def request_task():
# signature and communication
key =cf.get("current","key_signature") #'123456'
msg = str(random.uniform(1,100))
sign = hmac.new(key,msg).hexdigest()
#url = 'http://localhost/test999.php'
url = cf.get("current","url_request")# 'http://wtf.zbj.com/index.php?m=index&c=tools&a=scanport'
values = {'msg':msg,'sign':sign}
data = urllib.urlencode(values)
req = urllib2.Request(url,data)
res = urllib2.urlopen(req).read()
b = re.findall('\n\n(.*?)\n\n',res)
print 'response form web:' +res
# print 'len(b) = ' +str(len(b))
# print b
if res == 'none':
print 'no task is running,waiting for task'
elif b[2] != 'none':
insert_a_task(b[0],'0')
confirm(b[0])
path = cf.get("current","root_path") + 'wyportmap/wyportmap.py '
cmd = 'python '+' ' + path + ' '+ b[1] +' ' + b[0] + ' ' + b[2]
os.system(cmd)
get_and_send_result(b[0])
# delete_a_task(b[0])
elif b[2] == 'none':
insert_a_task(b[0],'0')
confirm(b[0])
cmd = 'python' + ' ' + path +' ' + b[1] +' ' + b[0]
os.system(cmd)
get_and_send_result(b[0])
# delete_a_task(b[0])
else:
print 'the form of the task is not right,or other problem see request_task.py'
def pull_cfgs(args):
redirect = []
auditcreeper = False
commands = initialize.configuration
argument_node = args.node
output = False
argument_node = args.node
remediation = False
with_remediation = False
### NODE_OBJECT IS A LIST OF ALL THE NODES IN THE DATABASE WITH ALL ATTRIBUTES
node_object = process_nodes()
### MATCH_NODE IS A LIST OF NODES THAT MATCHES THE ARGUEMENTS PASSED IN BY USER
match_node = search_node(argument_node,node_object)
if(len(match_node) == 0):
print("[+] [NO MATCHING NODES AGAINST DATABASE]")
print("")
else:
node_element(match_node,node_object)
node_create(match_node,node_object)
for index in initialize.element:
redirect.append('pull_cfgs')
confirm(redirect,commands)
print("")
def request_task():
# signature and communication
key = '123456'
msg = str(random.uniform(1,100))
sign = hmac.new(key,msg).hexdigest()
#url = 'http://localhost/test999.php'
url = 'http://wtf.thinkphp.com/index.php?m=index&c=tools&a=scanport'
values = {'msg':msg,'sign':sign}
data = urllib.urlencode(values)
req = urllib2.Request(url,data)
res = urllib2.urlopen(req).read()
b = re.findall('\n\n(.*?)\n\n',res)
print 'response form web:' +res
print 'len(b) = ' +str(len(b))
# print b
if res == 'none':
print 'passed'
elif b[2] != 'none':
insert_a_task(b[0],'0')
confirm(b[0])
cmd = 'python /root/workspace/test/fireEye/wyportmap/wyportmap.py ' + b[1] +' ' + b[0] + ' ' + b[2]
os.system(cmd)
get_and_send_result(b[0])
# delete_a_task(b[0])
elif b[2] == 'none':
insert_a_task(b[0],'0')
confirm(b[0])
#run_wyportmap(b[1],b[0])
cmd = 'python /root/workspace/test/fireEye/wyportmap/wyportmap.py ' + b[1] +' ' + b[0]
os.system(cmd)
get_and_send_result(b[0])
# delete_a_task(b[0])
else:
print 'the form of the task is not right,or other problem see request_task.py'
def auditdiff(args):
redirect = []
redirect.append('exec_cmd')
index = 0
ext = '.jinja2'
auditcreeper_flag = False
output = True
commands = initialize.configuration
argument_node = args.node
remediation = False
if (args.file is None):
# print("ARGS.FILE IS NONE")
template_list = []
auditcreeper_flag = True
else:
# print("ARGS.FILE IS VALID")
template = args.file + ext
template_list = []
template_list.append(template)
### NODE_OBJECT IS A LIST OF ALL THE NODES IN THE DATABASE WITH ALL ATTRIBUTES
node_object = process_nodes()
### NODE_TEMPLATE IS A LIST OF ALL THE TEMPLATES BASED ON PLATFORMS AND DEVICE TYPE
node_template = process_templates()
### MATCH_NODE IS A LIST OF NODES THAT MATCHES THE ARGUEMENTS PASSED IN BY USER
match_node = search_node(argument_node, node_object)
### MATCH_TEMPLATE IS A LIST OF 'MATCH' AND/OR 'NO MATCH' IT WILL USE THE MATCH_NODE
### RESULT, RUN IT AGAINST THE NODE_OBJECT AND COMPARES IT WITH NODE_TEMPLATE DATABASE
### TO SEE IF THERE IS A TEMPLATE FOR THE SPECIFIC PLATFORM AND TYPE.
match_template = search_template(template_list, match_node, node_template,
node_object, auditcreeper_flag)
### THIS WILL PARSE OUT THE GENERATED CONFIGS FROM THE *.JINJA2 FILE TO A LIST
if (len(match_node) == 0):
print("[+] [INVALID MATCHING NODES AGAINST DATABASE]")
print("")
elif ('NO MATCH' in match_template):
# print("+ [NO MATCHING TEMPLATE AGAINST DATABASE]")
print("")
else:
node_create(match_node, node_object)
auditdiff_engine(template_list, node_object, auditcreeper_flag, output,
remediation)
# print ("THESE ARE THE COMMANDS: {}".format(commands))
if (len(initialize.configuration) == 0):
pass
else:
if (remediation):
confirm(redirect, commands)
# multithread_engine(initialize.ntw_device,controller,commands)
print("")
def pull_cfgs(args):
argument_confirm = args.confirm
argument_node = args.node
commands = initialize.configuration
output = False
redirect = []
authentication = True
"""
:param argument_configm: Argument accepted as boolean
:type augument_confirm: bool
:param argument_node: Argument accepted as regular expression.
:type augument_node: str
:param commands: Referenced to global variable commands which keeps track of all commands per node.
:type commands: list
:param output: Flag to output to stdout.
:type ext: bool
:param redirect: A list of which method superloop will access. This variable is sent to the multithread_engine. Each element is a redirect per node.
:type alt_key_file: list
"""
try:
if argument_confirm is None or argument_confirm.lower() == 'true':
confirm_flag = True
elif argument_confirm.lower() == 'false':
confirm_flag = False
else:
raise argparse.ArgumentTypeError('Boolean value expected.')
node_object = process_nodes()
match_node = search_node(argument_node, node_object)
"""
:param node_object: All node(s) in the database with all attributes.
:type node_object: list
:param match_node: Nodes that matches the arguements passed in by user.
:type match_node: list
"""
if len(match_node) == 0:
print('+ No matching node(s) found in database.')
print('')
else:
node_element(match_node, node_object)
node_create(match_node, node_object)
for index in initialize.element:
redirect.append('pull_cfgs')
if (confirm_flag):
confirm(redirect, commands, authentication)
else:
multithread_engine(initialize.ntw_device, redirect, commands,
authentication)
print('')
except Exception as error:
print('ExceptionError: an exception occured')
print(error)
return None
def push_cfgs(args):
redirect = []
ext = '.jinja2'
commands = initialize.configuration
auditcreeper_flag = False
output = False
argument_node = args.node
remediation = True
with_remediation = True
if(args.file is None):
# print("ARGS.FILE IS NONE")
template_list = []
auditcreeper_flag = True
else:
# print("ARGS.FILE IS VALID")
template = args.file + ext
template_list = []
template_list.append(template)
### NODE_OBJECT IS A LIST OF ALL THE NODES IN THE DATABASE WITH ALL ATTRIBUTES
node_object = process_nodes()
### NODE_TEMPLATE IS A LIST OF ALL THE TEMPLATES BASED ON PLATFORMS AND DEVICE TYPE
node_template = process_templates()
### MATCH_NODE IS A LIST OF NODES THAT MATCHES THE ARGUEMENTS PASSED IN BY USER
match_node = search_node(argument_node,node_object)
### MATCH_TEMPLATE IS A LIST OF 'MATCH' AND/OR 'NO MATCH' IT WILL USE THE MATCH_NODE
### RESULT, RUN IT AGAINST THE NODE_OBJECT AND COMPARES IT WITH NODE_TEMPLATE DATABASE
### TO SEE IF THERE IS A TEMPLATE FOR THE SPECIFIC PLATFORM AND TYPE.
match_template = search_template(template_list,match_node,node_template,node_object,auditcreeper_flag)
### THIS WILL PARSE OUT THE GENERATED CONFIGS FROM THE *.JINJA2 FILE TO A LIST
if(len(match_node) == 0):
print("+ [NO MATCHING NODES AGAINST DATABASE]")
print("")
elif('NO MATCH' in match_template):
print("+ [NO MATCHING TEMPLATE AGAINST DATABASE]")
print("")
else:
node_create(match_node,node_object)
render(template_list,node_object,auditcreeper_flag,output,with_remediation)
for index in initialize.element:
redirect.append('push_cfgs')
confirm(redirect,commands)
print("")
def check_last_update():
"""
Checks when the system was last updated.
If the system was not updated for the last 2 days, updates system.
"""
update_path = os.getcwd() + "/Text_Files/prev_update.txt"
f_update = open(update_path, 'r+')
prev_date = f_update.read().strip().split("/")
current_date = time.strftime("%d/%m/%Y")
date = current_date.strip().split("/")
if (int(date[0])-int(prev_date[0]) > 2) or \
(int(date[1])-int(prev_date[1]) > 0) or \
(int(date[2])-int(prev_date[2]) > 0):
if ping() == 1:
speak("Hey, I just realised that it's been a while that " \
"your system has been updated.")
speak("Would you like to update system now?")
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify
if confirm(reply) == 1:
speak("Please input password to update system.")
os.system("sudo apt-get update && apt-get upgrade")
f_update.seek(0)
f_update.write(current_date)
f_update.truncate()
speak("System successfully updated.")
else:
speak("It's been a while since your system has been updated. " \
"I can't update it now, since Internet is down.")
f_update.close()
def check_reminder():
"""
Checks if you have any reminder set for today.
"""
current_date = datetime.now().strftime('%Y-%m-%d %H:%M:%S')
c_year = current_date[0:4]
c_month = current_date[5:7]
c_date = current_date[8:10]
to_del = ''
reminder_path = os.getcwd() + "/Text_Files/reminder.txt"
f_reminder = open(reminder_path, "r+")
for line in f_reminder:
r_date = line[0:2]
if r_date == c_date:
r_month = line[3:5]
if r_month == c_month:
r_year = line[6:10]
if r_year == c_year:
speak("You have a reminder set for today." \
"This is what it says: \n" + line[11:])
speak("Would you like me to delete the reminder now?")
reply = raw_input('\033[1m' + 'Username ' +
'\033[0m') #modify
if confirm(reply) == 1:
to_del = line
#TO FINISH
f_reminder.close()
def save_tag(self, val):
if not CONFIRM_NEW_TAGS:
return True
elif confirm('Do you want to add "%s" to your tag list ?' % val,
'Confirm new tag', self):
return True
else:
return False
def push_local(args):
argument_filename = args.filename
argument_node = args.node
commands = initialize.configuration
redirect = []
authentication = True
"""
:param argument_filename: Argument accepted as template name.
:type augument_filename: str
:param argument_node: Argument accepted as regular expression.
:type augument_node: str
:param commands: Referenced to global variable commands which keeps track of all commands per node.
:type commands: list
:param redirect: A list of which method superloop will access. This variable is sent to the multithread_engine. Each element is a redirect per node.
:type alt_key_file: list
"""
node_object = process_nodes()
match_node = search_node(argument_node, node_object)
"""
:param node_object: All node(s) in the database with all attributes.
:type node_object: list
:param match_node: Nodes that matches the arguements passed in by user.
:type match_node: list
"""
if len(match_node) == 0:
print('+ No matching node(s) found in database.')
print('')
else:
node_element(match_node, node_object)
node_create(match_node, node_object)
for index in initialize.element:
redirect.append('push_cfgs')
for index in initialize.element:
config_list = []
with open('{}/{}'.format(get_home_directory(), argument_filename),
'r') as file:
init_config = file.readlines()
parse_commands(node_object[index], init_config, set_notation=True)
confirm(redirect, commands, authentication)
return None
def fn_close_tab():
"""
Closes a firefox tab.
"""
speak('Do you want me to close the current tab?')
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify: Change "Username"
if confirm(reply) == 1:
os.system('wmctrl -a firefox; xdotool key Ctrl+w;')
else:
speak('Ok')
return
def movienamer(movie):
directory = '/'.join(movie.split('/')[:-1])
filename, extension = os.path.splitext(os.path.basename(movie))
results = identify(filename, directory)
if len(results) == 0:
print 'No results found. Skipping movie file\n'
return False
action = confirm(results, filename, extension)
if action == 'SKIP':
print 'Skipping movie file\n'
return False
elif action == 'QUIT':
print 'Exiting movienamer'
sys.exit()
else:
i = int(action)
result = results[i-1]
if directory == '':
directory = '.'
dest = (directory + '/' +
result['title'] +
' [' + result['year'] + ']' +
extension)
if os.path.isfile(dest):
print 'File already exists: ' + dest
print 'Overwrite?'
final_confirmation = raw_input('([y]/n/q)'.encode('utf-8')).lower()
if final_confirmation == '':
final_confirmation = 'y'
if final_confirmation not in ['y', 'n', 'q']:
final_confirmation = raw_input(
'([y]/n/q)'.encode('utf-8')).lower()
if final_confirmation == '':
final_confirmation = 'y'
if final_confirmation == 'n':
print 'Skipping movie file\n'
return False
elif final_confirmation == 'q':
print 'Exiting movienamer'
sys.exit()
return movie, dest
def movienamer(movie):
directory = '/'.join(movie.split('/')[:-1])
filename, extension = os.path.splitext(os.path.basename(movie))
results = identify(filename, directory)
if len(results) == 0:
print movie + ': No results found. Skipping movie file\n'
return False
action = confirm(results, filename, extension)
if action == 'SKIP':
print 'Skipping movie file\n'
return False
elif action == 'QUIT':
print 'Exiting movienamer'
sys.exit()
else:
i = int(action)
result = results[i - 1]
if directory == '':
directory = '.'
title = makeValidFilename(result['title'], False, True, "", "_")
dest = (directory + '/' + title + ' (' + result['year'] + ')' +
extension)
if os.path.isfile(dest):
print 'File already exists: ' + dest
print 'Overwrite?'
final_confirmation = raw_input('([y]/n/q)'.encode('utf-8')).lower()
if final_confirmation == '':
final_confirmation = 'y'
if final_confirmation not in ['y', 'n', 'q']:
final_confirmation = raw_input(
'([y]/n/q)'.encode('utf-8')).lower()
if final_confirmation == '':
final_confirmation = 'y'
if final_confirmation == 'n':
print 'Skipping movie file\n'
return False
elif final_confirmation == 'q':
print 'Exiting movienamer'
sys.exit()
return movie, dest
def push_local(args):
redirect = []
commands = initialize.configuration
argument_node = args.node
filename = args.filename
### NODE_OBJECT IS A LIST OF ALL THE NODES IN THE DATABASE WITH ALL ATTRIBUTES
node_object = process_nodes()
### MATCH_NODE IS A LIST OF NODES THAT MATCHES THE ARGUEMENTS PASSED IN BY USER
match_node = search_node(argument_node, node_object)
if (len(match_node) == 0):
print("+ [NO MATCHING NODES AGAINST DATABASE]")
print("")
else:
node_element(match_node, node_object)
node_create(match_node, node_object)
for index in initialize.element:
redirect.append('push_cfgs')
home_directory = os.path.expanduser('~')
for index in initialize.element:
config_list = []
f = open("{}/{}".format(home_directory, filename), "r")
init_config = f.readlines()
parse_commands(node_object[index], init_config)
confirm(redirect, commands)
def fn_write_mail(name):
"""
If an Internet connection is there:
Checks if the given name exists in directory.
If it does, asks user to write the mail, then send.
Else, asks for a valid email-id. Then asks the user to write.
Else quits.
"""
if ping() == 0:
speak("Sorry. The Internet is down currently.")
return
counter = 0
email_path = os.getcwd() + "/Text_Files/email_id.txt"
f_email = open(email_path)
for line in f_email:
print line
name_list = line.strip().split("-")
if name.lower() == ''.join(name_list[0:1]).lower():
counter = 1
email_id = ''.join(name_list[1:2])
speak("Now write the mail. Press Control+D when you are done.")
os.system('mail ' + email_id)
speak("The mail has been sent.")
break
f_email.close()
if counter == 0:
speak("Sorry. The name doesn't exist in the directory."
"You'll have to give me the person's email address"
" for me to mail him. Would you like to do that?")
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify: Change "Username"
if confirm(reply) == 1:
speak("Ok. Now please enter a valid email address.")
email_id = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify: Change "Username"
speak("Now write the mail. " "Press Control+D when you are done.")
os.system('mail ' + email_id)
speak("The mail has been sent.")
else:
speak("As you wish.")
def fn_search(word):
"""
Calls ping().
If success:
Searches for the given sentence.
"""
if ping() == 0:
return
speak('Would you like me to search for "' + word + '"?')
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify: Change "Username"
if confirm(reply) == 1:
word = word.replace(" ", "+")
search_link = "www.google.co.in/#q=" + word
speak('Cool. Here are the results.')
os.system('guake -n CUR_DIR -e "firefox "' + search_link +
'" & >/dev/null"')
os.system("guake -s 1")
os.system("guake -s 2 -e exit")
return
else:
speak("As you wish.")
return
# SERVERSIDE SCRIPT
from confirm import confirm
confirm()
import pandas as pd
import numpy as np
from ratelimiter import RateLimiter
from pymongo import MongoClient
from bson.objectid import ObjectId
import boto3
import pprint
p = lambda x: pprint.PrettyPrinter(depth=6).pprint(x)
db = MongoClient('mongodb://@54.183.229.143', 27017)
# Creating DB
reviews = db.project.reviews.find({}, {
'_id': 1,
'review_id': 1,
'title': 1,
'content': 1
})
df = pd.DataFrame(reviews)
df = df[['_id', 'review_id', 'title', 'content']]
def auditdiff(args):
argument_node = args.node
auditcreeper = False
commands = initialize.configuration
ext = '.jinja2'
output = True
redirect = []
with_remediation = False
"""
:param argument_node: Argument accepted as regular expression.
:type augument_node: str
:param auditcreeper: When auditcreeper is active/non-active.
:type auditcreeper: bool
:param commands: Referenced to global variable commands which keeps track of all commands per node.
:type commands: list
:param ext: File extention
:type ext: str
:param output: Flag to output to stdout.
:type ext: bool
:param redirect: A list of which method superloop will access. This variable is sent to the multithread_engine. Each element is a redirect per node.
:type alt_key_file: list
:param with_remediation: Current function to remediate or not remediate.
:type ext: bool
"""
redirect.append('exec_cmd')
if args.file is None:
template_list = []
auditcreeper = True
else:
template = args.file + ext
template_list = []
template_list.append(template)
node_object = process_nodes()
node_template = process_templates()
match_node = search_node(argument_node,node_object)
match_template = search_template(template_list,match_node,node_template,node_object,auditcreeper)
"""
:param node_object: All node(s) in the database with all attributes.
:type node_object: list
:param node_template: All templates based on hardware_vendor and device type.
:type node_template: list
:param match_node: Nodes that matches the arguements passed in by user.
:type match_node: list
:param match_template: Return a list of 'match' and/or 'no match'.
:type match_template: list
"""
if len(match_node) == 0:
print('+ No matching nodes found in database.')
print()
elif 'NO MATCH' in match_template:
print()
else:
node_create(match_node,node_object)
mediator(template_list,node_object,auditcreeper,output,with_remediation)
if(len(initialize.configuration) == 0):
pass
else:
if(remediation):
confirm(redirect,commands)
return None
if 'read' in filtered_sentence or \
'unread' in filtered_sentence or \
'check' in filtered_sentence or \
'see' in filtered_sentence:
firefox.fn_read_mail()
elif filtered_sentence[-1] != 'mail':
pos = filtered_sentence.index('mail') + 1
firefox.fn_write_mail(filtered_sentence[pos])
elif filtered_sentence[-1] == 'mail':
speak("Whom would you like to mail?")
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify
firefox.fn_write_mail(reply)
else:
speak("Do you want to mail somebody?"
" Then type: 'mail person's_name'")
speak("Or do you want to read your emails?"
"Then simply type: 'read mail'")
elif 'shutdown' in filtered_sentence:
speak("Would you like me to shutdown the system?")
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify
if confirm(reply) == 1:
speak("Shutting down system now. Goodbye!")
os.system("sudo shutdown -h now")
else:
speak("As you wish.")
else:
speak(converse(string))
return None
def tzara(string):
"""
Searches the input string for keywords, or commands.
If keywords are found, it calls appropriate function.
List of functions:
(1) Open (website, pdf, folder, terminal, reminder)
(2) Play (movies, songs)
(3) Tell the time.
(4) Google, or search for a string online.
(5) Close (tab, song, movie, pdf)
(6) Mail (read, send)
(7) Shutdown
(8) Reminder
"""
#Splitting each sentence in a list of words.
word_list = word_tokenize(string)
#Setting up stop_words: words that are redundant.
stop_words = set(stopwords.words('english'))
#Creating space for a list of sentences without stop_words.
if "search" not in word_list and "google" not in word_list:
filtered_sentence = [w for w in word_list if not w in stop_words]
else:
filtered_sentence = [w for w in word_list]
if 'open' in filtered_sentence:
#OPEN WEBSITE
if 'site' in filtered_sentence:
print "in function"
filtered_sentence = [w for w in filtered_sentence \
if w != "called" and w != "named"]
firefox.fn_open_site( \
filtered_sentence[filtered_sentence.index('site') + 1])
elif 'website' in filtered_sentence and \
filtered_sentence.index('open') \
< filtered_sentence.index('website'):
firefox.fn_open_site( \
filtered_sentence[filtered_sentence.index('website') + 1])
#OPEN PDF
elif 'pdf' in filtered_sentence and \
filtered_sentence.index('open') \
< filtered_sentence.index('pdf'):
filtered_sentence = \
[w for w in filtered_sentence \
if w != "called" and w != "named"]
fn_open_pdf(filtered_sentence[filtered_sentence.index('pdf') + 1])
#OPEN FOLDER
elif 'folder' in filtered_sentence and \
filtered_sentence.index('open') \
< filtered_sentence.index('folder'):
if "called" in string:
pos = string.index("called") + 7
string = string[pos:]
elif "named" in string:
pos = string.index("named") + 6
string = string[pos:]
else:
pos = string.index("folder")+7
string = string[pos:]
open_folder(string)
#OPEN TERMINAL
elif 'terminal' in filtered_sentence and \
filtered_sentence.index('open') \
< filtered_sentence.index('terminal'):
terminal.terminal()
#OPEN REMINDER
elif 'reminder' in filtered_sentence:
reminder.reminder()
elif len(filtered_sentence) > 1:
sites_path = os.getcwd() + "/Text_Files/comn_sites.txt"
f_sites = open(sites_path, "r")
for line in f_sites:
name_list = line.strip().split("-")
#if (n.lower()==''.join(name_list[0:1]).lower()):
# counter=1
# email_id=''.join(name_list[1:2])
pos = filtered_sentence.index('open')+1
if ''.join(filtered_sentence[pos]).lower() \
in ''.join(name_list[0:1]).lower():
print ''.join(name_list[1:2])
firefox.fn_open_site(''.join(name_list[1:2]))
f_sites.close()
else:
speak("You want me to open something,"
"but I'm not sure what. Could you please repeat?")
elif 'terminal' in filtered_sentence:
speak("Would you like me to open the terminal for you?")
reply = raw_input('\033[1m'+'Username: '******'\033[0m') #modify
if confirm(reply) == 1:
terminal.terminal()
else:
speak("As you wish.")
elif 'movie' in filtered_sentence:
#PLAY MOVIE
filtered_sentence = [w for w in filtered_sentence \
if w != "called" and w != "named" and w != "titled"]
pos = filtered_sentence.index('movie') + 1
fn_movie(filtered_sentence[pos])
#PLAY SONG
elif 'song' in filtered_sentence and filtered_sentence.index('play') \
< filtered_sentence.index('song'):
filtered_sentence = [w for w in filtered_sentence \
if w != "called" and w != "named" and w != "titled"]
pos = filtered_sentence.index('song') + 1
fn_play_song(filtered_sentence[pos])
elif 'time' in filtered_sentence:
speak(time.strftime("%A") + " " \
+ str(datetime.datetime.now())[:16])
elif 'google' in filtered_sentence:
if len(filtered_sentence) > 1:
pos = filtered_sentence.index('google') + 1
if 'word' in filtered_sentence \
and filtered_sentence[-1] != 'word':
filtered_sentence = \
[w for w in filtered_sentence if w != "word"]
search_string = ''.join(filtered_sentence[pos:])
firefox.fn_search(search_string)
else:
speak("If you want me to open google, say 'open google'")
speak("If you want me to search for a word,"
"say 'google <word>'")
elif 'search' in filtered_sentence:
if filtered_sentence[-1] == "search":
speak("Enter the word you would like me to search.")
search_string = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify
firefox.fn_search(search_string)
return
pos = filtered_sentence.index('search') + 1
search_string = " ".join(filtered_sentence[pos:])
firefox.fn_search(search_string)
elif 'reminder' in filtered_sentence:
speak("Opening reminder")
reminder.reminder()
elif 'close' in filtered_sentence:
if 'tab' in filtered_sentence:
firefox.fn_close_tab()
speak('There you go!')
if 'song' in filtered_sentence:
fn_close_song()
if 'movie' in filtered_sentence:
fn_close_movie()
if 'pdf' in filtered_sentence:
fn_close_pdf()
else:
speak("I figure you want me to close something,"
"but I'm not sure what!")
elif 'ping' in filtered_sentence:
firefox.ping()
elif 'mail' in filtered_sentence:
if 'read' in filtered_sentence or \
'unread' in filtered_sentence or \
'check' in filtered_sentence or \
'see' in filtered_sentence:
firefox.fn_read_mail()
elif filtered_sentence[-1] != 'mail':
pos = filtered_sentence.index('mail') + 1
firefox.fn_write_mail(filtered_sentence[pos])
elif filtered_sentence[-1] == 'mail':
speak("Whom would you like to mail?")
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify
firefox.fn_write_mail(reply)
else:
speak("Do you want to mail somebody?"
" Then type: 'mail person's_name'")
speak("Or do you want to read your emails?"
"Then simply type: 'read mail'")
elif 'shutdown' in filtered_sentence:
speak("Would you like me to shutdown the system?")
reply = raw_input('\033[1m' + 'Username: '******'\033[0m') #modify
if confirm(reply) == 1:
speak("Shutting down system now. Goodbye!")
os.system("sudo shutdown -h now")
else:
speak("As you wish.")
else:
speak(converse(string))
return None
def confirmed_move(self,ra,dec):
self.x += ra
self.y += dec
self.move(ra,dec)
while confirm('Is position at %d,%d'%(self.x,self.y),resp=True) == False:
self.move(ra,dec)
def main():
curve = ellipticCurve(
q=
0x01FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFA51868783BF2F966B7FCC0148F709A5D03BB5C9B8899C47AEBB6FB71E91386409,
a=
0x01FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFC,
b=
0x0051953EB9618E1C9A1F929A21A0B68540EEA2DA725B99B315F3B8B489918EF109E156193951EC7E937B1652C0BD3BB1BF073573DF883D2C34F1EF451FD46B503F00,
p=2**521 - 1)
'''
curve = ellipticCurve(a=0x340E7BE2A280EB74E2BE61BADA745D97E8F7C300,b=0x1E589A8595423412134FAA2DBDEC95C8D8675E58,p=0xE95E4A5F737059DC60DFC7AD95B3D8139515620F
, q=0xE95E4A5F737059DC60DF5991D45029409E60FC09)
'''
temp = 'D4-6D-6D-A0-96-B4'.replace('-', '')
alice = binascii.unhexlify(temp)
print(alice)
temp = '00-FF-F4-EF-53-FE'.replace('-', '')
bob = binascii.unhexlify(temp)
print(bob)
password = '******'.encode()
print(password)
PE = hunting_and_pecking_with_ecc(curve, alice, bob, password)
alice_scalar, alice_element, alice_private = createPrivateAndMask(PE)
bob_scalar, bob_element, bob_private = createPrivateAndMask(PE)
#ellipticCurvePoint(10, 13, curve)
#ここから鍵交換プロトコルを使う
temp1 = PE.mul(bob_scalar)
temp2 = temp1.add(bob_element)
temp3 = temp2.mul(alice_private)
#print(temp1, temp2, temp3)
#print("temp3.x =",temp3.x)
alice_ss = (temp3.x).to_bytes(math.ceil(math.log2(temp3.x) / 8), 'big')
#alice_ss = hex((PE.mul(bob_scalar).add(bob_element).mul(alice_private)).x)
print("alice_ss =", alice_ss)
temp1 = PE.mul(alice_scalar)
temp2 = temp1.add(alice_element)
temp3 = temp2.mul(bob_private)
#print(temp1, temp2, temp3)
#print("temp3.x =",temp3.x)
bob_ss = (temp3.x).to_bytes(math.ceil(math.log2(temp3.x) / 8), 'big')
print("bob_ss = ", bob_ss)
# commit
## alice
n = len(list(map(int, format(PE.curve.p, "b")))) * 2
temp = hashlib.shake_256(alice_ss +
b'Dragonfly Key Derivation').hexdigest(512)
alice_kck = temp[0:256]
alice_mk = temp[256:512]
print("alice_kck =", alice_kck)
print("alice_mk =", alice_mk)
## bob
temp = hashlib.shake_256(bob_ss +
b"Dragonfly Key Derivation").hexdigest(512)
bob_kck = temp[0:256]
bob_mk = temp[256:512]
print("bob_kck =", bob_kck)
print("bob_mk =", bob_mk)
assert (alice_kck == bob_kck)
#交換する前に自分のconfirmの値を求める
##alice側
alice_confirm = confirm(alice_scalar, bob_scalar, alice_element,
bob_element, alice_kck, alice)
##bob側
bob_confirm = confirm(bob_scalar, alice_scalar, bob_element, alice_element,
bob_kck, bob)
#交換して，相手のconfirmの値が正しいか検証する
##alice側
bob_confirm_expected = confirm(bob_scalar, alice_scalar, bob_element,
alice_element, bob_kck, bob)
##bob側
alice_confirm_expected = confirm(alice_scalar, bob_scalar, alice_element,
bob_element, alice_kck, alice)
#それぞれで計算結果と送られてきた結果を比較
##alice側
if bob_confirm == bob_confirm_expected:
print("alice: confirm successed")
##bob側
if alice_confirm == alice_confirm_expected:
print("bob: confirm successed")
data = "@elliptic_shiho"
print("data =", data)
#bob側
ciphertext, iv = encrypt(bob_mk[0:32].encode(), data)
#alice側
plaintext = decrypt(alice_mk[0:32].encode(), ciphertext, iv)
print("enc_data =", plaintext.decode())
data = "㍾㍽㍼㍻㋿(⋈◍＞◡＜◍)。✧♡💗😻💑💕🌠🌟🔥"
print("data =", data)
#alice側
ciphertext, iv = encrypt(alice_mk[0:32].encode(), data)
#bob側
plaintext = decrypt(bob_mk[0:32].encode(), ciphertext, iv)
print("enc_data =", plaintext.decode())
def push_cfgs(args):
argument_node = args.node
auditcreeper = False
commands = initialize.configuration
ext = '.jinja2'
output = False
redirect = []
push_cfgs = False
with_remediation = True
authentication = False
"""
:param argument_node: Argument accepted as regular expression.
:type augument_node: str
:param auditcreeper: When auditcreeper is active/non-active.
:type auditcreeper: bool
:param commands: Referenced to global variable commands which keeps track of all commands per node.
:type commands: list
:param ext: File extention
:type ext: str
:param output: Flag to output to stdout.
:type ext: bool
:param redirect: A list of which method superloop will access. This variable is sent to the multithread_engine. Each element is a redirect per node.
:type alt_key_file: list
:param push_cfgs: This flag is to determine if a push is required for Cisco like platforms. Juniper will continue to push configs no matter if there are no diffs.
:type ext: bool
:param with_remediation: Current function to remediate or not remediate.
:type ext: bool
"""
if(args.file is None):
template_list = []
auditcreeper = True
else:
template = args.file + ext
template_list = []
template_list.append(template)
node_object = process_nodes()
node_template = process_templates()
match_node = search_node(argument_node,node_object)
match_template = search_template(template_list,match_node,node_template,node_object,auditcreeper)
"""
:param node_object: All node(s) in the database with all attributes.
:type node_object: list
:param node_template: All templates based on hardware_vendor and device type.
:type node_template: list
:param match_node: Nodes that matches the arguements passed in by user.
:type match_node: list
:param match_template: Return a list of 'match' and/or 'no match'.
:type match_template: list
"""
if len(match_node) == 0:
print('+ No matching node(s) found in database.')
print('')
elif 'NO MATCH' in match_template:
print('+ No matching template(s) found in database.')
print('')
else:
node_create(match_node,node_object)
for index in initialize.element:
if node_object[index]['hardware_vendor'] == 'cisco':
get_diff = True
break
if get_diff:
mediator(template_list,node_object,auditcreeper,output,with_remediation)
else:
render(template_list,node_object,auditcreeper,output,with_remediation)
for index in initialize.element:
redirect.append('push_cfgs')
for index in range(len(initialize.element)):
if len(commands[index]) != 0:
push_cfgs = True
break
else:
push_cfgs = False
if push_cfgs:
confirm(redirect,commands,authentication)
print('')
return None
caseCluster = clus
# Get cluster object
clusterRequest = requests.get(caseCluster, headers=headers)
parsedCluster = clusterRequest.json()
# Get cluster year
caseDate = parsedCluster['date_filed']
caseYear = datetime.datetime.strptime(caseDate, '%Y-%m-%d')
caseYear = caseYear.year
caseYear = str(caseYear)
# Display citation
output = '\nThe following information will be added to Google Sheets:'
output += '\n\npdf#:\n' + pdf_id
output += '\n\nDocket #:\n' + caseDocket
output += '\n\nYear:\n' + caseYear
output += '\n\nCase citation (Bluebook):\n' + caseName
output += '\n\nFull Case Name:\n' + caseFull
output += '\n'
print(output)
if confirm() is False:
print('\nNo data was added to Google Sheets\n')
exit()
else:
gSheets(pdf_id, caseDocket, caseYear, caseName, caseFull)
print('\nThe data was added to Google Sheets\n')
exit()
