-module(binary_module_SUITE). -export([all/1, interesting/1,random_ref_comp/1,random_ref_sr_comp/1, random_ref_fla_comp/1,parts/1, bin_to_list/1, list_to_bin/1, copy/1, referenced/1,guard/1,encode_decode/1]). -export([random_number/1, make_unaligned/1]). %%-define(STANDALONE,1). -ifdef(STANDALONE). -define(line,erlang:display({?MODULE,?LINE}),). -else. -include("test_server.hrl"). -export([init_per_testcase/2, fin_per_testcase/2]). % Default timetrap timeout (set in init_per_testcase). % Some of these testcases are really heavy... -define(default_timeout, ?t:minutes(10)). -endif. -ifdef(STANDALONE). -export([run/0]). run() -> [ apply(?MODULE,X,[[]]) || X <- all(suite) ]. -else. init_per_testcase(_Case, Config) -> ?line Dog = ?t:timetrap(?default_timeout), [{watchdog, Dog} | Config]. fin_per_testcase(_Case, Config) -> ?line Dog = ?config(watchdog, Config), ?line test_server:timetrap_cancel(Dog), ok. -endif. all(suite) -> [interesting,random_ref_fla_comp,random_ref_sr_comp, random_ref_comp,parts,bin_to_list, list_to_bin, copy, referenced,guard,encode_decode]. -define(MASK_ERROR(EXPR),mask_error((catch (EXPR)))). interesting(doc) -> ["Try some interesting patterns"]; interesting(Config) when is_list(Config) -> X = do_interesting(binary), X = do_interesting(binref). do_interesting(Module) -> ?line {0,4} = Module:match(<<"123456">>, Module:compile_pattern([<<"12">>,<<"1234">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>,<<"6">>])), ?line [{0,4},{5,1}] = Module:matches(<<"123456">>, Module:compile_pattern([<<"12">>,<<"1234">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>,<<"6">>])), ?line [{0,4}] = Module:matches(<<"123456">>, Module:compile_pattern([<<"12">>,<<"1234">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>])), ?line [{0,2},{2,2}] = Module:matches(<<"123456">>, Module:compile_pattern([<<"12">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>])), ?line {1,4} = Module:match(<<"123456">>, Module:compile_pattern([<<"34">>,<<"34">>, <<"12347">>,<<"2345">>])), ?line [{1,4}] = Module:matches(<<"123456">>, Module:compile_pattern([<<"34">>,<<"34">>, <<"12347">>,<<"2345">>])), ?line [{2,2}] = Module:matches(<<"123456">>, Module:compile_pattern([<<"34">>,<<"34">>, <<"12347">>,<<"2346">>])), ?line {0,4} = Module:match(<<"123456">>, [<<"12">>,<<"1234">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>,<<"6">>]), ?line [{0,4},{5,1}] = Module:matches(<<"123456">>, [<<"12">>,<<"1234">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>,<<"6">>]), ?line [{0,4}] = Module:matches(<<"123456">>, [<<"12">>,<<"1234">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>]), ?line [{0,2},{2,2}] = Module:matches(<<"123456">>, [<<"12">>, <<"23">>,<<"3">>, <<"34">>,<<"456">>, <<"45">>]), ?line {1,4} = Module:match(<<"123456">>, [<<"34">>,<<"34">>, <<"12347">>,<<"2345">>]), ?line [{1,4}] = Module:matches(<<"123456">>, [<<"34">>,<<"34">>, <<"12347">>,<<"2345">>]), ?line [{2,2}] = Module:matches(<<"123456">>, [<<"34">>,<<"34">>, <<"12347">>,<<"2346">>]), ?line nomatch = Module:match(<<1,2,3,4>>,<<2>>,[{scope,{0,1}}]), ?line {1,1} = Module:match(<<1,2,3,4>>,<<2>>,[{scope,{0,2}}]), ?line nomatch = Module:match(<<1,2,3,4>>,<<2,3>>,[{scope,{0,2}}]), ?line {1,2} = Module:match(<<1,2,3,4>>,<<2,3>>,[{scope,{0,3}}]), ?line {1,2} = Module:match(<<1,2,3,4>>,<<2,3>>,[{scope,{0,4}}]), ?line badarg = ?MASK_ERROR(Module:match(<<1,2,3,4>>,<<2,3>>, [{scope,{0,5}}])), ?line {1,2} = Module:match(<<1,2,3,4>>,<<2,3>>,[{scope,{4,-4}}]), ?line {0,3} = Module:match(<<1,2,3,4>>,<<1,2,3>>,[{scope,{4,-4}}]), ?line {0,4} = Module:match(<<1,2,3,4>>,<<1,2,3,4>>,[{scope,{4,-4}}]), ?line badarg = ?MASK_ERROR(Module:match(<<1,2,3,4>>,<<1,2,3,4>>, [{scope,{3,-4}}])), ?line [] = Module:matches(<<1,2,3,4>>,<<2>>,[{scope,{0,1}}]), ?line [{1,1}] = Module:matches(<<1,2,3,4>>,[<<2>>,<<3>>],[{scope,{0,2}}]), ?line [] = Module:matches(<<1,2,3,4>>,<<2,3>>,[{scope,{0,2}}]), ?line [{1,2}] = Module:matches(<<1,2,3,4>>,<<2,3>>,[{scope,{0,3}}]), ?line [{1,2}] = Module:matches(<<1,2,3,4>>,<<2,3>>,[{scope,{0,4}}]), ?line [{1,2}] = Module:matches(<<1,2,3,4>>,[<<2,3>>,<<4>>], [{scope,{0,3}}]), ?line [{1,2},{3,1}] = Module:matches(<<1,2,3,4>>,[<<2,3>>,<<4>>], [{scope,{0,4}}]), ?line badarg = ?MASK_ERROR(Module:matches(<<1,2,3,4>>,<<2,3>>, [{scope,{0,5}}])), ?line [{1,2}] = Module:matches(<<1,2,3,4>>,<<2,3>>,[{scope,{4,-4}}]), ?line [{1,2},{3,1}] = Module:matches(<<1,2,3,4>>,[<<2,3>>,<<4>>], [{scope,{4,-4}}]), ?line [{0,3}] = Module:matches(<<1,2,3,4>>,<<1,2,3>>,[{scope,{4,-4}}]), ?line [{0,4}] = Module:matches(<<1,2,3,4>>,<<1,2,3,4>>,[{scope,{4,-4}}]), ?line badarg = ?MASK_ERROR(Module:matches(<<1,2,3,4>>,<<1,2,3,4>>, [{scope,{3,-4}}])), ?line badarg = ?MASK_ERROR(Module:matches(<<1,2,3,4>>,[<<1,2,3,4>>], [{scope,{3,-4}}])), ?line [<<1,2,3>>,<<6,7,8>>] = Module:split(<<1,2,3,4,5,6,7,8>>,<<4,5>>), ?line [<<1,2,3>>,<<6,7,8>>] = Module:split(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>]), ?line [<<1,2,3>>,<<6>>,<<8>>] = Module:split(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>],[global]), ?line [<<1,2,3>>,<<6>>,<<>>,<<>>] = Module:split(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>], [global]), ?line [<<1,2,3>>,<<6>>] = Module:split(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>], [global,trim]), ?line [<<1,2,3,4,5,6,7,8>>] = Module:split(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>], [global,trim,{scope,{0,4}}]), ?line [<<1,2,3>>,<<6,7,8>>] = Module:split(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>], [global,trim,{scope,{0,5}}]), ?line badarg = ?MASK_ERROR( Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>, [global,trim,{scope,{0,5}}])), ?line <<1,2,3,99,6,7,8>> = Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>,[]), ?line <<1,2,3,99,6,99,99>> = Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>, [global]), ?line <<1,2,3,99,6,7,8>> = Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>, [global,{scope,{0,5}}]), ?line <<1,2,3,99,6,7,8>> = Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>, [global,{scope,{0,5}}]), ?line <<1,2,3,99,6,7,8>> = Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>, [global,{scope,{0,5}}]), ?line badarg = ?MASK_ERROR(Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>, [global,{scope,{0,5}}, {insert,1}])), ?line <<1,2,3,99,4,5,6,7,8>> = Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<99>>, [global,{scope,{0,5}}, {insert_replaced,1}]), ?line <<1,2,3,9,4,5,9,6,7,8>> = Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>], <<9,9>>, [global,{scope,{0,5}}, {insert_replaced,1}]), ?line badarg = ?MASK_ERROR(Module:replace(<<1,2,3,4,5,6,7,8>>, [<<4,5>>,<<7>>,<<8>>],<<>>, [global,{scope,{0,5}}, {insert_replaced,1}])), ?line 2 = Module:longest_common_prefix([<<1,2,4>>,<<1,2,3>>]), ?line 2 = Module:longest_common_prefix([<<1,2,4>>,<<1,2>>]), ?line 1 = Module:longest_common_prefix([<<1,2,4>>,<<1>>]), ?line 0 = Module:longest_common_prefix([<<1,2,4>>,<<>>]), ?line 1 = Module:longest_common_prefix([<<1,2,4>>,<<1,2,3>>,<<1,3,3>>]), ?line 1 = Module:longest_common_prefix([<<1,2,4>>,<<1,2,3>>,<<1,3,3>>,<<1,2,4>>]), ?line 1251 = Module:longest_common_prefix([<<0:10000,1,2,4>>, <<0:10000,1,2,3>>, <<0:10000,1,3,3>>, <<0:10000,1,2,4>>]), ?line 12501 = Module:longest_common_prefix([<<0:100000,1,2,4>>, <<0:100000,1,2,3>>, <<0:100000,1,3,3>>, <<0:100000,1,2,4>>]), ?line 1251 = Module:longest_common_prefix( [make_unaligned(<<0:10000,1,2,4>>), <<0:10000,1,2,3>>, make_unaligned(<<0:10000,1,3,3>>), <<0:10000,1,2,4>>]), ?line 12501 = Module:longest_common_prefix( [<<0:100000,1,2,4>>, make_unaligned(<<0:100000,1,2,3>>), <<0:100000,1,3,3>>, make_unaligned(<<0:100000,1,2,4>>)]), ?line 1250001 = Module:longest_common_prefix([<<0:10000000,1,2,4>>, <<0:10000000,1,2,3>>, <<0:10000000,1,3,3>>, <<0:10000000,1,2,4>>]), if % Too cruel for the reference implementation Module =:= binary -> ?line 125000001 = Module:longest_common_prefix( [<<0:1000000000,1,2,4>>, <<0:1000000000,1,2,3>>, <<0:1000000000,1,3,3>>, <<0:1000000000,1,2,4>>]); true -> ok end, ?line 1 = Module:longest_common_suffix([<<0:1000000000,1,2,4,5>>, <<0:1000000000,1,2,3,5>>, <<0:1000000000,1,3,3,5>>, <<0:1000000000,1,2,4,5>>]), ?line 1 = Module:longest_common_suffix([<<1,2,4,5>>, <<0:1000000000,1,2,3,5>>, <<0:1000000000,1,3,3,5>>, <<0:1000000000,1,2,4,5>>]), ?line 1 = Module:longest_common_suffix([<<1,2,4,5,5>>,<<5,5>>, <<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4,5>>]), ?line 0 = Module:longest_common_suffix([<<1,2,4,5,5>>,<<5,5>>, <<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4>>]), ?line 2 = Module:longest_common_suffix([<<1,2,4,5,5>>,<<5,5>>, <<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4,5,5>>]), ?line 1 = Module:longest_common_suffix([<<1,2,4,5,5>>,<<5>>, <<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4,5,5>>]), ?line 0 = Module:longest_common_suffix([<<1,2,4,5,5>>,<<>>, <<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4,5,5>>]), ?line 0 = Module:longest_common_suffix([<<>>,<<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4,5,5>>]), ?line 0 = Module:longest_common_suffix([<<>>,<<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4,5,5>>]), ?line 2 = Module:longest_common_suffix([<<5,5>>,<<0:1000000000,1,3,3,5,5>>, <<0:1000000000,1,2,4,5,5>>]), ?line 2 = Module:longest_common_suffix([<<5,5>>,<<5,5>>,<<4,5,5>>]), ?line 2 = Module:longest_common_suffix([<<5,5>>,<<5,5>>,<<5,5>>]), ?line 3 = Module:longest_common_suffix([<<4,5,5>>,<<4,5,5>>,<<4,5,5>>]), ?line 0 = Module:longest_common_suffix([<<>>]), ?line badarg = ?MASK_ERROR(Module:longest_common_suffix([])), ?line badarg = ?MASK_ERROR(Module:longest_common_suffix([apa])), ?line badarg = ?MASK_ERROR(Module:longest_common_suffix([[<<>>]])), ?line badarg = ?MASK_ERROR(Module:longest_common_suffix([[<<0>>, <<1:9>>]])), ?line 0 = Module:longest_common_prefix([<<>>]), ?line badarg = ?MASK_ERROR(Module:longest_common_prefix([])), ?line badarg = ?MASK_ERROR(Module:longest_common_prefix([apa])), ?line badarg = ?MASK_ERROR(Module:longest_common_prefix([[<<>>]])), ?line badarg = ?MASK_ERROR(Module:longest_common_prefix([[<<0>>, <<1:9>>]])), ?line <<1:6,Bin:3/binary,_:2>> = <<1:6,1,2,3,1:2>>, ?line <<1,2,3>> = Bin, ?line 1 = Module:first(Bin), ?line 1 = Module:first(<<1>>), ?line 1 = Module:first(<<1,2,3>>), ?line badarg = ?MASK_ERROR(Module:first(<<>>)), ?line badarg = ?MASK_ERROR(Module:first(apa)), ?line 3 = Module:last(Bin), ?line 1 = Module:last(<<1>>), ?line 3 = Module:last(<<1,2,3>>), ?line badarg = ?MASK_ERROR(Module:last(<<>>)), ?line badarg = ?MASK_ERROR(Module:last(apa)), ?line 1 = Module:at(Bin,0), ?line 1 = Module:at(<<1>>,0), ?line 1 = Module:at(<<1,2,3>>,0), ?line 2 = Module:at(<<1,2,3>>,1), ?line 3 = Module:at(<<1,2,3>>,2), ?line badarg = ?MASK_ERROR(Module:at(<<1,2,3>>,3)), ?line badarg = ?MASK_ERROR(Module:at(<<1,2,3>>,-1)), ?line badarg = ?MASK_ERROR(Module:at(<<1,2,3>>,apa)), ?line "hejsan" = [ Module:at(<<"hejsan">>,I) || I <- lists:seq(0,5) ], ?line badarg = ?MASK_ERROR(Module:bin_to_list(<<1,2,3>>,3,-4)), ?line [1,2,3] = ?MASK_ERROR(Module:bin_to_list(<<1,2,3>>,3,-3)), ?line badarg = ?MASK_ERROR(Module:decode_unsigned(<<1,2,1:2>>,big)), ?line badarg = ?MASK_ERROR(Module:decode_unsigned(<<1,2,1:2>>,little)), ?line badarg = ?MASK_ERROR(Module:decode_unsigned(apa)), ?line badarg = ?MASK_ERROR(Module:decode_unsigned(125,little)), ?line 0 = ?MASK_ERROR(Module:decode_unsigned(<<>>,little)), ?line 0 = ?MASK_ERROR(Module:decode_unsigned(<<>>,big)), ?line 0 = ?MASK_ERROR(Module:decode_unsigned(<<0>>,little)), ?line 0 = ?MASK_ERROR(Module:decode_unsigned(<<0>>,big)), ?line 0 = ?MASK_ERROR(Module:decode_unsigned(make_unaligned(<<0>>), little)), ?line 0 = ?MASK_ERROR(Module:decode_unsigned(make_unaligned(<<0>>),big)), ?line badarg = ?MASK_ERROR(Module:encode_unsigned(apa)), ?line badarg = ?MASK_ERROR(Module:encode_unsigned(125.3,little)), ?line badarg = ?MASK_ERROR(Module:encode_unsigned({1},little)), ?line badarg = ?MASK_ERROR(Module:encode_unsigned([1],little)), ?line <<0>> = ?MASK_ERROR(Module:encode_unsigned(0,little)), ?line <<0>> = ?MASK_ERROR(Module:encode_unsigned(0,big)), ok. encode_decode(doc) -> ["test binary:encode_unsigned/1,2 and binary:decode_unsigned/1,2"]; encode_decode(Config) when is_list(Config) -> ?line random:seed({1271,769940,559934}), ?line ok = encode_decode_loop({1,100},1000), ok. encode_decode_loop(_Range,0) -> ok; encode_decode_loop(Range, X) -> ?line N = random_number(Range), ?line A = binary:encode_unsigned(N), ?line B = binary:encode_unsigned(N,big), ?line C = binref:encode_unsigned(N), ?line D = binref:encode_unsigned(N,big), ?line E = binary:encode_unsigned(N,little), ?line F = binref:encode_unsigned(N,little), ?line G = binary:decode_unsigned(A), ?line H = binary:decode_unsigned(A,big), ?line I = binref:decode_unsigned(A), ?line J = binary:decode_unsigned(E,little), ?line K = binref:decode_unsigned(E,little), ?line L = binary:decode_unsigned(make_unaligned(A)), ?line M = binary:decode_unsigned(make_unaligned(E),little), ?line PaddedBig = <<0:48,A/binary>>, ?line PaddedLittle = <>, ?line O = binary:decode_unsigned(PaddedBig), ?line P = binary:decode_unsigned(make_unaligned(PaddedBig)), ?line Q = binary:decode_unsigned(PaddedLittle,little), ?line R = binary:decode_unsigned(make_unaligned(PaddedLittle),little), ?line S = binref:decode_unsigned(PaddedLittle,little), ?line T = binref:decode_unsigned(PaddedBig), case (((A =:= B) and (B =:= C) and (C =:= D)) and ((E =:= F)) and ((N =:= G) and (G =:= H) and (H =:= I) and (I =:= J) and (J =:= K) and (K =:= L) and (L =:= M)) and ((M =:= O) and (O =:= P) and (P =:= Q) and (Q =:= R) and (R =:= S) and (S =:= T)))of true -> encode_decode_loop(Range,X-1); _ -> io:format("Failed to encode/decode ~w~n(Results ~p)~n", [N,[A,B,C,D,E,F,G,H,I,J,K,L,M,x,O,P,Q,R,S,T]]), exit(mismatch) end. guard(doc) -> ["Smoke test of the guard BIFs binary_part/2,3"]; guard(Config) when is_list(Config) -> {comment, "Guard tests are run in emulator test suite"}. referenced(doc) -> ["Test refernced_byte_size/1 bif."]; referenced(Config) when is_list(Config) -> ?line badarg = ?MASK_ERROR(binary:referenced_byte_size([])), ?line badarg = ?MASK_ERROR(binary:referenced_byte_size(apa)), ?line badarg = ?MASK_ERROR(binary:referenced_byte_size({})), ?line badarg = ?MASK_ERROR(binary:referenced_byte_size(1)), ?line A = <<1,2,3>>, ?line B = binary:copy(A,1000), ?line 3 = binary:referenced_byte_size(A), ?line 3000 = binary:referenced_byte_size(B), ?line <<_:8,C:2/binary>> = A, ?line 3 = binary:referenced_byte_size(C), ?line 2 = binary:referenced_byte_size(binary:copy(C)), ?line <<_:7,D:2/binary,_:1>> = A, ?line 2 = binary:referenced_byte_size(binary:copy(D)), ?line 3 = binary:referenced_byte_size(D), ?line <<_:8,E:2/binary,_/binary>> = B, ?line 3000 = binary:referenced_byte_size(E), ?line 2 = binary:referenced_byte_size(binary:copy(E)), ?line <<_:7,F:2/binary,_:1,_/binary>> = B, ?line 2 = binary:referenced_byte_size(binary:copy(F)), ?line 3000 = binary:referenced_byte_size(F), ok. list_to_bin(doc) -> ["Test list_to_bin/1 bif"]; list_to_bin(Config) when is_list(Config) -> %% Just some smoke_tests first, then go nuts with random cases ?line badarg = ?MASK_ERROR(binary:list_to_bin({})), ?line badarg = ?MASK_ERROR(binary:list_to_bin(apa)), ?line badarg = ?MASK_ERROR(binary:list_to_bin(<<"apa">>)), F1 = fun(L) -> ?MASK_ERROR(binref:list_to_bin(L)) end, F2 = fun(L) -> ?MASK_ERROR(binary:list_to_bin(L)) end, ?line random_iolist:run(1000,F1,F2), ok. copy(doc) -> ["Test copy/1,2 bif's"]; copy(Config) when is_list(Config) -> ?line <<1,2,3>> = binary:copy(<<1,2,3>>), ?line RS = random_string({1,10000}), ?line RS = RS2 = binary:copy(RS), ?line false = erts_debug:same(RS,RS2), ?line badarg = ?MASK_ERROR(binary:copy(<<1,2,3>>,0)), ?line badarg = ?MASK_ERROR(binary:copy(<<>>,0)), ?line <<>> = binary:copy(<<>>,10000), ?line random:seed({1271,769940,559934}), ?line ok = random_copy(3000), ?line erts_debug:set_internal_state(available_internal_state,true), ?line io:format("oldlimit: ~p~n", [erts_debug:set_internal_state(binary_loop_limit,10)]), ?line ok = random_copy(1000), ?line io:format("limit was: ~p~n", [erts_debug:set_internal_state(binary_loop_limit, default)]), ?line erts_debug:set_internal_state(available_internal_state,false), ok. random_copy(0) -> ok; random_copy(N) -> Str = random_string({0,N}), Num = random:uniform(N div 10+1), A = ?MASK_ERROR(binary:copy(Str,Num)), B = ?MASK_ERROR(binref:copy(Str,Num)), C = ?MASK_ERROR(binary:copy(make_unaligned(Str),Num)), case {(A =:= B), (B =:= C)} of {true,true} -> random_copy(N-1); _ -> io:format("Failed to pick copy ~s ~p times~n", [Str,Num]), io:format("A:~p,~nB:~p,~n,C:~p.~n", [A,B,C]), exit(mismatch) end. bin_to_list(doc) -> ["Test bin_to_list/1,2,3 bif's"]; bin_to_list(Config) when is_list(Config) -> %% Just some smoke_tests first, then go nuts with random cases ?line X = <<1,2,3,4,0:1000000,5>>, ?line Y = make_unaligned(X), ?line LX = binary:bin_to_list(X), ?line LX = binary:bin_to_list(X,0,byte_size(X)), ?line LX = binary:bin_to_list(X,byte_size(X),-byte_size(X)), ?line LX = binary:bin_to_list(X,{0,byte_size(X)}), ?line LX = binary:bin_to_list(X,{byte_size(X),-byte_size(X)}), ?line LY = binary:bin_to_list(Y), ?line LY = binary:bin_to_list(Y,0,byte_size(Y)), ?line LY = binary:bin_to_list(Y,byte_size(Y),-byte_size(Y)), ?line LY = binary:bin_to_list(Y,{0,byte_size(Y)}), ?line LY = binary:bin_to_list(Y,{byte_size(Y),-byte_size(Y)}), ?line 1 = hd(LX), ?line 5 = lists:last(LX), ?line 1 = hd(LY), ?line 5 = lists:last(LY), ?line X = list_to_binary(LY), ?line Y = list_to_binary(LY), ?line X = list_to_binary(LY), ?line [5] = lists:nthtail(byte_size(X)-1,LX), ?line [0,5] = lists:nthtail(byte_size(X)-2,LX), ?line [0,5] = lists:nthtail(byte_size(Y)-2,LY), ?line random:seed({1271,769940,559934}), ?line ok = random_bin_to_list(5000), ok. random_bin_to_list(0) -> ok; random_bin_to_list(N) -> Str = random_string({1,N}), Parts0 = random_parts(10,N), Parts1 = Parts0 ++ [ {X+Y,-Y} || {X,Y} <- Parts0 ], [ begin try true = ?MASK_ERROR(binary:bin_to_list(Str,Z)) =:= ?MASK_ERROR(binref:bin_to_list(Str,Z)), true = ?MASK_ERROR(binary:bin_to_list(Str,Z)) =:= ?MASK_ERROR(binary:bin_to_list(make_unaligned(Str),Z)) catch _:_ -> io:format("Error, Str = <<\"~s\">>.~nZ = ~p.~n", [Str,Z]), exit(badresult) end end || Z <- Parts1 ], [ begin try true = ?MASK_ERROR(binary:bin_to_list(Str,A,B)) =:= ?MASK_ERROR(binref:bin_to_list(Str,A,B)), true = ?MASK_ERROR(binary:bin_to_list(Str,A,B)) =:= ?MASK_ERROR(binary:bin_to_list(make_unaligned(Str),A,B)) catch _:_ -> io:format("Error, Str = <<\"~s\">>.~nA = ~p.~nB = ~p.~n", [Str,A,B]), exit(badresult) end end || {A,B} <- Parts1 ], random_bin_to_list(N-1). parts(doc) -> ["Test the part/2,3 bif's"]; parts(Config) when is_list(Config) -> %% Some simple smoke tests to begin with ?line Simple = <<1,2,3,4,5,6,7,8>>, ?line <<1,2>> = binary:part(Simple,0,2), ?line <<1,2>> = binary:part(Simple,{0,2}), ?line Simple = binary:part(Simple,0,8), ?line Simple = binary:part(Simple,{0,8}), ?line badarg = ?MASK_ERROR(binary:part(Simple,0,9)), ?line badarg = ?MASK_ERROR(binary:part(Simple,{0,9})), ?line badarg = ?MASK_ERROR(binary:part(Simple,1,8)), ?line badarg = ?MASK_ERROR(binary:part(Simple,{1,8})), ?line <<2,3,4,5,6,7,8>> = binary:part(Simple,{1,7}), ?line <<2,3,4,5,6,7,8>> = binary:part(Simple,{8,-7}), ?line Simple = binary:part(Simple,{8,-8}), ?line badarg = ?MASK_ERROR(binary:part(Simple,{1,-8})), ?line badarg = ?MASK_ERROR(binary:part(Simple,{8,-9})), ?line badarg = ?MASK_ERROR(binary:part(Simple,{0,-1})), ?line <<>> = binary:part(Simple,{8,0}), ?line badarg = ?MASK_ERROR(binary:part(Simple,{9,0})), ?line badarg = ?MASK_ERROR(binary:part(Simple,{-1,0})), ?line badarg = ?MASK_ERROR(binary:part(Simple,{7,2})), ?line <<8>> = binary:part(Simple,{7,1}), ?line random:seed({1271,769940,559934}), ?line random_parts(5000), ok. random_parts(0) -> ok; random_parts(N) -> Str = random_string({1,N}), Parts0 = random_parts(10,N), Parts1 = Parts0 ++ [ {X+Y,-Y} || {X,Y} <- Parts0 ], [ begin true = ?MASK_ERROR(binary:part(Str,Z)) =:= ?MASK_ERROR(binref:part(Str,Z)), true = ?MASK_ERROR(binary:part(Str,Z)) =:= ?MASK_ERROR(erlang:binary_part(Str,Z)), true = ?MASK_ERROR(binary:part(Str,Z)) =:= ?MASK_ERROR(binary:part(make_unaligned(Str),Z)) end || Z <- Parts1 ], random_parts(N-1). random_parts(0,_) -> []; random_parts(X,N) -> Pos = random:uniform(N), Len = random:uniform((Pos * 12) div 10), [{Pos,Len} | random_parts(X-1,N)]. random_ref_comp(doc) -> ["Test pseudorandomly generated cases against reference imlementation"]; random_ref_comp(Config) when is_list(Config) -> ?line put(success_counter,0), ?line random:seed({1271,769940,559934}), ?line do_random_match_comp(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_match_comp2(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_match_comp3(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_matches_comp(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_matches_comp2(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_matches_comp3(5,{1,40},{30,1000}), ?line erts_debug:set_internal_state(available_internal_state,true), ?line io:format("oldlimit: ~p~n",[ erts_debug:set_internal_state(binary_loop_limit,100)]), ?line do_random_matches_comp3(5,{1,40},{30,1000}), ?line io:format("limit was: ~p~n",[ erts_debug:set_internal_state(binary_loop_limit,default)]), ?line erts_debug:set_internal_state(available_internal_state,false), ok. random_ref_sr_comp(doc) -> ["Test pseudorandomly generated cases against reference imlementation of split and replace"]; random_ref_sr_comp(Config) when is_list(Config) -> ?line put(success_counter,0), ?line random:seed({1271,769940,559934}), ?line do_random_split_comp(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_replace_comp(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_split_comp2(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ?line do_random_replace_comp2(5000,{1,40},{30,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ok. random_ref_fla_comp(doc) -> ["Test pseudorandomly generated cases against reference imlementation of split and replace"]; random_ref_fla_comp(Config) when is_list(Config) -> ?line put(success_counter,0), ?line random:seed({1271,769940,559934}), ?line do_random_first_comp(5000,{1,1000}), ?line do_random_last_comp(5000,{1,1000}), ?line do_random_at_comp(5000,{1,1000}), io:format("Number of successes: ~p~n",[get(success_counter)]), ok. do_random_first_comp(0,_) -> ok; do_random_first_comp(N,Range) -> S = random_string(Range), A = ?MASK_ERROR(binref:first(S)), B = ?MASK_ERROR(binary:first(S)), C = ?MASK_ERROR(binary:first(make_unaligned(S))), case {(A =:= B), (B =:= C)} of {true,true} -> do_random_first_comp(N-1,Range); _ -> io:format("Failed to pick first of ~s~n", [S]), io:format("A:~p,~nB:~p,~n,C:~p.~n", [A,B,C]), exit(mismatch) end. do_random_last_comp(0,_) -> ok; do_random_last_comp(N,Range) -> S = random_string(Range), A = ?MASK_ERROR(binref:last(S)), B = ?MASK_ERROR(binary:last(S)), C = ?MASK_ERROR(binary:last(make_unaligned(S))), case {(A =:= B), (B =:= C)} of {true,true} -> do_random_last_comp(N-1,Range); _ -> io:format("Failed to pick last of ~s~n", [S]), io:format("A:~p,~nB:~p,~n,C:~p.~n", [A,B,C]), exit(mismatch) end. do_random_at_comp(0,_) -> ok; do_random_at_comp(N,{Min,Max}=Range) -> S = random_string(Range), XMax = Min + ((Max - Min) * 3) div 4, Pos = random_length({Min,XMax}), %% some out of range A = ?MASK_ERROR(binref:at(S,Pos)), B = ?MASK_ERROR(binary:at(S,Pos)), C = ?MASK_ERROR(binary:at(make_unaligned(S),Pos)), if A =/= badarg -> put(success_counter,get(success_counter)+1); true -> ok end, case {(A =:= B), (B =:= C)} of {true,true} -> do_random_at_comp(N-1,Range); _ -> io:format("Failed to pick last of ~s~n", [S]), io:format("A:~p,~nB:~p,~n,C:~p.~n", [A,B,C]), exit(mismatch) end. do_random_matches_comp(0,_,_) -> ok; do_random_matches_comp(N,NeedleRange,HaystackRange) -> NumNeedles = element(2,HaystackRange) div element(2,NeedleRange), Needles = [random_string(NeedleRange) || _ <- lists:duplicate(NumNeedles,a)], Haystack = random_string(HaystackRange), true = do_matches_comp(Needles,Haystack), do_random_matches_comp(N-1,NeedleRange,HaystackRange). do_random_matches_comp2(0,_,_) -> ok; do_random_matches_comp2(N,NeedleRange,HaystackRange) -> NumNeedles = element(2,HaystackRange) div element(2,NeedleRange), Haystack = random_string(HaystackRange), Needles = [random_substring(NeedleRange,Haystack) || _ <- lists:duplicate(NumNeedles,a)], true = do_matches_comp(Needles,Haystack), do_random_matches_comp2(N-1,NeedleRange,HaystackRange). do_random_matches_comp3(0,_,_) -> ok; do_random_matches_comp3(N,NeedleRange,HaystackRange) -> NumNeedles = element(2,HaystackRange) div element(2,NeedleRange), Haystack = random_string(HaystackRange), Needles = [random_substring(NeedleRange,Haystack) || _ <- lists:duplicate(NumNeedles,a)], RefRes = binref:matches(Haystack,Needles), true = do_matches_comp_loop(10000,Needles,Haystack, RefRes), do_random_matches_comp3(N-1,NeedleRange,HaystackRange). do_matches_comp_loop(0,_,_,_) -> true; do_matches_comp_loop(N, Needles, Haystack0,RR) -> DummySize=N*8, Haystack1 = <<0:DummySize,Haystack0/binary>>, RR1=[{X+N,Y} || {X,Y} <- RR], true = do_matches_comp2(Needles,Haystack1,RR1), Haystack2 = <>, RR2 = RR ++ [{X2+N+byte_size(Haystack0),Y2} || {X2,Y2} <- RR], true = do_matches_comp2(Needles,Haystack2,RR2), do_matches_comp_loop(N-1, Needles, Haystack0,RR). do_matches_comp2(N,H,A) -> C = ?MASK_ERROR(binary:matches(H,N)), case (A =:= C) of true -> true; _ -> io:format("Failed to match ~p (needle) against ~s (haystack)~n", [N,H]), io:format("A:~p,~n,C:~p.~n", [A,C]), exit(mismatch) end. do_matches_comp(N,H) -> A = ?MASK_ERROR(binref:matches(H,N)), B = ?MASK_ERROR(binref:matches(H,binref:compile_pattern(N))), C = ?MASK_ERROR(binary:matches(H,N)), D = ?MASK_ERROR(binary:matches(make_unaligned(H),binary:compile_pattern(N))), if A =/= nomatch -> put(success_counter,get(success_counter)+1); true -> ok end, case {(A =:= B), (B =:= C),(C =:= D)} of {true,true,true} -> true; _ -> io:format("Failed to match ~p (needle) against ~s (haystack)~n", [N,H]), io:format("A:~p,~nB:~p,~n,C:~p,~n,D:~p.~n", [A,B,C,D]), exit(mismatch) end. do_random_match_comp(0,_,_) -> ok; do_random_match_comp(N,NeedleRange,HaystackRange) -> Needle = random_string(NeedleRange), Haystack = random_string(HaystackRange), true = do_match_comp(Needle,Haystack), do_random_match_comp(N-1,NeedleRange,HaystackRange). do_random_match_comp2(0,_,_) -> ok; do_random_match_comp2(N,NeedleRange,HaystackRange) -> Haystack = random_string(HaystackRange), Needle = random_substring(NeedleRange,Haystack), true = do_match_comp(Needle,Haystack), do_random_match_comp2(N-1,NeedleRange,HaystackRange). do_random_match_comp3(0,_,_) -> ok; do_random_match_comp3(N,NeedleRange,HaystackRange) -> NumNeedles = element(2,HaystackRange) div element(2,NeedleRange), Haystack = random_string(HaystackRange), Needles = [random_substring(NeedleRange,Haystack) || _ <- lists:duplicate(NumNeedles,a)], true = do_match_comp3(Needles,Haystack), do_random_match_comp3(N-1,NeedleRange,HaystackRange). do_match_comp(N,H) -> A = ?MASK_ERROR(binref:match(H,N)), B = ?MASK_ERROR(binref:match(H,binref:compile_pattern([N]))), C = ?MASK_ERROR(binary:match(make_unaligned(H),N)), D = ?MASK_ERROR(binary:match(H,binary:compile_pattern([N]))), if A =/= nomatch -> put(success_counter,get(success_counter)+1); true -> ok end, case {(A =:= B), (B =:= C),(C =:= D)} of {true,true,true} -> true; _ -> io:format("Failed to match ~s (needle) against ~s (haystack)~n", [N,H]), io:format("A:~p,~nB:~p,~n,C:~p,~n,D:~p.~n", [A,B,C,D]), exit(mismatch) end. do_match_comp3(N,H) -> A = ?MASK_ERROR(binref:match(H,N)), B = ?MASK_ERROR(binref:match(H,binref:compile_pattern(N))), C = ?MASK_ERROR(binary:match(H,N)), D = ?MASK_ERROR(binary:match(H,binary:compile_pattern(N))), if A =/= nomatch -> put(success_counter,get(success_counter)+1); true -> ok end, case {(A =:= B), (B =:= C),(C =:= D)} of {true,true,true} -> true; _ -> io:format("Failed to match ~s (needle) against ~s (haystack)~n", [N,H]), io:format("A:~p,~nB:~p,~n,C:~p,~n,D:~p.~n", [A,B,C,D]), exit(mismatch) end. do_random_split_comp(0,_,_) -> ok; do_random_split_comp(N,NeedleRange,HaystackRange) -> Haystack = random_string(HaystackRange), Needle = random_substring(NeedleRange,Haystack), true = do_split_comp(Needle,Haystack,[]), true = do_split_comp(Needle,Haystack,[global]), true = do_split_comp(Needle,Haystack,[global,trim]), do_random_split_comp(N-1,NeedleRange,HaystackRange). do_random_split_comp2(0,_,_) -> ok; do_random_split_comp2(N,NeedleRange,HaystackRange) -> NumNeedles = element(2,HaystackRange) div element(2,NeedleRange), Haystack = random_string(HaystackRange), Needles = [random_substring(NeedleRange,Haystack) || _ <- lists:duplicate(NumNeedles,a)], true = do_split_comp(Needles,Haystack,[]), true = do_split_comp(Needles,Haystack,[global]), do_random_split_comp2(N-1,NeedleRange,HaystackRange). do_split_comp(N,H,Opts) -> A = ?MASK_ERROR(binref:split(H,N,Opts)), D = ?MASK_ERROR(binary:split(H,binary:compile_pattern(N),Opts)), if (A =/= [N]) and is_list(A) -> put(success_counter,get(success_counter)+1); true -> ok end, case (A =:= D) of true -> true; _ -> io:format("Failed to split ~n~p ~n(haystack) with ~n~p ~n(needle) " "~nand options ~p~n", [H,N,Opts]), io:format("A:~p,D:~p.~n", [A,D]), exit(mismatch) end. do_random_replace_comp(0,_,_) -> ok; do_random_replace_comp(N,NeedleRange,HaystackRange) -> Haystack = random_string(HaystackRange), Needle = random_substring(NeedleRange,Haystack), Repl = random_string(NeedleRange), Insertat = random_length(NeedleRange), %Sometimes larger than Repl true = do_replace_comp(Needle,Haystack,Repl,[]), true = do_replace_comp(Needle,Haystack,Repl,[global]), true = do_replace_comp(Needle,Haystack,Repl, [global,{insert_replaced,Insertat}]), do_random_replace_comp(N-1,NeedleRange,HaystackRange). do_random_replace_comp2(0,_,_) -> ok; do_random_replace_comp2(N,NeedleRange,HaystackRange) -> NumNeedles = element(2,HaystackRange) div element(2,NeedleRange), Haystack = random_string(HaystackRange), Needles = [random_substring(NeedleRange,Haystack) || _ <- lists:duplicate(NumNeedles,a)], Repl = random_string(NeedleRange), Insertat = random_length(NeedleRange), %Sometimes larger than Repl true = do_replace_comp(Needles,Haystack,Repl,[]), true = do_replace_comp(Needles,Haystack,Repl,[global]), true = do_replace_comp(Needles,Haystack,Repl, [global,{insert_replaced,Insertat}]), do_random_replace_comp2(N-1,NeedleRange,HaystackRange). do_replace_comp(N,H,R,Opts) -> A = ?MASK_ERROR(binref:replace(H,N,R,Opts)), D = ?MASK_ERROR(binary:replace(H,binary:compile_pattern(N),R,Opts)), if (A =/= N) and is_binary(A) -> put(success_counter,get(success_counter)+1); true -> ok end, case (A =:= D) of true -> true; _ -> io:format("Failed to replace ~s (haystack) by ~s (needle) " "inserting ~s (replacement) and options ~p~n", [H,N,R,Opts]), io:format("A:~p,D:~p.~n", [A,D]), exit(mismatch) end. one_random_number(N) -> M = ((N - 1) rem 10) + 1, element(M,{$0,$1,$2,$3,$4,$5,$6,$7,$8,$9}). one_random(N) -> M = ((N - 1) rem 68) + 1, element(M,{$a,$b,$c,$d,$e,$f,$g,$h,$i,$j,$k,$l,$m,$n,$o,$p,$q,$r,$s,$t, $u,$v,$w,$x,$y,$z,$å,$ä,$ö,$A,$B,$C,$D,$E,$F,$G,$H, $I,$J,$K,$L,$M,$N,$O,$P,$Q,$R,$S,$T,$U,$V,$W,$X,$Y,$Z,$Å, $Ä,$Ö,$0,$1,$2,$3,$4,$5,$6,$7,$8,$9}). random_number({Min,Max}) -> % Min and Max are *length* of number in % decimal positions X = random:uniform(Max - Min + 1) + Min - 1, list_to_integer([one_random_number(random:uniform(10)) || _ <- lists:seq(1,X)]). random_length({Min,Max}) -> random:uniform(Max - Min + 1) + Min - 1. random_string({Min,Max}) -> X = random:uniform(Max - Min + 1) + Min - 1, list_to_binary([one_random(random:uniform(68)) || _ <- lists:seq(1,X)]). random_substring({Min,Max},Hay) -> X = random:uniform(Max - Min + 1) + Min - 1, Y = byte_size(Hay), Z = if X > Y -> Y; true -> X end, PMax = Y - Z, Pos = random:uniform(PMax + 1) - 1, <<_:Pos/binary,Res:Z/binary,_/binary>> = Hay, Res. mask_error({'EXIT',{Err,_}}) -> Err; mask_error(Else) -> Else. make_unaligned(Bin0) when is_binary(Bin0) -> Bin1 = <<0:3,Bin0/binary,31:5>>, Sz = byte_size(Bin0), <<0:3,Bin:Sz/binary,31:5>> = id(Bin1), Bin. id(I) -> I.