diff options
Diffstat (limited to 'lib/syntax_tools/test/syntax_tools_SUITE_data')
-rw-r--r-- | lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_SUITE_test_module.erl | 540 | ||||
-rw-r--r-- | lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_test.erl | 115 |
2 files changed, 655 insertions, 0 deletions
diff --git a/lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_SUITE_test_module.erl b/lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_SUITE_test_module.erl new file mode 100644 index 0000000000..07c419b4b7 --- /dev/null +++ b/lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_SUITE_test_module.erl @@ -0,0 +1,540 @@ +-module(syntax_tools_SUITE_test_module). + +-export([foo1/1,foo2/3,start_child/2]). + +-export([len/1,equal/2,concat/2,chr/2,rchr/2,str/2,rstr/2, + span/2,cspan/2,substr/2,substr/3,tokens/2,chars/2,chars/3]). +-export([copies/2,words/1,words/2,strip/1,strip/2,strip/3, + sub_word/2,sub_word/3,left/2,left/3,right/2,right/3, + sub_string/2,sub_string/3,centre/2,centre/3, join/2]). +-export([to_upper/1, to_lower/1]). + +-import(lists,[reverse/1,member/2]). + + +%% @type some_type() = map() +%% @type some_other_type() = {a, #{ list() => term()}} + +-type some_type() :: map(). +-type some_other_type() :: {'a', #{ list() => term()} }. + +-spec foo1(Map :: #{ 'a' => integer(), 'b' => term()}) -> term(). + +%% @doc Gets value from map. + +foo1(#{ a:= 1, b := V}) -> V. + +%% @spec foo2(some_type(), Type2 :: some_other_type(), map()) -> Value +%% @doc Gets value from map. + +-spec foo2( + Type1 :: some_type(), + Type2 :: some_other_type(), + Map :: #{ get => 'value', 'value' => binary()}) -> binary(). + +foo2(Type1, {a,#{ "a" := _}}, #{get := value, value := B}) when is_map(Type1) -> B. + +%% from supervisor 18.0 + +-type child() :: 'undefined' | pid(). +-type child_id() :: term(). +-type mfargs() :: {M :: module(), F :: atom(), A :: [term()] | undefined}. +-type modules() :: [module()] | 'dynamic'. +-type restart() :: 'permanent' | 'transient' | 'temporary'. +-type shutdown() :: 'brutal_kill' | timeout(). +-type worker() :: 'worker' | 'supervisor'. +-type sup_ref() :: (Name :: atom()) + | {Name :: atom(), Node :: node()} + | {'global', Name :: atom()} + | {'via', Module :: module(), Name :: any()} + | pid(). +-type child_spec() :: #{name => child_id(), % mandatory + start => mfargs(), % mandatory + restart => restart(), % optional + shutdown => shutdown(), % optional + type => worker(), % optional + modules => modules()} % optional + | {Id :: child_id(), + StartFunc :: mfargs(), + Restart :: restart(), + Shutdown :: shutdown(), + Type :: worker(), + Modules :: modules()}. + +-type startchild_err() :: 'already_present' + | {'already_started', Child :: child()} | term(). +-type startchild_ret() :: {'ok', Child :: child()} + | {'ok', Child :: child(), Info :: term()} + | {'error', startchild_err()}. + + +-spec start_child(SupRef, ChildSpec) -> startchild_ret() when + SupRef :: sup_ref(), + ChildSpec :: child_spec() | (List :: [term()]). +start_child(Supervisor, ChildSpec) -> + {Supervisor,ChildSpec}. + + +%% From string.erl +%% Robert's bit + +%% len(String) +%% Return the length of a string. + +-spec len(String) -> Length when + String :: string(), + Length :: non_neg_integer(). + +len(S) -> length(S). + +%% equal(String1, String2) +%% Test if 2 strings are equal. + +-spec equal(String1, String2) -> boolean() when + String1 :: string(), + String2 :: string(). + +equal(S, S) -> true; +equal(_, _) -> false. + +%% concat(String1, String2) +%% Concatenate 2 strings. + +-spec concat(String1, String2) -> String3 when + String1 :: string(), + String2 :: string(), + String3 :: string(). + +concat(S1, S2) -> S1 ++ S2. + +%% chr(String, Char) +%% rchr(String, Char) +%% Return the first/last index of the character in a string. + +-spec chr(String, Character) -> Index when + String :: string(), + Character :: char(), + Index :: non_neg_integer(). + +chr(S, C) when is_integer(C) -> chr(S, C, 1). + +chr([C|_Cs], C, I) -> I; +chr([_|Cs], C, I) -> chr(Cs, C, I+1); +chr([], _C, _I) -> 0. + +-spec rchr(String, Character) -> Index when + String :: string(), + Character :: char(), + Index :: non_neg_integer(). + +rchr(S, C) when is_integer(C) -> rchr(S, C, 1, 0). + +rchr([C|Cs], C, I, _L) -> %Found one, now find next! + rchr(Cs, C, I+1, I); +rchr([_|Cs], C, I, L) -> + rchr(Cs, C, I+1, L); +rchr([], _C, _I, L) -> L. + +%% str(String, SubString) +%% rstr(String, SubString) +%% index(String, SubString) +%% Return the first/last index of the sub-string in a string. +%% index/2 is kept for backwards compatibility. + +-spec str(String, SubString) -> Index when + String :: string(), + SubString :: string(), + Index :: non_neg_integer(). + +str(S, Sub) when is_list(Sub) -> str(S, Sub, 1). + +str([C|S], [C|Sub], I) -> + case prefix(Sub, S) of + true -> I; + false -> str(S, [C|Sub], I+1) + end; +str([_|S], Sub, I) -> str(S, Sub, I+1); +str([], _Sub, _I) -> 0. + +-spec rstr(String, SubString) -> Index when + String :: string(), + SubString :: string(), + Index :: non_neg_integer(). + +rstr(S, Sub) when is_list(Sub) -> rstr(S, Sub, 1, 0). + +rstr([C|S], [C|Sub], I, L) -> + case prefix(Sub, S) of + true -> rstr(S, [C|Sub], I+1, I); + false -> rstr(S, [C|Sub], I+1, L) + end; +rstr([_|S], Sub, I, L) -> rstr(S, Sub, I+1, L); +rstr([], _Sub, _I, L) -> L. + +prefix([C|Pre], [C|String]) -> prefix(Pre, String); +prefix([], String) when is_list(String) -> true; +prefix(Pre, String) when is_list(Pre), is_list(String) -> false. + +%% span(String, Chars) -> Length. +%% cspan(String, Chars) -> Length. + +-spec span(String, Chars) -> Length when + String :: string(), + Chars :: string(), + Length :: non_neg_integer(). + +span(S, Cs) when is_list(Cs) -> span(S, Cs, 0). + +span([C|S], Cs, I) -> + case member(C, Cs) of + true -> span(S, Cs, I+1); + false -> I + end; +span([], _Cs, I) -> I. + +-spec cspan(String, Chars) -> Length when + String :: string(), + Chars :: string(), + Length :: non_neg_integer(). + +cspan(S, Cs) when is_list(Cs) -> cspan(S, Cs, 0). + +cspan([C|S], Cs, I) -> + case member(C, Cs) of + true -> I; + false -> cspan(S, Cs, I+1) + end; +cspan([], _Cs, I) -> I. + +%% substr(String, Start) +%% substr(String, Start, Length) +%% Extract a sub-string from String. + +-spec substr(String, Start) -> SubString when + String :: string(), + SubString :: string(), + Start :: pos_integer(). + +substr(String, 1) when is_list(String) -> + String; +substr(String, S) when is_integer(S), S > 1 -> + substr2(String, S). + +-spec substr(String, Start, Length) -> SubString when + String :: string(), + SubString :: string(), + Start :: pos_integer(), + Length :: non_neg_integer(). + +substr(String, S, L) when is_integer(S), S >= 1, is_integer(L), L >= 0 -> + substr1(substr2(String, S), L). + +substr1([C|String], L) when L > 0 -> [C|substr1(String, L-1)]; +substr1(String, _L) when is_list(String) -> []. %Be nice! + +substr2(String, 1) when is_list(String) -> String; +substr2([_|String], S) -> substr2(String, S-1). + +%% tokens(String, Seperators). +%% Return a list of tokens seperated by characters in Seperators. + +-spec tokens(String, SeparatorList) -> Tokens when + String :: string(), + SeparatorList :: string(), + Tokens :: [Token :: nonempty_string()]. + +tokens(S, Seps) -> + tokens1(S, Seps, []). + +tokens1([C|S], Seps, Toks) -> + case member(C, Seps) of + true -> tokens1(S, Seps, Toks); + false -> tokens2(S, Seps, Toks, [C]) + end; +tokens1([], _Seps, Toks) -> + reverse(Toks). + +tokens2([C|S], Seps, Toks, Cs) -> + case member(C, Seps) of + true -> tokens1(S, Seps, [reverse(Cs)|Toks]); + false -> tokens2(S, Seps, Toks, [C|Cs]) + end; +tokens2([], _Seps, Toks, Cs) -> + reverse([reverse(Cs)|Toks]). + +-spec chars(Character, Number) -> String when + Character :: char(), + Number :: non_neg_integer(), + String :: string(). + +chars(C, N) -> chars(C, N, []). + +-spec chars(Character, Number, Tail) -> String when + Character :: char(), + Number :: non_neg_integer(), + Tail :: string(), + String :: string(). + +chars(C, N, Tail) when N > 0 -> + chars(C, N-1, [C|Tail]); +chars(C, 0, Tail) when is_integer(C) -> + Tail. + +%% Torbjörn's bit. + +%%% COPIES %%% + +-spec copies(String, Number) -> Copies when + String :: string(), + Copies :: string(), + Number :: non_neg_integer(). + +copies(CharList, Num) when is_list(CharList), is_integer(Num), Num >= 0 -> + copies(CharList, Num, []). + +copies(_CharList, 0, R) -> + R; +copies(CharList, Num, R) -> + copies(CharList, Num-1, CharList++R). + +%%% WORDS %%% + +-spec words(String) -> Count when + String :: string(), + Count :: pos_integer(). + +words(String) -> words(String, $\s). + +-spec words(String, Character) -> Count when + String :: string(), + Character :: char(), + Count :: pos_integer(). + +words(String, Char) when is_integer(Char) -> + w_count(strip(String, both, Char), Char, 0). + +w_count([], _, Num) -> Num+1; +w_count([H|T], H, Num) -> w_count(strip(T, left, H), H, Num+1); +w_count([_H|T], Char, Num) -> w_count(T, Char, Num). + +%%% SUB_WORDS %%% + +-spec sub_word(String, Number) -> Word when + String :: string(), + Word :: string(), + Number :: integer(). + +sub_word(String, Index) -> sub_word(String, Index, $\s). + +-spec sub_word(String, Number, Character) -> Word when + String :: string(), + Word :: string(), + Number :: integer(), + Character :: char(). + +sub_word(String, Index, Char) when is_integer(Index), is_integer(Char) -> + case words(String, Char) of + Num when Num < Index -> + []; + _Num -> + s_word(strip(String, left, Char), Index, Char, 1, []) + end. + +s_word([], _, _, _,Res) -> reverse(Res); +s_word([Char|_],Index,Char,Index,Res) -> reverse(Res); +s_word([H|T],Index,Char,Index,Res) -> s_word(T,Index,Char,Index,[H|Res]); +s_word([Char|T],Stop,Char,Index,Res) when Index < Stop -> + s_word(strip(T,left,Char),Stop,Char,Index+1,Res); +s_word([_|T],Stop,Char,Index,Res) when Index < Stop -> + s_word(T,Stop,Char,Index,Res). + +%%% STRIP %%% + +-spec strip(string()) -> string(). + +strip(String) -> strip(String, both). + +-spec strip(String, Direction) -> Stripped when + String :: string(), + Stripped :: string(), + Direction :: left | right | both. + +strip(String, left) -> strip_left(String, $\s); +strip(String, right) -> strip_right(String, $\s); +strip(String, both) -> + strip_right(strip_left(String, $\s), $\s). + +-spec strip(String, Direction, Character) -> Stripped when + String :: string(), + Stripped :: string(), + Direction :: left | right | both, + Character :: char(). + +strip(String, right, Char) -> strip_right(String, Char); +strip(String, left, Char) -> strip_left(String, Char); +strip(String, both, Char) -> + strip_right(strip_left(String, Char), Char). + +strip_left([Sc|S], Sc) -> + strip_left(S, Sc); +strip_left([_|_]=S, Sc) when is_integer(Sc) -> S; +strip_left([], Sc) when is_integer(Sc) -> []. + +strip_right([Sc|S], Sc) -> + case strip_right(S, Sc) of + [] -> []; + T -> [Sc|T] + end; +strip_right([C|S], Sc) -> + [C|strip_right(S, Sc)]; +strip_right([], Sc) when is_integer(Sc) -> + []. + +%%% LEFT %%% + +-spec left(String, Number) -> Left when + String :: string(), + Left :: string(), + Number :: non_neg_integer(). + +left(String, Len) when is_integer(Len) -> left(String, Len, $\s). + +-spec left(String, Number, Character) -> Left when + String :: string(), + Left :: string(), + Number :: non_neg_integer(), + Character :: char(). + +left(String, Len, Char) when is_integer(Char) -> + Slen = length(String), + if + Slen > Len -> substr(String, 1, Len); + Slen < Len -> l_pad(String, Len-Slen, Char); + Slen =:= Len -> String + end. + +l_pad(String, Num, Char) -> String ++ chars(Char, Num). + +%%% RIGHT %%% + +-spec right(String, Number) -> Right when + String :: string(), + Right :: string(), + Number :: non_neg_integer(). + +right(String, Len) when is_integer(Len) -> right(String, Len, $\s). + +-spec right(String, Number, Character) -> Right when + String :: string(), + Right :: string(), + Number :: non_neg_integer(), + Character :: char(). + +right(String, Len, Char) when is_integer(Char) -> + Slen = length(String), + if + Slen > Len -> substr(String, Slen-Len+1); + Slen < Len -> r_pad(String, Len-Slen, Char); + Slen =:= Len -> String + end. + +r_pad(String, Num, Char) -> chars(Char, Num, String). + +%%% CENTRE %%% + +-spec centre(String, Number) -> Centered when + String :: string(), + Centered :: string(), + Number :: non_neg_integer(). + +centre(String, Len) when is_integer(Len) -> centre(String, Len, $\s). + +-spec centre(String, Number, Character) -> Centered when + String :: string(), + Centered :: string(), + Number :: non_neg_integer(), + Character :: char(). + +centre(String, 0, Char) when is_list(String), is_integer(Char) -> + []; % Strange cases to centre string +centre(String, Len, Char) when is_integer(Char) -> + Slen = length(String), + if + Slen > Len -> substr(String, (Slen-Len) div 2 + 1, Len); + Slen < Len -> + N = (Len-Slen) div 2, + r_pad(l_pad(String, Len-(Slen+N), Char), N, Char); + Slen =:= Len -> String + end. + +%%% SUB_STRING %%% + +-spec sub_string(String, Start) -> SubString when + String :: string(), + SubString :: string(), + Start :: pos_integer(). + +sub_string(String, Start) -> substr(String, Start). + +-spec sub_string(String, Start, Stop) -> SubString when + String :: string(), + SubString :: string(), + Start :: pos_integer(), + Stop :: pos_integer(). + +sub_string(String, Start, Stop) -> substr(String, Start, Stop - Start + 1). + +%% ISO/IEC 8859-1 (latin1) letters are converted, others are ignored +%% + +to_lower_char(C) when is_integer(C), $A =< C, C =< $Z -> + C + 32; +to_lower_char(C) when is_integer(C), 16#C0 =< C, C =< 16#D6 -> + C + 32; +to_lower_char(C) when is_integer(C), 16#D8 =< C, C =< 16#DE -> + C + 32; +to_lower_char(C) -> + C. + +to_upper_char(C) when is_integer(C), $a =< C, C =< $z -> + C - 32; +to_upper_char(C) when is_integer(C), 16#E0 =< C, C =< 16#F6 -> + C - 32; +to_upper_char(C) when is_integer(C), 16#F8 =< C, C =< 16#FE -> + C - 32; +to_upper_char(C) -> + C. + +-spec to_lower(String) -> Result when + String :: io_lib:latin1_string(), + Result :: io_lib:latin1_string() + ; (Char) -> CharResult when + Char :: char(), + CharResult :: char(). + +to_lower(S) when is_list(S) -> + [to_lower_char(C) || C <- S]; +to_lower(C) when is_integer(C) -> + to_lower_char(C). + +-spec to_upper(String) -> Result when + String :: io_lib:latin1_string(), + Result :: io_lib:latin1_string() + ; (Char) -> CharResult when + Char :: char(), + CharResult :: char(). + +to_upper(S) when is_list(S) -> + [to_upper_char(C) || C <- S]; +to_upper(C) when is_integer(C) -> + to_upper_char(C). + +-spec join(StringList, Separator) -> String when + StringList :: [string()], + Separator :: string(), + String :: string(). + +join([], Sep) when is_list(Sep) -> + []; +join([H|T], Sep) -> + H ++ lists:append([Sep ++ X || X <- T]). diff --git a/lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_test.erl b/lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_test.erl new file mode 100644 index 0000000000..dd3f88d7a8 --- /dev/null +++ b/lib/syntax_tools/test/syntax_tools_SUITE_data/syntax_tools_test.erl @@ -0,0 +1,115 @@ +%% +%% File: syntax_tools_test.erl +%% Author: Björn-Egil Dahlberg +%% Created: 2014-10-23 +%% + +-module(syntax_tools_test). + +-export([foo1/0,foo2/2,foo3/0,foo4/3,foo5/1]). + +-include_lib("kernel/include/file.hrl"). +-record(state, { a, b, c, d}). +-attribute([foo/0]). + +-define(attrib, some_attrib). + +-?attrib([foo2/2]). + +-define(macro_simple1, ok). +-define(MACRO_SIMPLE2, (other)). +-define(macro_simple3, ?MODULE). +-define(macro_simple4, [?macro_simple3,?MODULE,?MACRO_SIMPLE2]). +-define(macro_simple5, (process_info)). +-define(macro_string, "hello world"). +-define(macro_argument1(X), (X + 3)). +-define(macro_argument2(X,Y), (X + 3 * Y)). +-define(macro_block(X), begin X end). +-define(macro_if(X1,X2), if X1 -> X2; true -> none end). + + +-ifdef(macro_def1). +-define(macro_cond1, yep). +-else. +-define(macro_cond1, nope). +-endif. +-ifndef(macro_def2). +-define(macro_cond2, nope). +-else. +-define(macro_cond2, yep). +-endif. +-undef(macro_def1). +-undef(macro_def2). + +%% basic test +foo1() -> + ok. + +%% macro test +foo2(A,B) -> + % string combining ? + [?macro_string, ?macro_string + ?macro_string, + "hello world " + "more hello", + [?macro_simple1, + ?MACRO_SIMPLE2, + ?macro_simple3, + ?macro_simple4, + ?macro_simple5, + ?macro_string, + ?macro_cond1, + ?macro_cond2, + ?macro_block(A), + ?macro_if(A,B), + ?macro_argument1(A), + ?macro_argument1(begin A end), + ?macro_block(<<"hello">>), + ?macro_block("hello"), + ?macro_block([$h,$e,$l,$l,$0]), + ?macro_argument1(id(<<"hello">>)), + ?macro_argument1(if A -> B; true -> 3.14 end), + ?macro_argument1(case A of ok -> B; C -> C end), + ?macro_argument1(receive M -> M after 100 -> 3 end), + ?macro_argument1(try foo5(A) catch C:?macro_simple5 -> {C,B} end), + ?macro_argument2(A,B)], + A,B,ok]. + +id(I) -> I. +%% basic terms + +foo3() -> + [atom, + 'some other atom', + {tuple,1,2,3}, + 1,2,3,3333, + 3,3333,2,1, + [$a,$b,$c], + "hello world", + <<"hello world">>, + <<1,2,3,4,5:6>>, + 3.1415, + 1.03e33]. + +%% application and records + +foo4(A,B,#state{c = C}=S) -> + Ls = foo3(), + S1 = #state{ a = 1, b = 2 }, + [foo2(A,Ls),B,C, + B(3,C), + erlang:process_info(self()), + erlang:?macro_simple5(self()), + A:?MACRO_SIMPLE2(), + A:?macro_simple1(), + A:process_info(self()), + A:B(3), + S#state{ a = 2, b = B, d = S1 }]. + +foo5(A) -> + try foo2(A,A) of + R -> R + catch + error:?macro_simple5 -> + nope + end. |