def main():
args = parse_args()
color_A = '#d70000'
color_T = '#ffaf5f'
color_G = '#00ffff'
color_C = '#0087af'
def change_color(color):
def repl(m):
"""Replace characters with blocks of the same length
"""
return fg(color) + u'\u258D'*len(m.group(0)) + attr(0)
return repl
print(u'Legend: {}\u2588A{} {}\u2588T{} '
u'{}\u2588G{} {}\u2588C{}'.format(fg(color_A), attr(0),
fg(color_T), attr(0),
fg(color_G), attr(0),
fg(color_C), attr(0)))
with open(args.fasta) as fi:
for line in fi:
line = line.rstrip()
if line.startswith('>'):
print(line)
else:
line.upper()
line = re.sub('A+', change_color(color_A), line)
line = re.sub('T+', change_color(color_T), line)
line = re.sub('G+', change_color(color_G), line)
line = re.sub('C+', change_color(color_C), line)
print(line)
def list(username=None, orgname=None, auth=None):
if orgname:
url = "%sorgs/%s/repos" % (ghURL,orgname)
else:
if not username:
if auth:
username = auth[0]
else:
return False
url = "%susers/%s/repos" % (ghURL, username)
r = requests.get( url, auth=auth )
if r.status_code >= 400:
print "Error, code:", r.status_code
return
if r.status_code >= 300:
print "Error, code:", r.status_code
return
data = json.loads(r.text)
for o in data:
print " %s%4s%s" %(col.fg(2),o["name"], col.fg(0))
def main():
cmd.extend(argv[1:])
gbl_raw = (subprocess.run(cmd, stdout=subprocess.PIPE).stdout
.decode().split('\n'))
code = '\n'.join(lines_starting_with(gbl_raw, '\t'))
authors_by_line = lines_starting_with(gbl_raw, 'author ')
authors_unique = sorted(list(set(authors_by_line)))
formatter = Terminal256Formatter(style=base16_tomorrow_dark)
highlighted_raw = highlight(code, guess_lexer(code), formatter)
highlighted = highlighted_raw.split('\n')
color_codes = []
for group in color_groups:
for fg_color, bg_color in group:
color_code = fg(fg_color)
if bg_color:
color_code += bg(bg_color)
color_codes.append(color_code)
author_color_codes = {author: color_codes.pop(0)
for author in authors_unique}
pretty_blame = []
for i in range(min(len(authors_by_line), len(highlighted))):
author = authors_by_line[i]
pretty_blame.append((
author_color_codes[author] + author,
fg('dark_gray') + str(i),
attr('reset') + highlighted[i]
))
print(tabulate(pretty_blame, tablefmt='plain'))
def setup(self, *,level='info', term=None):
l = level.lower()
if l == 'debug':
self.logLevel = 4
elif l == 'info':
self.logLevel = 3
elif l == 'warning':
self.logLevel = 2
elif l == 'error':
self.logLevel = 1
elif l == 'critical':
self.logLevel = 0
else:
raise RuntimeError("Invalid log level")
if term is not None:
self.isTermE = term
self.isTermO = term
else:
self.isTermE = sys.stderr.isatty()
self.isTermO = sys.stdout.isatty()
if self.isTermE:
self.icos = [stylize("*", fg("white") + bg("red") + attr('bold')),
stylize("*", fg("red") + attr('bold')),
stylize("*", fg("yellow") + attr('bold')),
stylize("*", fg("cyan")),
stylize("*", fg("white") + attr('dim'))]
else:
self.icos = ["CRIT", "ERR ", "WARN", "INFO", "DBUG"]
def handle_starttag(self, tag, attrs):
"""Encountered a start tag"""
# self.term += '<%s>' % tag
if tag in ("h%d" % level for level in range(1, 7)):
# Header [1...6]
level = int(tag[1]) - 1
self.term += fg(self.theme[level])
self.term += " " * level
if tag == "hr":
# Ruler
self.term += "\r%s" % ("-" * self.terminal.columns)
if tag in ("ul", "ol") and self.list_level < 6:
self.list_level += 1
self.list_level_map[self.list_level][1] = tag
if tag == "li":
self.term += fg(self.theme[self.list_level])
self.term += " " * self.list_level
if self.list_level_map[self.list_level][1] == "ol":
self.list_level_map[self.list_level][0] += 1
self.term += "%d. " % self.list_level_map[self.list_level][0]
else:
self.term += "- "
self.term += attr("reset")
def main():
logging.basicConfig(level=logging.INFO)
if len(sys.argv) < 2:
sequence = input('Enter a sequence: ')
else:
sequence = sys.argv[1]
if not sequence.isdecimal():
print(f'"{sequence}" is not decimal!', file=sys.stderr)
sys.exit(1)
from colored import fg, attr
split = get_best_split(sequence)
painted = fg("yellow")
reset = attr('reset')
string_split = " ".join(map(str, range(split.start, split.end)))
right_shift = (
(len(split) - split.shift - len(sequence)) or -len(string_split)
)
before = f'{split.start - 1} ' if split.start != 1 else ''
after = split.end
colored_string_split = (
f'{before}'
f'{string_split[:split.shift]}{painted}'
f'{string_split[split.shift:-right_shift]}{reset}'
f'{string_split[-right_shift:]} '
f'{after}'
)
print(colored_string_split)
def startup():
files = glob.glob("img/*.jpg")
print
print ('Welcome to: %sO U T L I N E R %s' % (fg(13), attr(0)))
print
print "A simple image processor that outlines sections of photos based on their R, G, and B values."
print
print "To begin, please make sure this python file is running from a directory containing a folder labled img, which should contain all of the images that you would like to edit."
print "To check which directory you are in/see what files and folders exist in this directory, please enter \'yes\' or \'y\'. If you would like to skip this step, please enter \'no\' or \'n\'."
print
checkContinue = raw_input(("%sWould you like to check which directory you are in? : %s") % (fg(13), attr(0)))
print
if checkContinue in ["yes", "y", "Yes"]:
dirPath = os.path.dirname(os.path.realpath(__file__))
print "you are currently in " + dirPath
print "these are the files/folders it countains :"
print os.listdir(dirPath)
if os.path.exists(dirPath + "/img"):
print
print ("%sCool%s, it looks like you have an image folder in this directory! Lets keep going:" % (fg(10), attr(0)))
return color_val(files)
else:
print ("%sHmmm%s, it doesn't seem like you have and img folder in this directory, try adding one before running the program again" % (fg(1), attr(0)))
return (False,)
else:
dirPath = os.path.dirname(os.path.realpath(__file__))
if os.path.exists(dirPath + "/img"):
print ("%sCool%s, it looks like you have an image folder in this directory! Lets keep going:" % (fg(10), attr(0)))
return color_val(files)
else:
print ("%sHmmm%s, it doesn't seem like you have and img folder in this directory, try adding one before running the program again" % (fg(1), attr(0)))
return (False,)
def color01(x, fmt='%.10f', min_color=235, max_color=255):
"Colorize numbers in [0,1] based on value; darker means smaller value."
import colored
if not (0 <= x <= 1 + 1e-10):
return colors.red % fmt % x
width = max_color - min_color
color = min_color + int(round(x*width))
return '%s%s%s' % (colored.fg(color), (fmt % x), colored.attr('reset'))
def __unicode__(self):
if not (self.fg_color or self.bg_color or self.attrs):
return self.text.decode("utf8")
_str = fg(self.fg_color).decode("utf8") if self.fg_color else u""
_str += bg(self.bg_color).decode("utf8") if self.bg_color else u""
_str += u"".join(map(lambda a: attr(a), self.attrs))
_str += self.text.decode("utf8")
_str += attr("reset").decode("utf8")
return _str
def color01(x, fmt='%.10f'):
"Colorize numbers in [0,1] based on value; darker means smaller value."
if not (0 <= x <= 1 + 1e-10):
return red % fmt % x
a, b = 238, 255 # 232, 255
w = b - a
offset = x*w
offset = int(round(offset))
return colored.fg(a + offset) + (fmt % x) + colored.attr('reset') #color.fg256(a + offset, fmt % x)
def highlightMdFilesAndGitHubLinks(linktarget):
"""Highlight an url-string with colors for command line printing.
Arguments:
linktarget: a (partial) url that is the target a the link.
Returns:
The highlighed string that can be printed with colors on the command line.
Description:
If the url is a local hosted markdown file, it will be highlighted in red
If the url is a github url, it will be highlighted in aqua
If the url is anything else, it will just be returned as is.
"""
if linktarget.endswith(".md"):
return "%s%s%s%s" % (fg(1), attr('bold'), linktarget, attr(0))
if linktarget.startswith("https://github.com/"):
return "%s%s%s%s" % (fg(30), attr('bold'), linktarget, attr(0))
return linktarget
def step(self, dt):
# Use the current solution for h as the initial condition for the ODE solver
# for this step. Normally, we could just use the solution from the previous
# time step, but this is important if we want to reset the model (say manually
# assign a different h)
self.ode_solver.y[:] = self.model.h.vector().array()
if self.MPI_rank == 0:
print ('%sSolving for h... %s' % (fg(10), attr(0)))
# Step h
self.ode_solver.integrate(self.model.t + dt)
# Retrieve values from the ODE solver
self.model.h.vector().set_local(self.ode_solver.y)
self.model.h.vector().apply("insert")
if self.MPI_rank == 0:
print ('%sDone. %s' % (fg(10), attr(0)))
def print_row2(a, a2):
for i in range(0,len(a)):
x = a[i]
color = colored.bg(lookup[9-x])
if a2 is not None:
color += colored.fg(lookup[9-a2[i]])
res = colored.attr('reset')
sys.stdout.write (color + str(x) + res)
#sys.stdout.write(" ")
sys.stdout.write("\n")
def handleWarnInfo(self, line):
colors = {
"ERROR:" : 9,
"WARN:" : 11,
"INFO:" : 2,
}
if self.disable_color:
sys.stderr.write(line)
else:
sys.stderr.write("%s%s%s"%(fg(colors[line.split()[0]]), line, attr(0)))
sys.stderr.flush()
def welcome_header(self):
color = fg(25)
sfx = attr(1)
res = attr(0)
print """{} {}
______ __ ________ ____
_ _/_ __/___ ____/ /___ / ____/ / / _/
| | / // / / __ \/ __ / __ \ / / / / / /
| |/ // / / /_/ / /_/ / /_/ / / /___/ /____/ /
|___//_/ \____/\__,_/\____/ \____/_____/___/
{}""".format(color,sfx,res)
sys.stdout.flush()
def open_socket(self):
try:
self.server = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.server.bind((self.host,self.port))
self.server.listen(5)
print "%s---------------------------%s" % (fg(46), attr(0))
print "%s%s[server-status] ok.%s" % (fg(46), attr(1), attr(0))
print "%s---------------------------%s" % (fg(46), attr(0))
print ("%s[server-key] " + key.encode("hex")+"%s") % (fg(46), attr(0))
print ("%s[server-infos] " + str(self.host) + ":" + str(self.port) + "%s") % (fg(46), attr(0))
print ("%s[server-infos] backlog: " + str(self.backlog) + "%s") % (fg(46), attr(0))
print "%s---------------------------%s" % (fg(46), attr(0))
print "%s...waiting...%s" % (fg(46), attr(0))
except socket.error, (value,message):
if self.server:
self.server.close()
print ("%sCould not open socket: " + message + "!!%s") % (fg(196), attr(0))
sys.exit(1)
def _gencommandlines(self, command, level=0, name='', deep=True):
"""Generate help screen lines for current command.
"""
lines = []
self._lines.extend(self._gencommandhelp(command, name, level=level))
self._lines.extend(_getoptionlines(command, indent=self._indent['string'], level=level+1, colorize=self._colorize))
if command.commands():
ln = 'commands'
if colored is not None and self._colorize: ln = colored.fg('red') + ln + colored.attr('reset')
ln += ':'
self._lines.append( ('str', ((self._indent['string']*(level+1)) + ln)) )
self._lines.extend(self._gensubcommandslines(command, name, level, deep))
return lines
def printRule(label='', *, ch='-', width=None, color=None):
if not color:
color=fg("white") + attr('dim')
if not width:
width = max(1, shutil.get_terminal_size()[0]-4)
if label:
w = width - len(label) - 2
lwidth = w//2
rwidth = w-lwidth
lwidth, rwidth = max(0,lwidth), max(0,rwidth)
print(stylize(ch*lwidth + " " + label + " " + ch*rwidth, color))
else:
print(stylize(ch*width, color))
def get_text(text, color=None, atrb=0, cls=None):
"""
Returns text ``text`` from calling class ``cls`` for printing at a later time.
:param text: the text to print
:param color: the color of the text to print
:param atrb: attributes to send use by ``colored`` package
:param cls: the calling class
:type text: string
:type color: string
:type atrb: int
:type cls: object
"""
if cls is not None:
color = cls.color()
if color is None:
text = text
else:
if atrb != 0:
text = ('%s%s' + text + '%s') % (fg(color), attr(atrb), attr(0))
else:
text = ('%s' + text + '%s') % (fg(color), attr(0))
return text
def Welcome(newStart):
print "="*79
print "| <<<"+colored.cyan("-"*10+"[Starting server] @ "+str(datetime.now())+"-"*10)+">>> |"
print "="*79
print colored.green("<-->") +" "*51 + "#"+ colored.green(" _____ ____ ____ ")+"#"
if newStart == True:
bindsocket = socket.socket()
bindsocket.bind(('', 5555))
bindsocket.listen(5)
else:
pass
print colored.green(" |--> [Server-Status] running" + " "*25) + "#"+colored.green(" (_ _|___ \| _ \ ")+"#"
print (fg(202)+" |--> [Server-Name] " + name + " "*26 + attr(0)+"#"+fg(202)+" | | __) ) |_) ) "+attr(0)+"#")
print colored.yellow(" |--> [Onion-Host] " + host + " "*13) + "#"+colored.yellow(" | | / __/| _ ( ") +" #"
print colored.yellow(" |--> [Onion-Port] " + str(port) + " "*31) + "#"+colored.yellow(" | | | |___| |_) )")+" #"
print colored.yellow(" |--> [Onion-Backlog] " + str(backlog)+ " "*31) + "#"+colored.yellow(" |_| |_____)____/ ")+" #"
print colored.yellow("<-->" +" "*51) + "#"+" "*21+"#" +"\n"+"="*79
print "# || " + " address "+ " "*10+ "|| cType " + " "*12 + "|| stat "
print "-"*79
if newStart == True:
return bindsocket
else:
pass
def get_user_category(categories):
"""Ask the user to pick a part category from a list."""
lookup = dict(zip(LETTERS, categories))
longest = 0
for category in lookup.values():
digits = len(str(category.qty))
if digits > longest:
longest = digits
for letter, category in sorted(lookup.items(), key=lambda t: t[0]):
print('{}{}{}. ({}{}{}) {}{}{} - {}{}{}'.format(
fg('red'), letter, attr('reset'),
fg('blue'), str(category.qty).rjust(longest), attr('reset'),
fg('green'), category.parent, attr('reset'),
fg('yellow'), category.name, attr('reset')))
found = None
while not found:
try:
key = input('Select a category: ')
found = lookup[key.strip().lower()]
except KeyError:
print('Invalid selection.')
except KeyboardInterrupt:
sys.exit(0)
return found
def remove_label_from_issue(args):
results, status = GithubAPIGateway(*Helper.owner_and_repo()).remove_label_from_issue(args.issue_number, args.label, args.all_labels)
if status in [200, 204]:
print "Issue {0} labels:".format(args.issue_number)
if results:
for label in results:
color = rgb2short(label['color'])[1]
label_color = fg('black') + bg('#' + color)
reset_color = attr('reset')
print "[-l {0}\"{1}\"{2}]".format(label_color, label['name'], reset_color)
else:
print "No labels found."
else:
print results['message']
def _genusage(self):
"""Generate `usage` part of help screen.
Modelled after `git --help` invocation usage message.
"""
key = 'usage'
opening = 'usage'
if colored is not None and self._colorize: opening = colored.fg('cyan') + opening + colored.attr('reset')
head = '{0}: {1} '.format(opening, self._progname)
indent = (len(head) - len(opening) + len(key)) * ' '
lines = []
what = (self._command._doc[key] if key in self._command._doc else [])
if what: lines.append( ('str', head + what[0]) )
for line in what[1:]: lines.append( ('str', indent + line) )
self._lines.extend(lines)
if self._lines: self._lines.append( ('str', '') )
def print_all_days(database):
"""Prints out a list of earnings announcements for the user's stocks."""
print("\nReporting dates for your tracked stocks:")
color = fg(11)
reset = attr('reset')
for date in sorted(database.items()):
d = date[0]
header = datetime.strptime(date[0], "%Y%m%d").strftime("%A, %Y-%m-%d")
header = "{0}{1}{2}".format(color, header, reset)
print("\n{0}:".format(header))
if len(database[d]) == 0:
print(" (none)")
for stock in database[d]:
print(" {:10s} [{:5s}]".format(stock, database[d][stock]))
print("\nDone!")
def main():
parser = argparse.ArgumentParser()
parser.add_argument('-l', '--length', type=int)
parser.add_argument('-c', '--color')
parser.add_argument('text')
args = parser.parse_args()
if args.length is not None:
length = args.length
else:
length = term_length()
separator = (colored.stylize(DEFAULT_SEPARATOR, colored.fg(args.color))
if args.color is not None and colored is not None else
DEFAULT_SEPARATOR)
sys.stdout.write(shorten_string(args.text, length, separator=separator))
def CSPrint(self, state, message):
if state == "":
print("[....] " + message)
if state == "ok":
print("[ " + termcolor.colored("OK", "green", attrs=["bold"]) + " ] " + termcolor.colored(message, "green", attrs=["bold"]))
if state == "error":
print("[" + termcolor.colored("ERROR", "red", attrs=["blink", "bold"]) + "] " + termcolor.colored(message, "red", attrs=["bold"]))
if state == "warning":
# 208
print("[" + fg(241) + attr("bold") + attr("blink") + "WARNING" + style.RESET + "] " + fg(241) + attr("bold") + message + style.RESET)
if state == "info":
print("[" + termcolor.colored("INFO", "cyan", attrs=["bold"]) + "] " + termcolor.colored(message, "cyan", attrs=["bold"]))
if state == "debug":
print("[" + termcolor.colored("DEBUG", "magenta", attrs=["bold"]) + "] " + termcolor.colored(message, "magenta", attrs=["bold"]))
if state == "sys":
print("[" + termcolor.colored("SYSTEM", "blue", attrs=["bold"]) + "] " + termcolor.colored(message, "blue", attrs=["bold"]))
def dump(self, max_depth=charmap.depth.max):
from colored import fg, bg
for y in range(self.height):
for x in range(self.width):
for d in reversed(range(max_depth)):
c = self.cells[x][y][d]
cmap = charmap.charmap[c]
fg_name = cmap["fg"]
bg_name = cmap["bg"]
if c != " ":
break
color = fg(fg_name) + bg(bg_name)
sys.stdout.write(color + c)
print("")
def list_labels(args):
results, status = GithubAPIGateway(*Helper.owner_and_repo()).get_labels(issue_number=args.issue_number)
if status == 200:
if args.issue_number:
print "Issue {0} labels:".format(args.issue_number)
if results:
for label in results:
color = rgb2short(label['color'])[1]
label_color = fg('black') + bg('#' + color)
reset_color = attr('reset')
print "[-l {0}\"{1}\"{2}]".format(label_color, label['name'], reset_color)
else:
print "No labels found."
else:
print results['message']
def _getoptionlines(command, indent=' ', level=1, colorize=True):
"""Renders lines with options' help messages.
The lines with actual option help strings, have only put short and long
variants into their strings to make nice padding available, so all options'
descriptions begin on the same column.
Renderer handles the help messages (if they are present).
"""
lines = []
ln = 'options'
if colored is not None and colorize: ln = colored.fg('red') + ln + colored.attr('reset')
lines.append( ('str', indent*(level) + ln + ':') )
for scope in ['global', 'local']:
for o in command.options(group=scope):
rendered_option = renderOptionHelp(o)
lines.append( ('option', indent*(level+1) + rendered_option[0], o) )
lines.append( ('str', '') )
return lines
def _gencommandhelp(self, command, name, level=0, longest=0):
"""Generate lines with command help message.
"""
if not longest: longest = len(name)
SPACING = (2 if longest else 0) # CONF?
lines = []
adjusted_name = name.ljust(longest+SPACING)
if colored is not None and self._colorize: adjusted_name = colored.fg('yellow') + adjusted_name + colored.attr('reset')
text = '{0}{1}'.format(adjusted_name, command._doc['help'].strip())
first = makelines(text, self._maxlen)[0]
lines.append( ('str', ((self._indent['string']*level) + first)) )
for l in makelines(text[len(first):], (self._maxlen-len(name)-3)):
indent = self._indent['string']*level
padding = ' ' * (len(name) + SPACING)
l = '{0}{1}{2}'.format(indent, padding, l)
lines.append( ('str', l) )
lines = _cleanback(lines)
if text: lines.append( ('str', '') )
return lines
def run(self, url, number_of_restaurants, skip, is_eatery):
self.start = time.time()
eateries_list = EateriesList(url, number_of_restaurants, skip, is_eatery)
result = eateries_list.eateries_list
for eatery in result:
print "{fg}{bg} Eatery with eatery details {eatery} {reset}".format(fg=fg("green"), \
bg=bg("dark_blue"), eatery=eatery, reset=attr("reset"))
return result
#!/usr/local/bin/python3
# Made by @swisscoding on Instagram
# Follow now and share!
from colored import stylize, fg
# decoration
print(
stylize("\n---- | Get square root using Newton's method | ----\n",
fg("red")))
# user interaction
number = float(input("Enter a number: "))
# function
def square_root(num):
x = num
while True:
root = 0.5 * (x + num / x)
if abs(root - x) < 0.00001:
break
x = root
return round(root, 5)
# output
output = stylize(square_root(number), fg("red"))
def colored(str, color):
return "%s%s%s" % (fg(color), str, attr('reset'))
#!/usr/bin/env python
#importing modules
import stdiomask as sm
import os
from colored import fg, bg, attr
#defining the terms
red = fg(1) + bg(232)
red2 = fg(1)
green = fg(2) + bg(232)
green2 = fg(2)
blue = fg(57) + bg(232)
blue2 = fg(57)
reset = attr("reset")
#the main program
def main_menu():
print(red + "Choose any 1 choice" + reset)
print(red + "1.Register new lock" + reset + "\n" + red + "2.Exit" + reset)
def register():
usr = input(blue + 'Enter username : '******'Enter password : '******'Retype password : '******'*')
if pw == rpw:
if len(pw) >= 6:
os.system("touch .usr_pass")
uspswd = open(".usr_pass", 'w')
import argparse
import os
import json
import re
import subprocess
import datetime
import tempfile
from shutil import copyfile
from colored import fg, bg, attr
from PyInquirer import style_from_dict, Token, prompt, Separator
# initiate the parser
parser = argparse.ArgumentParser(prog="gauss", description= '{color}Sincroniza tu proyectos dentro de la cuenta NetSUite{reset}'.format(color=fg('cyan'), reset=attr('reset')), formatter_class=argparse.RawTextHelpFormatter)
parser.add_argument("-v", "--version",help="Versión actual del script", action="store_true")
parser.add_argument("-c", "--createproject", nargs="+", help="Crea un nuevo proyecto de tipo ACCOUNTCUSTOMIZATION")
parser.add_argument("-a", "--addacount", action="store_true", help="Agrega credenciales del una cuenta de Netsuite sin iniciar un projecto")
parser.add_argument("-s", "--script", nargs="+", help="Create SuiteScripts 2.0 files in directory [userevent, suitelet, scheduled, client, mapreduce, restlet] \nUSAGE:\nmonitor --scriptfile userevent=file1.js,subfolder/file2.js clientscript=file3.js")
parser.add_argument("-r", "--norecordscript", action="store_false", help="Crea un script sin scriptrecord asociado")
parser.add_argument("-u", "--upload", nargs="+", help="Carga archivos/folders dentro de tu FileCabinet")
parser.add_argument("-d", "--deploy", action="store_true", help="Deploy project into NetSuite")
parser.add_argument("--diff", nargs="+", help="Compara el archivo local contra el archivo actual del FileCabinet")
args = parser.parse_args()
# global variables/constants
with open(os.path.join(os.path.dirname(os.path.realpath(__file__)),'config.json'),'r+') as _file:
config = json.load(_file)
_file.close()
CWD = os.getcwd()
AGREGAR = "===[ AGREGAR NUEVAS CREDENCIALES ]==="
def makereq(self, count, session_flag):
response = None
rq = requests.session()
while not self.scan_q.empty():
#Hack to stop running if all recent responses match
if len(set(self.waf)) == 1 and self.force == False:
break
try:
i = self.scan_q.get(
timeout=10) #Raise empty exception after 10s
response = i.request(rq, session_flag)
if response != None:
if (int(response.responseSize) not in self.ig_size and int(
response.statusCode) not in self.ig_status):
#hack too stop running if a WAF kicks in
self.waf.append(response.statusCode)
self.waf.pop(0)
#If same_resp set, only store unique response sizes
#This is useful for fuzzing parameters
if self.same_resp == True:
other = False
#Use other if not in keys
if response.statusCode in self.size_resp.keys():
sizes = self.size_resp[response.statusCode]
else:
sizes = self.size_resp['other']
other = True
#Has this size been seen before?
if response.responseSize not in sizes:
if other == True: #Is the status not in the list
self.size_resp['other'].append(
response.responseSize)
self.resp_q.put(response)
else: #put the result into status key
self.size_resp[response.statusCode].append(
response.responseSize)
self.resp_q.put(response)
else:
#has been seen before, add to ignore list
self.ig_size.append(int(response.responseSize))
else:
#store if unique
self.resp_q.put(response)
#If force is set, add new WAF status to ignore
if len(set(self.waf)) == 1 and self.force == True:
self.ig_status.append(int(response.statusCode))
err = 'WAF Detected' + fg(1) + '! ' + fg(4)
err += response.statusCode
notice.errs(err)
time.sleep(self.timeout)
except Exception:
self.enders_game(count)
return
self.enders_game(count)
return
#!/usr/bin/python3
# pip install tqdm
# pip install colored
from tqdm import tqdm
from time import sleep
from colored import fg, bg, attr
sayilar_str = ["ILK", "IKINCI", "UCUNCU", "DORDUNCU"]
print("\n{}{}NERD POMODOROSUNA HOS GELDINIZ{}\n".format(fg('red'), bg('white'), attr('reset')))
sleep(2)
print("{}{}POMODORO 25 DAKİKA CALISMA + 5 DAKIKA DINLENME SEKLINDE ILERLEYECEK{}\n".format(fg('red'), bg('white'), attr('reset')))
sleep(5)
print("{}{}VE TOPLAMDA 4 SET YAPACAGIZ{}\n".format(fg('red'), bg('white'), attr('reset')))
sleep(5)
print("{}{}HAZIRSAN, BASLIYORUZ{}\n".format(fg('red'), bg('white'), attr('reset')))
sleep(1)
for i in range(3, 0, -1):
# boyle c*k guzel gorunmuyor
def vix_equation(ticker, sendtweet=False, debug=False, dummyData=False):
"""
Runs the VIX equation on a ticker.
Parameters
----------
ticker :string
sandbox :bool
Sets the IEX environment to sandbox mode to make limitless API calls for testing.
Returns
-------
vix :float
"""
print(stylize("Calculating...", colored.fg("yellow")))
# Step 1: Fetch the option chain for the ticker.
chain = collectOptionChain(ticker, dummyData)
# Step 2
# Find the proper "near-term" and "next-term" option expirations to be used to find Forward Level.
# See selectOptionExpirations() in functions.py.
# https://www.optionseducation.org/referencelibrary/white-papers/page-assets/vixwhite.aspx (pg 4)
selectedChain = selectOptionExpirations(chain)
# Step 3
# Calculate R
# The risk-free interest rate, R, is the bond-equivalent yield of the U.S. T-bill maturing
# closest to the expiration dates of relevant SPX options. As such, the VIX calculation may
# use different risk-free interest rates for near- and next-term options.
# https://www.optionseducation.org/referencelibrary/white-papers/page-assets/vixwhite.aspx (pg 4)
r = scrape3mTreasury()
# Step 4
# Calculate T1 and T2, for near-term and next-term options respectively. See calculateT() in functions.py for more.
# https://www.optionseducation.org/referencelibrary/white-papers/page-assets/vixwhite.aspx (pg 4)
t, tminutes = calculateT(selectedChain)
# Step 5
# Determine the forward SPX level, F, by identifying the strike price at which the
# absolute difference between the call and put prices is smallest
# https://www.optionseducation.org/referencelibrary/white-papers/page-assets/vixwhite.aspx (pg 5)
forwardLevel = calculateForwardLevel(selectedChain)
# Step 6
# Calculate F, where F is the: "forward SPX {but in our case, any ticker} level, by identifying the strike price at which the
# absolute difference between the call and put prices is smallest."
# https://www.optionseducation.org/referencelibrary/white-papers/page-assets/vixwhite.aspx (pg 5)
f = calculateF(t, r, forwardLevel)
# Step 7
# Calculate Vol
# Most of this function is finding K0
# Once you discover K0, you can immediately uncover many more crucial variables used to calculate vol.
# I decided it would take far more code to break up this function into multiple parts rather than to simply
# finish it in one loop.
# https://www.optionseducation.org/referencelibrary/white-papers/page-assets/vixwhite.aspx (pg 6 - 9)
vol = calculateVol(f, t, r, selectedChain)
# Step 8
# Calculate VIX
minYear = 525600 # Minutes in year
minMonth = 43200 # Minutes in 30 days
v1 = vol['nearTerm']
v2 = vol['nextTerm']
t1 = t['nearTerm']
t2 = t['nextTerm']
nT1 = tminutes['nearTerm'] # Minutes to expiration
nT2 = tminutes['nextTerm'] # Minutes to expiration
if (debug):
print('Minutes Year = '+str(minYear))
print('Minutes in Month = '+str(minMonth))
print('Near-Term Vol (v1) = '+str(v1))
print('Next-Term Vol (v2) = '+str(v2))
print('T1 = '+str(t1))
print('T2 = '+str(t2))
print('Near-Term Expiration Minutes = '+str(nT1))
print('Next-Term Expiration Minutes = '+str(nT2))
print("\n")
# Test Data to confirm accuracy
# NT1 = number of minutes to settlement of the near-term options (12,960)
# NT2 = number of minutes to settlement of the next-term options (53,280)
# N30 = number of minutes in 30 days (30 × 1,440 = 43,200)
# N365 = number of minutes in a 365-day year (365 ×1,440 = 525,600
# minutesYear = 525600
# minutesMonth = 43200
# v1 = 0.4727679
# v2 = 0.3668180
# t1 = 0.0246575
# t2 = 0.1013699
# nT1 = 12960 # Minutes to expiration
# nT2 = 53280 # Minutes to expiration
vix = 100 * math.sqrt(
(t1 * v1 * ((nT2 - minMonth) / (nT2 - nT1)) + t2 * v2 * ((minMonth - nT1) / (nT2 - nT1))) * minYear / minMonth
)
if (sendtweet):
headline = "${} VIX: ".format(ticker)
tweet = headline + str(round(vix, 3))
send_tweet(tweet)
return ticker+" VIX: "+str(round(vix, 3))
SecurityGroupIds=EC2_SECURITY_GROUPS,
MaxCount=1,
MinCount=1,
TagSpecifications=[
{
'ResourceType': 'instance',
'Tags': [
{
'Key': 'Name',
'Value': f'{service_name}'
},
]
},
],
)[0]
print(fg('light_green_3'), 'Sever is starting up...', attr('reset'))
while True:
instance = list(
ec2.instances.filter(Filters=[{
'Name': 'instance-id',
'Values': [instance.instance_id]
}]))[0]
if instance.state['Code'] == 16:
break
time.sleep(10)
server_ip = instance.public_ip_address
host_key = None
while not host_key:
print('key scan..')
result = subprocess.run(['ssh-keyscan', server_ip],
import requests
import time
import os
from colored import fg, bg, attr
from os import system
os.system("clear")
color = fg('46') + bg('16')
res = attr('reset')
print(color + """.d8888b. 8888888888 888b 888 .d88888b.
d88P Y88b 888 8888b 888 d88P" "Y88b
Y88b. 888 88888b 888 888 888
"Y888b. 8888888 888Y88b 888 888 888
"Y88b. 888 888 Y88b888 888 888
"888 888 888 Y88888 888 888
Y88b d88P 888 888 Y8888 Y88b. .d88P
"Y8888P" 8888888888 888 Y888 "Y88888P"
.d8888b. 8888888b. d8888 888b d888 888b d888 8888888888 8888888b.
d88P Y88b 888 Y88b d88888 8888b d8888 8888b d8888 888 888 Y88b
Y88b. 888 888 d88P888 88888b.d88888 88888b.d88888 888 888 888
"Y888b. 888 d88P d88P 888 888Y88888P888 888Y88888P888 8888888 888 d88P
"Y88b. 8888888P" d88P 888 888 Y888P 888 888 Y888P 888 888 8888888P"
"888 888 d88P 888 888 Y8P 888 888 Y8P 888 888 888 T88b
Y88b d88P 888 d8888888888 888 " 888 888 " 888 888 888 T88b
"Y8888P" 888 d88P 888 888 888 888 888 8888888888 888 T88b""" + res)
print ('%s%s \nㅤㅤㅤㅤㅤㅤㅤㅤㅤㅤㅤㅤㅤㅤㅤㅤBy Eiro | Seno. %s' % (fg('red'), bg('black'), attr('reset')))
from backpack import portinfo, attacks
import power_menu
p = "-p"
s = "-s"
clear = lambda: os.system('tput reset')
clear()
def restart_program():
subprocess.call(['python', 'ares.py'])
random_logos()
print("%sAres has been awoken %s" % (fg(82), attr(0)))
target = raw_input("%sTarget: http://%s" % (fg(59), attr(0)))
print "%sAres is locked on to:%s" % (fg(82), attr(0)), target
time.sleep(2)
clear()
while True:
try:
print "Type 'help' to see port menu"
port = int(input("%sPort: %s" % (fg(59), attr(0))))
except TypeError:
print '\n'.join(map(str, portinfo))
except SyntaxError:
print "%sType a port number%s" % (fg(9), attr(0))
except NameError:
print "Type 'help' to see port menu"
continue
def downloadOject(t_extension, t_exclude, file):
sys.stdout.write('progress: %d/%d\r' %
(t_multiproc['n_current'], t_multiproc['n_total']))
t_multiproc['n_current'] = t_multiproc['n_current'] + 1
file = file.strip()
if not len(file):
return False
# 0: object_id , 1: real filename
tmp = file.split(':')
object_id = tmp[0]
real_filename = tmp[1]
ext = real_filename.split('.')[-1]
# print(ext)
# make the test easier to read/understand
if len(t_extension):
if ext in t_extension:
go = True
else:
go = False
if len(t_exclude):
if ext in t_exclude:
go = False
else:
go = True
if not go:
if t_multiproc['verbose']:
sys.stdout.write("%s[*] skip extension: %s%s\n" %
(fg('dark_gray'), real_filename, attr(0)))
return False
u = git_url + '/objects/' + object_id[0:2] + '/' + object_id[2:]
# print(u)
r = downloadFile(u)
if type(r) is bool:
if t_multiproc['verbose']:
sys.stdout.write("%s[-] %s%s\n" % (fg('dark_gray'), u, attr(0)))
return False
if not r.status_code == 200:
if t_multiproc['verbose']:
sys.stdout.write("%s[-] %s (%d)%s\n" %
(fg('dark_gray'), u, r.status_code, attr(0)))
return False
filename = saveObject(output_dir, object_id, r.content)
real_filename = output_dir + '/' + real_filename
try:
cmd = 'cd ' + output_dir + '; git checkout ' + tmp[1]
output = subprocess.check_output(cmd,
stderr=subprocess.STDOUT,
shell=True).decode('utf-8')
t_multiproc['n_success'] = t_multiproc['n_success'] + 1
display = "[+] %s (%d) %s-> %s (%d)%s\n" % (u, r.status_code,
fg('cyan'), real_filename,
len(r.content), attr(0))
except Exception as e:
if t_multiproc['verbose']:
display = "[-] %s (%d) %s-> %s%s\n" % (u, r.status_code,
fg('yellow'), e, attr(0))
return False
sys.stdout.write(display)
git_url = url
t_url_parse = urlparse(url)
output_dir = os.getcwd() + '/' + t_url_parse.netloc
#
###
#
#
### init
#
if not os.path.isdir(output_dir):
try:
os.makedirs(output_dir)
except Exception as e:
sys.stdout.write("%s[-] error occurred: %s%s\n" %
(fg('red'), e, attr(0)))
exit()
sys.stdout.write("%s[+] output directory: %s%s\n" %
(fg('green'), output_dir, attr(0)))
try:
cmd = 'cd ' + output_dir + '; git init'
output = subprocess.check_output(cmd, stderr=subprocess.STDOUT,
shell=True).decode('utf-8')
sys.stdout.write("[+] %s\n" % output.strip())
except Exception as e:
sys.stdout.write("%s[-] error occurred, cannot initialize repository%s\n" %
(fg('red'), attr(0)))
sys.stdout.write("%s[-] %s%s\n" % (fg('red'), e, attr(0)))
exit()
def on_failure(self, exc, task_id, args, kwargs, einfo):
logger.info("{fg}{bg}Ending --<{function_name}--> of task --<{task_name}>-- failed f*****g\
miserably {reset}".format(fg=fg("white"), bg=bg("red"),\
function_name=inspect.stack()[0][3], task_name= self.__class__.__name__, reset=attr('reset')))
logger.info("{fg}{bg}{einfo}".format(fg=fg("white"), bg=bg("red"), einfo=einfo))
self.retry(exc=exc)
class LoginBrute:
default = fg(246)
green = fg(34) + attr('bold')
yellow = fg(221)
reset = attr('reset')
error = fg('red') + '[!] ' + default
detail = fg(220) + '[*] ' + default
fail = fg('red') + '[-] ' + default
success = fg('green') + '[+] ' + default
event = fg(26) + '[*] ' + default
debug = fg('magenta') + '[%] ' + default
notification = fg(246) + '[-] ' + default
creds_found = 0
__author__= default + '''
######################################################
_ _ ____ _
| | ___ __ _(_)_ __ | __ ) _ __ _ _| |_ ___
| |/ _ \ / _` | | '_ \| _ \| '__| | | | __/ _ \\
| | (_) | (_| | | | | | |_) | | | |_| | || __/
|_|\___/ \__, |_|_| |_|____/|_| \__,_|\__\___|
|___/
######################################################
[+] Author : 1uffyD9
[+] Github : https://github.com/1uffyD9
######################################################
'''
def __init__(self,):
try:
print (self.__author__, end='')
args = self.get_args()
self.bruteForcer(args)
except KeyboardInterrupt:
sys.exit('\n' + self.error + "Keyboard inturruption occurd, exiting the program..")
def get_args(self,):
parser = argparse.ArgumentParser(description='loginBrute will bruteforce on logins where csrf token is validated for each requests.')
parser.add_argument('-t', '--token', type=str, help='specify the csrf token name(s) validated by the web server.')
parser.add_argument('-U', '--user', type=str, help='specify the user name for the login')
parser.add_argument('-u', '--userList', type=str, help='specify the wordlist for the esername')
parser.add_argument('-P', '--password', type=str, help='specify the password for the login')
parser.add_argument('-p', '--passList', type=str, help='specify the wordlist for the password')
parser.add_argument('-m', '--method', type=str, help='specify the method: (GET, POST)', required=True)
parser.add_argument('-d', '--data', type=str, help='specify the parameters, Ex: username=$U&password=$P&submit=yes', required=True)
parser.add_argument('-l', '--link', type=str, help='specify the link to the form', required=True)
return parser.parse_args()
def bruteForcer(self, args):
token = args.token
user = args.user
userList = args.userList
password = args.password
passList = args.passList
method = args.method
data = args.data
url = args.link
if userList and passList and userList == passList:
print (self.debug + "Reading wordlist...",end='')
try:
userList = passList = open(userList, 'rb').readlines()
except IOError as e:
sys.exit(self.error + str(e).split("] ")[1])
elif userList and passList and userList != passList:
print (self.debug + "Reading wordlist...",end='')
try:
userList = open(userList, 'rb').readlines()
except IOError as e:
sys.exit(self.error + 'User list: ' + str(e).split("] ")[1])
try:
passList = open(passList, 'rb').readlines()
except IOError as e:
sys.exit(self.error + 'Pass list: ' + str(e).split("] ")[1])
elif userList and not passList and password:
print (self.debug + "Reading wordlist...",end='')
try:
userList = open(userList, 'rb').readlines()
except IOError as e:
sys.exit(self.error + 'User list: ' + str(e).split("] ")[1])
elif userList and not passList and not password:
password = "******"
print (self.debug + "Reading wordlist...",end='')
try:
userList = open(userList, 'rb').readlines()
except IOError as e:
sys.exit(self.error + 'User list: ' + str(e).split("] ")[1])
elif not userList and passList and user:
print (self.debug + "Reading wordlist...",end='')
try:
passList = open(passList, 'rb').readlines()
except IOError as e:
sys.exit(self.error + 'Pass list: ' + str(e).split("] ")[1])
elif not userList and passList and not user:
user = "******"
print (self.debug + "Reading wordlist...",end='')
try:
passList = open(passList, 'rb').readlines()
except IOError as e:
sys.exit(self.error + 'Pass list: ' + str(e).split("] ")[1])
else:
if not user and not userList:
user = "******"
print ("\n{}Username or username list not given. Trying with the default username,'admin'..{}".format(self.event, self.reset),end='')
if not password and not passList:
password = "******"
print ("\n{}Password or password list not given. Trying with the default password.'password'..{}".format(self.event, self.reset))
__taskInfo__ = self.default + '''
######################################################
{}URL : {}
{}Username or username list : {}
{}Password or password list : {}
{}Token : {}
{}Method : {}
######################################################
'''.format(
self.detail, url,
self.detail, user if not userList else args.userList,
self.detail, password if not passList else args.passList,
self.detail, token,
self.detail, method.upper()
)
print (__taskInfo__)
print (self.debug + "Start attacking....")
if not userList:
self.passEnum(user, url, token, method, data, password, passList)
else:
for user in userList:
self.passEnum(user, url, token, method, data, password, passList)
if self.creds_found == 0:
sys.exit(self.fail + "Valid credentials not found! Try again")
else:
sys.exit(self.fail + "Valid credentials not found after that! Try again with different wordlist")
def passEnum (self, username, url, token, method, data, password=None, passList=None):
if not passList:
self.makeRequest(url, token, method, data, username, password)
else:
for passwd in passList:
self.makeRequest(url, token, method, data, username, passwd)
def makeRequest(self, url, token, method, data, username="******", password="******"):
headers = {'Content-Type': 'application/x-www-form-urlencoded'}
username = username.decode('utf-8').rstrip('\n') if isinstance(username, bytes) else username
password = password.decode('utf-8').rstrip('\n') if isinstance(password, bytes) else password
print('\r' + self.debug + "%s: %s" % (username, password) + " " * 15, end = '\r')
csrf_token = None
try:
request = requests.session()
page = request.get(url, headers=headers)
html_content = page.text
soup = BeautifulSoup(html_content, "lxml")
if token:
for element in soup.findAll('input'):
if element.attrs['name'] == token:
csrf_token = element.get("value")
except requests.exceptions.RequestException as e:
sys.exit(self.error + "Something going wrong with the request. Please check the url and the connectivity")
lst = re.split(':', data)
login_success_msg = lst[1] if lst[1] else None
login_fail_msg = lst[2] if lst[2] else None
lst = re.split('&|=', lst[0])
login_info_lst = {lst[i]: lst[i+1] for i in range(0, len(lst), 2)}
for key, value in login_info_lst.items():
if value == '$U':
login_info_lst[key] = username
if value == '$P':
login_info_lst[key] = password
if token:
login_info_lst[token] = csrf_token
login_info = urllib.parse.urlencode(login_info_lst).encode('utf-8')
if method == "post":
login_response = request.post(url, login_info, headers=headers)
response_content = BeautifulSoup(login_response.text, "lxml")
if login_success_msg and not login_fail_msg:
if login_success_msg in login_response.text:
sys.exit(self.success + "Credentails found: '{}{}{}':'{}{}{}'".format(self.green, username, self.default, self.green, password, self.default))
elif login_fail_msg and not login_success_msg:
if login_fail_msg not in login_response.text:
detect_element = False
for element in response_content.findAll("input"):
if not element.attrs['name'] in list(login_info_lst.keys()):
detect_element = True
break
if not detect_element:
print(self.success + "Credentails found: '{}{}{}':'{}{}{}'".format(self.green, username, self.default, self.green, password, self.default))
if (True if input("Do you want to continue bruteforcing (n for exit)? ").strip().lower() == 'n' else False):
sys.exit(self.error + "Exiting the program..")
else:
self.creds_found = 3
else:
print (self.debug + "Same login page detected for '{}{}{}':'{}{}{}'".format(self.yellow, username, self.default, self.yellow, password, self.default))
if (True if input("Do you want to continue bruteforcing (n for exit)? ").strip().lower() == 'n' else False):
sys.exit(self.error + "Exiting the program..")
else:
self.creds_found = 3
else:
sys.exit(self.error + "Set either success msg or fail msg and try again")
elif method == "get":
login_response = request.get(url=url, headers=headers, params=login_info)
response_content = BeautifulSoup(login_response.text, "lxml")
if login_success_msg and not login_fail_msg:
if login_success_msg in login_response.text:
sys.exit(self.success + "Credentails found: '{}{}{}':'{}{}{}'".format(self.green, username, self.default, self.green, password, self.default))
elif login_fail_msg and not login_success_msg:
if login_fail_msg not in login_response.text:
detect_element = False
for element in response_content.findAll("input"):
if not element.attrs['name'] in list(login_info_lst.keys()):
detect_element = True
break
if not detect_element:
print(self.success + "Credentails found: '{}{}{}':'{}{}{}'".format(self.green, username, self.default, self.green, password, self.default))
if (True if input("Do you want to continue bruteforcing (n for exit)? ").strip().lower() == 'n' else False):
sys.exit(self.error + "Exiting the program..")
else:
self.creds_found = 3
else:
print (self.debug + "Same login page detected for '{}{}{}':'{}{}{}'".format(self.yellow, username, self.default, self.yellow, password, self.default))
if (True if input("Do you want to continue bruteforcing (n for exit)? ").strip().lower() == 'n' else False):
sys.exit(self.error + "Exiting the program..")
else:
self.creds_found = 3
else:
sys.exit(self.error + "Set either success msg or fail msg and try again")
else:
sys.exit(self.error + "Invalid method. Try again")
def after_return(self, status, retval, task_id, args, kwargs, einfo):
logger.info("{fg} {bg}Ending --<{function_name}--> of task --<{task_name}>-- with time taken\
--<{time}>-- seconds {reset}".format(fg=fg('white'), bg=bg('green'), \
function_name=inspect.stack()[0][3], task_name= self.__class__.__name__,
time=time.time() -self.start, reset=attr('reset')))
pass
def main():
parser = argparse.ArgumentParser(
description="Manages Spotify ads IPs on /etc/hosts")
parser.add_argument('--disable_ads',
action='store_true',
help="disable ads IPs")
parser.add_argument('--enable_ads',
action='store_true',
help="enables ads IPs")
parser.add_argument('--disable_updates',
action='store_true',
help="disable updates IPs")
parser.add_argument('--enable_updates',
action='store_true',
help="enable updates IPs")
parser.add_argument('--on',
action="store_true",
help="disable both ads and updates")
parser.add_argument('--off',
action="store_true",
help="enable both ads and updates")
args = parser.parse_args()
print(
stylize('DISABLE ADS FOR SPOTIFY',
(colored.fg('white'), colored.bg('green'))))
print('')
checkConflits(args)
with open(HOSTS_PATH, 'r+') as file:
#check ads block
lines = file.readlines()
for i in range(0, len(lines)):
if STRING_BEGIN in lines[i]:
break
#if ads ips are disabled
if (lines[i + 1].startswith('#')):
if len(sys.argv) == 1:
print(stylize('ads enabled', colored.fg('red')))
elif args.disable_ads or args.on:
disable(lines, 'ads', i + 1)
elif args.enable_ads or args.off:
print(stylize('ads already enabled', colored.fg('blue')))
else:
if len(sys.argv) == 1:
print(stylize('ads disabled', colored.fg('green')))
elif args.enable_ads or args.off:
enable(lines, 'ads', i + 1)
elif args.disable_ads or args.on:
print(stylize('ads already disabled', colored.fg('blue')))
#check update block
for j in range(i, len(lines)):
if STRING_UPDATES in lines[j]:
break
#if updates ips are disabled
if (lines[j + 1].startswith('#')):
if len(sys.argv) == 1:
print(stylize('updates enabled', colored.fg('red')))
elif args.disable_updates or args.on:
disable(lines, 'updates', j + 1)
elif args.enable_updates or args.off:
print(stylize('updates already enabled', colored.fg('blue')))
else:
if len(sys.argv) == 1:
print(stylize('updates disabled', colored.fg('green')))
elif args.enable_updates or args.off:
enable(lines, 'updates', j + 1)
elif args.disable_updates or args.on:
print(stylize('updates already disabled', colored.fg('blue')))
if len(sys.argv) > 1:
file.seek(0)
file.truncate(0)
file.writelines(lines)
def report():
sys.stdout.write('\n')
header = ("""
ллЛ ллЛллЛ ллЛлллЛ ллЛллллллллЛ ллллллЛ лллллллЛллллллЛ ллллллЛ ллллллЛ ллллллллЛ
ллК ллКллК ллКллллЛ ллКШЭЭллЩЭЭМ ллЩЭЭллЛллЩЭЭЭЭМллЩЭЭллЛллЩЭЭЭллЛллЩЭЭллЛШЭЭллЩЭЭМ
лллллллКллК ллКллЩллЛ ллК ллК ллллллЩМлллллЛ ллллллЩМллК ллКллллллЩМ ллК
ллЩЭЭллКллК ллКллКШллЛллК ллК ллЩЭЭллЛллЩЭЭМ ллЩЭЭЭМ ллК ллКллЩЭЭллЛ ллК
ллК ллКШллллллЩМллК ШллллК ллК ллК ллКлллллллЛллК ШллллллЩМллК ллК ллК
ШЭМ ШЭМ ШЭЭЭЭЭМ ШЭМ ШЭЭЭМ ШЭМ ШЭМ ШЭМШЭЭЭЭЭЭМШЭМ ШЭЭЭЭЭМ ШЭМ ШЭМ ШЭМ
""")
print(header)
sys.stdout.write(('%sWinterfell hunt has completed. Full report is loacted at%s' % (fg(117), attr(0))) + ' ' + cname + ('\Hunting\Winterfell_Hunt_Report.txt' + '\n'))
sys.stdout.write(('%sResults statstics are the following:%s' % (fg(117), attr(0))) + '\n')
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+]"'
print('%sTotal Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Amcache File:"'
print('%sAmcache Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Shellbags File:"'
print('%sShellbags Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Powershell Logs Files:"'
print('%sPowershell Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Firewall Rules:"'
print('%sFirewall Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Dlls File:"'
print('%sDlls Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Recycle Bin:"'
print('%sRecycle Bin Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Prefetch Data:"'
print('%sPrefetch Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Security Logs:"'
print('%sSecurity Logs Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Autoruns File:"'
print('%sAutoruns Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Schedule Tasks:"'
print('%sSchedule Task Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in UsnJrnl File:"'
print('%sUsnJrnl Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Loki ProcessScan Module:"'
print('%sLoki ProcessScan Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Loki FileScan Module:"'
print('%sLoki FileScan Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in IIS Files:"'
print('%sIIS Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in URL History Data:"'
print('%sURL History Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in Dirlisting File:"'
print('%sDirlisting Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in LOCAL_MACHINE Registry:"'
print('%sLOCAL_MACHINE Registry Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
sys.stdout.write("------------------------------------\n")
cmd = 'type Winterfell_Hunt_Report.txt | find /c "[+] Hunting in CURRENT_USER Registry:"'
print('%sCURRENT_USER Registry Findings Count: %s' % (fg(184), attr(0)));os.system(cmd)
def error(msg, exit_code=1):
sys.stderr.write(stylize("Error: %s\n" % msg, colored.fg('red')))
exit(exit_code)
print("Saving...")
with open("followers.txt","w",encoding="utf-8") as file:
for item in Flist:
file.write(item+ "\n")
print("%sDone!\nAll Followers Saved to 'followers.txt' file. %s" % (fg(2), attr(0)))
self.browser.close()
Instagram = Instagram()
while True:
print("")
print("%s - - - INSTAGRAM TOOL - - - %s" % (fg(207), attr(0)))
print(" ")
secim = input("%s[1]- Download Profile Picture\n[2]- Download Post Picture\n[3]- Freeze Account\n[4]- Get Your Follower List\n[5]- Follower Farm\n[6]- unFollow Farm \n[7]- Show Pictures\n[8]- Delete Pictures\n[9]- Exit\n%s \nEnter Number:" % (fg(207), attr(0)))
if secim == "1":
username = input("%susername: %s" % (fg(207), attr(0)))
Instagram.profilephoto(username)
elif secim == "9":
print("%sGOODBYE BABE%s" % (fg(207), attr(0)))
time.sleep(1)
exit()
elif secim == "2":
link = input("%sPicture Link: %s" % (fg(207), attr(0)))
Instagram.downloadPost(link)
elif secim == "3":
username = input("%susername: %s" % (fg(207), attr(0)))
password = input("%spassword: %s" % (fg(207), attr(0)))
def create_script_record():
command = arg.split('=')
_script_type = command[0]
_file = command[1].split(os.path.sep)[-1]
_subdir = command[1].replace(_file,'')
if(os.path.isfile(os.path.join(CWD,'FileCabinet','SuiteScripts',_subdir,_file))):
with open(os.path.join(os.path.dirname(os.path.realpath(__file__)),'objects','{}.xml'.format(_script_type)), 'r+') as _template:
template = _template.read()
_template.close()
_choose = [
{
'type': 'input',
'name': 'name',
'qmark': '?',
'message': 'Nombre del record script:',
'validate': is_required
}
]
name = prompt(_choose)
#create customscript xml file
with open(os.path.join(CWD,'Objects','customscript_{}'.format(_file.lower().replace('.js','.xml'))),'w+') as file:
file.write(template.format(scriptid='customscript_{}'.format(_file.replace('.js','')),name=name['name'],file=command[1].lower().replace(os.path.sep,'/'),deploy=_file.replace('.js','')))
file.close()
else:
print("""{color}Error: El archivo de referencia no existe{reset}""".format(color=fg('yellow'), reset=attr('reset')))
exit()
def message(self):
print("%s\n--> DONE%s" % (fg(1), attr(0)))
print(my_wcs)
colors = ["#ffffff","#fbe2e2","#f8c6c6","#f5aaaa","#f28d8d","#ef7171","#ec5555","#e93838","#e61c1c","#e30000"]
colors_green = ["#ffffff","#e2ede3","#c6dbc8","#aac9ad","#8db792","#71a577","#55935c","#388141","#1c6f26","#005e0b"]
res_colors = ["#0013ff","#3817c8","#711c92","#aa205b","#e32525"]
res_str = ['Very Negative', 'Negative', 'Neutral', 'Positive', 'Very Positive']
html_code = ''
import colored
for i, keys in enumerate(my_keys_array):
to_print = ''
html_code += '<span style="background-color: %s;color: %s">---</span>' % (colors_green[int(9*doc_att[i])], colors_green[int(4*doc_att[i])])
for j, key in enumerate(keys):
html_code += '<span style="background-color: %s"> %s </span>' % (colors[int(9*my_values_array[i,j])], key)
to_print += ' %s%s%s%s ' % (colored.fg('white'), colored.bg(232 + 2*int(my_values_array[i,j]*10)), key, colored.attr('reset'))
print(to_print)
html_code += '<br>\n'
html_code += '<span style="background-color: %s;color: %s">%s</span>' % (res_colors[np.argmax(res)], "#ffffff", res_str[np.argmax(res)])
print(html_code)
# ===========
W = cahan.get_layer('context_aware_self_attention_1').W.eval(session=sess)
W_c = cahan.get_layer('context_aware_self_attention_1').W_context.eval(session=sess)
W_c_1 = cahan.get_layer('context_aware_self_attention_2').W_context.eval(session=sess)
print(np.max(W), np.linalg.norm(W))
print(np.max(W_c), np.linalg.norm(W_c))
print(np.max(W_c_1), np.linalg.norm(W_c_1))
print(my_values_array)
def search_around_sky(
coords=None,
coords1=None,
coords2=None,
seplimit=None,
storekdtree="kdtree_sky",
verbose=1,
show_progress=True,
silent=False,
return_dists=False,
tqdm_kwargs={},
):
"""Searches for pairs of points that have an angular separation at least as
close as a specified angle.
This is intended for use on coordinate objects with arrays of coordinates,
not scalars. For scalar coordinates, it is better to use the ``separation``
methods.
Parameters
----------
coords1 : `~astropy.coordinates.BaseCoordinateFrame` or
`~astropy.coordinates.SkyCoord`
The first set of coordinates, which will be searched for matches from
``coords2`` within ``seplimit``. Cannot be a scalar coordinate.
coords2 : `~astropy.coordinates.BaseCoordinateFrame` or
`~astropy.coordinates.SkyCoord`
The second set of coordinates, which will be searched for matches from
``coords1`` within ``seplimit``. Cannot be a scalar coordinate.
seplimit : `~astropy.units.Quantity` with angle units
The on-sky separation to search within.
storekdtree : bool or str, optional
If a string, will store the KD-Tree used in the search with the name
``storekdtree`` in ``coords2.cache``. This speeds up subsequent calls
to this function. If False, the KD-Trees are not saved.
verbose : int, optional
If 0, it does not write any words to stdout while running (it will
still show the progressbars and busy indicators whenever needed)
If 1, it writes some extra information about the status of the job
show_progress : bool, optional
If True, it will show the progressbars and busy indicators whenever
needed. If False, it hides them. Except, in the case of busy indicators
it will only hide the animation part not the message.
silent : bool, optional
If True, it supresses the stdout, i.e. it sets `verbose=0` and
`show_progress=False` plus it hides the busy indicators alltogether
along with any message they might have.
`silent` overrides `verbose` and `show_progress`.
return_dists : bool, optional
If True, it returns sep2d and dist3d in addition to the matching
indices (i.e. idx1, idx2)
Returns
-------
idx1 : integer array
Indices into ``coords1`` that matches to the corresponding element of
``idx2``. Shape matches ``idx2``.
idx2 : integer array
Indices into ``coords2`` that matches to the corresponding element of
``idx1``. Shape matches ``idx1``.
sep2d : `~astropy.coordinates.Angle`
The on-sky separation between the coordinates. Shape matches ``idx1``
and ``idx2``.
dist3d : `~astropy.units.Quantity`
The 3D distance between the coordinates. Shape matches ``idx1``
and ``idx2``; the unit is that of ``coords1``.
If either ``coords1`` or ``coords2`` don't have a distance,
this is the 3D distance on the unit sphere, rather than a
physical distance.
Notes
-----
This function requires `SciPy <https://www.scipy.org/>`_ (>=0.12.0)
to be installed or it will fail.
In the current implementation, the return values are always sorted in the
same order as the ``coords1`` (so ``idx1`` is in ascending order). This is
considered an implementation detail, though, so it could change in a future
release.
"""
if show_progress:
skip_busypal = -1
disable_tqdm = False
else:
skip_busypal = 1
disable_tqdm = True
if silent:
verbose = 0
skip_busypal = 2
disable_tqdm = True
if coords is not None:
if coords1 is not None or coords2 is not None:
raise ValueError(
"either use `coords` for internal matching or `coords1` and \
`coords2` for cross matching.")
coords1 = coords
coords2 = coords
if not seplimit.isscalar:
raise ValueError("seplimit must be a scalar in search_around_sky")
if coords1.isscalar or coords2.isscalar:
raise ValueError(
"One of the inputs to search_around_sky is a scalar. "
"search_around_sky is intended for use with array "
"coordinates, not scalars. Instead, use "
"``coord1.separation(coord2) < seplimit`` to find the "
"coordinates near a scalar coordinate.")
if len(coords1) == 0 or len(coords2) == 0:
# Empty array input: return empty match
if coords2.distance.unit == u.dimensionless_unscaled:
distunit = u.dimensionless_unscaled
else:
distunit = coords1.distance.unit
if return_dists:
return (
np.array([], dtype=int),
np.array([], dtype=int),
Angle([], u.deg),
u.Quantity([], distunit),
)
else:
return (np.array([], dtype=int), np.array([], dtype=int))
if all(coords1 == coords2):
same_coords = True
else:
# We convert coord1 to match coord2's frame. We do it this way
# so that if the conversion does happen, the KD tree of coord2 at least
# gets saved.
# (by convention, coord2 is the "catalog" if that makes sense)
coords1 = coords1.transform_to(coords2)
same_coords = False
# Strip out distance info.
urepr1 = coords1.data.represent_as(UnitSphericalRepresentation)
ucoords1 = coords1.realize_frame(urepr1)
with BusyPal(
"Growing the first KD-Tree",
style={
"id": 6,
"color": "sandy_brown"
},
fmt="{spinner} {message}",
skip=skip_busypal,
):
kdt1 = _get_cartesian_kdtree(ucoords1, storekdtree)
if storekdtree and coords2.cache.get(storekdtree):
# Just use the stored KD-Tree.
kdt2 = coords2.cache[storekdtree]
else:
if same_coords:
kdt2 = kdt1
if verbose:
print(
cl.stylize("✔",
cl.fg("green") + cl.attr("bold")) +
" Used the same KD-Tree for the"
"second set of coordinates since this is an internal match."
)
else:
# Strip out distance info.
urepr2 = coords2.data.represent_as(UnitSphericalRepresentation)
ucoords2 = coords2.realize_frame(urepr2)
with BusyPal(
"Growing the second KD-Tree",
style={
"id": 6,
"color": "SANDY_BROWN"
},
fmt="{spinner} {message}",
skip=skip_busypal,
):
kdt2 = _get_cartesian_kdtree(ucoords2, storekdtree)
if storekdtree:
# Save the KD-Tree in coords2, *not* ucoords2.
coords2.cache[
"kdtree" if storekdtree is True else storekdtree] = kdt2
if verbose:
print(
cl.stylize("✔",
cl.fg("green") + cl.attr("bold")) +
" Stored the KD-Tree in the cache.")
# This is the *cartesian* 3D distance that corresponds to the given angle.
r = (2 * np.sin(Angle(seplimit) / 2.0)).value
idxs1 = []
idxs2 = []
with BusyPal(
f"Finding all pairs of points whose distance is at most {seplimit}",
style={
"id": 6,
"color": "sandy_brown"
},
fmt="{spinner} {message}",
skip=skip_busypal,
):
found_pairs = kdt1.query_ball_tree(kdt2, r)
for i, matches in enumerate(
tqdm(found_pairs, disable=disable_tqdm, **tqdm_kwargs)):
for match in matches:
idxs1.append(i)
idxs2.append(match)
if verbose:
print("\r\r" + cl.stylize("✔",
cl.fg("green") + cl.attr("bold")) +
" Created matching lists from KD-Trees")
idxs1 = np.array(idxs1, dtype=int)
idxs2 = np.array(idxs2, dtype=int)
if return_dists:
if idxs1.size == 0:
if coords2.distance.unit == u.dimensionless_unscaled:
distunit = u.dimensionless_unscaled
else:
distunit = coords1.distance.unit
d2ds = Angle([], u.deg)
d3ds = u.Quantity([], distunit)
else:
d2ds = coords1[idxs1].separation(coords2[idxs2])
try:
d3ds = coords1[idxs1].separation_3d(coords2[idxs2])
except ValueError:
# They don't have distances, so we just fall back on the
# cartesian distance, computed from d2ds.
d3ds = 2 * np.sin(d2ds / 2.0)
return idxs1, idxs2, d2ds, d3ds
else:
return idxs1, idxs2
if args.scheme:
t_scheme = args.scheme.split(',')
else:
t_scheme = ['http', 'https']
t_hosts = []
if args.hosts:
if os.path.isfile(args.hosts):
fp = open(args.hosts, 'r')
t_hosts = fp.read().strip().split("\n")
fp.close()
else:
t_hosts.append(args.hosts)
n_hosts = len(t_hosts)
sys.stdout.write('%s[+] %d hosts found: %s%s\n' %
(fg('green'), n_hosts, args.hosts, attr(0)))
t_urls = []
if args.urls:
if os.path.isfile(args.urls):
fp = open(args.urls, 'r')
t_urls = fp.read().strip().split("\n")
fp.close()
else:
t_urls.append(args.urls)
n_urls = len(t_urls)
sys.stdout.write('%s[+] %d urls found: %s%s\n' %
(fg('green'), n_urls, args.urls, attr(0)))
if n_hosts == 0 and n_urls == 0:
parser.error('hosts/urls list missing')
#!/usr/local/bin/python3
# Made by @swisscoding on Instagram
import colored
import pandas as pd
import matplotlib.pyplot as plt
print(
colored.stylize(
"\n---- | Plotting COVID-19 cases in specified country | ----\n",
colored.fg("red")))
# dataframe
df = pd.read_csv(
"https://raw.githubusercontent.com/owid/covid-19-data/master/public/data/owid-covid-data.csv"
)
# smaller more useful dataframe
small_df = df[["location", "new_cases", "total_deaths", "population", "date"]]
small_df_values = small_df.values
# user interaction
country = input("Enter the country: ")
# limitation to one country
mask = small_df_values[:, 0] == country
small_df_values_with_mask = small_df_values[mask]
print(f"\nPopulation of {country}: {int(small_df_values_with_mask[-1:,3][0])}")
print(f"Total deaths: {int(small_df_values_with_mask[-1:,2][0])}\n")
else:
_domain = False
if not _domain and not len(t_datas['companies']) and not len(
t_datas['emails']):
parser.error('domain or company or email required')
if args.key:
_key = args.key
else:
parser.error('api key is required')
if _domain:
if _verbose:
sys.stdout.write('%s[+] search for domain: %s%s\n' %
(fg('green'), _domain, attr(0)))
url = 'http://api.whoxy.com/?key=' + _key + '&whois=' + _domain
if _verbose:
print(url)
r = requests.get(url)
t_json = r.json()
# print(t_json)
extractDatas(t_json)
if _verbose:
print(t_datas)
for company in t_datas['companies']:
page = 1
company = company.replace(' ', '+')
if _verbose:
sys.stdout.write('%s[+] search for company: %s%s\n' %
def hr():
print(stylize("---------------", fg("blue")))
from scipy.stats import *
from colored import fg, attr
green = fg('green')
red = fg('red')
yellow = fg('yellow')
reset_color = attr('reset')
print("Enter Number of Customer: ", end=" ")
n = int(input())
print(
"Do you Want to generate (Inter Arrival & Service Time) Randomly?? <'y = yes'> or <'n = no'>: ",
end=" ")
optn = str(input().lower())
print()
# -------- Variable Declaration ------
intArrivalTime = []
arrivalTime = []
serviceTime = []
SBT = []
waitingTime = []
SET = []
customerSpendInSystem = []
idleTime = []
int_arrivalT = 0
total_arrivalTime = 0
total_serviceTime = 0
total_waitingTime = 0
total_idleTime = 0
def stop_hosting():
"""
Stops the Vectordash client.
"""
try:
# ensuring the login file exists
if not os.path.isfile('/var/vectordash/login.json'):
print("You are not logged in. Please run " +
stylize("vdhost login", fg("blue")) + ' to continue.')
return
# if the installation process has not been completed
if not os.path.isfile('/var/vectordash/install_complete'):
print(
"You are not currently running the Vectordash hosting client because you have not setup your machine "
"yet. Please run " + stylize("vdhost install", fg("blue")) +
" first.")
return
# we must check for active instances before stopping vdclient
with open('/var/vectordash/login.json') as f:
data = json.load(f)
# reading in the login credentials
email = data["email"]
machine_key = data["machine_key"]
# getting the active instance count for this machine
r = requests.post(VECTORDASH_URL + "active-instance-count/",
data={
'email': email,
'machine_key': machine_key
})
# if there was an error with the response
if r.status_code != 200:
print(
stylize(
"An unexpected error has occurred. Please try again later.",
fg("red")))
return
# getting the value from the response
resp = r.text
resp = json.loads(resp)
num_instances = int(resp['active_instances'])
# if it's a negative integer, authentication was invalid
if num_instances < 0:
print("Invalid authentication information . Please run " +
stylize("vdhost login", fg("blue")) + ' to continue.')
return
elif num_instances > 0:
print(
stylize(
"Please keep the client online until all active instances have been completed.",
fg("red")))
return
else:
# calling stop on vclient, note that supervisor prints out a message for us
subprocess.call("sudo supervisorctl stop vdhost", shell=True)
except OSError:
# if we get a permissions error
print(
stylize("Please run this command as sudo:", fg("red")) +
stylize("sudo vdhost start-miner <gpu_id>", fg("blue")))