def word_to_word(text, file, search):
root = sys.argv[0][:-14]
if not os.path.isfile("{}word_list.csv".format(root)):
return text
wordList = File.readFile("{}word_list.csv".format(root), True)
# find_listを開く
if search:
findListPath = "{}find_list.csv".format(root)
if not os.path.isfile(findListPath):
search = False
with open(findListPath) as f:
findList = [s.strip() for s in f.readlines()]
textArr = text.splitlines()
wordOut = []
findOut = []
for i, text in enumerate(textArr):
for li in wordList: # 文字列警告
reObj = re.search(li[0], text)
if reObj:
wordOut.append([i + 1, reObj.start(), reObj.group(), li[1]])
if search: # 文字列探索
for li in findList:
reObj = re.search(li, text)
if reObj:
findOut.append([i + 1, reObj.start(), li])
for c in wordOut:
print("\033[33mWARNING\033[0m: {}:{}:{}: ({}) => ({})".format(
file, c[0], c[1], c[2], c[3]))
for c in findOut:
print("\033[36mFOUND!!\033[0m: {}:{}:{}: ({})".format(
file, c[0], c[1], c[2]))
return "\n".join(textArr)
def file_search(root="/", dir="", search=False):
ex_files_prot = File.readFile("%s/exclusion_list.csv" % (root)).split("\n")
files = get_file_names(dir)
# 除外リストに記載されていないファイルパス一覧
valid_filepath = []
for f in files:
p = Path(f)
is_exclusion = False
for e in ex_files_prot:
# 除外リストのファイルがない場合
if not Path(e).exists():
continue
# 除外リストのファイルと一致した場合
if p.samefile(e):
is_exclusion = True
break
if not is_exclusion:
valid_filepath.append(f)
for file in valid_filepath:
Conv.converter(file, search)
print(file + " : \033[32mOK\033[0m")
print("converter : \033[32mALL SUCCEEDED\033[0m")
def main():
#Lista de los tokens
tokenList = []
#Nombre del archivo
file = readFile('demo.py')
#Variable para concatenar la cadena leída
expretion = ''
#Variable para concatenar un operador
operators = ''
#Variable para identificar si es un string lo que se esta leyendo
isString = False
for c in file:
#Completar el operador y en caso de que sea de longitud más de uno juntarlo
if operators != '':
if c in logic_operators or c in unary_operators:
operators += c
n = ['OPERATOR', operators]
tokenList.append(n)
operators = ''
else:
operators = ''
#En caso de que encuentre una apertura de cadena " ' ' "
if c in string_identifier:
if not isString:
isString = True
expretion += c
else:
expretion += c
tokenList.append(['STRING', expretion])
isString = False
expretion = ''
#Parar si hay un espacio o un operador
elif (c == ' ' or c in logic_operators or c in unary_operators
or c in OP) and not isString:
#Identifica y concatena unicamente si es un operador
if c in logic_operators or c in unary_operators:
operators += c
#Identifica si la cadena es palabra reservada y la agrega a la lista de tokens
if expretion in reserved_words:
n = ['RESERVED', expretion]
tokenList.append(n)
#Identifica si la cadena es un numero y la agrega a la lista de tokens
elif expretion.isdigit():
n = ['CONSTANT', expretion]
tokenList.append(n)
#Identifica si la cadena es una palabra y la agrega a la lista de tokens
elif expretion != '':
n = ['NAME', expretion]
tokenList.append(n)
if c in OP:
n = ['OP', c]
tokenList.append(n)
expretion = ''
else:
expretion += c
printList(tokenList)
def main(scan_n=0.15, trans_n=0.1, rot_n=.1):
global INITIAL_HEADING, N, NTh
global noise
global NTh
noise = (scan_n, trans_n, rot_n)
INITIAL_HEADING = 0
rd.readFile('trajectories_1.txt')
makeWorld('grid1.txt', 3)
N = 30
NTh = N / 2
known = True
print 'Is Start Known: ', known
print 'total iterations', len(
rd.position), ' with ', N, ' number of particles'
particleFilter(len(rd.position) - len(rd.position) + 1,
isStartKnown=known,
graph=True)
def converter(file, search):
text = File.readFile(file)
if not search:
# 数値の前後，行頭の英単語の後にスペースを入れる
sc = SpaceConvert(text)
text = sc.split_text()
# ，を、に変更する
text = dot_to_comma(text)
# 指定した単語のWARNINGを出す
text = word_to_word(text, file, search)
with open(file, mode="w") as f:
f.write(text)
def run():
try:
information = read_file.readFile("my_play.txt")
except:
information = []
# set up the screen
information = stringToList(information)
screen = pygame.display.set_mode((1000, screenHeight))
pygame.display.set_caption("Game")
makeWhiteKeys()
makeBlackKeys()
# set up fallingPieces
all_keys = all_whitekeys + all_blackkeys
generateNotes(information, screen)
while True:
drawFast(screen)
drawSlow(screen)
FPS = data.FPS
clock.tick(FPS)
makePieceFall(screen, all_keys)
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
sys.exit()
elif event.type == pygame.KEYDOWN:
# press esc to return home
if event.key == pygame.K_ESCAPE:
import home
home.run()
elif event.type == pygame.MOUSEBUTTONDOWN:
pos = pygame.mouse.get_pos()
if data.fastRect.collidepoint(pos):
# fast FPS is 120
print "fast"
data.FPS = 120
elif data.slowRect.collidepoint(pos):
# set slow FPS to 20
print "slow"
data.FPS = 20
pygame.display.update()
def run():
try:
information = read_file.readFile("my_play.txt")
except:
information = []
# set up the screen
information = stringToList(information)
screen = pygame.display.set_mode((1000, screenHeight))
pygame.display.set_caption("Game")
makeWhiteKeys()
makeBlackKeys()
# set up fallingPieces
all_keys = all_whitekeys + all_blackkeys
generateNotes(information, screen)
while True:
drawFast(screen)
drawSlow(screen)
FPS = data.FPS
clock.tick(FPS)
makePieceFall(screen,all_keys)
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
sys.exit()
elif event.type == pygame.KEYDOWN:
# press esc to return home
if event.key == pygame.K_ESCAPE:
import home
home.run()
elif event.type == pygame.MOUSEBUTTONDOWN:
pos = pygame.mouse.get_pos()
if data.fastRect.collidepoint(pos):
# fast FPS is 120
print "fast"
data.FPS = 120
elif data.slowRect.collidepoint(pos):
# set slow FPS to 20
print "slow"
data.FPS = 20
pygame.display.update()
import sys from read_file import readFile file = sys.argv[1] #read in file content = readFile(file) for line in content: