-module(sqlode@schema_parser).
-compile([no_auto_import, nowarn_unused_vars, nowarn_unused_function, nowarn_nomatch, inline]).
-define(FILEPATH, "src/sqlode/schema_parser.gleam").
-export([parse_files_with_engine/2, parse_files/1, error_to_string/1, warning_to_string/1]).
-export_type([parse_error/0, schema_warning/0, parsed_schema/0, view_column/0, unknown_statement_kind/0]).

-if(?OTP_RELEASE >= 27).
-define(MODULEDOC(Str), -moduledoc(Str)).
-define(DOC(Str), -doc(Str)).
-else.
-define(MODULEDOC(Str), -compile([])).
-define(DOC(Str), -compile([])).
-endif.

-type parse_error() :: {invalid_create_table, binary(), binary()} |
    {invalid_column, binary(), binary(), binary()} |
    {unsupported_statement, binary(), binary()}.

-type schema_warning() :: {unresolvable_view_column, binary()}.

-type parsed_schema() :: {parsed_schema,
        list(sqlode@model:table()),
        list(sqlode@model:enum_def()),
        list(schema_warning())}.

-type view_column() :: {view_column, binary(), list(sqlode@lexer:token())}.

-type unknown_statement_kind() :: {unsupported, binary()} | silently_ignored.

-file("src/sqlode/schema_parser.gleam", 136).
?DOC(" Split token list on Semicolon tokens into a list of statements.\n").
-spec split_token_statements(
    list(sqlode@lexer:token()),
    list(sqlode@lexer:token()),
    list(list(sqlode@lexer:token()))
) -> list(list(sqlode@lexer:token())).
split_token_statements(Tokens, Current, Acc) ->
    case Tokens of
        [] ->
            case Current of
                [] ->
                    lists:reverse(Acc);

                _ ->
                    lists:reverse([lists:reverse(Current) | Acc])
            end;

        [semicolon | Rest] ->
            case Current of
                [] ->
                    split_token_statements(Rest, [], Acc);

                _ ->
                    split_token_statements(
                        Rest,
                        [],
                        [lists:reverse(Current) | Acc]
                    )
            end;

        [Token | Rest@1] ->
            split_token_statements(Rest@1, [Token | Current], Acc)
    end.

-file("src/sqlode/schema_parser.gleam", 157).
?DOC(" Check if a token list represents a CREATE TYPE ... AS ENUM statement.\n").
-spec is_create_enum_tokens(list(sqlode@lexer:token())) -> boolean().
is_create_enum_tokens(Tokens) ->
    case Tokens of
        [{keyword, <<"create"/utf8>>},
            {keyword, <<"type"/utf8>>},
            _,
            {keyword, <<"as"/utf8>>},
            {keyword, <<"enum"/utf8>>} |
            _] ->
            true;

        _ ->
            false
    end.

-file("src/sqlode/schema_parser.gleam", 197).
?DOC(" Extract string literal values from inside ENUM parentheses.\n").
-spec extract_enum_values(list(sqlode@lexer:token()), list(binary())) -> list(binary()).
extract_enum_values(Tokens, Acc) ->
    case Tokens of
        [] ->
            lists:reverse(Acc);

        [{string_lit, Value} | Rest] ->
            extract_enum_values(Rest, [Value | Acc]);

        [_ | Rest@1] ->
            extract_enum_values(Rest@1, Acc)
    end.

-file("src/sqlode/schema_parser.gleam", 172).
?DOC(" Parse a CREATE TYPE name AS ENUM (...) from tokens, handling escaped quotes correctly.\n").
-spec parse_create_enum_from_tokens(list(sqlode@lexer:token())) -> {ok,
        sqlode@model:enum_def()} |
    {error, nil}.
parse_create_enum_from_tokens(Tokens) ->
    case Tokens of
        [{keyword, <<"create"/utf8>>},
            {keyword, <<"type"/utf8>>},
            Name_token,
            {keyword, <<"as"/utf8>>},
            {keyword, <<"enum"/utf8>>} |
            Rest] ->
            Name = case Name_token of
                {ident, N} ->
                    string:lowercase(N);

                {quoted_ident, N@1} ->
                    string:lowercase(N@1);

                _ ->
                    <<""/utf8>>
            end,
            Values = extract_enum_values(Rest, []),
            {ok, {enum_def, Name, Values}};

        _ ->
            {error, nil}
    end.

-file("src/sqlode/schema_parser.gleam", 209).
-spec is_create_view_tokens(list(sqlode@lexer:token())) -> boolean().
is_create_view_tokens(Tokens) ->
    case Tokens of
        [{keyword, <<"create"/utf8>>},
            {keyword, <<"or"/utf8>>},
            {keyword, <<"replace"/utf8>>},
            {keyword, <<"view"/utf8>>} |
            _] ->
            true;

        [{keyword, <<"create"/utf8>>}, {keyword, <<"view"/utf8>>} | _] ->
            true;

        _ ->
            false
    end.

-file("src/sqlode/schema_parser.gleam", 264).
-spec extract_view_name_result(list(sqlode@lexer:token())) -> gleam@option:option({binary(),
    list(sqlode@lexer:token())}).
extract_view_name_result(Tokens) ->
    Remaining = case Tokens of
        [{keyword, <<"create"/utf8>>},
            {keyword, <<"or"/utf8>>},
            {keyword, <<"replace"/utf8>>},
            {keyword, <<"view"/utf8>>} |
            Rest] ->
            Rest;

        [{keyword, <<"create"/utf8>>}, {keyword, <<"view"/utf8>>} | Rest@1] ->
            Rest@1;

        _ ->
            []
    end,
    case Remaining of
        [{ident, N} | Rest@2] ->
            {some, {string:lowercase(N), Rest@2}};

        [{quoted_ident, N@1} | Rest@3] ->
            {some, {string:lowercase(N@1), Rest@3}};

        _ ->
            none
    end.

-file("src/sqlode/schema_parser.gleam", 285).
-spec extract_after_select_result(list(sqlode@lexer:token())) -> gleam@option:option(list(sqlode@lexer:token())).
extract_after_select_result(Tokens) ->
    case Tokens of
        [{keyword, <<"select"/utf8>>} | Rest] ->
            case Rest of
                [] ->
                    none;

                _ ->
                    {some, Rest}
            end;

        _ ->
            none
    end.

-file("src/sqlode/schema_parser.gleam", 333).
-spec skip_to_keyword(list(sqlode@lexer:token()), binary()) -> list(sqlode@lexer:token()).
skip_to_keyword(Tokens, Keyword) ->
    case Tokens of
        [] ->
            [];

        [{keyword, K} | Rest] when K =:= Keyword ->
            Rest;

        [_ | Rest@1] ->
            skip_to_keyword(Rest@1, Keyword)
    end.

-file("src/sqlode/schema_parser.gleam", 344).
-spec split_at_from(
    list(sqlode@lexer:token()),
    integer(),
    list(sqlode@lexer:token())
) -> {list(sqlode@lexer:token()), list(sqlode@lexer:token())}.
split_at_from(Tokens, Depth, Acc) ->
    case Tokens of
        [] ->
            {lists:reverse(Acc), []};

        [l_paren | Rest] ->
            split_at_from(Rest, Depth + 1, [l_paren | Acc]);

        [r_paren | Rest@1] ->
            split_at_from(Rest@1, Depth - 1, [r_paren | Acc]);

        [{keyword, <<"from"/utf8>>} | Rest@2] when Depth =:= 0 ->
            {lists:reverse(Acc), Rest@2};

        [Token | Rest@3] ->
            split_at_from(Rest@3, Depth, [Token | Acc])
    end.

-file("src/sqlode/schema_parser.gleam", 479).
-spec infer_cast_type(list(sqlode@lexer:token())) -> gleam@option:option({sqlode@model:scalar_type(),
    boolean()}).
infer_cast_type(Tokens) ->
    case Tokens of
        [] ->
            none;

        [{keyword, <<"as"/utf8>>}, {ident, Type_name} | _] ->
            case sqlode@model:parse_sql_type(Type_name) of
                {ok, Scalar_type} ->
                    {some, {Scalar_type, true}};

                {error, _} ->
                    none
            end;

        [{keyword, <<"as"/utf8>>}, {keyword, Type_name} | _] ->
            case sqlode@model:parse_sql_type(Type_name) of
                {ok, Scalar_type} ->
                    {some, {Scalar_type, true}};

                {error, _} ->
                    none
            end;

        [_ | Rest] ->
            infer_cast_type(Rest)
    end.

-file("src/sqlode/schema_parser.gleam", 494).
-spec tok_split_select_columns(
    list(sqlode@lexer:token()),
    integer(),
    list(sqlode@lexer:token()),
    list(list(sqlode@lexer:token()))
) -> list(list(sqlode@lexer:token())).
tok_split_select_columns(Tokens, Depth, Current, Acc) ->
    case Tokens of
        [] ->
            case Current of
                [] ->
                    lists:reverse(Acc);

                _ ->
                    lists:reverse([lists:reverse(Current) | Acc])
            end;

        [comma | Rest] when Depth =:= 0 ->
            tok_split_select_columns(
                Rest,
                0,
                [],
                [lists:reverse(Current) | Acc]
            );

        [l_paren | Rest@1] ->
            tok_split_select_columns(
                Rest@1,
                Depth + 1,
                [l_paren | Current],
                Acc
            );

        [r_paren | Rest@2] ->
            tok_split_select_columns(
                Rest@2,
                Depth - 1,
                [r_paren | Current],
                Acc
            );

        [Token | Rest@3] ->
            tok_split_select_columns(Rest@3, Depth, [Token | Current], Acc)
    end.

-file("src/sqlode/schema_parser.gleam", 360).
-spec extract_view_columns(list(sqlode@lexer:token())) -> list(view_column()).
extract_view_columns(Tokens) ->
    Groups = tok_split_select_columns(Tokens, 0, [], []),
    gleam@list:filter_map(
        Groups,
        fun(Col_tokens) ->
            Reversed = lists:reverse(Col_tokens),
            case Reversed of
                [{ident, Alias}, {keyword, <<"as"/utf8>>} | Rest] ->
                    {ok, {view_column, Alias, lists:reverse(Rest)}};

                [{quoted_ident, Alias@1}, {keyword, <<"as"/utf8>>} | Rest@1] ->
                    {ok, {view_column, Alias@1, lists:reverse(Rest@1)}};

                _ ->
                    case lists:reverse(Reversed) of
                        [{ident, _}, dot, {ident, Col}] ->
                            {ok, {view_column, Col, Col_tokens}};

                        _ ->
                            case Reversed of
                                [{ident, Name} | _] ->
                                    {ok, {view_column, Name, Col_tokens}};

                                [{quoted_ident, Name@1} | _] ->
                                    {ok, {view_column, Name@1, Col_tokens}};

                                _ ->
                                    {error, nil}
                            end
                    end
            end
        end
    ).

-file("src/sqlode/schema_parser.gleam", 518).
?DOC(" Detect ALTER TABLE ... ADD [COLUMN] pattern.\n").
-spec is_alter_table_add_column_tokens(list(sqlode@lexer:token())) -> boolean().
is_alter_table_add_column_tokens(Tokens) ->
    case Tokens of
        [{keyword, <<"alter"/utf8>>},
            {keyword, <<"table"/utf8>>},
            _,
            {keyword, <<"add"/utf8>>},
            {keyword, <<"column"/utf8>>} |
            _] ->
            true;

        [{keyword, <<"alter"/utf8>>},
            {keyword, <<"table"/utf8>>},
            _,
            {keyword, <<"add"/utf8>>} |
            Rest] ->
            case Rest of
                [{keyword, K} | _] when (((((K =:= <<"constraint"/utf8>>) orelse (K =:= <<"primary"/utf8>>)) orelse (K =:= <<"unique"/utf8>>)) orelse (K =:= <<"foreign"/utf8>>)) orelse (K =:= <<"check"/utf8>>)) orelse (K =:= <<"index"/utf8>>) ->
                    false;

                _ ->
                    true
            end;

        _ ->
            false
    end.

-file("src/sqlode/schema_parser.gleam", 607).
-spec extract_ident(sqlode@lexer:token()) -> binary().
extract_ident(Token) ->
    case Token of
        {ident, N} ->
            sqlode@naming:normalize_identifier(N);

        {quoted_ident, N@1} ->
            sqlode@naming:normalize_identifier(N@1);

        _ ->
            <<""/utf8>>
    end.

-file("src/sqlode/schema_parser.gleam", 584).
-spec extract_alter_table_parts(list(sqlode@lexer:token())) -> {binary(),
    list(sqlode@lexer:token())}.
extract_alter_table_parts(Tokens) ->
    case Tokens of
        [{keyword, <<"alter"/utf8>>},
            {keyword, <<"table"/utf8>>},
            Name_tok,
            {keyword, <<"add"/utf8>>},
            {keyword, <<"column"/utf8>>} |
            Rest] ->
            {extract_ident(Name_tok), Rest};

        [{keyword, <<"alter"/utf8>>},
            {keyword, <<"table"/utf8>>},
            Name_tok@1,
            {keyword, <<"add"/utf8>>} |
            Rest@1] ->
            {extract_ident(Name_tok@1), Rest@1};

        _ ->
            {<<""/utf8>>, []}
    end.

-file("src/sqlode/schema_parser.gleam", 682).
-spec classify_alter_table_action(list(binary())) -> unknown_statement_kind().
classify_alter_table_action(Words) ->
    case Words of
        [<<"drop"/utf8>>, <<"constraint"/utf8>> | _] ->
            silently_ignored;

        [<<"drop"/utf8>>, <<"column"/utf8>> | _] ->
            {unsupported, <<"ALTER TABLE DROP COLUMN"/utf8>>};

        [<<"drop"/utf8>> | _] ->
            {unsupported, <<"ALTER TABLE DROP"/utf8>>};

        [<<"rename"/utf8>>, <<"to"/utf8>> | _] ->
            {unsupported, <<"ALTER TABLE RENAME TO"/utf8>>};

        [<<"rename"/utf8>> | _] ->
            {unsupported, <<"ALTER TABLE RENAME COLUMN"/utf8>>};

        [<<"alter"/utf8>> | _] ->
            {unsupported, <<"ALTER TABLE ALTER COLUMN"/utf8>>};

        [<<"add"/utf8>>, <<"constraint"/utf8>> | _] ->
            silently_ignored;

        [<<"add"/utf8>>, <<"primary"/utf8>> | _] ->
            silently_ignored;

        [<<"add"/utf8>>, <<"unique"/utf8>> | _] ->
            silently_ignored;

        [<<"add"/utf8>>, <<"foreign"/utf8>> | _] ->
            silently_ignored;

        [<<"add"/utf8>>, <<"check"/utf8>> | _] ->
            silently_ignored;

        [<<"add"/utf8>>, <<"index"/utf8>> | _] ->
            silently_ignored;

        _ ->
            silently_ignored
    end.

-file("src/sqlode/schema_parser.gleam", 670).
-spec classify_alter_table(list(binary())) -> unknown_statement_kind().
classify_alter_table(Words) ->
    After_modifiers = case Words of
        [<<"if"/utf8>>, <<"exists"/utf8>> | R] ->
            R;

        [<<"only"/utf8>> | R@1] ->
            R@1;

        _ ->
            Words
    end,
    case After_modifiers of
        [_ | Rest] ->
            classify_alter_table_action(Rest);

        [] ->
            silently_ignored
    end.

-file("src/sqlode/schema_parser.gleam", 700).
-spec token_keyword_text(sqlode@lexer:token()) -> binary().
token_keyword_text(Token) ->
    case Token of
        {keyword, K} ->
            K;

        {ident, I} ->
            string:lowercase(I);

        _ ->
            <<""/utf8>>
    end.

-file("src/sqlode/schema_parser.gleam", 646).
?DOC(
    " Classify a statement that is not a CREATE TABLE / VIEW / ENUM and not an\n"
    " ALTER TABLE ... ADD COLUMN. The intent is to let informational or\n"
    " out-of-scope DDL through silently (CREATE INDEX, COMMENT ON, transaction\n"
    " control) while failing fast on DDL that materially changes the catalog\n"
    " and would otherwise be missed (DROP TABLE, ALTER TABLE DROP/RENAME/ALTER).\n"
    "\n"
    " The lexer reserves only a subset of SQL words as `Keyword` tokens. Words\n"
    " like `rename`, `savepoint`, and `comment` arrive as `Ident` tokens, so\n"
    " we normalise the first few tokens of the statement to lowercase strings\n"
    " before matching, treating Keyword and Ident uniformly.\n"
).
-spec classify_unknown_statement(list(sqlode@lexer:token())) -> unknown_statement_kind().
classify_unknown_statement(Tokens) ->
    Words = begin
        _pipe = Tokens,
        _pipe@1 = gleam@list:take(_pipe, 8),
        gleam@list:map(_pipe@1, fun token_keyword_text/1)
    end,
    case Words of
        [<<"create"/utf8>>, <<"index"/utf8>> | _] ->
            silently_ignored;

        [<<"create"/utf8>>, <<"unique"/utf8>>, <<"index"/utf8>> | _] ->
            silently_ignored;

        [<<"drop"/utf8>>, <<"index"/utf8>> | _] ->
            silently_ignored;

        [<<"comment"/utf8>>, <<"on"/utf8>> | _] ->
            silently_ignored;

        [<<"begin"/utf8>> | _] ->
            silently_ignored;

        [<<"commit"/utf8>> | _] ->
            silently_ignored;

        [<<"rollback"/utf8>> | _] ->
            silently_ignored;

        [<<"savepoint"/utf8>> | _] ->
            silently_ignored;

        [<<"release"/utf8>> | _] ->
            silently_ignored;

        [<<"set"/utf8>> | _] ->
            silently_ignored;

        [<<"drop"/utf8>>, <<"table"/utf8>> | _] ->
            {unsupported, <<"DROP TABLE"/utf8>>};

        [<<"drop"/utf8>>, <<"view"/utf8>> | _] ->
            {unsupported, <<"DROP VIEW"/utf8>>};

        [<<"drop"/utf8>>, <<"type"/utf8>> | _] ->
            {unsupported, <<"DROP TYPE"/utf8>>};

        [<<"alter"/utf8>>, <<"table"/utf8>> | Rest] ->
            classify_alter_table(Rest);

        _ ->
            silently_ignored
    end.

-file("src/sqlode/schema_parser.gleam", 708).
-spec is_create_table_tokens(list(sqlode@lexer:token())) -> boolean().
is_create_table_tokens(Tokens) ->
    case Tokens of
        [{keyword, <<"create"/utf8>>}, {keyword, <<"table"/utf8>>} | _] ->
            true;

        [{keyword, <<"create"/utf8>>},
            {keyword, <<"temporary"/utf8>>},
            {keyword, <<"table"/utf8>>} |
            _] ->
            true;

        [{keyword, <<"create"/utf8>>},
            {keyword, <<"temp"/utf8>>},
            {keyword, <<"table"/utf8>>} |
            _] ->
            true;

        [{keyword, <<"create"/utf8>>},
            {keyword, <<"unlogged"/utf8>>},
            {keyword, <<"table"/utf8>>} |
            _] ->
            true;

        _ ->
            false
    end.

-file("src/sqlode/schema_parser.gleam", 729).
-spec find_column_in_tables(list(sqlode@model:table()), binary()) -> gleam@option:option(sqlode@model:column()).
find_column_in_tables(Tables, Column_name) ->
    _pipe@1 = gleam@list:find_map(
        Tables,
        fun(Table) ->
            _pipe = gleam@list:find(
                erlang:element(3, Table),
                fun(Col) ->
                    string:lowercase(erlang:element(2, Col)) =:= string:lowercase(
                        Column_name
                    )
                end
            ),
            gleam@result:map_error(_pipe, fun(_) -> nil end)
        end
    ),
    gleam@option:from_result(_pipe@1).

-file("src/sqlode/schema_parser.gleam", 390).
-spec resolve_column_from_expr_tokens(
    list(sqlode@lexer:token()),
    list(sqlode@model:table())
) -> gleam@option:option(sqlode@model:column()).
resolve_column_from_expr_tokens(Expr_tokens, Tables) ->
    case Expr_tokens of
        [{ident, Name}] ->
            find_column_in_tables(Tables, string:lowercase(Name));

        [{quoted_ident, Name@1}] ->
            find_column_in_tables(Tables, string:lowercase(Name@1));

        [{ident, _}, dot, {ident, Col}] ->
            find_column_in_tables(Tables, string:lowercase(Col));

        [{quoted_ident, _}, dot, {ident, Col@1}] ->
            find_column_in_tables(Tables, string:lowercase(Col@1));

        _ ->
            none
    end.

-file("src/sqlode/schema_parser.gleam", 462).
-spec extract_aggregate_inner_type(
    list(sqlode@lexer:token()),
    list(sqlode@model:table())
) -> gleam@option:option(sqlode@model:column()).
extract_aggregate_inner_type(Tokens, Tables) ->
    case Tokens of
        [{ident, Name}, r_paren | _] ->
            find_column_in_tables(Tables, string:lowercase(Name));

        [{ident, Name}, comma | _] ->
            find_column_in_tables(Tables, string:lowercase(Name));

        [{ident, _}, dot, {ident, Col}, r_paren | _] ->
            find_column_in_tables(Tables, string:lowercase(Col));

        [{ident, _}, dot, {ident, Col}, comma | _] ->
            find_column_in_tables(Tables, string:lowercase(Col));

        [{keyword, <<"distinct"/utf8>>}, {ident, Name@1}, r_paren | _] ->
            find_column_in_tables(Tables, string:lowercase(Name@1));

        [{keyword, <<"distinct"/utf8>>}, {ident, Name@1}, comma | _] ->
            find_column_in_tables(Tables, string:lowercase(Name@1));

        _ ->
            none
    end.

-file("src/sqlode/schema_parser.gleam", 406).
-spec infer_view_expression_type(
    list(sqlode@lexer:token()),
    list(sqlode@model:table())
) -> gleam@option:option({sqlode@model:scalar_type(), boolean()}).
infer_view_expression_type(Expr_tokens, Tables) ->
    case Expr_tokens of
        [{keyword, <<"cast"/utf8>>}, l_paren | Rest] ->
            infer_cast_type(Rest);

        [{ident, Fn_name}, l_paren | Rest@1] ->
            Lowered = string:lowercase(Fn_name),
            case Lowered of
                <<"count"/utf8>> ->
                    {some, {int_type, false}};

                <<"avg"/utf8>> ->
                    {some, {case extract_aggregate_inner_type(Rest@1, Tables) of
                                {some, Col} ->
                                    case erlang:element(3, Col) of
                                        int_type ->
                                            float_type;

                                        float_type ->
                                            float_type;

                                        Other ->
                                            Other
                                    end;

                                none ->
                                    float_type
                            end, true}};

                <<"sum"/utf8>> ->
                    case extract_aggregate_inner_type(Rest@1, Tables) of
                        {some, Col@1} ->
                            {some, {erlang:element(3, Col@1), true}};

                        none ->
                            {some, {float_type, true}}
                    end;

                <<"min"/utf8>> ->
                    case extract_aggregate_inner_type(Rest@1, Tables) of
                        {some, Col@2} ->
                            {some, {erlang:element(3, Col@2), true}};

                        none ->
                            none
                    end;

                <<"max"/utf8>> ->
                    case extract_aggregate_inner_type(Rest@1, Tables) of
                        {some, Col@2} ->
                            {some, {erlang:element(3, Col@2), true}};

                        none ->
                            none
                    end;

                <<"coalesce"/utf8>> ->
                    case extract_aggregate_inner_type(Rest@1, Tables) of
                        {some, Col@3} ->
                            {some, {erlang:element(3, Col@3), false}};

                        none ->
                            none
                    end;

                <<"row_number"/utf8>> ->
                    {some, {int_type, false}};

                <<"rank"/utf8>> ->
                    {some, {int_type, false}};

                <<"dense_rank"/utf8>> ->
                    {some, {int_type, false}};

                _ ->
                    none
            end;

        [{string_lit, _} | _] ->
            {some, {string_type, false}};

        [{number_lit, N} | _] ->
            case gleam_stdlib:contains_string(N, <<"."/utf8>>) of
                true ->
                    {some, {float_type, false}};

                false ->
                    {some, {int_type, false}}
            end;

        _ ->
            none
    end.

-file("src/sqlode/schema_parser.gleam", 313).
-spec resolve_single_view_column(
    binary(),
    list(sqlode@lexer:token()),
    list(sqlode@model:table())
) -> {ok, sqlode@model:column()} | {error, schema_warning()}.
resolve_single_view_column(Name, Expr_tokens, Tables) ->
    case find_column_in_tables(Tables, Name) of
        {some, Col} ->
            {ok, {column, Name, erlang:element(3, Col), erlang:element(4, Col)}};

        none ->
            case resolve_column_from_expr_tokens(Expr_tokens, Tables) of
                {some, Col@1} ->
                    {ok,
                        {column,
                            Name,
                            erlang:element(3, Col@1),
                            erlang:element(4, Col@1)}};

                none ->
                    case infer_view_expression_type(Expr_tokens, Tables) of
                        {some, {Scalar_type, Nullable}} ->
                            {ok, {column, Name, Scalar_type, Nullable}};

                        none ->
                            {error, {unresolvable_view_column, Name}}
                    end
            end
    end.

-file("src/sqlode/schema_parser.gleam", 298).
-spec resolve_view_columns(
    list(sqlode@lexer:token()),
    list(sqlode@model:table())
) -> {list(sqlode@model:column()), list(schema_warning())}.
resolve_view_columns(Select_tokens, Tables) ->
    View_cols = extract_view_columns(Select_tokens),
    gleam@list:fold(
        View_cols,
        {[], []},
        fun(Acc, View_col) ->
            {Columns, Warnings} = Acc,
            Normalized = sqlode@naming:normalize_identifier(
                erlang:element(2, View_col)
            ),
            case resolve_single_view_column(
                Normalized,
                erlang:element(3, View_col),
                Tables
            ) of
                {ok, Col} ->
                    {lists:append(Columns, [Col]), Warnings};

                {error, Warning} ->
                    {Columns, lists:append(Warnings, [Warning])}
            end
        end
    ).

-file("src/sqlode/schema_parser.gleam", 223).
-spec parse_create_view_from_tokens(
    list(sqlode@lexer:token()),
    list(sqlode@model:table())
) -> {gleam@option:option(sqlode@model:table()), list(schema_warning())}.
parse_create_view_from_tokens(Tokens, Tables) ->
    case extract_view_name_result(Tokens) of
        none ->
            {none, []};

        {some, {View_name, After_name}} ->
            After_as = skip_to_keyword(After_name, <<"as"/utf8>>),
            case extract_after_select_result(After_as) of
                none ->
                    {none, []};

                {some, After_select} ->
                    {Select_tokens, From_tokens} = split_at_from(
                        After_select,
                        0,
                        []
                    ),
                    Source_tables = sqlode@query_analyzer@token_utils:extract_table_names(
                        [{keyword, <<"from"/utf8>>} | From_tokens]
                    ),
                    {Columns, Warnings} = case Select_tokens of
                        [star] ->
                            {gleam@list:flat_map(
                                    Source_tables,
                                    fun(Table_name) ->
                                        case gleam@list:find(
                                            Tables,
                                            fun(T) ->
                                                erlang:element(2, T) =:= Table_name
                                            end
                                        ) of
                                            {ok, Table} ->
                                                erlang:element(3, Table);

                                            {error, _} ->
                                                []
                                        end
                                    end
                                ),
                                []};

                        _ ->
                            resolve_view_columns(Select_tokens, Tables)
                    end,
                    case Columns of
                        [] ->
                            {none, Warnings};

                        _ ->
                            {{some, {table, View_name, Columns}}, Warnings}
                    end
            end
    end.

-file("src/sqlode/schema_parser.gleam", 779).
?DOC(" Split tokens at the first top-level LParen. Returns (header, body_after_lparen).\n").
-spec split_at_lparen(list(sqlode@lexer:token()), list(sqlode@lexer:token())) -> {list(sqlode@lexer:token()),
    list(sqlode@lexer:token())}.
split_at_lparen(Tokens, Header) ->
    case Tokens of
        [] ->
            {lists:reverse(Header), []};

        [l_paren | Rest] ->
            {lists:reverse(Header), Rest};

        [Tok | Rest@1] ->
            split_at_lparen(Rest@1, [Tok | Header])
    end.

-file("src/sqlode/schema_parser.gleam", 791).
?DOC(" Find the last Ident or QuotedIdent token in a list and return its name.\n").
-spec find_last_ident(list(sqlode@lexer:token())) -> {ok, binary()} |
    {error, nil}.
find_last_ident(Tokens) ->
    _pipe = Tokens,
    _pipe@1 = gleam@list:filter_map(_pipe, fun(Tok) -> case Tok of
                {ident, N} ->
                    {ok, sqlode@naming:normalize_identifier(N)};

                {quoted_ident, N} ->
                    {ok, sqlode@naming:normalize_identifier(N)};

                _ ->
                    {error, nil}
            end end),
    gleam@list:last(_pipe@1).

-file("src/sqlode/schema_parser.gleam", 811).
-spec drop_trailing_rparens(list(sqlode@lexer:token())) -> list(sqlode@lexer:token()).
drop_trailing_rparens(Rev_tokens) ->
    case Rev_tokens of
        [r_paren | Rest] ->
            Rest;

        _ ->
            Rev_tokens
    end.

-file("src/sqlode/schema_parser.gleam", 804).
?DOC(" Strip trailing RParen from token list.\n").
-spec strip_trailing_rparen(list(sqlode@lexer:token())) -> list(sqlode@lexer:token()).
strip_trailing_rparen(Tokens) ->
    _pipe = Tokens,
    _pipe@1 = lists:reverse(_pipe),
    _pipe@2 = drop_trailing_rparens(_pipe@1),
    lists:reverse(_pipe@2).

-file("src/sqlode/schema_parser.gleam", 845).
-spec split_tokens_by_comma_loop(
    list(sqlode@lexer:token()),
    integer(),
    list(sqlode@lexer:token()),
    list(list(sqlode@lexer:token()))
) -> list(list(sqlode@lexer:token())).
split_tokens_by_comma_loop(Tokens, Depth, Current, Acc) ->
    case Tokens of
        [] ->
            case Current of
                [] ->
                    lists:reverse(Acc);

                _ ->
                    lists:reverse([lists:reverse(Current) | Acc])
            end;

        [l_paren | Rest] ->
            split_tokens_by_comma_loop(
                Rest,
                Depth + 1,
                [l_paren | Current],
                Acc
            );

        [r_paren | Rest@1] ->
            split_tokens_by_comma_loop(Rest@1, case Depth > 0 of
                    true ->
                        Depth - 1;

                    false ->
                        0
                end, [r_paren | Current], Acc);

        [comma | Rest@2] when Depth =:= 0 ->
            split_tokens_by_comma_loop(
                Rest@2,
                Depth,
                [],
                [lists:reverse(Current) | Acc]
            );

        [Tok | Rest@3] ->
            split_tokens_by_comma_loop(Rest@3, Depth, [Tok | Current], Acc)
    end.

-file("src/sqlode/schema_parser.gleam", 841).
?DOC(" Split a token list by top-level commas (depth-0 only).\n").
-spec split_tokens_by_comma(list(sqlode@lexer:token())) -> list(list(sqlode@lexer:token())).
split_tokens_by_comma(Tokens) ->
    split_tokens_by_comma_loop(Tokens, 0, [], []).

-file("src/sqlode/schema_parser.gleam", 959).
-spec render_type_tokens_loop(list(sqlode@lexer:token()), list(binary())) -> list(binary()).
render_type_tokens_loop(Tokens, Acc) ->
    case Tokens of
        [] ->
            Acc;

        [{operator, <<"["/utf8>>}, {operator, <<"]"/utf8>>} | Rest] ->
            case Acc of
                [Prev | Prev_rest] ->
                    render_type_tokens_loop(
                        Rest,
                        [<<Prev/binary, "[]"/utf8>> | Prev_rest]
                    );

                [] ->
                    render_type_tokens_loop(Rest, [<<"[]"/utf8>> | Acc])
            end;

        [Tok | Rest@1] ->
            S = case Tok of
                {keyword, K} ->
                    K;

                {ident, N} ->
                    N;

                {quoted_ident, N@1} ->
                    N@1;

                {number_lit, N@2} ->
                    N@2;

                {operator, Op} ->
                    Op;

                l_paren ->
                    <<"("/utf8>>;

                r_paren ->
                    <<")"/utf8>>;

                comma ->
                    <<","/utf8>>;

                star ->
                    <<"*"/utf8>>;

                _ ->
                    <<""/utf8>>
            end,
            case S of
                <<""/utf8>> ->
                    render_type_tokens_loop(Rest@1, Acc);

                _ ->
                    render_type_tokens_loop(Rest@1, [S | Acc])
            end
    end.

-file("src/sqlode/schema_parser.gleam", 953).
?DOC(
    " Render type tokens back to a type string for parse_sql_type lookup.\n"
    " Handles array syntax ([] operators) by joining without spaces.\n"
).
-spec render_type_tokens(list(sqlode@lexer:token())) -> binary().
render_type_tokens(Tokens) ->
    _pipe = render_type_tokens_loop(Tokens, []),
    _pipe@1 = lists:reverse(_pipe),
    gleam@string:join(_pipe@1, <<" "/utf8>>).

-file("src/sqlode/schema_parser.gleam", 993).
-spec tokens_contain_not_null(list(sqlode@lexer:token())) -> boolean().
tokens_contain_not_null(Tokens) ->
    case Tokens of
        [] ->
            false;

        [_] ->
            false;

        [{keyword, <<"not"/utf8>>}, {keyword, <<"null"/utf8>>} | _] ->
            true;

        [_ | Rest] ->
            tokens_contain_not_null(Rest)
    end.

-file("src/sqlode/schema_parser.gleam", 1001).
-spec tokens_contain_keyword(list(sqlode@lexer:token()), binary()) -> boolean().
tokens_contain_keyword(Tokens, Keyword) ->
    gleam@list:any(Tokens, fun(Tok) -> case Tok of
                {keyword, K} ->
                    K =:= Keyword;

                _ ->
                    false
            end end).

-file("src/sqlode/schema_parser.gleam", 1010).
-spec infer_scalar_type(binary()) -> {ok, sqlode@model:scalar_type()} |
    {error, binary()}.
infer_scalar_type(Type_text) ->
    _pipe = sqlode@model:parse_sql_type(Type_text),
    gleam@result:replace_error(
        _pipe,
        <<<<<<<<"unrecognized SQL type \""/utf8, Type_text/binary>>/binary,
                    "\". Supported types: int, serial, float, numeric, bool, text, char, bytea,"/utf8>>/binary,
                " uuid, json, jsonb, timestamp, datetime, date, time, interval."/utf8>>/binary,
            " Hint: add a type override in sqlode.yaml under overrides.db_type"/utf8>>
    ).

-file("src/sqlode/schema_parser.gleam", 1021).
-spec is_column_constraint(binary()) -> boolean().
is_column_constraint(Keyword) ->
    gleam@list:contains(
        [<<"not"/utf8>>,
            <<"null"/utf8>>,
            <<"primary"/utf8>>,
            <<"unique"/utf8>>,
            <<"default"/utf8>>,
            <<"references"/utf8>>,
            <<"check"/utf8>>,
            <<"constraint"/utf8>>,
            <<"generated"/utf8>>,
            <<"collate"/utf8>>,
            <<"autoincrement"/utf8>>],
        Keyword
    ).

-file("src/sqlode/schema_parser.gleam", 936).
-spec take_type_tokens_from_lexer(
    list(sqlode@lexer:token()),
    list(sqlode@lexer:token())
) -> list(sqlode@lexer:token()).
take_type_tokens_from_lexer(Tokens, Acc) ->
    case Tokens of
        [] ->
            lists:reverse(Acc);

        [{keyword, K} | Rest] ->
            case is_column_constraint(K) of
                true ->
                    lists:reverse(Acc);

                false ->
                    take_type_tokens_from_lexer(Rest, [{keyword, K} | Acc])
            end;

        [Tok | Rest@1] ->
            take_type_tokens_from_lexer(Rest@1, [Tok | Acc])
    end.

-file("src/sqlode/schema_parser.gleam", 1040).
-spec find_enum(binary(), list(sqlode@model:enum_def())) -> gleam@option:option(binary()).
find_enum(Type_text, Enums) ->
    Lowered = string:lowercase(gleam@string:trim(Type_text)),
    case gleam@list:find(Enums, fun(E) -> erlang:element(2, E) =:= Lowered end) of
        {ok, E@1} ->
            {some, erlang:element(2, E@1)};

        {error, _} ->
            none
    end.

-file("src/sqlode/schema_parser.gleam", 881).
-spec parse_column_tokens(
    binary(),
    binary(),
    list(sqlode@lexer:token()),
    list(sqlode@model:enum_def())
) -> {ok, gleam@option:option(sqlode@model:column())} | {error, parse_error()}.
parse_column_tokens(Path, Table_name, Tokens, Enums) ->
    case Tokens of
        [] ->
            {ok, none};

        [First | Rest] ->
            case First of
                {keyword, <<"primary"/utf8>>} ->
                    {ok, none};

                {keyword, <<"foreign"/utf8>>} ->
                    {ok, none};

                {keyword, <<"unique"/utf8>>} ->
                    {ok, none};

                {keyword, <<"constraint"/utf8>>} ->
                    {ok, none};

                {keyword, <<"check"/utf8>>} ->
                    {ok, none};

                {ident, N} ->
                    Name = sqlode@naming:normalize_identifier(N),
                    Type_toks = take_type_tokens_from_lexer(Rest, []),
                    case Type_toks of
                        [] ->
                            {error,
                                {invalid_column,
                                    Path,
                                    Table_name,
                                    <<"missing type for column "/utf8,
                                        Name/binary>>}};

                        _ ->
                            Type_text = render_type_tokens(Type_toks),
                            Nullable = case (tokens_contain_not_null(Tokens)
                            orelse tokens_contain_keyword(
                                Tokens,
                                <<"primary"/utf8>>
                            ))
                            orelse gleam_stdlib:contains_string(
                                Type_text,
                                <<"serial"/utf8>>
                            ) of
                                true ->
                                    false;

                                false ->
                                    true
                            end,
                            gleam@result:'try'(
                                case find_enum(Type_text, Enums) of
                                    {some, Enum_name} ->
                                        {ok, {enum_type, Enum_name}};

                                    none ->
                                        _pipe = infer_scalar_type(Type_text),
                                        gleam@result:map_error(
                                            _pipe,
                                            fun(Detail) ->
                                                {invalid_column,
                                                    Path,
                                                    Table_name,
                                                    Detail}
                                            end
                                        )
                                end,
                                fun(Scalar_type) ->
                                    {ok,
                                        {some,
                                            {column,
                                                Name,
                                                Scalar_type,
                                                Nullable}}}
                                end
                            )
                    end;

                {quoted_ident, N} ->
                    Name = sqlode@naming:normalize_identifier(N),
                    Type_toks = take_type_tokens_from_lexer(Rest, []),
                    case Type_toks of
                        [] ->
                            {error,
                                {invalid_column,
                                    Path,
                                    Table_name,
                                    <<"missing type for column "/utf8,
                                        Name/binary>>}};

                        _ ->
                            Type_text = render_type_tokens(Type_toks),
                            Nullable = case (tokens_contain_not_null(Tokens)
                            orelse tokens_contain_keyword(
                                Tokens,
                                <<"primary"/utf8>>
                            ))
                            orelse gleam_stdlib:contains_string(
                                Type_text,
                                <<"serial"/utf8>>
                            ) of
                                true ->
                                    false;

                                false ->
                                    true
                            end,
                            gleam@result:'try'(
                                case find_enum(Type_text, Enums) of
                                    {some, Enum_name} ->
                                        {ok, {enum_type, Enum_name}};

                                    none ->
                                        _pipe = infer_scalar_type(Type_text),
                                        gleam@result:map_error(
                                            _pipe,
                                            fun(Detail) ->
                                                {invalid_column,
                                                    Path,
                                                    Table_name,
                                                    Detail}
                                            end
                                        )
                                end,
                                fun(Scalar_type) ->
                                    {ok,
                                        {some,
                                            {column,
                                                Name,
                                                Scalar_type,
                                                Nullable}}}
                                end
                            )
                    end;

                _ ->
                    {ok, none}
            end
    end.

-file("src/sqlode/schema_parser.gleam", 551).
?DOC(" Parse ALTER TABLE <name> ADD [COLUMN] <col_def> and apply to existing tables.\n").
-spec apply_alter_table_add_column(
    binary(),
    list(sqlode@lexer:token()),
    list(sqlode@model:enum_def()),
    list(sqlode@model:table())
) -> {ok, list(sqlode@model:table())} | {error, parse_error()}.
apply_alter_table_add_column(Path, Tokens, Enums, Tables) ->
    {Table_name, Col_tokens} = extract_alter_table_parts(Tokens),
    case Table_name of
        <<""/utf8>> ->
            {ok, Tables};

        _ ->
            gleam@result:'try'(
                parse_column_tokens(Path, Table_name, Col_tokens, Enums),
                fun(Maybe_col) -> case Maybe_col of
                        none ->
                            {ok, Tables};

                        {some, Col} ->
                            {ok,
                                gleam@list:map(
                                    Tables,
                                    fun(T) ->
                                        case erlang:element(2, T) =:= Table_name of
                                            true ->
                                                {table,
                                                    erlang:element(2, T),
                                                    lists:append(
                                                        erlang:element(3, T),
                                                        [Col]
                                                    )};

                                            false ->
                                                T
                                        end
                                    end
                                )}
                    end end
            )
    end.

-file("src/sqlode/schema_parser.gleam", 818).
-spec parse_columns_tokens(
    binary(),
    binary(),
    list(sqlode@lexer:token()),
    list(sqlode@model:enum_def())
) -> {ok, list(sqlode@model:column())} | {error, parse_error()}.
parse_columns_tokens(Path, Table_name, Tokens, Enums) ->
    _pipe = split_tokens_by_comma(Tokens),
    _pipe@1 = gleam@list:try_fold(
        _pipe,
        [],
        fun(Columns, Col_tokens) ->
            gleam@result:'try'(
                parse_column_tokens(Path, Table_name, Col_tokens, Enums),
                fun(Maybe_column) -> {ok, case Maybe_column of
                            {some, Column} ->
                                [Column | Columns];

                            none ->
                                Columns
                        end} end
            )
        end
    ),
    gleam@result:map(_pipe@1, fun lists:reverse/1).

-file("src/sqlode/schema_parser.gleam", 742).
-spec parse_create_table_tokens(
    binary(),
    list(sqlode@lexer:token()),
    list(sqlode@model:enum_def())
) -> {ok, gleam@option:option(sqlode@model:table())} | {error, parse_error()}.
parse_create_table_tokens(Path, Tokens, Enums) ->
    {Header, Body} = split_at_lparen(Tokens, []),
    case Body of
        [] ->
            {error,
                {invalid_create_table,
                    Path,
                    <<"missing opening parenthesis in CREATE TABLE statement"/utf8>>}};

        _ ->
            gleam@result:'try'(
                begin
                    _pipe = find_last_ident(Header),
                    gleam@result:map_error(
                        _pipe,
                        fun(_) ->
                            {invalid_create_table,
                                Path,
                                <<"missing table name"/utf8>>}
                        end
                    )
                end,
                fun(Table_name) ->
                    Body_tokens = strip_trailing_rparen(Body),
                    gleam@result:'try'(
                        parse_columns_tokens(
                            Path,
                            Table_name,
                            Body_tokens,
                            Enums
                        ),
                        fun(Columns) ->
                            {ok, {some, {table, Table_name, Columns}}}
                        end
                    )
                end
            )
    end.

-file("src/sqlode/schema_parser.gleam", 615).
-spec parse_statement_tokens(
    binary(),
    list(sqlode@lexer:token()),
    list(sqlode@model:enum_def())
) -> {ok, gleam@option:option(sqlode@model:table())} | {error, parse_error()}.
parse_statement_tokens(Path, Tokens, Enums) ->
    case is_create_table_tokens(Tokens) of
        true ->
            parse_create_table_tokens(Path, Tokens, Enums);

        false ->
            case classify_unknown_statement(Tokens) of
                {unsupported, Statement_type} ->
                    {error, {unsupported_statement, Path, Statement_type}};

                silently_ignored ->
                    {ok, none}
            end
    end.

-file("src/sqlode/schema_parser.gleam", 68).
-spec parse_content(
    binary(),
    binary(),
    list(sqlode@model:enum_def()),
    sqlode@model:engine()
) -> {ok, parsed_schema()} | {error, parse_error()}.
parse_content(Path, Content, Known_enums, Engine) ->
    Tokens = sqlode@lexer:tokenize(Content, Engine),
    Statements = split_token_statements(Tokens, [], []),
    Enums = begin
        _pipe = Statements,
        gleam@list:filter_map(
            _pipe,
            fun(Stmt_tokens) -> case is_create_enum_tokens(Stmt_tokens) of
                    true ->
                        parse_create_enum_from_tokens(Stmt_tokens);

                    false ->
                        {error, nil}
                end end
        )
    end,
    All_enums = lists:append(Known_enums, Enums),
    gleam@result:'try'(
        begin
            _pipe@1 = Statements,
            _pipe@2 = gleam@list:try_fold(
                _pipe@1,
                {[], []},
                fun(Acc, Stmt_tokens@1) ->
                    {Tables, Warnings} = Acc,
                    case is_create_view_tokens(Stmt_tokens@1) of
                        true ->
                            {Maybe_table, View_warnings} = parse_create_view_from_tokens(
                                Stmt_tokens@1,
                                lists:reverse(Tables)
                            ),
                            New_warnings = lists:append(Warnings, View_warnings),
                            {ok, case Maybe_table of
                                    {some, Table} ->
                                        {[Table | Tables], New_warnings};

                                    none ->
                                        {Tables, New_warnings}
                                end};

                        false ->
                            case is_alter_table_add_column_tokens(Stmt_tokens@1) of
                                true ->
                                    gleam@result:'try'(
                                        apply_alter_table_add_column(
                                            Path,
                                            Stmt_tokens@1,
                                            All_enums,
                                            Tables
                                        ),
                                        fun(New_tables) ->
                                            {ok, {New_tables, Warnings}}
                                        end
                                    );

                                false ->
                                    gleam@result:'try'(
                                        parse_statement_tokens(
                                            Path,
                                            Stmt_tokens@1,
                                            All_enums
                                        ),
                                        fun(Maybe_table@1) ->
                                            {ok, case Maybe_table@1 of
                                                    {some, Table@1} ->
                                                        {[Table@1 | Tables],
                                                            Warnings};

                                                    none ->
                                                        {Tables, Warnings}
                                                end}
                                        end
                                    )
                            end
                    end
                end
            ),
            gleam@result:map(
                _pipe@2,
                fun(Pair) ->
                    {lists:reverse(erlang:element(1, Pair)),
                        erlang:element(2, Pair)}
                end
            )
        end,
        fun(_use0) ->
            {Tables@1, Warnings@1} = _use0,
            {ok, {parsed_schema, Tables@1, Enums, Warnings@1}}
        end
    ).

-file("src/sqlode/schema_parser.gleam", 43).
-spec parse_files_with_engine(list({binary(), binary()}), sqlode@model:engine()) -> {ok,
        {sqlode@model:catalog(), list(schema_warning())}} |
    {error, parse_error()}.
parse_files_with_engine(Entries, Engine) ->
    _pipe = Entries,
    _pipe@1 = gleam@list:try_fold(
        _pipe,
        {parsed_schema, [], [], []},
        fun(Acc, Entry) ->
            {Path, Content} = Entry,
            gleam@result:'try'(
                parse_content(Path, Content, erlang:element(3, Acc), Engine),
                fun(Parsed) ->
                    {ok,
                        {parsed_schema,
                            lists:append(
                                erlang:element(2, Acc),
                                erlang:element(2, Parsed)
                            ),
                            lists:append(
                                erlang:element(3, Acc),
                                erlang:element(3, Parsed)
                            ),
                            lists:append(
                                erlang:element(4, Acc),
                                erlang:element(4, Parsed)
                            )}}
                end
            )
        end
    ),
    gleam@result:map(
        _pipe@1,
        fun(Schema) ->
            {{catalog, erlang:element(2, Schema), erlang:element(3, Schema)},
                erlang:element(4, Schema)}
        end
    ).

-file("src/sqlode/schema_parser.gleam", 37).
-spec parse_files(list({binary(), binary()})) -> {ok,
        {sqlode@model:catalog(), list(schema_warning())}} |
    {error, parse_error()}.
parse_files(Entries) ->
    parse_files_with_engine(Entries, postgre_s_q_l).

-file("src/sqlode/schema_parser.gleam", 1070).
-spec path_prefix(binary()) -> binary().
path_prefix(Path) ->
    case Path of
        <<""/utf8>> ->
            <<""/utf8>>;

        _ ->
            <<Path/binary, ": "/utf8>>
    end.

-file("src/sqlode/schema_parser.gleam", 1049).
-spec error_to_string(parse_error()) -> binary().
error_to_string(Error) ->
    case Error of
        {invalid_create_table, Path, Detail} ->
            <<<<(path_prefix(Path))/binary,
                    "Invalid CREATE TABLE statement: "/utf8>>/binary,
                Detail/binary>>;

        {invalid_column, Path@1, Table, Detail@1} ->
            <<<<<<<<(path_prefix(Path@1))/binary,
                            "Invalid column definition in table "/utf8>>/binary,
                        Table/binary>>/binary,
                    ": "/utf8>>/binary,
                Detail@1/binary>>;

        {unsupported_statement, Path@2, Statement_type} ->
            <<<<<<<<<<<<(path_prefix(Path@2))/binary,
                                    "Unsupported schema DDL: "/utf8>>/binary,
                                Statement_type/binary>>/binary,
                            ". sqlode only applies CREATE TABLE, CREATE VIEW, CREATE TYPE ... AS ENUM,"/utf8>>/binary,
                        " and ALTER TABLE ... ADD COLUMN to the catalog;"/utf8>>/binary,
                    " keep other schema-changing DDL out of the schema input"/utf8>>/binary,
                " or consolidate migrations into a single CREATE TABLE snapshot."/utf8>>
    end.

-file("src/sqlode/schema_parser.gleam", 1077).
-spec warning_to_string(schema_warning()) -> binary().
warning_to_string(Warning) ->
    case Warning of
        {unresolvable_view_column, Column} ->
            <<<<"Warning: view column \""/utf8, Column/binary>>/binary,
                "\" could not be resolved from source tables — skipping column."/utf8>>
    end.