raise a, b, c

import d

from e import*

import f

from .g import(a)

from b import c

from d import*

from .import(e)

from f import(g)

from .a import(b, c as d,)

import e, f as g

from .a import(b, c,)

from .d import(e,)

import f, g

from .a.b import(c)

global d, e

global f

exec g in a, b

assert c, d

assert e

if f: import g; import a;

@b
def c(d): import e; import f;

with g as a: import b; import c;

try: import d; import e;
finally: import f; import g;

class a: import b; import c;

def d(e): import f; import g;

while a: import b; import c;

for d in e: import f; import g;

if a: import b; import c;
elif d: import e; import f;
else: import g; import a;

while b: import c; import d;
else: import e; import f;

for g in a: import b; import c;
else: import d; import e;

for f in g: import a; import b;

try: import c; import d;
finally: import e; import f;

try: import g; import a;
except: import b; import c;
else: import d; import e;
finally: import f; import g;

with a as b: import c; import d;

with e as f: import g; import a;

try: import b; import c;
except d, e: import f; import g;
else: import a; import b;
finally: import c; import d;

try: import e; import f;
except g as a: import b; import c;
else: import d; import e;
finally: import f; import g;

try: import a; import b;
except c: import d; import e;
else: import f; import g;
finally: import a; import b;

if c: import d; import e;
elif f: import g; import a;
else: import b; import c;

if d: import e; import f;
elif g: import a; import b;
else:
    import c; import d;

[e for f in g, a, for b in c]

[d for e in f, g, for a in b]

[c for d in e, lambda: f, for g in a]

[b for c in d, lambda e: f, for g in a]

[b for c in d, lambda: e, for f in g]

raise a, b, c if d else e

raise f, g, lambda a: b

[c for d in e, f or g, for a in b]

c or d and e

f and g

a and not b

c < d

e >= f

g is a

b <> c

d != e

f < g

a <= b

c > d

e is not f

g not in a

b in c

d == e

exec f|g in a, b

c|d^e

f^g&a

b&c << d >> e

f&g << a

b << c >> d-e+f

g << a >> b-c

d-e+f*g//a

b-c+d*e/f

g-a+b*c%d

e-f+g*a

b*c//d

e*f//-g

a*b//+c

d*e//~f

g.a**b

c.d**e

(f).g**a

R"@c".b**c

`d`.e**f

9.J.g**a

[b].c**d

{e: f}.g**a

(yield).b**c

[d for e in f]

[g, a,]

(b, c,)

(d for e in f)

lambda g: a

b.c**d

e(*f)**g

a[:]**b

c[:,:,]**d

e[:,:]**f

g[:]**a

b[:, c::,]**d

e[:, f,]**g

a[:,...,]**b

c[:,: d:,]**e

f[:,::,]**g

a[:, b:: c,]**d

e[:, f::,]**g

for a, b, in c: import d; import e;
else: import f; import g;

for a, in b: import c; import d;
else: import e; import f;

for g in a, b,: import c; import d;
else: import e; import f;

{g: a, b: c,}

{d: e, f: g}

class a(b): import c; import d;

e(f, **g)**a

b(*c, d, **e)**f

g(a, b,)**c

d(*e)**f

g(a, b)**c

d(e = f, **g)**a

b(c for d in e, **f)**g

[a for b in c if d]

[e for f in g for a in b]

[c for d in e for f in g]

[a for b in c]

[d for e in f if g for a in b]

(c for d in e if f)

(g for a in b for c in d)

(e for f in g for a in b)

(c for d in e if f for g in a)

(b for c in d if e)

`f, g`

`a`

(yield b)

@c(*d)
class e: import f; import g;

@a
class b: import c; import d;

@e
class f: import g; import a;

@b
def c(d): import e; import f;

def g(a): import b; import c;

def d(e): import f; import g;

[a for b in c, lambda d = e, f = g,: a, for b in c]

[d for e in f, lambda g, a = b, c,: d, for e in f]

[g for a in b, lambda c, *d, **e: f, for g in a]

[b for c in d, lambda e = f, **g: a, for b in c]

[d for e in f, lambda g = a, b = c,: d, for e in f]

[g for a in b, lambda c = d, (e) = f,: g, for a in b]

[c for d in e, lambda f = g, (a, b,) = c,: d, for e in f]

[g for a in b, lambda c = d, (e, f) = g,: a, for b in c]

if d: import e; import f;
elif g: import a; import b;
else:
    @c
    def d(e): import f; import g;

if a: import b; import c;
elif d: import e; import f;
else:
    import g; import a;

if b: import c; import d;
elif e: import f; import g;
else: import a; import b;

import c; d;

import e; exec f;

import g; assert a;

import b; print;

import c; raise;

import d; import e;

import f; pass;

import g; global a;

import b; del c;

d+= e

f+= yield

g = yield = a

b/= c

d**= e

f^= g

a >>= b

c|= d

e+= f

g <<= a

b&= c

d//= e

f*= g

a-= b

c%= d

print >> e, f,

print g, a,

print >> b, c

print d,

del e

pass

break

raise

return

yield

continue

break

continue

return f

yield

import g; import a;