def test_karma_positive_neutral(): assert create_transactions('Bar', 'Bar', [ RawKarma(name='Baz', op='++', reason=None), RawKarma(name='Baz', op='+-', reason=None) ]) == [ KarmaTransaction(name='Baz', self_karma=False, net_karma=1, reasons=[]) ]
def test_self_karma_multiple(): assert create_transactions('Baz', 'Baz', [ RawKarma(name='Baz', op='++', reason=None), RawKarma(name='Baz', op='++', reason=None) ]) == [ KarmaTransaction(name='Baz', self_karma=True, net_karma=1, reasons=[]) ]
def test_self_karma_single(): assert create_transactions( "Baz", "Baz", [RawKarma(name="Baz", op="++", reason=None)]) == [ KarmaTransaction(name="Baz", self_karma=True, net_karma=1, reasons=[]) ]
def test_simple_positive(): assert create_transactions( "Baz", "Baz", [RawKarma(name="Foobar", op="++", reason=None)]) == [ KarmaTransaction(name="Foobar", self_karma=False, net_karma=1, reasons=[]) ]
def test_simple_positive(): assert create_transactions( 'Baz', 'Baz', [RawKarma(name='Foobar', op='++', reason=None)]) == [ KarmaTransaction(name='Foobar', self_karma=False, net_karma=1, reasons=[]) ]
def test_simple_neutral_reason(): assert create_transactions( "Bar", "Bar", [RawKarma(name="Baz", op="+-", reason="Foobar is baz")]) == [ KarmaTransaction(name="Baz", self_karma=False, net_karma=0, reasons=["Foobar is baz"]) ]
def test_simple_neutral_reason(): assert create_transactions( 'Bar', 'Bar', [RawKarma(name='Baz', op='+-', reason='Foobar is baz')]) == [ KarmaTransaction(name='Baz', self_karma=False, net_karma=0, reasons=['Foobar is baz']) ]
def test_self_karma_single_reason_with_comma(): assert create_transactions( "Bar", "Bar", [RawKarma(name="Bar", op="++", reason="Is, awesome")]) == [ KarmaTransaction(name="Bar", self_karma=True, net_karma=1, reasons=["Is, awesome"]) ]
def test_self_karma_single_reason(): assert create_transactions( 'Bar', 'Bar', [RawKarma(name='Bar', op='++', reason='Is awesome')]) == [ KarmaTransaction(name='Bar', self_karma=True, net_karma=1, reasons=['Is awesome']) ]
def test_karma_positive_negative_reasons(): assert create_transactions('Bar', 'Bar', [ RawKarma(name='Baz', op='++', reason='Foobar baz 1'), RawKarma(name='Baz', op='--', reason='Foobar baz 2') ]) == [ KarmaTransaction(name='Baz', self_karma=False, net_karma=0, reasons=['Foobar baz 1', 'Foobar baz 2']) ]
def test_karma_double_negative(): assert create_transactions('Bar', 'Bar', [ RawKarma(name='Baz', op='--', reason=None), RawKarma(name='Baz', op='--', reason=None) ]) == [ KarmaTransaction(name='Baz', self_karma=False, net_karma=-1, reasons=[]) ]
def test_karma_positive_negative(): assert create_transactions( "Bar", "Bar", [ RawKarma(name="Baz", op="++", reason=None), RawKarma(name="Baz", op="--", reason=None), ], ) == [ KarmaTransaction(name="Baz", self_karma=False, net_karma=0, reasons=[]) ]
def test_karma_double_neutral(): assert create_transactions( "Bar", "Bar", [ RawKarma(name="Baz", op="+-", reason=None), RawKarma(name="Baz", op="-+", reason=None), ], ) == [ KarmaTransaction(name="Baz", self_karma=False, net_karma=0, reasons=[]) ]
def test_self_karma_single_with_others(): assert create_transactions('Baz', 'Baz', [ RawKarma(name='Baz', op='++', reason=None), RawKarma(name='Foobar', op='++', reason=None) ]) == [ KarmaTransaction(name='Baz', self_karma=True, net_karma=1, reasons=[]), KarmaTransaction(name='Foobar', self_karma=False, net_karma=1, reasons=[]) ]
def test_self_karma_single_with_others_and_reasons(): assert create_transactions('Bar', 'Bar', [ RawKarma(name='Bar', op='++', reason='Is awesome'), RawKarma(name='Foo', op='++', reason='Is awesome too') ]) == [ KarmaTransaction(name='Bar', self_karma=True, net_karma=1, reasons=['Is awesome']), KarmaTransaction(name='Foo', self_karma=False, net_karma=1, reasons=['Is awesome too']) ]
def test_self_karma_single_with_others(): assert create_transactions( "Baz", "Baz", [ RawKarma(name="Baz", op="++", reason=None), RawKarma(name="Foobar", op="++", reason=None), ], ) == [ KarmaTransaction(name="Baz", self_karma=True, net_karma=1, reasons=[]), KarmaTransaction(name="Foobar", self_karma=False, net_karma=1, reasons=[]), ]
def test_karma_positive_negative_reasons(): assert create_transactions( "Bar", "Bar", [ RawKarma(name="Baz", op="++", reason="Foobar baz 1"), RawKarma(name="Baz", op="--", reason="Foobar baz 2"), ], ) == [ KarmaTransaction( name="Baz", self_karma=False, net_karma=0, reasons=["Foobar baz 1", "Foobar baz 2"], ) ]
def test_karma_double_neutral_reasons_and_commas(): assert create_transactions( "Bar", "Bar", [ RawKarma(name="Baz", op="+-", reason="Foobar, baz 1"), RawKarma(name="Baz", op="-+", reason="Foobar, baz 2"), ], ) == [ KarmaTransaction( name="Baz", self_karma=False, net_karma=0, reasons=["Foobar, baz 1", "Foobar, baz 2"], ) ]
def test_self_karma_multiple_reason(): assert create_transactions( "Bar", "Bar", [ RawKarma(name="Bar", op="++", reason="Is awesome"), RawKarma(name="Bar", op="++", reason="Is awesome"), ], ) == [ KarmaTransaction( name="Bar", self_karma=True, net_karma=1, reasons=["Is awesome", "Is awesome"], ) ]
def test_self_karma_single_with_others_and_reasons(): assert create_transactions( "Bar", "Bar", [ RawKarma(name="Bar", op="++", reason="Is awesome"), RawKarma(name="Foo", op="++", reason="Is awesome too"), ], ) == [ KarmaTransaction(name="Bar", self_karma=True, net_karma=1, reasons=["Is awesome"]), KarmaTransaction(name="Foo", self_karma=False, net_karma=1, reasons=["Is awesome too"]), ]
def process_karma(message: Message, message_id: int, db_session: Session, timeout: int): reply = "" # Parse the message for karma modifications raw_karma = parse_message(message.clean_content, db_session) # If no karma'd items, just return if not raw_karma: return reply # TODO: Protect from byte-limit length chars # If the author was IRC, set the display name to be the irc user that karma'd, else use original display name display_name = message.author.display_name if message.author.id == CONFIG["UWCS_DISCORD_BRIDGE_BOT_ID"]: # Gets the username of the irc user display_name = message.content.split(" ")[0][3:-3] # Process the raw karma tokens into a number of karma transactions transactions = create_transactions(message.author.name, display_name, raw_karma) if not transactions: return reply # Get karma-ing user user = db_session.query(User).filter( User.user_uid == message.author.id).first() # Start preparing the reply string if len(transactions) > 1: transaction_plural = "s" else: transaction_plural = "" item_str = "" error_str = "" # Iterate over the transactions to write them to the database for transaction in transactions: # Truncate the name safely so we 2000 char karmas can be used truncated_name = ((transaction.name[300:] + ".. (truncated to 300 chars)") if len(transaction.name) > 300 else transaction.name) # Catch any self-karma transactions early if transaction.self_karma and transaction.net_karma > -1: error_str += f' • Could not change "{truncated_name}" because you cannot change your own karma! :angry:\n' continue # Get the karma item from the database if it exists karma_item = (db_session.query(Karma).filter( func.lower(Karma.name) == func.lower( transaction.name)).one_or_none()) # Update or create the karma item if not karma_item: karma_item = Karma(name=transaction.name) db_session.add(karma_item) db_session.commit() # Get the last change (or none if there was none) last_change = (db_session.query(KarmaChange).filter( KarmaChange.karma_id == karma_item.id).order_by( desc(KarmaChange.created_at)).first()) if not last_change: # If the bot is being downvoted then the karma can only go up if transaction.name.lower() == "apollo": new_score = abs(transaction.net_karma) else: new_score = transaction.net_karma karma_change = KarmaChange( karma_id=karma_item.id, user_id=user.id, message_id=message_id, reasons=transaction.reasons, change=new_score, score=new_score, created_at=datetime.utcnow(), ) db_session.add(karma_change) db_session.commit() else: time_delta = datetime.utcnow() - last_change.created_at if time_delta.seconds >= timeout: # If the bot is being downvoted then the karma can only go up if transaction.name.lower() == "apollo": new_score = last_change.score + abs(transaction.net_karma) else: new_score = last_change.score + transaction.net_karma karma_change = KarmaChange( karma_id=karma_item.id, user_id=user.id, message_id=message_id, reasons=transaction.reasons, score=new_score, change=(new_score - last_change.score), created_at=datetime.utcnow(), ) db_session.add(karma_change) db_session.commit() else: # Tell the user that the item is on cooldown if time_delta.seconds < 60: error_str += f' • Could not change "{truncated_name}" since it is still on cooldown (last altered {time_delta.seconds} seconds ago).\n' else: mins_plural = "" mins = floor(time_delta.seconds / 60) if time_delta.seconds >= 120: mins_plural = "s" error_str += f' • Could not change "{truncated_name}" since it is still on cooldown (last altered {mins} minute{mins_plural} ago).\n' continue # Update karma counts if transaction.net_karma == 0: karma_item.neutrals = karma_item.neutrals + 1 elif transaction.net_karma == 1: karma_item.pluses = karma_item.pluses + 1 elif transaction.net_karma == -1: # Make sure the changed operation is updated if transaction.name.lower() == "apollo": karma_item.pluses = karma_item.pluses + 1 else: karma_item.minuses = karma_item.minuses + 1 # Give some sass if someone is trying to downvote the bot if (transaction.name.casefold() == "Apollo".casefold() and transaction.net_karma < 0): apollo_response = ":wink:" else: apollo_response = "" # Build the karma item string if transaction.reasons: if len(transaction.reasons) > 1: reasons_plural = "s" reasons_has = "have" else: reasons_plural = "" reasons_has = "has" if transaction.self_karma: item_str += f" • **{truncated_name}** (new score is {karma_change.score}) and your reason{reasons_plural} {reasons_has} been recorded. *Fool!* that's less karma to you. :smiling_imp:\n" else: item_str += f" • **{truncated_name}** (new score is {karma_change.score}) and your reason{reasons_plural} {reasons_has} been recorded. {apollo_response}\n" else: if transaction.self_karma: item_str += f" • **{truncated_name}** (new score is {karma_change.score}). *Fool!* that's less karma to you. :smiling_imp:\n" else: item_str += f" • **{truncated_name}** (new score is {karma_change.score}). {apollo_response}\n" # Get the name, either from discord or irc author_display = get_name_string(message) # Construct the reply string in totality # If you have error(s) and no items processed successfully if not item_str and error_str: reply = f"Sorry {author_display}, I couldn't karma the requested item{transaction_plural} because of the following problem{transaction_plural}:\n\n{error_str}" # If you have items processed successfully but some errors too elif item_str and error_str: reply = f"Thanks {author_display}, I have made changes to the following item(s) karma:\n\n{item_str}\n\nThere were some issues with the following item(s), too:\n\n{error_str}" # If all items were processed successfully else: reply = f"Thanks {author_display}, I have made changes to the following karma item{transaction_plural}:\n\n{item_str}" # Commit any changes (in case of any DB inconsistencies) db_session.commit() return reply.rstrip()
def process_karma(message: Message, message_id: int, db_session: Session, timeout: int): reply = "" # Parse the message for karma modifications raw_karma = parse_message(message.clean_content, db_session) # If no karma'd items, just return if not raw_karma: return reply # TODO: Protect from byte-limit length chars # If the author was IRC, set the display name to be the irc user that karma'd, else use original display name display_name = get_name_string(message) # Process the raw karma tokens into a number of karma transactions transactions = create_transactions(message.author.name, display_name, raw_karma) if not transactions: return reply # Get karma-ing user user = db_session.query(User).filter(User.user_uid == message.author.id).first() # Get whether the channel is on mini karma or not channel = ( db_session.query(MiniKarmaChannel) .filter(MiniKarmaChannel.channel == message.channel.id) .one_or_none() ) if channel is None: karma_mode = MiniKarmaMode.Normal else: karma_mode = MiniKarmaMode.Mini def own_karma_error(name): if karma_mode == MiniKarmaMode.Normal: return f' • Could not change "{name}" because you cannot change your own karma! :angry:' else: return f'could not change "**{name}**" (own name)' def internal_error(name): if karma_mode == MiniKarmaMode.Normal: return f' • Could not create "{name}" due to an internal error.' else: return f'could not change "**{name}**" (internal error)' def cooldown_error(name, td): # Tell the user that the item is on cooldown if td.seconds < 60: seconds_plural = f"second{'s' if td.seconds != 1 else ''}" duration = f"{td.seconds} {seconds_plural}" else: mins = td.seconds // 60 mins_plural = f"minute{'s' if mins != 1 else ''}" duration = f"{mins} {mins_plural}" if karma_mode == MiniKarmaMode.Normal: return f' • Could not change "{name}" since it is still on cooldown (last altered {duration} ago).\n' else: return f'could not change "**{name}**" (cooldown, last edit {duration} ago)' def success_item(tr: KarmaTransaction): # Give some sass if someone is trying to downvote the bot if tr.name.casefold() == "apollo" and tr.net_karma < 0: apollo_response = ":wink:" else: apollo_response = "" if tr.net_karma == 1: op = "++" elif tr.net_karma == -1: op = "--" else: op = "+-" # Build the karma item string if tr.reasons: if len(tr.reasons) > 1: reasons_plural = "reasons" reasons_has = "have" else: reasons_plural = "reason" reasons_has = "has" if karma_mode == MiniKarmaMode.Normal: if tr.self_karma: return f" • **{truncated_name}** (new score is {karma_change.score}) and your {reasons_plural} {reasons_has} been recorded. *Fool!* that's less karma to you. :smiling_imp:" else: return f" • **{truncated_name}** (new score is {karma_change.score}) and your {reasons_plural} {reasons_has} been recorded. {apollo_response}" else: return f"**{truncated_name}{op}** (now {karma_change.score}, {reasons_plural} recorded)" else: if karma_mode == MiniKarmaMode.Normal: if tr.self_karma: return f" • **{truncated_name}** (new score is {karma_change.score}). *Fool!* that's less karma to you. :smiling_imp:" else: return f" • **{truncated_name}** (new score is {karma_change.score}). {apollo_response}" else: return f"**{truncated_name}{op}** (now {karma_change.score})" # Start preparing the reply string if len(transactions) > 1: transaction_plural = "s" else: transaction_plural = "" items = [] errors = [] # Iterate over the transactions to write them to the database for transaction in transactions: # Truncate the name safely so we 2000 char karmas can be used truncated_name = ( (transaction.name[300:] + ".. (truncated to 300 chars)") if len(transaction.name) > 300 else transaction.name ) # Catch any self-karma transactions early if transaction.self_karma and transaction.net_karma > -1: errors.append(own_karma_error(truncated_name)) continue # Get the karma item from the database if it exists karma_item = ( db_session.query(Karma) .filter(func.lower(Karma.name) == func.lower(transaction.name)) .one_or_none() ) # Update or create the karma item if not karma_item: karma_item = Karma(name=transaction.name) db_session.add(karma_item) try: db_session.commit() except (ScalarListException, SQLAlchemyError): db_session.rollback() errors.append(internal_error(truncated_name)) continue # Get the last change (or none if there was none) last_change = ( db_session.query(KarmaChange) .filter(KarmaChange.karma_id == karma_item.id) .order_by(desc(KarmaChange.created_at)) .first() ) if not last_change: # If the bot is being downvoted then the karma can only go up if transaction.name.casefold() == "apollo": new_score = abs(transaction.net_karma) else: new_score = transaction.net_karma karma_change = KarmaChange( karma_id=karma_item.id, user_id=user.id, message_id=message_id, reasons=transaction.reasons, change=new_score, score=new_score, created_at=datetime.utcnow(), ) db_session.add(karma_change) try: db_session.commit() except (ScalarListException, SQLAlchemyError): db_session.rollback() errors.append(internal_error(truncated_name)) continue else: time_delta = datetime.utcnow() - last_change.created_at if time_delta.seconds >= timeout: # If the bot is being downvoted then the karma can only go up if transaction.name.casefold() == "apollo": new_score = last_change.score + abs(transaction.net_karma) else: new_score = last_change.score + transaction.net_karma karma_change = KarmaChange( karma_id=karma_item.id, user_id=user.id, message_id=message_id, reasons=transaction.reasons, score=new_score, change=(new_score - last_change.score), created_at=datetime.utcnow(), ) db_session.add(karma_change) try: db_session.commit() except (ScalarListException, SQLAlchemyError): db_session.rollback() errors.append(internal_error(truncated_name)) continue else: errors.append(cooldown_error(truncated_name, time_delta)) continue # Update karma counts if transaction.net_karma == 0: karma_item.neutrals = karma_item.neutrals + 1 elif transaction.net_karma == 1: karma_item.pluses = karma_item.pluses + 1 elif transaction.net_karma == -1: # Make sure the changed operation is updated if transaction.name.casefold() == "apollo": karma_item.pluses = karma_item.pluses + 1 else: karma_item.minuses = karma_item.minuses + 1 items.append(success_item(transaction)) # Get the name, either from discord or irc author_display = get_name_string(message) # Construct the reply string in totality # If you have error(s) and no items processed successfully if karma_mode == MiniKarmaMode.Normal: item_str = "\n".join(items) error_str = "\n".join(errors) if not item_str and error_str: reply = f"Sorry {author_display}, I couldn't karma the requested item{transaction_plural} because of the following problem{transaction_plural}:\n\n{error_str}" # If you have items processed successfully but some errors too elif item_str and error_str: reply = f"Thanks {author_display}, I have made changes to the following item(s) karma:\n\n{item_str}\n\nThere were some issues with the following item(s), too:\n\n{error_str}" # If all items were processed successfully else: reply = f"Thanks {author_display}, I have made changes to the following karma item{transaction_plural}:\n\n{item_str}" else: item_str = " ".join(items) error_str = " ".join(errors) reply = " ".join(filter(None, ["Changes:", item_str, error_str])) # Commit any changes (in case of any DB inconsistencies) try: db_session.commit() except (ScalarListException, SQLAlchemyError): db_session.rollback() return reply.rstrip()
def test_empty(): assert create_transactions("", "", []) is None