def cp_file2file(source_file, target_file, should_be_notice_files):
if source_file.rsplit('.', 1)[1] not in allowedFileTypes:
return
if is_file_modified(source_file, target_file):
if source_file in should_be_notice_files:
if notice_if_cover_file(source_file, target_file):
shutil.copy(source_file, target_file)
with indent(6, quote=colored.clean('#')):
puts(
colored.cyan('Update %s -> %s' %
(cleaner_path(source_file),
cleaner_path(target_file))))
else:
shutil.copy(source_file, target_file)
with indent(6, quote=colored.clean('#')):
puts(
colored.cyan('Auto update %s -> %s' %
(cleaner_path(source_file),
cleaner_path(target_file))))
elif is_file_modified(source_file, target_file) is None:
shutil.copy(source_file, target_file)
with indent(6, quote=colored.clean('#')):
puts(
colored.cyan(
'Copy %s -> %s' %
(cleaner_path(source_file), cleaner_path(target_file))))
def handle_noargs(self, **options):
# Inspired by Postfix's "postconf -n".
from django.conf import settings, global_settings
# Because settings are imported lazily, we need to explicitly load them.
settings._setup()
user_settings = module_to_dict(settings._wrapped)
default_settings = module_to_dict(global_settings)
opts = Options()
from clint.textui import puts, colored
pformat = "%30s: %-30s %-30s %-30s"
puts('')
puts(pformat %
(colored.white('Option'), colored.cyan('APP Value'),
colored.cyan('INI Value'), colored.green('APP Default')))
puts('')
for section in opts.sections:
puts(pformat % (colored.green("[%s]" % section), '', '', ''))
for key, kaio_value in opts.items(section):
keycolor = colored.magenta(key)
if key in user_settings:
value = colored.green(user_settings[key])
keycolor = colored.blue(key)
else:
value = colored.green(
opts.options[key].get_value_or_default())
default_value = opts.options[key].default_value
kaio_value = kaio_value if kaio_value else repr(kaio_value)
puts(pformat % (keycolor, clint_encode(value),
colored.white(clint_encode(kaio_value)),
clint_encode(default_value)))
puts('')
puts(
colored.white(
"No configurables directamente en INI (estáticos o compuestos por otros):"
))
puts()
not_configured = set(user_settings.keys()) - set(opts.keys())
# not_configured = not_configured - set([
# 'INSTALLED_APPS',
# 'MIDDLEWARE_CLASSES',
# 'CONTEXT_PROCESSORS',
# ])
pformat = "%30s: %-50s"
puts(pformat % (colored.white('Option'), colored.cyan('Value')))
for key in sorted(not_configured):
if key not in default_settings:
puts(pformat % (colored.blue(key), user_settings[key]))
elif user_settings[key] != default_settings[key]:
puts(pformat % (
colored.blue(key), colored.green(user_settings[key])
# colored.white(default_settings[key])
))
def status(arguments):
output = StringIO()
verbose = initialise(arguments)
environments = arguments['<environment>']
if environments:
puts(columns(
[(colored.green('Nickname')), 15],
[(colored.green('Instance Type')), 10],
[(colored.green('Status')), 20],
[(colored.green('Instance href')), 60],
), stream=output.write)
for environment in environments:
server = righteous.find_server(environment)
if server:
settings = righteous.server_settings(server['href'])
if verbose:
server_info = righteous.server_info(server['href'])
puts('Server Info:\n' + colored.cyan(pformat(server_info)))
puts('Server Settings:\n' + colored.cyan(pformat(settings)))
puts(columns(
[environment, 15],
[settings['ec2-instance-type'], 10],
[server['state'] if server else 'Found', 20],
[server['href'] if server else 'Not', 60],
), stream=output.write)
else:
puts(colored.red('%s: Not Found' % environment),
stream=output.write)
print output.getvalue()
def send_ena_action(ena_acc, action, test=False, date=None, samples=False):
file_path = create_xml(ena_acc, action, date, samples)
url = settings.ENA_SRA_URL
if test:
url = settings.ENA_SRA_DEV_URL
print colored.magenta('This submission is going to ENA Dev Server')
content = '<html>'
requests.packages.urllib3.disable_warnings(InsecureRequestWarning)
while '<html>' in content:
files = {'SUBMISSION': open(file_path, 'rb')}
r = requests.post(url, files=files, verify=False, timeout=1000)
content = r.content
if '<html>' not in content:
break
else:
time.sleep(20)
print content
server = 'production'
if test:
server = 'test'
if 'success="true' not in content:
print colored.cyan('FAILURE: Failed submission to ENA. with the following errors ')
errors = content.split('<ERROR>')
for e in errors[1:]:
print colored.red(e.split('</ERROR>')[0])
return False, [i.split('</ERROR>')[0] for i in errors]
else:
print colored.green("%s was applied successfully on %s in the %s server" % (action, ena_acc, server))
return True, []
def handle(self, *args, **options):
# Load dynamic configs - the middleware is not working here, so do this manually
config.load_app_configs()
self.stdout.write(colored.cyan('Retrieving Olap datasets...'))
self.stdout.write(colored.cyan('__________________________________________________________________'))
self.stdout.write(colored.cyan('Olap datasets defined in the Vique configuration:'))
self.stdout.write('')
try:
for key, values in config.OLAP_DATASETS.iteritems():
olap_datasource = config.OLAP_DATASOURCES[values['olap_datasource']]
olap_server = config.OLAP_SERVERS[olap_datasource['olap_server']]
try:
connection_succesfull = test_olap_dataset(olap_server['url'], olap_server['username'],
olap_server['password'],
olap_datasource['datasource_info'], values['cube'])
except:
connection_succesfull = False
self.stdout.write(colored.cyan('Name : ') + key)
self.stdout.write(colored.cyan('Olap server : ') + olap_datasource['olap_server'])
self.stdout.write(colored.cyan('Datasource info : ') + olap_datasource['datasource_info'])
self.stdout.write(colored.cyan('Cube : ') + values['cube'])
self.stdout.write(colored.cyan('Connection succesfull : ') + connection_succesfull)
self.stdout.write('')
self.stdout.write(colored.cyan('__________________________________________________________________'))
self.stdout.write(colored.cyan('Finished retrieving Olap datasets'))
except Exception:
self.stdout.write(colored.red('An error occured when retrieving Olap datasets from Vique'))
def rejar(jarpth, fresh_content_map={}, compression=zipfile.ZIP_DEFLATED):
if not isfile(jarpth):
raise IOError("No jar: %s" % jarpth)
puts(colored.cyan("Re-jarring '%s' with %d possible replacements:" % (basename(jarpth), len(fresh_content_map))))
with indent(3, quote=" *"):
for fresh_key in fresh_content_map.keys():
puts(colored.cyan(fresh_key))
print()
oldjar = zipfile.ZipFile(jarpth, mode="r")
newjar = zipfile.ZipFile(tempfile.mktemp(suffix=".zip"), mode="w", compression=compression)
for item in progress.bar(oldjar.infolist(), label=colored.cyan("Re-jar: %s" % basename(jarpth))):
replace = basename(item.filename) in fresh_content_map
content = replace and fresh_content_map[basename(item.filename)] or oldjar.read(item.filename)
replace and puts(colored.yellow("Replaced %s" % item.filename))
newjar.writestr(item, content)
print()
oldjarpth = oldjar.filename
newjarpth = newjar.filename
oldjar.testzip()
oldjar.close()
shutil.move(oldjar.filename, oldjar.filename + ".backup")
newjar.testzip()
newjar.close()
_copy(newjarpth, oldjarpth)
puts(colored.yellow("Finished restructuring jar: %s" % oldjarpth))
print()
def send_chooser(wallet_obj):
puts('What do you want to do?:')
if not USER_ONLINE:
puts("(since you are NOT connected to BlockCypher, many choices are disabled)")
with indent(2):
puts(colored.cyan('1: Basic send (generate transaction, sign, & broadcast)'))
puts(colored.cyan('2: Sweep funds into bcwallet from a private key you hold'))
puts(colored.cyan('3: Offline transaction signing (more here)'))
choice = choice_prompt(
user_prompt=DEFAULT_PROMPT,
acceptable_responses=range(0, 5+1),
quit_ok=True,
default_input='1',
show_default=True,
)
verbose_print('Choice: %s' % choice)
if choice in ('q', 'Q'):
return
elif choice == '1':
return send_funds(wallet_obj=wallet_obj)
elif choice == '2':
return sweep_funds_from_privkey(wallet_obj=wallet_obj)
elif choice == '3':
offline_tx_chooser(wallet_obj=wallet_obj)
def check_requirements():
requirements_met = True
required = UTILS['required']
optional = UTILS['optional'][platform.system().lower()]
puts(colored.cyan('\nChecking requirements'))
with indent(4, quote='>>>'):
for util in required:
try:
check_output('which %s' % util, shell=True).strip()
puts(colored.cyan('%s is installed' % util))
except Exception:
puts(colored.red('ERROR: %s is required but not found.' %
util))
requirements_met = False
for util in optional:
try:
check_output('which %s' % util['call'], shell=True).strip()
puts(colored.cyan('%s is installed' % util['call']))
except Exception:
warning = 'WARNING: %s is recommended but not found.' % util[
'call']
if util['req']:
warning = warning + ' Try \'%s\'' % util['req']
puts(colored.yellow(warning))
requirements_met = False
print
return requirements_met
def send_chooser(wallet_obj):
puts('What do you want to do?:')
if not USER_ONLINE:
puts("(since you are NOT connected to BlockCypher, many choices are disabled)")
with indent(2):
puts(colored.cyan('1: Basic send (generate transaction, sign, & broadcast)'))
puts(colored.cyan('2: Sweep funds into bcwallet from a private key you hold'))
puts(colored.cyan('3: Offline transaction signing (more here)'))
puts(colored.cyan('\nb: Go Back\n'))
choice = choice_prompt(
user_prompt=DEFAULT_PROMPT,
acceptable_responses=range(0, 5+1),
quit_ok=True,
default_input='1',
show_default=True,
)
verbose_print('Choice: %s' % choice)
if choice is False:
return
elif choice == '1':
return send_funds(wallet_obj=wallet_obj)
elif choice == '2':
return sweep_funds_from_privkey(wallet_obj=wallet_obj)
elif choice == '3':
offline_tx_chooser(wallet_obj=wallet_obj)
def apply(self):
self.puts(colored.blue("Applying project..."))
context = self.get_initial_context()
context.update(self.collect_parameters())
for (number, name, filename, template_type) in self.steps():
with indent(2):
puts(colored.cyan("{} ({})".format(filename, template_type)))
with indent(4):
if self.debug:
puts(
colored.white(
u"✸ Applying template {} with context {}".format(
filename, context)))
getattr(self,
'apply_{}_template'.format(template_type))(name,
filename,
context)
self.puts(colored.blue("Project Outputs:"))
for k, v in six.iteritems(context):
if k.startswith('Clioutput'):
with indent(2):
puts(colored.cyan(k[9:]))
with indent(4):
puts(colored.green(v))
def run_command(cls, *args):
requested_keys = { k: True for k in args[0]}.keys()
all_supported_keys = [x for x in requested_keys if x in supported_commands]
if len(all_supported_keys):
# command(s) specified, print help for specified command
valid_help_keys = all_supported_keys
print colored.magenta('Parameters can be specified in order they should appear')
print colored.magenta('Arguments can be specified with "=" between key and value')
print colored.magenta('\te.g.\tevents 12 venue.state=NY')
print colored.magenta('\t[PARAMS]: 12 \t [ARGS]: { "venue.state": "NY" }')
for key in valid_help_keys:
if key == "help":
print colored.cyan(' [%s] takes any of the following arguments' % key)
all_args = [x for x in supported_commands.keys() if x != "help"]
pprint(all_args, indent=8)
elif supported_commands[key]:
supported_commands[key].get_help_text(name=key)
else:
# print supported commands
valid_help_keys = supported_commands.keys()
print colored.blue(' Type `help [command1] [command2] ...` to get more information.\n The following commands are supported:')
for key in valid_help_keys:
print colored.cyan(' [%s] - %s' % (key, supported_commands[key].get_info_text()))
def show_logo3(self):
print colored.cyan("""
.-.
{{@}}
<> 8@8
.::::. 888
@\\\/W\/\/W\//@ 8@8
\\\/^\/\/^\// _ )8( _
\_O_<>_O_/ (@)__/8@8\__(@)
____________________ `~"-=):(=-"~`
|<><><> | | <><><>| |@|
|<> | | <>| |f|
|<> | | <>| |4|
|<> .--------. <>| |l|
| | () | | |s|
|_____| (O\/O) |_____| |3|
| \ /\ / | |_|
|------\ \/ /------| |||
| '.__.' | |'|
| | | | |.|
: | | : |||
\<> | | <>/ |'|
\<> | | <>/ |.|
\<> | | <>/ |||
`\<> | | <>/' |'|
`-.| |.-` \ /
'--' ^
""")
def greeting_text_and_guide():
f = Figlet(font='slant')
puts(colored.green(f.renderText('MangaDLer')))
puts(colored.green("The mangareader.net Downloader\n"))
with indent(2, quote=' | '):
puts(colored.cyan("How to Use MangaDLer\n"))
puts(
colored.cyan("""
Go to a mangareader.net link, for example: \n
https://www.mangareader.net/naruto/11
You see the url says 'naruto' for the manga name?
Copy/paste the manga name 'naruto' into the manga prompt. (case insensitive)\n
"""))
puts(colored.magenta("Example:"))
puts(colored.green("Manga Name?: naruto\n"))
with indent(2, quote=' | '):
puts(
colored.cyan("""
Then when asked what chapters, you can respond one of three ways:
*) Give a number like 374 for the 374th chapter of naruto.\n
*) Give a range like 374-390 for the chapters 374, 375, .. 390\n
*) Write 'all' to download all chapters.\n
"""))
puts(colored.magenta("Examples:"))
puts(colored.green("Which chapters?: 2"))
puts(colored.green("Which chapters?: 2-10"))
puts(colored.green("Which chapters?: all\n"))
def print_shell(self, *args):
try:
for arg in args:
arg = str(arg)
if isinstance(type(args), types.NoneType):
continue
if self.color == 'true':
if str(arg).count(self.ruler) == len(str(arg)):
print colored.green(arg),
elif ":\n=" in arg:
print colored.red(arg),
elif ':' in arg:
print colored.blue(arg),
elif 'type' in arg:
print colored.green(arg),
elif 'state' in arg or 'count' in arg:
print colored.yellow(arg),
elif 'id =' in arg:
print colored.cyan(arg),
elif 'name =' in arg:
print colored.magenta(arg),
elif 'Error' in arg:
print colored.red(arg),
else:
print arg,
else:
print arg,
print
except Exception, e:
print colored.red("Error: "), e
def check_requirements():
requirements_met = True
required = UTILS['required']
optional = UTILS['optional'][platform.system().lower()]
puts(colored.cyan('\nChecking requirements'))
with indent(4, quote='>>>'):
for util in required:
try:
check_output('which %s' % util, shell=True).strip()
puts(colored.cyan('%s is installed' % util))
except Exception:
puts(colored.red('ERROR: %s is required but not found.' % util))
requirements_met = False
for util in optional:
try:
check_output('which %s' % util['call'], shell=True).strip()
puts(colored.cyan('%s is installed' % util['call']))
except Exception:
warning = 'WARNING: %s is recommended but not found.' % util['call']
if util['req']:
warning = warning + ' Try \'%s\'' % util['req']
puts(colored.yellow(warning))
requirements_met = False
print
return requirements_met
def mainmenu():
print("\b\b\bPlease select an option below and type '0' to exit the program.")
puts(colored.cyan("----------------------------------------"))
print("\t\tMain Menu")
puts(colored.cyan("----------------------------------------"))
with indent(4):
puts('1. Book Information')
puts('2. Author Information')
puts('3. Average Rating of Book')
puts("4. Graph Author's Hometowns")
puts(colored.cyan("----------------------------------------"))
while True:
try:
option = int(input("\nWhat data would you like to explore?\n"))
except ValueError:
puts(colored.red("Please enter a valid number between 1 and 4."))
continue
if option < 0:
puts(colored.red("Please enter a number between 1 and 4."))
continue
elif option > 4:
puts(colored.red("Please enter a number between 1 and 4."))
continue
elif option == 0:
raise SystemExit
else:
break
submenu(option)
return None
def __format_gist(gist):
""" Formats the output for a Gist metadata object.
:param gist: :class: `Gist <Gist>` instance.
"""
url_title = unicode(colored.green('Url:\t\t'))
html_title = unicode(colored.green('Html Url:\t'))
public_title = unicode(colored.green('Private:\t'))
file_title = unicode(colored.green('Files:\t\t'))
# Calculate the number of columns of the current terminal window
rows, columns = os.popen('stty size', 'r').read().split()
# Prepare the Header
gists_string = colored.cyan('-' * int(columns)) + "\n"
gists_string += colored.cyan("Gist [" + gist.identifier + "]") + '\n'
gists_string += colored.cyan('-' * int(columns)) + "\n"
# Format Gist data
gists_string += colored.green('Description:\t')
if gist.description:
gists_string += gist.description + '\n'
gists_string += url_title + gist.url + '\n'
gists_string += html_title + gist.html_url + '\n'
gists_string += public_title + str(not gist.public) + '\n'
gist_names = [gistfile.filename for gistfile in gist.files]
stringfiles = "[" + ", ".join(gist_names) + "]"
gists_string += file_title + colored.red(stringfiles) + '\n'
# Prepare the Footer
gists_string += colored.cyan('-' * int(columns)) + "\n"
return gists_string
def call_api_with_results(url):
print colored.cyan("Making request: %s" % (url))
r = requests.get(url, stream=True, timeout=5)
if r.headers.get('content-length'):
total_length = int(r.headers.get('content-length'))
content = ''
for chunk in progress.bar(r.iter_content(chunk_size=1024),
expected_size=(total_length/1024) + 1,
label=colored.green(" KB received: ")):
content += chunk
else:
content = r.content
if (r.status_code >= 200 and r.status_code < 300):
print 'Status Code: %s' % colored.green(str(r.status_code))
else:
print 'Status Code: %s' % colored.red(str(r.status_code))
print colored.cyan('Headers:')
pretty_dict(r.headers)
parsed_content = json.loads(content)
print colored.magenta('Content:')
print json.dumps(parsed_content, indent=2, sort_keys=True)
def run():
stemmer = Stemmer("english")
pages = db.en.find()
print colored.yellow("statistic words")
wordstatistic = {}
for page in progress.bar(pages,size=db.en.count()):
data = page.get("data")
if not data:continue
content = data.get("content")
if not content:
db.en.remove({"_id":page["_id"]})
continue
words = EN_WORD_CUT.split(content)
for word in words:
w=stemmer.stemWord(word.strip()).lower()
if w and len(w)<20 and not w in EN_IGNORE:
if wordstatistic.get(w):
wordstatistic[w]+=1
else:
wordstatistic[w]=1
print colored.yellow("save to en_words_freq")
savequene = []
for k,v in progress.bar(wordstatistic.iteritems(),size=len(wordstatistic)):
savequene.append({"_id":k,"freq":v})
if len(savequene) >=1000:
db.en_words_freq.insert(savequene)
savequene=[]
if savequene:db.en_words_freq.insert(savequene)
print colored.cyan(
"count of en_words_freq: %d" % db.en_words_freq.count())
def release(jshare_db, args):
print(colored.magenta("Grabbing open notebooks..."))
time.sleep(2)
raw_notebooks = get_notebooks(jshare_db)
notebooks = {}
for port in raw_notebooks:
if not is_in_db(jshare_db, port):
notebooks[port] = raw_notebooks[port]
if len(notebooks) == 0:
print(colored.green('NO NOTEBOOKS OPEN'))
sys.exit(0)
print(colored.green('\nWhich notebook are you referring to?'))
for i, key in enumerate(notebooks):
try:
jshare_db[key]
except Exception as e:
print(' {} {}'.format(colored.cyan('| {} |'.format(key)),
notebooks[key][0]))
while (1):
if (sys.version_info > (3, 0)):
port_chosen = input(colored.cyan('NOTEBOOK PORT: '))
else:
port_chosen = raw_input(colored.cyan('NOTEBOOK PORT: '))
if port_chosen == 'q' or port_chosen == 'quit' or port_chosen == ':q':
sys.exit(0)
if port_chosen in notebooks:
break
else:
print(colored.red('ERROR: MUST ENTER A VALID NOTEBOOK PORT'))
continue
os.system('ngrok http {} > ngrok.log &'.format(port_chosen))
print(
colored.magenta(
"Opening notebook on port {} up...".format(port_chosen)))
time.sleep(10)
r = requests.get('http://127.0.0.1:4040/api/tunnels')
r.raise_for_status()
ngrok_url = r.json()['tunnels'][0]['public_url']
notebook_url = ngrok_url + '/' + '?token=' + notebooks[port_chosen][1]
jshare_db[port_chosen] = [notebooks[port_chosen][0], notebook_url]
print(
colored.green(
"Opened! To see a list of open notebooks try running jupyshare show"
))
print(colored.green("Your notebook is found on {}".format(notebook_url)))
webbrowser.get(args.browser).open_new_tab(notebook_url)
def translations(self, mods=None, lang=None):
request.disable_db = False
uid = openerp.SUPERUSER_ID
print colored.cyan("HOLAAAAA")
if mods is None:
m = request.registry.get('ir.module.module')
mods = [x['name'] for x in m.search_read(request.cr, uid,
[('state','=','installed')], ['name'])]
if lang is None:
lang = request.context["lang"]
res_lang = request.registry.get('res.lang')
ids = res_lang.search(request.cr, uid, [("code", "=", lang)])
lang_params = None
if ids:
lang_params = res_lang.read(request.cr, uid, ids[0], ["direction", "date_format", "time_format",
"grouping", "decimal_point", "thousands_sep", "view_decimal"])
# Regional languages (ll_CC) must inherit/override their parent lang (ll), but this is
# done server-side when the language is loaded, so we only need to load the user's lang.
ir_translation = request.registry.get('ir.translation')
translations_per_module = {}
messages = ir_translation.search_read(request.cr, uid, [('module','in',mods),('lang','=',lang),
('comments','like','openerp-web'),('value','!=',False),
('value','!=','')],
['module','src','value','lang'], order='module')
for mod, msg_group in itertools.groupby(messages, key=operator.itemgetter('module')):
translations_per_module.setdefault(mod,{'messages':[]})
translations_per_module[mod]['messages'].extend({'id': m['src'],
'string': m['value']} \
for m in msg_group)
return {"modules": translations_per_module,
"lang_parameters": lang_params}
def Run(graph, timetable, report):
print colored.yellow(
"[*] Adding Modules Loaded Threat Intel From Bit9.")
for item in report['process']['modload_complete']:
#print item
if item.split("|")[1] != '':
hashvalue = item.split('|')[1]
intelresult = CheckHash.Run(hashvalue)
#print intelresult
#print type(intelresult[0]['threat'])
if len(intelresult) >= 1 and intelresult[0]['threat'] == 100:
print colored.magenta("[+] Bit9 Threat Intel Hit! " +
str(hashvalue))
threatlabel = intelresult[0]['fileName'] + str(
"-Threat=") + str(intelresult[0]['threat'])
time = item.split("|")[0][:-4]
modload_name = item.split("|")[2]
time_node = GetNode.Run(graph, time, "time", float(1.0))
threat_node = GetNode.Run(graph, threatlabel, "threat",
float(5.0))
modload_node = GetNode.Run(graph, modload_name, "modload",
float(1.0))
ConnectNodes.Run(graph, time_node, modload_node)
ConnectNodes.Run(graph, modload_node, threat_node)
else:
print colored.cyan("[?] Hash not a threat, " +
str(hashvalue))
pass
print colored.green("[+] Completed.\n")
def __format_file(file_gist):
""" Formats the output for a GistFile object.
:param gist: :class: `GistFile <GistFile>` instance.
"""
# Calculate the number of columns of the current terminal window
rows, columns = os.popen('stty size', 'r').read().split()
# Prepare the Header
gist_string = colored.cyan('-' * int(columns)) + "\n"
gist_string += colored.cyan("File [" + file_gist.filename + "]\n")
gist_string += colored.cyan('-' * int(columns)) + "\n"
# Format Gist data
gist_string += (colored.green("Language:") + " " +
colored.red(file_gist.language) + "\n")
gist_string += (colored.green("Size:") + " " +
colored.red(file_gist.size) + "\n")
gist_string += (colored.green("Raw Url:") + " " +
colored.red(file_gist.raw_url + "\n"))
gist_string += (colored.green("Content:\n\n")
+ file_gist.content + "\n\n")
# Prepare the Footer
gist_string += colored.cyan('-' * int(columns)) + "\n"
return gist_string
def _imprime_output_formateado(line):
"""
Metodo: Imprime la salida en consola
formateada en base al tipo de salida
Error o Stream
"""
import re
import json
n_linea = None
# Remueve caracteres no deseados
regex_indeseados = re.compile("[\n\t\r]")
line = line.replace('\n', '').replace('{}', '"None"')
# Conversion a JSON para mejor manejo
try:
line = json.loads(line)
except ValueError:
return False
if line.get('stream', ''):
n_linea = colored.cyan( \
regex_indeseados.sub("", line.get('stream', '')))
if line.get('status', ''):
n_linea = colored.cyan( \
regex_indeseados.sub("", line.get('status', '')))
elif line.get('error', ''):
n_linea = colored.red( \
regex_indeseados.sub("", line.get('error', '')))
else:
return False
print n_linea
def __format_gist(gist):
""" Formats the output for a Gist metadata object.
:param gist: :class: `Gist <Gist>` instance.
"""
# Calculate the number of columns of the current terminal window
rows, columns = os.popen('stty size', 'r').read().split()
# Prepare the Header
gists_string = colored.cyan('-' * int(columns)) + "\n"
gists_string += colored.cyan("Gist [" + gist.identifier + "]") + '\n'
gists_string += colored.cyan('-' * int(columns)) + "\n"
# Format Gist data
gists_string += colored.green('Description:\t')
if gist.description:
gists_string += gist.description + '\n'
gists_string += colored.green('Url:\t\t')
gists_string += gist.url + '\n'
gists_string += colored.green('Html Url:\t')
gists_string += gist.html_url + '\n'
gists_string += colored.green('Private:\t')
gists_string += str(not gist.public) + '\n'
gists_string += colored.green('Files:\t\t')
gist_names = [gistfile.filename for gistfile in gist.files]
stringfiles = "[" + ", ".join(gist_names) + "]"
gists_string += colored.red(stringfiles) + '\n'
# Prepare the Footer
gists_string += colored.cyan('-' * int(columns)) + "\n"
return gists_string
def view_entry(entry, password): # pylint: disable=inconsistent-return-statements
title = entry.title
data = crypto.decrypt(entry.content, password)
if entry.sync:
clear_screen()
print("Checking for updates on note with Google Drive......")
download_drive(entry, title, data, password)
# entry = m.Note.get(m.Note.title == title)
# data = decrypt(entry.content, password)
clear_screen()
puts(colored.yellow(title))
puts(colored.blue("=" * len(title)))
puts(colored.yellow(data))
puts(colored.cyan('e) edit entry'))
puts(colored.cyan('d) delete entry'))
puts(colored.cyan('v) view previous versions'))
puts(colored.cyan('q) to return to view entries'))
next_action = input('Action: [e/d/v/q] : ').lower().strip()
if next_action == 'd':
return delete_entry(entry)
if next_action == 'e':
return edit_entry_view(entry, password)
if next_action == 'v':
return view_previous_versions(entry, password)
if next_action == 'q':
return False
def aws_sign_in(aws_profile, duration_minutes=DEFAULT_SIGN_IN_DURATION_MINUTES,
force_new=False):
"""
Create a temp session through MFA for a given aws profile
:param aws_profile: The name of an existing aws profile to create a temp session for
:param duration_minutes: How long to set the session expiration if a new one is created
:param force_new: If set to True, creates new credentials even if valid ones are found
:return: The name of temp session profile.
(Always the passed in profile followed by ':session')
"""
aws_session_profile = '{}:session'.format(aws_profile)
if not force_new \
and _has_valid_session_credentials(aws_session_profile):
return aws_session_profile
default_username = get_default_username()
if default_username.is_guess:
username = input("Enter username associated with credentials [{}]: ".format(
default_username)) or default_username
print_help_message_about_the_commcare_cloud_default_username_env_var(username)
else:
username = default_username
mfa_token = input("Enter your MFA token: ")
generate_session_profile(aws_profile, username, mfa_token, duration_minutes)
puts(colored.green(u"✓ Sign in accepted"))
puts(colored.cyan(
"You will be able to use AWS from the command line for the next {} minutes."
.format(duration_minutes)))
puts(colored.cyan(
"To use this session outside of commcare-cloud, "
"prefix your command with AWS_PROFILE={}:session".format(aws_profile)))
return aws_session_profile
def loadUser():
headers = {'User-Agent': config.tvtime["auth"]['user-agent']}
request = requests.get(config.tvtime["urls"]['user'] + "?access_token=" +
access_token,
headers=headers)
request_json = request.json()
if (request_json["result"] == "OK"):
global username
username = request_json["user"]["name"]
puts(
colored.yellow('[Plex-TvTime-Agent]') +
colored.magenta('[General]') +
"###############################################################################"
)
puts(
colored.yellow('[Plex-TvTime-Agent]') +
colored.magenta('[General]') + " Welcome " + username)
puts(
colored.yellow('[Plex-TvTime-Agent]') +
colored.magenta('[General]') +
"###############################################################################"
)
puts(
colored.yellow('[Plex-TvTime-Agent]') + colored.cyan('[Phase 1]') +
" Loading Tv Time Data ")
loadTvTimeShows()
else:
puts(
colored.yellow('[Plex-TvTime-Agent]') + colored.cyan('[Phase 1]') +
colored.red('[Error]') + " Token Expired, reauthenticate!")
authenticate()
def handle(self, *args, **options):
# Load dynamic configs - the middleware is not working here, so do this manually
config.load_app_configs()
self.stdout.write(colored.cyan('Retrieving Olap servers...'))
self.stdout.write(colored.cyan('__________________________________________________________________'))
self.stdout.write(colored.cyan('Olap servers defined in the Vique configuration:'))
self.stdout.write('')
try:
for key, values in config.OLAP_SERVERS.iteritems():
connection_succesfull = test_olap_server_connection(values['url'], values['username'], values['password'])
self.stdout.write(colored.cyan('Name : ') + key)
self.stdout.write(colored.cyan('URL : ') + values['url'])
self.stdout.write(colored.cyan('Username : '******'username'])
self.stdout.write(colored.cyan('Password : '******'password'])
self.stdout.write(colored.cyan('Connection succesfull : ') + connection_succesfull)
self.stdout.write('')
self.stdout.write(colored.cyan('__________________________________________________________________'))
self.stdout.write(colored.cyan('Finished retrieving Olap servers'))
except Exception:
self.stdout.write(colored.red('An error occured when retrieving Olap servers from Vique'))
def loadPlexShows():
global shows
headers = {'User-Agent': config.tvtime["auth"]['user-agent']}
url_params = "?X-Plex-Token=" + config.plex["auth"]['token']
request = requests.get(config.plex["auth"]['server'] +
config.plex["urls"]['library'] + url_params,
headers=headers)
tree = ElementTree.fromstring(request.content)
for show in tree.findall('Directory'):
showId = str(show.get("guid").split('//')[1].split('?')[0])
if (showId in shows):
shows[showId]["plex"] = int(show.get("viewedLeafCount"))
shows[showId]["plex_id"] = int(show.get("ratingKey"))
else:
shows[showId] = {
"plex": int(show.get("viewedLeafCount")),
"plex_id": int(show.get("ratingKey"))
}
puts(
colored.yellow('[Plex-TvTime-Agent]') + colored.cyan('[Phase 1]') +
colored.green('[Success]') + " Finished Loading Plex (total: " +
str(len(shows)) + ")")
if (len(shows) > 0):
processShows()
else:
puts(
colored.yellow('[Plex-TvTime-Agent]') + colored.cyan('[Phase 1]') +
colored.red('[Error]') + " No shows found, stopping")
def setup_jvm():
puts(colored.yellow("Starting JVM..."))
print()
import jnius
javasys = jnius.autoclass("java.lang.System")
classpath = javasys.getProperty("java.class.path")
puts(colored.cyan("Classpath:"))
puts(colored.cyan(classpath))
print()
amended_cp = ":".join(
[
classpath,
jarpath("ae-awt.jar"),
jarpath("javax-imageio.jar"),
jarpath("commons-codec-1.9.jar"),
jarpath("lire.jar"),
]
)
javasys.setProperty("java.class.path", amended_cp)
puts(colored.cyan("Classpath (amended):"))
puts(colored.cyan(amended_cp))
print()
return jnius
def addToTvTime(tvId, showData):
puts(
colored.yellow('[Plex-TvTime-Agent]') + colored.cyan('[Phase 2]') +
" Adding show (" + tvId + ") to TvTime")
global shows
shows[tvId]["tvtime"] = 0
showData["tvtime"] = 0
# add to TvTime
headers = {'User-Agent': config.tvtime["auth"]['user-agent']}
url_params = "?access_token=" + access_token + "&show_id=" + tvId
data = {'show_id': str(tvId)}
request = requests.post(config.tvtime["urls"]['follow'] + url_params,
data=data,
headers=headers)
request_json = request.json()
if (request_json["result"] == "OK"):
puts(
colored.yellow('[Plex-TvTime-Agent]') + colored.cyan('[Phase 2]') +
colored.green('[Success]') + " Added show (" + tvId + ")")
#add episodes
time.sleep(config.tvtime["auth"]['rate_time']) # Rate limit safety
addTvTimeWatched(tvId, showData)
else:
puts(
colored.yellow('[Plex-TvTime-Agent]') + colored.cyan('[Phase 2]') +
colored.red('[Error]') + " Failed to add show (" + tvId + ")")
def help():
function = {" -h ": " To display help menu.",
" -i <contest> ": " To initialize a contest directory.",
" -f ": " To create only files in a directory.",
" -i -b <contest> ": " To initialize a contest directory for practice and beginner level.",
" -i <args> -t2 <contest> ": " To initialize a contest directory and use 2nd template.",
" -i -n <file> ": " To initialize only a single file.",
" -v ": " To print version number."}
print('\n')
print(colored.red(""" ██████╗ ██████╗ ██████╗ ███████╗ ██╗ ████████╗
██╔════╝ ██╔═══██╗ ██╔══██╗ ██╔════╝ ██║ ╚══██╔══╝
██║ ██║ ██║ ██║ ██║ █████╗ ██║ ██║
██║ ██║ ██║ ██║ ██║ ██╔══╝ ██║ ██║
╚██████╗ ╚██████╔╝ ██████╔╝ ███████╗ ██║ ██║
╚═════╝ ╚═════╝ ╚═════╝ ╚══════╝ ╚═╝ ╚═╝ """))
print(colored.cyan(
"\n The CLI Script tool to help you initialize CPP files for any contest."))
print(colored.red('\n Command: '))
print(colored.cyan(" codeit <args> <filename/contestname>"))
print(colored.red('\n Args list: '))
for arg, func in function.items():
print(colored.yellow(arg) + '-'*(30-len(arg)) + '>' + colored.cyan(func))
print('\n')
def get_info(droplet, ip, args):
return "{0} => {1}{2}{3}".format(
colored.green(droplet.name),
colored.cyan(args.user),
colored.cyan("@"),
colored.cyan(ip)
)
def __format_file(file_gist):
""" Formats the output for a GistFile object.
:param gist: :class: `GistFile <GistFile>` instance.
"""
# Calculate the number of columns of the current terminal window
rows, columns = os.popen('stty size', 'r').read().split()
# Prepare the Header
gist_string = colored.cyan('-' * int(columns)) + "\n"
gist_string += colored.cyan("File [" + file_gist.filename + "]\n")
gist_string += colored.cyan('-' * int(columns)) + "\n"
# Format Gist data
gist_string += (colored.green("Language:") + " " +
colored.red(file_gist.language) + "\n")
gist_string += (colored.green("Size:") + " " +
colored.red(file_gist.size) + "\n")
gist_string += (colored.green("Raw Url:") + " " +
colored.red(file_gist.raw_url + "\n"))
gist_string += (colored.green("Content:\n\n") + file_gist.content + "\n\n")
# Prepare the Footer
gist_string += colored.cyan('-' * int(columns)) + "\n"
return gist_string
def editShow(args):
name = " ".join(args)
animeExists = searchEntry(name, ANIME_DB, True)
serieExists = searchEntry(name, SERIES_DB, True)
if animeExists == False and serieExists == False:
message = colored.red("%s doesn't exist in the database" % (name))
exit(message)
conn = sqlite3.connect(DATABASE_URL)
c = conn.cursor()
if (serieExists):
season = input(colored.cyan("Season: "))
episode = input(colored.cyan("Episode: "))
t = (
season,
episode,
name,
)
sql = "UPDATE {tn} SET Season = ?, Episode = ? WHERE Name = ?".format(
tn=SERIES_DB)
else:
episode = input(colored.cyan("Episode: "))
t = (
episode,
name,
)
sql = "UPDATE {tn} SET Episode = ? WHERE Name = ?".format(tn=ANIME_DB)
c.execute(sql, t)
conn.commit()
conn.close()
message = colored.cyan("%s was updated" % (name))
print(message)
def update_repo(key):
repo = '/'.join(key.split('/')[:2])
ref = '/'.join(key.split('/')[2:])
if not '_clone' in key:
try:
if not os.path.exists(path_for_key(key)):
debugger(colored.cyan('Cloning repo %s' % repo))
check_output([
'git', 'clone', '-b', ref,
'[email protected]:%s.git' % repo,
path_for_key(key)
])
os.chdir(path_for_key(key))
else:
os.chdir(path_for_key(key))
debugger(colored.cyan('Updating repo for %s' % key))
check_output(['git', 'pull', 'origin', '%s' % ref])
except CalledProcessError:
debugger(
colored.red(
'Looks like we got an error from a called git process. Assuming repo is gone.'
))
raise RepoGoneError
# Gravatar regardless of condition
download_gravatars(path_for_key(key))
# Yay sound.
play_sound()
def print_shell(self, *args):
try:
for arg in args:
arg = str(arg)
if isinstance(type(args), types.NoneType):
continue
if self.color == 'true':
if str(arg).count(self.ruler) == len(str(arg)):
print colored.green(arg),
elif 'Error' in arg:
print colored.red(arg),
elif ":\n=" in arg:
print colored.red(arg),
elif ':' in arg:
print colored.blue(arg),
elif 'type' in arg:
print colored.green(arg),
elif 'state' in arg or 'count' in arg:
print colored.magenta(arg),
elif 'id =' in arg:
print colored.yellow(arg),
elif 'name =' in arg:
print colored.cyan(arg),
else:
print arg,
else:
print arg,
print
except Exception, e:
print colored.red("Error: "), e
def dump_private_keys_or_addrs_chooser(wallet_obj):
'''
Offline-enabled mechanism to dump everything
'''
if wallet_obj.private_key:
puts('Which private keys and addresses do you want?')
else:
puts('Which addresses do you want?')
with indent(2):
puts(colored.cyan('1: Active - have funds to spend'))
puts(colored.cyan('2: Spent - no funds to spend (because they have been spent)'))
puts(colored.cyan('3: Unused - no funds to spend (because the address has never been used)'))
puts(colored.cyan('0: All (works offline) - regardless of whether they have funds to spend (super advanced users only)'))
puts(colored.cyan('\nb: Go Back\n'))
choice = choice_prompt(
user_prompt=DEFAULT_PROMPT,
acceptable_responses=[0, 1, 2, 3],
default_input='1',
show_default=True,
quit_ok=True,
)
if choice is False:
return
if choice == '1':
return dump_selected_keys_or_addrs(wallet_obj=wallet_obj, zero_balance=False, used=True)
elif choice == '2':
return dump_selected_keys_or_addrs(wallet_obj=wallet_obj, zero_balance=True, used=True)
elif choice == '3':
return dump_selected_keys_or_addrs(wallet_obj=wallet_obj, zero_balance=None, used=False)
elif choice == '0':
return dump_all_keys_or_addrs(wallet_obj=wallet_obj)
def get_boston_weather(boston_lat, boston_long):
weather_api_key = '3faebebd5dd5b4b45f1280a39eec2e55'
# This code handles the url endpoint for the api
weather_api_endpoint = 'https://api.darksky.net/forecast/'
destination = '{}/{},{}'.format(weather_api_key, boston_lat, boston_long)
weather_url = weather_api_endpoint + destination
# makes a request to api and responds with json
weather_request = urllib.urlopen(weather_url)
weather_response = json.load(weather_request)
# sorting json for temperature and weather summary
weather_temp = weather_response["currently"]["temperature"]
weather_summary = weather_response["minutely"]["summary"]
# change text color depending on temperature
if (weather_temp <= 32.5):
weather_temp = colored.cyan(weather_temp)
elif (weather_temp >= 33):
weather_temp = colored.cyan(weather_temp)
else:
weather_temp = colored.yellow(weather_temp)
return ("Bostons weather is %sF and %s" %
(weather_temp, weather_summary.lower()))
def print_shell(self, *args):
try:
for arg in args:
arg = str(arg)
if isinstance(type(args), types.NoneType):
continue
if self.color == "true":
if str(arg).count(self.ruler) == len(str(arg)):
print colored.green(arg),
elif "Error" in arg:
print colored.red(arg),
elif ":\n=" in arg:
print colored.red(arg),
elif ":" in arg:
print colored.blue(arg),
elif "type" in arg:
print colored.green(arg),
elif "state" in arg or "count" in arg:
print colored.magenta(arg),
elif "id =" in arg:
print colored.yellow(arg),
elif "name =" in arg:
print colored.cyan(arg),
else:
print arg,
else:
print arg,
print
except Exception, e:
print colored.red("Error: "), e
def dump_private_keys_or_addrs_chooser(wallet_obj):
'''
Offline-enabled mechanism to dump everything
'''
if wallet_obj.private_key:
puts('Which private keys and addresses do you want?')
else:
puts('Which addresses do you want?')
with indent(2):
puts(colored.cyan(' 1: Active - have funds to spend'))
puts(colored.cyan(' 2: Spent - no funds to spend (because they have been spent)'))
puts(colored.cyan(' 3: Unused - no funds to spend (because the address has never been used)'))
puts(colored.cyan(' 0: All (works offline) - regardless of whether they have funds to spend (super advanced users only)'))
choice = choice_prompt(
user_prompt=DEFAULT_PROMPT,
acceptable_responses=[0, 1, 2, 3],
default_input='1',
show_default=True,
quit_ok=True,
)
if choice in ('q', 'Q'):
return
if choice == '1':
return dump_selected_keys_or_addrs(wallet_obj=wallet_obj, zero_balance=False, used=True)
elif choice == '2':
return dump_selected_keys_or_addrs(wallet_obj=wallet_obj, zero_balance=True, used=True)
elif choice == '3':
return dump_selected_keys_or_addrs(wallet_obj=wallet_obj, zero_balance=None, used=False)
elif choice == '0':
return dump_all_keys_or_addrs(wallet_obj=wallet_obj)
def kill(jshare_db):
ngrok_processes, ngrok_dict = get_live_processes()
notebooks = get_notebooks(jshare_db)
if len(ngrok_processes) == 0:
print(colored.green('NO NOTEBOOKS ARE IN THE CLOUD'))
sys.exit(0)
print(
colored.green(
"\nWhich tunnel do you want to kill? Type 'all' if you want to shut everything down"
))
for i, key in enumerate(ngrok_dict):
if is_in_db(jshare_db, key):
if key not in notebooks:
os.system('kill {}'.format(ngrok_dict[key]))
print(
colored.magenta(
"Didn't find any notebooks on port {}. Killing ngrok connection."
.format(key)))
del jshare_db[key]
else:
print(' {} {}'.format(colored.cyan('| {} |'.format(key)),
jshare_db[key][0]))
print(' {}'.format(
colored.magenta(jshare_db[key][1])))
else:
jshare_db[key] = ["Location unknown", "Url unknown"]
print(' {} {}'.format(colored.cyan('| {} |'.format(key)),
jshare_db[key][0]))
print(' {}'.format(colored.magenta(
jshare_db[key][1])))
while (1):
port_chosen = raw_input(colored.cyan('NOTEBOOK PORT: '))
if port_chosen in ('q', 'quit', ':q'):
sys.exit(0)
if port_chosen == 'all':
for key in ngrok_dict:
os.system('kill {}'.format(ngrok_dict[key]))
print(
colored.green(
"Killed notebook listening on port {}".format(key)))
jshare_db.clear()
sys.exit(0)
if port_chosen in ngrok_dict:
break
else:
print(colored.red('ERROR: MUST ENTER A VALID NOTEBOOK PORT'))
continue
os.system('kill {}'.format(ngrok_dict[port_chosen]))
del jshare_db[port_chosen]
print(
colored.green(
"Killed notebook listening on port {}".format(port_chosen)))
sys.exit(0)
def main():
args = parse_arguments()
downloader = KippoMalware(args)
downloader.get_urls()
downloader.download_malware()
print colored.cyan(
"\nINFO => Downloading ended. The files have been stored at: %s" %
args.directory)
def unzip_tar(file, path):
print('tar -xvf {}'.format(file))
expected_name = file.replace(".tar", "")
if not os.path.isfile(path + expected_name):
puts(colored.cyan('* unzipping Tar'))
command('tar -xvf {}'.format(file), path)
else:
puts(colored.cyan('defaulting to local {}'.format(expected_name)))
def prompt_task():
title = '=' + ' ' * 10 + 'onedrive-d Preference Wizard' + ' ' * 10 + '='
puts(colored.cyan('=' * len(title)))
puts(colored.cyan(title))
puts(colored.cyan('=' * len(title)))
print_system_info()
while True:
dispatch_task()
def prompt_task():
title = "=" + " " * 10 + "onedrive-d Preference Wizard" + " " * 10 + "="
puts(colored.cyan("=" * len(title)))
puts(colored.cyan(title))
puts(colored.cyan("=" * len(title)))
print_system_info()
while True:
dispatch_task()
def prompt_task():
title = '=' + ' ' * 10 + 'onedrive-d Preference Wizard' + ' ' * 10 + '='
puts(colored.cyan('=' * len(title)))
puts(colored.cyan(title))
puts(colored.cyan('=' * len(title)))
print_system_info()
while True:
dispatch_task()
def unzip_7z(file, path):
print('7z x {} -aos'.format(file))
expected_name = file.replace(".7z", "")
if not os.path.isfile(path + expected_name):
puts(colored.cyan('* unzipping 7z'))
command('7z x {} -aos'.format(file), path)
else:
puts(colored.cyan('defaulting to local {}'.format(expected_name)))
def scrape_images(self):
"""
Method to download images found in the page
"""
if not os.path.exists(self.download_directory):
try:
os.makedirs(self.download_directory)
except:
raise DirectoryCreateError()
with indent(4, quote='>>>'):
puts(
colored.cyan('Getting html page source from ') +
colored.yellow(str(self.page_url)))
if self.is_dynamic_site or self.use_gui:
import asyncio
self.dom = asyncio.get_event_loop().run_until_complete(
self.getdynamichtmlsource(self.page_url))
else:
self.dom = self.gethtmlsource(self.page_url)
with indent(4, quote='>>>'):
puts(colored.cyan("Processing html"))
self.img_links = self.acquire_links(self.dom, self.page_url)
total_count = len(self.img_links)
if self.download_first_n:
self.img_links = self.img_links[:self.download_first_n]
self.img_count = len(self.img_links)
with indent(4, quote='>>>'):
puts(
colored.cyan("Found") + " " + colored.yellow(
str(total_count) + " " + colored.cyan("images")))
puts(
colored.cyan("Downloading " + str(self.img_count) +
" images to " + self.download_directory))
pool_size = max(self.img_count, self.max_threads)
pool = ThreadPool(pool_size)
pb = ProgressBar(maxval=self.img_count).start()
for link in self.img_links:
file_location = self.download_directory+"/" + \
link.split('/')[len(link.split('/'))-1]
pool.add_task(self.download_img, link, file_location, pb)
pool.wait_completion()
pb.finish()
puts(
colored.green("\nSuccessfull downloads: " +
str(len(self.downloaded_links))))
puts(colored.red("Failed downloads: " + str(len(self.failed_links))))
def get_help_text(cls, **kwargs):
all_possible_args = sorted(cls.get_all_default_args().keys())
name = kwargs.get('name', cls.__name__)
if len(all_possible_args) > 0:
print colored.cyan("Possible arguments for %s: " % name)
for k in sorted(cls.get_all_default_args().keys()):
print "\t <%s>" % k
else:
print colored.cyan("No arguments needed for %s" % name)
def register(self, app_id, name, link):
if app_id in self.registry:
raise AlreadyRegistered
print "Registering {} at {}".format(colored.cyan(name), colored.cyan(link))
self.registry[app_id] = {
'name': name,
'link': link,
}
def print_search(query):
# Scraping vibeclouds
url = 'http://www.vibeclouds.net/tracks/{}.html'.format(format_query(query))
results = requests.get(url)
html = BeautifulSoup(results.text)
ul = html.find('ul', class_='results')
lis = ul.find_all('li')
if not lis:
puts(colored.red('\tNo matches found.'))
sys.exit()
options = {}
for i, v in enumerate(lis, 1):
artist = v.find('a', rel='nofollow').text.strip()
title = v.find('span', class_='songName').text
unparsed_link = v.find('p', class_='downloadButton').get('onclick')
dl_link_search = re.search("location.href='(.*)'", unparsed_link)
if dl_link_search:
dl_link = dl_link_search.group(1)
options[i] = (artist, title, dl_link)
for k, v in options.items():
puts(colored.green('\t{}: {}{}'.format(k, v[0], v[1])))
# User-input to choose song
opt = 'N'
while opt != 'Y':
choice = int(input('Enter index of song: '))
try:
chosen_link = options[choice][2]
except KeyError:
print('Invalid index; try again.')
continue
size, count = 0.000165, 0
while size == 0.000165:
if count >= 30:
break
r = requests.head(chosen_link)
size = int(r.headers['content-length']) / 1000000
count += 1
puts(colored.cyan('The file is {} MB. Proceed? (Y/N) '.format(size)))
opt = input('> ')
default_name = re.search('track/.*/(.*.mp3)', chosen_link).group(1)
puts(colored.cyan('Name your file (default: {}):'.format(default_name)))
file_name = input('> ')
file_name = file_name or default_name
return chosen_link, file_name
def Simulate():
try:
ndays = int(sys.argv[4])
except IndexError:
print colored.red("Number of days missing missing: python main.py simulate [ndays]")
print colored.yellow("Asumming 1 day simulation:")
ndays = 1
for i in ndays:
print colored.cyan("Simulating day "),
print colored.cyan(i)
def release(jshare_db, args):
print(colored.magenta("Grabbing open notebooks..."))
time.sleep(2)
raw_notebooks = get_notebooks(jshare_db)
notebooks = {}
for port in raw_notebooks:
if not is_in_db(jshare_db, port):
notebooks[port] = raw_notebooks[port]
if len(notebooks) == 0:
print(colored.green('NO NOTEBOOKS OPEN'))
sys.exit(0)
print(colored.green('\nWhich notebook are you referring to?'))
for i, key in enumerate(notebooks):
try:
jshare_db[key]
except Exception as e:
print(' {} {}'.format(colored.cyan('| {} |'.format(key)), notebooks[key][0]))
while(1):
if (sys.version_info > (3, 0)):
port_chosen = input(colored.cyan('NOTEBOOK PORT: '))
else:
port_chosen = raw_input(colored.cyan('NOTEBOOK PORT: '))
if port_chosen == 'q' or port_chosen == 'quit' or port_chosen == ':q':
sys.exit(0)
if port_chosen in notebooks:
break
else:
print(colored.red('ERROR: MUST ENTER A VALID NOTEBOOK PORT'))
continue
os.system('ngrok http {} > ngrok.log &'.format(port_chosen))
print(colored.magenta("Opening notebook on port {} up...".format(port_chosen)))
time.sleep(10)
r = requests.get('http://127.0.0.1:4040/api/tunnels')
r.raise_for_status()
ngrok_url = r.json()['tunnels'][0]['public_url']
notebook_url = ngrok_url + '/' + '?token=' + notebooks[port_chosen][1]
jshare_db[port_chosen] = [notebooks[port_chosen][0], notebook_url]
print(colored.green("Opened! To see a list of open notebooks try running jupyshare show"))
print(colored.green("Your notebook is found on {}".format(notebook_url)))
webbrowser.get(args.browser).open_new_tab(notebook_url)
def hash_lookup(hashvalue):
#used for getting hash state info
#if it exists, prompt to ban, if it does not, prompt to ban pre-emptively
if len(hashvalue)==32:
print colored.yellow("[*] MD5 Detected.")
hashtype="md5"
if len(hashvalue)==40:
print colored.yellow("[*] SHA-1 Detected.")
hashtype="sha1"
if len(hashvalue)==64:
print colored.yellow("[*] SHA-256 Detected.")
hashtype="sha256"
print colored.yellow("[*] Checking "+str(hashvalue))
hashstate=bit9.check_hash(hashtype, hashvalue)
if len(hashstate)==0:
print colored.cyan("[?] Hash not found in Bit9.")
cb.check_execution(str(hashvalue))
pass
else:
if hashstate[0]['effectiveState']!='Banned':
print colored.yellow("[*] Hash is not Banned")
cb.check_execution(hashstate[0]['md5'])
print colored.cyan("https://www.virustotal.com/latest-report.html?resource="+str(hashstate[0]['sha256']))
print colored.cyan("[i] Prevalence: "+str(hashstate[0]['prevalence']))
print colored.cyan("[?] File Name: "+str(hashstate[0]['fileName']))
print colored.cyan("[?] Path: "+str(hashstate[0]['pathName']))
try:
print colored.magenta("[?] "+str(hashstate[0]['fileName'])+" is not Banned, shall we?")
except:
print colored.yellow("[*] Can't print filename, strange characters.")
pass
userinput=get_user_input()
if userinput==True:
bit9.ban_hash(hashstate[0]['sha256'], hashstate[0]['fileName'])
if userinput==False:
print colored.yellow("[*] Okay then, not banning the hash.")
if hashstate[0]['publisherState']>0:
print colored.magenta("[?] "+hashstate[0]['fileName']+" also has a publisher, "+hashstate[0]['publisher']+" shall we Ban it?")
userinput=get_user_input()
if userinput==True:
bit9.ban_certificate(hashstate)
if userinput==False:
print colored.yellow("[*] Okay then, not banning the Certificate.")
else:
print colored.yellow("[*] Hash is banned.")
print colored.magenta("[?] Check Carbon Black?")
userinput=get_user_input()
if userinput==True:
cb.check_execution(hashstate[0]['md5'])
def show_logo2(self):
print colored.cyan("""
|`-._/\_.-`| 1 = 'Malicious File'
| || | 2 = 'Potential Risk File'
|___o()o___| 3 = FireEye 'Malicious File' (not finished)
|__((<>))__| 4 = Hash
\ o\/o / 5 = Certificate (not finished)
\ || / 0 = Quit
\ || /
'.||.'
``
""")
def show_logo2():
print colored.cyan("""
|`-._/\_.-`| 1 = 'Malicious File'
| || | 2 = 'Potential Risk File'
|___o()o___| 3 = FireEye 'Malicious File'
|__((<>))__| 4 = Hash
\ o\/o / 5 = Certificate (not finished)
\ || / 6 = Computer lookup
\ || / 0 = Exit
'.||.'
``
""")
def showProcess():
print colored.yellow("\nViewing proccesses currently running: ")
print colored.cyan("Output will be OVERWRITTEN to logs/showprovess.txt")
subprocess.call(["ps", "aux"])
print
##LOG UPDATER
os.system("echo >> logs/log.txt")
os.system("echo `date` >> logs/log.txt")
os.system("echo \"Show system processes via MANDY, entry \"process\".\" >> logs/log.txt")
os.system("echo \"Commands Executed: ps aux\" >> logs/log.txt")
os.system("echo >> logs/log.txt")
