defmodule Foo do
  def foo(x) do
  defp foo(x) do
  defmacro foo(x) do
  defprotocol Foo do
  defimpl Foo, for: Bar do
  test "foo" do
test	"x"
	def foo
 	 def foo
  defmacrop foo do
  defguard foo(x) when x
  defguardp foo(x)
  defdelegate foo(x), to: Bar
  defstruct [:a]
  defexception [:a]
  defoverridable foo: 1
  defcallback foo
  defn foo(x) do
  defrecord x
  describe "foo" do
  setup do
  doctest Foo
  property "x" do
def foo
def
def 
defp
defmodule
defmodule 
test
test 
defx foo
xdef foo
defmodulex Foo
testx "a"
tests "a"
DEF foo
Def foo
Test "x"
@doc """
# def foo
def foo, do: 1
def	foo
defp	foo
def(foo)
test("x")
def foo()
  def foo when x
def foo
deffoo
def
foo
def été

test  bar!# when is_integer
defprotocol P   do
defimpl P, for: Integer do
test "orks" do  d�o]
 def foo(x) dofor: Bar do
defmodule |Foo do  when is_i!ntege,r(x)
 defp b�ar, do: 1
def "a test"  
	defprotocol P do
	defmacro ,m() do
, do: 1
	defimpl P, for: Integer o
defmacro m(-x) do
defprotocol   P dowhen is_integer(x)
defprotocol P do
def foo(x) do  when is_integer(x)
	defimpl P, for: @�Integer
 	def foo() do
test "works" do
defp 	demacroptests Foo.B0ar  foo?
defmodule FXoo o , do: 1
  defmacro m(x) do
defp bar, do: 1# c
def	foo , do: 1
defp bar, do: 1
 def	foo
def	foo  when is_inteer(x)
def	foo
%{a: 1}
defmacro m(x) do
def foo(x) do
def	defguard  for: Bar do, do: g1  
def	foo.
def foo(x) do'
  def	foo
 def defs
defmacro m()do
	def	foo
 	defmacro m(x) do(x, y)
  def foo(x) do(x, y)
 	def foo(x)
  defp bar, do: 1->
def	foox->
  defimpl P, for: Integer do
defimpl P, for: I
def 	protocol P do
defmacro m(x) do# c
 test W"works" do	(x, y)
 def foo(x) do
test "works" do  ->
	def foo(x) do
 def  macro m(x) dodo
	test "works" do
 def	foo�
def foo(x)� �9do
test "works
defimpl , for: Integer do
defmacro Zm(x) do
 test "works" do
  defp 	@doc
def �foo(x?) do
test "works"0 do for:Bar do
def foox) do
defimpl P, for (: Integer do%{a: 1}
 	defprotocol 	
defmacro &m(x) do
	defmacro m(x) do
def	fo o
defmodule 	Foo do
def	foo 
 defmacro m(x) do
	defmacro m(x) do 	, do: 1
 defprotocol P do
defmacro m
 	defmacro m(x) do
->
test "wo0rks" do(x, y)
 defprotocol P dowhen is_integer(x)
 	def	f|oo
 	def f0oo(x) do
defprotocol P Xdo	(x, y)
test "works" do 	->
 test 	
  defprotocol 	defdelegate
defp bar, do: 1(x, y)
defmacro m(x) d 	o, do: 1
 test "works
def foo(x) do%{a: 1}
 	def	foo
 	defmacro m(x) do
 defmodule Foo do
defimpl  # cbar!defstruct 	
	defmacro m_(x) do{

#  ét� �$defguard
defmacropdefx	
é
#  
  _x
été
defmoduleété 	Def 	 end	
 ->setup 
 when is_integer(x)étéfor: Bar do # c
 été	defmdule foo
  for: Bar do->
 d  efx	
test"works
#d]efprotocolFoo.Bar 
test "wo
_�x
 	@doC 	Do  dEf 	
def-impl P, for: Integer do
 end�
defp

de�f	foo
defmodule Foo do
defmodue Foo do	when is_integer(x)
	defmacrop bar!endend@doc  
defp bar, do: �1
 , do: 1 
tesT "W-O
fn

fndescribe
defimpl, do: 1"a test"  
when is_integer(x)	
été
foo?end	do%{a: 1}
Deffn _x	->fnend
f)nfr: Bar do 
"a test" # c  foo?
 	FOR: bAR DoéTé/	DoDesCribe 	eND  SEtUp
 set-updefdelegate
 	defimpldef9macropde  fstruct  
(x, y),test"a t:est"foo
when i	s_ixnt-eger(x)defmacrop->_x  
# cdefprotocol(x, y)
dE(f	foO
bar! 	def(x, y)
fn  when is_integer(x)fn"a test"defguarddef 	
 	defdelegate
wHen iS_InTEger(x)_x%}{A: 1} do
for: ar do	do}c->/
defmacro m(x) do
eNd(X,� y), (x, y)
de
	~
Test "workS" Do->
`deFP bAR, do�: 1 	wHeN IS_intEGER(x)
 �	bar!Def
] 	defmacro
# c 	foo{(x, y) 
    Foo.Bar
defprotocol P do
foo? 	defstruct  defprotocol  
	when is_integer(x) "a test"Foo.Bar 	defimpl->#  
 DEfTrucT End# 
 �%{a: 1} 	
 été
end tests->
defmacro
bar! _xfor: Bar# do
	, do: 1defp #defpfoodefprotocol
do# 	%{a: 1}	endsetup
+	%{a:\ 1}Foo.Ba-/r
"A TEST"% DeFmAcROP
deFGuard%{A: 1} 
describesetupé;té'

fo
defmod.ule Foo do
# c
dEFMACro m(X) dO
  /for: Bar do	bar!defmacro	do	
defpro
DefmoDUle FOo Do
for: Bar do%{a: 1}
defprotocol
 _dEfpDefx
tests
# c
for:x Bar dofo�r: Bar do-	
	defma%cro m(x) do
 	when is_integer
  -
  de