
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${rasctl_output}= Execute Command rasctl -i ${scsi_id} -c attach -f /home/pi/images/${drive_image_file}
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log ${rasctl_output}
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${rasctl_output}= Execute Command rasctl -l
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log ${rasctl_output}
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Rescan SCSI Bus
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CD-ROM drive is attached as SCSI ID ${scsi_id}
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[Documentation] Attaches a CD-ROM device (without any media) to the RaSCSI
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${rasctl_output}= Execute Command rasctl -i ${scsi_id} -c attach -t cd
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log ${rasctl_output}
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${rasctl_output}= Execute Command rasctl -l
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log ${rasctl_output}
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Rescan SCSI Bus
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Magneto Optical drive is attached as SCSI ID ${scsi_id}
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[Documentation] Attaches a Magneto Optical device (without any media) to the RaSCSI
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Execute Command rasctl -i ${scsi_id} -c attach -t mo
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${rasctl_output}= Execute Command rasctl -l
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log ${rasctl_output}
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Rescan SCSI Bus
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Detach all RaSCSI SCSI Devices
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[Documentation] Send detach commands for all of the SCSI IDs to make sure that there
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... aren't any left over before/after a test
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FOR ${scsi_id} IN RANGE 0 7
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Detach RaSCSI SCSI ID ${scsi_id}
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END
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Detach RaSCSI SCSI ID ${scsi_id:\d+}
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[Documentation] Detaches the specified SCSI ID from Rascsi
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Execute Command rasctl -c detach -i ${scsi_id}
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Rasctl reports SCSI ID ${scsi_id} of type ${type:CD|MO|HD}
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[Documentation] Executes rasctl and verifies that the drive is configured as the specified type
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${rasctl_output}= Execute Command rasctl -l
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log ${rasctl_output}
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Should Contain ${rasctl_output} |${SPACE*2}${scsi_id}${SPACE}|${SPACE*2}0${SPACE}|${SPACE}SC${type}${SPACE}|
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# Create a ${iso_size} megabyte ISO named ${image_name} with random data
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# [Documentation] Creates a file on the RaSCSI with random data (from /dev/urandom),
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# ... then creates an ISO image with that data
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# Execute Command mkdir /tmp/new_iso
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# Execute Command dd if=/dev/urandom of=/tmp/new_iso/data.dat bs=1M count=${iso_size}
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# Execute Command genisoimage -o /home/pi/images/${image_name} /tmp/new_iso/
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Insert Removable Media ${image} into SCSI ID ${scsi_id}
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Execute Command rasctl -c insert -i ${scsi_id} -f /home/pi/images/${image}
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${result}= Execute Command rasctl -l
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Log ${result}
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Removable media ${image} is inserted into SCSI ID ${scsi_id:/d+}
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[Documentation] Inserts the sepecified image name into the removable media drive
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Execute Command rasctl -c insert -i ${scsi_id} -f /home/pi/images/${image}
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# Insert removable media ${image_name} into SCSI ID ${scsi_id:/d+}
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# [Documentation] Inserts the sepecified image name into the removable media drive
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# Execute Command rasctl -c insert -i ${scsi_id} -f /home/pi/images/${image_name}
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Eject removable media from SCSI ID ${scsi_id:/d+}
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[Documentation] Inserts the sepecified image name into the removable media drive
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Execute Command rasctl -c eject -i ${scsi_id}
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Checksum of Random Data File from RaSCSI
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[Documentation] Calcualte the SHA signature of the random data that was generated
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... on the RaSCSI host
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${sha_output}= Execute Command sha512sum /tmp/new_iso/data.dat | cut -f 1
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Log Checksum of the file was ${sha_output}
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[Return] ${sha_output}
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Get checksum of RaSCSI Image ${image_name}
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[Documentation] Calculate the checksum of the disk image on the RaSCSI host
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${checksum}= Execute Command md5sum /home/pi/images/${image_name} | cut -f 1 --delimiter=" "
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[Return] ${checksum}
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Get Size of RaSCSI Image ${image_name} in bytes
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[Documentation] Return the size of the specified disk image in bytes
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${size_output}= Execute Command du -b /home/pi/images/${image_name} | cut -f 1
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[Return] ${size_output}
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Get checksum of ${filename} from ISO ${image_name} on the RaSCSI Host
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[Documentation] Extracts the specified file from the ISO, calculates the checksum
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... then returns that value
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${temp_dirname}= Generate Random String 10 [LETTERS]
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Execute Command mkdir /tmp/${temp_dirname} sudo=True sudo_password=${Rascsi_Password}
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Execute Command mount /home/pi/images/${image_name} /tmp/${temp_dirname} sudo=True sudo_password=${Rascsi_Password}
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${checksum}= Execute Command md5sum /tmp/${temp_dirname}/${filename} | cut -f 1 --delimiter=" "
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Execute Command umount /tmp/${temp_dirname} sudo=True sudo_password=${Rascsi_Password}
|
||||
Execute Command rm -rf /tmp/${temp_dirname} sudo=True sudo_password=${Rascsi_Password}
|
||||
[Return] ${checksum}
|
||||
|
||||
|
|
@ -0,0 +1,65 @@
|
|||
*** Settings ***
|
||||
Documentation Test the RaSCSI CD-ROM emulation functionality.
|
||||
Library OperatingSystem
|
||||
Resource Resources/rascsi_utils.resource
|
||||
Resource Resources/linux_services.resource
|
||||
Resource Resources/linux_scsi_utils.resource
|
||||
|
||||
Suite Setup Run Keywords Open Connection to Rascsi and Log In
|
||||
... AND The Rascsi Service is Started
|
||||
... AND The RaSCSI Service Should be Running
|
||||
... AND Detach all RaSCSI SCSI Devices
|
||||
Suite Teardown Run Keywords Detach all RaSCSI SCSI Devices
|
||||
... AND Delete all SCSI devices from Linux
|
||||
... AND Close All Connections
|
||||
|
||||
Test Teardown Run Keywords Detach all RaSCSI SCSI Devices
|
||||
... AND Delete all SCSI devices from Linux
|
||||
... AND Delete all RaSCSI drive images
|
||||
|
||||
*** Test Cases ***
|
||||
MacOS formated ISO is mounted and correct size is reported
|
||||
[Documentation] Mount a MacOS formatted ISO and check that its size is
|
||||
... detected correctly. Note that Linux is not able to
|
||||
... mount this image. Note: Marathon was chosen because
|
||||
... its a reasonably small image. Large images will make
|
||||
... this test take a LONG time.
|
||||
Given CD-ROM Drive is attached as SCSI ID 6
|
||||
When Insert Removable Media marathon.iso into SCSI ID 6
|
||||
Then the size of SCSI ID 6 is equal to the size of marathon.iso
|
||||
And the checksum of SCSI ID 6 is equal to the checksum of marathon.iso
|
||||
|
||||
ISO-9660 formated ISO is mounted correct size is reported
|
||||
[Documentation] Mount a pre-made IDS-9660 formatted ISO and check
|
||||
... that it is read correctly
|
||||
[Teardown] Unmount SCSI ID 5
|
||||
Given CD-ROM Drive is attached as SCSI ID 5
|
||||
When Insert Removable Media ubuntu-12.04.5-server-amd64.iso into SCSI ID 5
|
||||
And Mount SCSI ID 5 as ubuntu
|
||||
Then SCSI ID 5 has been mounted at ubuntu
|
||||
And the size of SCSI ID 5 is equal to the size of ubuntu-12.04.5-server-amd64.iso
|
||||
And the filesystem type of SCSI ID 5 is iso9660
|
||||
And the file pics/debian.jpg in the ubuntu directory matches the original in ISO ubuntu-12.04.5-server-amd64.iso
|
||||
And the file install/vmlinuz in the ubuntu directory matches the original in ISO ubuntu-12.04.5-server-amd64.iso
|
||||
|
||||
CD-ROM Read Speed is as fast as expected
|
||||
[Documentation] Check that the read speed from the emulated CD-ROM is within
|
||||
... the expected range. This should detect if a change cause the
|
||||
... drive to slow down significantly
|
||||
Given CD-ROM Drive is attached as SCSI ID 2
|
||||
When insert Removable Media ubuntu-12.04.5-server-amd64.iso into SCSI ID 2
|
||||
Then the measured read speed for 1 megabytes of data from SCSI ID 2 is greater than 750 KB/s
|
||||
Then the measured read speed for 10 megabytes of data from SCSI ID 2 is greater than 950 KB/s
|
||||
And the measured read speed for 100 megabytes of data from SCSI ID 2 is greater than 950 KB/s
|
||||
|
||||
|
||||
Create an ISO from a RaSCSI CD-ROM device and verify it matches
|
||||
[Documentation] On the RaSCSI, we'll mount an ISO, then on the host system, we
|
||||
... will generate a new ISO from the emulated CD-ROM and make sure
|
||||
... that it matches the original
|
||||
[Teardown] Remove temporary file dup_simtower.iso
|
||||
Given CD-ROM Drive is attached as SCSI ID 0
|
||||
When Insert removable media simtower.iso into SCSI ID 0
|
||||
And create an image named dup_simtower.iso from SCSI ID 0
|
||||
Then local file dup_simtower.iso matches RaSCSI file simtower.iso
|
||||
|
||||
|
|
@ -0,0 +1,94 @@
|
|||
*** Settings ***
|
||||
Documentation Test that the RaSCSI reports SCSI information correctly.
|
||||
Library OperatingSystem
|
||||
Resource Resources/rascsi_utils.resource
|
||||
Resource Resources/linux_services.resource
|
||||
Resource Resources/linux_scsi_utils.resource
|
||||
|
||||
Suite Setup Run Keywords Open Connection to Rascsi and Log In
|
||||
... AND The Rascsi Service is Started
|
||||
... AND The RaSCSI Service Should be Running
|
||||
... AND Detach all RaSCSI SCSI Devices
|
||||
Suite Teardown Run Keywords Detach all RaSCSI SCSI Devices
|
||||
... AND Delete all SCSI devices from Linux
|
||||
... AND Close All Connections
|
||||
|
||||
Test Teardown Run Keywords Detach all RaSCSI SCSI Devices
|
||||
... AND Delete all SCSI devices from Linux
|
||||
... AND Delete all RaSCSI drive images
|
||||
|
||||
*** Test Cases ***
|
||||
Apple Hard Drive reports the correct device information
|
||||
[Documentation] Create an empty Apple hard drive and verify that the SCSI
|
||||
... information is reported correctly to the Linux host
|
||||
[Setup] Run Keyword and Ignore Error Delete drive image tmp_apple_drive.hda
|
||||
Given Create Blank Rascsi Drive Image of Size 10 megabytes named tmp_apple_drive.hda
|
||||
When Drive image tmp_apple_drive.hda is attached as SCSI ID 0
|
||||
Then Rasctl reports SCSI ID 0 of type HD
|
||||
And SCSI ID 0 is detected by Linux
|
||||
And SCSI ID 0 reports vendor ${SPACE}SEAGATE
|
||||
And SCSI ID 0 reports revision 0147
|
||||
And SCSI ID 0 reports model ${SPACE*10}ST225N
|
||||
And SCSI ID 0 reports type ${Scsi_device_type_hard_drive}
|
||||
|
||||
XM6 Hard Drive reports the correct device information
|
||||
[Documentation] Create an empty XM6 hard drive and verify that the SCSI
|
||||
... information is reported correctly to the Linux host
|
||||
[Setup] Run Keyword and Ignore Error Delete drive image tmp_xm6_scsi_drive.hds
|
||||
Given Create Blank Rascsi Drive Image of Size 10 megabytes named tmp_xm6_scsi_drive.hds
|
||||
When Drive image tmp_xm6_scsi_drive.hds is attached as SCSI ID 1
|
||||
Then Rasctl reports SCSI ID 1 of type HD
|
||||
And SCSI ID 1 is detected by Linux
|
||||
And SCSI ID 1 reports vendor RaSCSI${SPACE*2}
|
||||
And SCSI ID 1 reports revision 0147
|
||||
And SCSI ID 1 reports model PRODRIVE LPS10S${SPACE}
|
||||
And SCSI ID 1 reports type ${Scsi_device_type_hard_drive}
|
||||
|
||||
NEC Hard Drive reports the correct device information
|
||||
[Documentation] Create an empty NEC hard drive and verify that the SCSI
|
||||
... information is reported correctly to the Linux host
|
||||
[Setup] Run Keyword and Ignore Error Delete drive image tmp_nec_hard_drive.hdn
|
||||
Given Create Blank Rascsi Drive Image of Size 10 megabytes named tmp_nec_hard_drive.hdn
|
||||
When Drive image tmp_nec_hard_drive.hdn is attached as SCSI ID 2
|
||||
Then Rasctl reports SCSI ID 2 of type HD
|
||||
And SCSI ID 2 is detected by Linux
|
||||
And SCSI ID 2 reports vendor NECCSI${SPACE*2}
|
||||
And SCSI ID 2 reports revision 0147
|
||||
And SCSI ID 2 reports model PRODRIVE LPS10S${SPACE}
|
||||
And SCSI ID 2 reports type ${Scsi_device_type_hard_drive}
|
||||
|
||||
Anex86 Hard Drive reports the correct device information
|
||||
[Documentation] Create an empty Anex86 hard drive and verify that the SCSI
|
||||
... information is reported correctly to the Linux host
|
||||
[Setup] Run Keyword and Ignore Error Delete drive image tmp_anex86_hard_drive.hdi
|
||||
Given Create Blank Rascsi Drive Image of Size 10 megabytes named tmp_anex86_hard_drive.hdi
|
||||
When Drive image tmp_anex86_hard_drive.hdi is attached as SCSI ID 3
|
||||
Then Rasctl reports SCSI ID 3 of type HD
|
||||
And SCSI ID 3 is detected by Linux
|
||||
And SCSI ID 3 reports vendor RaSCSI${SPACE*2}
|
||||
And SCSI ID 3 reports revision 0147
|
||||
And SCSI ID 3 reports model CD-ROM CDU-55S${SPACE*2}
|
||||
And SCSI ID 3 reports type ${Scsi_device_type_hard_drive}
|
||||
|
||||
CD-ROM drive reports the correct device information
|
||||
[Documentation] Create an CD-ROM drive with no media and verify that the SCSI
|
||||
... information is reported correctly to the Linux host
|
||||
When CD-ROM Drive is attached as SCSI ID 4
|
||||
Then Rasctl reports SCSI ID 4 of type CD
|
||||
And SCSI ID 4 is detected by Linux
|
||||
And SCSI ID 4 reports vendor RaSCSI${SPACE*2}
|
||||
And SCSI ID 4 reports revision 0147
|
||||
And SCSI ID 4 reports model CD-ROM CDU-55S${SPACE*2}
|
||||
And SCSI ID 4 reports type ${Scsi_device_type_cd_rom}
|
||||
|
||||
Magneto Optical drive reports the correct device information
|
||||
[Documentation] Create an Magneto Optical drive with no media and verify
|
||||
... that the SCSI information is reported correctly to the
|
||||
... Linux host
|
||||
When Magneto Optical drive is attached as SCSI ID 5
|
||||
Then Rasctl reports SCSI ID 5 of type MO
|
||||
And SCSI ID 5 is detected by Linux
|
||||
And SCSI ID 5 reports vendor RaSCSI${SPACE*2}
|
||||
And SCSI ID 5 reports revision 0147
|
||||
And SCSI ID 5 reports model M2513A${SPACE*10}
|
||||
And SCSI ID 5 reports type ${Scsi_device_type_optical_memory}
|
||||
|
|
@ -0,0 +1,25 @@
|
|||
*** Settings ***
|
||||
Documentation Test that the RaSCSI service can be started and stopped.
|
||||
Library OperatingSystem
|
||||
Resource Resources/rascsi_utils.resource
|
||||
Resource Resources/linux_services.resource
|
||||
|
||||
Suite Setup Open Connection to Rascsi and Log In
|
||||
Suite Teardown Close All Connections
|
||||
|
||||
*** Test Cases ***
|
||||
RaSCSI Service Can be Started as a Service
|
||||
[Documentation] Start the Rascsi service and make sure it stays running
|
||||
When The Rascsi Service is Started
|
||||
Then The RaSCSI Service Should be Running
|
||||
|
||||
RaSCSI Service Can be Stopped as a Service
|
||||
[Documentation] Stop the Rascsi service and make sure it stays stopped
|
||||
When the Rascsi Service is Stopped
|
||||
Then the RaSCSI Service should be Stopped
|
||||
|
||||
RaSCSI Service Can be Restarted as a Service
|
||||
[Documentation] Restart the Rascsi service and make sure it stays running
|
||||
Given The RaSCSI Service is Started
|
||||
When The Rascsi Service is Restarted
|
||||
Then the Rascsi Service should be Running
|
||||
Loading…
Reference in New Issue