Files
n8n-openai-adapter/lib/elixir/include/elixir.hrl
T

79 lines
3.3 KiB
Erlang

-define(wrap_call(Line, Module, Function, Args),
{ call, Line,
{ remote, Line, { atom, Line, Module }, { atom, Line, Function } },
Args
}).
-define(atom_concat(Atoms), list_to_atom(lists:concat(Atoms))).
-define(elixir_macro(Macro), list_to_atom(lists:concat(['MACRO-',Macro]))).
-define(line(Opts), elixir_utils:get_line(Opts)).
-record(elixir_scope, {
context=nil, %% can be assign, guards or nil
extra=nil, %% extra information about the context, like fn_match for fns
noname=false, %% when true, don't add new names (used by try)
super=false, %% when true, it means super was invoked
caller=false, %% when true, it means caller was invoked
module=nil, %% the current module
function=nil, %% the current function
vars=[], %% a dict of defined variables and their alias
list_vars=nil, %% a list of vars passed down to Macro.Env
backup_vars=nil, %% a copy of vars to be used on ^var
temp_vars=nil, %% a set of all variables defined in a particular assign
clause_vars=nil, %% a dict of all variables defined in a particular clause
extra_guards=nil, %% extra guards from args expansion
counter=[], %% a counter for the variables defined
local=nil, %% the scope to evaluate local functions against
context_modules=[], %% modules defined in the current context
macro_aliases=[], %% keep aliases defined inside a macro
aliases, %% an orddict with aliases by new -> old names
file, %% the current scope filename
requires, %% a set with modules required
macro_macros=[], %% a list with macros imported from module inside a macro
macros, %% a list with macros imported from module
macro_functions=[], %% a list with functions imported from module inside a macro
functions %% a list with functions imported from module
}).
-record(elixir_quote, {
line=0,
context=nil,
vars_hygiene=true,
aliases_hygiene=true,
imports_hygiene=true,
unquote=true,
unquoted=false,
escape=false
}).
%% Introspection
-define(defs(Kind), Kind == def; Kind == defp; Kind == defmacro; Kind == defmacrop).
%% Used in tokenization and interpolation
%% Numbers
-define(is_hex(S), ?is_digit(S) orelse (S >= $A andalso S =< $F) orelse (S >= $a andalso S =< $f)).
-define(is_bin(S), S >= $0 andalso S =< $1).
-define(is_octal(S), S >= $0 andalso S =< $7).
-define(is_leading_octal(S), S >= $0 andalso S =< $3).
%% Digits and letters
-define(is_digit(S), S >= $0 andalso S =< $9).
-define(is_upcase(S), S >= $A andalso S =< $Z).
-define(is_downcase(S), S >= $a andalso S =< $z).
%% Atoms
-define(is_atom_start(S), ?is_quote(S) orelse ?is_upcase(S) orelse ?is_downcase(S) orelse (S == $_)).
-define(is_atom(S), ?is_identifier(S) orelse (S == $@)).
-define(is_identifier(S), ?is_digit(S) orelse ?is_upcase(S) orelse ?is_downcase(S) orelse (S == $_)).
-define(is_terminator(S), (S == $?) orelse (S == $!) orelse (S == $:)).
%% Quotes
-define(is_quote(S), S == $" orelse S == $').
%% Spaces
-define(is_horizontal_space(S), (S == $\s) orelse (S == $\t)).
-define(is_vertical_space(S), (S == $\r) orelse (S == $\n)).
-define(is_space(S), ?is_horizontal_space(S) orelse ?is_vertical_space(S)).