def __check_in_local_known_user(db_user: User, password: str, _tn) -> dict:
"""
Tries to check in a local known user.
:param db_user: current instance of User
:param password: password of the user
:param _tn: instance of current translator
:return: dict()
"""
LOG.debug("user: %s", db_user.nickname)
if db_user.validate_password(PW_FOR_LDAP_USER):
# is ldap
data = verify_ldap_user_data(db_user.nickname, password, _tn)
if data['error']:
LOG.debug("Invalid password for the ldap user")
return {'error': data['error']}
else:
return {'user': db_user}
# check no-ldap user
elif db_user.validate_password(password):
return {'user': db_user}
else:
LOG.debug("Invalid password for the local user")
return {'error': _tn.get(_.userPasswordNotMatch)}
def checks_if_user_is_ldap_user(db_user: User) -> bool:
"""
Checks if user is ldap user
:param db_user
:return:
"""
pw_for_ldap_user = '******'
return db_user.validate_password(pw_for_ldap_user)
def __check_in_local_known_user(db_user: User, password: str, _tn) -> dict:
"""
Tries to check in a local known user.
:param db_user: current instance of User
:param password: password of the user
:param _tn: instance of current translator
:return: dict()
"""
logger('Auth.Login', 'user: {}'.format(db_user.nickname))
if db_user.validate_password(password):
return {'user': db_user}
if not (db_user.validate_password('NO_PW_BECAUSE_LDAP')
or db_user.password is get_hashed_password('NO_PW_BECAUSE_LDAP')):
logger('Auth.Login', 'invalid password for the local user')
return {'error': _tn.get(_.userPasswordNotMatch)}
data = verify_ldap_user_data(db_user.nickname, password, _tn)
if data['error']:
return {'error': data['error']}
return {'user': db_user}
def prepare_extras_dict(self,
current_slug: str,
is_reportable: bool,
show_bar_icon: bool,
show_graph_icon: bool,
registry: Registry,
application_url: str,
path: str,
db_user: User,
broke_limit=False,
add_premise_container_style='display: none',
add_statement_container_style='display: none',
ongoing_discussion=True):
"""
Creates the extras.dict() with many options!
:param current_slug:
:param is_reportable: Same as discussion.bubbles.last.is_markable, but TAL has no last indicator
:param show_bar_icon: True, if the discussion space should show the graph icon
:param show_graph_icon: True, if the discussion space should show the barometer icon
:param registry: Pyramids registry
:param application_url: current app url
:param path: current path
:param db_user: User
:param broke_limit: Boolean
:param add_premise_container_style: style string, default 'display:none;'
:param add_statement_container_style: style string, default 'display:none;'
:param ongoing_discussion: Boolean
:return: dict()
"""
LOG.debug("Entering prepare_extras_dict")
is_user_from_ldap = False
is_logged_in = False
nickname = None
public_nickname = None
is_user_male = False
is_user_female = False
is_admin = False
is_special = False
if db_user:
is_user_from_ldap = db_user.validate_password(PW_FOR_LDAP_USER)
is_logged_in = True
nickname = db_user.nickname
public_nickname = db_user.public_nickname
is_user_male = db_user.gender == 'm'
is_user_female = db_user.gender == 'f'
is_admin = db_user.is_admin()
is_special = db_user.is_special()
if db_user.nickname == nick_of_anonymous_user:
db_user = None
is_logged_in = False
return_dict = dict()
return_dict['url'] = get_global_url()
return_dict['year'] = datetime.datetime.now().year
return_dict['restart_url'] = current_slug
return_dict['is_in_discussion'] = 'discuss' in path
return_dict['logged_in'] = is_logged_in
return_dict['nickname'] = nickname
return_dict['public_nickname'] = public_nickname
return_dict[
'add_premise_container_style'] = add_premise_container_style
return_dict[
'add_statement_container_style'] = add_statement_container_style
return_dict['users_avatar'] = get_profile_picture(db_user, 25)
return_dict['ongoing_discussion'] = ongoing_discussion
return_dict['slug'] = current_slug
return_dict['is_user_male'] = is_user_male
return_dict['is_user_female'] = is_user_female
return_dict['is_user_neutral'] = not return_dict[
'is_user_male'] and not return_dict['is_user_female']
return_dict['broke_limit'] = 'true' if broke_limit else 'false'
return_dict['use_with_ldap'] = is_user_from_ldap
return_dict['development_mode'] = is_development_mode(registry)
return_dict['is_development'] = registry.settings.get(
'mode', '') == 'development'
return_dict['is_production'] = registry.settings.get(
'mode', '') == 'production'
return_dict['review_count'] = get_complete_review_count(db_user)
return_dict['modern_bubbles'] = usage_of_modern_bubbles(registry)
return_dict['usage_of_matomo'] = usage_of_matomo(registry)
self.add_language_options_for_extra_dict(return_dict)
is_author, points = get_reputation_of(db_user)
is_author_bool = is_author or points > limit_to_open_issues
return_dict['is_reportable'] = is_reportable
return_dict['is_admin'] = is_admin
return_dict['is_special'] = is_special
return_dict['is_author'] = is_author_bool
return_dict['is_user'] = not (is_admin or is_author_bool or is_special)
return_dict['show_bar_icon'] = show_bar_icon
return_dict['show_graph_icon'] = show_graph_icon
return_dict['close_premise_container'] = True
return_dict['close_statement_container'] = True
return_dict['date'] = arrow.utcnow().format('DD-MM-YYYY')
return_dict['count_of'] = {
'arguments': DBDiscussionSession.query(Argument).count(),
'users': DBDiscussionSession.query(User).count(),
'discussions': DBDiscussionSession.query(Issue).count(),
'reviews': get_count_of_all(),
}
self.__add_title_text(return_dict, is_logged_in)
self.__add_button_text(return_dict)
self.__add_tag_text(return_dict)
self.__add_login_button_properties(return_dict)
message_dict = dict()
message_dict['new_count'] = count_of_new_notifications(
db_user) if db_user else 0
message_dict['has_unread'] = message_dict['new_count'] > 0
inbox = get_box_for(db_user, self.system_lang, application_url,
True) if db_user else []
outbox = get_box_for(db_user, self.system_lang, application_url,
False) if db_user else []
message_dict['inbox'] = inbox
message_dict['outbox'] = outbox
message_dict['total_in'] = len(inbox)
message_dict['total_out'] = len(outbox)
return_dict['notifications'] = message_dict
return return_dict
