edoc_types

Datatype representation for EDoc.

DATA TYPES

t_atom() = #t_atom{a=list(), val=atom()}

t_binary() = #t_binary{a=list(), base_size=integer(), unit_size=integer()}

t_def() = #t_def{name=t_type() | t_var(), type=type()}

t_field() = #t_field{a=list(), name=type(), type=type()}

t_float() = #t_float{a=list(), val=float()}

t_fun() = #t_fun{a=list(), args=[type()], range=type()}

t_integer() = #t_integer{a=list(), val=integer()}

t_integer_range() = #t_integer_range{a=list(), from=integer(), to=integer()}

t_list() = #t_list{a=list(), type=type()}

t_name() = #t_name{app=[] | atom(), module=[] | atom(), name=[] | atom()}

t_nil() = #t_nil{a=list()}

t_nonempty_list() = #t_nonempty_list{a=list(), type=type()}

t_paren() = #t_paren{a=list(), type=type()}

t_record() = #t_list{a=list(), name=t_atom(), fields=[field()]}

t_spec() = #t_spec{name=t_name(), type=t_type(), defs=[t_def()]}

t_throws() = #t_throws{type=type(), defs=[t_def()]}

t_tuple() = #t_tuple{a=list(), types=[type()]}

t_type() = #t_type{a=list(), name=t_name(), args=[type()]}

t_typedef() = #t_typedef{name=t_name(), args=[type()], type=type() | undefined, defs=[t_def()]}

t_union() = #t_union{a=list(), types=[type()]}

t_var() = #t_var{a=list(), name=[] | atom()}

type() = t_atom() | t_binary() | t_float() | t_fun() | t_integer() | t_integer_range() | t_list() | t_nil() | t_nonempty_list() | t_record() | t_tuple() | t_type() | t_union() | t_var() | t_paren()

edoc_types

Datatype representation for EDoc.

DATA TYPES

Functions

is_predefined(F, A) -> term()

is_new_predefined(X1, X2) -> term()

is_predefined_otp_type(X1, X2) -> term()

to_ref(T_typedef) -> term()

to_label(N) -> term()

to_xml(T_var, Env) -> term()

arg_names(S) -> term()

arg_descs(S) -> term()

range_desc(T_spec) -> term()

set_arg_names(S, Ns) -> term()

See also