CT075

v

0 The blank line above this one matters;
2 it's the "storage space" where we keep
1 our user input and accumulator.
p     v                <  >v
             >>1+:11g`!|  "
>&11p1>:11g\%|         1  D
        vg12:<         -  e
        >+21p ^        2  f

CT075

from itertools import takewhile, cycle
MAX_MATCH_LENGTH = 18
MAX_LOOKBEHIND = 1 << 12

def length_of_match(data, x, y, limit):
    """The number of matching consecutive characters starting at `x` and `y` in `data`."""
    return len(list(takewhile(
        lambda x: x[0] == x[1],
        zip(data[x:x+limit], data[y:y+limit])
    )))

CT075

from itertools import takewhile, cycle
MAX_MATCH_LENGTH = 18
MAX_LOOKBEHIND = 1 << 12

def length_of_match(data, x, y, limit):
    """The number of matching consecutive characters starting at `x` and `y` in `data`."""
    return len(list(takewhile(
        lambda x: x[0] == x[1],
        zip(data[x:x+limit], data[y:y+limit])
    )))

CT075

from itertools import takewhile, cycle
MAX_MATCH_LENGTH = 18
MAX_LOOKBEHIND = 1 << 12

def length_of_match(data, x, y, limit):
    """The number of matching consecutive characters starting at `x` and `y` in `data`."""
    return len(list(takewhile(
        lambda x: x[0] == x[1],
        zip(data[x:x+limit], data[y:y+limit])
    )))

CT075

from itertools import takewhile, cycle
MAX_MATCH_LENGTH = 18
MAX_LOOKBEHIND = 1 << 12

def length_of_match(data, x, y, limit):
    """The number of matching consecutive characters starting at `x` and `y` in `data`."""
    return len(list(takewhile(
        lambda x: x[0] == x[1],
        zip(data[x:x+limit], data[y:y+limit])
    )))

CT075

def a(b):
	m=map;c=''.join;s=str;y=s.isalpha;n=next;f=filter;u=m(s.isupper,f(y,b));d=f(y,c(m(c,m(sorted,s.lower(b).split()))));o=''
	return reduce(lambda o,c:(lambda x:x,s.upper)[n(u)](n(d))if y(c)else c,b,'')
print(a(input()))

CT075

#!/usr/bin/python

def mangle(sentence):
	uppercase = map(str.isupper, sentence)
	mangled = filter(str.isalpha,
		''.join(map(''.join, map(sorted, sentence.lower().split())))
	)
	out = ''
	for c in sentence:
		caps = next(uppercase)

CT075

#!/usr/bin/python
 
import telnetlib
 
HOST = "python.sctf.io"
PORT = 25565
 
tn = telnetlib.Telnet(HOST, PORT)
 
tn.read_until(b'!', timeout=1)

CT075

#!/usr/bin/python

func_dict = {
	'+' : lambda x,y:y+x,
	'-' : lambda x,y:y-x,
	'*' : lambda x,y:y*x,
	'/' : lambda x,y:y/x
}
# Given the RPN string, return a function that calculates the nth term
# based on the list of previous terms.

CT075

#!/usr/bin/python
c=lambda f,o:lambda a:eval('%s%s'%(f(a),o))
a=lambda b,s,n:[s]+a(b,b(s),n-1)if n>0 else[s]
d=str.split(input());b=lambda x:x
for o in d[:-2]:b=c(b,o);
print(*a(b,*map(int,d[-2:])))