def set_new_undercut(premisegroup_uid, current_argument: Argument, db_user: User, issue: Issue) \
-> Tuple[Argument, bool]:
"""
Inserts a new undercut with the given parameters.
:param premisegroup_uid: premisegroup_uid
:param current_argument: Argument
:param db_user: User
:param issue: Issue.uid
:return: Argument, Boolean if the argument is a duplicate
"""
# duplicate?
db_argument = DBDiscussionSession.query(Argument).filter(Argument.premisegroup_uid == premisegroup_uid,
Argument.is_supportive == False,
Argument.argument_uid == current_argument.uid).first()
if db_argument:
return db_argument, True
else:
new_argument = Argument(premisegroup=premisegroup_uid,
is_supportive=False,
author=db_user.uid,
issue=issue.uid)
new_argument.set_conclusions_argument(current_argument.uid)
DBDiscussionSession.add(new_argument)
DBDiscussionSession.flush()
transaction.commit()
return new_argument, False
def __revoke_argument(db_argument: Argument, db_user: User):
"""
Revokes the user as author of the argument
:param db_user: User.uid
:param db_argument: Argument.uid
:return: Argument, Boolean, String
"""
# does the argument has any attack or supports?
relations = [
get_undermines_for_argument_uid(db_argument.uid),
get_supports_for_argument_uid(db_argument.uid),
get_undercuts_for_argument_uid(db_argument.uid),
get_rebuts_for_argument_uid(db_argument.uid)
]
is_involved = sum([len(rel) if rel else 0 for rel in relations]) > 0
if is_involved:
LOG.debug("Author of argument %s changed from %s to anonymous",
db_argument.uid, db_user.uid)
db_new_author = DBDiscussionSession.query(User).filter_by(
nickname=nick_of_anonymous_user).first()
db_argument.author_uid = db_new_author.uid
else:
LOG.debug("Disabling argument %s", db_argument.uid)
db_argument.set_disabled(True)
DBDiscussionSession.add(db_argument)
DBDiscussionSession.flush()
return db_argument
def test_get_text_for_conclusion(self):
argument1 = Argument(premisegroup=4,
is_supportive=True,
author=1,
issue=1,
conclusion=3)
# 'argument' is an argument
self.assertEqual(
lib.get_text_for_conclusion(argument=argument1,
start_with_intro=False,
rearrange_intro=False),
'we should get a dog')
argument2 = Argument(premisegroup=1,
is_supportive=False,
author=1,
issue=1)
# 'argument' is a statement
self.assertEqual(
lib.get_text_for_conclusion(argument=argument2,
start_with_intro=True,
rearrange_intro=True), '')
# unknown conclusion id
argument3 = Argument(premisegroup=0,
is_supportive=True,
author=0,
issue=0,
conclusion=0)
self.assertEqual(
lib.get_text_for_conclusion(argument=argument3,
start_with_intro=False,
rearrange_intro=True), '')
def __build_single_argument(db_argument: Argument, rearrange_intro: bool, with_html_tag: bool, colored_position: bool,
attack_type: str, _t: Translator, start_with_intro: bool, is_users_opinion: bool,
anonymous_style: bool, support_counter_argument: bool = False, author_uid=None):
"""
Build up argument text for a single argument
Please, do not touch this!
:param rearrange_intro: Boolean
:param with_html_tag: Boolean
:param colored_position: Boolean
:param attack_type: String
:param _t: Translator
:param start_with_intro: Boolean
:param is_users_opinion: Boolean
:param anonymous_style: Boolean
:param support_counter_argument: Boolean
:param author_uid: User.uid
:return: String
"""
premises_text = db_argument.get_premisegroup_text()
conclusion_text = db_argument.get_conclusion_text()
lang = db_argument.lang
if lang != 'de':
premises_text = start_with_small(premises_text)
tag_dict = __get_tags_for_building_single_argument(with_html_tag, attack_type, colored_position, premises_text,
conclusion_text)
premises_text = tag_dict['premise']
conclusion_text = tag_dict['conclusion']
sb = tag_dict['tag_begin']
sb_none = tag_dict['tag_none']
se = tag_dict['tag_end']
marked_element = False
if author_uid:
db_marked = DBDiscussionSession.query(MarkedArgument).filter(MarkedArgument.argument_uid == db_argument.uid,
MarkedArgument.author_uid == author_uid).first()
marked_element = db_marked is not None
you_have_the_opinion_that = _t.get(_.youHaveTheOpinionThat).format('').strip()
if lang == 'de':
ret_value = __build_single_argument_for_de(_t, sb, se, you_have_the_opinion_that, start_with_intro,
anonymous_style, rearrange_intro, db_argument, attack_type, sb_none,
marked_element, lang, premises_text, conclusion_text,
is_users_opinion,
support_counter_argument)
else:
ret_value = __build_single_argument_for_en(_t, sb, se, you_have_the_opinion_that, marked_element,
conclusion_text,
premises_text, db_argument)
return ret_value.replace(' ', ' ')
def __create_argument_by_uids(db_user: User, premisegroup_uid, conclusion_uid,
argument_uid, is_supportive,
db_issue: Issue) -> Optional[Argument]:
"""
Connects the given id's to a new argument
:param db_user: User.nickname
:param premisegroup_uid: PremiseGroup.uid
:param conclusion_uid: Statement.uid
:param argument_uid: Argument.uid
:param is_supportive: Boolean
:param db_issue: Issue
:return:
"""
LOG.debug(
"Entering __create_argument_by_uids with user: %s, premisegroup_uid: %s, conclusion_uid :%s, "
"argument_uid: %s, is_supportive: %s, issue: %s", db_user.nickname,
premisegroup_uid, conclusion_uid, argument_uid, is_supportive,
db_issue.uid)
new_argument = DBDiscussionSession.query(Argument).filter(
Argument.premisegroup_uid == premisegroup_uid,
Argument.is_supportive == is_supportive,
Argument.conclusion_uid == conclusion_uid,
Argument.issue_uid == db_issue.uid).first()
if not new_argument:
new_argument = Argument(premisegroup=premisegroup_uid,
is_supportive=is_supportive,
author=db_user.uid,
issue=db_issue.uid,
conclusion=conclusion_uid)
new_argument.set_conclusions_argument(argument_uid)
DBDiscussionSession.add(new_argument)
DBDiscussionSession.flush()
new_argument = DBDiscussionSession.query(Argument).filter(
Argument.premisegroup_uid == premisegroup_uid,
Argument.is_supportive == is_supportive,
Argument.author_uid == db_user.uid,
Argument.conclusion_uid == conclusion_uid,
Argument.argument_uid == argument_uid,
Argument.issue_uid == db_issue.uid).first()
transaction.commit()
if new_argument:
LOG.debug("Argument was inserted")
return new_argument
else:
LOG.debug("Argument was not inserted")
return None
def __set_rebut_or_support(
premisegroup_uid: int, current_argument: Argument, db_user: User,
db_issue: Issue,
is_supportive: bool) -> Tuple[Union[Argument, bool], bool]:
db_arguments = get_enabled_arguments_as_query()
db_argument = db_arguments.filter(
Argument.premisegroup_uid == premisegroup_uid,
Argument.is_supportive == True,
Argument.conclusion_uid == current_argument.conclusion_uid).first()
if db_argument:
return db_argument, True
else:
db_tmp = DBDiscussionSession.query(Premise).filter_by(
premisegroup_uid=premisegroup_uid).all()
if any([
p.statement_uid == current_argument.conclusion_uid
for p in db_tmp
]):
return False, False
new_argument = Argument(premisegroup=premisegroup_uid,
is_supportive=is_supportive,
author=db_user.uid,
issue=db_issue.uid,
conclusion=current_argument.conclusion_uid)
DBDiscussionSession.add(new_argument)
DBDiscussionSession.flush()
transaction.commit()
return new_argument, False
def __create_argument_by_uids(db_user: User, premisegroup_uid, conclusion_uid, argument_uid, is_supportive,
db_issue: Issue) -> Union[Argument, None]:
"""
Connects the given id's to a new argument
:param db_user: User.nickname
:param premisegroup_uid: PremiseGroup.uid
:param conclusion_uid: Statement.uid
:param argument_uid: Argument.uid
:param is_supportive: Boolean
:param db_issue: Issue
:return:
"""
logger('StatementsHelper', 'main with user: '******', premisegroup_uid: ' + str(premisegroup_uid) +
', conclusion_uid: ' + str(conclusion_uid) +
', argument_uid: ' + str(argument_uid) +
', is_supportive: ' + str(is_supportive) +
', issue: ' + str(db_issue.uid))
new_argument = DBDiscussionSession.query(Argument).filter(Argument.premisegroup_uid == premisegroup_uid,
Argument.is_supportive == is_supportive,
Argument.conclusion_uid == conclusion_uid,
Argument.issue_uid == db_issue.uid).first()
if not new_argument:
new_argument = Argument(premisegroup=premisegroup_uid, is_supportive=is_supportive, author=db_user.uid,
issue=db_issue.uid, conclusion=conclusion_uid)
new_argument.set_conclusions_argument(argument_uid)
DBDiscussionSession.add(new_argument)
DBDiscussionSession.flush()
# TODO This should be redundant code! new_argument should be the new argument
new_argument = DBDiscussionSession.query(Argument).filter(Argument.premisegroup_uid == premisegroup_uid,
Argument.is_supportive == is_supportive,
Argument.author_uid == db_user.uid,
Argument.conclusion_uid == conclusion_uid,
Argument.argument_uid == argument_uid,
Argument.issue_uid == db_issue.uid).first()
transaction.commit()
if new_argument:
logger('StatementsHelper', 'argument was inserted')
return new_argument
else:
logger('StatementsHelper', 'argument was not inserted')
return None
def __get_text_parts_of_argument(self, db_argument: Argument):
"""
Get all parts of an argument as string
:param db_argument: Argument.uid
:return: list of strings
"""
LOG.debug("Get all parts of an argument as string")
ret_list = list()
# get premise of current argument
db_premises = DBDiscussionSession.query(Premise).filter_by(
premisegroup_uid=db_argument.premisegroup_uid).all()
premises_uids = [premise.uid for premise in db_premises]
for uid in premises_uids:
LOG.debug("Add premise of argument %s", db_argument.uid)
statement = DBDiscussionSession.query(Statement).get(uid)
ret_list.append(
self.__get_part_dict('premise', statement.get_text(),
db_argument.uid, uid))
if db_argument.argument_uid is None: # get conclusion of current argument
conclusion = db_argument.get_conclusion_text()
LOG.debug("Add statement of argument %s", db_argument.uid)
ret_list.append(
self.__get_part_dict('conclusion', conclusion, db_argument.uid,
db_argument.conclusion_uid))
else: # or get the conclusions argument
db_conclusions_argument = DBDiscussionSession.query(Argument).get(
db_argument.argument_uid)
while db_conclusions_argument.argument_uid is not None: # get further conclusions arguments
# get premise of conclusions arguments
db_premises = DBDiscussionSession.query(Premise).filter_by(
premisegroup_uid=db_argument.premisegroup_uid).all()
premises_uids = [premise.uid for premise in db_premises]
for uid in premises_uids:
statement = DBDiscussionSession.query(Statement).get(uid)
LOG.debug("Add premise of argument %s",
db_conclusions_argument.uid)
ret_list.append(
self.__get_part_dict('premise', statement.get_text(),
db_conclusions_argument.uid, uid))
db_conclusions_argument = DBDiscussionSession.query(
Argument).get(db_conclusions_argument.argument_uid)
# get the last conclusion of the chain
conclusion = db_conclusions_argument.get_conclusion_text()
LOG.debug("Add statement of argument %s",
db_conclusions_argument.uid)
ret_list.append(
self.__get_part_dict('conclusion', conclusion,
db_conclusions_argument.uid,
db_conclusions_argument.conclusion_uid))
return ret_list[::-1]
def set_new_undermine_or_support_for_pgroup(premisegroup_uid: int,
current_argument: Argument,
is_supportive: bool, db_user: User,
db_issue: Issue):
"""
Inserts a new undermine or support with the given parameters.
:param premisegroup_uid: premisegroup_uid
:param current_argument: Argument
:param is_supportive: Boolean
:param db_user: User
:param issue: Issue.uid
:return: Argument, Boolean if the argument is a duplicate
"""
already_in = []
# all premises out of current pgroup
db_premises = DBDiscussionSession.query(Premise).filter_by(
premisegroup_uid=current_argument.premisegroup_uid).all()
for premise in db_premises:
new_arguments = []
db_arguments = get_enabled_arguments_as_query()
db_argument = db_arguments.filter(
Argument.premisegroup_uid == premisegroup_uid,
Argument.is_supportive == True,
Argument.conclusion_uid == premise.statement_uid).first()
if db_argument:
continue
db_tmp = DBDiscussionSession.query(Premise).filter_by(
premisegroup_uid=premisegroup_uid).all()
if any([p.statement_uid == premise.statement_uid for p in db_tmp]):
return False
new_arguments.append(
Argument(premisegroup=premisegroup_uid,
is_supportive=is_supportive,
author=db_user.uid,
issue=db_issue.uid,
conclusion=premise.statement_uid))
if len(new_arguments) > 0:
DBDiscussionSession.add_all(new_arguments)
DBDiscussionSession.flush()
transaction.commit()
already_in += new_arguments
rnd = random.randint(0, len(already_in) - 1)
return already_in[rnd]
def __build_val_for_jump(db_argument: Argument, tag_premise, tag_conclusion,
tag_end, _t) -> str:
premises = db_argument.get_premisegroup_text()
if premises[-1] != '.':
premises += '.'
conclusion = db_argument.get_conclusion_text()
because = _t.get(_.because).lower()
conclusion = tag_conclusion + conclusion + tag_end
premises = tag_premise + premises + tag_end
intro = (start_con + _t.get(_.isNotRight).lower() +
end_tag) if not db_argument.is_supportive else ''
ret_value = '{} {} {} {}'.format(conclusion, intro, because, premises)
if _t.get_lang() == 'de':
intro = _t.get(
_.itIsTrueThatAnonymous) if db_argument.is_supportive else _t.get(
_.itIsFalseThatAnonymous)
intro = start_with_capital(intro)
intro = (start_pro
if db_argument.is_supportive else start_con) + intro + end_tag
ret_value = '{} {}, {} {}'.format(intro, conclusion, because, premises)
return ret_value
def get_user_with_same_opinion_for_premisegroups_of_arg(
db_argument: Argument, db_premises: List[Premise], db_user: User,
lang: str, main_page: str):
"""
Returns nested dictionary with all kinds of information about the votes of the premisegroups.
:param db_argument:
:param db_premises:
:param db_user: User
:param lang: language
:param main_page: url
:return: {'users':[{nickname1.avatar_url, nickname1.vote_timestamp}*]}
"""
_t = Translator(lang)
all_users = []
text = db_argument.get_premisegroup_text()
premise_statement_uids = [p.statement_uid for p in db_premises]
db_clicks = DBDiscussionSession.query(ClickedStatement).filter(
ClickedStatement.statement_uid.in_(premise_statement_uids),
ClickedStatement.is_up_vote == True, ClickedStatement.is_valid == True,
ClickedStatement.author_uid != db_user.uid).all()
db_seens = DBDiscussionSession.query(SeenStatement).filter(
SeenStatement.statement_uid.in_(premise_statement_uids)).all()
for click in db_clicks:
click_user = DBDiscussionSession.query(User).get(click.author_uid)
users_dict = create_users_dict(click_user, click.timestamp, main_page,
lang)
all_users.append(users_dict)
return {
'uid': str(db_argument.uid),
'text': '... {} {}'.format(_t.get(_.because).lower(), text),
'users': all_users,
'message': __get_text_for_clickcount(len(db_clicks), db_user.uid, _t),
'seen_by': len(db_seens)
}
def __get_dict_for_argumentation(self, user_arg: Argument,
confrontation_arg_uid: int, history: str,
attack: Relations, nickname: str,
is_supportive: bool) -> dict:
"""
Returns dict() for the reaction step
:param user_arg: Argument
:param confrontation_arg_uid: Argument.uid
:param history: String
:param attack: String
:param nickname: User.nickname
:param is_supportive: Boolean
:return: dict()
"""
premise = user_arg.get_premisegroup_text()
conclusion = get_text_for_conclusion(user_arg)
db_confrontation = DBDiscussionSession.query(Argument).get(
confrontation_arg_uid)
confr = db_confrontation.get_premisegroup_text()
sys_conclusion = (db_confrontation.get_conclusion_text())
if attack == Relations.UNDERMINE:
if db_confrontation.conclusion_uid != 0:
premise = db_confrontation.get_conclusion_text()
else:
premise = get_text_for_argument_uid(
db_confrontation.argument_uid,
True,
colored_position=True,
attack_type=attack)
# did the user changed his opinion?
history = history_handler.split(history)
user_changed_opinion = len(history) > 1 and '/undercut/' in history[-2]
# argumentation is a reply for an argument, if the arguments conclusion of the user is no position
conclusion_uid = user_arg.conclusion_uid
tmp_arg = user_arg
while not conclusion_uid:
tmp_arg = DBDiscussionSession.query(Argument).get(
tmp_arg.argument_uid)
conclusion_uid = tmp_arg.conclusion_uid
db_statement = DBDiscussionSession.query(Statement).get(conclusion_uid)
reply_for_argument = not (db_statement and db_statement.is_position)
support_counter_argument = 'reaction' in self.history.split('-')[-1]
current_argument = get_text_for_argument_uid(
user_arg.uid,
nickname=nickname,
with_html_tag=True,
colored_position=True,
user_changed_opinion=user_changed_opinion,
attack_type=attack,
minimize_on_undercut=True,
support_counter_argument=support_counter_argument)
current_argument = start_with_capital(current_argument)
if self.lang != 'de':
premise = start_with_small(premise)
# check for support and build text
_tn = Translator(self.lang)
user_text = (_tn.get(_.otherParticipantsConvincedYouThat) +
': ') if user_changed_opinion else ''
user_text += current_argument if current_argument != '' else premise
sys_text, gender = get_text_for_confrontation(
self.lang, nickname, premise, conclusion, sys_conclusion,
is_supportive, attack, confr, reply_for_argument,
not user_arg.is_supportive, user_arg, db_confrontation)
gender_of_counter_arg = gender
return {
'user': user_text,
'sys': sys_text,
'gender': gender_of_counter_arg,
'confrontation': db_confrontation
}
def __split_premisegroup(review):
"""
Splits a premisegroup into the items, which are mapped with the given review
:param review: ReviewSplit.uid
:return: None
"""
db_values = DBDiscussionSession.query(ReviewSplitValues).filter_by(
review_uid=review.uid).all()
db_old_premises = DBDiscussionSession.query(Premise).filter_by(
premisegroup_uid=review.premisegroup_uid).all()
db_issue = DBDiscussionSession.query(Issue).get(
db_old_premises[0].issue_uid)
db_old_statement_ids = [p.statement_uid for p in db_old_premises]
db_first_old_statement = DBDiscussionSession.query(Statement).get(
db_old_premises[0].uid)
db_user = DBDiscussionSession.query(User).get(review.detector_uid)
if db_values:
logger('review.opinions',
'split given premisegroup into the mapped, new statements')
db_statements = []
for value in db_values:
new_statement, tmp = set_statement(
value.content, db_user, db_first_old_statement.is_position,
db_issue)
db_statements.append(new_statement)
else:
logger('review.opinions', 'just split the premisegroup')
db_statements = DBDiscussionSession.query(Statement).filter(
Statement.uid.in_(db_old_statement_ids)).all()
# new premisegroups, for each statement a new one
new_premisegroup_ids = []
new_premise_ids = []
for statement in db_statements:
db_new_premisegroup = PremiseGroup(author=db_user.uid)
DBDiscussionSession.add(db_new_premisegroup)
DBDiscussionSession.flush()
new_premisegroup_ids.append(db_new_premisegroup.uid)
db_new_premise = Premise(db_new_premisegroup.uid, statement.uid, False,
db_user.uid, statement.issue_uid)
DBDiscussionSession.add(db_new_premise)
DBDiscussionSession.flush()
new_premise_ids.append(db_new_premise.uid)
# note new added pgroup
DBDiscussionSession.add(
PremiseGroupSplitted(review.uid, review.premisegroup_uid,
db_new_premisegroup.uid))
# swap the premisegroup occurence in every argument and add new arguments for the new premises
db_arguments = DBDiscussionSession.query(Argument).filter_by(
premisegroup_uid=review.premisegroup_uid).all()
for argument in db_arguments:
argument.set_premisegroup(new_premisegroup_ids[0])
DBDiscussionSession.add(argument)
for uid in new_premisegroup_ids[1:]:
argument = Argument(uid, argument.is_supportive,
argument.author_uid, argument.issue_uid,
argument.conclusion_uid, argument.argument_uid,
argument.is_disabled)
DBDiscussionSession.add(argument)
DBDiscussionSession.flush()
DBDiscussionSession.add(
ArgumentsAddedByPremiseGroupSplit(review.uid, argument.uid))
# swap the conclusion in every argument
new_statements_uids = [s.uid for s in db_statements]
for old_statement_uid in db_old_statement_ids:
db_arguments = DBDiscussionSession.query(Argument).filter_by(
conclusion_uid=old_statement_uid).all()
for argument in db_arguments:
argument.set_conclusion(new_statements_uids[0])
DBDiscussionSession.add(argument)
DBDiscussionSession.add(
StatementReplacementsByPremiseGroupSplit(
review.uid, old_statement_uid, new_statements_uids[0]))
DBDiscussionSession.flush()
for statement_uid in new_statements_uids[1:]:
db_argument = Argument(argument.premisegroup_uid,
argument.is_supportive,
argument.author_uid, argument.issue_uid,
statement_uid, argument.argument_uid,
argument.is_disabled)
DBDiscussionSession.add(db_argument)
DBDiscussionSession.add(
StatementReplacementsByPremiseGroupSplit(
review.uid, old_statement_uid, statement_uid))
DBDiscussionSession.flush()
# finish
DBDiscussionSession.flush()
transaction.commit()
