Python กับ Python
ทำสิ่งต่าง ๆ มากมายรวมถึงการเปลี่ยนชื่อตัวแปรกำจัดช่องว่างและข้อคิดเห็นที่ไม่จำเป็นและเพิ่มมากที่สุดเท่าที่ทำได้ในบรรทัดเดียว ไม่ได้ทำงานอย่างสมบูรณ์กับไวยากรณ์นักหลามที่สมบูรณ์และฉันจะทำการอัปเดตอย่างต่อเนื่องกับการแก้ไขใด ๆ
รหัส:
import string
import keyword
import pkgutil
builtins = __builtins__.__dict__.keys()
vars = {}
#imported = builtins+string.__dict__.keys()+['append','extend','count','index','insert','pop','remove','reverse','sort']
multiline = ''
ml_last = ''
strings = []
defined = []
undefined = []
def get_name(name):
if name.startswith('__'):
vars[name] = name
return name
if name in vars:
return vars[name]
for c in string.letters+'_':
if c not in vars.values():
vars[name] = c
return c
for c0 in string.letters+'_':
for c1 in string.letters+string.digits+'_':
if c0+c1 not in vars.values():
if c0+c1 in keyword.kwlist:
continue
vars[name] = c0+c1
return c0+c1
def replace_names(expr,defining=False,prefix = '',assign=True):
if ';' in expr:
ns = ''
for e in expr.split(';'):
ns += replace_names(e,assign=assign)+';'
return ns[:-1]
global multiline
expr = expr.strip()
if expr in ['']+keyword.kwlist:
return expr
if expr == '""':
return '"'+strings.pop(0)+'"'
if expr == "''":
return "'"+strings.pop(0)+"'"
if '=' in expr and assign:
e = expr[:]
vals = ['']
while '=' in e:
i = e.index('=')
if e != '' and e[0] == '=':
vals[-1] += '='
e = e[1:]
continue
if e[i-1] not in '!<>*/+-%' and e[i+1] != '=' and (vals[-1]+e[:i]).count('(') == (vals[-1]+e[:i]).count(')'):
vals[-1] += e[:i]
e = e[i+1:]
vals.append('')
else:
vals[-1] += e[:i+1]
e = e[i+1:]
if len(vals) > 1:
vals[-1] += e
ns = ''
left,val = vals[:-1],vals[-1]
for l in left:
rs = replace_names(l,True,assign=assign)
ns += rs+'='
ns += replace_names(val,assign=assign)
return ns
if expr[0] in ['(','[','{']:
try:
delimit = expr[0]
i = 0; level = 1
while level > 0:
i += 1
char = expr[i]
if char in '([{':
level += 1
if char in ')]}':
level -= 1
inner = expr[1:i]
rest = expr[i+1:]
return expr[0]+replace_names(inner,defining,assign=False)+expr[i]+replace_names(rest,defining,assign=assign)
except IndexError:
multiline = expr
return ''
if expr.startswith('for') and not expr.endswith('in'):
varname = ''
curword = ''
for i,char in enumerate(expr):
if char in string.letters+string.digits+'_':
curword += char
else:
if curword == 'in':
break
curword = ''
varname += char
rest = expr[i:]
dpart = replace_names(varname[3:-2],True,assign=assign)
rpart = replace_names(rest,assign=assign)
return 'for' + ' '*(dpart[0] in string.letters+string.digits+'_') + dpart + ' '*(dpart[-1] in string.letters+string.digits+'_') + 'in' + ' '*(rpart[0] in string.letters+string.digits+'_') + rpart
if expr.startswith('lambda'):
args = expr.split('lambda',1)[1].split(':')[0]
replace_names(args,True,assign=assign)
poses = ['' if e == -1 else e for e in (expr.find(char) for char in ['(','[','{'])]
pos = min(poses)
if pos != '':
delimit = '([{'[poses.index(pos)]
first,rest = expr.split(delimit,1)
return replace_names(first,defining,assign=assign)+replace_names(delimit+rest,defining,assign=assign)
multiline = ''
if ' ' in expr:
ns = ''
for sub in expr.split(' '):
rs = replace_names(sub,defining,assign=assign)
if rs == '':
continue
if ns != '' and (ns[-1] in string.letters+string.digits+'_' and rs[0] in string.letters+string.digits+'_'):
ns += ' '+rs
else:
ns += rs
return ns
for cmp in ['**=','//=','==','!=','<>','<=','>=','+=','-=','*=','/=','%=','//','**','<<','>>','<','>','+','-','*','/','%','&','|','^','~',':',',','.']:
if cmp in expr:
ns = ''
for sub in expr.split(cmp):
rs = replace_names(sub,defining,prefix,assign=assign)+cmp
ns += rs
if cmp == '.':
prefix += rs
return ns[:-len(cmp)]
if expr[0] in string.digits:
return expr
if not defining and expr not in defined:
#print '---',prefix+expr
if prefix+expr not in undefined and (prefix == '' or prefix[0] != '.') :
undefined.append(prefix+expr)
return expr
if defining:
if prefix+expr in undefined:
undefined.remove(prefix+expr)
if expr not in defined:
defined.append(expr)
return get_name(expr)
def fix_names(line):
for cmp in ['**=','//=','==','!=','<>','<=','>=','+=','-=','*=','/=','%=','//','**','<<','>>','<','>','+','-','*','/','%','&','|','^','~',':',',','.','=','(',')','[',']','{','}']:
if cmp in line:
ns = ''
for sub in line.split(cmp):
ns += fix_names(sub)+cmp
return ns[:-len(cmp)]
if line in defined and line not in vars.values():
return vars[line]
return line
def first_pass(file):
lines_firstpass = []
for line in file:
if line.strip() == '':
continue
indent = 0
for char in line:
if not char in string.whitespace:
break
indent += 1
if multiline != '':
line_string = ml_last
else:
line_string = ''
#line_string = '\t'*indent
line = multiline + line.strip()
newline = ''
while line:
char = line[0]
if char in ['"',"'"]:
limit=char; i=0
inside = ''
escape = False
while True:
i+=1; char = line[i]
if escape:
escape = False
inside += char
continue
if char == '\\':
escape = True
elif char == limit:
break
inside += char
strings.append(inside)
newline += limit*2
line = line[i+1:]
else:
if char == '#':
break
newline += char
line = line[1:]
line = newline
if line == '':
continue
if ' ' not in line:
first = ''
else:
first,line = line.split(' ',1)
if first in ['class','def']:
name = line.split('(')[0].split(':')[0].strip()
line_string += first+' '
defined.append(name)
line_string += get_name(name)
if '(' in line:
line_string += '('
inner = line.split('(',1)[1]
inner = ')'.join(inner.split(')')[:-1])
part = ''
for char in inner:
if char == ',' and part.count('(') == part.count(')'):
line_string += replace_names(part,True)+','
part = ''
else:
part += char
line_string += replace_names(part,True)+')'
line_string += ':'
to_import = ''
importing = []
if first == 'from':
module,rest = line.split('import')
module = module.strip()
#imported.append(module)
first,line = 'import',rest
to_import += 'from '+module+' '
if first == 'import':
to_import += 'import '
for module in line.split(','):
module = module.strip()
#imported.append(module)
to_import += module+','
to_import = to_import[:-1]
line_string += to_import
if line_string.strip() == '':
r = replace_names(first+' '+line)
if multiline != '':
ml_last = line_string + r
continue
line_string += r
ml_last = ''
lines_firstpass.append((indent,line_string))
#print '\t'*indent+line_string
for i,(indent,line) in enumerate(lines_firstpass):
lines_firstpass[i] = (indent,fix_names(line))
return lines_firstpass
def second_pass(firstpass):
lines = []
current_line = ''
current_line_indent = 0
last_indent = 0
for i,(indent,line) in enumerate(firstpass):
for kw in keyword.kwlist:
if line[:len(kw)] == kw:
first = kw
line = line[len(kw):]
break
else:
first = ''
limit=';'
for kw in ['import','global']:
if first == kw and current_line.startswith(kw):
first = ''
line = line.strip()
limit=','
if first not in ['if','elif','else','while','for','def','class','try','except','finally'] and indent == last_indent:
current_line += limit*(current_line != '') + first + line
else:
lines.append((current_line_indent,current_line))
current_line = first + line
current_line_indent = indent
last_indent = indent
lines.append((current_line_indent,current_line))
new_lines = []
i = 0
while i < len(lines):
indent,line = lines[i]
if i != len(lines)-1 and lines[i+1][0] == indent + 1 and (i == len(lines)-2 or lines[i+2][0] <= indent):
new_lines.append((indent,line+lines[i+1][1]))
i += 1
else:
new_lines.append((indent,line))
i += 1
return new_lines
def third_pass(lines):
new_definitions = ''
for u in sorted(undefined,key=lambda s:-s.count('.')):
#print u
parts = u.split('.')
if parts[0] in vars.values():
continue
c = 0
for indent,line in lines:
if line.startswith('import'):
continue
c += line.count(u)
if c > 1:
new_definitions += ';'*(new_definitions!='')+get_name(u)+'='+u
for ind,(indent,line) in enumerate(lines):
if line.startswith('import'):
continue
nline = ''
cur_word = ''
i = 0
while i < len(line):
char = line[i]
if char not in string.letters+string.digits+'_.':
if cur_word == u:
nline += get_name(u)
else:
nline += cur_word
cur_word = ''
nline += char
i += 1
continue
if char in '"\'':
nline += char
limit = char
escape = False
while True:
i += 1
char = line[i]
nline += char
if escape:
escape = False
continue
if char == '\\':
escape = True
if char == limit:
break
i += 1
continue
cur_word += char
i += 1
lines[ind] = (indent,nline+cur_word)
return [lines[0]]+[(0,new_definitions)]+lines[1:]
def golf(filename):
file = open(filename)
write_file = open('golfed.py','w')
for indent,line in third_pass(second_pass(first_pass(file))):
write_file.write('\t'*(indent/2)+' '*(indent%2)+line+'\n')
file.close()
write_file.close()
#print first_pass(["for u in sorted(undefined,key=lambda s:-s.count('.')):"])
golf('golfer.py')
ทดสอบโปรแกรมวาดเศษส่วนเก่าที่ฉันมี ( 4672ถึง1889 ):
เดิม:
import pygame
import math
import os
import colorsys
from decimal import *
#two = Decimal(2)
#half = Decimal(0.5)
def fractal_check_point(function,x,y):
#n = (Decimal(0),Decimal(0))
n = (0,0)
i = 0
last_dist = 0
while n[0]**2 + n[1]**2 <= 16 and i < max_iter:
nr,ni = function(n)
n = (nr+x,ni+y)
i+=1
if i == max_iter:
return False
#extra = math.log(math.log( (n[0]**two + n[1]**two)**half )/math.log(300),2)
extra = math.log(math.log( (n[0]**2 + n[1]**2)**0.5 )/math.log(300),2)
#prev = math.sqrt(last_dist)
#final = math.sqrt(n.real**2+n.imag**2)
return i - extra
def f((r,i)):
return (r**2 - i**2, 2*r*i)
screen_size = (500,500)
try: screen = pygame.display.set_mode(screen_size)
except pygame.error:
print 'Too large to draw to window...'
screen = pygame.Surface(screen_size)
#pixels = pygame.PixelArray(screen)
#xmin = Decimal(- 2.2)
#xmax = Decimal(.8)
#
#ymin = Decimal(- 1.5)
#ymax = Decimal(1.5)
max_iter = 50
xmin = -2.2
xmax = 0.8
ymin = -1.5
ymax = 1.5
def draw_fractal():
print repr(xmin),repr(xmax)
print repr(ymin),repr(ymax)
print
xlist = []
ylist = []
for x in range(screen_size[0]):
#xlist.append(Decimal(x)*(xmax-xmin)/Decimal(screen_size[0])+xmin)
xlist.append(x*(xmax-xmin)/screen_size[0]+xmin)
for y in range(screen_size[1]):
#ylist.append(Decimal(y)*(ymax-ymin)/Decimal(screen_size[1])+ymin)
ylist.append(y*(ymax-ymin)/screen_size[1]+ymin)
xi = 0
for x in xlist:
yi = 0
for y in ylist:
val = fractal_check_point(f,x,y)
if val == False:
screen.set_at((xi,yi),(0,0,0))
#pixels[xi][yi] = (0,0,0)
else:
r,g,b = colorsys.hsv_to_rgb(val/10.0 % 1, 1, 1)
screen.set_at((xi,yi),(r*255,g*255,b*255))
##screen.set_at((xi,yi),(0,(val/300.0)**.25*255,(val/300.0)**.25*255))
#pixels[xi][yi] = (0,(val/300.0)**.25*255,(val/300.0)**.25*255)
yi += 1
xi += 1
pygame.event.get()
pygame.display.update((xi-1,0,1,screen_size[1]))
save_surface('F:\FractalZoom\\')
def save_surface(dirname):
i = 0
name = '%05d.bmp' % i
while name in os.listdir(dirname):
i += 1
name = '%05d.bmp' % i
pygame.image.save(screen,dirname+name)
print 'saved'
x_min_step = 0
x_max_step = 0
y_min_step = 0
y_max_step = 0
savefail = 0
def zoom(xmin_target,xmax_target,ymin_target,ymax_target,steps):
global xmin
global xmax
global ymin
global ymax
xc = (xmax_target + xmin_target)/2
yc = (ymax_target + ymin_target)/2
d_xmin = ((xc-xmin_target)/(xc-xmin))**(1.0/steps)
d_xmax = ((xc-xmax_target)/(xc-xmax))**(1.0/steps)
d_ymin = ((yc-ymin_target)/(yc-ymin))**(1.0/steps)
d_ymax = ((yc-ymax_target)/(yc-ymax))**(1.0/steps)
for s in range(steps):
xmin = xc-(xc-xmin)*d_xmin
xmax = xc-(xc-xmax)*d_xmax
ymin = yc-(yc-ymin)*d_ymin
ymax = yc-(yc-ymax)*d_ymax
draw_fractal()
save_dir = 'D:\FractalZoom\\'
global savefail
if not savefail:
try:
save_surface(save_dir)
except:
print 'Warning: Cannot save in given directory '+save_dir+', will not save images.'
savefail = 1
#zoom(.5,.6,.5,.6,10)
#zoom(-1.07996839017,-1.07996839014,-0.27125861927,-0.27125861923,100)
#n = 1
#while 1:
# pygame.display.update()
# pygame.event.get()
#
# def f(x):
# if x == 0:
# return 0
# else:
# return x**n
# draw_fractal()
# n += .0001
draw_fractal()
zooming = 0
#firstx = Decimal(0)
#firsty = Decimal(0)
firstx = firsty = 0
clicking = 0
while 1:
pygame.display.update()
pygame.event.get()
mx, my = pygame.mouse.get_pos()
rx, ry = pygame.mouse.get_rel()
# mx = Decimal(mx)
# my = Decimal(my)
# sx = Decimal(screen_size[0])
# sy = Decimal(screen_size[1])
sx = screen_size[0]
sy = screen_size[1]
if pygame.mouse.get_pressed()[0]:
if clicking == 0:
clicking = 1
if zooming and clicking == 1:
secondx = mx*(xmax-xmin)/sx+xmin
secondy = my*(ymax-ymin)/sy+ymin
firstx = firstx*(xmax-xmin)/sx+xmin
firsty = firsty*(ymax-ymin)/sy+ymin
if secondx < firstx:
xmin = secondx
xmax = firstx
else:
xmin = firstx
xmax = secondx
if secondy < firsty:
ymin = secondy
ymax = firsty
else:
ymin = firsty
ymax = secondy
screen.fill((0,0,0))
screen.lock()
draw_fractal()
screen.unlock()
zooming = 0
elif clicking == 1:
firstx = mx
firsty = my
zooming = 1
screen.set_at((firstx,firsty),(255,255,255))
if clicking:
clicking = 2
else:
clicking = 0
แข็งแรงเล่นกอล์ฟ:
import pygame,math,os,colorsys;from decimal import *
ai=pygame.event.get;aj=pygame.display.update;ak=math.log;al=pygame.mouse;am=False;an=pygame;ao=repr;ap=range;aq=os
def a(b,c,d):
e=(0,0);f=0;g=0
while e[0]**2+e[1]**2<=16 and f<o:h,i=b(e);e=(h+c,i+d);f+=1
if f==o:return False
j=ak(ak((e[0]**2+e[1]**2)**0.5)/ak(300),2);return f-j
def k((l,f)):return(l**2-f**2,2*l*f)
m=(500,500)
try:n=pygame.display.set_mode(m)
except pygame.error:print'Too large to draw to window...';n=pygame.Surface(m)
o=50;p=-2.2;q=0.8;r=-1.5;s=1.5
def t():
print ao(p),ao(q);print ao(r),ao(s);print;u=[];v=[]
for c in ap(m[0]):u.append(c*(q-p)/m[0]+p)
for d in ap(m[1]):v.append(d*(s-r)/m[1]+r)
w=0
for c in u:
x=0
for d in v:
y=a(k,c,d)
if y==am:n.set_at((w,x),(0,0,0))
else:l,z,A=colorsys.hsv_to_rgb(y/10.0%1,1,1);n.set_at((w,x),(l*255,z*255,A*255))
x+=1
w+=1;ai();aj((w-1,0,1,m[1]))
B('F:\FractalZoom\\')
def B(C):
f=0;D='%05d.bmp'%f
while D in os.listdir(C):f+=1;D='%05d.bmp'%f
pygame.image.save(n,C+D);print'saved'
E=0;F=0;G=0;H=0;I=0
def J(K,L,M,N,O):
global p,q,r,s;P=(L+K)/2;Q=(N+M)/2;R=((P-K)/(P-p))**(1.0/O);S=((P-L)/(P-q))**(1.0/O);T=((Q-M)/(Q-r))**(1.0/O);U=((Q-N)/(Q-s))**(1.0/O)
for V in ap(O):
p=P-(P-p)*R;q=P-(P-q)*S;r=Q-(Q-r)*T;s=Q-(Q-s)*U;t();W='D:\FractalZoom\\';global I
if not I:
try:B(W)
except:print'Warning: Cannot save in given directory '+W+', will not save images.';I=1
t();X=0;Y=Z=0;_=0
while 1:
aj();ai();aa,ab=pygame.mouse.get_pos();ac,ad=pygame.mouse.get_rel();ae=m[0];af=m[1]
if pygame.mouse.get_pressed()[0]:
if _==0:_=1
if X and _==1:
ag=aa*(q-p)/ae+p;ah=ab*(s-r)/af+r;Y=Y*(q-p)/ae+p;Z=Z*(s-r)/af+r
if ag<Y:p=ag;q=Y
else:p=Y;q=ag
if ah<Z:r=ah;s=Z
else:r=Z;s=ah
n.fill((0,0,0));n.lock();t();n.unlock();X=0
elif _==1:Y=aa;Z=ab;X=1;n.set_at((Y,Z),(255,255,255))
if _:_=2
else:_=0
ทำงานด้วยตัวเอง (สร้างควินินที่ยาวมาก) ( 9951ถึง5323 ):
import string,keyword,pkgutil;a=__builtins__.__dict__.keys();b={};c='';d='';e=[];f=[];g=[]
aw=string.letters;ax=string.digits;ay=keyword.kwlist;az=False;aA=True;aB=len;aC=enumerate;aD=open
def h(i):
if i.startswith('__'):b[i]=i;return i
if i in b:return b[i]
for j in aw+'_':
if j not in b.values():b[i]=j;return j
for k in aw+'_':
for l in aw+ax+'_':
if k+l not in b.values():
if k+l in ay:continue
b[i]=k+l;return k+l
def m(n,o=az,p='',q=aA):
if';'in n:
r=''
for s in n.split(';'):r+=m(s,q=q)+';'
return r[:-1]
global c;n=n.strip()
if n in['']+ay:return n
if n=='""':return'"'+e.pop(0)+'"'
if n=="''":return"'"+e.pop(0)+"'"
if'='in n and q:
s=n[:];t=['']
while'='in s:
u=s.index('=')
if s!=''and s[0]=='=':t[-1]+='=';s=s[1:];continue
if s[u-1]not in'!<>*/+-%'and s[u+1]!='='and(t[-1]+s[:u]).count('(')==(t[-1]+s[:u]).count(')'):t[-1]+=s[:u];s=s[u+1:];t.append('')
else:t[-1]+=s[:u+1];s=s[u+1:]
if aB(t)>1:
t[-1]+=s;r='';v,w=t[:-1],t[-1]
for x in v:y=m(x,aA,q=q);r+=y+'='
r+=m(w,q=q);return r
if n[0]in['(','[','{']:
try:
z=n[0];u=0;A=1
while A>0:
u+=1;B=n[u]
if B in'([{':A+=1
if B in')]}':A-=1
C=n[1:u];D=n[u+1:];return n[0]+m(C,o,q=az)+n[u]+m(D,o,q=q)
except IndexError:c=n;return''
if n.startswith('for')and not n.endswith('in'):
E='';F=''
for u,B in aC(n):
if B in aw+ax+'_':F+=B
else:
if F=='in':break
F=''
E+=B
D=n[u:];G=m(E[3:-2],aA,q=q);H=m(D,q=q);return'for'+' '*(G[0]in aw+ax+'_')+G+' '*(G[-1]in aw+ax+'_')+'in'+' '*(H[0]in aw+ax+'_')+H
if n.startswith('lambda'):I=n.split('lambda',1)[1].split(':')[0];m(I,aA,q=q)
J=[''if s==-1 else s for s in(n.find(B)for B in['(','[','{'])];K=min(J)
if K!='':z='([{'[J.index(K)];L,D=n.split(z,1);return m(L,o,q=q)+m(z+D,o,q=q)
c=''
if' 'in n:
r=''
for M in n.split(' '):
y=m(M,o,q=q)
if y=='':continue
if r!=''and(r[-1]in aw+ax+'_'and y[0]in aw+ax+'_'):r+=' '+y
else:r+=y
return r
for N in['**=','//=','==','!=','<>','<=','>=','+=','-=','*=','/=','%=','//','**','<<','>>','<','>','+','-','*','/','%','&','|','^','~',':',',','.']:
if N in n:
r=''
for M in n.split(N):
y=m(M,o,p,q=q)+N;r+=y
if N=='.':p+=y
return r[:-aB(N)]
if n[0]in ax:return n
if not o and n not in f:
if p+n not in g and(p==''or p[0]!='.'):g.append(p+n)
return n
if o:
if p+n in g:g.remove(p+n)
if n not in f:f.append(n)
return h(n)
def O(P):
for N in['**=','//=','==','!=','<>','<=','>=','+=','-=','*=','/=','%=','//','**','<<','>>','<','>','+','-','*','/','%','&','|','^','~',':',',','.','=','(',')','[',']','{','}']:
if N in P:
r=''
for M in P.split(N):r+=O(M)+N
return r[:-aB(N)]
if P in f and P not in b.values():return b[P]
return P
def Q(R):
S=[]
for P in R:
if P.strip()=='':continue
T=0
for B in P:
if not B in string.whitespace:break
T+=1
if c!='':U=d
else:U=''
P=c+P.strip();V=''
while P:
B=P[0]
if B in['"',"'"]:
W=B;u=0;X='';Y=False
while aA:
u+=1;B=P[u]
if Y:Y=az;X+=B;continue
if B=='\\':Y=True
elif B==W:break
X+=B
e.append(X);V+=W*2;P=P[u+1:]
else:
if B=='#':break
V+=B;P=P[1:]
P=V
if P=='':continue
if' 'not in P:L=''
else:L,P=P.split(' ',1)
if L in['class','def']:
i=P.split('(')[0].split(':')[0].strip();U+=L+' ';f.append(i);U+=h(i)
if'('in P:
U+='(';C=P.split('(',1)[1];C=')'.join(C.split(')')[:-1]);Z=''
for B in C:
if B==','and Z.count('(')==Z.count(')'):U+=m(Z,aA)+',';Z=''
else:Z+=B
U+=m(Z,aA)+')'
U+=':'
_='';aa=[]
if L=='from':ab,D=P.split('import');ab=ab.strip();L,P='import',D;_+='from '+ab+' '
if L=='import':
_+='import '
for ab in P.split(','):ab=ab.strip();_+=ab+','
_=_[:-1];U+=_
if U.strip()=='':
ac=m(L+' '+P)
if c!='':d=U+ac;continue
U+=ac;d=''
S.append((T,U))
for u,(T,P)in aC(S):S[u]=(T,O(P))
return S
def ad(ae):
af=[];ag='';ah=0;ai=0
for u,(T,P)in aC(ae):
for aj in ay:
if P[:aB(aj)]==aj:L=aj;P=P[aB(aj):];break
else:L=''
W=';'
for aj in['import','global']:
if L==aj and ag.startswith(aj):L='';P=P.strip();W=','
if L not in['if','elif','else','while','for','def','class','try','except','finally']and T==ai:ag+=W*(ag!='')+L+P
else:af.append((ah,ag));ag=L+P;ah=T
ai=T
af.append((ah,ag));ak=[];u=0
while u<aB(af):
T,P=af[u]
if u!=aB(af)-1 and af[u+1][0]==T+1 and(u==aB(af)-2 or af[u+2][0]<=T):ak.append((T,P+af[u+1][1]));u+=1
else:ak.append((T,P))
u+=1
return ak
def al(af):
am=''
for an in sorted(g,key=lambda s:-s.count('.')):
ao=an.split('.')
if ao[0]in b.values():continue
j=0
for T,P in af:
if P.startswith('import'):continue
j+=P.count(an)
if j>1:
am+=';'*(am!='')+h(an)+'='+an
for ap,(T,P)in aC(af):
if P.startswith('import'):continue
aq='';ar='';u=0
while u<aB(P):
B=P[u]
if B not in aw+ax+'_.':
if ar==an:aq+=h(an)
else:aq+=ar
ar='';aq+=B;u+=1;continue
if B in'"\'':
aq+=B;W=B;Y=False
while aA:
u+=1;B=P[u];aq+=B
if Y:Y=az;continue
if B=='\\':Y=True
if B==W:break
u+=1;continue
ar+=B;u+=1
af[ap]=(T,aq+ar)
return[af[0]]+[(0,am)]+af[1:]
def at(au):
R=aD(au);av=aD('golfed.py','w')
for T,P in al(ad(Q(R))):av.write('\t'*(T/2)+' '*(T%2)+P+'\n')
R.close();av.close()
at('golfer.py')