def get_platform_and_release(package_list):
platform = UNKNOWN
release = UNKNOWN
# Identify the platform and release
for line in package_list:
platform = get_platform(line)
release = get_release(line)
if platform != UNKNOWN and release != UNKNOWN:
break
return platform, release
def get_platform_and_release(package_list):
platform = UNKNOWN
release = UNKNOWN
# Identify the platform and release
for line in package_list:
platform = get_platform(line)
release = get_release(line)
if platform != UNKNOWN and release != UNKNOWN:
break
return platform, release
def get_platform_and_release(package_list):
"""
Given a package list (SMU/SP/Pacages), return the platform and release.
"""
platform = UNKNOWN
release = UNKNOWN
# Identify the platform and release
for line in package_list:
platform = get_platform(line)
release = get_release(line)
if platform != UNKNOWN and release != UNKNOWN:
break
return platform, release
def get_platform_and_release(package_list):
"""
Given a package list (SMU/SP/Pacages), return the platform and release.
"""
platform = UNKNOWN
release = UNKNOWN
# Identify the platform and release
for line in package_list:
platform = get_platform(line)
release = get_release(line)
if platform != UNKNOWN and release != UNKNOWN:
break
return platform, release
def get_validated_list(smu_list):
"""
Returns the validated list given the SMU/SP list.
A smu_list may contain packages, SMUs, SPs, or junk texts.
"""
unrecognized_list = []
package_list = []
result_list = []
# Identify the platform and release
platform, release = get_platform_and_release(smu_list)
if platform == UNKNOWN or release == UNKNOWN:
for line in smu_list:
result_list.append({'smu_entry': line, 'is': 'Unrecognized', 'description': ''})
return result_list
# Load the SMU information
smu_loader = SMUInfoLoader(platform, release)
file_suffix = smu_loader.file_suffix
smu_info_list= []
smu_name_set = set()
for line in smu_list:
smu_name = get_smu_lookup_name(line)
smu_info = smu_loader.get_smu_info(smu_name)
if smu_info is None:
# Check if the entry is a package type
if get_platform(smu_name) == UNKNOWN:
unrecognized_list.append(smu_name)
else:
package_list.append(smu_name)
continue
if smu_name in smu_name_set:
continue
smu_name_set.add(smu_name)
smu_info_list.append(smu_info)
if len(smu_info_list) > 0:
# Exclude all the superseded SMUs in smu_info_list
excluded_supersede_list = get_excluded_supersede_list(smu_info_list)
missing_required_prerequisite_dict = \
get_missing_required_prerequisites(smu_loader, excluded_supersede_list)
missing_required_prerequisite_set = get_unique_set_from_dict(missing_required_prerequisite_dict)
for pre_requisite_smu in missing_required_prerequisite_set:
pre_requisite_smu_info = smu_loader.get_smu_info(pre_requisite_smu)
description = pre_requisite_smu_info.description if pre_requisite_smu_info is not None else ''
result_list.append({'smu_entry': pre_requisite_smu + '.' + file_suffix,
'is': 'Pre-requisite', 'description':description})
excluded_supersede_dict = get_dict_from_list(excluded_supersede_list)
for smu_info in smu_info_list:
if smu_info.name not in excluded_supersede_dict:
result_list.append({'smu_entry': smu_info.name + '.' + file_suffix,
'is': 'Superseded', 'description': smu_info.description})
else:
result_list.append({'smu_entry': smu_info.name + '.' + file_suffix,
'is': 'SMU/SP', 'description': smu_info.description})
if len(package_list) > 0:
for entry in package_list:
result_list.append({'smu_entry': entry, 'is': 'Package', 'description': ''})
if len(unrecognized_list) > 0:
for entry in unrecognized_list:
result_list.append({'smu_entry': entry, 'is': 'Unrecognized', 'description': ''})
return result_list
def create_or_update_install_job(
db_session, host_id, install_action, scheduled_time, software_packages=None,
server=-1, server_directory='', custom_command_profile=-1, dependency=0, pending_downloads=None, install_job=None):
# This is a new install_job
if install_job is None:
install_job = InstallJob()
install_job.host_id = host_id
db_session.add(install_job)
install_job.install_action = install_action
if install_job.install_action == InstallAction.INSTALL_ADD and \
not is_empty(pending_downloads):
install_job.pending_downloads = ','.join(pending_downloads.split())
else:
install_job.pending_downloads = ''
install_job.scheduled_time = get_datetime(scheduled_time, "%m/%d/%Y %I:%M %p")
# Only Install Add should have server_id and server_directory
if install_action == InstallAction.INSTALL_ADD:
install_job.server_id = int(server) if int(server) > 0 else None
install_job.server_directory = server_directory
else:
install_job.server_id = None
install_job.server_directory = ''
install_job_packages = []
# Only the following install actions should have software packages
if install_action == InstallAction.INSTALL_ADD or \
install_action == InstallAction.INSTALL_ACTIVATE or \
install_action == InstallAction.INSTALL_REMOVE or \
install_action == InstallAction.INSTALL_DEACTIVATE:
software_packages = software_packages.split() if software_packages is not None else []
for software_package in software_packages:
if install_action == InstallAction.INSTALL_ADD:
# Install Add only accepts external package names with the following suffix
if '.pie' in software_package or \
'.tar' in software_package or \
'.rpm' in software_package:
install_job_packages.append(software_package)
else:
# Install Activate can have external or internal package names
install_job_packages.append(software_package)
install_job.packages = ','.join(install_job_packages)
install_job.dependency = dependency if dependency > 0 else None
install_job.created_by = current_user.username
install_job.user_id = current_user.id
if install_action == InstallAction.PRE_UPGRADE or install_action == InstallAction.POST_UPGRADE:
install_job.custom_command_profile_id = custom_command_profile if custom_command_profile else None
# Resets the following fields
install_job.status = None
install_job.status_time = None
install_job.session_log = None
install_job.trace = None
if install_job.install_action != InstallAction.UNKNOWN:
db_session.commit()
# Creates download jobs if needed
if install_job.install_action == InstallAction.INSTALL_ADD and \
len(install_job.packages) > 0 and \
len(install_job.pending_downloads) > 0:
# Use the SMU name to derive the platform and release strings
smu_list = install_job.packages.split(',')
pending_downloads = install_job.pending_downloads.split(',')
# Derives the platform and release using the first SMU name.
platform = get_platform(smu_list[0])
release = get_release(smu_list[0])
create_download_jobs(db_session, platform, release, pending_downloads,
install_job.server_id, install_job.server_directory)
return install_job
def create_or_update_install_job(
db_session, host_id, install_action, scheduled_time, software_packages=None,
server=-1, server_directory='', custom_command_profile=-1, dependency=0, pending_downloads=None, install_job=None):
# This is a new install_job
if install_job is None:
install_job = InstallJob()
install_job.host_id = host_id
db_session.add(install_job)
install_job.install_action = install_action
if install_job.install_action == InstallAction.INSTALL_ADD and \
not is_empty(pending_downloads):
install_job.pending_downloads = ','.join(pending_downloads.split())
else:
install_job.pending_downloads = ''
install_job.scheduled_time = get_datetime(scheduled_time, "%m/%d/%Y %I:%M %p")
# Only Install Add should have server_id and server_directory
if install_action == InstallAction.INSTALL_ADD:
install_job.server_id = int(server) if int(server) > 0 else None
install_job.server_directory = server_directory
else:
install_job.server_id = None
install_job.server_directory = ''
install_job_packages = []
# Only the following install actions should have software packages
if install_action == InstallAction.INSTALL_ADD or \
install_action == InstallAction.INSTALL_ACTIVATE or \
install_action == InstallAction.INSTALL_REMOVE or \
install_action == InstallAction.INSTALL_DEACTIVATE:
software_packages = software_packages.split() if software_packages is not None else []
for software_package in software_packages:
if install_action == InstallAction.INSTALL_ADD:
# Install Add only accepts external package names with the following suffix
if '.pie' in software_package or \
'.tar' in software_package or \
'.rpm' in software_package:
install_job_packages.append(software_package)
else:
# Install Activate can have external or internal package names
install_job_packages.append(software_package)
install_job.packages = ','.join(install_job_packages)
install_job.dependency = dependency if dependency > 0 else None
install_job.created_by = current_user.username
install_job.user_id = current_user.id
if install_action == InstallAction.PRE_UPGRADE or install_action == InstallAction.POST_UPGRADE:
install_job.custom_command_profile_id = custom_command_profile if custom_command_profile else None
# Resets the following fields
install_job.status = None
install_job.status_time = None
install_job.session_log = None
install_job.trace = None
if install_job.install_action != InstallAction.UNKNOWN:
db_session.commit()
# Creates download jobs if needed
if install_job.install_action == InstallAction.INSTALL_ADD and \
len(install_job.packages) > 0 and \
len(install_job.pending_downloads) > 0:
# Use the SMU name to derive the platform and release strings
smu_list = install_job.packages.split(',')
pending_downloads = install_job.pending_downloads.split(',')
# Derives the platform and release using the first SMU name.
platform = get_platform(smu_list[0])
release = get_release(smu_list[0])
create_download_jobs(db_session, platform, release, pending_downloads,
install_job.server_id, install_job.server_directory)
return install_job
def get_validated_list(smu_list):
"""
Returns the validated list given the SMU/SP list.
A smu_list may contain packages, SMUs, SPs, or junk texts.
"""
unrecognized_list = []
package_list = []
result_list = []
# Identify the platform and release
platform, release = get_platform_and_release(smu_list)
if platform == UNKNOWN or release == UNKNOWN:
for line in smu_list:
result_list.append({'smu_entry': line, 'is': 'Unrecognized'})
return result_list
# Load the SMU information
smu_loader = SMUInfoLoader(platform, release)
file_suffix = smu_loader.file_suffix
smu_info_list = []
smu_name_set = set()
for line in smu_list:
smu_name = get_smu_lookup_name(line)
smu_info = smu_loader.get_smu_info(smu_name)
if smu_info is None:
# Check if the entry is a package type
if get_platform(smu_name) == UNKNOWN:
unrecognized_list.append(smu_name)
else:
package_list.append(smu_name)
continue
if smu_name in smu_name_set:
continue
smu_name_set.add(smu_name)
smu_info_list.append(smu_info)
if len(smu_info_list) > 0:
# Exclude all the superseded SMUs in smu_info_list
excluded_supersede_list = get_excluded_supersede_list(smu_info_list)
missing_required_prerequisite_dict = \
get_missing_required_prerequisites(smu_loader, excluded_supersede_list)
missing_required_prerequisite_set = get_unique_set_from_dict(
missing_required_prerequisite_dict)
for pre_requisite_smu in missing_required_prerequisite_set:
pre_requisite_smu_info = smu_loader.get_smu_info(pre_requisite_smu)
description = pre_requisite_smu_info.description if pre_requisite_smu_info is not None else ''
result_list.append({
'smu_entry': pre_requisite_smu + '.' + file_suffix,
'is': 'Pre-requisite',
'description': description
})
excluded_supersede_dict = get_dict_from_list(excluded_supersede_list)
for smu_info in smu_info_list:
if smu_info.name not in excluded_supersede_dict:
result_list.append({
'smu_entry': smu_info.name + '.' + file_suffix,
'is': 'Superseded',
'description': smu_info.description
})
else:
result_list.append({
'smu_entry': smu_info.name + '.' + file_suffix,
'is': 'SMU/SP',
'description': smu_info.description
})
if len(package_list) > 0:
for entry in package_list:
result_list.append({
'smu_entry': entry,
'is': 'Package',
'description': ''
})
if len(unrecognized_list) > 0:
for entry in unrecognized_list:
result_list.append({
'smu_entry': entry,
'is': 'Unrecognized',
'description': ''
})
return result_list
