def process(configs=None):
kernel_version = next(api.consume(InstalledTargetKernelVersion), None)
if kernel_version:
while True:
config = []
if configs:
config = ['-c', configs.pop(0)]
for arg in api.consume(KernelCmdlineArg):
cmd = ['grubby', '--update-kernel=/boot/vmlinuz-{}'.format(kernel_version.version),
'--args={}={}'.format(arg.key, arg.value)]
cmd += config
try:
stdlib.run(cmd)
if architecture.matches_architecture(architecture.ARCH_S390X):
# on s390x we need to call zipl explicitly because of issue in grubby,
# otherwise the entry is not updated in the ZIPL bootloader
# See https://bugzilla.redhat.com/show_bug.cgi?id=1764306
stdlib.run(['/usr/sbin/zipl'])
except (OSError, stdlib.CalledProcessError) as e:
raise StopActorExecutionError(
"Failed to append extra arguments to kernel command line.",
details={"details": str(e)})
if not configs:
break
def test_actor_messaging_paths(leapp_forked, repository, actor_name): # noqa; pylint: disable=unused-argument
messaging = _TestableMessaging()
with _with_loaded_actor(repository, actor_name,
messaging) as (_unused, actor):
messaging.feed(ApiTestConsume(data='prefilled'), actor)
assert len(list(actor.consume(ApiTestConsume))) == 1
assert next(actor.consume(ApiTestConsume)).data == 'prefilled'
assert len(list(api.consume(ApiTestConsume))) == 1
assert next(api.consume(ApiTestConsume)).data == 'prefilled'
actor_message = 'Actor {} sent message via Actor'.format(actor_name)
api_message = 'Actor {} sent message via API'.format(actor_name)
actor.produce(ApiTestProduce(data=actor_message))
assert messaging.produced.pop().data == actor_message
api.produce(ApiTestProduce(data=api_message))
assert messaging.produced.pop().data == api_message
api.report_error("api error report", details={'source': 'api'})
assert messaging.errors.pop().message.startswith("api ")
actor.report_error("actor error report", details={'source': 'actor'})
assert messaging.errors.pop().message.startswith("actor ")
def checkpcidrivers_main():
"""Main entrypoint of the CheckPCIDrivers Actor."""
try:
pci_devs = next(api.consume(PCIDevices))
restricted_pci_devs = next(api.consume(RestrictedPCIDevices))
except StopIteration:
raise StopActorExecutionError(message=(
"At least one of the needed messages is empty. "
"Required messages are PCIDevices, RestrictedPCIDevices."))
else:
# get set of drivers-names/pci-ids presented on host
driver_names_on_host = set(dev.driver for dev in pci_devs.devices)
pci_ids_on_host = set(dev.pci_id for dev in pci_devs.devices)
# get restricted driver_names and pci_ids dict lookups
try:
restricted_devices_drivers = create_dict_lookup(
restricted_pci_devs.driver_names, key="driver_name")
restricted_devices_pcis = create_dict_lookup(
restricted_pci_devs.pci_ids, key="pci_id")
except (AttributeError, ValueError) as err:
raise StopActorExecutionError(message=str(err))
# get set of restricted driver-names/pci-ids presented on host
restricted_driver_names_on_host = driver_names_on_host & set(
restricted_devices_drivers)
restricted_pci_ids_on_host = pci_ids_on_host & set(
restricted_devices_pcis)
# check if at least one driver on host is not available on RHEL8
if any(restricted_devices_drivers[driver_name].available_rhel8 == 0
for driver_name in restricted_driver_names_on_host) or any(
restricted_devices_pcis[pci].available_rhel8 == 0
for pci in restricted_pci_ids_on_host):
api.current_logger().critical(
"Some of the host drivers are unavailable on the RHEL 8 "
"system. Inhibiting the upgrade...", )
create_report(
render_report(
restricted_driver_names_on_host,
restricted_pci_ids_on_host,
restricted_devices_drivers,
restricted_devices_pcis,
inhibit_upgrade=True,
))
# check if at least one driver on host is not supported on RHEL8
elif any(restricted_devices_drivers[driver_name].supported_rhel8 == 0
for driver_name in restricted_driver_names_on_host) or any(
restricted_devices_pcis[pci].supported_rhel8 == 0
for pci in restricted_pci_ids_on_host):
api.current_logger().warning(
"Some of the host drivers are unsupported on the RHEL 8 "
"system. Warning the user...", )
create_report(
render_report(
restricted_driver_names_on_host,
restricted_pci_ids_on_host,
restricted_devices_drivers,
restricted_devices_pcis,
))
def _install_initram_deps(packages):
used_repos = api.consume(UsedTargetRepositories)
target_userspace_info = next(api.consume(TargetUserSpaceInfo), None)
dnfplugin.install_initramdisk_requirements(
packages=packages,
target_userspace_info=target_userspace_info,
used_repos=used_repos)
def perform():
packages = {'dnf'}
for message in api.consume(RequiredTargetUserspacePackages):
packages.update(message.packages)
rhsm_info = next(api.consume(SourceRHSMInfo), None)
if not rhsm_info and not rhsm.skip_rhsm():
api.current_logger().warn(
'Could not receive RHSM information - Is this system registered?')
return
xfs_info = next(api.consume(XFSPresence), XFSPresence())
storage_info = next(api.consume(StorageInfo), None)
if not storage_info:
api.current_logger.error('No storage info available cannot proceed.')
prod_cert_path = _get_product_certificate_path()
with overlaygen.create_source_overlay(mounts_dir=constants.MOUNTS_DIR,
scratch_dir=constants.SCRATCH_DIR,
storage_info=storage_info,
xfs_info=xfs_info) as overlay:
with overlay.nspawn() as context:
target_version = api.current_actor().configuration.version.target
with rhsm.switched_certificate(context, rhsm_info, prod_cert_path,
target_version) as target_rhsm_info:
api.current_logger().debug(
'Target RHSM Info: SKUs: {skus} Repositories: {repos}'.
format(repos=target_rhsm_info.enabled_repos,
skus=rhsm_info.attached_skus if rhsm_info else []))
target_repoids = gather_target_repositories(target_rhsm_info)
api.current_logger().debug(
"Gathered target repositories: {}".format(
', '.join(target_repoids)))
if not target_repoids:
raise StopActorExecutionError(
message=
'There are no enabled target repositories for the upgrade process to proceed.',
details={
'hint':
('Ensure your system is correctly registered with the subscription manager and that'
' your current subscription is entitled to install the requested target version {version}'
).format(version=api.current_actor().
configuration.version.target)
})
prepare_target_userspace(context, constants.TARGET_USERSPACE,
target_repoids, list(packages))
_prep_repository_access(context, constants.TARGET_USERSPACE)
dnfplugin.install(constants.TARGET_USERSPACE)
api.produce(
UsedTargetRepositories(repos=[
UsedTargetRepository(repoid=repo)
for repo in target_repoids
]))
api.produce(target_rhsm_info)
api.produce(
TargetUserSpaceInfo(path=constants.TARGET_USERSPACE,
scratch=constants.SCRATCH_DIR,
mounts=constants.MOUNTS_DIR))
def process():
pkg_facts = next(api.consume(PkgManagerInfo), None)
rhui_facts = next(api.consume(RHUIInfo), None)
if pkg_facts and pkg_facts.etc_releasever is not None or rhui_facts:
handle_etc_releasever()
else:
api.current_logger().debug(
'Skipping execution. "releasever" is not set in DNF/YUM vars directory and no RHUIInfo has '
'been produced')
def process():
rhel7_ifaces = next(api.consume(PersistentNetNamesFacts)).interfaces
rhel8_ifaces = next(api.consume(PersistentNetNamesFactsInitramfs)).interfaces
rhel7_ifaces_map = {iface.mac: iface for iface in rhel7_ifaces}
rhel8_ifaces_map = {iface.mac: iface for iface in rhel8_ifaces}
initrd_files = []
missing_ifaces = []
renamed_interfaces = []
if rhel7_ifaces != rhel8_ifaces:
for iface in rhel7_ifaces:
rhel7_name = rhel7_ifaces_map[iface.mac].name
try:
rhel8_name = rhel8_ifaces_map[iface.mac].name
except KeyError:
missing_ifaces.append(iface)
api.current_logger().warning(
'The device with MAC "{}" is not detected in the upgrade'
' environment. Required driver: "{}".'
' Original interface name: "{}".'
.format(iface.mac, iface.driver, iface.name)
)
continue
if rhel7_name != rhel8_name:
api.current_logger().warning('Detected interface rename {} -> {}.'.format(rhel7_name, rhel8_name))
if re.search('eth[0-9]+', iface.name) is not None:
api.current_logger().warning('Interface named using eth prefix, refusing to generate link file')
renamed_interfaces.append(RenamedInterface(**{'rhel7_name': rhel7_name,
'rhel8_name': rhel8_name}))
continue
initrd_files.append(generate_link_file(iface))
if missing_ifaces:
msg = (
'Some network devices have not been detected inside the'
' upgrade environment and so related network interfaces'
' could be renamed on the upgraded system.'
)
# Note(pstodulk):
# This usually happens when required (RHEL 8 compatible)
# drivers are not included in the upgrade initramfs.
# We can add more information later. Currently we cannot provide
# better instructions for users before (at least):
# a) networking work in the upgrade initramfs (PR #583)
# b) it's possible to influence the upgrade initramfs (PR #517)
# TODO(pstodulk): gen report msg
api.current_logger().warning(msg)
api.produce(RenamedInterfaces(renamed=renamed_interfaces))
api.produce(InitrdIncludes(files=initrd_files))
def install_initram_deps(context):
used_repos = api.consume(UsedTargetRepositories)
target_userspace_info = next(api.consume(TargetUserSpaceInfo), None)
packages = set()
for message in api.consume(RequiredUpgradeInitramPackages):
packages.update(message.packages)
dnfplugin.install_initramdisk_requirements(
packages=packages,
target_userspace_info=target_userspace_info,
used_repos=used_repos)
def process():
target_version = api.current_actor().configuration.version.target
pkg_facts = next(api.consume(PkgManagerInfo), None)
rhui_facts = next(api.consume(RHUIInfo), None)
if pkg_facts and pkg_facts.etc_releasever is not None or rhui_facts:
# if "/etc/dnf/vars/releasever" file exists, or we are using RHUI, let's set it to our
# target version.
_set_releasever(target_version)
else:
api.current_logger().debug(
'Skipping execution. "releasever" is not set in DNF/YUM vars directory and no RHUIInfo has '
'been produced')
def process():
kernel_version = next(api.consume(InstalledTargetKernelVersion), None)
if kernel_version:
for arg in api.consume(KernelCmdlineArg):
cmd = [
'grubby', '--update-kernel=/boot/vmlinuz-{}'.format(
kernel_version.version),
'--args={}={}'.format(arg.key, arg.value)
]
try:
stdlib.run(cmd)
except (OSError, stdlib.CalledProcessError) as e:
raise StopActorExecutionError(
"Failed to append extra arguments to kernel command line.",
details={"details": str(e)})
def remove_boot_entry():
# we need to make sure /boot is mounted before trying to remove the boot entry
facts_msg = api.consume(FirmwareFacts)
facts = next(facts_msg, None)
if not facts:
raise StopActorExecutionError(
'Could not identify system firmware',
details={
'details': 'Actor did not receive FirmwareFacts message.'
})
mount_points_per_firmware = {
'bios': ['/boot'],
'efi': ['/boot', '/boot/efi']
}
for mp in mount_points_per_firmware[facts.firmware]:
try:
run(['/bin/mount', mp])
except CalledProcessError:
# partitions have been most likely already mounted
pass
kernel_filepath = get_upgrade_kernel_filepath()
run(['/usr/sbin/grubby', '--remove-kernel={0}'.format(kernel_filepath)])
if architecture.matches_architecture(architecture.ARCH_S390X):
# on s390x we need to call zipl explicitly because of issue in grubby,
# otherwise the new boot entry will not be set as default
# See https://bugzilla.redhat.com/show_bug.cgi?id=1764306
run(['/usr/sbin/zipl'])
# TODO: Move calling `mount -a` to a separate actor as it is not really related to removing the upgrade boot entry.
# It's worth to call it after removing the boot entry to avoid boot loop in case mounting fails.
run(['/bin/mount', '-a'])
def gather_target_repositories(target_rhsm_info):
"""
Performs basic checks on requirements for RHSM repositories and returns the list of target repository ids to use
during the upgrade.
"""
# FIXME: check that required repo IDs (baseos, appstream)
# + or check that all required RHEL repo IDs are available.
if not rhsm.skip_rhsm():
if not target_rhsm_info.available_repos or len(
target_rhsm_info.available_repos) < 2:
raise StopActorExecutionError(
message='Cannot find required basic RHEL repositories.',
details={
'hint':
('It is required to have RHEL repository on the system'
' provided by the subscription-manager. Possibly you'
' are missing a valid SKU for the target system or network'
' connection failed. Check whether your system is attached'
' to the valid SKU providing target repositories.')
})
target_repoids = []
for target_repo in api.consume(TargetRepositories):
for rhel_repo in target_repo.rhel_repos:
if rhel_repo.repoid in target_rhsm_info.available_repos:
target_repoids.append(rhel_repo.repoid)
for custom_repo in target_repo.custom_repos:
# TODO: complete processing of custom repositories
# HINT: now it will work only for custom repos that exist
# + already on the system in a repo file
# TODO: should check available_target_repoids + additional custom repos
# + outside of rhsm..
# #if custom_repo.repoid in available_target_repoids:
target_repoids.append(custom_repo.repoid)
return target_repoids
def get_pkgs(pkg_name):
"""
Get all installed packages of the given name signed by Red Hat.
"""
rpms = next(api.consume(InstalledRedHatSignedRPM),
InstalledRedHatSignedRPM()).items
return [pkg for pkg in rpms if pkg.name == pkg_name]
def perform_update():
for sctpconfig in api.consume(SCTPConfig):
api.current_logger().info('Consuming sctp={}'.format(
sctpconfig.wanted))
if sctpconfig.wanted:
enable_sctp()
break
def _get_facts(model):
"""
Consumes input data model
:param class model: name of model which we consume
"""
return next(api.consume(model), None)
def _get_storage_data():
storage = next(api.consume(StorageInfo), None)
if not storage:
raise StopActorExecutionError('The StorageInfo message is not available.')
if not storage.fstab:
raise StopActorExecutionError('Data from the /etc/fstab file is missing.')
return storage
def remove_boot_entry():
# we need to make sure /boot is mounted before trying to remove the boot entry
facts_msg = api.consume(FirmwareFacts)
facts = next(facts_msg, None)
if not facts:
raise StopActorExecutionError('Could not identify system firmware',
details={'details': 'Actor did not receive FirmwareFacts message.'})
mount_points_per_firmware = {
'bios': ['/boot'],
'efi': ['/boot', '/boot/efi']
}
for mp in mount_points_per_firmware[facts.firmware]:
try:
run(['/bin/mount', mp])
except CalledProcessError:
# partitions have been most likely already mounted
pass
kernel_filepath = get_upgrade_kernel_filepath()
run([
'/usr/sbin/grubby',
'--remove-kernel={0}'.format(kernel_filepath)
])
# TODO: Move calling `mount -a` to a separate actor as it is not really related to removing the upgrade boot entry.
# It's worth to call it after removing the boot entry to avoid boot loop in case mounting fails.
run([
'/bin/mount', '-a'
])
def generate_initram_disk(context):
"""
Function to actually execute the init ramdisk creation.
Includes handling of specified dracut modules from the host when needed.
The check for the 'conflicting' dracut modules is in a separate actor.
"""
env = {}
if get_target_major_version() == '9':
env = {'SYSTEMD_SECCOMP': '0'}
# TODO(pstodulk): Add possibility to add particular drivers
# Issue #645
modules = _get_dracut_modules() # deprecated
files = set()
for task in api.consume(UpgradeInitramfsTasks):
modules.extend(task.include_dracut_modules)
files.update(task.include_files)
copy_dracut_modules(context, modules)
# FIXME: issue #376
context.call([
'/bin/sh', '-c',
'LEAPP_ADD_DRACUT_MODULES="{modules}" LEAPP_KERNEL_ARCH={arch} '
'LEAPP_DRACUT_INSTALL_FILES="{files}" {cmd}'.format(
modules=','.join([mod.name for mod in modules]),
arch=api.current_actor().configuration.architecture,
files=' '.join(files),
cmd=os.path.join('/', INITRAM_GEN_SCRIPT_NAME))
],
env=env)
copy_boot_files(context)
def get_installed_pkgs():
"""
Get installed Red Hat-signed packages.
:return: Set of names of the installed Red Hat-signed packages
"""
installed_pkgs = set()
installed_rh_signed_rpm_msgs = api.consume(InstalledRedHatSignedRPM)
installed_rh_signed_rpm_msg = next(installed_rh_signed_rpm_msgs, None)
if list(installed_rh_signed_rpm_msgs):
api.current_logger().warning(
'Unexpectedly received more than one InstalledRedHatSignedRPM message.'
)
if not installed_rh_signed_rpm_msg:
raise StopActorExecutionError(
'Cannot parse PES data properly due to missing list of installed packages',
details={
'Problem':
'Did not receive a message with installed Red Hat-signed '
'packages (InstalledRedHatSignedRPM)'
})
installed_pkgs.update(
[pkg.name for pkg in installed_rh_signed_rpm_msg.items])
return installed_pkgs
def _get_input_model(model):
"""
Gets data model from an actor.
:param obj model: object of model which data will be consumed
"""
return next(api.consume(model), None)
def set_rhsm_release():
"""Set the RHSM release to the target RHEL 8 minor version."""
info = next(api.consume(TargetRHSMInfo), None)
if info and info.release:
rhsm.set_release(mounting.NotIsolatedActions(base_dir='/'), info.release)
else:
api.current_logger().debug('Skipping setting the RHSM release due to the use of LEAPP_DEVEL_SKIP_RHSM.')
def _is_crb_used():
# the UsedTargetRepositories has to be set always, by design of IPU
used_repos = next(api.consume(UsedTargetRepositories), None)
for repo in used_repos.repos:
if repo.repoid == CRB_REPOID:
return True
return False
def process():
files = _get_files()
modules = _get_modules()
if not files and not modules:
api.current_logger().debug(
'No additional files or modules required to add into the target initramfs.')
return
target_kernel = next(api.consume(InstalledTargetKernelVersion), None)
if not target_kernel:
raise StopActorExecutionError(
'Cannot get version of the installed RHEL-8 kernel',
details={'Problem': 'Did not receive a message with installed RHEL-8 kernel version'
' (InstalledTargetKernelVersion)'})
copy_dracut_modules(modules)
try:
# multiple files|modules need to be quoted, see --install | --add in dracut(8)
module_names = list({module.name for module in modules})
cmd = ['dracut', '-f', '--kver', target_kernel.version]
if files:
cmd += ['--install', '"{}"'.format(' '.join(files))]
if modules:
cmd += ['--add', '"{}"'.format(' '.join(module_names))]
run(cmd)
except CalledProcessError as e:
# just hypothetic check, it should not die
raise StopActorExecutionError('Cannot regenerate dracut image.', details={'details': str(e)})
def check_dialogs(inhibit_if_no_userchoice=True):
results = list(api.consume(DialogModel))
for dialog in results:
sections = dialog.answerfile_sections
summary = (
'One or more sections in answerfile are missing user choices: {}\n'
'For more information consult https://leapp.readthedocs.io/en/latest/dialogs.html'
)
dialog_resources = [
reporting.RelatedResource('dialog', s) for s in sections
]
dialogs_remediation = (
'Please register user choices with leapp answer cli command or by manually editing '
'the answerfile.')
# FIXME: Enable more choices once we can do multi-command remediations
cmd_remediation = [[
'leapp', 'answer', '--section', "{}={}".format(s, choice)
] for s, choices in dialog.answerfile_sections.items()
for choice in choices[:1]]
report_data = [
reporting.Title('Missing required answers in the answer file'),
reporting.Severity(reporting.Severity.HIGH),
reporting.Summary(summary.format('\n'.join(sections))),
reporting.Flags([reporting.Flags.
INHIBITOR] if inhibit_if_no_userchoice else []),
reporting.Remediation(hint=dialogs_remediation,
commands=cmd_remediation),
reporting.Key(dialog.key)
]
reporting.create_report(report_data + dialog_resources)
def check():
results = list(api.consume(Report))
for error in [
msg for msg in results
if 'inhibitor' in msg.report.get('flags', [])
]:
api.report_error(error.report['title'])
def process():
if not architecture.matches_architecture(architecture.ARCH_S390X):
return
cpuinfo = next(api.consume(CPUInfo), None)
if cpuinfo is None:
raise StopActorExecutionError(message=("Missing information about CPU."))
if not cpuinfo.machine_type:
# this is not expected to happen, but in case...
api.curernt_logger().warning("The machine (CPU) type is empty.")
if cpuinfo.machine_type not in SUPPORTED_MACHINE_TYPES:
summary = ("The machine is not possible to upgrade because of unsupported"
" type of the processor. Regarding the official documentation,"
" z13 and z14 processors are supported on the Red Had Enterprise"
" Linux 8 system for the IBM Z architecture. If you have one of"
" the supported processors, you should see provided the machine"
" type in the /proc/cpuinfo file with one of those values: {}."
" Detected machine type of the CPU is '{}'."
.format(", ".join([str(i) for i in SUPPORTED_MACHINE_TYPES]), cpuinfo.machine_type))
report = [
reporting.Title("The processor is not supported by the target system."),
reporting.Summary(summary),
reporting.Severity(reporting.Severity.HIGH),
reporting.Tags([reporting.Tags.SANITY]),
reporting.Flags([reporting.Flags.INHIBITOR]),
reporting.ExternalLink(
title="Considerations in adopting RHEL 8",
url=("https://access.redhat.com/documentation/en-us/red_hat_enterprise_linux/8/"
"html-single/considerations_in_adopting_rhel_8/"
"index#changes-in-gcc-in-rhel-8_changes-in-toolchain-since-rhel-7"))
]
reporting.create_report(report)
def check_xfs():
storage_info_msgs = api.consume(StorageInfo)
storage_info = next(storage_info_msgs, None)
if list(storage_info_msgs):
api.current_logger().warning(
'Unexpectedly received more than one StorageInfo message.')
if not storage_info:
raise StopActorExecutionError(
'Could not check if XFS is in use.',
details={'details': 'Did not receive a StorageInfo message'})
fstab_data = check_xfs_fstab(storage_info.fstab)
mount_data = check_xfs_mount(storage_info.mount)
systemdmount_data = check_xfs_systemdmount(storage_info.systemdmount)
mountpoints = fstab_data | mount_data | systemdmount_data
xfs_presence = XFSPresence()
# By now, we only care for XFS without ftype in use for /var
has_xfs_without_ftype = False
for mp in ('/var', '/'):
if mp in mountpoints:
xfs_presence.present = True
if is_xfs_without_ftype(mp):
has_xfs_without_ftype = True
xfs_presence.without_ftype = has_xfs_without_ftype
api.produce(xfs_presence)
def gather_target_repositories(context):
"""
Perform basic checks on requirements for RHSM repositories and return the list of target repository ids to use
during the upgrade.
:param context: An instance of a mounting.IsolatedActions class
:type context: mounting.IsolatedActions class
:return: List of target system repoids
:rtype: List(string)
"""
# Get the RHSM repos available in the RHEL 8 container
available_repos = rhsm.get_available_repo_ids(
context, releasever=api.current_actor().configuration.version.target)
# FIXME: check that required repo IDs (baseos, appstream)
# + or check that all required RHEL repo IDs are available.
if not rhsm.skip_rhsm():
if not available_repos or len(available_repos) < 2:
raise StopActorExecutionError(
message='Cannot find required basic RHEL 8 repositories.',
details={
'hint':
('It is required to have RHEL repositories on the system'
' provided by the subscription-manager. Possibly you'
' are missing a valid SKU for the target system or network'
' connection failed. Check whether your system is attached'
' to a valid SKU providing RHEL 8 repositories.')
})
target_repoids = []
for target_repo in api.consume(TargetRepositories):
for rhel_repo in target_repo.rhel_repos:
if rhel_repo.repoid in available_repos:
target_repoids.append(rhel_repo.repoid)
else:
# TODO: We shall report that the RHEL repos that we deem necessary for the upgrade are not available.
# The StopActorExecutionError called above might be moved here.
pass
for custom_repo in target_repo.custom_repos:
# TODO: complete processing of custom repositories
# HINT: now it will work only for custom repos that exist
# + already on the system in a repo file
# TODO: should check available_target_repoids + additional custom repos
# + outside of rhsm..
# #if custom_repo.repoid in available_target_repoids:
target_repoids.append(custom_repo.repoid)
api.current_logger().debug("Gathered target repositories: {}".format(
', '.join(target_repoids)))
if not target_repoids:
raise StopActorExecutionError(
message=
'There are no enabled target repositories for the upgrade process to proceed.',
details={
'hint':
('Ensure your system is correctly registered with the subscription manager and that'
' your current subscription is entitled to install the requested target version {version}'
).format(
version=api.current_actor().configuration.version.target)
})
return target_repoids
def _get_repositories_mapping():
"""
Get all repositories mapped from repomap file and map repositories id with respective names.
:return: Dictionary with all repositories mapped.
"""
repositories_mapping = {}
repositories_map_msgs = api.consume(RepositoriesMap)
repositories_map_msg = next(repositories_map_msgs, None)
if list(repositories_map_msgs):
api.current_logger().warning(
'Unexpectedly received more than one RepositoriesMap message.')
if not repositories_map_msg:
raise StopActorExecutionError(
'Cannot parse RepositoriesMap data properly',
details={
'Problem': 'Did not receive a message with mapped repositories'
})
for repository in repositories_map_msg.repositories:
if repository.arch == api.current_actor().configuration.architecture:
repositories_mapping[repository.to_pes_repo] = repository.to_repoid
return repositories_mapping
def get_installed_pkgs():
"""
Get installed Red Hat-signed packages.
:return: A set of tuples holding installed Red Hat-signed package names and their module streams
"""
installed_pkgs = set()
installed_rh_signed_rpm_msgs = api.consume(InstalledRedHatSignedRPM)
installed_rh_signed_rpm_msg = next(installed_rh_signed_rpm_msgs, None)
if list(installed_rh_signed_rpm_msgs):
api.current_logger().warning(
'Unexpectedly received more than one InstalledRedHatSignedRPM message.'
)
if not installed_rh_signed_rpm_msg:
raise StopActorExecutionError(
'Cannot parse PES data properly due to missing list of installed packages',
details={
'Problem':
'Did not receive a message with installed Red Hat-signed '
'packages (InstalledRedHatSignedRPM)'
})
for pkg in installed_rh_signed_rpm_msg.items:
modulestream = None
if pkg.module and pkg.stream:
modulestream = (pkg.module, pkg.stream)
installed_pkgs.add((pkg.name, modulestream))
return installed_pkgs