def handle_installer_build(optionDict, installer_type, branch, arch):
conf_file = optionDict['RELEASE_DESCRIPTION_FILE']
print('Parsing [{0}] installer build jobs from: {0}'.format(conf_file))
if not os.path.isfile(conf_file):
raise IOError('*** Fatal error! Given file does not exist: {0}'.format(
conf_file))
init_env(optionDict)
license_type = optionDict['LICENSE']
platform = optionDict['HOST_PLATFORM']
packages_base_url = optionDict['PACKAGE_STORAGE_SERVER_PATH_HTTP']
# parse conf file
parser = ConfigParser.ConfigParser()
parser.readfp(open(conf_file))
section_name = branch + '.' + 'global'
global_version = bldinstallercommon.safe_config_key_fetch(
parser, section_name, 'version')
global_version_tag = bldinstallercommon.safe_config_key_fetch(
parser, section_name, 'version_tag')
if not global_version:
raise RuntimeError(
'*** Fatal error! Invalid values in {0} -> {1}'.format(
conf_file, section_name))
# parse build jobs
job_list = get_job_list(optionDict, installer_type, branch, arch,
global_version, global_version_tag)
if (len(job_list) == 0):
raise RuntimeError(
'*** Fatal error! No [{0}] installer build jobs found from: {1}. Probably an error?'
.format(installer_type, conf_file))
installer_output_dir = os.path.join(
SCRIPT_ROOT_DIR, pkg_constants.INSTALLER_OUTPUT_DIR_NAME)
rta_descr_output_dir = os.path.join(
SCRIPT_ROOT_DIR, pkg_constants.RTA_DESCRIPTION_FILE_DIR_NAME)
bldinstallercommon.create_dirs(rta_descr_output_dir)
# create rta description file
architecture = bldinstallercommon.get_architecture()
plat_suffix = bldinstallercommon.get_platform_suffix()
rta_description_file_name = os.path.join(
rta_descr_output_dir, pkg_constants.RTA_DESCRIPTION_FILE_NAME_BASE +
'-' + plat_suffix + '-' + architecture + '.txt')
# handle build jobs
for job in job_list:
# create installer
type_arg = '--online' if 'online' in installer_type.lower(
) else '--offline'
creation_ok = create_installer(job, packages_base_url, type_arg)
# write the rta description file only if installer creation was ok
if (creation_ok):
rta_description_file = open(rta_description_file_name, 'a')
rta_description_file.write(job.installer_name + ' ' +
job.rta_key_list + '\n')
rta_description_file.close()
# if "/installer_output" directory is empty -> error
if not os.listdir(installer_output_dir):
raise RuntimeError(
'*** Fatal error! No installers generated into: %s' %
installer_output_dir)
def handle_repo_build(optionDict, branch, arch, update_staging_repo, update_production_repo):
conf_file = optionDict['RELEASE_DESCRIPTION_FILE']
if not os.path.isfile(conf_file):
raise IOError('*** Fatal error! Given file does not exist: %s' % conf_file)
init_env(optionDict)
packages_base_url = optionDict['PACKAGE_STORAGE_SERVER_PATH_HTTP']
ifw_base_url = optionDict['IFW_TOOLS_BASE_URL']
release_tools_dir = SCRIPT_ROOT_DIR
# parse conf file
parser = ConfigParser.ConfigParser()
parser.readfp(open(conf_file))
section_name = branch + '.' + 'global'
global_version = bldinstallercommon.safe_config_key_fetch(parser, section_name, 'version')
global_version_tag = bldinstallercommon.safe_config_key_fetch(parser, section_name, 'version_tag')
# parse build jobs
repo_job_list = get_repo_job_list(optionDict, branch, arch, global_version, global_version_tag)
if (len(repo_job_list) == 0):
raise RuntimeError('*** Fatal error! No repository build jobs found. Probably an error? %s' % conf_file)
# init repo dirs
init_repositories(optionDict, repo_job_list)
# is this snapshot build? Then enable component version number forced update
forced_version_number_bump = False
if update_staging_repo and not update_production_repo:
forced_version_number_bump = True
if optionDict.get('FORCE_VERSION_NUMBER_INCREASE') in ['yes', 'true', '1']:
forced_version_number_bump = True
# create rta description file
rta_descr_output_dir = os.path.join(SCRIPT_ROOT_DIR, pkg_constants.RTA_DESCRIPTION_FILE_DIR_NAME)
bldinstallercommon.create_dirs(rta_descr_output_dir)
architecture = bldinstallercommon.get_architecture()
plat_suffix = bldinstallercommon.get_platform_suffix()
rta_description_file_name = os.path.join( rta_descr_output_dir, pkg_constants.RTA_DESCRIPTION_FILE_NAME_BASE + '-' + plat_suffix + '-' + architecture + '-repo.txt')
# handle repo build jobs
for job in repo_job_list:
create_online_repository(job, packages_base_url, forced_version_number_bump)
# determine testination path on test server
dest_path_repository, dest_path_pkg = generate_repo_dest_path_pending(optionDict, job)
# copy repo content to test server
source_path_repository = os.path.join(release_tools_dir, 'repository')
source_path_pkg = os.path.join(release_tools_dir, 'pkg')
push_online_repository(optionDict, optionDict['PKG_STAGING_SERVER'], optionDict['PKG_STAGING_SERVER_UNAME'], source_path_repository, dest_path_repository)
push_online_repository(optionDict, optionDict['PKG_STAGING_SERVER'], optionDict['PKG_STAGING_SERVER_UNAME'], source_path_pkg, dest_path_pkg)
# remove local repository and pkg directories
bldinstallercommon.remove_tree(source_path_repository)
bldinstallercommon.remove_tree(source_path_pkg)
# update repo in testing area
staging_repo_updated, dummy = update_online_repo(optionDict, job, update_staging_repo, update_production_repo)
# write the rta description file only if staging repository creation was ok
if (staging_repo_updated):
rta_description_file = open(rta_description_file_name, 'a')
rta_description_file.write(job.repo_url_specifier + ' ' + job.rta_key_list + '\n')
rta_description_file.close()
def handle_installer_build(optionDict, installer_type, branch, arch):
conf_file = optionDict["RELEASE_DESCRIPTION_FILE"]
print("Parsing [{0}] installer build jobs from: {0}".format(conf_file))
if not os.path.isfile(conf_file):
raise IOError("*** Fatal error! Given file does not exist: {0}".format(conf_file))
init_env(optionDict)
license_type = optionDict["LICENSE"]
platform = optionDict["HOST_PLATFORM"]
packages_base_url = optionDict["PACKAGE_STORAGE_SERVER_PATH_HTTP"]
# parse conf file
parser = ConfigParser.ConfigParser()
parser.readfp(open(conf_file))
section_name = branch + "." + "global"
global_version = bldinstallercommon.safe_config_key_fetch(parser, section_name, "version")
global_version_tag = bldinstallercommon.safe_config_key_fetch(parser, section_name, "version_tag")
if not global_version:
raise RuntimeError("*** Fatal error! Invalid values in {0} -> {1}".format(conf_file, section_name))
# parse build jobs
job_list = get_job_list(optionDict, installer_type, branch, arch, global_version, global_version_tag)
if len(job_list) == 0:
raise RuntimeError(
"*** Fatal error! No [{0}] installer build jobs found from: {1}. Probably an error?".format(
installer_type, conf_file
)
)
installer_output_dir = os.path.join(SCRIPT_ROOT_DIR, pkg_constants.INSTALLER_OUTPUT_DIR_NAME)
rta_descr_output_dir = os.path.join(SCRIPT_ROOT_DIR, pkg_constants.RTA_DESCRIPTION_FILE_DIR_NAME)
bldinstallercommon.create_dirs(rta_descr_output_dir)
# create rta description file
architecture = bldinstallercommon.get_architecture()
plat_suffix = bldinstallercommon.get_platform_suffix()
rta_description_file_name = os.path.join(
rta_descr_output_dir,
pkg_constants.RTA_DESCRIPTION_FILE_NAME_BASE + "-" + plat_suffix + "-" + architecture + ".txt",
)
# handle build jobs
for job in job_list:
# create installer
type_arg = "--online" if "online" in installer_type.lower() else "--offline"
creation_ok = create_installer(job, packages_base_url, type_arg)
# write the rta description file only if installer creation was ok
if creation_ok:
rta_description_file = open(rta_description_file_name, "a")
rta_description_file.write(job.installer_name + " " + job.rta_key_list + "\n")
rta_description_file.close()
# if "/installer_output" directory is empty -> error
if not os.listdir(installer_output_dir):
raise RuntimeError("*** Fatal error! No installers generated into: %s" % installer_output_dir)
def handle_repo_build(optionDict, branch, arch, update_staging_repo, update_production_repo):
conf_file = optionDict["RELEASE_DESCRIPTION_FILE"]
if not os.path.isfile(conf_file):
raise IOError("*** Fatal error! Given file does not exist: %s" % conf_file)
init_env(optionDict)
packages_base_url = optionDict["PACKAGE_STORAGE_SERVER_PATH_HTTP"]
ifw_base_url = optionDict["IFW_TOOLS_BASE_URL"]
release_tools_dir = SCRIPT_ROOT_DIR
# parse conf file
parser = ConfigParser.ConfigParser()
parser.readfp(open(conf_file))
section_name = branch + "." + "global"
global_version = bldinstallercommon.safe_config_key_fetch(parser, section_name, "version")
global_version_tag = bldinstallercommon.safe_config_key_fetch(parser, section_name, "version_tag")
# parse build jobs
repo_job_list = get_repo_job_list(optionDict, branch, arch, global_version, global_version_tag)
if len(repo_job_list) == 0:
raise RuntimeError("*** Fatal error! No repository build jobs found. Probably an error? %s" % conf_file)
# init repo dirs
init_repositories(optionDict, repo_job_list)
# is this snapshot build? Then enable component version number forced update
forced_version_number_bump = False
if update_staging_repo and not update_production_repo:
forced_version_number_bump = True
# create rta description file
rta_descr_output_dir = os.path.join(SCRIPT_ROOT_DIR, pkg_constants.RTA_DESCRIPTION_FILE_DIR_NAME)
bldinstallercommon.create_dirs(rta_descr_output_dir)
architecture = bldinstallercommon.get_architecture()
plat_suffix = bldinstallercommon.get_platform_suffix()
rta_description_file_name = os.path.join(
rta_descr_output_dir,
pkg_constants.RTA_DESCRIPTION_FILE_NAME_BASE + "-" + plat_suffix + "-" + architecture + "-repo.txt",
)
# handle repo build jobs
for job in repo_job_list:
create_online_repository(job, packages_base_url, forced_version_number_bump)
# determine testination path on test server
dest_path_repository, dest_path_pkg = generate_repo_dest_path_pending(optionDict, job)
# copy repo content to test server
source_path_repository = os.path.join(release_tools_dir, "repository")
source_path_pkg = os.path.join(release_tools_dir, "pkg")
push_online_repository(
optionDict,
optionDict["PKG_STAGING_SERVER"],
optionDict["PKG_STAGING_SERVER_UNAME"],
source_path_repository,
dest_path_repository,
)
push_online_repository(
optionDict,
optionDict["PKG_STAGING_SERVER"],
optionDict["PKG_STAGING_SERVER_UNAME"],
source_path_pkg,
dest_path_pkg,
)
# remove local repository and pkg directories
bldinstallercommon.remove_tree(source_path_repository)
bldinstallercommon.remove_tree(source_path_pkg)
# update repo in testing area
staging_repo_updated, dummy = update_online_repo(optionDict, job, update_staging_repo, update_production_repo)
# write the rta description file only if staging repository creation was ok
if staging_repo_updated:
rta_description_file = open(rta_description_file_name, "a")
rta_description_file.write(job.repo_url_specifier + " " + job.rta_key_list + "\n")
rta_description_file.close()
def __init__(self,
qt_source_package_uri,
qt_configure_options,
qt_installer_framework_uri,
qt_installer_framework_branch,
qt_installer_framework_qmake_args,
openssl_dir,
product_key_checker_pri,
incremental_build=False):
self.incremental_mode = incremental_build
self.qt_source_dir = os.path.join(ROOT_DIR, 'qt-src')
self.qt_build_dir = os.path.join(ROOT_DIR, 'qt-bld')
self.qt_build_dir_dynamic = os.path.join(ROOT_DIR, 'qt-bld-dynamic')
self.installer_framework_source_dir = os.path.join(ROOT_DIR, 'ifw-src')
self.installer_framework_build_dir = os.path.join(ROOT_DIR, 'ifw-bld')
self.installer_framework_pkg_dir = os.path.join(ROOT_DIR, 'ifw-pkg')
self.installer_framework_target_dir = os.path.join(
ROOT_DIR, 'ifw-target')
self.qt_installer_framework_uri = qt_installer_framework_uri
self.qt_installer_framework_uri_saveas = os.path.join(
ROOT_DIR, os.path.basename(self.qt_installer_framework_uri))
self.qt_installer_framework_branch = qt_installer_framework_branch
self.qt_installer_framework_qmake_args = qt_installer_framework_qmake_args
self.openssl_dir = openssl_dir
self.qt_build_modules = " module-qtbase module-qtdeclarative module-qttools module-qttranslations"
self.qt_build_modules_docs = " module-qttools"
if bldinstallercommon.is_win_platform():
self.qt_build_modules += " module-qtwinextras"
self.make_cmd = 'nmake'
self.make_doc_cmd = 'nmake'
self.make_install_cmd = 'nmake install'
self.qt_qmake_bin = 'qmake.exe'
self.qt_configure_bin = self.qt_source_dir + os.sep + 'configure.bat'
else:
self.make_cmd = 'make -j' + str(multiprocessing.cpu_count() + 1)
self.make_doc_cmd = 'make'
self.make_install_cmd = 'make install'
self.qt_qmake_bin = 'qmake'
self.qt_configure_bin = self.qt_source_dir + os.sep + 'configure'
self.build_artifacts_dir = os.path.join(
ROOT_DIR, pkg_constants.IFW_BUILD_ARTIFACTS_DIR)
self.mac_deploy_qt_archive_name = 'macdeployqt.7z'
self.mac_qt_menu_nib_archive_name = 'qt_menu.nib.7z'
# determine filenames used later on
self.architecture = ''
# if this is cross-compilation attempt to parse the target architecture from the given -platform
if '-platform' in qt_configure_options:
temp = qt_configure_options.split(' ')
plat = temp[temp.index('-platform') + 1]
bits = ''.join(re.findall(r'\d+', plat))
if bits == '32':
self.architecture = 'x86'
else:
self.architecture = 'x64'
if not self.architecture:
self.architecture = bldinstallercommon.get_architecture()
self.plat_suffix = bldinstallercommon.get_platform_suffix()
self.installer_framework_archive_name = 'installer-framework-build-' + self.plat_suffix + '-' + self.architecture + '.7z'
self.installer_base_archive_name = 'installerbase-' + self.plat_suffix + '-' + self.architecture + '.7z'
self.installer_framework_payload_arch = 'installer-framework-build-stripped-' + self.plat_suffix + '-' + self.architecture + '.7z'
self.qt_source_package_uri = qt_source_package_uri
self.qt_source_package_uri_saveas = os.path.join(
ROOT_DIR, os.path.basename(self.qt_source_package_uri))
# Set Qt build prefix
qt_prefix = ' -prefix ' + self.qt_build_dir + os.sep + 'qtbase'
self.qt_configure_options = qt_configure_options + qt_prefix
# Product key checker
self.product_key_checker_pri = product_key_checker_pri
if product_key_checker_pri:
if os.path.isfile(product_key_checker_pri):
self.qt_installer_framework_qmake_args += [
'-r',
'PRODUCTKEYCHECK_PRI_FILE=' + self.product_key_checker_pri
]
# macOS specific
if bldinstallercommon.is_mac_platform():
self.qt_installer_framework_qmake_args += [
'-r', '"LIBS+=-framework IOKit"'
]
# sanity check
self.sanity_check()
def handle_repo_build(optionDict, branch, arch, update_staging_repo, update_production_repo):
conf_file = optionDict['RELEASE_DESCRIPTION_FILE']
if not os.path.isfile(conf_file):
raise IOError('*** Fatal error! Given file does not exist: %s' % conf_file)
init_env(optionDict)
packages_base_url = optionDict['PACKAGE_STORAGE_SERVER_PATH_HTTP']
ifw_base_url = optionDict['IFW_TOOLS_BASE_URL']
release_tools_dir = SCRIPT_ROOT_DIR
# parse conf file
parser = ConfigParser.ConfigParser()
parser.readfp(open(conf_file))
section_name = branch + '.' + 'global'
global_version = bldinstallercommon.safe_config_key_fetch(parser, section_name, 'version')
global_version_tag = bldinstallercommon.safe_config_key_fetch(parser, section_name, 'version_tag')
# parse build jobs
repo_job_list = get_repo_job_list(optionDict, branch, arch, global_version, global_version_tag)
if (len(repo_job_list) == 0):
raise RuntimeError('*** Fatal error! No repository build jobs found. Probably an error? %s' % conf_file)
# init repo dirs
init_repositories(optionDict, repo_job_list)
# is this snapshot build? Then enable component version number forced update
forced_version_number_bump = False
if update_staging_repo and not update_production_repo:
forced_version_number_bump = True
if optionDict.get('FORCE_VERSION_NUMBER_INCREASE') in ['yes', 'true', '1']:
forced_version_number_bump = True
# create rta description file
rta_descr_output_dir = os.path.join(SCRIPT_ROOT_DIR, pkg_constants.RTA_DESCRIPTION_FILE_DIR_NAME)
bldinstallercommon.create_dirs(rta_descr_output_dir)
architecture = bldinstallercommon.get_architecture()
plat_suffix = bldinstallercommon.get_platform_suffix()
rta_description_file_name = os.path.join( rta_descr_output_dir, pkg_constants.RTA_DESCRIPTION_FILE_NAME_BASE + '-' + plat_suffix + '-' + architecture + '-repo.txt')
# handle repo build jobs
for job in repo_job_list:
create_online_repository(job, packages_base_url, forced_version_number_bump)
# determine testination path on test server
dest_path_repository, dest_path_pkg = generate_repo_dest_path_pending(optionDict, job)
# copy repo content to test server
source_path_repository = os.path.join(release_tools_dir, 'online_repository')
source_path_pkg = os.path.join(release_tools_dir, 'pkg')
push_online_repository(optionDict, optionDict['PKG_STAGING_SERVER'], optionDict['PKG_STAGING_SERVER_UNAME'], source_path_repository, dest_path_repository)
push_online_repository(optionDict, optionDict['PKG_STAGING_SERVER'], optionDict['PKG_STAGING_SERVER_UNAME'], source_path_pkg, dest_path_pkg)
# remove local repository and pkg directories
bldinstallercommon.remove_tree(source_path_repository)
bldinstallercommon.remove_tree(source_path_pkg)
# update repo in testing area
staging_repo_updated, production_repo_updated = update_online_repo(optionDict, job, update_staging_repo, update_production_repo)
# write the rta description file only if staging repository creation was ok
# remove also temp staging repositories from 'staging_pending' and 'production_dist_update_work' directories
server_addr = optionDict['PKG_STAGING_SERVER_UNAME'] + '@' + optionDict['PKG_STAGING_SERVER']
if (staging_repo_updated):
rta_description_file = open(rta_description_file_name, 'a')
rta_description_file.write(job.repo_url_specifier + ' ' + job.rta_key_list + '\n')
rta_description_file.close()
staging_temp_content_to_be_deleted = generate_repo_path_for_pending_area(optionDict, job)
delete_online_repo_paths(optionDict, server_addr, staging_temp_content_to_be_deleted)
if (production_repo_updated):
production_temp_content_to_be_deleted = optionDict['REPO_STAGING_SERVER_TEST_REPO_DIST_WORK'] + '/' + optionDict['ONLINE_REPOSITORY_BASE_NAME'] + '/' + job.repo_url_specifier
delete_online_repo_paths(optionDict, server_addr, production_temp_content_to_be_deleted)
def __init__(self,
qt_source_package_uri,
qt_configure_options,
qt_installer_framework_uri,
qt_installer_framework_branch,
qt_installer_framework_qmake_args,
openssl_dir,
product_key_checker_pri,
qt_binaries_static,
qt_binaries_dynamic,
signserver,
signpwd,
incremental_build = False,
squish_dir = "",
squish_src = ""
):
self.squish_dir = squish_dir
self.squish_src = squish_src
self.signserver = signserver
self.signpwd = signpwd
self.incremental_mode = incremental_build
self.qt_source_dir = os.path.join(ROOT_DIR, 'qt-src')
self.qt_build_dir = os.path.join(ROOT_DIR, 'qt-bld')
self.qt_build_dir_dynamic = os.path.join(ROOT_DIR, 'qt-bld-dynamic')
self.installer_framework_source_dir = os.path.join(ROOT_DIR, 'ifw-src')
self.installer_framework_build_dir = os.path.join(ROOT_DIR, 'ifw-bld')
self.installer_framework_build_dir_squish = os.path.join(ROOT_DIR, 'ifw-bld_squish')
self.installer_framework_pkg_dir = os.path.join(ROOT_DIR, 'ifw-pkg')
self.installer_framework_target_dir = os.path.join(ROOT_DIR, 'ifw-target')
self.qt_installer_framework_uri = qt_installer_framework_uri
self.qt_installer_framework_uri_saveas = os.path.join(ROOT_DIR, os.path.basename(self.qt_installer_framework_uri))
self.qt_installer_framework_branch = qt_installer_framework_branch
self.qt_installer_framework_branch_pretty = qt_installer_framework_branch.replace("/", "_")
self.qt_installer_framework_qmake_args = qt_installer_framework_qmake_args
self.openssl_dir = openssl_dir
self.qt_binaries_static = qt_binaries_static
if self.qt_binaries_static:
self.qt_binaries_static_saveas = os.path.join(ROOT_DIR, os.path.basename(self.qt_binaries_static))
self.qt_binaries_dynamic = qt_binaries_dynamic
if self.qt_binaries_dynamic:
self.qt_binaries_dynamic_saveas = os.path.join(ROOT_DIR, os.path.basename(self.qt_binaries_dynamic))
self.qt_build_modules = ["qtbase", "qtdeclarative", "qttools", "qttranslations"]
self.qt_build_modules_docs = ["qtbase", "qttools"]
if bldinstallercommon.is_win_platform():
self.qt_build_modules.append("qtwinextras")
self.make_cmd = 'jom.exe'
self.make_doc_cmd = 'jom.exe'
self.make_install_cmd = 'jom.exe install'
self.qt_qmake_bin = 'qmake.exe'
self.qt_configure_bin = self.qt_source_dir + os.sep + 'configure.bat'
else:
self.make_cmd = 'make -j' + str(multiprocessing.cpu_count() + 1)
self.make_doc_cmd = 'make'
self.make_install_cmd = 'make install'
self.qt_qmake_bin = 'qmake'
self.qt_configure_bin = self.qt_source_dir + os.sep + 'configure'
self.build_artifacts_dir = os.path.join(ROOT_DIR, pkg_constants.IFW_BUILD_ARTIFACTS_DIR)
self.mac_deploy_qt_archive_name = 'macdeployqt.7z'
self.mac_qt_menu_nib_archive_name = 'qt_menu.nib.7z'
# determine filenames used later on
self.architecture = ''
# if this is cross-compilation attempt to parse the target architecture from the given -platform
if '-platform' in qt_configure_options:
temp = qt_configure_options.split(' ')
plat = temp[temp.index('-platform') + 1]
bits = ''.join(re.findall(r'\d+', plat))
if bits == '32':
self.architecture = 'x86'
else:
self.architecture = 'x64'
if not self.architecture:
self.architecture = bldinstallercommon.get_architecture()
self.plat_suffix = bldinstallercommon.get_platform_suffix()
self.installer_framework_archive_name = 'installer-framework-build-' + self.qt_installer_framework_branch_pretty + "-" + self.plat_suffix + '-' + self.architecture + '.7z'
self.installer_framework_with_squish_archive_name = 'installer-framework-build-squish-' + self.qt_installer_framework_branch_pretty + "-" + self.plat_suffix + '-' + self.architecture + '.7z'
self.installer_base_archive_name = 'installerbase-' + self.qt_installer_framework_branch_pretty + "-" + self.plat_suffix + '-' + self.architecture + '.7z'
self.installer_framework_payload_arch = 'installer-framework-build-stripped-' + self.qt_installer_framework_branch_pretty + "-" + self.plat_suffix + '-' + self.architecture + '.7z'
self.qt_source_package_uri = qt_source_package_uri
self.qt_source_package_uri_saveas = os.path.join(ROOT_DIR, os.path.basename(self.qt_source_package_uri))
# Set Qt build prefix
qt_prefix = ' -prefix ' + self.qt_build_dir + os.sep + 'qtbase'
self.qt_configure_options = qt_configure_options + qt_prefix
# Product key checker
self.product_key_checker_pri = product_key_checker_pri
if product_key_checker_pri:
if os.path.isfile(product_key_checker_pri):
self.qt_installer_framework_qmake_args += ['PRODUCTKEYCHECK_PRI_FILE=' + self.product_key_checker_pri]
# macOS specific
if bldinstallercommon.is_mac_platform():
self.qt_installer_framework_qmake_args += ['"LIBS+=-framework IOKit"']
# sanity check
self.sanity_check()