from core4 import matchNeighbor
from simpleStorage import storeAList
# now you can make a local database.
# k=chr(k0)
v={chr(k0):matchNeighbor(chr(k0)) for k0 in range(ord("a"),1+ord("z"))}
print(v)
storeAList(v)
print("--spliter e--")
shakeItOff = greatWall(wolf)
# to create a function which is usable.
director = simpleDerive(shakeItOff)
jokeBook.append(director[0])
print(shakeItOff)
print("--spliter FBI--")
print(director)
# collect stuff from here?
print("--spliter f--")
else:
print("--dick is too small--")
print("--asshole is here--")
print(jokeBook)
coreLoop += jokeBook
print("--asshole is here--")
print("--finalblow--")
coreLoop = list(set(coreLoop))
print(coreLoop)
storeAList(coreLoop)
print("--finalblow--")
# print(shit0[-1],len(shit0)-1)
# do other shit.
# print(shit0)
# notice that this is a superior leveler.
# it evolves slower. sure. it takes more time. hard to break.
# yes you can make things into matricies but it is with loss.
# the method is zoom in and zoom out.
# self similarity. one word can be one article, and one article can also be one word.
from simpleStorage import storeAList
with open("base.log","r") as f:
storeAList(list(filter((lambda x: x!="" and ('.' not in x ) and ord(x[0])>=97),f.read().split("\n"))))
# print(road)
from bs4 import BeautifulSoup
from simpleStorage import storeAList
def soup(a):
return BeautifulSoup(a)
def openShit(b):
f=""
with open(b,"r") as f**k:
f=f**k.read()
return f
#def openList(b):
# return list(filter((lambda x:x!=""),openShit(b).split("\n")))
def shit(x):
return [a["href"] for a in soup(openShit(x)).find_all(name="a",attrs={"itemprop":"name codeRepository"},recursive=True)]
# f**k you.
#d=[list(filter((lambda x:x!=[]),[shit(c) for c in b])) for b in [openList(a) for a in openList("trauma.log")]]
d=[shit(x) for x in [str(b)+"_.log" for b in range(6)]]
print(d)
storeAList(d)
#e=[[shit(c) for c ]]
#print(len(d))
list(filter((lambda x: x != ""), f****d.split('\n'))))),
list(filter((lambda x: x != ""), f****d.split('\n')))
]
return [v[0], list(map((lambda x: x.lower()), v[0])), v[1]]
m = list(map((lambda x: tabNine(x)), ['shitLord.log', 'fuckLord.log']))
#print(m[1][2])
m0 = m[0][1] + [
m[1][1][v0] for v0 in range(len(m[1][1])) if m[1][0][v0] not in m[0][0]
]
m1 = m[0][2] + [
m[1][2][v0] for v0 in range(len(m[1][1])) if m[1][0][v0] not in m[0][0]
]
Grid = Method2(m0, m0)
# now we can mark these things.
# we must have same elements, unique elements.
# the matrix.
Grid = list(
filter((lambda x: sum(x) > 1),
list(map((lambda x: list(map((lambda x: int(x)), x))), Grid))))
Grid = [[i0 for i0, x0 in enumerate(g) if x0 == 1] for g in Grid]
#print(Grid)
# you need to rehash.
Grid1 = list(set([Grid.index(x) for x in Grid]))
#print(Grid1)
Grid0 = list(
map((lambda x: list(map((lambda x: m1[x]), x))), [Grid[x] for x in Grid1]))
#print(Grid0)
storeAList(Grid0)
from tokenize import * f**k = dir() shit = [(h, eval(h)) for h in f**k if type(eval(h)).__name__ == "int"] #print(shit) jerk = list(sorted(shit, key=(lambda x: x[1]))) # very important! do it afterwards. from simpleStorage import storeAList storeAList(jerk)
from tokenize import *
f**k = dir()
shit = {eval(h): h for h in f**k if type(eval(h)).__name__ == "int"}
print(shit)
#jerk=list(sorted(shit,key=(lambda x:x[1])))
# very important! do it afterwards.
from simpleStorage import storeAList
storeAList(shit)
