def check_candidates_for_updates(candidates, reference_path):
'''
Returns human-readable list of candidates added since last full data scrape. (Updated w/ fetch script)
'''
prev_candidates = open_json(reference_path)
prev_ids = [c['candidate_id'] for c in prev_candidates]
cur_ids = [c['candidate_id'] for c in candidates]
added_candidates = [c for c in candidates if c['candidate_id'] not in prev_ids]
dropped_candidates = [c for c in prev_candidates if c['candidate_id'] not in cur_ids]
return {
'added': [c['name'] for c in added_candidates],
'dropped': [c['name'] for c in dropped_candidates],
}
def check_reports_for_updates(reports, archive_path):
'''
Returns human-readable list of reports added since last full data scrape.
'''
prev_reports = open_json(archive_path)
prev_ids = [r['reportId'] for r in prev_reports]
cur_ids = [r['reportId'] for r in reports]
added_reports = [r for r in reports if r['reportId'] not in prev_ids]
dropped_reports = [r for r in prev_reports if r['reportId'] not in cur_ids]
use_keys = ['formTypeCode','candidateName','toDateStr']
return {
'added': [{ key: report[key] for key in use_keys } for report in added_reports],
'dropped': [{ key: report[key] for key in use_keys } for report in dropped_reports],
}
def check_candidates_for_updates(candidates, archive_path):
'''
Returns human-readable list of candidates added since last full data scrape.
'''
prev_candidates = open_json(archive_path)
prev_ids = [c['candidateId'] for c in prev_candidates]
cur_ids = [c['candidateId'] for c in candidates]
added_candidates = [
c for c in candidates if c['candidateId'] not in prev_ids
]
dropped_candidates = [
c for c in prev_candidates if c['candidateId'] not in cur_ids
]
return {
'added': [c['candidateName'] for c in added_candidates],
'dropped': [c['candidateName'] for c in dropped_candidates],
}
import automaton as atm
import functions as fnc
epsilon = "&"
verifi = "?"
arq = fnc.open_json() # abre arquivo
pilha = atm.Pilha() # criando pilha do automato
words_to_aprove = arq.get("aprovar") # lote de palavras para aprovar
words_to_reject = arq.get("rejeitar") # lote de palavras para rejeitar
init_state = arq.get("init_state") # estado inicial
final_states = arq.get("final_states") # estados finais
actual_state = atm.CurrentState(init_state)
mostrar_pilha = arq.get("mostrar_pilha")
evolucao_estados = arq.get("evolucao_estados")
all_states = []
for state_item in arq["all_states"]:
transitions = []
for transition_item in state_item.get("transitions"):
transition = atm.Transition(transition_item.get("letter"),
transition_item.get("unstack"),
transition_item.get("stack_up"),
transition_item.get("goes_to"))
transitions.append(transition)
state = atm.State(state_item.get("state"), transitions)
all_states.append(state)
if mostrar_pilha == "True" and evolucao_estados == "True":
user_option = 0
elif mostrar_pilha == "True" and evolucao_estados == "False":
import csv
import logging
import praw
import sys
import random
import traceback
import youtube_dl
import asyncio
from operator import itemgetter
from functions import update_covid_database, write_json, contains_banned_words, open_json
stderr = sys.stderr
sys.stderr = open('files/discord.log', 'w')
DATA = open_json()
LEVELS = [int(math.pow(x, 1.5) * 20) for x in range(100)]
BANNED_WORDS = ( #open('files/swearWords.txt', 'r').read().replace(" ", "").split(",") +
open('files/swearWordsPL.txt',
'r').read().replace("'", "").replace("\n", "").replace(" ",
"").split(","))
CURSE_PHRASES = [
"Watch your mouth son!", "Yo yooo chill out!",
"How about we take our time and try to rephrase that?",
"Bad words, you use - rephrase you should ~ Yoda Master", "You mad bruh?",
"I mean, that ain't goin' through brother..."
]
# Setting up discord loggers
logger = logging.getLogger('discord')
logger.setLevel(logging.DEBUG)