def review_content(request):
"""
View configuration for the review content.
:param request: current request of the server
:return: dictionary with title and project name as well as a value, weather the user is logged in
"""
logger('review_content', 'def {}'.format(request.matchdict))
ui_locales = get_language_from_cookie(request)
_tn = Translator(ui_locales)
subpage_name = request.matchdict['queue']
nickname = request.authenticated_userid
session = request.session
application_url = request.application_url
subpage_dict = review_page_helper.get_subpage_elements_for(
nickname, session, application_url, subpage_name, _tn)
request.session.update(subpage_dict['session'])
if not subpage_dict['elements'] and not subpage_dict[
'has_access'] and not subpage_dict['no_arguments_to_review']:
logger('review_content', 'subpage error', error=True)
raise HTTPNotFound()
title = _tn.get(_.review)
if subpage_name in review_queue_helper.title_mapping:
title = _tn.get(review_queue_helper.title_mapping[subpage_name])
prep_dict = __main_dict(request, title)
prep_dict.update({
'extras': request.decorated['extras'],
'subpage': subpage_dict,
'lock_time': review_queue_helper.max_lock_time_in_sec
})
return prep_dict
def __check_for_empty_fields(title: str, info: str, long_info: str,
request: dict) -> dict:
"""
This method checks if there is a empty field in the data of the new issue.
It also creates a error-message with the empty fields.
:param title: The title of the new issue
:param info: The info of the new issue
:param long_info: The long info of the new issue
:param request: The request with the data of the new issue
:return: a dict with a boolean which tells if there is any empty field and a equivalent error-message.
"""
_tn = Translator(get_language_from_cookie(request))
error = _tn.get(_.newIssueErrorMsg) + ': '
title_is_empty = title.strip() == ''
info_is_empty = info.strip() == ''
long_info_is_emtpy = long_info.strip() == ''
if title_is_empty:
error = error + _tn.get(_.newIssueTitle) + ', '
if info_is_empty:
error = error + _tn.get(_.newIssueInfo) + ', '
if long_info_is_emtpy:
error = error + _tn.get(_.newIssueLongInfo) + ', '
return {
"contains_empty_field": title_is_empty or info_is_empty
or long_info_is_emtpy,
"error": error[:-2]
}
def valid_conclusion(request):
"""
Given a conclusion id, query the object from the database and return it in the request.
:param request:
:return:
"""
conclusion_id = request.json_body.get('conclusion_id')
issue = request.validated.get('issue')
_tn = Translator(get_language_from_cookie(request))
if not issue:
find_issue_in_request = issue_handler.get_issue_id(request)
if find_issue_in_request:
issue = DBDiscussionSession.query(Issue).get(
issue_handler.get_issue_id(request))
else:
add_error(request, 'Issue is missing', _tn.get(_.issueNotFound))
return False
if conclusion_id and isinstance(conclusion_id, int):
db_statement2issue = DBDiscussionSession.query(
StatementToIssue).filter(
StatementToIssue.issue_uid == issue.uid,
StatementToIssue.statement_uid == conclusion_id).first()
if db_statement2issue:
db_conclusion = DBDiscussionSession.query(Statement).filter_by(
uid=conclusion_id, is_disabled=False).first()
if db_conclusion:
request.validated['conclusion'] = db_conclusion
return True
add_error(request, 'Conclusion id is missing',
_tn.get(_.conclusionIsMissing))
return False
def get_dict_for_jump(self, uid) -> dict:
"""
Prepares the discussion dict with all bubbles for the jump step
:param uid: Argument.uid
:return: dict()
"""
logger('DictionaryHelper', 'argument ' + str(uid))
_tn = Translator(self.lang)
argument_text = get_text_for_argument_uid(uid,
colored_position=True,
with_html_tag=True,
attack_type='jump')
bubbles_array = history_helper.create_bubbles_from_history(
self.history, self.nickname, self.lang, self.slug)
coming_from_jump = False
if self.history:
splitted_history = self.history.split('-')
coming_from_jump = '/jump' in self.history[:-1] if len(
splitted_history) > 0 else False
intro = (_tn.get(_.canYouBeMorePrecise) +
'<br><br>') if coming_from_jump else ''
db_argument = DBDiscussionSession.query(Argument).get(uid)
if db_argument.conclusion_uid is not None:
intro += _tn.get(_.whatDoYouThinkArgument).strip() + ': '
else:
bind = ', ' if self.lang == 'de' else ' '
intro += _tn.get(_.whatDoYouThinkAboutThat) + bind + _tn.get(
_.that) + ' '
offset = len('</' + tag_type +
'>') if argument_text.endswith('</' + tag_type +
'>') else 1
while argument_text[:-offset].endswith(('.', '?', '!')):
argument_text = argument_text[:-offset -
1] + argument_text[-offset:]
text = intro + argument_text + '?'
bubble = create_speechbubble_dict(BubbleTypes.SYSTEM,
content=text,
omit_bubble_url=True,
lang=self.lang,
uid='question-bubble-{}'.format(uid),
is_markable=True)
bubbles_array.append(bubble)
# add statements of discussion to report them
statement_list = self.__get_all_statement_texts_by_argument(
db_argument)
return {
'bubbles': bubbles_array,
'add_premise_text': '',
'save_statement_url': '',
'mode': '',
'extras': statement_list,
'broke_limit': self.broke_limit
}
def flag_statement_for_merge_or_split(key: str, pgroup: PremiseGroup,
text_values: list(), db_user: User,
tn: Translator) -> dict():
"""
Flags a statement for a merge or split event
:param key: either 'split' or 'merge'
:param pgroup_uid: ID of the selected PremiseGroup
:param text_values: text values
:param nickname: Users nickname
:return: success, info, error
"""
logger(
'FlagingHelper',
'Flag statements in pgroup {} for a {} with values {}'.format(
pgroup.uid, key, text_values))
# was this already flagged?
flag_status = __get_flag_status(None, None, pgroup.uid, db_user.uid)
if flag_status:
logger('FlagingHelper', 'already flagged')
return {
'success':
'',
'info':
tn.get(_.alreadyFlaggedByYou if flag_status ==
'user' else _.alreadyFlaggedByOthers)
}
if key is 'merge':
__add_merge_review(pgroup.uid, db_user.uid, text_values)
elif key is 'split':
__add_split_review(pgroup.uid, db_user.uid, text_values)
return {'success': tn.get(_.thxForFlagText), 'info': ''}
def flag_element(uid: int, reason: Union[key_duplicate, key_optimization, ReviewDeleteReasons], db_user: User,
is_argument: bool, ui_locales: str, extra_uid=None) -> dict:
"""
Flags an given argument based on the reason which was sent by the author. This argument will be enqueued
for a review process.
:param uid: Uid of the argument/statement, which should be flagged
:param reason: String which describes the reason
:param db_user: User
:param is_argument: Boolean
:param ui_locales: ui_locales
:param extra_uid: Uid of the argument/statement, which should be flagged
:return: success, info, error
"""
tn = Translator(ui_locales)
argument_uid = uid if is_argument else None
statement_uid = uid if not is_argument else None
# was this already flagged?
flag_status = QueueAdapter(db_user=db_user).element_in_queue(argument_uid=argument_uid,
statement_uid=statement_uid,
premisegroup_uid=None)
if flag_status:
LOG.debug("Already flagged by %s", flag_status)
if flag_status == FlaggedBy.user:
info = tn.get(_.alreadyFlaggedByYou)
else:
info = tn.get(_.alreadyFlaggedByOthers)
return {'success': '', 'info': info}
return __add_flag(reason, argument_uid, statement_uid, extra_uid, db_user, tn)
def set_statement(text: str, db_user: User, is_position: bool,
db_issue: Issue) -> Tuple[Statement, bool]:
"""
Saves statement for user
:param text: given statement
:param db_user: User of given user
:param is_position: if it is a start statement
:param db_issue: Issue
:return: Statement, is_duplicate or -1, False on error
"""
LOG.debug("User_id: %s, text: %s, issue: %s", db_user.uid, text,
db_issue.uid)
# escaping and cleaning
text = escape_string(' '.join(text.strip().split()))
_tn = Translator(db_issue.lang)
if text.startswith(_tn.get(_.because).lower() + ' '):
text = text[len(_tn.get(_.because) + ' '):]
while text.endswith(('.', '?', '!', ',')):
text = text[:-1]
# check, if the text already exists
db_dupl = __check_duplicate(db_issue, text)
if db_dupl:
return db_dupl, True
db_statement = __add_statement(is_position)
__add_textversion(text, db_user.uid, db_statement.uid)
__add_statement2issue(db_statement.uid, db_issue.uid)
return db_statement, False
def valid_notification_recipient(request):
"""
Recipients must exist, author and recipient must be different users.
:param request:
:return:
"""
_tn = Translator(get_language_from_cookie(request))
if not valid_user(request):
add_error(request, 'Not logged in', _tn.get(_.notLoggedIn))
return False
db_author = request.validated["user"]
recipient_nickname = str(request.json_body.get('recipient')).replace(
'%20', ' ')
db_recipient = get_user_by_private_or_public_nickname(recipient_nickname)
if not db_recipient or recipient_nickname == 'admin' or recipient_nickname == nick_of_anonymous_user:
add_error(request, 'Recipient not found', _tn.get(_.recipientNotFound))
return False
elif db_author and db_author.uid == db_recipient.uid:
add_error(request, 'Author and Recipient are the same user',
_tn.get(_.senderReceiverSame))
return False
else:
request.validated["recipient"] = db_recipient
return True
def flag_statement_for_merge_or_split(key: str, pgroup: PremiseGroup, text_values: list, db_user: User,
tn: Translator) -> dict:
"""
Flags a statement for a merge or split event. On split, the statement of the pgroup will be splitted into the
given text_values. On merge the statements of the pgroup will be connected by an and.
:param key: either 'split' or 'merge'
:param pgroup: ID of the selected PremiseGroup
:param text_values: text values
:param db_user: current user
:param tn: The translator used
:return: success, info
"""
LOG.debug("Flag statements in pgroup %s for a %s with values %s", pgroup.uid, key, text_values)
# was this already flagged?
flag_status = QueueAdapter(db_user=db_user).element_in_queue(argument_uid=None,
statement_uid=None,
premisegroup_uid=pgroup.uid)
if flag_status:
LOG.debug("Already flagged")
if flag_status == FlaggedBy.user:
info = tn.get(_.alreadyFlaggedByYou)
else:
info = tn.get(_.alreadyFlaggedByOthers)
return {'success': '', 'info': info}
if key is key_merge:
__add_merge_review(pgroup.uid, db_user.uid, text_values)
elif key is key_split:
__add_split_review(pgroup.uid, db_user.uid, text_values)
success = tn.get(_.thxForFlagText)
return {'success': success, 'info': ''}
def get_dict_for_dont_know_reaction(self, uid, nickname) -> dict:
"""
Prepares the discussion dict with all bubbles for the third step,
where an supportive argument will be presented.
:param uid: Argument.uid
:param nickname:
:return: dict()
"""
LOG.debug("Entering get_dict_for_dont_know_reaction")
_tn = Translator(self.lang)
bubbles_array = history_handler.create_bubbles(self.history,
self.nickname,
self.lang, self.slug)
add_premise_text = ''
save_statement_url = 'set_new_start_statement'
gender = ''
b = '<' + tag_type + '>'
e = '</' + tag_type + '>'
statement_list = list()
if int(uid) != 0:
text = get_text_for_argument_uid(uid,
rearrange_intro=True,
attack_type='dont_know',
with_html_tag=True,
start_with_intro=True)
db_argument = DBDiscussionSession.query(Argument).get(uid)
if not db_argument:
text = ''
data = get_name_link_of_arguments_author(db_argument, nickname)
gender = data['gender']
if data['is_valid']:
intro = data['link'] + ' ' + b + _tn.get(_.thinksThat) + e
else:
intro = b + _tn.get(_.otherParticipantsThinkThat) + e
sys_text = intro + ' ' + start_with_small(text) + '. '
sys_text += '<br><br> ' + b + _tn.get(
_.whatDoYouThinkAboutThat) + '?' + e
bubble_sys = create_speechbubble_dict(BubbleTypes.SYSTEM,
is_markable=True,
uid=uid,
content=sys_text,
other_author=data['user'])
if not bubbles_already_last_in_list(bubbles_array, bubble_sys):
bubbles_array.append(bubble_sys)
# add statements of discussion to report them
statement_list = self.__get_all_statement_texts_by_argument(
db_argument)
return {
'bubbles': bubbles_array,
'add_premise_text': add_premise_text,
'save_statement_url': save_statement_url,
'mode': '',
'extras': statement_list,
'gender': gender,
'broke_limit': self.broke_limit
}
def get_dict_for_start(self, position_count):
"""
Prepares the discussion dict with all bubbles for the first step in discussion,
where the user chooses a position.
:position_count: int
:return: dict()
"""
LOG.debug("At_start with positions: %s", position_count)
_tn = Translator(self.lang)
add_premise_text = _tn.get(_.whatIsYourIdea)
intro = _tn.get(_.initialPositionInterest) + ' ...'
save_statement_url = 'set_new_start_premise'
start_bubble = create_speechbubble_dict(BubbleTypes.USER,
uid='start',
content=intro,
omit_bubble_url=True,
lang=self.lang)
bubbles_array = [] if position_count == 1 else [start_bubble]
return {
'bubbles': bubbles_array,
'add_premise_text': add_premise_text,
'save_statement_url': save_statement_url,
'mode': '',
'broke_limit': self.broke_limit
}
def __get_dict_for_argumentation_end(self, argument_uid: int,
user_changed_opinion: bool,
db_user: User) -> dict:
"""
Returns a special dict() when the discussion ends during an argumentation
:param argument_uid: Argument.uid
:param user_changed_opinion: Boolean
:param db_user: User
:return: String, String, String
"""
nickname = db_user.nickname if db_user and db_user.nickname != nick_of_anonymous_user else None
_tn = Translator(self.lang)
text = get_text_for_argument_uid(
argument_uid,
user_changed_opinion=user_changed_opinion,
minimize_on_undercut=True,
nickname=nickname)
user_text = start_with_capital(text)
sys_text = _tn.get(_.otherParticipantsDontHaveCounterForThat) + '.'
trophy = '<i class="fa fa-trophy" aria-hidden="true"></i>'
mid_text = '{} {} {} <br>{}'.format(
trophy, _tn.get(_.congratulation), trophy,
_tn.get(_.discussionCongratulationEnd))
if nickname is not None:
mid_text += _tn.get(_.discussionEndLinkTextWithQueueLoggedIn)
else:
mid_text += _tn.get(_.discussionEndLinkTextWithQueueNotLoggedIn)
return {'user': user_text, 'mid': mid_text, 'sys': sys_text}
def __check_for_duplicated_field(title: str, info: str, long_info: str,
request: dict) -> dict:
"""
This method checks if there is a duplication in any field of the new issue.
It also creates a error-message with the fields which are containing the duplication.
:param title: The title of the new issue
:param info: The info of the new issue
:param long_info: The long info of the new issue
:param request: The request with the data of the new issue
:return: a dict with a boolean which tells if there is any duplicated field and a equivalent error-message.
"""
_tn = Translator(get_language_from_cookie(request))
error = _tn.get(_.duplicate) + ': '
title_is_duplicate = DBDiscussionSession.query(Issue).filter_by(
title=title).all()
info_is_duplicate = DBDiscussionSession.query(Issue).filter_by(
info=info).all()
long_info_is_duplicate = DBDiscussionSession.query(Issue).filter_by(
long_info=long_info).all()
if title_is_duplicate:
error = error + _tn.get(_.newIssueTitle) + ', '
if info_is_duplicate:
error = error + _tn.get(_.newIssueInfo) + ', '
if long_info_is_duplicate:
error = error + _tn.get(_.newIssueLongInfo) + ', '
return {
"contains_duplicated_field": title_is_duplicate or info_is_duplicate
or long_info_is_duplicate,
"error": error[:-2]
}
def __add_flag(reason: Union[key_duplicate, key_optimization, ReviewDeleteReasons], argument_uid: Union[int, None],
statement_uid: Optional[int], extra_uid: Optional[int], db_user: User, tn: Translator) -> dict:
"""
:param reason:
:param argument_uid:
:param statement_uid:
:param extra_uid:
:param db_user:
:param tn:
:return:
"""
reason_val = reason.value if isinstance(reason, ReviewDeleteReasons) else reason
db_del_reason = DBDiscussionSession.query(ReviewDeleteReason).filter_by(reason=reason_val).first()
if db_del_reason:
__add_delete_review(argument_uid, statement_uid, db_user.uid, db_del_reason.uid)
elif reason_val == key_optimization:
__add_optimization_review(argument_uid, statement_uid, db_user.uid)
elif reason_val == key_duplicate:
if statement_uid == extra_uid:
LOG.debug("uid Error")
return {'success': '', 'info': tn.get(_.internalKeyError)}
__add_duplication_review(statement_uid, extra_uid, db_user.uid)
return {'success': tn.get(_.thxForFlagText), 'info': ''}
def __get_text_for_click_and_mark_count(db_user: User, is_user: bool, argument_uid: int, statement_uid: int,
speech: dict, lang: str):
"""
Build text for a bubble, how many other participants have the same interest?
:param nickname: User.nickname
:param is_user: boolean
:param argument_uid: Argument.uid
:param statement_uid: Statement.uid
:param speech: dict()
:param lang: ui_locales
:return: [String]
"""
if not db_user:
db_user = DBDiscussionSession.query(User).filter_by(nickname=nick_of_anonymous_user).first()
db_clicks, db_marks = __get_clicks_and_marks(argument_uid, statement_uid, db_user)
_t = Translator(lang)
speech['votecounts'] = len(db_clicks) if db_clicks else 0
if db_marks:
speech['votecounts'] += len(db_marks)
votecount_keys = defaultdict(lambda: "{} {}.".format(speech['votecounts'], _t.get(_.voteCountTextMore)))
if is_user and db_user.gender == 'm':
gender_key = _.voteCountTextFirstM
elif is_user and db_user.gender == 'f':
gender_key = _.voteCountTextFirstF
else:
gender_key = _.voteCountTextFirst
votecount_keys[0] = '{}.'.format(_t.get(gender_key))
votecount_keys[1] = _t.get(_.voteCountTextOneOther) + '.'
return votecount_keys
def __get_bubble_from_dont_know_step(step: str, db_user: User, lang: str) -> List[dict]:
"""
Creates bubbles for the don't-know-reaction for a statement.
:param step: String
:param db_user: User
:param lang: ui_locales
:return: [dict()]
"""
steps = step.split('/')
uid = int(steps[1])
text = get_text_for_argument_uid(uid, rearrange_intro=True, attack_type='dont_know', with_html_tag=False,
start_with_intro=True)
db_argument = DBDiscussionSession.query(Argument).get(uid)
if not db_argument:
text = ''
from dbas.strings.text_generator import get_name_link_of_arguments_author
_tn = Translator(lang)
data = get_name_link_of_arguments_author(db_argument, db_user.nickname, False)
if data['is_valid']:
intro = data['link'] + ' ' + _tn.get(_.thinksThat)
else:
intro = _tn.get(_.otherParticipantsThinkThat)
sys_text = intro + ' ' + start_with_small(text) + '. '
sys_text += '<br><br>' + _tn.get(_.whatDoYouThinkAboutThat) + '?'
sys_bubble = create_speechbubble_dict(BubbleTypes.SYSTEM, content=sys_text, db_user=db_user,
other_author=data['user'])
text = _tn.get(_.showMeAnArgumentFor) + (' ' if lang == 'de' else ': ') + get_text_for_conclusion(db_argument)
user_bubble = create_speechbubble_dict(BubbleTypes.USER, content=text, db_user=db_user)
return [user_bubble, sys_bubble]
def set_new_user(mailer: Mailer, user_data: Dict[str, Any], password: str,
_tn: Translator) -> Dict[str, Any]:
"""
Public interface for creating a new user.
:param mailer: The mailer used to send Emails to the new user.
:param user_data: Dictionary containing user information.
:param password: The desired password to be set. (un-hashed)
:param _tn: The translator object to be used for messaging.
:return: A dictionary containing whether the operation was a success, an optional error message and the newly
created user if the transaction was successful.
"""
# copy the dict to not change the mutable structure
temporary_user = dict(user_data)
db_group = DBDiscussionSession.query(Group).filter_by(name='users').first()
# does the group exists?
if not db_group:
LOG.debug("Internal error occurred")
return {
'success': False,
'error': _tn.get(Keywords.errorTryLateOrContant),
'user': None
}
if DBDiscussionSession.query(User).filter(
User.nickname == temporary_user['nickname']).first():
LOG.debug("User already exists")
return {
'success': False,
'error': _tn.get(Keywords.nickIsTaken),
'user': None
}
temporary_user['password'] = password
temporary_user['db_group_uid'] = db_group.uid
success, info, db_new_user = __create_new_user(temporary_user,
_tn.get_lang())
if db_new_user:
# sending an email and message
subject = _tn.get(Keywords.accountRegistration)
body = _tn.get(Keywords.accountWasRegistered).format(
temporary_user['firstname'], temporary_user['lastname'],
temporary_user['email'])
send_mail(mailer, subject, body, temporary_user['email'],
_tn.get_lang())
send_welcome_notification(db_new_user.uid, _tn)
LOG.debug("Set new user in db")
return {'success': success, 'error': '', 'user': db_new_user}
LOG.debug("New user not found in db")
return {
'success': False,
'error': _tn.get(Keywords.errorTryLateOrContant),
'user': None
}
def test_get(self):
trans_fr = Translator('fr')
trans_de = Translator('de')
trans_en = Translator('en')
self.assertIn('haben eine', trans_de.get(_.forgotInputRadio))
self.assertIn('forgot to', trans_en.get(_.forgotInputRadio))
self.assertIn('forgot to', trans_fr.get(_.forgotInputRadio))
def send_mail(mailer, subject, body, recipient, lang):
"""
Try except block for sending an email
:param mailer: current mailer
:param subject: subject text of the mail
:param body: body text of the mail
:param recipient: recipient of the mail
:param lang: current language
:return: duple with boolean for sent message, message-string
"""
logger('email_helper',
'sending mail with subject \'' + subject + '\' to ' + recipient)
_t = Translator(lang)
if not mailer:
logger('email_helper', 'mailer is none', error=True)
return False, _t.get(_.internalKeyError)
send_message = False
body = body + '\n\n---\n' + _t.get(_.emailBodyText).format(
get_global_url())
sender = os.environ.get("MAIL_DEFAULT__SENDER", None)
message = Message(subject=subject,
sender=sender,
recipients=[recipient],
body=body)
# try sending an catching errors
try:
from threading import Thread
t = Thread(target=__thread_to_send_mail,
args=(
mailer,
message,
recipient,
body,
))
t.start()
send_message = True
message = _t.get(_.emailWasSent)
except smtplib.SMTPConnectError as exception:
code = str(exception.smtp_code)
error = str(exception.smtp_error)
logger('email_helper',
'exception smtplib.SMTPConnectError smtp code / error ' + code +
'/' + error,
error=True)
message = _t.get(_.emailWasNotSent)
except socket_error as serr:
logger('email_helper',
'socket error while sending ' + str(serr),
error=True)
message = _t.get(_.emailWasNotSent)
return send_message, message
def prepare_item_dict_for_attitude(self, statement_uid):
"""
Prepares the dict with all items for the second step in discussion, where the user chooses her attitude.
:param statement_uid: Statement.uid
:return:
"""
logger('ItemDictHelper', 'def')
_tn = Translator(self.lang)
slug = DBDiscussionSession.query(Issue).get(self.db_issue.uid).slug
statements_array = []
_um = UrlManager(slug, history=self.path)
db_arguments = DBDiscussionSession.query(Argument).filter(
Argument.conclusion_uid == statement_uid,
Argument.is_supportive == True).all()
uid = random.choice(db_arguments).uid if len(db_arguments) > 0 else 0
title_t = _tn.get(_.iAgreeWithInColor) + '.'
title_f = _tn.get(_.iDisagreeWithInColor) + '.'
title_d = _tn.get(_.iHaveNoOpinionYetInColor) + '.'
url_t = _um.get_url_for_justifying_statement(statement_uid,
Attitudes.AGREE.value)
url_f = _um.get_url_for_justifying_statement(statement_uid,
Attitudes.DISAGREE.value)
url_d = _um.get_url_for_justifying_statement(uid,
Attitudes.DONT_KNOW.value)
d_t = self.__create_answer_dict(Attitudes.AGREE.value,
[{
'title': title_t,
'id': Attitudes.AGREE.value
}], Attitudes.AGREE.value, url_t)
d_f = self.__create_answer_dict(Attitudes.DISAGREE.value,
[{
'title': title_f,
'id': Attitudes.DISAGREE.value
}], Attitudes.DISAGREE.value, url_f)
d_d = self.__create_answer_dict(Attitudes.DONT_KNOW.value,
[{
'title': title_d,
'id': Attitudes.DONT_KNOW.value
}], Attitudes.DONT_KNOW.value, url_d)
statements_array.append(d_t)
statements_array.append(d_f)
statements_array.append(d_d)
return {
'elements': statements_array,
'extras': {
'cropped_list': False
}
}
def __build_single_argument_for_en(_t: Translator, sb: str, se: str,
you_have_the_opinion_that: str,
marked_element, conclusion: str,
premises: str, argument: Argument):
tmp = sb + ' ' + _t.get(_.isNotRight).lower() + se + ', ' + _t.get(
_.because).lower() + ' '
text = (you_have_the_opinion_that +
' ' if marked_element else '') + conclusion + ' '
text += _t.get(_.because).lower() if argument.is_supportive else tmp
text += ' ' + premises
return text
def __create_new_user(user,
ui_locales,
oauth_provider='',
oauth_provider_id=''):
"""
Insert a new user row
:param user: dict with every information for a user needed
:param ui_locales: Language.ui_locales
:param oauth_provider: String
:param oauth_provider_id: String
:return: String, String, User
"""
success = ''
info = ''
_t = Translator(ui_locales)
# creating a new user with hashed password
LOG.debug("Adding user %s", user['nickname'])
hashed_password = password_handler.get_hashed_password(user['password'])
newuser = User(firstname=user['firstname'],
surname=user['lastname'],
email=user['email'],
nickname=user['nickname'],
password=hashed_password,
gender=user['gender'],
group_uid=user['db_group_uid'],
oauth_provider=oauth_provider,
oauth_provider_id=oauth_provider_id)
DBDiscussionSession.add(newuser)
transaction.commit()
db_user = DBDiscussionSession.query(User).filter_by(
nickname=user['nickname']).first()
settings = Settings(author_uid=db_user.uid,
send_mails=False,
send_notifications=True,
should_show_public_nickname=True)
DBDiscussionSession.add(settings)
transaction.commit()
# sanity check, whether the user exists
db_user = DBDiscussionSession.query(User).filter_by(
nickname=user['nickname']).first()
if db_user:
LOG.debug("New data was added with uid %s", db_user.uid)
success = _t.get(_.accountWasAdded).format(user['nickname'])
else:
LOG.debug("New data was not added")
info = _t.get(_.accoutErrorTryLateOrContant)
return success, info, db_user
def register_user_with_json_data(data, lang, mailer: Mailer):
"""
Consume the ajax data for an login attempt
:param data: validated params of webserver's request
:param lang: language
:param mailer: Mailer
:return: Boolean, String, User
"""
_tn = Translator(lang)
success = ''
firstname = escape_string(data.get('firstname', ''))
lastname = escape_string(data.get('lastname', ''))
nickname = escape_string(data.get('nickname', ''))
email = escape_string(data.get('email', ''))
gender = escape_string(data.get('gender', ""))
password = escape_string(data.get('password', ''))
passwordconfirm = escape_string(data.get('passwordconfirm', ''))
db_new_user = None
msg = __check_login_params(firstname, lastname, nickname, email, password,
passwordconfirm)
if msg:
return success, _tn.get(msg), db_new_user
# getting the authors group
db_group = DBDiscussionSession.query(Group).filter_by(name="users").first()
# does the group exists?
if not db_group:
msg = _tn.get(_.errorTryLateOrContant)
LOG.debug("Error occured")
return success, msg, db_new_user
user_data = {
'firstname': firstname,
'lastname': lastname,
'nickname': nickname,
'gender': gender,
'email': email
}
ret_dict = user.set_new_user(mailer, user_data, password, _tn)
success = ret_dict['success']
error = ret_dict['error']
db_new_user = ret_dict['user']
msg = error
if success:
msg = _tn.get(_.accountWasAdded).format(nickname)
return success, msg, db_new_user
def test_get_text_for_add_premise_container(self):
_t = Translator('en')
for is_supportive in [True, False]:
confrontation = start_with_capital(self.confrontation)
undermine = _t.get(_.itIsFalseThat) + ' ' + self.premise
support = _t.get(_.itIsTrueThat) if is_supportive else _t.get(
_.itIsFalseThat)
support += ' ' + self.conclusion + ' '
support += _t.get(_.hold) if is_supportive else _t.get(
_.doesNotHold)
undercut = confrontation + ', ' + _t.get(
_.butIDoNotBelieveCounterFor).format(self.conclusion)
rebut = confrontation + ' '
rebut += _t.get(_.iAcceptCounterThat) if is_supportive else _t.get(
_.iAcceptArgumentThat)
rebut += ' ' + self.conclusion
results = {
Relations.UNDERMINE: undermine + ' ...',
Relations.SUPPORT: support + ' ...',
Relations.UNDERCUT: undercut + ' ...',
Relations.REBUT: rebut + ' ...',
'': '',
}
for r in results:
self.assertEqual(
results[r],
tg.get_text_for_add_premise_container(
'en', self.confrontation, self.premise, r,
self.conclusion, is_supportive))
def send_mail(mailer, subject, body, recipient, lang):
"""
Try except block for sending an email
:param mailer: current mailer
:param subject: subject text of the mail
:param body: body text of the mail
:param recipient: recipient of the mail
:param lang: current language
:return: duple with boolean for sent message, message-string
"""
LOG.debug("Sending mail with subject '%s' to %s", subject, recipient)
_t = Translator(lang)
if not mailer:
LOG.debug("Mailer is none")
return False, _t.get(_.internalKeyError)
send_message = False
body = body + '\n\n---\n' + _t.get(_.emailBodyText).format(
get_global_url())
sender = os.environ.get("MAIL_DEFAULT__SENDER", None)
message = Message(subject=subject,
sender=sender,
recipients=[recipient],
body=body)
# try sending an catching errors
try:
t = Thread(target=__thread_to_send_mail,
args=(
mailer,
message,
recipient,
body,
))
t.start()
send_message = True
status_message = _t.get(_.emailWasSent)
except smtplib.SMTPConnectError as exception:
code = str(exception.smtp_code)
error = str(exception.smtp_error)
LOG.debug(
"Exception smtplib.SMTPConnectionError smtp code / error %s / %s",
code, error)
status_message = _t.get(_.emailWasNotSent)
except socket_error as serr:
LOG.debug("Socker error while sending %s", serr)
status_message = _t.get(_.emailWasNotSent)
return send_message, status_message, message
def __set_min_length_error(request, min_length):
"""
Add an error to the request due to too short statements text.
:param request:
:param min_length: minimum length of the statement
:return:
"""
_tn = Translator(get_language_from_cookie(request))
a = _tn.get(_.notInsertedErrorBecauseEmpty)
b = _tn.get(_.minLength)
c = _tn.get(_.eachStatement)
error_msg = '{} ({}: {} {})'.format(a, b, min_length, c)
add_error(request, 'Text too short', error_msg)
def send_add_argument_notification(url, attacked_argument_uid, user, mailer):
"""
Sends an notification because an argument was added
:param url: String
:param attacked_argument_uid: Argument.uid
:param user: User
:param mailer: Instance of pyramid mailer
:return:
"""
# getting current argument, arguments author, current user and some settings
db_argument = DBDiscussionSession.query(Argument).get(
attacked_argument_uid)
db_author = DBDiscussionSession.query(User).get(db_argument.author_uid)
db_current_user = DBDiscussionSession.query(User).filter_by(
nickname=user).first()
if db_author == db_current_user:
return None
db_author_settings = db_author.settings
user_lang = DBDiscussionSession.query(Language).get(
db_author_settings.lang_uid).ui_locales
# send notification via websocket to last author
_t_user = Translator(user_lang)
if db_author_settings.should_send_notifications:
send_request_for_info_popup_to_socketio(db_author.nickname,
_t_user.get(_.argumentAdded),
url)
# send mail to last author
if db_author_settings.should_send_mails:
email_helper.send_mail_due_to_added_text(user_lang, url, db_author,
mailer)
# find admin
db_admin = DBDiscussionSession.query(User).filter_by(
nickname=nick_of_admin).first()
topic = _t_user.get(_.argumentAdded)
content = get_text_for_add_argument_message(db_author.firstname, user_lang,
url, True)
DBDiscussionSession.add(
Message(from_author_uid=db_admin.uid,
to_author_uid=db_author.uid,
topic=topic,
content=content,
is_inbox=True))
transaction.commit()
def prepare_json_of_issue(db_issue: Issue, db_user: User) -> dict():
"""
Prepares slug, info, argument count and the date of the issue as dict
:param db_issue: Issue
:param db_user: User
:return: Issue-dict()
"""
slug = slugify(db_issue.title)
title = db_issue.title
info = db_issue.info
long_info = db_issue.long_info
stat_count = get_number_of_statements(db_issue.uid)
lang = db_issue.lang
date_pretty = sql_timestamp_pretty_print(db_issue.date, lang)
duration = (arrow.utcnow() - db_issue.date)
days, seconds = duration.days, duration.seconds
duration = ceil(days * 24 + seconds / 3600)
date_ms = int(db_issue.date.format('X')) * 1000
date = db_issue.date.format('DD.MM.YY')
time = db_issue.date.format('HH:mm')
db_issues = get_visible_issues_for_user_as_query(
db_user.uid).filter(Issue.uid != db_issue.uid).all()
all_array = [
get_issue_dict_for(issue, db_issue.uid, lang) for issue in db_issues
]
_t = Translator(lang)
tooltip = _t.get(_.discussionInfoTooltipSg) if stat_count == 1 else _t.get(
_.discussionInfoTooltipPl)
tooltip = tooltip.format(date, time, stat_count)
return {
'slug': slug,
'lang': lang,
'info': info,
'long_info': long_info,
'title': title,
'uid': db_issue.uid,
'stat_count': stat_count,
'date': date,
'date_ms': date_ms,
'date_pretty': date_pretty,
'all': all_array,
'tooltip': tooltip,
'intro': _t.get(_.currentDiscussion),
'duration': duration,
'read_only': db_issue.is_read_only
}
def __process_input_of_start_premises(premisegroups, db_conclusion: Statement,
supportive, db_issue: Issue,
db_user: User) -> Dict[str, Any]:
"""
Inserts premises of groups as new arguments in dependence of the input parameters and returns a URL for forwarding.
:param premisegroups: [[String, ..], ...]
:param db_conclusion: Statement
:param supportive: Boolean
:param db_issue: Issue
:param db_user: User
:return: URL, [Statement.uid], String
"""
LOG.debug(
"Entering __process_input_of_start_premises with # of premisegroups: %s",
len(premisegroups))
_tn = Translator(db_issue.lang)
# insert all premise groups into our database
# all new arguments are collected in a list
new_argument_uids = []
new_statement_uids = [
] # all statement uids are stored in this list to create the link to a possible reference
if __is_conclusion_in_premisegroups(premisegroups, db_conclusion):
return {
'argument_uids': new_argument_uids,
'statement_uids': new_statement_uids,
'error': _tn.get(_.premiseAndConclusionAreEqual)
}
for premisegroup in premisegroups: # premise groups is a list of lists
new_argument, statement_uids = __create_argument_by_raw_input(
db_user, premisegroup, db_conclusion, supportive, db_issue)
new_argument_uids.append(new_argument.uid)
new_statement_uids.append(statement_uids)
error = None
if len(new_argument_uids) == 0:
a = _tn.get(_.notInsertedErrorBecauseEmpty)
b = _tn.get(_.minLength)
c = environ.get('MIN_LENGTH_OF_STATEMENT', 10)
error = '{} ({}: {})'.format(a, b, c)
return {
'argument_uids': new_argument_uids,
'statement_uids': new_statement_uids,
'error': error
}
def get_queue_information(self, db_user: User, session: Session, application_url: str, translator: Translator):
"""
Setup the subpage for the delete queue
:param db_user: User
:param session: session of current webserver request
:param application_url: current url of the app
:param translator: Translator
:return: dict()
"""
LOG.debug("Entering setup for subpage of deletion queue")
all_rev_dict = get_all_allowed_reviews_for_user(session, f'already_seen_{self.key}', db_user, ReviewDelete,
LastReviewerDelete)
rev_dict = get_base_subpage_dict(ReviewDelete, all_rev_dict['reviews'], all_rev_dict['already_seen_reviews'],
all_rev_dict['first_time'], db_user, all_rev_dict['already_voted_reviews'])
if not rev_dict['rnd_review']:
return {
'stats': None,
'text': None,
'reason': None,
'issue_titles': None,
'extra_info': None,
'session': session
}
db_reason = DBDiscussionSession.query(ReviewDeleteReason).get(rev_dict['rnd_review'].reason_uid)
stats = get_reporter_stats_for_review(rev_dict['rnd_review'], translator.get_lang(), application_url)
reason = ''
if db_reason.reason == 'offtopic':
reason = translator.get(_.argumentFlaggedBecauseOfftopic)
if db_reason.reason == 'spam':
reason = translator.get(_.argumentFlaggedBecauseSpam)
if db_reason.reason == 'harmful':
reason = translator.get(_.argumentFlaggedBecauseHarmful)
rev_dict['already_seen_reviews'].append(rev_dict['rnd_review'].uid)
session[f'already_seen_{self.key}'] = rev_dict['already_seen_reviews']
return {
'stats': stats,
'text': rev_dict['text'],
'reason': reason,
'issue_titles': rev_dict['issue_titles'],
'extra_info': rev_dict['extra_info'],
'session': session
}