def get_noticeboard(self, repository_id):
"""
Return noticeboard RSS metadata (dict form) for given repository
identifier.
This method is fault tolerant, except for invalid repository_id given,
if repository notice board file is broken or not found an empty dict
is returned.
@param repository_id: repository identifier
@type repository_id: string
@return: repository metadata
@rtype: dict
@raise KeyError: if given repository identifier is not available
"""
repo_data = self._settings['repositories']['available'][repository_id]
nb_path = repo_data['local_notice_board']
if not const_file_readable(nb_path):
return {} # not found
# load RSS metadata and return if valid
myrss = RSS(nb_path, '', '')
data, data_len = myrss.get_entries()
if data is None:
return {}
return data
def _run_post_update_repository_hook(self, repository_id):
my_repos = self._settings['repositories']
branch = my_repos['branch']
avail_data = my_repos['available']
repo_data = avail_data[repository_id]
post_update_script = repo_data['post_repo_update_script']
if post_update_script is None:
const_debug_write(__name__,
"_run_post_update_repository_hook: not available")
return 0
if not const_file_readable(post_update_script):
# not found!
const_debug_write(__name__,
"_run_post_update_repository_hook: not found")
return 0
args = ["/bin/sh", post_update_script, repository_id,
etpConst['systemroot'] + os.path.sep, branch]
const_debug_write(__name__,
"_run_post_update_repository_hook: run: %s" % (args,))
proc = subprocess.Popen(args, stdin = sys.stdin,
stdout = sys.stdout, stderr = sys.stderr)
# it is possible to ignore errors because
# if it's a critical thing, upstream dev just have to fix
# the script and will be automagically re-run
br_rc = proc.wait()
const_debug_write(__name__,
"_run_post_update_repository_hook: rc: %s" % (br_rc,))
return br_rc
def _run_post_update_repository_hook(self, repository_id):
my_repos = self._settings['repositories']
branch = my_repos['branch']
avail_data = my_repos['available']
repo_data = avail_data[repository_id]
post_update_script = repo_data['post_repo_update_script']
if post_update_script is None:
const_debug_write(__name__,
"_run_post_update_repository_hook: not available")
return 0
if not const_file_readable(post_update_script):
# not found!
const_debug_write(__name__,
"_run_post_update_repository_hook: not found")
return 0
args = ["/bin/sh", post_update_script, repository_id,
etpConst['systemroot'] + os.path.sep, branch]
const_debug_write(__name__,
"_run_post_update_repository_hook: run: %s" % (args,))
proc = subprocess.Popen(args, stdin = sys.stdin,
stdout = sys.stdout, stderr = sys.stderr)
# it is possible to ignore errors because
# if it's a critical thing, upstream dev just have to fix
# the script and will be automagically re-run
br_rc = proc.wait()
const_debug_write(__name__,
"_run_post_update_repository_hook: rc: %s" % (br_rc,))
return br_rc
def _inject(self, entropy_server):
"""
Actual Eit inject code.
"""
extensions = entropy_server.Spm_class().binary_packages_extensions()
etp_pkg_files = []
for pkg_path in self._packages:
pkg_path = os.path.realpath(pkg_path)
if not const_file_readable(pkg_path):
entropy_server.output(
"%s: %s" %
(purple(pkg_path), teal(_("no such file or directory"))),
importance=1,
level="error")
return 1
found = False
for ext in extensions:
if pkg_path.endswith("." + ext):
etp_pkg_files.append(pkg_path)
found = True
break
if not found:
entropy_server.output(
"%s: %s" %
(purple(pkg_path), teal(_("unsupported extension"))),
importance=1,
level="error")
return 1
if not etp_pkg_files:
entropy_server.output(teal(_("no valid package paths")),
importance=1,
level="error")
return 1
# in this case, no split package files are provided
repository_id = entropy_server.repository()
etp_pkg_files = [(
[x],
True,
) for x in etp_pkg_files]
package_ids = entropy_server.add_packages_to_repository(
repository_id,
etp_pkg_files,
ask=self._ask,
reset_revision=self._reset_revision)
if package_ids:
# checking dependencies and print issues
entropy_server.extended_dependencies_test([repository_id])
entropy_server.commit_repositories()
if package_ids:
return 0
return 1
def __setup_urllib_resume_support(self):
# resume support
if const_file_readable(self.__path_to_save) and self.__resume:
self.__urllib_open_local_file("ab")
self.__localfile.seek(0, os.SEEK_END)
self.__startingposition = int(self.__localfile.tell())
self.__last_downloadedsize = self.__startingposition
else:
self.__urllib_open_local_file("wb")
def __setup_urllib_resume_support(self):
# resume support
if const_file_readable(self.__path_to_save) and self.__resume:
self.__urllib_open_local_file("ab")
self.__localfile.seek(0, os.SEEK_END)
self.__startingposition = int(self.__localfile.tell())
self.__last_downloadedsize = self.__startingposition
else:
self.__urllib_open_local_file("wb")
def _log(self, entropy_server):
changelog_path = \
entropy_server._get_local_repository_compressed_changelog_file(
entropy_server.repository())
if not const_file_readable(changelog_path):
entropy_server.output(_("log is not available"),
importance=1,
level="error")
return 1
proc = subprocess.Popen(["bzless", changelog_path])
return proc.wait()
def _log(self, entropy_server):
changelog_path = \
entropy_server._get_local_repository_compressed_changelog_file(
entropy_server.repository())
if not const_file_readable(changelog_path):
entropy_server.output(
_("log is not available"),
importance=1, level="error")
return 1
proc = subprocess.Popen(["bzless", changelog_path])
return proc.wait()
def _inject(self, entropy_server):
"""
Actual Eit inject code.
"""
extensions = entropy_server.Spm_class(
).binary_packages_extensions()
etp_pkg_files = []
for pkg_path in self._packages:
pkg_path = os.path.realpath(pkg_path)
if not const_file_readable(pkg_path):
entropy_server.output(
"%s: %s" % (purple(pkg_path),
teal(_("no such file or directory"))),
importance=1, level="error")
return 1
found = False
for ext in extensions:
if pkg_path.endswith("."+ext):
etp_pkg_files.append(pkg_path)
found = True
break
if not found:
entropy_server.output(
"%s: %s" % (purple(pkg_path),
teal(_("unsupported extension"))),
importance=1, level="error")
return 1
if not etp_pkg_files:
entropy_server.output(
teal(_("no valid package paths")),
importance=1, level="error")
return 1
# in this case, no split package files are provided
repository_id = entropy_server.repository()
etp_pkg_files = [([x], True,) for x in etp_pkg_files]
package_ids = entropy_server.add_packages_to_repository(
repository_id, etp_pkg_files, ask=self._ask,
reset_revision=self._reset_revision)
if package_ids:
# checking dependencies and print issues
entropy_server.extended_dependencies_test([repository_id])
entropy_server.commit_repositories()
if package_ids:
return 0
return 1
def _userdata(self):
"""
Return the noticeboard user metadata.
This dictionary contains misc noticeboard information for given
repository, like (at the moment) items read status.
@return: repository user metadata
@rtype: dict
@raise KeyError: if given repository identifier is not available
"""
avail_data = self._settings['repositories']['available']
nb_path = avail_data[self._repository_id]['local_notice_board']
if not const_file_readable(nb_path):
return {} # not found
return dump_loadobj(nb_path, complete_path=True) or {}
def _userdata(self):
"""
Return the noticeboard user metadata.
This dictionary contains misc noticeboard information for given
repository, like (at the moment) items read status.
@return: repository user metadata
@rtype: dict
@raise KeyError: if given repository identifier is not available
"""
avail_data = self._settings['repositories']['available']
nb_path = avail_data[self._repository_id]['local_notice_board']
if not const_file_readable(nb_path):
return {} # not found
return dump_loadobj(nb_path, complete_path = True) or {}
def get_noticeboard_userdata(self, repository_id):
"""
Return noticeboard user metadata dict for given repository identifier.
This dictionary contains misc noticeboard information for given
repository, like (at the moment) items read status.
@param repository_id: repository identifier
@type repository_id: string
@return: repository user metadata
@rtype: dict
@raise KeyError: if given repository identifier is not available
"""
repo_data = self._settings['repositories']['available'][repository_id]
nb_path = repo_data['local_notice_board_userdata']
if not const_file_readable(nb_path):
return {} # not found
# load metadata
data = dump_loadobj(nb_path, complete_path = True) or {}
return data
def data(self):
"""
Return the noticeboard RSS metadata.
This method is fault tolerant, except for invalid repository_id given,
if repository notice board file is broken or not found an empty dict
is returned.
@return: repository metadata
@rtype: dict
@raise KeyError: if given repository identifier is not available
"""
avail_data = self._settings['repositories']['available']
nb_path = avail_data[self._repository_id]['local_notice_board']
if not const_file_readable(nb_path):
return {} # not found
myrss = RSS(nb_path, '', '')
data, data_len = myrss.get_entries()
if data is None:
return {}
return data
def data(self):
"""
Return the noticeboard RSS metadata.
This method is fault tolerant, except for invalid repository_id given,
if repository notice board file is broken or not found an empty dict
is returned.
@return: repository metadata
@rtype: dict
@raise KeyError: if given repository identifier is not available
"""
avail_data = self._settings['repositories']['available']
nb_path = avail_data[self._repository_id]['local_notice_board']
if not const_file_readable(nb_path):
return {} # not found
myrss = RSS(nb_path, '', '')
data, data_len = myrss.get_entries()
if data is None:
return {}
return data
def path_cb(s):
return const_file_readable(s)
def misc_parser(self, sys_settings_instance):
"""
Parses Entropy client system configuration file.
@return dict data
"""
data = {
'filesbackup': etpConst['filesbackup'],
'forcedupdates': etpConst['forcedupdates'],
'packagehashes': etpConst['packagehashes'],
'gpg': etpConst['client_gpg'],
'ignore_spm_downgrades': False,
'splitdebug': etpConst['splitdebug'],
'splitdebug_dirs': etpConst['splitdebug_dirs'],
'multifetch': 1,
'collisionprotect': etpConst['collisionprotect'],
'configprotect': set(),
'configprotectmask': set(),
'configprotectskip': set(),
'autoprune_days': None, # disabled by default
'edelta_support': False, # disabled by default
}
cli_conf = ClientSystemSettingsPlugin.client_conf_path()
if not const_file_readable(cli_conf):
return data
def _filesbackup(setting):
bool_setting = entropy.tools.setting_to_bool(setting)
if bool_setting is not None:
data['filesbackup'] = bool_setting
def _forcedupdates(setting):
bool_setting = entropy.tools.setting_to_bool(setting)
if bool_setting is not None:
data['forcedupdates'] = bool_setting
def _autoprune(setting):
int_setting = entropy.tools.setting_to_int(setting, 0, 365)
if int_setting is not None:
data['autoprune_days'] = int_setting
def _packagesdelta(setting):
bool_setting = entropy.tools.setting_to_bool(setting)
if bool_setting is not None:
data['edelta_support'] = bool_setting
def _packagehashes(setting):
setting = setting.lower().split()
hashes = set()
for opt in setting:
if opt in etpConst['packagehashes']:
hashes.add(opt)
if hashes:
data['packagehashes'] = tuple(sorted(hashes))
def _multifetch(setting):
int_setting = entropy.tools.setting_to_int(setting, None, None)
bool_setting = entropy.tools.setting_to_bool(setting)
if int_setting is not None:
if int_setting not in range(2, 11):
int_setting = 10
data['multifetch'] = int_setting
if bool_setting is not None:
if bool_setting:
data['multifetch'] = 3
def _gpg(setting):
bool_setting = entropy.tools.setting_to_bool(setting)
if bool_setting is not None:
data['gpg'] = bool_setting
def _spm_downgrades(setting):
bool_setting = entropy.tools.setting_to_bool(setting)
if bool_setting is not None:
data['ignore_spm_downgrades'] = bool_setting
def _splitdebug(setting):
bool_setting = entropy.tools.setting_to_bool(setting)
if bool_setting is not None:
data['splitdebug'] = bool_setting
def _collisionprotect(setting):
int_setting = entropy.tools.setting_to_int(setting, 0, 2)
if int_setting is not None:
data['collisionprotect'] = int_setting
def _configprotect(setting):
for opt in setting.split():
data['configprotect'].add(const_convert_to_unicode(opt))
def _configprotectmask(setting):
for opt in setting.split():
data['configprotectmask'].add(const_convert_to_unicode(opt))
def _configprotectskip(setting):
for opt in setting.split():
data['configprotectskip'].add(
etpConst['systemroot'] + const_convert_to_unicode(opt))
settings_map = {
# backward compatibility
'filesbackup': _filesbackup,
'files-backup': _filesbackup,
# backward compatibility
'forcedupdates': _forcedupdates,
'forced-updates': _forcedupdates,
'packages-autoprune-days': _autoprune,
'packages-delta': _packagesdelta,
# backward compatibility
'packagehashes': _packagehashes,
'package-hashes': _packagehashes,
'multifetch': _multifetch,
'gpg': _gpg,
'ignore-spm-downgrades': _spm_downgrades,
'splitdebug': _splitdebug,
# backward compatibility
'collisionprotect': _collisionprotect,
'collision-protect': _collisionprotect,
# backward compatibility
'configprotect': _configprotect,
'config-protect': _configprotect,
# backward compatibility
'configprotectmask': _configprotectmask,
'config-protect-mask': _configprotectmask,
# backward compatibility
'configprotectskip': _configprotectskip,
'config-protect-skip': _configprotectskip,
}
enc = etpConst['conf_encoding']
with codecs.open(cli_conf, "r", encoding=enc) as client_f:
clientconf = [x.strip() for x in client_f.readlines() if \
x.strip() and not x.strip().startswith("#")]
for line in clientconf:
key, value = entropy.tools.extract_setting(line)
if key is None:
continue
func = settings_map.get(key)
if func is None:
continue
func(value)
# completely disable GPG feature
if not data['gpg'] and ("gpg" in data['packagehashes']):
data['packagehashes'] = tuple((x for x in data['packagehashes'] \
if x != "gpg"))
# support ETP_SPLITDEBUG
split_debug = os.getenv("ETP_SPLITDEBUG")
if split_debug is not None:
_splitdebug(split_debug)
return data
def __setup_repos_files(self, system_settings):
"""
This function collects available repositories configuration files
by filling internal dict() __repos_files.
@param system_settings: SystemSettings instance
@type system_settings: instance of SystemSettings
@return: None
@rtype: None
"""
self.__repos_files = {
'repos_license_whitelist': {},
'repos_mask': {},
'repos_system_mask': {},
'repos_critical_updates': {},
'repos_keywords': {},
}
avail_data = system_settings['repositories']['available']
for repoid in system_settings['repositories']['order']:
repo_data = avail_data[repoid]
if "__temporary__" in repo_data:
continue
repos_mask_setting = {}
repos_lic_wl_setting = {}
repos_sm_mask_setting = {}
repos_critical_updates_setting = {}
repos_keywords_setting = {}
maskpath = os.path.join(repo_data['dbpath'],
etpConst['etpdatabasemaskfile'])
wlpath = os.path.join(repo_data['dbpath'],
etpConst['etpdatabaselicwhitelistfile'])
sm_path = os.path.join(repo_data['dbpath'],
etpConst['etpdatabasesytemmaskfile'])
critical_path = os.path.join(repo_data['dbpath'],
etpConst['etpdatabasecriticalfile'])
keywords_path = os.path.join(repo_data['dbpath'],
etpConst['etpdatabasekeywordsfile'])
if const_file_readable(maskpath):
repos_mask_setting[repoid] = maskpath
if const_file_readable(wlpath):
repos_lic_wl_setting[repoid] = wlpath
if const_file_readable(sm_path):
repos_sm_mask_setting[repoid] = sm_path
if const_file_readable(critical_path):
repos_critical_updates_setting[repoid] = critical_path
if const_file_readable(keywords_path):
repos_keywords_setting[repoid] = keywords_path
self.__repos_files['repos_mask'].update(repos_mask_setting)
self.__repos_files['repos_license_whitelist'].update(
repos_lic_wl_setting)
self.__repos_files['repos_system_mask'].update(
repos_sm_mask_setting)
self.__repos_files['repos_critical_updates'].update(
repos_critical_updates_setting)
self.__repos_files['repos_keywords'].update(
repos_keywords_setting)
