diff options
Diffstat (limited to 'lib')
| -rw-r--r-- | lib/syntax_tools/test/syntax_tools_SUITE.erl | 181 |
1 files changed, 178 insertions, 3 deletions
diff --git a/lib/syntax_tools/test/syntax_tools_SUITE.erl b/lib/syntax_tools/test/syntax_tools_SUITE.erl index eab9a25464..3700e771eb 100644 --- a/lib/syntax_tools/test/syntax_tools_SUITE.erl +++ b/lib/syntax_tools/test/syntax_tools_SUITE.erl @@ -24,12 +24,14 @@ init_per_group/2,end_per_group/2]). %% Test cases --export([app_test/1,appup_test/1,smoke_test/1,revert/1,revert_map/1]). +-export([app_test/1,appup_test/1,smoke_test/1,revert/1,revert_map/1, + t_abstract_type/1,t_erl_parse_type/1]). suite() -> [{ct_hooks,[ts_install_cth]}]. all() -> - [app_test,appup_test,smoke_test,revert,revert_map]. + [app_test,appup_test,smoke_test,revert,revert_map, + t_abstract_type,t_erl_parse_type]. groups() -> []. @@ -110,7 +112,7 @@ revert_file(File, Path) -> end. %% Testing bug fix for reverting map_field_assoc -revert_map(Config) -> +revert_map(Config) when is_list(Config) -> Dog = ?t:timetrap(?t:minutes(1)), [{map_field_assoc,16,{atom,17,name},{var,18,'Value'}}] = erl_syntax:revert_forms([{tree,map_field_assoc, @@ -118,6 +120,179 @@ revert_map(Config) -> {map_field_assoc,{atom,17,name},{var,18,'Value'}}}]), ?t:timetrap_cancel(Dog). + + +%% api tests + +t_abstract_type(Config) when is_list(Config) -> + F = fun validate_abstract_type/1, + ok = validate(F,[{hi,atom}, + {1,integer}, + {1.0,float}, + {$a,integer}, + {[],nil}, + {[<<1,2>>,a,b],list}, + {[2,3,<<1,2>>,a,b],list}, + {[$a,$b,$c],string}, + {"hello world",string}, + {<<1,2,3>>,binary}, + {{a,b,c},tuple}]), + ok. + +t_erl_parse_type(Config) when is_list(Config) -> + F = fun validate_erl_parse_type/1, + %% leaf types + ok = validate(F,[{"1",integer,true}, + {"123456789",integer,true}, + {"$h", char,true}, + {"3.1415", float,true}, + {"1.33e36", float,true}, + {"\"1.33e36: hello\"", string,true}, + {"Var1", variable,true}, + {"_", underscore,true}, + {"[]", nil,true}, + {"{}", tuple,true}, + {"'some atom'", atom, true}]), + %% composite types + ok = validate(F,[{"case X of t -> t; f -> f end", case_expr,false}, + {"try X of t -> t catch C:R -> error end", try_expr,false}, + {"receive X -> X end", receive_expr,false}, + {"receive M -> X1 after T -> X2 end", receive_expr,false}, + {"catch (X)", catch_expr,false}, + {"fun(X) -> X end", fun_expr,false}, + {"fun Foo(X) -> X end", named_fun_expr,false}, + {"fun foo/2", implicit_fun,false}, + {"fun bar:foo/2", implicit_fun,false}, + {"if X -> t; true -> f end", if_expr,false}, + {"<<1,2,3,4>>", binary,false}, + {"<<1,2,3,4:5>>", binary,false}, + {"<<V1:63,V2:22/binary, V3/bits>>", binary,false}, + {"begin X end", block_expr,false}, + {"foo(X1,X2)", application,false}, + {"bar:foo(X1,X2)", application,false}, + {"[1,2,3,4]", list,false}, + {"[1|4]", list, false}, + {"[<<1>>,<<2>>,-2,<<>>,[more,list]]", list,false}, + {"[1|[2|[3|[4|[]]]]]", list,false}, + {"#{ a=>1, b=>2 }", map_expr,false}, + {"#{ a:=1, b:=2 }", map_expr,false}, + {"M#{ a=>1, b=>2 }", map_expr,false}, + {"[V||V <- Vs]", list_comp,false}, + {"<< <<B>> || <<B>> <= Bs>>", binary_comp,false}, + {"#state{ a = A, b = B}", record_expr,false}, + {"#state{}", record_expr,false}, + {"#s{ a = #def{ a=A }, b = B}", record_expr,false}, + {"State#state{ a = A, b = B}", record_expr,false}, + {"State#state.a", record_access,false}, + {"#state.a", record_index_expr,false}, + {"-X", prefix_expr,false}, + {"X1 + X2", infix_expr,false}, + {"(X1 + X2) * X3", infix_expr,false}, + {"X1 = X2", match_expr,false}, + {"{a,b,c}", tuple,false}]), + ok. + +validate(_,[]) -> ok; +validate(F,[V|Vs]) -> + ok = F(V), + validate(F,Vs). + + +validate_abstract_type({Lit,Type}) -> + Tree = erl_syntax:abstract(Lit), + ok = validate_special_type(Type,Tree), + Type = erl_syntax:type(Tree), + true = erl_syntax:is_literal(Tree), + ErlT = erl_syntax:revert(Tree), + Type = erl_syntax:type(ErlT), + ok = validate_special_type(Type,ErlT), + Conc = erl_syntax:concrete(Tree), + Lit = Conc, + ok. + +validate_erl_parse_type({String,Type,Leaf}) -> + ErlT = string_to_expr(String), + ok = validate_special_type(Type,ErlT), + Type = erl_syntax:type(ErlT), + Leaf = erl_syntax:is_leaf(ErlT), + Tree = erl_syntax_lib:map(fun(Node) -> Node end, ErlT), + Type = erl_syntax:type(Tree), + _ = erl_syntax:meta(Tree), + ok = validate_special_type(Type,Tree), + RevT = erl_syntax:revert(Tree), + ok = validate_special_type(Type,RevT), + Type = erl_syntax:type(RevT), + ok. + +validate_special_type(string,Node) -> + Val = erl_syntax:string_value(Node), + true = erl_syntax:is_string(Node,Val), + _ = erl_syntax:string_literal(Node), + ok; +validate_special_type(variable,Node) -> + _ = erl_syntax:variable_literal(Node), + ok; +validate_special_type(fun_expr,Node) -> + A = erl_syntax:fun_expr_arity(Node), + true = is_integer(A), + ok; +validate_special_type(named_fun_expr,Node) -> + A = erl_syntax:named_fun_expr_arity(Node), + true = is_integer(A), + ok; +validate_special_type(tuple,Node) -> + Size = erl_syntax:tuple_size(Node), + true = is_integer(Size), + ok; +validate_special_type(float,Node) -> + Str = erl_syntax:float_literal(Node), + Val = list_to_float(Str), + Val = erl_syntax:float_value(Node), + false = erl_syntax:is_proper_list(Node), + false = erl_syntax:is_list_skeleton(Node), + ok; +validate_special_type(integer,Node) -> + Str = erl_syntax:integer_literal(Node), + Val = list_to_integer(Str), + true = erl_syntax:is_integer(Node,Val), + Val = erl_syntax:integer_value(Node), + false = erl_syntax:is_proper_list(Node), + ok; +validate_special_type(nil,Node) -> + true = erl_syntax:is_proper_list(Node), + ok; +validate_special_type(list,Node) -> + true = erl_syntax:is_list_skeleton(Node), + _ = erl_syntax:list_tail(Node), + ErrV = erl_syntax:list_head(Node), + false = erl_syntax:is_string(Node,ErrV), + Norm = erl_syntax:normalize_list(Node), + list = erl_syntax:type(Norm), + case erl_syntax:is_proper_list(Node) of + true -> + true = erl_syntax:is_list_skeleton(Node), + Compact = erl_syntax:compact_list(Node), + list = erl_syntax:type(Compact), + [_|_] = erl_syntax:list_elements(Node), + _ = erl_syntax:list_elements(Node), + N = erl_syntax:list_length(Node), + true = N > 0, + ok; + false -> + ok + end; +validate_special_type(_,_) -> + ok. + +%%% scan_and_parse +% +string_to_expr(String) -> + io:format("Str: ~p~n", [String]), + {ok, Ts, _} = erl_scan:string(String++"."), + {ok,[Expr]} = erl_parse:parse_exprs(Ts), + Expr. + + p_run(Test, List) -> N = erlang:system_info(schedulers), p_run_loop(Test, List, N, [], 0). |