def __attribute_sway_points_for_user(current_question, user):
# At least one vote on current question
if len(user.votes) > 0 \
and user.votes[-1].question.id() == current_question.key.id():
user.sway_points += sway_points["submit_answer"]
# Voted for winning party
state = State.get_state_by_abbreviation(\
user.votes[-1].state_abbreviation)
last_winning_party = 1 if current_question.college_score[1] > \
current_question.college_score[0] else 0
# Voted on party that won last question
if user.votes[-1].party == last_winning_party:
user.votes[-1].winning_vote = True
user.sway_points += sway_points["submit_winning_answer"]
# Voted for winning party twice in a row
if len(user.votes) == 2 and user.votes[-2].winning_vote == True:
user.sway_points += sway_points["streak_bonus"]
# Return used sway points
user.sway_points += int(user.votes[-1].sway_points * \
sway_points["refund"])
else:
user.votes[-1].winning_vote = False
# Update user in database
user.put()
def __attribute_sway_points_for_user(current_question, user):
# At least one vote on current question
if len(user.votes) > 0 \
and user.votes[-1].question.id() == current_question.key.id():
user.sway_points += sway_points["submit_answer"]
# Voted for winning party
state = State.get_state_by_abbreviation(\
user.votes[-1].state_abbreviation)
last_winning_party = 1 if current_question.college_score[1] > \
current_question.college_score[0] else 0
# Voted on party that won last question
if user.votes[-1].party == last_winning_party:
user.votes[-1].winning_vote = True
user.sway_points += sway_points["submit_winning_answer"]
# Voted for winning party twice in a row
if len(user.votes) == 2 and user.votes[-2].winning_vote == True:
user.sway_points += sway_points["streak_bonus"]
# Return used sway points
user.sway_points += int(user.votes[-1].sway_points * \
sway_points["refund"])
else:
user.votes[-1].winning_vote = False
# Update user in database
user.put()
def test_model_state(self):
# Load fixtures
load_fixture('tests/states.json', kind={'State': State})
load_fixture('tests/questions.json',
kind={
'Question': Question,
'State': State
})
question_entity = Question.get_current_question()
State.update_state_scores_for_completed_question(question_entity)
state_entity = State.get_state_by_abbreviation("CA")
assert state_entity.party_score_votes[0] == 0
assert state_entity.party_score_votes[1] == 1
assert state_entity.party_score_sway[0] == 5
assert state_entity.party_score_sway[1] == 500
assert state_entity.last_winning_party == 1
state_entity = State.get_state_by_abbreviation("WA")
assert state_entity.party_score_votes[0] == 0
assert state_entity.party_score_votes[1] == 1
assert state_entity.party_score_sway[0] == 50
assert state_entity.party_score_sway[1] == 100
assert state_entity.last_winning_party == 1
# Random winner is allocated for state drawing
state_entity = State.get_state_by_abbreviation("TX")
assert state_entity.party_score_votes[0] == 1 or \
state_entity.party_score_votes[1] == 1
assert state_entity.party_score_sway[0] == 80
assert state_entity.party_score_sway[1] == 70
assert state_entity.last_winning_party != None
# What happens when state hasn't been voted on?
state_entity = State.get_state_by_abbreviation("NY")
assert state_entity.party_score_votes[0] == 0 or \
state_entity.party_score_votes[1] == 0
assert state_entity.last_winning_party != None
assert State.is_valid_state("CA") == True
assert State.is_valid_state("WA") == True
assert State.is_valid_state("INVALID") == False
def test_model_state(self):
# Load fixtures
load_fixture('tests/states.json', kind={'State': State})
load_fixture('tests/questions.json',
kind={'Question': Question,'State': State})
question_entity = Question.get_current_question()
State.update_state_scores_for_completed_question(question_entity)
state_entity = State.get_state_by_abbreviation("CA")
assert state_entity.party_score_votes[0] == 0
assert state_entity.party_score_votes[1] == 1
assert state_entity.party_score_sway[0] == 5
assert state_entity.party_score_sway[1] == 500
assert state_entity.last_winning_party == 1
state_entity = State.get_state_by_abbreviation("WA")
assert state_entity.party_score_votes[0] == 0
assert state_entity.party_score_votes[1] == 1
assert state_entity.party_score_sway[0] == 50
assert state_entity.party_score_sway[1] == 100
assert state_entity.last_winning_party == 1
# Random winner is allocated for state drawing
state_entity = State.get_state_by_abbreviation("TX")
assert state_entity.party_score_votes[0] == 1 or \
state_entity.party_score_votes[1] == 1
assert state_entity.party_score_sway[0] == 80
assert state_entity.party_score_sway[1] == 70
assert state_entity.last_winning_party != None
# What happens when state hasn't been voted on?
state_entity = State.get_state_by_abbreviation("NY")
assert state_entity.party_score_votes[0] == 0 or \
state_entity.party_score_votes[1] == 0
assert state_entity.last_winning_party != None
assert State.is_valid_state("CA") == True
assert State.is_valid_state("WA") == True
assert State.is_valid_state("INVALID") == False