def read_input():
global bags
# input = lib.readfile('inputs/07-input-sample.txt')
# input = lib.readfile('inputs/07-input-sample2.txt')
input = lib.readfile('inputs/07-input.txt')
m = re.compile(r"(\d+)\s+(.*)")
# sanitize input: clean plural forms (bags -> bag), remove sentence chars.
# then split and create Bag objects
for line in input:
# sanitize:
line = line.replace('bags', 'bag').replace('.','')
# split name from contents:
spl = line.split('contain')
bag = spl[0].strip()
contents = spl[1].split(',')
# create bag objects (aka graph nodes):
bag_obj = Bag()
bag_obj.name = bag
bag_obj.bag_list = []
# create a bag list (aka node list): name -> object
bags[bag] = bag_obj
# create a child node list for each bag, including bag count (weights)
for c in contents:
c = c.strip()
g = m.match(c)
if g:
(nr, name) = g.group(1, 2)
bag_obj.bag_list.append((nr, name))
return bags
def problem1():
lines = [
math.floor(int(nr) / 3) - 2
for nr in lib.readfile('inputs/00-input.txt')
]
sum_energy = functools.reduce(lambda a, b: a + b, lines)
print("Solution 1: The sum is {}".format(sum_energy))
def wpconfig_backup(self):
path = realpath(__file__).split('modules')[0]
path += "db/backupfile.wpseku"
for ext in readfile(path):
url = Path(self.url, "wp-config.php" + ext.decode('utf-8'))
resp = self.send(url=url, method="GET")
if resp.status_code == 200 and resp.content != ("" or None):
if resp.url == url:
plus('wp-config.php backup was found at: %s' % (resp.url))
def run(self):
if self.kwargs['verbose'] is True:
info('Checking directory listing...')
path = realpath(__file__).split('modules')[0]
path += "db/dirlisting.wpseku"
for dir_ in readfile(path):
url = Path(self.url,dir_.decode('utf-8'))
resp = self.send(url=url,method="GET")
if search(decode('<title>Index of /'),resp.content,I):
plus('Dir "%s" listing enable at: %s'%(dir_.decode('utf-8'),resp.url))
def run(self):
if self.kwargs['verbose'] is True:
info('Checking common files...')
path = realpath(__file__).split('modules')[0]
path += "db/commonfile.wpseku"
for file in readfile(path):
url = Path(self.url,file.decode('utf-8'))
resp = self.send(url=url,method="GET")
if resp.status_code == 200 and resp.content != ("" or None):
if resp.url == url:
plus('%s file was found at: %s'%(file.decode('utf-8'),resp.url))
def read_input():
input = lib.remove_empty(lib.readfile('inputs/22-input.txt'))
# input = lib.remove_empty(lib.readfile('inputs/22-input-sample.txt'))
players = [deque(),deque()]
p = -1
for line in input:
if re.match(r"Player", line):
p += 1
else:
players[p].append(int(line))
return players
def read_input():
input = lib.readfile('inputs/19-input.txt')
# input = lib.readfile('inputs/19-input-sample.txt')
# input = lib.readfile('inputs/19-input-sample-2.txt')
rules = []
messages = []
for l in input:
if re.match(r"\d+:.*", l):
rules.append(l)
elif len(l.strip()):
messages.append(l)
return (rules, messages)
def read_input():
# input = lib.readfile('inputs/08-input-sample.txt')
input = lib.readfile('inputs/08-input.txt')
m = re.compile(r"(\w+)\s+([+-]\d+)+")
mem = []
for line in input:
g = m.match(line)
if g:
instr = [g.group(1), int(g.group(2)), 0]
mem.append(instr)
return CPU(mem)
def read_input():
# return list(lib.remove_empty(lib.readfile('inputs/12-input-sample.txt')))
# input = list(lib.remove_empty(lib.readfile('inputs/13-input-sample.txt')))
input = list(lib.remove_empty(lib.readfile('inputs/13-input.txt')))
depart = int(input[0])
buses = input[1].split(',')
final_buses = []
for b in buses:
if b == 'x':
final_buses.append(b)
else:
final_buses.append(int(b))
return (depart, final_buses)
def read_input():
global prgs
# input = lib.readfile('inputs/13-input-sample.txt')
input = lib.readfile('inputs/13-input.txt')
m = re.compile(r"^(\d+):\s+(\d+)")
lines = []
for line in input:
g = m.match(line)
if g:
# tuples of: ( depth, range )
lines.append((int(g.group(1)), int(g.group(2))))
return lines
def run(self):
plus('Bruteforcing Login via XML-RPC...')
if self.kwargs['verbose'] is True:
info('Setting user: %s' % (self.user))
self.check()
q = queue.Queue(self.max_thread)
t = []
for x in range(self.max_thread):
thread = ThreadBrute(Path(self.url, 'xmlrpc.php'), q, self,
self.user)
thread.daemon = True
t.append(thread)
thread.start()
for passwd in readfile(self.wordlist):
q.put(passwd.decode('utf-8'))
def testFile(self,file):
res = []
code = readfile(file)
res += self.csrf(code)
res += self.ope(code)
res += self.pce(code)
res += self.com(code)
res += self.auth(code)
res += self.php(code)
res += self.fin(code)
res += self.fid(code)
res += self.sql(code)
res += self.xss(code)
if res != []:
print(format_pretty_table(res,self.table))
else: plus('Not found vulnerabilities')
def DoAnchor(href, base, text, cursor):
""" Default anchor selection handler """
url = urlparse.urljoin(base, href)
scheme, net, path = urlparse.urlparse(url)[:3]
error = "%s\n- %s is not supported yet." % (url, scheme)
if scheme == 'file':
data = readfile(path)
if data:
text['cursor'] = cursor
HTML2TextClean(text)
HTML2Text(data, text)
return
error = "%s\n- could not read %s." % (url, path)
elif scheme in ('http', 'https', 'ftp'):
if not globals.AllowHREFURLQueries:
url = urlparse.urlunparse((scheme, net, path) + ('',)*3)
command = globals.OpenURLCmd % url
Debug(1, 'command')
text['cursor'] = 'watch'
text.update_idletasks()
import os; os.system(command)
text['cursor'] = cursor
return
elif scheme == 'mailto':
try:
import Compose
text['cursor'] = 'watch'
text.update_idletasks()
Compose.Compose()(path)
text['cursor'] = cursor
return
except ImportError: pass
elif not scheme and url[0] == '#':
tag = 'name_%s' % string.replace(url[1:], ' ', '_')
Debug(1, '''"See tag %s => %s" % (tag, `text.tag_ranges(tag)`)''')
try:
text.yview(text.tag_ranges(tag)[0])
except IndexError:
pass # Hmmm. Tk bug?
return
Debug(1, '''"url=%s, scheme=%s, net=%s, path=%s" % (url, scheme, net, path)''')
import TopLevel
TopLevel.MessageTextBox('URL reference error')(error)
def read_input():
# lines = lib.readfile('inputs/04-input-sample.txt')
lines = lib.readfile('inputs/04-input.txt')
act_pass = dict()
for line in lines:
if len(line.strip()) == 0:
passports.append(act_pass)
act_pass = dict()
else:
pieces = line.split(' ')
for piece in pieces:
key_val = piece.split(':')
act_pass[key_val[0]] = key_val[1]
passports.append(act_pass)
return lines
def read_input():
global prgs
# input = lib.readfile('inputs/12-input-sample.txt')
input = lib.readfile('inputs/12-input.txt')
m = re.compile(r"^(\d+)\s+<->\s+(.*)")
for line in input:
g = m.match(line)
if g:
(prg, conn_list) = g.group(1, 2)
conn_list = [s.strip() for s in conn_list.split(',')]
prg_obj = Prg()
prg_obj.name = prg
prg_obj.conn_list = conn_list
prgs[prg] = prg_obj
return prgs
def read_input():
m = re.compile(
r"(\w+)\s+(\w+)\s+([0-9-]+)\s+if\s+(\w+)\s+(<|>|<=|>=|==|!=)\s+([0-9-]+)"
)
# read all nodes, create each without processing childs:
for line in lib.readfile('inputs/08-input.txt'):
g = m.match(line)
if g:
(reg, op, val, cond_reg, cond_op,
cond_val) = g.group(1, 2, 3, 4, 5, 6)
instr = Instruction()
instr.reg = reg
instr.op = op
instr.val = int(val)
instr.cond_reg = cond_reg
instr.cond_op = cond_op
instr.cond_val = int(cond_val)
instructions.append(instr)
def read_input():
input = lib.readfile('inputs/21-input.txt')
# input = lib.remove_empty(lib.readfile('inputs/21-input-sample.txt'))
foods = []
ingredients = dict()
allergens = set()
m = re.compile(r"(.*)\s+\(contains (.*)\)")
for l in input:
g = m.match(l)
if g:
ingr = g.group(1).split(' ')
allergs = g.group(2).split(', ')
foods.append((ingr, allergs))
for i in ingr:
ingredients[i] = set()
for a in allergs:
allergens.add(a)
return (foods, ingredients, allergens)
def read_input():
# ops = list(map(lambda line:line.split(' '), lib.remove_empty(lib.readfile('inputs/18-input-sample.txt'))))
# ops = list(map(lambda line:line.split(' '), lib.remove_empty(lib.readfile('inputs/18-input-sample2.txt'))))
ops = list(
map(lambda line: line.split(' '),
lib.remove_empty(lib.readfile('inputs/18-input.txt'))))
for i in range(0, len(ops)):
try:
nr = int(ops[i][1])
ops[i][1] = nr
except Exception:
pass
try:
nr = int(ops[i][2])
ops[i][2] = nr
except Exception:
pass
return ops
def read_input():
# lines = lib.readfile('inputs/20-input-sample.txt')
# lines = lib.readfile('inputs/20-input-sample2.txt')
lines = lib.readfile('inputs/20-input.txt')
particles = []
m = re.compile(
r"p=<([0-9-]+),([0-9-]+),([0-9-]+)>,v=<([0-9-]+),([0-9-]+),([0-9-]+)>,a=<([0-9-]+),([0-9-]+),([0-9-]+)>"
)
index = 0
for line in lines:
line = line.strip().replace(' ', '')
g = m.match(line)
if g:
p = Particle()
p.index = index
p.coords = list(map(int, g.group(1, 2, 3)))
p.v = list(map(int, g.group(4, 5, 6)))
p.a = list(map(int, g.group(7, 8, 9)))
particles.append(p)
index += 1
return particles
def read_input():
input = lib.readfile('inputs/20-input.txt')
# input = lib.readfile('inputs/20-input-sample.txt')
tiles = []
act_tile = None
m = re.compile(r'Tile (\d+):')
for l in input:
if len(l.strip()):
g = m.match(l)
if g:
if act_tile:
tiles.append(act_tile)
act_tile = Tile()
act_tile.nr = int(g.group(1))
else:
act_tile.pixels.append(list(l))
tiles.append(act_tile)
for t in tiles:
t.calc_versions()
return tiles
import time
import lib
import functools
import math
import re
# lines = list(filter(lambda l: len(l.strip()) > 0, lib.readfile('inputs/03-input-sample.txt')))
lines = list(
filter(lambda l: len(l.strip()) > 0, lib.readfile('inputs/03-input.txt')))
def slope_down(dx, dy):
"""
sleigh down the hill: for each step, move act pos + dy/dy
and check if it's a tree or not
return the number of trees encountered until the end is reached
"""
trees = 0
x = 0
y = 0
while y < len(lines):
actLine = lines[y]
if actLine[x] == '#':
trees = trees + 1
y = y + dy
x = (x + dx) % len(actLine)
return trees
def problem1():
trees = slope_down(3, 1)
import time
import lib
import functools
import math
numbers = lib.readfile('inputs/02-input.txt', "\t")
def problem1():
sum = 0
for line in numbers:
line = [int(nr) for nr in line]
sum += (max(line) - min(line))
print("Solution 1: The sum is {}".format(sum))
def problem2():
sum = 0
for line in numbers:
line = [int(nr) for nr in line]
stop = False
for first in range(0, len(line) - 1):
for second in range(first + 1, len(line)):
small = min(line[first], line[second])
large = max(line[first], line[second])
if small == 0 or large == 0:
break
if large % small == 0:
sum += large // small
stop = True
def read_input():
# input = lib.remove_empty(lib.readfile('inputs/18-input-sample.txt'))
input = lib.remove_empty(lib.readfile('inputs/18-input.txt'))
return input
def read_input():
lines = lib.readfile('inputs/15-input.txt')
return [int(re.sub(r'[^0-9]','',lines[0])), int(re.sub(r'[^0-9]','',lines[1]))]
def read_input():
return lib.readfile('inputs/06-input.txt')
def read_input():
# read all nodes, create each without processing childs:
# input = "".join(lib.readfile('inputs/09-input-sample4.txt'))
input="".join(lib.readfile('inputs/09-input.txt'))
return input
def read_input():
# return [int(i) for i in (lib.readfile('inputs/06-input-sample.txt', "\t")[0])]
return [int(i) for i in (lib.readfile('inputs/06-input.txt', "\t")[0])]
res = [None]*len(d)
for i in range(0, len(tkdesc), 2):
index = d.get(tkdesc[i])
if index is not None:
res[index] = tkdesc[i+1]
return tuple(res)
if __debug__:
if __name__ == '__main__':
html = readfile('test.html')
if not html:
html = '''
<HTML><BODY BGCOLOR="white">
<CENTER>
<H1>An H1 title</H1>
</CENTER>
<H3>An H3 heading</H3>
A short line containing three non-breaking-spaces here > <.
Check out <A HREF="#here">this local reference</A>
<H5>An H5 heading</H5>
<P>A few short lines of text containing an underlined <U>word</U>
that I hope are properly formatted,
with a reference to
<A HREF="http://www.cs.su.oz.au/~piers/">my homepage</A>.</P>
<H6>An H6 heading</H6>
import time
import lib
import functools
import math
numbers = [int(nr.strip()) for nr in lib.readfile('inputs/01-input.txt')]
def problem1():
prod = 0
for outer in range(0, len(numbers) - 1):
outnr = numbers[outer]
for inner in range(outer + 1, len(numbers)):
innr = numbers[inner]
if outnr + innr == 2020:
prod = outnr * innr
print("Numbers: {} and {}".format(outnr, innr))
break
print("Solution 1: The product is {}".format(prod))
def prod():
for i in range(0, len(numbers) - 2):
n1 = numbers[i]
for j in range(i + 1, len(numbers) - 1):
n2 = numbers[j]
for k in range(j + 1, len(numbers)):
n3 = numbers[k]
if n1 + n2 + n3 == 2020:
print("Numbers: {}, {} and {}".format(n1, n2, n3))
import time
import lib
import functools
import math
digits = lib.readfile('inputs/01-input.txt')[0]
count = len(digits)
def problem1():
sum = 0
for i in range(0, count):
if digits[(i + 1) % count] == digits[i]:
sum += int(digits[i])
print("Solution 1: The sum is {}".format(sum))
def problem2():
sum = 0
for i in range(0, count):
if digits[(i + (count // 2)) % count] == digits[i]:
sum += int(digits[i])
print("Solution 2: The sum is {}".format(sum))
def main():
title = "Advent of Code 2017!"
print("{title}\n{line}\n\n".format(title=title, line="=" * len(title)))
def read_input():
# return list(map(list, lib.readfile('inputs/19-input-sample.txt', strip=False)))
return list(map(list, lib.readfile('inputs/19-input.txt', strip=False)))
import time
import lib
import functools
import math
import re
# inputs = lib.readfile('inputs/02-input-sample.txt')
inputs = lib.readfile('inputs/02-input.txt')
def problem1():
valid = 0
for line in inputs:
# find format: '(nr)-(nr) (char): (*)'
m = re.compile("(\d+)-(\d+)\s+(.):\s+(.*)")
g = m.match(line)
if g:
nrMin = int(g.group(1))
nrMax = int(g.group(2))
letter = str(g.group(3))
pw = str(g.group(4))
countNr = pw.count(letter)
if countNr >= nrMin and countNr <= nrMax:
valid = valid + 1
print("Solution 1: Valid passwords: {}".format(valid))
def problem2():
valid = 0
for line in inputs:
# find format: '(nr)-(nr) (char): (*)'