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x=3
intVar= 0
print 2, "is prime."
while intVar < 1200:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1200:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1100:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1062:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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# ACSL whatever
# Jonathan Sorce
 
def permute(string):
    if len(string) == 1:
        if string == '*':
            return ['1', '0']
        else: return [string,]
    else:
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,x):                    
                if(x%i)== 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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# ACSL whatever
# Jonathan Sorce
 
def permute(string):
    if len(string) == 1:
        if string == '*':
            return ['1', '0']
        else: return [string,]
    else:
 ...

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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,x):                    
                if(x%i)== 0
                print x, "is not prime."
                x += 2
        else: 
 ...

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3
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5
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7
8
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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,x):
                if (x/2)*2 == x:
                        print x, "is even."
        else:
                for i in range(2,x):
 ...

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5
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8
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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,(x-1)):
                if x%i == 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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3
4
5
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7
8
9
x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,5,x):
                if x%i == 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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3
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8
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x=3
intVar= 0
print 2, "is prime."
while intVar < 1000:
        for i in range(2,x):
                if x%i == 0:
                        print x, "is not prime."
                        x += 2
        else: 
 ...

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5
len( {-1%2:3} ); print "Hello, Python!"; """
}). :- write('Hello, Prolog!'), nl, halt.
/* -} x) = x
main = putStrLn "Hello, Haskell!"
-- """ # */

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import sys
 
print sys.argv

1
print sys.argv

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#!/usr/bin/python  
# A Dropbox Proxy that enables files to be downloaded despite proxies.
# It works by requesting a file, via text file in your Dropbox. Your home computer downloads it and puts it in your Dropbox.
# You can then download it via dropbox.com, assuming it's not blocked.
# Screw the Firewalls!!!
 
from os.path import basename
from urlparse import urlsplit
import urllib2
 ...

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#!/usr/bin/python  
# A Dropbox Proxy that enables files to be downloaded despite proxies.
# It works by requesting a file, via text file in your Dropbox. Your home computer downloads it and puts it in your Dropbox.
# You can then download it via dropbox.com, assuming it's not blocked.
# Screw the Firewalls!!!
 
from os.path import basename
from urlparse import urlsplit
 ...

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#!/usr/bin/python  
# A Dropbox Proxy that enables files to be downloaded despite proxies.
# It works by requesting a file, via text file in your Dropbox. Your home computer downloads it and puts it in your Dropbox.
# You can then download it via dropbox.com, assuming it's not blocked.
# Screw the Firewalls!!!
 
def download(url, localFileName = None):
  localName = url2name(url)
  req = urllib2.Request(url)
 ...

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#!/usr/bin/python  
# A Dropbox Proxy that enables files to be downloaded despite proxies.
# It works by requesting a file, via text file in your Dropbox. Your home computer downloads it and puts it in your Dropbox.
# You can then download it via dropbox.com, assuming it's not blocked.
# Screw the Firewalls!!!
 
def download(url, localFileName = None):
  localName = url2name(url)
  req = urllib2.Request(url)
 ...

1
2
for i in ['a', 1, 2, 3, 'b']:
    print i

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#!/usr/bin/python  
# A Dropbox Proxy that enables files to be downloaded despite proxies.
# It works by requesting a file, via text file in your Dropbox. Your home computer downloads it and puts it in your Dropbox.
# You can then download it via dropbox.com, assuming it's not blocked.
# Screw the Firewalls!!!
 
def download(url, localFileName = None):
    localName = url2name(url)
    req = urllib2.Request(url)
 ...

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8
import math
 
x, y  = 1, 7
tx, ty = 10, 3
 
dx, dy = tx-x, ty-y
 
d = math.sqrt(dx**2 + dy**2)

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def patInfoTitle():    # art lucey 20120203
        global criticalAlertColor
        criticalAlertColor={'clinical':'red','financial':'lime','scheduling':'purple','general':'teal','counseling':'orangered'}
        title = patName()
        title += checkPatStatus(("inactive","withdrawn","deceased"))
        title += "   PS#: <b><color='blue'><size=12>" + patient.institutionid + "</color></b></size>"
        title += scannedMedPaperChart()
        title += "   "+patDob()
        title += "   Phone: <color=blue>" + getPhoneNumber() + "</color>"
 ...

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def print_evens(lower=0, upper=10):
        i = lower-1
        while i < upper:
                i += 1
                if i%2 != 0:
                        continue
                print i
 
if __name__ == "__main__":

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# Basic script to grab the current location from an NMEA bluetooth GPS,
#  and log it to the screen
# Also optionally logs periodic location data to a file, so you can see
#  where you were
#
# GPL
#
# Nick Burch - v0.01 (15/01/2006)
 ...

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import sys
 
def main():
        col = int(sys.stdin.readline())
        while col > 0:
                out = []
                row = sys.stdin.readline()
                i = len(row) // col
                for i in range(len(row) // col):
 ...

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def print_evens(lower=0, upper=10):
        i = lower
        while i < upper:
                if i%2 != 0:
                        continue
                print i
                i = i+1
 
if __name__ == "__main__":