def run_case(params):
serial_port = int(
params.get('vm_cmd_base')['serial'][0].split(',')[0].split(':')[2])
nfs_server_list = params.get('nfs_server')
test = CreateTest(case_id='unattended_installation', params=params)
id = test.get_id()
host_session = HostSession(id, params)
nfs_server_ip_list = []
for server in nfs_server_list:
nfs_server_ip_list.append(server.split(':')[0])
test.test_print('NFS server ip:%s' % nfs_server_ip_list)
if 'x86_64' in params.get('guest_arch'):
params.vm_base_cmd_add('machine', 'pc')
elif 'ppc64' in params.get('guest_arch'):
params.vm_base_cmd_add('machine', 'pseries')
rtt_info = {}
rtt_val = []
test.main_step_log('1. Chose a nfs server.')
for ip in nfs_server_ip_list:
ping_cmd = 'ping %s -c 5' % ip
output = host_session.host_cmd_output(ping_cmd)
rtt_line = output.splitlines()[-1]
if float(rtt_line.split('/')[-3]) < float(params.get('rtt_tolerance')):
rtt_info[ip] = rtt_line.split('/')[-3]
rtt_val.append(float(rtt_line.split('/')[-3]))
if not rtt_val:
test.test_error('No available nfs server.')
test.test_print('rtt info : %s' % rtt_info)
min_rtt_val = min(rtt_val)
mount_info = ''
for ip, rtt in rtt_info.items():
if float(rtt) == min_rtt_val:
for nfs_server in nfs_server_list:
if ip in nfs_server:
mount_info = nfs_server
test.test_print('Mount point info : %s' % mount_info)
image_dir = os.path.join(os.path.join(BASE_FILE, 'images'),
params.get('image_name'))
if not os.path.exists(image_dir):
os.makedirs(image_dir)
image_size = params.get('image_size')
test.main_step_log('2. Create a system image to install os.')
if params.get('image_format') == 'qcow2':
image = os.path.join(image_dir, (params.get('image_name') + '.qcow2'))
host_session.host_cmd_output('rm -rf %s' % image)
host_session.host_cmd_output('qemu-img create -f qcow2 %s %s' %
(image, image_size))
params.vm_base_cmd_add(
'drive', 'id=drive_image1,if=none,snapshot=off,'
'aio=threads,cache=none,format=qcow2,'
'file=%s' % image)
elif params.get('image_format') == 'raw':
image = image_dir + params.get('image_name') + '.raw'
host_session.host_cmd_output('qemu-img create -f raw %s %s' %
(image, image_size))
params.vm_base_cmd_add(
'drive', 'id=drive_image1,if=none,snapshot=off,'
'aio=threads,cache=none,format=raw,'
'file=%s' % image)
elif params.get('image_format') == 'luks':
pass
if params.get('drive_format') == 'virtio_scsi':
params.vm_base_cmd_add('device',
'scsi-hd,id=image1,drive=drive_image1')
elif params.get('drive_format') == 'virtio_blk':
params.vm_base_cmd_add('device',
'virtio-blk-pci,id=image1,drive=drive_image1')
isos_dir = os.path.join(BASE_FILE, 'isos')
if not os.path.exists(isos_dir):
os.makedirs(isos_dir)
test.main_step_log('3. Mount iso from nfs server.')
host_session.host_cmd_output('mount -t nfs %s %s' % (mount_info, isos_dir))
test.main_step_log('4. Find the corresponding iso')
iso_pattern = params.get('iso_name') + '*' + 'Server' + '-' \
+ params.get('guest_arch') + '-' + 'dvd1.iso'
iso_name = host_session.host_cmd_output('find %s -name %s' %
(isos_dir, iso_pattern))
if not iso_name:
test.test_error('No found the corresponding %s iso.' %
params.get('iso_name'))
test.test_print('Found the corresponding iso: %s' % iso_name)
params.vm_base_cmd_add(
'drive', 'id=drive_cd1,if=none,snapshot=off,aio=threads,'
'cache=none,media=cdrom,file=%s' % iso_name)
params.vm_base_cmd_add('device',
'scsi-cd,id=cd1,drive=drive_cd1,bootindex=2')
ks_dir = os.path.join(BASE_FILE, 'ks')
if not os.path.exists(ks_dir):
os.makedirs(ks_dir)
test.main_step_log('5. Find the corresponding ks')
ks_pattern = params.get('iso_name').split('.')[0] + '*'
ks = host_session.host_cmd_output('find %s -name %s' %
(ks_dir, ks_pattern))
ks_iso = os.path.join(ks_dir, 'ks.iso')
test.main_step_log('6. Make a %s form %s.' % (ks_iso, ks))
host_session.host_cmd_output('mkisofs -o %s %s' % (ks_iso, ks))
params.vm_base_cmd_add(
'drive', 'id=drive_unattended,if=none,snapshot=off,'
'aio=threads,cache=none,media=cdrom,'
'file=%s' % ks_iso)
params.vm_base_cmd_add(
'device', 'scsi-cd,'
'id=unattended,drive=drive_unattended,bootindex=3')
params.vm_base_cmd_add('m', params.get('mem_size'))
params.vm_base_cmd_add(
'smp', '%d,cores=%d,threads=1,sockets=%d' %
(int(params.get('vcpu')), int(params.get('vcpu')) / 2,
int(params.get('vcpu')) / 2))
mount_dir = os.path.join(BASE_FILE, 'mnt')
if not os.path.exists(mount_dir):
os.makedirs(mount_dir)
test.main_step_log('7. cp vmlinuz and initrd.img form %s.' % iso_name)
host_session.host_cmd_output('mount %s %s' % (iso_name, mount_dir))
if 'x86_64' in params.get('guest_arch'):
host_session.host_cmd_output('cp /%s/images/pxeboot/vmlinuz %s' %
(mount_dir, image_dir))
host_session.host_cmd_output('cp /%s/images/pxeboot/initrd.img %s' %
(mount_dir, image_dir))
host_session.host_cmd_output('umount %s' % mount_dir)
if 'ppc64' in params.get('guest_arch'):
host_session.host_cmd_output('cp /%s/ppc/ppc64/vmlinuz %s' %
(mount_dir, image_dir))
host_session.host_cmd_output('cp /%s/ppc/ppc64/initrd.img %s' %
(mount_dir, image_dir))
host_session.host_cmd_output('umount %s' % mount_dir)
test.main_step_log('8. Check the name of mounted ks.iso.')
host_session.host_cmd_output('mount %s %s' % (ks_iso, mount_dir))
ks_name = host_session.host_cmd_output('ls %s' % mount_dir)
host_session.host_cmd_output('umount %s' % mount_dir)
params.vm_base_cmd_add('kernel', '"%s/vmlinuz"' % image_dir)
console_option = ''
if 'x86_64' in params.get('guest_arch'):
console_option = 'ttyS0,115200'
if 'ppc64' in params.get('guest_arch'):
console_option = 'hvc0,38400'
params.vm_base_cmd_add(
'append', '"ksdevice=link inst.repo=cdrom:/dev/sr0 '
'inst.ks=cdrom:/dev/sr1:/%s nicdelay=60 '
'biosdevname=0 net.ifnames=0 '
'console=tty0 console=%s"' % (ks_name, console_option))
params.vm_base_cmd_add('initrd', '"%s/initrd.img"' % image_dir)
test.main_step_log(
'9. Boot this guest and start to install os automaticlly.')
qemu_cmd = params.create_qemu_cmd()
host_session.boot_guest(cmd=qemu_cmd)
guest_serial = RemoteSerialMonitor(case_id=id,
params=params,
ip='0',
port=serial_port)
end_timeout = time.time() + int(params.get('install_timeout'))
install_done = False
while time.time() < end_timeout:
output = guest_serial.serial_output()
test.test_print(output)
if re.findall(r'Power down', output):
install_done = True
host_session.host_cmd_output('rm -rf %s/initrd.img' % image_dir)
host_session.host_cmd_output('rm -rf %s/vmlinuz' % image_dir)
host_session.host_cmd_output('rm -rf %s' % ks_iso)
break
if install_done == False:
host_session.host_cmd_output('rm -rf %s/initrd.img' % image_dir)
host_session.host_cmd_output('rm -rf %s/vmlinuz' % image_dir)
host_session.host_cmd_output('rm -rf %s' % ks_iso)
test.test_error('Install failed under %s sec' %
params.get('install_timeout'))
else:
test.test_print('Install successfully.')
def run_case(params):
src_host_ip = params.get('src_host_ip')
dst_host_ip = params.get('dst_host_ip')
qmp_port = int(params.get('qmp_port'))
serial_port = int(params.get('serial_port'))
incoming_port = params.get('incoming_port')
test = CreateTest(case_id='rhel7_10059', params=params)
id = test.get_id()
src_host_session = HostSession(id, params)
test.main_step_log('1. Start source vm')
src_qemu_cmd = params.create_qemu_cmd()
src_host_session.boot_guest(src_qemu_cmd, vm_alias='src')
test.sub_step_log('Connecting to src serial')
src_serial = RemoteSerialMonitor(id, params, src_host_ip, serial_port)
src_guest_ip = src_serial.serial_login()
src_remote_qmp = RemoteQMPMonitor(id, params, src_host_ip, qmp_port)
src_guest_session = GuestSession(case_id=id,
params=params,
ip=src_guest_ip)
test.main_step_log('2. Create a file in host')
src_host_session.host_cmd(cmd='rm -rf /home/file_host')
src_host_session.host_cmd(cmd='rm -rf /home/file_host2')
cmd = 'dd if=/dev/urandom of=/home/file_host bs=1M count=5000 oflag=direct'
src_host_session.host_cmd_output(cmd, timeout=600)
test.main_step_log(
'3. Start des vm in migration-listen mode: "-incoming tcp:0:****"')
params.vm_base_cmd_add('incoming', 'tcp:0:%s' % incoming_port)
dst_qemu_cmd = params.create_qemu_cmd()
src_host_session.boot_remote_guest(ip=dst_host_ip,
cmd=dst_qemu_cmd,
vm_alias='dst')
dst_remote_qmp = RemoteQMPMonitor(id, params, dst_host_ip, qmp_port)
test.main_step_log('4. Transfer file from host to guest')
src_guest_session.guest_cmd_output(cmd='rm -rf /home/file_guest')
thread = threading.Thread(target=scp_thread_put,
args=(src_host_session, '/home/file_host',
'/home/file_guest',
params.get('guest_passwd'), src_guest_ip,
600))
thread.name = 'scp_thread_put'
thread.daemon = True
thread.start()
test.main_step_log('5. Start migration')
do_migration(src_remote_qmp, incoming_port, dst_host_ip)
test.sub_step_log('Check dmesg dst guest')
dst_serial = RemoteSerialMonitor(id, params, dst_host_ip, serial_port)
cmd = 'dmesg'
output = dst_serial.serial_cmd_output(cmd)
if re.findall(r'Call Trace:', output):
dst_serial.test_error('Guest hit call trace')
dst_serial.serial_cmd(cmd='reboot')
dst_guest_ip = dst_serial.serial_login()
test.main_step_log('6. Ping-pong migrate until file transfer finished')
src_remote_qmp, dst_remote_qmp = ping_pong_migration(
params,
id,
src_host_session,
src_remote_qmp,
dst_remote_qmp,
times=10,
query_thread='pgrep -x scp')
test.sub_step_log('Login dst guest after ping-pong migration')
dst_guest_session = GuestSession(case_id=id,
params=params,
ip=dst_guest_ip)
test.sub_step_log('Check dmesg info ')
cmd = 'dmesg'
output = dst_guest_session.guest_cmd_output(cmd)
if re.findall(r'Call Trace:', output):
dst_guest_session.test_error('Guest hit call trace')
cmd = "md5sum /home/file_host | awk '{print $1}'"
file_src_host_md5 = src_host_session.host_cmd_output(cmd)
cmd = "md5sum /home/file_guest | awk '{print $1}'"
file_guest_md5 = dst_guest_session.guest_cmd_output(cmd)
if file_src_host_md5 != file_guest_md5:
test.test_error('Value of md5sum error!')
test.main_step_log('7. Transfer file from guest to host')
thread = threading.Thread(target=scp_thread_get,
args=(src_host_session, '/home/file_host2',
'/home/file_guest',
params.get('guest_passwd'), dst_guest_ip,
600))
thread.name = 'scp_thread_get'
thread.daemon = True
thread.start()
test.main_step_log('8. Ping-Pong migration until file transfer finished.')
ping_pong_migration(params,
id,
src_host_session,
src_remote_qmp,
dst_remote_qmp,
times=10,
query_thread='pgrep -x scp')
test.main_step_log('9. Check md5sum after file transfer')
cmd = "md5sum /home/file_host | awk '{print $1}'"
file_src_host_md5 = src_host_session.host_cmd_output(cmd)
cmd = "md5sum /home/file_host2 | awk '{print $1}'"
file_src_host2_md5 = src_host_session.host_cmd_output(cmd)
if file_src_host_md5 != file_src_host2_md5:
test.test_error('Value of md5sum error!')
test.sub_step_log('Login dst guest after ping-pong migration')
dst_guest_session = GuestSession(case_id=id,
params=params,
ip=dst_guest_ip)
test.sub_step_log('Check dmesg info ')
cmd = 'dmesg'
output = dst_guest_session.guest_cmd_output(cmd)
if re.findall(r'Call Trace:', output):
dst_guest_session.test_error('Guest hit call trace')
dst_guest_session.guest_cmd_output('shutdown -h now')
output = dst_serial.serial_output()
if re.findall(r'Call Trace:', output):
test.test_error('Guest hit call trace')
def run_case(params):
serial_port = int(params.get('serial_port'))
qmp_port = int(params.get('qmp_port'))
nfs_server_list = params.get('nfs_server')
src_host_ip = params.get('src_host_ip')
dst_host_ip = params.get('dst_host_ip')
guest_arch = params.get('guest_arch')
test = CreateTest(case_id='rhel7_10071', params=params)
id = test.get_id()
host_session = HostSession(id, params)
test.main_step_log('1. start VM in src host, install a guest')
nfs_server_ip_list = []
for server in nfs_server_list:
nfs_server_ip_list.append(server.split(':')[0])
test.test_print('NFS server ip:%s' % nfs_server_ip_list)
rtt_info = {}
rtt_val = []
test.sub_step_log('1.1 Chose a nfs server.')
for ip in nfs_server_ip_list:
ping_cmd = 'ping %s -c 5' % ip
output = host_session.host_cmd_output(ping_cmd)
rtt_line = output.splitlines()[-1]
if float(rtt_line.split('/')[-3]) < float(params.get('rtt_tolerance')):
rtt_info[ip] = rtt_line.split('/')[-3]
rtt_val.append(float(rtt_line.split('/')[-3]))
if not rtt_val:
test.test_error('No available nfs server.')
test.test_print('rtt info : %s' % rtt_info)
min_rtt_val = min(rtt_val)
mount_info = ''
for ip, rtt in rtt_info.items():
if float(rtt) == min_rtt_val:
for nfs_server in nfs_server_list:
if ip in nfs_server:
mount_info = nfs_server
test.test_print('Mount point info : %s' % mount_info)
tmp_install_dir = os.path.join(params.get('share_images_dir'), 'install')
if not os.path.exists(tmp_install_dir):
os.makedirs(tmp_install_dir)
image_size = params.get('image_size')
test.sub_step_log('1.2 Create a system image to install os.')
params.vm_base_cmd_update(
'device', 'scsi-hd,id=image1,drive=drive_image1,'
'bus=virtio_scsi_pci0.0,channel=0,scsi-id=0,'
'lun=0,bootindex=0', 'scsi-hd,id=image1,drive=drive_image1,'
'bus=virtio_scsi_pci0.0,channel=0,'
'scsi-id=0,lun=0')
params.vm_base_cmd_del(
'drive', 'id=drive_image1,if=none,snapshot=off,'
'aio=threads,cache=none,format=qcow2,'
'file=%s/%s' %
(params.get('share_images_dir'), params.get('sys_image_name')))
if params.get('image_format') == 'qcow2':
image = os.path.join(tmp_install_dir,
(params.get('image_name') + '.qcow2'))
host_session.host_cmd_output('rm -rf %s' % image)
host_session.host_cmd_output('qemu-img create -f qcow2 %s %s' %
(image, image_size))
params.vm_base_cmd_add(
'drive', 'id=drive_image1,if=none,snapshot=off,'
'aio=threads,cache=none,format=qcow2,'
'file=%s' % image)
elif params.get('image_format') == 'raw':
image = tmp_install_dir + params.get('image_name') + '.raw'
host_session.host_cmd_output('qemu-img create -f raw %s %s' %
(image, image_size))
params.vm_base_cmd_add(
'drive', 'id=drive_image1,if=none,snapshot=off,'
'aio=threads,cache=none,format=raw,'
'file=%s' % image)
mnt_dir = os.path.join(tmp_install_dir, 'mnt')
if not os.path.exists(mnt_dir):
os.makedirs(mnt_dir)
test.sub_step_log('1.3 Mount iso from nfs server.')
host_session.host_cmd_output('mount -t nfs %s %s' % (mount_info, mnt_dir))
test.sub_step_log('1.4 Find the corresponding iso')
iso_pattern = params.get('iso_name') + '*' + 'Server' + '*' \
+ params.get('guest_arch') + '*' + 'dvd1.iso'
iso_name = host_session.host_cmd_output('find %s -name %s' %
(mnt_dir, iso_pattern))
if not iso_name:
test.test_error('No found the corresponding %s iso.' %
params.get('iso_name'))
test.test_print('Found the corresponding iso: %s' % iso_name)
isos_dir = os.path.join(tmp_install_dir, 'isos')
if not os.path.exists(isos_dir):
os.makedirs(isos_dir)
test.sub_step_log('1.5 cp the corresponding iso to %s' % isos_dir)
host_session.host_cmd_output('cp -f %s %s' % (iso_name, isos_dir))
iso_name = host_session.host_cmd_output('find %s -name %s' %
(isos_dir, iso_pattern))
host_session.host_cmd_output('umount %s' % mnt_dir)
params.vm_base_cmd_add(
'drive', 'id=drive_cd1,if=none,snapshot=off,aio=threads,'
'cache=none,media=cdrom,file=%s' % iso_name)
params.vm_base_cmd_add('device',
'scsi-cd,id=cd1,drive=drive_cd1,bootindex=2')
test.sub_step_log('1.6 Find the corresponding ks')
ks_pattern = params.get('iso_name').split('.')[0] + '*'
ks = host_session.host_cmd_output('find %s -name %s' %
(MIGRATION_FILE, ks_pattern))
ks_iso = os.path.join(tmp_install_dir, 'ks.iso')
test.sub_step_log('1.7 Make a %s form %s.' % (ks_iso, ks))
host_session.host_cmd_output('mkisofs -o %s %s' % (ks_iso, ks))
params.vm_base_cmd_add(
'drive', 'id=drive_unattended,if=none,snapshot=off,'
'aio=threads,cache=none,media=cdrom,'
'file=%s' % ks_iso)
params.vm_base_cmd_add(
'device', 'scsi-cd,'
'id=unattended,drive=drive_unattended,bootindex=3')
test.sub_step_log('1.8 cp vmlinuz and initrd.img form %s.' % iso_name)
host_session.host_cmd_output('mount %s %s' % (iso_name, mnt_dir))
if (guest_arch == 'x86_64'):
host_session.host_cmd_output('cp -f /%s/images/pxeboot/vmlinuz %s' %
(mnt_dir, isos_dir))
host_session.host_cmd_output('cp -f /%s/images/pxeboot/initrd.img %s' %
(mnt_dir, isos_dir))
elif (guest_arch == 'ppc64le'):
host_session.host_cmd_output('cp -f /%s/ppc/ppc64/vmlinuz %s' %
(mnt_dir, isos_dir))
host_session.host_cmd_output('cp -f /%s/ppc/ppc64/initrd.img %s' %
(mnt_dir, isos_dir))
host_session.host_cmd_output('umount %s' % mnt_dir)
test.sub_step_log('1.9 Check the name of mounted ks.iso.')
host_session.host_cmd_output('mount %s %s' % (ks_iso, mnt_dir))
ks_name = host_session.host_cmd_output('ls %s' % mnt_dir)
host_session.host_cmd_output('umount %s' % mnt_dir)
params.vm_base_cmd_add('kernel', '"%s/vmlinuz"' % isos_dir)
console_option = ''
if params.get('guest_arch') == 'x86_64':
console_option = 'ttyS0,115200'
elif params.get('guest_arch') == 'ppc64le':
console_option = 'hvc0,38400'
params.vm_base_cmd_add(
'append', '"ksdevice=link inst.repo=cdrom:/dev/sr0 '
'inst.ks=cdrom:/dev/sr1:/%s nicdelay=60 '
'biosdevname=0 net.ifnames=0 '
'console=tty0 console=%s"' % (ks_name, console_option))
params.vm_base_cmd_add('initrd', '"%s/initrd.img"' % isos_dir)
test.sub_step_log(
'1.10 Boot this guest and ready to install os automaticlly.')
params.vm_base_cmd_add('S', 'None')
src_qemu_cmd = params.create_qemu_cmd()
host_session.boot_guest(cmd=src_qemu_cmd, vm_alias='src')
src_remote_qmp = RemoteQMPMonitor(id, params, src_host_ip, qmp_port)
test.main_step_log('2.start listenning mode in dst host '
'with "-incoming tcp:0:5800"')
params.vm_base_cmd_del('S', 'None')
params.vm_base_cmd_update(
'append', '"ksdevice=link inst.repo=cdrom:/dev/sr0 '
'inst.ks=cdrom:/dev/sr1:/%s nicdelay=60 '
'biosdevname=0 net.ifnames=0 '
'console=tty0 console=%s"' % (ks_name, console_option),
'\\""ksdevice=link inst.repo=cdrom:/dev/sr0 '
'inst.ks=cdrom:/dev/sr1:/%s nicdelay=60 '
'biosdevname=0 net.ifnames=0 '
'console=tty0 console=%s"\\"' % (ks_name, console_option))
params.vm_base_cmd_add('incoming',
'tcp:0:%s' % params.get('incoming_port'))
dst_qemu_cmd = params.create_qemu_cmd()
host_session.boot_remote_guest(cmd=dst_qemu_cmd,
ip=dst_host_ip,
vm_alias='dst')
dst_remote_qmp = RemoteQMPMonitor(id, params, dst_host_ip, qmp_port)
test.main_step_log('3. install guest and during guest copying files '
'(for windows) or installing packages (rhel guest).')
src_serial = RemoteSerialMonitor(case_id=id,
params=params,
ip=src_host_ip,
port=serial_port)
src_remote_qmp.qmp_cmd_output('{ "execute": "cont" }')
install_timeout = time.time() + int(params.get('install_timeout'))
install_done = False
started_install = False
search_str = 'Installing libgcc'
while time.time() < install_timeout:
output = src_serial.serial_output(max_recv_data=128,
search_str=search_str)
test.test_print(output)
if re.findall(r'Found the searched keyword', output):
started_install = True
break
if started_install == False:
test.test_error('No started to install under %s sec.' %
params.get('install_timeout'))
if started_install == True:
test.main_step_log('4. migrate guest to destination host '
'during copying files.')
ret = do_migration(remote_qmp=src_remote_qmp,
migrate_port=params.get('incoming_port'),
dst_ip=dst_host_ip)
if ret == True:
dst_serial = RemoteSerialMonitor(case_id=id,
params=params,
ip=dst_host_ip,
port=serial_port)
allput = ''
while time.time() < install_timeout:
output = dst_serial.serial_output()
test.test_print(output)
allput = allput + output
if re.findall(r'Power down.', allput):
install_done = True
host_session.host_cmd_output('rm -rf %s/initrd.img' %
isos_dir)
host_session.host_cmd_output('rm -rf %s/vmlinuz' %
isos_dir)
host_session.host_cmd_output('rm -rf %s' % ks_iso)
break
if install_done == False:
host_session.host_cmd_output('rm -rf %s/initrd.img' % isos_dir)
host_session.host_cmd_output('rm -rf %s/vmlinuz' % isos_dir)
host_session.host_cmd_output('rm -rf %s' % ks_iso)
test.test_error('Install failed under %s sec' %
params.get('install_timeout'))
else:
test.test_print('Install successfully.')
params.vm_base_cmd_del(
'drive', 'id=drive_cd1,if=none,snapshot=off,aio=threads,'
'cache=none,media=cdrom,file=%s' % iso_name)
params.vm_base_cmd_del('device',
'scsi-cd,id=cd1,drive=drive_cd1,bootindex=2')
params.vm_base_cmd_del(
'drive', 'id=drive_unattended,if=none,snapshot=off,'
'aio=threads,cache=none,media=cdrom,'
'file=%s' % ks_iso)
params.vm_base_cmd_del(
'device', 'scsi-cd,'
'id=unattended,drive=drive_unattended,bootindex=3')
params.vm_base_cmd_del('kernel', '"%s/vmlinuz"' % isos_dir)
params.vm_base_cmd_del(
'append', '\\""ksdevice=link inst.repo=cdrom:/dev/sr0 '
'inst.ks=cdrom:/dev/sr1:/%s nicdelay=60 '
'biosdevname=0 net.ifnames=0 '
'console=tty0 console=%s"\\"' % (ks_name, console_option))
params.vm_base_cmd_del('initrd', '"%s/initrd.img"' % isos_dir)
params.vm_base_cmd_del('incoming',
'tcp:0:%s' % params.get('incoming_port'))
dst_qemu_cmd = params.create_qemu_cmd()
test.sub_step_log('Boot guest again.')
host_session.boot_remote_guest(cmd=dst_qemu_cmd,
ip=dst_host_ip,
vm_alias='dst')
dst_serial = RemoteSerialMonitor(id, params, dst_host_ip, serial_port)
dst_guest_ip = dst_serial.serial_login()
dst_guest_session = GuestSession(case_id=id,
params=params,
ip=dst_guest_ip)
test.sub_step_log('4.1 guest keyboard and mouse work normally.')
test.sub_step_log(
'4.2 ping available, copy file succeed, network is fine.')
external_host_ip = 'www.redhat.com'
cmd_ping = 'ping %s -c 10' % external_host_ip
output = dst_guest_session.guest_cmd_output(cmd=cmd_ping)
if re.findall(r'100% packet loss', output):
dst_guest_session.test_error('Ping failed')
test.sub_step_log('4.3 Guest can reboot and shutdown successfully.')
cmd_dd = 'dd if=/dev/zero of=file1 bs=1M count=1000 oflag=direct'
output = dst_guest_session.guest_cmd_output(cmd=cmd_dd, timeout=600)
if not output or re.findall('error', output):
test.test_error('Failed to dd a file in guest')
test.sub_step_log('4.4 Guest can reboot and shutdown successfully.')
dst_serial.serial_cmd(cmd='reboot')
dst_serial.serial_login()
dst_serial.serial_shutdown_vm()
output = src_remote_qmp.qmp_cmd_output('{"execute":"quit"}',
recv_timeout=3)
if output:
src_remote_qmp.test_error('Failed to quit qemu on src host')
def run_case(params):
src_host_ip = params.get('src_host_ip')
dst_host_ip = params.get('dst_host_ip')
qmp_port = int(params.get('qmp_port'))
serial_port = int(params.get('serial_port'))
guest_passwd = params.get('guest_passwd')
incoming_port = params.get('incoming_port')
test = CreateTest(case_id='rhel7_10027', params=params)
id = test.get_id()
src_host_session = HostSession(id, params)
test.main_step_log('1. start vm on src host with \"-S\" in qemu cli')
params.vm_base_cmd_add('S', 'None')
src_qemu_cmd = params.create_qemu_cmd()
src_host_session.boot_guest(cmd=src_qemu_cmd, vm_alias='src')
test.sub_step_log('Check the status of src guest')
src_remote_qmp = RemoteQMPMonitor(id, params, src_host_ip, qmp_port)
test.main_step_log('2. start listening mode on the dst host '
'with \"-incoming tcp:0:5800\" '
'but without \"-S\" in qemu cli')
params.vm_base_cmd_add('incoming', 'tcp:0:%s' % incoming_port)
params.vm_base_cmd_del('S', 'None')
dst_qemu_cmd = params.create_qemu_cmd()
src_host_session.boot_remote_guest(ip=dst_host_ip,
cmd=dst_qemu_cmd,
vm_alias='dst')
test.sub_step_log('Check the status of dst guest')
dst_remote_qmp = RemoteQMPMonitor(id, params, dst_host_ip, qmp_port)
test.main_step_log('3. "cont" gust, after kernel start to load, '
'implement migration during vm boot ')
src_remote_qmp.qmp_cmd_output('{ "execute": "cont" }')
test.sub_step_log('Connecting to src serial')
src_serial = RemoteSerialMonitor(case_id=id,
params=params,
ip=src_host_ip,
port=serial_port)
search_str = '[ 0.000000]'
while 1:
output = src_serial.serial_output(max_recv_data=128,
search_str=search_str)
if re.findall(r'Found the searched keyword', output):
test.test_print(output)
do_migration(src_remote_qmp, incoming_port, dst_host_ip)
break
else:
test.test_print(output)
if re.findall(r'login:'******'Failed to find the keyword: %s' % search_str)
test.main_step_log('4. After finish migration and guest boot up, '
'check if guest works well')
dst_serial = RemoteSerialMonitor(case_id=id,
params=params,
ip=dst_host_ip,
port=serial_port)
timeout = 600
endtime = time.time() + timeout
bootup = False
while time.time() < endtime:
cmd = 'root'
dst_serial.send_cmd(cmd)
output = dst_serial.rec_data(recv_timeout=8)
dst_serial.test_print(info=output, serial_debug=True)
if re.findall(r'Password', output):
dst_serial.send_cmd(guest_passwd)
dst_serial.test_print(guest_passwd, serial_debug=True)
output = dst_serial.rec_data(recv_timeout=8)
dst_serial.test_print(info=output, serial_debug=True)
if re.search(r"login:"******"login:"******"execute":"quit"}')
if output:
src_remote_qmp.test_error('Failed to quit qemu on src end')
def run_case(params):
src_host_ip = params.get('src_host_ip')
dst_host_ip = params.get('dst_host_ip')
qmp_port = int(params.get('qmp_port'))
serial_port = int(params.get('serial_port'))
incoming_port = params.get('incoming_port')
guest_arch = params.get('guest_arch')
test = CreateTest(case_id='rhel7_10026', params=params)
id = test.get_id()
guest_pwd = params.get('guest_passwd')
src_host_session = HostSession(id, params)
login_timeout = 1200
test.main_step_log('1. Start vm on src host')
src_qemu_cmd = params.create_qemu_cmd()
src_host_session.boot_guest(cmd=src_qemu_cmd, vm_alias='src')
src_remote_qmp = RemoteQMPMonitor(id, params, src_host_ip, qmp_port)
src_serial = RemoteSerialMonitor(id, params, src_host_ip, serial_port)
src_guest_ip = src_serial.serial_login()
test.main_step_log('2. Start listening mode on dst host')
incoming_val = 'tcp:0:%s' % incoming_port
params.vm_base_cmd_add('incoming', incoming_val)
dst_qemu_cmd = params.create_qemu_cmd()
src_host_session.boot_remote_guest(cmd=dst_qemu_cmd,
ip=dst_host_ip,
vm_alias='dst')
dst_remote_qmp = RemoteQMPMonitor(id, params, dst_host_ip, qmp_port)
dst_serial = RemoteSerialMonitor(id, params, dst_host_ip, serial_port)
test.main_step_log('3. keep reboot vm with system_reset, let guest '
'in bios stage, before kernel loading')
src_remote_qmp.qmp_cmd_output('{"execute":"system_reset"}')
if 'ppc64' in guest_arch:
keyword = 'SLOF'
elif 'x86_64' in guest_arch:
keyword = '[ 0.000000]'
while 1:
serial_output = src_serial.serial_output(max_recv_data=128,
search_str=keyword)
test.test_print(serial_output)
if re.findall(r'Found the searched keyword', serial_output):
break
if re.findall(r'login', serial_output):
test.test_error('Failed to catch migration point')
test.main_step_log('4. implement migrate during vm reboot')
chk_info = do_migration(src_remote_qmp, incoming_port, dst_host_ip)
if (chk_info == True):
test.test_print('Migration succeed')
elif (chk_info == False):
test.test_error('Migration timeout')
test.main_step_log('5. After migration, check if guest works well')
timeout = 600
endtime = time.time() + timeout
bootup = False
while time.time() < endtime:
cmd = 'root'
dst_serial.send_cmd(cmd)
output = dst_serial.rec_data(recv_timeout=8)
dst_serial.test_print(info=output, serial_debug=True)
if re.findall(r'Password', output):
dst_serial.send_cmd(guest_pwd)
dst_serial.test_print(guest_pwd, serial_debug=True)
output = dst_serial.rec_data(recv_timeout=8)
dst_serial.test_print(info=output, serial_debug=True)
if re.search(r"login:"******"login:"******"execute":"quit"}')
if output:
src_remote_qmp.test_error('Failed to quit qemu on src end')
def run_case(params):
src_host_ip = params.get('src_host_ip')
qmp_port = int(params.get('qmp_port'))
serial_port = int(params.get('serial_port'))
test = CreateTest(case_id='rhel7_11912_virtio_scsi_local', params=params)
id = test.get_id()
host_session = HostSession(id, params)
test.main_step_log('1. do system_reset when guest booting')
qemu_cmd = params.create_qemu_cmd()
host_session.boot_guest(qemu_cmd, vm_alias='src')
test.sub_step_log('Connecting to serial')
serial = RemoteSerialMonitor(id, params, src_host_ip, serial_port)
remote_qmp = RemoteQMPMonitor(id, params, src_host_ip, qmp_port)
timeout = 300
endtime = time.time() + timeout
searched_str = 'Trying to load'
searched_done = False
while time.time() < endtime:
output = serial.serial_output(max_recv_data=500,
search_str=searched_str)
if re.findall(r'Found the searched keyword', output):
test.test_print(output)
searched_done = True
remote_qmp.qmp_cmd_output('{ "execute": "system_reset" }')
break
else:
test.test_print(output)
if re.findall(r'login:'******'Failed to find the keyword: %s' % searched_str)
if searched_done == False:
test.test_error('Failed to find the keyword: %s under %s.' %
(searched_str, timeout))
guset_ip = serial.serial_login()
guest_session = GuestSession(case_id=id, params=params, ip=guset_ip)
test.sub_step_log('guest ping through(http://www.redhat.com) '
'and there is no any error in dmesg.')
guest_session.guest_ping_test(count=5, dst_ip='www.redhat.com')
guest_session.guest_dmesg_check()
test.main_step_log(
'2. reboot guest and do system_reset during guest rebooting')
guest_session.guest_cmd_output(cmd='reboot')
guest_session.close()
searched_str = 'Stopped Network'
searched_done = False
while time.time() < endtime:
output = serial.serial_output(max_recv_data=500,
search_str=searched_str)
if re.findall(r'Found the searched keyword', output):
test.test_print(output)
searched_done = True
remote_qmp.qmp_cmd_output('{ "execute": "system_reset" }')
break
else:
test.test_print(output)
if re.findall(r'login:'******'Failed to find the keyword: %s' % searched_str)
if searched_done == False:
test.test_error('Failed to find the keyword: %s under %s.' %
(searched_str, timeout))
test.main_step_log('3.repeate step 2 at least 10 times.')
for i in range(1, 11):
test.sub_step_log('Repeate %s time.' % i)
searched_str = 'SLOF'
searched_done = False
while time.time() < endtime:
output = serial.serial_output(max_recv_data=500,
search_str=searched_str)
if re.findall(r'Found the searched keyword', output):
test.test_print(output)
searched_done = True
remote_qmp.qmp_cmd_output('{ "execute": "system_reset" }')
break
else:
test.test_print(output)
if re.findall(r'login:'******'Failed to find the keyword: %s' %
searched_str)
if searched_done == False:
test.test_error('Failed to find the keyword: %s under %s.' %
(searched_str, timeout))
guset_ip = serial.serial_login()
guest_session = GuestSession(case_id=id, params=params, ip=guset_ip)
test.sub_step_log('guest ping through(http://www.redhat.com) '
'and there is no any error in dmesg.')
guest_session.guest_ping_test(count=5, dst_ip='www.redhat.com')
guest_session.guest_dmesg_check()
test.sub_step_log(
'reboot guest and do system_reset during guest rebooting')
guest_session.guest_cmd_output(cmd='reboot')
guest_session.close()
searched_str = 'Stopped Network'
searched_done = False
while time.time() < endtime:
output = serial.serial_output(max_recv_data=500,
search_str=searched_str)
if re.findall(r'Found the searched keyword', output):
test.test_print(output)
searched_done = True
remote_qmp.qmp_cmd_output('{ "execute": "system_reset" }')
break
else:
test.test_print(output)
if re.findall(r'login:'******'Failed to find the keyword: %s' %
searched_str)
if searched_done == False:
test.test_error('Failed to find the keyword: %s under %s.' %
(searched_str, timeout))
