def savedKeys():
# Initalise the saved key array
savedKeys = []
# Loop through the directory for the public keys
for fileName in os.listdir('keys/public/'):
# Check that it is a csv file
if os.path.isfile('keys/public/' +
fileName) and fileName.endswith('.csv'):
# Deduce the name of the key from the filename
name = fileName.replace('.csv', '')
# Set the public key file path
publicKeyFile = 'keys/public/' + name + '.csv'
# Read the public key file
publicKeyFileContents = file.read(publicKeyFile)
# Split the file into an array of values
publicKeyFileValues = publicKeyFileContents.split(',')
# Set the public key
publicKey = crypto.PublicKey(publicKeyFileValues[0],
publicKeyFileValues[1])
# Check if a corresponding private key exists and set the flag
if os.path.isfile('keys/private/' + fileName):
# Set the private key file path
privateKeyFile = 'keys/private/' + name + '.csv'
# Read the private key file
privateKeyFileContents = file.read(privateKeyFile)
# Split the file into an array of values
privateKeyFileValues = privateKeyFileContents.split(',')
# Set the private key
privateKey = crypto.PrivateKey(privateKeyFileValues[0],
privateKeyFileValues[1],
privateKeyFileValues[2])
# Create a new saved key object with the private key and add it to the return array
savedKeys.append(SavedKey(name, publicKey, privateKey))
else:
# Create a new saved key object without the private key and add it to the return array
savedKeys.append(SavedKey(name, publicKey))
# Return the array of saved keys
return savedKeys
def courseq():
courses = read('courses.csv')
questions = read('questions.csv')
if authentic:
if request.method == "POST":
survey_name = request.form["survey"]
question = request.form.getlist("question")
return redirect(
url_for('.surveys', survey_name=survey_name,
question=question))
return render_template("select.html",
all_questions=questions,
all_courses=courses)
else:
return redirect("/")
def __init__(self, iterate, **kwargs):
self.iterate = iterate
self.startState = file.read()
self.neighbor = Neighbor(self.startState)
self.update_states = None
if "update_states" in kwargs:
self.update_states = True
def update_detekt_config(properties_info):
try:
open_checker_list = []
skip_checker_list = []
checker_options = {}
if 'OPEN_CHECKERS' in properties_info:
open_checker_list = properties_info['OPEN_CHECKERS'].split(';')
if 'SKIP_FILTERS' in properties_info:
skip_checker_list = properties_info['SKIP_FILTERS'].split(';')
if 'CHECKER_OPTIONS' in properties_info:
checker_options = json.loads(properties_info['CHECKER_OPTIONS'])
config_file_path = properties_info["CONFIG_PATH"]
with open(config_file_path, 'r', encoding='utf-8') as file:
config_dict = yaml.load(file.read())
for rule_set_key, rule_set_value in config_dict.items():
if is_valid_detekt_rule_set(rule_set_key):
for checker in rule_set_value.keys():
if re.match("([A-Z][a-z]+)+", checker):
if checker in open_checker_list:
config_dict[rule_set_key][checker]['active'] = True
else:
config_dict[rule_set_key][checker][
'active'] = False
for rule_key, rule_value in checker_options.items():
if rule_key in open_checker_list and rule_key in rule_set_value:
for option_key, option_value in json.loads(
rule_value).items():
config_dict[rule_set_key][rule_key][
option_key] = option_value
with open(config_file_path, 'w', encoding='utf-8') as file:
yaml.dump(config_dict, file, default_flow_style=False)
except Exception as e:
raise Exception(e)
def initialize(self, path):
self.pbm = File.read(path)
dimen = self.pbm[2].split()
self.width, self.height = [int(x) for x in dimen]
pixels = self.pbm[3:]
filtered_pixels = Util.filterData(pixels)
self.matrix = Matrix(self.width, self.height, filtered_pixels)
def get_data(self, fname):
if file.exists(fname) == 1:
cfg = file.read(fname)
return data.build_config(cfg)
else:
print "Utilizando configuracion predeterminado"
return None
def export(key, includePrivateKey=True):
# Add the key name to the export
content = key.name
# Add the public key to the export
content += "," + file.read('keys/public/' + key.name + '.csv')
# Check if there is a corresponding private key and the user wanted to include it
if includePrivateKey:
# Add the private key to the export
content += "," + file.read('keys/private/' + key.name + '.csv')
# Save the export
file.save(key.name + ' Export.csv', content)
def file_db_for():
file_paht = 'D:\\\\vscode\\python\\src\\study\\chinese-xinhua\\data\\\\word.json'
with open(file_paht, 'r', encoding='UTF-8') as file:
words = file.read()
values = []
for i in json.loads(words):
value = (i['word'], i['oldword'], i['strokes'], i['pinyin'],
i['radicals'], i['explanation'], i['more'])
values.append(value)
def importKey(filePath):
# Read the key file at the given path
keyCsv = file.read(filePath)
# Get the data from the csv
keyName, publicKey, privateKey = extractKeyFileData(keyCsv)
# Save the key
saveKey(keyName, publicKey, privateKey)
def importBallot(filePath):
# Read the ballot file at the given path
ballotFile = file.read(filePath)
# Get the data from the csv
title, address = extractBallotFileData(ballotFile)
# Save the ballot
saveBallot(title, address)
def file_db_kv1():
file_paht = 'D:\\\\vscode\\python\\src\\study\\chinese-xinhua\\data\\\\word.json'
with open(file_paht, 'r', encoding='UTF-8') as file:
words = file.read()
values = []
value = []
for word in json.loads(words):
for k, v in word.items():
value.append(v)
values.append(value)
def initialize(self, path):
mask_file = File.read(path)
dimen = mask_file[0].split()
self.width, self.height = [int(x) for x in dimen]
self.a = int((self.width - 1) / 2)
self.b = int((self.height - 1) / 2)
data = mask_file[1:]
filtered_data = list(map(toInt, data))
self.matrix = Matrix(self.width, self.height, filtered_data)
self.mask = self.matrix.getMatrixData()
self.weight = self.width * self.height
def contentMd5(self):
with open(self.path, mode = 'rb') as file:
md5 = hashlib.md5()
while True:
data = file.read(MD5_BUFFER_SIZE)
if not data:
break
md5.update(data)
return md5.hexdigest()
def contentMd5(self):
with open(self.path, mode = 'rb') as file:
md5 = hashlib.md5()
while True:
data = file.read(MD5_BUFFER_SIZE)
if not data:
break
md5.update(data)
return md5.hexdigest()
def __init__(self, iterate, maxDis, maxSuc, alpha, startTemp, **kwargs):
self.iterate = iterate
self.maxDis = maxDis
self.maxSuc = maxSuc
self.alpha = alpha
self.startState = file.read()
self.neighbor = Neighbor(self.startState)
self.startTemp = startTemp
self.state_update = None
if 'state_update' in kwargs:
self.state_update = True
def file_xiehouyu_db():
file_path = 'D:\\vscode\\python\\src\\study\\chinese-xinhua\\data\\xiehouyu.json'
with open(file_path, 'r', encoding='UTF-8') as file:
words = file.read()
values = []
for word in json.loads(words):
value = (word['riddle'], word['answer'])
values.append(value)
sql = 'INSERT INTO xiehouyu (riddle,answer) values (%s,%s)'
ms = mysql.MysqlPool()
count = ms.insert_many(sql, values)
print('insert into xiehouyu db influence %s rows' % count)
def update_nn():
games = file.read()
boards = []
outputs = []
for game in games:
winner = game[-1]
winner_turn = 1 if winner != "N" else 0.5
game = game[:-1]
while game:
next_move = int(game[-1])
game = game[:-1]
board = [0] * 18
for index, move in enumerate(game):
board[(index % 2) * 9 + int(move)] = 1
board = [1 if str(i) not in game else 0 for i in range(9)] + board
output = [0.5] * 9
output[next_move] = winner_turn
boards.append(board)
outputs.append(output)
winner_turn = 1 - winner_turn
if games:
X = np.array(boards)
Y = np.array(outputs)
# initialize weights randomly with mean 0
np.random.seed(4)
global syn0
syn0 = 2 * np.random.random((27, 9)) - 1
l1 = None
for i in range(20000):
# forward propagation
l0 = X
l1 = nonlin(np.dot(l0, syn0))
# how much did we miss?
l1_error = Y - l1
# multiply how much we missed by the
# slope of the sigmoid at the values in l1
l1_delta = l1_error * nonlin(l1, True)
# update weights
syn0 += np.dot(l0.T, l1_delta)
print(l1)
print("updated")
def get_devices_from_file(filename):
"""
Reads in a list of devices from a plain text file and returns the list.
:param filename: The name of a file containing device names or IP
addresses.
:return: A populated list of device names and/or IP addresses.
"""
full_filename = file.get_full_path(filename)
devices = []
if file.exists(full_filename):
devices = file.read(full_filename)
return devices
def cleanup(textfile):
print('')
print('Reading ' + textfile + '...')
txt = file.read(textfile, 0)
i = 0
print('Found ' + str(len(txt)) + ' items:')
while i < len(txt):
print(txt[i])
i += 1
i = 0
print('')
print('Finding problems...')
print('')
newnewtxt = ['']
while i < len(txt):
test = findthing(txt[i], ':')
test = test and findthing(txt[i], '[')
test = test and findthing(txt[i], ']')
test = test and findthing(txt[i], '"')
if test:
print('No problem found with ' + txt[i])
newnewtxt.append(txt[i])
elif not test:
print('Problem found with ' + txt[i] + '. Cleaning...')
i += 1
del newnewtxt[0]
print('Checking complete.')
print('')
print('Opening for write...')
newtxt = file.openforwrite(textfile)
i = 0
print('')
print('New file being created:')
print('')
while i < len(newnewtxt):
string = newnewtxt[i]
string = string.replace('invalid', '')
string = string.replace('valid', '')
string = string.replace('[True]', '')
string = string.replace('[False]', '')
string = string.replace('[Valid]', '')
string = string.replace('[Invalid]', '')
string = string.rstrip()
print(string)
file.write(newtxt, string)
i += 1
print('')
print('Done')
file.closeafterwrite(newtxt)
return
def file_idiom_db():
file_path = 'D:\\vscode\python\src\study\chinese-xinhua\data\idiom.json'
with open(file_path, 'r', encoding='UTF-8') as file:
words = file.read()
values = []
for word in json.loads(words):
value = (word['word'], word['abbreviation'], word['pinyin'],
word['explanation'], word['example'], word['derivation'])
values.append(value)
sql = 'INSERT INTO idiom (word,abbreviation,spell,explanation,example,derivation) values (%s,%s,%s,%s,%s,%s)'
ms = mysql.MysqlPool()
count = ms.insert_many(sql, values)
print('insert into idiom db influence %s rows' % count)
def read(args, config):
address = None
if args.list:
if config.api_key:
print('Default location: {}'.format(file.read(config.save_file)))
return
if args.key:
if args.address:
key = [parse_address(args.address)]
loc = config.default_location
config.save(key[0], loc)
print('API key stored')
return
if config.api_key:
print("To change API, use: -k <api-key>")
return
if args.address:
address = parse_address(args.address)
if not address:
return
else:
if file.exists(config.save_file):
data = file.read_json(config.save_file)
if (data):
address = data['default_location']
if args.default:
if args.address:
key = config.api_key
loc = address
config.save(key, loc)
print('Saving {} as default location'.format(address))
return
if args.save:
if args.address:
key = config.api_key
loc = address
config.save(key, loc)
print('Saving {} as default location'.format(address))
else:
if config.api_key:
print('No location specified')
return
return address
def readLocalCardInfo(name, set):
content = file.read(STORED_LOOk_UPS)
snippets = content.split('###')
for snippet in snippets:
if snippet == '':
continue
if snippet.split('$$$')[0] != name or snippet.split('$$$')[1] != set:
continue
return {
'name': name,
'set': set,
'correctedName': snippet.split('$$$')[2],
'reprint': int(snippet.split('$$$')[3])
}
return None
def generateState(self):
pChange = [] # Posicao de mudanca das rainhas
# nChange = len(self.state) / random.randint(1, len(self.state) - 1) # numero de linhas que mudarao
nChange = (len(self.state)/2) - 1 # numero de linhas que mudarao
# nChange = (len(self.state)/2) # numero de linhas que mudarao
for col in range(nChange):
pChange.append(random.randint(0, len(self.state) - 1))
for col in range(len(pChange)):
self.qP[pChange[col]] = random.randint(0, len(self.state) - 1)
self.createBoard()
file.write(self.qP, self.baseBoard)
return file.read('./resource/newBoard.txt')
def read_map(filename, HDU=0, field=0, nest=False):
"""Read Healpix map
all columns of the specified HDU are read into a compound numpy MASKED array
if nest is not None, the map is converted if need to NEST or RING ordering.
this function requires healpy"""
m, h = read(filename, HDU=HDU, return_header=True)
try:
m = m[field]
except exceptions.KeyError:
m = m.values()[field]
nside = healpy.npix2nside(m.size)
if not nest is None:
if h.get('ORDERING', False):
if h['ORDERING'] == 'NESTED' and not nest:
idx = healpy.ring2nest(nside,np.arange(m.size,dtype=np.int32))
m = m[idx]
elif h['ORDERING'] == 'RING' and nest:
idx = healpy.nest2ring(nside,np.arange(m.size,dtype=np.int32))
m = m[idx]
return healpy.ma(m)
def update_occheck_config(properties_info):
try:
open_checker_str = ""
checker_options = {}
if 'OPEN_CHECKERS' in properties_info:
open_checker_str = properties_info['OPEN_CHECKERS'].replace(
";", ",")
if 'CHECKER_OPTIONS' in properties_info:
checker_options = json.loads(properties_info['CHECKER_OPTIONS'])
config_file_path = properties_info["CONFIG_PATH"]
config_dict = {}
with open(config_file_path, 'r', encoding='utf-8') as file:
config_dict = yaml.load(file.read())
config_dict["Checks"] = "-*"
if open_checker_str:
config_dict[
"Checks"] = config_dict["Checks"] + "," + open_checker_str
checker_option_list = []
if "CheckOptions" in config_dict and len(
config_dict["CheckOptions"]) > 0:
checker_option_list = config_dict["CheckOptions"][:]
for rule_key, rule_value in checker_options.items():
for option_key, option_value in json.loads(rule_value).items():
checker_option = {}
checker_option["key"] = rule_key + "." + option_key
checker_option["value"] = option_value
for exist_option in config_dict["CheckOptions"]:
if exist_option["key"] == checker_option["key"]:
checker_option_list.remove(exist_option)
checker_option_list.append(checker_option)
break
else:
checker_option_list.append(checker_option)
config_dict["CheckOptions"] = checker_option_list
with open(config_file_path, 'w', encoding='utf-8') as file:
yaml.dump(config_dict, file, default_flow_style=False)
except Exception as e:
raise Exception(e)
def checktopleveldomain(email):
domain = email.split('@')[-1]
toplevel = domain.split('.')[1:]
i = 0
tld = file.read('tlds-alpha-by-domain.txt', 0)
tld = tld[1:]
tld.append('WA')
returnvar = True
while i < len(toplevel):
ii = 0
testtld = 0
while ii < len(tld):
if toplevel[i] == tld[ii].lower():
testtld += 1
else:
testtld += 0
ii += 1
if testtld == 1:
returnvar = returnvar and True
else:
returnvar = returnvar and False
i += 1
return ['checktopleveldomain', returnvar]
def savedBallots():
# Initalise the saved ballots array
savedBallots = []
# Loop through the directory for the saved ballots
for fileName in os.listdir('ballots/'):
# Check that it is a csv file
if os.path.isfile('ballots/' +
fileName) and fileName.endswith('.ballot'):
# Deduce the ballot title from the filename
title = fileName.replace('.ballot', '')
# Get the ballot address from the file
address = file.read('ballots/' + fileName)
# Create a new saved ballot object and add it to the return array
savedBallots.append(Ballot(title, address))
# Return the array of saved ballots
return savedBallots
def main(argv):
if len(argv) < 2:
print('Please enter input and output files as arguments!')
sys.exit(0)
# first arg is input path
input_path = argv[0]
# second arg is output path
output_path = argv[1]
direction = 'asc'
# if they specified ascending or descending
if len(argv) == 3:
if argv[2] == 'desc':
direction = 'desc'
# reading the file and parsing the names
name_list = file.read(input_path)
# sorting the names
sorted_name_list = sort_names.sort_by_len_alpha(name_list, direction)
# write the sorted names to the output file
file.write(output_path, sorted_name_list)
import operator, functools, itertools, string, file, enable1
text = tuple(map(int, file.read('p059_cipher.txt').split(',')))
s = max(map(''.join, itertools.product(string.ascii_lowercase, repeat=3)), key=lambda s: sum(1 for x in ''.join(itertools.starmap(lambda i, y: chr(int(y) ^ ord(s[i % 3])), enumerate(text))).split() if enable1.isword(x)))
print(sum(itertools.starmap(lambda i, y: int(y) ^ ord(s[i % 3]), enumerate(text))))
import file
input = file.read('inputs/day03.txt')
paths = input.split('\n')
path_1 = paths[0].split(',')
path_2 = paths[1].split(',')
def calcPoints(path):
x = 0
y = 0
step = 0
directions = {'R': (1, 0), 'L': (-1, 0), 'U': (0, 1), 'D': (0, -1)}
points = {}
for segment in path:
dx, dy = directions[segment[0]]
for _ in range(int(segment[1:])):
x += dx
y += dy
step += 1
if (x, y) not in points:
points[(x, y)] = step
return points
def partOne():
points_1 = calcPoints(path_1)
points_2 = calcPoints(path_2)
import file
content = file.read('file Test.txt')
print(content)
file.write('file Test.txt',content + '\n\nFooter')
content = file.read('file Test.txt')
print(content)
file.append('file Test.txt','\nLegal|Copyright')
content = file.read('file Test.txt')
print(content)
#Wesbert J Edouard
#U73502535
#September 13, 2019
#Fall 2019 - Data Structures and Algorithms
from file import read
newlist = read()
print(newlist)
def increasetrendpoints():
v = (len(newlist) - 1)
x = 0
y = 1
boolean = 0
while x < v:
if (newlist[x] - newlist[y]) < 0:
#print("\nincreasing trend at position", x, "to", y, end=" ")
if (y + 1) <= v:
x = y
y += 1
if (newlist[x] - newlist[y]) > 0:
boolean += 1
if boolean < 2:
print("\ntrend change point is value: ", newlist[y], "at position: ", y)
else:
exit()
def decreasetrendpoints():
v = (len(newlist) - 1)
x = 0
import file
content = file.read('file Test.txt')
print(content)
file.write('file Test.txt', content + '\n\nFooter')
content = file.read('file Test.txt')
print(content)
file.append('file Test.txt', '\nLegal|Copyright')
content = file.read('file Test.txt')
print(content)
import file
instructions = file.read('inputs/day05.txt').split(',')
def getParams(intcode, pointer, modes):
mode_a = modes.pop() if len(modes) > 0 else 0
mode_b = modes.pop() if len(modes) > 0 else 0
a = intcode[pointer + 1] if mode_a == 1 else intcode[intcode[pointer + 1]]
b = intcode[pointer + 2] if mode_b == 1 else intcode[intcode[pointer + 2]]
c = intcode[pointer + 3] if pointer + 3 < len(intcode) else None
return (a, b, c)
def runTest(intcode, input):
pointer = 0
output = []
while intcode[pointer] != 99:
instruction = str(intcode[pointer])
opcode, modes = int(instruction[-2:]), list(map(int, instruction[:-2]))
if opcode == 1:
a, b, c = getParams(intcode, pointer, modes)
intcode[c] = a + b
elif opcode == 2:
a, b, c = getParams(intcode, pointer, modes)
intcode[c] = a * b
elif opcode == 3:
inputPosition = intcode[pointer + 1]
def crawl_saved_files(dir):
for f in file.list_files(dir):
html = file.read(f)
table_rows = parser.table(html)
save_table(table_rows)
def save_table(table_rows):
table_list = [
'https:http://%s:%s' % (i['IP Address'], i['Port']) for i in table_rows
if 'IP Address' in i
]
file.save_list('proxies', table_list, 'a')
"""Accepts a file directory name and returns
all table data in all of its HTML files."""
def crawl_saved_files(dir):
for f in file.list_files(dir):
html = file.read(f)
table_rows = parser.table(html)
save_table(table_rows)
def peakpmm():
html = crawler.crawl_one('https://www.peakpmm.com')
soup = bs4.BeautifulSoup(html, "html.parser")
print(soup.find('h1'))
html = file.read('colors.html')
for table in parser.all_tables(html):
table_rows = parser.table_no_headers(table)
file.save_list('colors.csv', table_rows, 'a')