def getLine(g4):
# the sorting mechanism.
if not chartDetect(g4):
g8 = list(g4)
# gx=cleanUp(g8)
g5 = list(
sorted(
list(
set(
list(
map((lambda y: int(
styleMap(
list(
map((lambda x: x.split(":")),
list(
filter(
(lambda x: len(x) > 0), y.
attrs["style"].split(";")))
)))["top"][:-2])), g4))))))
g6 = [g5[0] + 1, g5[-1] - 1]
g7 = groupMe(g8, (lambda x: inNewRange(getStyleCode(x, "top"), g6)))
# print(g7)
# print(g7[1])
g9 = g7[0] # this is the main context.
gx = cleanUp(g9)
g10 = getBold(g9)
g11 = subFix(
list(
sorted(
list(
set(
list(
map((lambda x: int(x[0]["left"][:-2])),
g10[1])))))))
# get two lists? no tolerance?
if len(g11) == 2:
g13 = g11[1] - 2
g12 = groupMe(g9, (lambda x: getStyleCode(x, "left") < g13))
x0, x1 = cleanUp(g12[0]), cleanUp(g12[1])
x2, x3 = maxSort(
g12[0],
(lambda x: 1000 * programApprox(getStyleCode(x, "top"), x0) +
getStyleCode(x, "left"))), maxSort(
g12[1],
(lambda x: 1000 * programApprox(getStyleCode(
x, "top"), x1) + getStyleCode(x, "left")))
# g12=maxSort(,(lambda x: 1000*programApprox(getStyleCode(x,"top"),gx)+getStyleCode(x,"left")))
# two pages.
# if do it at once, then we will have no issue.
# let the computer create its code later.
# no f*****g way.
return x2 + x3
else:
# only one single list.
return maxSort(g9, (lambda x: 1000 * programApprox(
getStyleCode(x, "top"), gx) + getStyleCode(x, "left")))
else:
g8 = list(g4)
g5 = list(
sorted(
list(
set(
list(
map((lambda y: int(
styleMap(
list(
map((lambda x: x.split(":")),
list(
filter(
(lambda x: len(x) > 0), y.
attrs["style"].split(";")))
)))["top"][:-2])), g4))))))
# print(g5)
g6 = [g5[0] + 1, g5[-1] - 1]
g7 = groupMe(g8, (lambda x: inNewRange(getStyleCode(x, "top"), g6)))
# print(g7)
# print(g7[1])
# return the most possible result. the top value.
g9 = g7[0]
g10 = getBold(g9)
g11 = subFix(
list(
sorted(
list(
set(
list(
map((lambda x: int(x[0]["left"][:-2])),
g10[1])))))))
if len(g11) == 1:
g13 = g11[0] - 2
g12 = maxSort(
groupMe(g9, (lambda x: getStyleCode(x, "left") < g13)),
(lambda x: 1000 * getStyleCode(x, "top") + getStyleCode(
x, "left")))
# two pages.
# if do it at once, then we will have no issue.
# let the computer create its code later.
# merge those with same traits.
if chartDetect(g12[0]) and (not chartDetect(g12[1])):
om = list(g12[1])
mc = cleanUp(om)
# print(om)
# print("SPLITER I >>>>>>>>>>>")
# print(mc)
return maxSort(om, (lambda x: 1000 * programApprox(
getStyleCode(x, "top"), mc) + getStyleCode(x, "left")))
elif chartDetect(g12[1]) and (not chartDetect(g12[0])):
om = list(g12[0])
mc = cleanUp(om) #what the hell is going on?
# print(om)
# print("SPLITER II >>>>>>>>>>>")
# print(mc)
return maxSort(om, (lambda x: 1000 * programApprox(
getStyleCode(x, "top"), mc) + getStyleCode(x, "left")))
else:
return []
else:
return []
def getLine(g4):
# the sorting mechanism.
# how the f**k does that shit work?
if not chartDetect(g4):
g8 = list(g4)
# gx=cleanUp(g8)
g5 = list(
sorted(
list(
set(
list(
map((lambda y: int(
styleMap(
list(
map((lambda x: x.split(":")),
list(
filter(
(lambda x: len(x) > 0), y.
attrs["style"].split(";")))
)))["top"][:-2])), g4))))))
# print(g5)
g6 = [g5[0] + 1, g5[-1] - 1]
g7 = groupMe(g8, (lambda x: inNewRange(getStyleCode(x, "top"), g6)))
# print(g7)
# print(g7[1])
g9 = g7[0] # this is the main context.
gx = cleanUp(g9)
g10 = getBold(g9)
g11 = subFix(
list(
sorted(
list(
set(
list(
map((lambda x: int(x[0]["left"][:-2])),
g10[1])))))))
# get two lists? no tolerance?
if len(g11) == 2:
g13, g14 = g11[1] - 2, (g11[1] - g11[0] + 10)
g12 = maxSort(
groupMe(g9, (lambda x: getStyleCode(x, "left") < g13)),
(lambda x: g14 * programApprox(getStyleCode(x, "top"), gx) +
getStyleCode(x, "left")))
# two pages.
# if do it at once, then we will have no issue.
# let the computer create its code later.
return g12[0] + g12[1]
else:
return maxSort(g9, (lambda x: 250 * programApprox(
getStyleCode(x, "top"), gx) + getStyleCode(x, "left")))
else:
g8 = list(g4)
g5 = list(
sorted(
list(
set(
list(
map((lambda y: int(
styleMap(
list(
map((lambda x: x.split(":")),
list(
filter(
(lambda x: len(x) > 0), y.
attrs["style"].split(";")))
)))["top"][:-2])), g4))))))
# print(g5)
g6 = [g5[0] + 1, g5[-1] - 1]
g7 = groupMe(g8, (lambda x: inNewRange(getStyleCode(x, "top"), g6)))
# print(g7)
# print(g7[1])
# return the most possible result. the top value.
g9 = g7[0]
g10 = getBold(g9)
g11 = list(
sorted(
list(set(list(map((lambda x: int(x[0]["left"][:-2])),
g10[1]))))))
if len(g11) == 1:
g13, g14 = g11[0] - 1, 250
g12 = maxSort(
groupMe(g9, (lambda x: getStyleCode(x, "left") < g13)),
(lambda x: g14 * getStyleCode(x, "top") + getStyleCode(
x, "left")))
# two pages.
# if do it at once, then we will have no issue.
# let the computer create its code later.
if chartDetect(g12[0]) and (not chartDetect(g12[1])):
om = g12[1]
mc = cleanUp(om)
return maxSort(om, (lambda x: g14 * programApprox(x, mc)))
elif chartDetect(g12[1]) and (not chartDetect(g12[0])):
om = g12[0]
mc = cleanUp(om)
return maxSort(om, (lambda x: g14 * programApprox(x, mc)))
else:
return []
else:
return []
def getSucked(ask):
g=getCode(ask) # this is the beautifulsoup object.
b=BeautifulSoup(g,features="lxml")
try:
g0=getElimination(ask) # how do we get the f*****g txt file?
print(g0,"HAS PROFILE")
g1=getRange(g0[1])
except:
# get the top one.
# is there really a newline in pdf -> html? funny.
bf=copy.copy(b)
gt=list(bf("div")[0]("p"))
# gtx=(lambda y:int(styleMap(list(map((lambda x: x.split(":")),list(filter((lambda x: len(x)>0),y.attrs["style"].split(";"))))))["top"][:-2]))
gtx=(lambda y: int(styleMap(list(map((lambda x:x.split(":")),list(filter((lambda x:len(x)>0),y.attrs["style"].split(";"))))))["top"][:-2]))
gz=list(sorted(map((lambda x: gtx(x)),gt)))[0]
gf=list(filter((lambda y: gtx(y)==gz),gt))[0].text # get the text.
g0=[gf,list(filter((lambda x: "Range" in x),list(map((lambda x: x.text),gt[:3]))))[0]]
print(g0,"WITHOUT PROFILE") # so what the f**k?
g1=getRange(g0[1]) # is this the object?
g2=b("div")[1:]
fn=[]
for xv in range(len(g2)):
g3=g2[xv]("p") # just a ResultSet.
fn+=getLine(g3) # sort the line here.
# print(fn)
# problem starts before.
# has the prefix.
fs=WP(WN(fn)) # linear currently.
# the wp still need improvements.
# print(fs)
ks=[None,[],[]]
ks[0]=g0
# with prelude as prefix?
# how the f**k to store prelude? -> become words?
# I believe most people would not like C code, so f**k this.
# Cause this is not about the f**k.
# we are gonna make it into an executable.
# anyway f**k the program.
if fs!=[]:
px=preludeExtract(maxSplit(splitMe(fs,checkBold),checkAnother)) # the prefix is on the first group now.
ks[1]=px[0]
fx=px[1] # if this failed then f**k it. we have something empty there.
# with first thing checked?
# we are gonna do it again. store it into some sort of list.
if checkFormat(fx): # so what the f**k?
# what the f**k is going on?
# print("LEVEL I <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<")
# print(fx)
# print("LEVEL I <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<")
for mx in range(len(fx)//2):
# this is one of those categories.
# you even have another category?
fm0=[None,[],[]] # it has to be something.
# after we are done, put it into ks.
# middle for prelude.
rk,fm0[0]=preludeExtract(fx[2*mx+1]),fx[mx*2]# rk[0] is the prelude.
rk0,fm0[1]=rk[1],rk[0] # this is the context.
# only thing left is the fm[1].
# what the f**k is rk0?
# we have trouble here.
if checkFormat(rk0):
# format of single category.
for mv in range(len(rk0)//2):
rd=[None,[],[]] # definition, other shits.
# check every individual shit.
rv=rk0[mv*2] # we have unified things here. one is mixed, one is not.
rkm=rk0[1+mv*2] # this is the test element.
rf=cleanUp(rkm)
rg=list(rv('span'))
# do we have prelude for each term? No.
rd[0]=rg[0] # is this the index? yes it is. with symbol skimmed.
rk1=rkm # we could have things here.
if len(rg)==1:
# how the f**k does that work?
# only one mysterious error.
try:
g0=loveIsGone(rk1,(lambda x: len(x.text)>1))
g1=remedyGroup(g0,(lambda x:len(x('span'))>1))
# regrouped.
# the name is in the first group.
# print(g1)
g2=getName(g1[0]) # what the f**k is this?
# print(g1[1])
rd[1]=g2[0] # name of char
# the first and the second one?
# how about use computer vision?
if g2[1]!=[] and g1[1]!=[]:
rd[2]=list(filter((lambda x:x!=[]),processMe(g2[1])+processMe(g1[1]))) # rest of address.
elif g1[1]!=[]:
rd[2]=list(filter((lambda x:x!=[]),processMe(g1[1])))
elif g2[1]!=[]:
rd[2]=list(filter((lambda x:x!=[]),processMe(g2[1])))
else:
rd[2]=None
except:
print("GOLDMINE >>>>>>>>>>>>>")
print(rv,rk1)
# final error.
print("FORMAT ERROR III")
else:
try:
# what the f**k is going on?
# check the type somehow then.
g0=loveIsGone(rk1,(lambda x: len(x.text)>1))
g1=remedyGroup(g0,(lambda x:len(x('span'))>1))
# the name is in the first group.
# print(g1)
g2=getName(g1[0])
# print(g1[1])
rd[1]=g2[0] # name of char
# the first and the second one?
if g2[1]!=[] and g1[1]!=[]:
rd[2]=list(filter((lambda x:x!=[]),processMe(g2[1])+processMe(g1[1])))
elif g1[1]!=[]:
rd[2]=list(filter((lambda x:x!=[]),processMe(g1[1])))
elif g2[1]!=[]:
rd[2]=list(filter((lambda x:x!=[]),processMe(g2[1])))
else:
rd[2]=None # if None or [] -> Missing.
# will we have the f*****g exception?
except:
print("GOLDMINE >>>>>>>>>>>>>")
print(rv,rk1)
print("FORMAT ERROR IV")
fm0[2].append(rd)
else:
zf=len(rk0)//2
if zf!=0:
for fz in range(zf):
print("HEAD >>>>>>>>>>>>")
print(rk0[fz*2])
print("TAIL >>>>>>>>>>>>")
print(rk0[fz*2+1])
else:
print("DIRECT DUMP >>>>>>>>>>>>")
print(rk0)
print("NO FULL LENGTH")
print("FORMAT ERROR II")
ks[2].append(fm0)
else:
zf=len(fx)//2
if zf!=0:
for fz in range(zf):
print("HEAD >>>>>>>>>>>>")
print(fx[fz*2])
print("TAIL >>>>>>>>>>>>")
print(fx[fz*2+1])
else:
print("DIRECT DUMP >>>>>>>>>>>>")
print(fx)
print("NO FULL LENGTH")
print("FORMAT ERROR I")
return ks
else:
return ks
print("EMPTY FILE")
# problem starts before.
fx = maxSplit(splitMe(fn, checkBold), checkAnother)
if checkFormat(fx):
for mx in range(len(fx) // 2):
# this is one of those categories.
print(fx[mx * 2])
rk = preludeExtract(fx[2 * mx + 1]) # rk[0] is the prelude.
rk0 = rk[1] # this is the context.
if checkFormat(rk0):
for mv in range(len(rk0) // 2):
# check every individual shit.
rv = rk0[
mv *
2] # we have unified things here. one is mixed, one is not.
rkm = rk0[1 + mv * 2] # this is the test element.
rf = cleanUp(rkm)
# print(rf)
rg = list(rv('span'))
rs = rg[0] # this is the index.
rk1 = sortMe(rkm, (lambda x: 250 * programApprox(
getStyleCode(x, "top"), rf) + getStyleCode(x, "left")))
if len(rg) == 1:
# how the f**k does that work?
if len(rk1[0].text) == 1:
g0 = loveIsGone(rk1, (lambda x: len(x.text) > 1))
g1 = remedyGroup(g0, (lambda x: len(x('span')) > 1))
# the name is in the first group.
# print(g1)
g2 = getName(g1[0])
# print(g1[1])
g4 = g2[0] # name of char
def getSucked(ask):
g = getCode(ask) # this is the beautifulsoup object.
b = BeautifulSoup(g, features="lxml")
try:
g0 = getElimination(ask) # how do we get the f*****g txt file?
print(g0, "HAS PROFILE")
g1 = getRange(g0[1])
except:
g0 = list(
filter((lambda x: "Range" in x),
list(map((lambda x: x.text),
list(b("div")[0]("p")[:3])))))[0]
print(g0, "WITHOUT PROFILE")
g1 = getRange(g0) # is this the object?
g2 = b("div")[1:]
fn = []
for xv in range(len(g2)):
g3 = g2[xv]("p") # just a ResultSet.
fn += getLine(g3) # sort the line here.
# print(fn)
# problem starts before.
# has the prefix.
fs = WP(WN(fn)) # linear currently.
# the wp still need improvements.
# print(fs)
if fs != []:
px = preludeExtract(
maxSplit(splitMe(fs, checkBold),
checkAnother)) # the prefix is on the first group now.
fx = px[
1] # if this failed then f**k it. we have something empty there.
# with first thing checked?
if checkFormat(fx):
# what the f**k is going on?
# print("LEVEL I <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<")
# print(fx)
# print("LEVEL I <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<")
for mx in range(len(fx) // 2):
# this is one of those categories.
# you even have another category?
print(fx[mx * 2])
rk = preludeExtract(fx[2 * mx + 1]) # rk[0] is the prelude.
rk0 = rk[1] # this is the context.
# what the f**k is rk0?
# we have trouble here.
if checkFormat(rk0):
for mv in range(len(rk0) // 2):
# check every individual shit.
rv = rk0[
mv *
2] # we have unified things here. one is mixed, one is not.
rkm = rk0[1 + mv * 2] # this is the test element.
rf = cleanUp(rkm)
rg = list(rv('span'))
rs = rg[0] # this is the index.
rk1 = rkm
if len(rg) == 1:
# how the f**k does that work?
# only one mysterious error.
try:
g0 = loveIsGone(rk1,
(lambda x: len(x.text) > 1))
g1 = remedyGroup(
g0, (lambda x: len(x('span')) > 1))
# the name is in the first group.
# print(g1)
g2 = getName(g1[0])
# print(g1[1])
g4 = g2[0] # name of char
# the first and the second one?
# how about use computer vision?
if g2[1] != [] and g1[1] != []:
g3 = list(
filter((lambda x: x != []),
processMe(g2[1]) +
processMe(g1[1])))
elif g1[1] != []:
g3 = list(
filter((lambda x: x != []),
processMe(g1[1])))
elif g2[1] != []:
g3 = list(
filter((lambda x: x != []),
processMe(g2[1])))
else:
g3 = None
except:
print(rv, rk1)
print("FORMAT ERROR III")
else:
try:
# what the f**k is going on?
g0 = loveIsGone(rk1,
(lambda x: len(x.text) > 1))
g1 = remedyGroup(
g0, (lambda x: len(x('span')) > 1))
# the name is in the first group.
# print(g1)
g2 = getName(g1[0])
# print(g1[1])
g4 = g2[0] # name of char
# the first and the second one?
if g2[1] != [] and g1[1] != []:
g3 = list(
filter((lambda x: x != []),
processMe(g2[1]) +
processMe(g1[1])))
elif g1[1] != []:
g3 = list(
filter((lambda x: x != []),
processMe(g1[1])))
elif g2[1] != []:
g3 = list(
filter((lambda x: x != []),
processMe(g2[1])))
else:
g3 = None
except:
print(rv, rk1)
print("FORMAT ERROR IV")
else:
zf = len(rk0) // 2
if zf != 0:
for fz in range(zf):
print("HEAD >>>>>>>>>>>>")
print(rk0[fz * 2])
print("TAIL >>>>>>>>>>>>")
print(rk0[fz * 2 + 1])
else:
print("DIRECT DUMP >>>>>>>>>>>>")
print(rk0)
print("NO FULL LENGTH")
print("FORMAT ERROR II")
else:
zf = len(fx) // 2
if zf != 0:
for fz in range(zf):
print("HEAD >>>>>>>>>>>>")
print(fx[fz * 2])
print("TAIL >>>>>>>>>>>>")
print(fx[fz * 2 + 1])
else:
print("DIRECT DUMP >>>>>>>>>>>>")
print(fx)
print("NO FULL LENGTH")
print("FORMAT ERROR I")
else:
print("EMPTY FILE") # just like that empty private U100000.