-module(sketch_css@module@exposings).
-compile([no_auto_import, nowarn_unused_vars, nowarn_unused_function, nowarn_nomatch]).

-export([rewrite/1]).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 32).
-spec add_qualified_import(binary()) -> fun((list({binary(),
    gleam@option:option({binary(), binary()})}), glance:unqualified_import()) -> list({binary(),
    gleam@option:option({binary(), binary()})})).
add_qualified_import(Module) ->
    fun(Env, Import_) -> _pipe = erlang:element(3, Import_),
        _pipe@1 = gleam@option:unwrap(_pipe, erlang:element(2, Import_)),
        _pipe@2 = gleam@pair:new(
            _pipe@1,
            {some, {Module, erlang:element(2, Import_)}}
        ),
        gleam@list:prepend(Env, _pipe@2) end.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 24).
-spec init_environment(list(glance:definition(glance:import()))) -> list({binary(),
    gleam@option:option({binary(), binary()})}).
init_environment(Imports) ->
    gleam@list:fold(
        Imports,
        [],
        fun(Env, Import_) ->
            Import_@1 = erlang:element(3, Import_),
            {import, Module, _, Unqualified_types, Unqualified_values} = Import_@1,
            _pipe = gleam@list:fold(
                Unqualified_values,
                Env,
                add_qualified_import(Module)
            ),
            gleam@list:fold(
                Unqualified_types,
                _pipe,
                add_qualified_import(Module)
            )
        end
    ).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 113).
-spec replace_module(
    binary(),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> gleam@option:option(binary()).
replace_module(Name, Env) ->
    _pipe = gleam@list:key_find(Env, Name),
    _pipe@1 = gleam@result:unwrap(_pipe, none),
    gleam@option:map(_pipe@1, fun gleam@pair:first/1).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 121).
-spec replace_name(
    binary(),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> binary().
replace_name(Name, Env) ->
    _pipe = gleam@list:key_find(Env, Name),
    _pipe@1 = gleam@result:unwrap(_pipe, none),
    _pipe@2 = gleam@option:map(_pipe@1, fun gleam@pair:second/1),
    gleam@option:unwrap(_pipe@2, Name).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 137).
-spec rewrite_type(
    glance:type(),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:type().
rewrite_type(Type_, Env) ->
    case Type_ of
        {tuple_type, _} ->
            Elements = gleam@list:map(
                erlang:element(2, Type_),
                fun(_capture) -> rewrite_type(_capture, Env) end
            ),
            {tuple_type, Elements};

        {named_type, Name, none, _} ->
            Module = replace_module(Name, Env),
            Name@1 = replace_name(Name, Env),
            Parameters = gleam@list:map(
                erlang:element(4, Type_),
                fun(_capture@1) -> rewrite_type(_capture@1, Env) end
            ),
            {named_type, Name@1, Module, Parameters};

        {function_type, _, _} ->
            Parameters@1 = gleam@list:map(
                erlang:element(2, Type_),
                fun(_capture@2) -> rewrite_type(_capture@2, Env) end
            ),
            Return = rewrite_type(erlang:element(3, Type_), Env),
            {function_type, Parameters@1, Return};

        _ ->
            Type_
    end.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 74).
-spec rewrite_custom_type(
    glance:definition(glance:custom_type()),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:definition(glance:custom_type()).
rewrite_custom_type(Custom_type, Env) ->
    {definition, Attributes, Definition} = Custom_type,
    {definition,
        Attributes,
        (erlang:setelement(
            6,
            Definition,
            (gleam@list:map(
                erlang:element(6, Definition),
                fun(Variant) ->
                    erlang:setelement(
                        3,
                        Variant,
                        (gleam@list:map(
                            erlang:element(3, Variant),
                            fun(Field) ->
                                Item = rewrite_type(
                                    erlang:element(2, Field),
                                    Env
                                ),
                                case Field of
                                    {labelled_variant_field, _, _} ->
                                        erlang:setelement(2, Field, Item);

                                    {unlabelled_variant_field, _} ->
                                        {unlabelled_variant_field, Item}
                                end
                            end
                        ))
                    )
                end
            ))
        ))}.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 101).
-spec rewrite_type_alias(
    glance:definition(glance:type_alias()),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:definition(glance:type_alias()).
rewrite_type_alias(Type_alias, Env) ->
    {definition, Attributes, Definition} = Type_alias,
    {definition,
        Attributes,
        begin
            Aliased = rewrite_type(erlang:element(5, Definition), Env),
            erlang:setelement(5, Definition, Aliased)
        end}.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 128).
-spec rewrite_parameters(
    glance:function_parameter(),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:function_parameter().
rewrite_parameters(Parameter, Env) ->
    Rewrite_type = fun(_capture) -> rewrite_type(_capture, Env) end,
    Type_ = gleam@option:map(erlang:element(4, Parameter), Rewrite_type),
    erlang:setelement(4, Parameter, Type_).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 161).
-spec rewrite_statement(
    {list(glance:statement()),
        list({binary(), gleam@option:option({binary(), binary()})})},
    glance:statement()
) -> {list(glance:statement()),
    list({binary(), gleam@option:option({binary(), binary()})})}.
rewrite_statement(Acc, Stat) ->
    {Stats, Env} = Acc,
    case Stat of
        {expression, Expr} ->
            Expr@1 = rewrite_expr(Expr, Env),
            Stat@1 = {expression, Expr@1},
            {[Stat@1 | Stats], Env};

        {use, _, _} ->
            Function = rewrite_expr(erlang:element(3, Stat), Env),
            Stat@2 = erlang:setelement(3, Stat, Function),
            {[Stat@2 | Stats], Env};

        {assignment, _, _, _, _} ->
            {Pattern, Env@1} = rewrite_pattern(erlang:element(3, Stat), Env),
            Annotation = gleam@option:map(
                erlang:element(4, Stat),
                fun(_capture) -> rewrite_type(_capture, Env@1) end
            ),
            Value = rewrite_expr(erlang:element(5, Stat), Env@1),
            Stat@3 = erlang:setelement(
                5,
                erlang:setelement(
                    4,
                    erlang:setelement(3, Stat, Pattern),
                    Annotation
                ),
                Value
            ),
            {[Stat@3 | Stats], Env@1}
    end.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 314).
-spec rewrite_expr(
    glance:expression(),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:expression().
rewrite_expr(Expr, Env) ->
    case Expr of
        {negate_int, Expr@1} ->
            {negate_int, rewrite_expr(Expr@1, Env)};

        {negate_bool, Expr@2} ->
            {negate_bool, rewrite_expr(Expr@2, Env)};

        {panic, Expr@3} ->
            {panic,
                gleam@option:map(
                    Expr@3,
                    fun(_capture) -> rewrite_expr(_capture, Env) end
                )};

        {todo, Expr@4} ->
            {todo,
                gleam@option:map(
                    Expr@4,
                    fun(_capture@1) -> rewrite_expr(_capture@1, Env) end
                )};

        {tuple, Exprs} ->
            {tuple,
                gleam@list:map(
                    Exprs,
                    fun(_capture@2) -> rewrite_expr(_capture@2, Env) end
                )};

        {tuple_index, _, _} ->
            erlang:setelement(
                2,
                Expr,
                rewrite_expr(erlang:element(2, Expr), Env)
            );

        {variable, Var} ->
            _pipe = gleam@list:key_find(Env, Var),
            _pipe@1 = gleam@result:unwrap(_pipe, none),
            _pipe@2 = gleam@option:map(
                _pipe@1,
                fun(Found) ->
                    {Module, Label} = Found,
                    Container = {variable, Module},
                    {field_access, Container, Label}
                end
            ),
            gleam@option:unwrap(_pipe@2, {variable, Var});

        {block, Stats} ->
            _pipe@3 = gleam@list:fold(Stats, {[], Env}, fun rewrite_statement/2),
            _pipe@4 = gleam@pair:first(_pipe@3),
            _pipe@5 = lists:reverse(_pipe@4),
            {block, _pipe@5};

        {fn, Arguments, Return_annotation, Body} ->
            Rewrite_type = fun(_capture@3) -> rewrite_type(_capture@3, Env) end,
            Return_annotation@1 = gleam@option:map(
                Return_annotation,
                Rewrite_type
            ),
            Body@1 = rewrite_function_body(Body, Env),
            {fn,
                (gleam@list:map(
                    Arguments,
                    fun(Argument) ->
                        Type_ = gleam@option:map(
                            erlang:element(3, Argument),
                            Rewrite_type
                        ),
                        erlang:setelement(3, Argument, Type_)
                    end
                )),
                Return_annotation@1,
                Body@1};

        {list, _, _} ->
            Elements = gleam@list:map(
                erlang:element(2, Expr),
                fun(_capture@4) -> rewrite_expr(_capture@4, Env) end
            ),
            Rest = gleam@option:map(
                erlang:element(3, Expr),
                fun(_capture@5) -> rewrite_expr(_capture@5, Env) end
            ),
            {list, Elements, Rest};

        {record_update, _, _, _, _} ->
            Record = rewrite_expr(erlang:element(4, Expr), Env),
            Expr@5 = erlang:setelement(
                5,
                erlang:setelement(4, Expr, Record),
                (gleam@list:map(
                    erlang:element(5, Expr),
                    fun(Field) ->
                        Item = gleam@option:map(
                            erlang:element(3, Field),
                            fun(_capture@6) -> rewrite_expr(_capture@6, Env) end
                        ),
                        erlang:setelement(3, Field, Item)
                    end
                ))
            ),
            case erlang:element(2, Expr@5) of
                {some, _} ->
                    Expr@5;

                none ->
                    Constructor = replace_name(erlang:element(3, Expr@5), Env),
                    Module@1 = replace_module(erlang:element(3, Expr@5), Env),
                    erlang:setelement(
                        2,
                        erlang:setelement(3, Expr@5, Constructor),
                        Module@1
                    )
            end;

        {field_access, _, _} ->
            Container@1 = rewrite_expr(erlang:element(2, Expr), Env),
            erlang:setelement(2, Expr, Container@1);

        {call, _, _} ->
            Rewrite_expr_field = fun(_capture@7) ->
                rewrite_expr_field(_capture@7, Env)
            end,
            Function = rewrite_expr(erlang:element(2, Expr), Env),
            Arguments@1 = gleam@list:map(
                erlang:element(3, Expr),
                Rewrite_expr_field
            ),
            {call, Function, Arguments@1};

        {fn_capture, _, Function@1, Arguments_before, Arguments_after} ->
            Rewrite_expr_field@1 = fun(_capture@8) ->
                rewrite_expr_field(_capture@8, Env)
            end,
            Function@2 = rewrite_expr(Function@1, Env),
            Arguments_before@1 = gleam@list:map(
                Arguments_before,
                Rewrite_expr_field@1
            ),
            Arguments_after@1 = gleam@list:map(
                Arguments_after,
                Rewrite_expr_field@1
            ),
            erlang:setelement(
                5,
                erlang:setelement(
                    4,
                    erlang:setelement(3, Expr, Function@2),
                    Arguments_before@1
                ),
                Arguments_after@1
            );

        {bit_string, Segments} ->
            Rewrite_expr = fun(_capture@9) -> rewrite_expr(_capture@9, Env) end,
            {bit_string,
                (gleam@list:map(
                    Segments,
                    fun(_use0) ->
                        {Expr@6, Segments@1} = _use0,
                        {Rewrite_expr(Expr@6),
                            (gleam@list:map(
                                Segments@1,
                                fun(Segment) -> case Segment of
                                        {size_value_option, Expr@7} ->
                                            {size_value_option,
                                                Rewrite_expr(Expr@7)};

                                        _ ->
                                            Segment
                                    end end
                            ))}
                    end
                ))};

        {'case', Subjects, Clauses} ->
            Subjects@1 = gleam@list:map(
                Subjects,
                fun(_capture@10) -> rewrite_expr(_capture@10, Env) end
            ),
            {'case',
                Subjects@1,
                (gleam@list:map(
                    Clauses,
                    fun(_use0@1) ->
                        {clause, Patterns, Guard, Body@2} = _use0@1,
                        {Patterns@1, Env@1} = rewrite_nested_patterns(
                            Patterns,
                            Env
                        ),
                        Guard@1 = gleam@option:map(
                            Guard,
                            fun(_capture@11) ->
                                rewrite_expr(_capture@11, Env@1)
                            end
                        ),
                        Body@3 = rewrite_expr(Body@2, Env@1),
                        {clause, Patterns@1, Guard@1, Body@3}
                    end
                ))};

        {binary_operator, Name, Left, Right} ->
            Left@1 = rewrite_expr(Left, Env),
            Right@1 = rewrite_expr(Right, Env),
            {binary_operator, Name, Left@1, Right@1};

        _ ->
            Expr
    end.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 55).
-spec rewrite_function_body(
    list(glance:statement()),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> list(glance:statement()).
rewrite_function_body(Body, Env) ->
    _pipe = gleam@list:fold(Body, {[], Env}, fun rewrite_statement/2),
    _pipe@1 = gleam@pair:first(_pipe),
    lists:reverse(_pipe@1).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 41).
-spec rewrite_function(
    glance:definition(glance:function_()),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:definition(glance:function_()).
rewrite_function(Function, Env) ->
    {definition, Attributes, Definition} = Function,
    {definition,
        Attributes,
        begin
            {function, _, _, Parameters, Return, Body, _} = Definition,
            Parameters@1 = gleam@list:map(
                Parameters,
                fun(_capture) -> rewrite_parameters(_capture, Env) end
            ),
            Return@1 = gleam@option:map(
                Return,
                fun(_capture@1) -> rewrite_type(_capture@1, Env) end
            ),
            Body@1 = rewrite_function_body(Body, Env),
            erlang:setelement(
                6,
                erlang:setelement(
                    5,
                    erlang:setelement(4, Definition, Parameters@1),
                    Return@1
                ),
                Body@1
            )
        end}.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 61).
-spec rewrite_constant(
    glance:definition(glance:constant()),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:definition(glance:constant()).
rewrite_constant(Constant, Env) ->
    {definition, Attributes, Definition} = Constant,
    {definition,
        Attributes,
        begin
            {constant, _, _, Annotation, Value} = Definition,
            Annotation@1 = gleam@option:map(
                Annotation,
                fun(_capture) -> rewrite_type(_capture, Env) end
            ),
            Value@1 = rewrite_expr(Value, Env),
            erlang:setelement(
                5,
                erlang:setelement(4, Definition, Annotation@1),
                Value@1
            )
        end}.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 15).
-spec rewrite(glance:module_()) -> glance:module_().
rewrite(Mod) ->
    Env = init_environment(erlang:element(2, Mod)),
    Type_aliases = gleam@list:map(
        erlang:element(4, Mod),
        fun(_capture) -> rewrite_type_alias(_capture, Env) end
    ),
    Custom_types = gleam@list:map(
        erlang:element(3, Mod),
        fun(_capture@1) -> rewrite_custom_type(_capture@1, Env) end
    ),
    Constants = gleam@list:map(
        erlang:element(5, Mod),
        fun(_capture@2) -> rewrite_constant(_capture@2, Env) end
    ),
    Functions = gleam@list:map(
        erlang:element(6, Mod),
        fun(_capture@3) -> rewrite_function(_capture@3, Env) end
    ),
    erlang:setelement(
        4,
        erlang:setelement(
            3,
            erlang:setelement(
                5,
                erlang:setelement(6, Mod, Functions),
                Constants
            ),
            Custom_types
        ),
        Type_aliases
    ).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 300).
-spec rewrite_expr_field(
    glance:field(glance:expression()),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> glance:field(glance:expression()).
rewrite_expr_field(Field, Env) ->
    case Field of
        {unlabelled_field, Item} ->
            {unlabelled_field, rewrite_expr(Item, Env)};

        {shorthand_field, Label} ->
            {shorthand_field, Label};

        {labelled_field, _, Item@1} ->
            Item@2 = rewrite_expr(Item@1, Env),
            erlang:setelement(3, Field, Item@2)
    end.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 244).
-spec rewrite_bitstring_segments_pattern(
    list(glance:bit_string_segment_option(glance:pattern())),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> {list(glance:bit_string_segment_option(glance:pattern())),
    list({binary(), gleam@option:option({binary(), binary()})})}.
rewrite_bitstring_segments_pattern(Segments, Env) ->
    _pipe = gleam@list:fold(
        Segments,
        {[], Env},
        fun(Acc, Segment) ->
            {Segments@1, Env@1} = Acc,
            case Segment of
                {size_value_option, Type_} ->
                    {Type_@1, Env@2} = rewrite_pattern(Type_, Env@1),
                    Segment@1 = {size_value_option, Type_@1},
                    {[Segment@1 | Segments@1], Env@2};

                _ ->
                    {[Segment | Segments@1], Env@1}
            end
        end
    ),
    gleam@pair:map_first(_pipe, fun lists:reverse/1).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 189).
-spec rewrite_pattern(
    glance:pattern(),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> {glance:pattern(),
    list({binary(), gleam@option:option({binary(), binary()})})}.
rewrite_pattern(Pattern, Env) ->
    case Pattern of
        {pattern_variable, Name} ->
            _pipe = {Name, none},
            _pipe@1 = gleam@list:prepend(Env, _pipe),
            gleam@pair:new({pattern_variable, Name}, _pipe@1);

        {pattern_tuple, Elems} ->
            _pipe@2 = rewrite_patterns(Elems, Env),
            gleam@pair:map_first(
                _pipe@2,
                fun(Field@0) -> {pattern_tuple, Field@0} end
            );

        {pattern_list, Elements, Tail} ->
            {Elements@1, Env@1} = rewrite_patterns(Elements, Env),
            {Tail@2, Env@2} = case Tail of
                none ->
                    {none, Env@1};

                {some, Tail@1} ->
                    _pipe@3 = rewrite_pattern(Tail@1, Env@1),
                    gleam@pair:map_first(
                        _pipe@3,
                        fun(Field@0) -> {some, Field@0} end
                    )
            end,
            {{pattern_list, Elements@1, Tail@2}, Env@2};

        {pattern_bit_string, Segments} ->
            _pipe@4 = gleam@list:fold(
                Segments,
                {[], Env},
                fun(Acc, Segment) ->
                    {Exprs, Env@3} = Acc,
                    {Pattern@1, Segments@1} = Segment,
                    {Pattern@2, Env@4} = rewrite_pattern(Pattern@1, Env@3),
                    {Segments@2, Env@5} = rewrite_bitstring_segments_pattern(
                        Segments@1,
                        Env@4
                    ),
                    {[{Pattern@2, Segments@2} | Exprs], Env@5}
                end
            ),
            _pipe@5 = gleam@pair:map_first(_pipe@4, fun lists:reverse/1),
            gleam@pair:map_first(
                _pipe@5,
                fun(Field@0) -> {pattern_bit_string, Field@0} end
            );

        {pattern_concatenate, Left, {named, Name@1} = Right} ->
            Env@6 = [{Name@1, none} | Env],
            {{pattern_concatenate, Left, Right}, Env@6};

        {pattern_constructor, _, Constructor, Arguments, _} ->
            Module = replace_module(Constructor, Env),
            Constructor@1 = replace_name(Constructor, Env),
            {Arguments@1, Env@7} = rewrite_pattern_fields(Arguments, Env),
            {erlang:setelement(
                    3,
                    erlang:setelement(
                        4,
                        erlang:setelement(2, Pattern, Module),
                        Arguments@1
                    ),
                    Constructor@1
                ),
                Env@7};

        _ ->
            {Pattern, Env}
    end.

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 262).
-spec rewrite_patterns(
    list(glance:pattern()),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> {list(glance:pattern()),
    list({binary(), gleam@option:option({binary(), binary()})})}.
rewrite_patterns(Elems, Env) ->
    _pipe@1 = gleam@list:fold(
        Elems,
        {[], Env},
        fun(Elems@1, Elem) ->
            {Elems@2, Env@1} = Elems@1,
            _pipe = rewrite_pattern(Elem, Env@1),
            gleam@pair:map_first(
                _pipe,
                fun(_capture) -> gleam@list:prepend(Elems@2, _capture) end
            )
        end
    ),
    gleam@pair:map_first(_pipe@1, fun lists:reverse/1).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 271).
-spec rewrite_pattern_fields(
    list(glance:field(glance:pattern())),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> {list(glance:field(glance:pattern())),
    list({binary(), gleam@option:option({binary(), binary()})})}.
rewrite_pattern_fields(Arguments, Env) ->
    _pipe@2 = gleam@list:fold(
        Arguments,
        {[], Env},
        fun(Acc, Argument) ->
            {Exprs, Env@1} = Acc,
            case Argument of
                {shorthand_field, Label} ->
                    _pipe = {Label, none},
                    _pipe@1 = gleam@list:prepend(Env@1, _pipe),
                    gleam@pair:new([Argument | Exprs], _pipe@1);

                {unlabelled_field, Item} ->
                    {Item@1, Env@2} = rewrite_pattern(Item, Env@1),
                    Field = {unlabelled_field, Item@1},
                    {[Field | Exprs], Env@2};

                {labelled_field, _, Item@2} ->
                    {Item@3, Env@3} = rewrite_pattern(Item@2, Env@1),
                    Field@1 = erlang:setelement(3, Argument, Item@3),
                    {[Field@1 | Exprs], Env@3}
            end
        end
    ),
    gleam@pair:map_first(_pipe@2, fun lists:reverse/1).

-file("/Users/doctor/Workspace/sketch/sketch_css/src/sketch_css/module/exposings.gleam", 436).
-spec rewrite_nested_patterns(
    list(list(glance:pattern())),
    list({binary(), gleam@option:option({binary(), binary()})})
) -> {list(list(glance:pattern())),
    list({binary(), gleam@option:option({binary(), binary()})})}.
rewrite_nested_patterns(Patterns, Env) ->
    _pipe@1 = gleam@list:fold(
        Patterns,
        {[], Env},
        fun(Acc, Pattern) ->
            {Patterns@1, Env@1} = Acc,
            _pipe = rewrite_patterns(Pattern, Env@1),
            gleam@pair:map_first(
                _pipe,
                fun(_capture) -> gleam@list:prepend(Patterns@1, _capture) end
            )
        end
    ),
    gleam@pair:map_first(_pipe@1, fun lists:reverse/1).