Update test.py

test.py

@@ -9,20 +9,20 @@
 from NewLifeUtils.RequestModule import req_get
 
 counter = 0
-current = ''
+current = ""
 
 
 def complete(readed, completes):
- print(f'{ACC.CLEARSCREEN}')
+ print(f"{ACC.CLEARSCREEN}")
  next = False
  if len(readed) > 0:
- if readed[-1] == ' ':
+ if readed[-1] == " ":
  next = True
 
  def build_readed(args, ins_spase=False):
- new_readed = ' '.join(args)
+ new_readed = " ".join(args)
  if ins_spase:
- new_readed += ' '
+ new_readed += " "
  return new_readed
 
  def find_aval(word, possible):
@@ -51,32 +51,32 @@ def next_layer(complete_words, key):
  for argnum, arg in enumerate(parsed_readed, start=0):
  if len(find_aval(arg, complete_words)) == 0:
  aval = []
- predict_curr = ''
+ predict_curr = ""
  else:
  for argnum, arg in enumerate(parsed_readed, start=0):
  aval = find_aval(arg, complete_words)
  global current
- print(f'{FGC.BBLUE}{aval} ({current})')
+ print(f"{FGC.BBLUE}{aval} ({current})")
  if len(aval) == 1:
  parsed_readed[argnum] = aval[0]
- predict_curr = ''
+ predict_curr = ""
  if len(aval) > 1:
  predict_curr = predict(arg, aval, next)
  if next:
  predict_curr = predict(aval)
- return build_readed(parsed_readed, True), '', complete_words
+ return build_readed(parsed_readed, True), "", complete_words
  complete_words = next_layer(complete_words, predict_curr)
- print(f'{FGC.BYELLOW}aval - {aval}')
- print(f'{FGC.BYELLOW}gen complete_words - {complete_words}')
+ print(f"{FGC.BYELLOW}aval - {aval}")
+ print(f"{FGC.BYELLOW}gen complete_words - {complete_words}")
 
  print(f'{FGC.RED} RES: {predict_curr} / {" ".join(aval)}')
  print(ACC.RESET)
  return build_readed(parsed_readed, False), predict_curr, aval
 
 
-def smart_input(text='', completes={}, end='\n'):
- readed = ''
- print(text + MCC.save_cursor, end='')
+def smart_input(text="", completes={}, end="\n"):
+ readed = ""
+ print(text + MCC.save_cursor, end="")
  sys.stdout.flush()
  while True:
  key = getwch()
@@ -87,21 +87,21 @@ def smart_input(text='', completes={}, end='\n'):
  else:
  if ord(key) == 8:
  readed = readed[:-1]
- print(MCC.load_cursor + MCC.erase_nxt_line + readed, end='')
+ print(MCC.load_cursor + MCC.erase_nxt_line + readed, end="")
 
  elif ord(key) == 13:
  break
  elif ord(key) == 9:
  readed, predict, aval = complete(readed, completes)
  complete(readed, completes)
- print(MCC.load_cursor + MCC.erase_nxt_line + readed, end='')
+ print(MCC.load_cursor + MCC.erase_nxt_line + readed, end="")
  else:
  readed += key
- print(MCC.load_cursor + MCC.erase_nxt_window + readed, end='')
+ print(MCC.load_cursor + MCC.erase_nxt_window + readed, end="")
  sys.stdout.flush()
  print(end)
  return readed
 
 
-if __name__ == '__main__':
- print('Hello World')
+if __name__ == "__main__":
+ print("Hello World")