-module(lc).
-export([lc/0]).
lc() ->
[{X, Y} || X <- lists:seq(1, 5), Y <- lists:seq(1, 5), X rem 2 == 0, Y rem 2 == 1 ].core:
module 'lc' ['lc'/0,
'module_info'/0,
'module_info'/1]
attributes []
'lc'/0 =
%% Line 5
fun () ->
%% Line 6
( letrec
'lc$^0'/1 =
fun (_cor10) ->
case _cor10 of
<[X|_cor1]> when 'true' ->
( letrec
'lc$^1'/1 =
fun (_cor11) ->
case _cor11 of
<[Y|_cor4]>
when try
let <_cor5> =
call 'erlang':'rem'
(X, 2)
in let <_cor6> =
call 'erlang':'=='
(_cor5, 0)
in let <_cor7> =
call 'erlang':'rem'
(Y, 2)
in let <_cor8> =
call 'erlang':'=='
(_cor7, 1)
in call 'erlang':'and'
(_cor6, _cor8)
of <Try> ->
Try
catch <T,R> ->
'false' ->
let <_cor12> =
apply 'lc$^1'/1
(_cor4)
in ( [{X,Y}|_cor12]
-| ['compiler_generated'] )
( <[Y|_cor4]> when 'true' ->
apply 'lc$^1'/1
(_cor4)
-| ['compiler_generated'] )
<[]> when 'true' ->
apply 'lc$^0'/1
(_cor1)
( <_cor11> when 'true' ->
( primop 'match_fail'
({'function_clause',_cor11})
-| [{'function_name',{'lc$^1',1}}] )
-| ['compiler_generated'] )
end
in let <_cor9> =
call 'lists':'seq'
(1, 5)
in apply 'lc$^1'/1
(_cor9)
-| ['list_comprehension'] )
<[]> when 'true' ->
[]
( <_cor10> when 'true' ->
( primop 'match_fail'
({'function_clause',_cor10})
-| [{'function_name',{'lc$^0',1}}] )
-| ['compiler_generated'] )
end
in let <_cor2> =
call 'lists':'seq'
(1, 5)
in apply 'lc$^0'/1
(_cor2)
-| ['list_comprehension'] )
'module_info'/0 =
fun () ->
call 'erlang':'get_module_info'
('lc')
'module_info'/1 =
fun (_cor0) ->
call 'erlang':'get_module_info'
('lc', _cor0)
end.S
{module, lc}. %% version = 0
{exports, [{lc,0},{module_info,0},{module_info,1}]}.
{attributes, []}.
{labels, 15}.
{function, lc, 0, 2}.
{label,1}.
{line,[{location,"lc.erl",5}]}.
{func_info,{atom,lc},{atom,lc},0}.
{label,2}.
{allocate,0,0}.
{move,{integer,5},{x,1}}.
{move,{integer,1},{x,0}}.
{line,[{location,"lc.erl",6}]}.
{call_ext,2,{extfunc,lists,seq,2}}.
{call_last,1,{f,8},0}.
{function, module_info, 0, 4}.
{label,3}.
{line,[]}.
{func_info,{atom,lc},{atom,module_info},0}.
{label,4}.
{move,{atom,lc},{x,0}}.
{line,[]}.
{call_ext_only,1,{extfunc,erlang,get_module_info,1}}.
{function, module_info, 1, 6}.
{label,5}.
{line,[]}.
{func_info,{atom,lc},{atom,module_info},1}.
{label,6}.
{move,{x,0},{x,1}}.
{move,{atom,lc},{x,0}}.
{line,[]}.
{call_ext_only,2,{extfunc,erlang,get_module_info,2}}.
{function, '-lc/0-lc$^0/1-0-', 1, 8}.
{label,7}.
{line,[{location,"lc.erl",6}]}.
{func_info,{atom,lc},{atom,'-lc/0-lc$^0/1-0-'},1}.
{label,8}.
{test,is_nonempty_list,{f,9},[{x,0}]}.
{allocate,2,1}.
{get_list,{x,0},{y,1},{y,0}}.
{move,{integer,5},{x,1}}.
{move,{integer,1},{x,0}}.
{line,[{location,"lc.erl",6}]}.
{call_ext,2,{extfunc,lists,seq,2}}.
{move,{y,1},{x,2}}.
{move,{y,0},{x,1}}.
{call_last,3,{f,11},2}.
{label,9}.
{test,is_nil,{f,7},[{x,0}]}.
return.
{function, '-lc/0-lc$^1/1-1-', 3, 11}.
{label,10}.
{line,[{location,"lc.erl",6}]}.
{func_info,{atom,lc},{atom,'-lc/0-lc$^1/1-1-'},3}.
{label,11}.
{test,is_nonempty_list,{f,13},[{x,0}]}.
{get_list,{x,0},{x,3},{x,4}}.
{gc_bif,'rem',{f,12},5,[{x,2},{integer,2}],{x,5}}.
{gc_bif,'rem',{f,12},6,[{x,3},{integer,2}],{x,6}}.
{test,is_eq,{f,12},[{x,5},{integer,0}]}.
{test,is_eq,{f,12},[{x,6},{integer,1}]}.
{allocate,2,5}.
{move,{x,4},{x,0}}.
{move,{x,2},{y,0}}.
{move,{x,3},{y,1}}.
{line,[{location,"lc.erl",6}]}.
{call,3,{f,11}}.
{test_heap,5,1}.
{put_tuple,2,{x,1}}.
{put,{y,0}}.
{put,{y,1}}.
{put_list,{x,1},{x,0},{x,0}}.
{deallocate,2}.
return.
{label,12}.
{move,{x,4},{x,0}}.
{call_only,3,{f,11}}.
{label,13}.
{test,is_nil,{f,14},[{x,0}]}.
{move,{x,1},{x,0}}.
{call_only,1,{f,8}}.
{label,14}.
{test_heap,2,1}.
{put_list,{x,0},nil,{x,1}}.
{move,{atom,function_clause},{x,0}}.
{line,[{location,"lc.erl",6}]}.
{call_ext,2,{extfunc,erlang,error,2}}.
core: