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-module(prog). -export([main/0]). main() -> io:format("~w~n", [return_positions([a, b, c])]). return_positions(X) -> return_positions(X, [], 1). return_positions([], Out, _I) ->
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-module(prog). -export([main/0]). main() -> return_positions([a, b, c]). return_positions(X) -> return_positions(X, [], 1). return_positions([], Out, _I) ->
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-module(prog). -export([start/0]). start() -> return_positions([a, b, c]). return_positions(X) -> return_positions(X, [], 1). return_positions([], Out, _I) ->
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-module(main). -export([prog/0]). start() -> return_positions([a, b, c]). return_positions(X) -> return_positions(X, [], 1). return_positions([], Out, _I) ->
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-module(main). -export([start/0]). start() -> return_positions([a, b, c]). return_positions(X) -> return_positions(X, [], 1). return_positions([], Out, _I) ->
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-module(prog). -export([main/0]). main() -> io:format("hello~n",[]).
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start() -> io:format("hello~n").
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Y = [ X + 3#1212 || X <- "KSBXGPJXCQLU"] {XXX,YYY} = lists:split(3,[7#344 bxor X || X <- Y, X > 5#1002])
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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-module(test1). -export([main/1]). main(T) -> ( fun(T) -> T * T end ) end. main(11).
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Z=fun(X)-> 2*X end. fun(2).
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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1
2+5
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check_plugins(HttpReq) -> CachePlugins = [plugin1, plugin2], InCharge = test_in_charge_plugins(CachePlugins, HttpReq, plugin_default). test_in_charge_plugins([], _, Default) -> Default; test_in_charge_plugins([Plugin | T], HttpReq, Default) -> case Plugin:in_charge(HttpReq) of true ->
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#!/usr/bin/perl use strict; use warnings; use integer; =head1 DESCRIPTION
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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1
a()->a.
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#include <iostream> using namespace std; int main() { return 0; }
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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-module(prog). -export([main/0]). write(0) -> null; write(N) when N rem 15 == 0 -> io:format("TAK~n",[]), main(); write(_N) -> io:format("NIE~n",[]), main(). main() -> {ok, [X]} = io:fread("","~d"),
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-module(prog). -export([main/0]). main() -> loop(). loop() -> case io:fread( "","~d" ) of eof -> true;
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-module(prog). -export([main/0]). main() -> display("foo~n"), true.
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-spec parse_simple_string(binary()) -> calendar:datetime() | {error, any()}. parse_simple_string(<<Year:4/binary, "-", Month:3/binary, "-", Day:2/binary, " ", Hour:2/binary, ":", Minutes:2/binary, ":", Seconds:2/binary>>) -> try {parse_date(Year, Month, Day), parse_time(Hour, Minutes, Seconds)} of
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-spec parse_simple_string(binary()) -> calendar:datetime() | {error, any()}. parse_simple_string(<<Year:4/binary, "-", Month:3/binary, "-", Day:2/binary, " ", Hour:2/binary, ":", Minutes:2/binary, ":", Seconds:2/binary>>) -> Binary_to_integer = fun(X) -> list_to_integer(binary_to_list(X)) end, try {ok, { {Binary_to_integer(Year), month(Month), Binary_to_integer(Day) },
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dont_work() -> try 1+a catch Error -> Error end. works() -> catch 1+a.


