goto_definition.rs

use crate::binder;
use crate::builtins::parse_builtins;
use crate::classify::{NameRefClass, classify_def_node};
use crate::db::{File, parse};
use crate::offsets::token_from_offset;
use crate::resolve;
use rowan::{TextRange, TextSize};
use salsa::Database as Db;
use smallvec::{SmallVec, smallvec};
use squawk_syntax::{
    SyntaxKind,
    ast::{self, AstNode},
};

#[salsa::tracked]
pub fn goto_definition(db: &dyn Db, file: File, offset: TextSize) -> SmallVec<[Location; 1]> {
    let parse = parse(db, file);
    let source_file = &parse.tree();
    let Some(token) = token_from_offset(source_file, offset) else {
        return smallvec![];
    };
    let Some(parent) = token.parent() else {
        return smallvec![];
    };

    // goto def on case exprs
    if (token.kind() == SyntaxKind::WHEN_KW && parent.kind() == SyntaxKind::WHEN_CLAUSE)
        || (token.kind() == SyntaxKind::ELSE_KW && parent.kind() == SyntaxKind::ELSE_CLAUSE)
        || (token.kind() == SyntaxKind::END_KW && parent.kind() == SyntaxKind::CASE_EXPR)
    {
        for parent in token.parent_ancestors() {
            if let Some(case_expr) = ast::CaseExpr::cast(parent)
                && let Some(case_token) = case_expr.case_token()
            {
                return smallvec![Location::current(
                    case_token.text_range(),
                    LocationKind::CaseExpr
                )];
            }
        }
    }

    // goto def on COMMIT -> BEGIN/START TRANSACTION
    if ast::Commit::can_cast(parent.kind())
        && let Some(begin_range) = find_preceding_begin(source_file, token.text_range().start())
    {
        return smallvec![Location::current(begin_range, LocationKind::CommitBegin)];
    }

    // goto def on ROLLBACK -> BEGIN/START TRANSACTION
    if ast::Rollback::can_cast(parent.kind())
        && let Some(begin_range) = find_preceding_begin(source_file, token.text_range().start())
    {
        return smallvec![Location::current(begin_range, LocationKind::CommitBegin)];
    }

    // goto def on BEGIN/START TRANSACTION -> COMMIT or ROLLBACK
    if ast::Begin::can_cast(parent.kind())
        && let Some(end_range) =
            find_following_commit_or_rollback(source_file, token.text_range().end())
    {
        return smallvec![Location::current(end_range, LocationKind::CommitEnd)];
    }

    if let Some(name) = ast::Name::cast(parent.clone())
        && let Some(kind) = classify_def_node(name.syntax()).map(LocationKind::from)
    {
        return smallvec![Location::current(name.syntax().text_range(), kind)];
    }

    if let Some(name_ref) = ast::NameRef::cast(parent.clone()) {
        for file_id in [FileId::Current, FileId::Builtins] {
            let file = match file_id {
                FileId::Current => source_file,
                FileId::Builtins => &parse_builtins(db).tree(),
            };
            // TODO: we should salsa this
            let binder_output = binder::bind(file);
            let root = file.syntax();
            if let Some((ptrs, kind)) = resolve::resolve_name_ref(&binder_output, root, &name_ref) {
                let ranges = ptrs
                    .iter()
                    .map(|ptr| ptr.to_node(file.syntax()).text_range())
                    .map(|range| Location {
                        file: file_id,
                        range,
                        kind,
                    })
                    .collect();
                return ranges;
            }
        }
    }

    let type_node = ast::Type::cast(parent.clone()).or_else(|| {
        // special case if we're at the timezone clause inside a timezone type
        if ast::Timezone::can_cast(parent.kind()) {
            parent.parent().and_then(ast::Type::cast)
        } else {
            None
        }
    });
    if let Some(ty) = type_node {
        for file_id in [FileId::Current, FileId::Builtins] {
            let file = match file_id {
                FileId::Current => source_file,
                FileId::Builtins => &parse_builtins(db).tree(),
            };
            // TODO: we should salsa this
            let binder_output = binder::bind(file);
            let position = token.text_range().start();
            if let Some(ptr) = resolve::resolve_type_ptr_from_type(&binder_output, &ty, position) {
                return smallvec![Location {
                    file: file_id,
                    range: ptr.to_node(file.syntax()).text_range(),
                    kind: LocationKind::Type,
                }];
            }
        }
    }

    smallvec![]
}

#[derive(Debug, PartialEq, Clone, Copy, Eq, PartialOrd, Ord)]
pub enum FileId {
    Current,
    Builtins,
}

#[derive(Debug, Clone, Copy, PartialEq, Eq)]
pub enum LocationKind {
    Aggregate,
    CaseExpr,
    Channel,
    Column,
    CommitBegin,
    CommitEnd,
    Cursor,
    Database,
    EventTrigger,
    Extension,
    Function,
    Index,
    NamedArgParameter,
    Policy,
    PreparedStatement,
    Procedure,
    PropertyGraph,
    Role,
    Schema,
    Sequence,
    Server,
    Table,
    Tablespace,
    Trigger,
    Type,
    View,
    Window,
}

#[derive(Debug, Clone, PartialEq, Eq)]
pub struct Location {
    pub file: FileId,
    pub range: TextRange,
    pub kind: LocationKind,
}

impl Location {
    fn current(range: TextRange, kind: LocationKind) -> Location {
        Location {
            file: FileId::Current,
            range,
            kind,
        }
    }
}

impl From<NameRefClass> for LocationKind {
    fn from(class: NameRefClass) -> Self {
        match class {
            NameRefClass::Aggregate => LocationKind::Aggregate,
            NameRefClass::Channel => LocationKind::Channel,
            NameRefClass::Cursor => LocationKind::Cursor,
            NameRefClass::Database => LocationKind::Database,
            NameRefClass::EventTrigger => LocationKind::EventTrigger,
            NameRefClass::Extension => LocationKind::Extension,
            NameRefClass::Index => LocationKind::Index,
            NameRefClass::NamedArgParameter => LocationKind::NamedArgParameter,
            NameRefClass::Policy => LocationKind::Policy,
            NameRefClass::PreparedStatement => LocationKind::PreparedStatement,
            NameRefClass::PropertyGraph => LocationKind::PropertyGraph,
            NameRefClass::PropertyGraphColumn => LocationKind::Column,
            NameRefClass::Role => LocationKind::Role,
            NameRefClass::Schema => LocationKind::Schema,
            NameRefClass::Sequence => LocationKind::Sequence,
            NameRefClass::Server => LocationKind::Server,
            NameRefClass::Tablespace => LocationKind::Tablespace,
            NameRefClass::Trigger => LocationKind::Trigger,
            NameRefClass::Type => LocationKind::Type,
            NameRefClass::View => LocationKind::View,
            NameRefClass::Window => LocationKind::Window,

            NameRefClass::CallProcedure | NameRefClass::Procedure | NameRefClass::ProcedureCall => {
                LocationKind::Procedure
            }

            NameRefClass::Function
            | NameRefClass::FunctionCall
            | NameRefClass::FunctionName
            | NameRefClass::Routine
            | NameRefClass::SelectFunctionCall => LocationKind::Function,

            NameRefClass::AlterColumn
            | NameRefClass::CompositeTypeField
            | NameRefClass::ConstraintColumn
            | NameRefClass::CreateIndexColumn
            | NameRefClass::DeleteColumn
            | NameRefClass::ForeignKeyColumn
            | NameRefClass::InsertColumn
            | NameRefClass::JoinUsingColumn
            | NameRefClass::MergeColumn
            | NameRefClass::PolicyColumn
            | NameRefClass::QualifiedColumn
            | NameRefClass::SelectColumn
            | NameRefClass::SelectQualifiedColumn
            | NameRefClass::UpdateColumn => LocationKind::Column,

            NameRefClass::DeleteQualifiedColumnTable
            | NameRefClass::ForeignKeyTable
            | NameRefClass::FromTable
            | NameRefClass::InsertQualifiedColumnTable
            | NameRefClass::LikeTable
            | NameRefClass::MergeQualifiedColumnTable
            | NameRefClass::PolicyQualifiedColumnTable
            | NameRefClass::SelectQualifiedColumnTable
            | NameRefClass::Table
            | NameRefClass::UpdateQualifiedColumnTable => LocationKind::Table,
        }
    }
}

fn find_preceding_begin(file: &ast::SourceFile, before: TextSize) -> Option<TextRange> {
    let mut last_begin: Option<TextRange> = None;
    for stmt in file.stmts() {
        if let ast::Stmt::Begin(begin) = stmt {
            let range = begin.syntax().text_range();
            if range.end() <= before {
                last_begin = Some(range);
            }
        }
    }
    last_begin
}

fn find_following_commit_or_rollback(file: &ast::SourceFile, after: TextSize) -> Option<TextRange> {
    for stmt in file.stmts() {
        let range = match &stmt {
            ast::Stmt::Commit(commit) => commit.syntax().text_range(),
            ast::Stmt::Rollback(rollback) => rollback.syntax().text_range(),
            _ => continue,
        };
        if range.start() >= after {
            return Some(range);
        }
    }
    None
}

#[cfg(test)]
mod test {
    use crate::builtins::BUILTINS_SQL;
    use crate::db::{Database, File};
    use crate::goto_definition::{FileId, goto_definition};
    use crate::test_utils::fixture;
    use annotate_snippets::{AnnotationKind, Level, Renderer, Snippet, renderer::DecorStyle};
    use insta::assert_snapshot;
    use log::info;
    use rowan::TextRange;

    #[track_caller]
    fn goto(sql: &str) -> String {
        goto_(sql).expect("should always find a definition")
    }

    #[track_caller]
    fn goto_(sql: &str) -> Option<String> {
        info!("starting");
        let (mut offset, sql) = fixture(sql);
        // For go to def we want the previous character since we usually put the
        // marker after the item we're trying to go to def on.
        offset = offset.checked_sub(1.into()).unwrap_or_default();
        let db = Database::default();
        let file = File::new(&db, sql.clone().into());
        assert_eq!(crate::db::parse(&db, file).errors(), vec![]);
        let results = goto_definition(&db, file, offset);
        if !results.is_empty() {
            let offset: usize = offset.into();
            let mut current_dests = vec![];
            let mut builtin_dests = vec![];
            for (i, location) in results.iter().enumerate() {
                let label_index = i + 2;
                match location.file {
                    FileId::Current => current_dests.push((label_index, location.range)),
                    FileId::Builtins => builtin_dests.push((label_index, location.range)),
                }
            }

            let has_builtins = !builtin_dests.is_empty();

            let mut snippet = Snippet::source(&sql).fold(true);
            if has_builtins {
                // only show the current file when we have two file types, aka current and builtins
                snippet = snippet.path("current.sql");
            } else {
                snippet = annotate_destinations(snippet, current_dests);
            }
            snippet = snippet.annotation(
                AnnotationKind::Context
                    .span(offset..offset + 1)
                    .label("1. source"),
            );

            let mut groups = vec![Level::INFO.primary_title("definition").element(snippet)];

            if has_builtins {
                let builtins_snippet = Snippet::source(BUILTINS_SQL).path("builtin.sql").fold(true);
                let builtins_snippet = annotate_destinations(builtins_snippet, builtin_dests);
                groups.push(
                    Level::INFO
                        .primary_title("definition")
                        .element(builtins_snippet),
                );
            }

            let renderer = Renderer::plain().decor_style(DecorStyle::Unicode);
            return Some(
                renderer
                    .render(&groups)
                    .to_string()
                    // hacky cleanup to make the text shorter
                    .replace("info: definition", ""),
            );
        }
        None
    }

    fn goto_not_found(sql: &str) {
        assert!(goto_(sql).is_none(), "Should not find a definition");
    }

    fn annotate_destinations<'a>(
        mut snippet: Snippet<'a, annotate_snippets::Annotation<'a>>,
        destinations: Vec<(usize, TextRange)>,
    ) -> Snippet<'a, annotate_snippets::Annotation<'a>> {
        for (label_index, range) in destinations {
            snippet = snippet.annotation(
                AnnotationKind::Context
                    .span(range.into())
                    .label(format!("{}. destination", label_index)),
            );
        }

        snippet
    }

    #[test]
    fn goto_case_when() {
        assert_snapshot!(goto("
select case when$0 x > 1 then 1 else 2 end;
"), @r"
          ╭▸ 
        2 │ select case when x > 1 then 1 else 2 end;
          │        ┬───    ─ 1. source
          │        │
          ╰╴       2. destination
        ");
    }

    #[test]
    fn goto_case_else() {
        assert_snapshot!(goto("
select case when x > 1 then 1 else$0 2 end;
"), @r"
          ╭▸ 
        2 │ select case when x > 1 then 1 else 2 end;
          ╰╴       ──── 2. destination       ─ 1. source
        ");
    }

    #[test]
    fn goto_case_end() {
        assert_snapshot!(goto("
select case when x > 1 then 1 else 2 end$0;
"), @r"
          ╭▸ 
        2 │ select case when x > 1 then 1 else 2 end;
          ╰╴       ──── 2. destination             ─ 1. source
        ");
    }

    #[test]
    fn goto_case_end_trailing_semi() {
        assert_snapshot!(goto("
select case when x > 1 then 1 else 2 end;$0
"), @r"
          ╭▸ 
        2 │ select case when x > 1 then 1 else 2 end;
          ╰╴       ──── 2. destination              ─ 1. source
        ");
    }

    #[test]
    fn goto_case_then_not_found() {
        goto_not_found(
            "
select case when x > 1 then$0 1 else 2 end;
",
        )
    }

    #[test]
    fn rollback_to_begin() {
        assert_snapshot!(goto(
            "
begin;
select 1;
rollback$0;
",
        ), @r"
          ╭▸ 
        2 │ begin;
          │ ───── 2. destination
        3 │ select 1;
        4 │ rollback;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_table() {
        assert_snapshot!(goto("
create table t();
drop table t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_foreign_table() {
        assert_snapshot!(goto("
create foreign table t(a int) server s;
drop foreign table t$0;
"), @r"
          ╭▸ 
        2 │ create foreign table t(a int) server s;
          │                      ─ 2. destination
        3 │ drop foreign table t;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_definition_prefers_previous_token() {
        assert_snapshot!(goto("
create table t(a int);
select t.$0a from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │              ─ 2. destination
        3 │ select t.a from t;
          ╰╴        ─ 1. source
        ");

        assert_snapshot!(goto("
create type ty as (a int, b int);
with t as (select '(1,2)'::ty c)
select (c)$0.a from t;
"), @r"
          ╭▸ 
        3 │ with t as (select '(1,2)'::ty c)
          │                               ─ 2. destination
        4 │ select (c).a from t;
          ╰╴         ─ 1. source
        ");
        assert_snapshot!(goto("
create function f() returns int as 'select 1' language sql;
select f($0);
"), @r"
          ╭▸ 
        2 │ create function f() returns int as 'select 1' language sql;
          │                 ─ 2. destination
        3 │ select f();
          ╰╴        ─ 1. source
        ");

        assert_snapshot!(goto("
with t as (select array[1,2,3]::int[] c)
select c[$01] from t;
"), @r"
          ╭▸ 
        2 │ with t as (select array[1,2,3]::int[] c)
          │                                       ─ 2. destination
        3 │ select c[1] from t;
          ╰╴        ─ 1. source
        ");

        assert_snapshot!(goto("
with t as (select array[1,2,3]::int[] c, 1 b)
select c[b]$0 from t;
"), @r"
          ╭▸ 
        2 │ with t as (select array[1,2,3]::int[] c, 1 b)
          │                                            ─ 2. destination
        3 │ select c[b] from t;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_fetch_cursor() {
        assert_snapshot!(goto("
declare c scroll cursor for select * from t;
fetch forward 5 from c$0;
"), @r"
          ╭▸ 
        2 │ declare c scroll cursor for select * from t;
          │         ─ 2. destination
        3 │ fetch forward 5 from c;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_close_cursor() {
        assert_snapshot!(goto("
declare c scroll cursor for select * from t;
close c$0;
"), @r"
          ╭▸ 
        2 │ declare c scroll cursor for select * from t;
          │         ─ 2. destination
        3 │ close c;
          ╰╴      ─ 1. source
        ");
    }

    #[test]
    fn goto_move_cursor() {
        assert_snapshot!(goto("
declare c scroll cursor for select * from t;
move forward 10 from c$0;
"), @r"
          ╭▸ 
        2 │ declare c scroll cursor for select * from t;
          │         ─ 2. destination
        3 │ move forward 10 from c;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_execute_prepared_statement() {
        assert_snapshot!(goto("
prepare stmt as select 1;
execute stmt$0;
"), @r"
          ╭▸ 
        2 │ prepare stmt as select 1;
          │         ──── 2. destination
        3 │ execute stmt;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_deallocate_prepared_statement() {
        assert_snapshot!(goto("
prepare stmt as select 1;
deallocate stmt$0;
"), @r"
          ╭▸ 
        2 │ prepare stmt as select 1;
          │         ──── 2. destination
        3 │ deallocate stmt;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_notify_channel() {
        assert_snapshot!(goto("
listen updates;
notify updates$0;
"), @r"
          ╭▸ 
        2 │ listen updates;
          │        ─────── 2. destination
        3 │ notify updates;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_unlisten_channel() {
        assert_snapshot!(goto("
listen updates;
unlisten updates$0;
"), @r"
          ╭▸ 
        2 │ listen updates;
          │        ─────── 2. destination
        3 │ unlisten updates;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_where_current_of_cursor() {
        assert_snapshot!(goto("
declare c scroll cursor for select * from t;
delete from t where current of c$0;
"), @r"
          ╭▸ 
        2 │ declare c scroll cursor for select * from t;
          │         ─ 2. destination
        3 │ delete from t where current of c;
          ╰╴                               ─ 1. source
        ");
    }

    #[test]
    fn goto_update_where_current_of_cursor() {
        assert_snapshot!(goto("
declare c scroll cursor for select * from t;
update t set a = a + 10 where current of c$0;
"), @r"
          ╭▸ 
        2 │ declare c scroll cursor for select * from t;
          │         ─ 2. destination
        3 │ update t set a = a + 10 where current of c;
          ╰╴                                         ─ 1. source
        ");
    }

    #[test]
    fn goto_with_table_star() {
        assert_snapshot!(goto("
with t as (select 1 a)
select t$0.* from t;
"), @r"
          ╭▸ 
        2 │ with t as (select 1 a)
          │      ─ 2. destination
        3 │ select t.* from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cross_join_func_column() {
        assert_snapshot!(goto(r#"
with t(x) as (select $$[{"a":1,"b":2}]$$::json)
select * from t, json_to_recordset(x$0) as r(a int, b int);
"#), @r#"
          ╭▸ 
        2 │ with t(x) as (select $$[{"a":1,"b":2}]$$::json)
          │        ─ 2. destination
        3 │ select * from t, json_to_recordset(x) as r(a int, b int);
          ╰╴                                   ─ 1. source
        "#);
    }

    #[test]
    fn goto_cross_join_func_qualified_column_table() {
        assert_snapshot!(goto(r#"
with t(x) as (select $$[{"a":1,"b":2}]$$::json)
select * from t, json_to_recordset(t$0.x) as r(a int, b int);
"#), @r#"
          ╭▸ 
        2 │ with t(x) as (select $$[{"a":1,"b":2}]$$::json)
          │      ─ 2. destination
        3 │ select * from t, json_to_recordset(t.x) as r(a int, b int);
          ╰╴                                   ─ 1. source
        "#);
    }

    #[test]
    fn goto_cross_join_func_qualified_column_field() {
        assert_snapshot!(goto(r#"
with t(x) as (select $$[{"a":1,"b":2}]$$::json)
select * from t, json_to_recordset(t.x$0) as r(a int, b int);
"#), @r#"
          ╭▸ 
        2 │ with t(x) as (select $$[{"a":1,"b":2}]$$::json)
          │        ─ 2. destination
        3 │ select * from t, json_to_recordset(t.x) as r(a int, b int);
          ╰╴                                     ─ 1. source
        "#);
    }

    #[test]
    fn goto_lateral_values_alias_in_subquery() {
        assert_snapshot!(goto("
select u.n, x.val
from (values (1), (2)) u(n)
cross join lateral (select u$0.n * 10 as val) x;
"), @r"
          ╭▸ 
        3 │ from (values (1), (2)) u(n)
          │                        ─ 2. destination
        4 │ cross join lateral (select u.n * 10 as val) x;
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_lateral_missing_not_found() {
        // Query 1 ERROR at Line 3: : ERROR:  invalid reference to FROM-clause entry for table "u"
        // LINE 3: cross join (select u.n * 10 as val) x;
        //                            ^
        // DETAIL:  There is an entry for table "u", but it cannot be referenced from this part of the query.
        // HINT:  To reference that table, you must mark this subquery with LATERAL.
        goto_not_found(
            "
select u.n, x.val
from (values (1), (2)) u(n)
cross join (select u$0.n * 10 as val) x;
",
        );
    }

    #[test]
    fn goto_lateral_deeply_nested_paren_expr_values_alias_in_subquery() {
        assert_snapshot!(goto("
select u.n, x.val
from (values (1), (2)) u(n)
cross join lateral ((((select u$0.n * 10 as val)))) x;
"), @r"
          ╭▸ 
        3 │ from (values (1), (2)) u(n)
          │                        ─ 2. destination
        4 │ cross join lateral ((((select u.n * 10 as val)))) x;
          ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_lateral_deeply_nested_paren_expr_values_alias_column() {
        assert_snapshot!(goto("
select u.n, x.val$0
from (values (1), (2)) u(n)
cross join lateral ((((select u.n * 10 as val)))) x;
"), @r"
          ╭▸ 
        2 │ select u.n, x.val
          │                 ─ 1. source
        3 │ from (values (1), (2)) u(n)
        4 │ cross join lateral ((((select u.n * 10 as val)))) x;
          ╰╴                                          ─── 2. destination
        ");
    }

    #[test]
    fn goto_lateral_deeply_nested_paren_expr_missing_not_found() {
        // Query 1 ERROR at Line 3: : ERROR:  invalid reference to FROM-clause entry for table "u"
        // LINE 3: cross join ((((select u.n * 10 as val)))) x;
        //                               ^
        // DETAIL:  There is an entry for table "u", but it cannot be referenced from this part of the query.
        // HINT:  To reference that table, you must mark this subquery with LATERAL.
        goto_not_found(
            "
select u.n, x.val
from (values (1), (2)) u(n)
cross join ((((select u$0.n * 10 as val)))) x;
",
        );
    }

    #[test]
    fn goto_drop_sequence() {
        assert_snapshot!(goto("
create sequence s;
drop sequence s$0;
"), @r"
          ╭▸ 
        2 │ create sequence s;
          │                 ─ 2. destination
        3 │ drop sequence s;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_trigger() {
        assert_snapshot!(goto("
create trigger tr before insert on t for each row execute function f();
drop trigger tr$0 on t;
"), @r"
          ╭▸ 
        2 │ create trigger tr before insert on t for each row execute function f();
          │                ── 2. destination
        3 │ drop trigger tr on t;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_policy() {
        assert_snapshot!(goto("
create table t(c int);
create table u(c int);
create policy p on t;
create policy p on u;
drop policy if exists p$0 on t;
"), @r"
          ╭▸ 
        4 │ create policy p on t;
          │               ─ 2. destination
        5 │ create policy p on u;
        6 │ drop policy if exists p on t;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_policy() {
        assert_snapshot!(goto("
create table t(c int);
create policy p on t;
alter policy p$0 on t
  with check (c > 1);
"), @r"
          ╭▸ 
        3 │ create policy p on t;
          │               ─ 2. destination
        4 │ alter policy p on t
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_policy_column() {
        assert_snapshot!(goto("
create table t(c int);
create policy p on t;
alter policy p on t
  with check (c$0 > 1);
"), @r"
          ╭▸ 
        3 │ create policy p on t;
          │               ─ 2. destination
        4 │ alter policy p on t
        5 │   with check (c > 1);
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_policy_column() {
        assert_snapshot!(goto("
create table t(c int, d int);
create policy p on t
  with check (c$0 > d);
"), @r"
          ╭▸ 
        2 │ create table t(c int, d int);
          │                ─ 2. destination
        3 │ create policy p on t
        4 │   with check (c > d);
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_policy_using_column() {
        assert_snapshot!(goto("
create table t(c int, d int);
create policy p on t
  using (c$0 > d and 1 < 2);
"), @r"
          ╭▸ 
        2 │ create table t(c int, d int);
          │                ─ 2. destination
        3 │ create policy p on t
        4 │   using (c > d and 1 < 2);
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_create_policy_qualified_column_table() {
        assert_snapshot!(goto("
create table t(c int, d int);
create policy p on t
  with check (t$0.c > d);
"), @r"
          ╭▸ 
        2 │ create table t(c int, d int);
          │              ─ 2. destination
        3 │ create policy p on t
        4 │   with check (t.c > d);
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_policy_qualified_column() {
        assert_snapshot!(goto("
create table t(c int, d int);
create policy p on t
  with check (t.c$0 > d);
"), @r"
          ╭▸ 
        2 │ create table t(c int, d int);
          │                ─ 2. destination
        3 │ create policy p on t
        4 │   with check (t.c > d);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_create_policy_field_style_function_call() {
        assert_snapshot!(goto("
create table t(c int);
create function x(t) returns int8
  as 'select 1'
  language sql;
create policy p on t
  with check (t.c > 1 and t.x$0 > 0);
"), @r"
          ╭▸ 
        3 │ create function x(t) returns int8
          │                 ─ 2. destination
          ‡
        7 │   with check (t.c > 1 and t.x > 0);
          ╰╴                            ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_policy_qualified_column_table() {
        assert_snapshot!(goto("
create table t(c int, d int);
alter policy p on t
  with check (t$0.c > d);
"), @r"
          ╭▸ 
        2 │ create table t(c int, d int);
          │              ─ 2. destination
        3 │ alter policy p on t
        4 │   with check (t.c > d);
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_policy_qualified_column() {
        assert_snapshot!(goto("
create table t(c int, d int);
alter policy p on t
  with check (t.c$0 > d);
"), @r"
          ╭▸ 
        2 │ create table t(c int, d int);
          │                ─ 2. destination
        3 │ alter policy p on t
        4 │   with check (t.c > d);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_builtin_now() {
        assert_snapshot!(goto("
select now$0();
"), @"
              ╭▸ current.sql:2:10
              │
            2 │ select now();
              │          ─ 1. source
              ╰╴

              ╭▸ builtin.sql:11089:28
              │
        11089 │ create function pg_catalog.now() returns timestamp with time zone
              ╰╴                           ─── 2. destination
        ");
    }

    #[test]
    fn goto_current_timestamp() {
        assert_snapshot!(goto("
select current_timestamp$0;
"), @"
              ╭▸ current.sql:2:24
              │
            2 │ select current_timestamp;
              │                        ─ 1. source
              ╰╴

              ╭▸ builtin.sql:11089:28
              │
        11089 │ create function pg_catalog.now() returns timestamp with time zone
              ╰╴                           ─── 2. destination
        ");
    }

    #[test]
    fn goto_current_user() {
        assert_snapshot!(goto("
create function pg_catalog.current_user() returns name
  language internal;
select current_user$0;
"), @"
          ╭▸ 
        2 │ create function pg_catalog.current_user() returns name
          │                            ──────────── 2. destination
        3 │   language internal;
        4 │ select current_user;
          ╰╴                  ─ 1. source
        "
        );
    }

    #[test]
    fn goto_user_keyword() {
        assert_snapshot!(goto("
create function pg_catalog.current_user() returns name
  language internal;
select user$0;
"), @"
          ╭▸ 
        2 │ create function pg_catalog.current_user() returns name
          │                            ──────────── 2. destination
        3 │   language internal;
        4 │ select user;
          ╰╴          ─ 1. source
        "
        );
    }

    #[test]
    fn goto_session_user() {
        assert_snapshot!(goto("
create function pg_catalog.session_user() returns name
  language internal;
select session_user$0;
"), @"
          ╭▸ 
        2 │ create function pg_catalog.session_user() returns name
          │                            ──────────── 2. destination
        3 │   language internal;
        4 │ select session_user;
          ╰╴                  ─ 1. source
        "
        );
    }

    #[test]
    fn goto_current_schema() {
        assert_snapshot!(goto("
create function current_schema() returns name
  language internal;
select current_schema$0;
"), @"
          ╭▸ 
        2 │ create function current_schema() returns name
          │                 ────────────── 2. destination
        3 │   language internal;
        4 │ select current_schema;
          ╰╴                    ─ 1. source
        "
        );
    }

    #[test]
    fn goto_current_timestamp_cte_column() {
        assert_snapshot!(goto("
with t as (select 1 current_timestamp)
select current_timestamp$0 from t;
"), @r"
          ╭▸ 
        2 │ with t as (select 1 current_timestamp)
          │                     ───────────────── 2. destination
        3 │ select current_timestamp from t;
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_current_timestamp_in_where() {
        assert_snapshot!(goto("
create table t(created_at timestamptz);
select * from t where current_timestamp$0 > t.created_at;
"), @"
              ╭▸ current.sql:3:39
              │
            3 │ select * from t where current_timestamp > t.created_at;
              │                                       ─ 1. source
              ╰╴

              ╭▸ builtin.sql:11089:28
              │
        11089 │ create function pg_catalog.now() returns timestamp with time zone
              ╰╴                           ─── 2. destination
        ");
    }

    #[test]
    fn goto_create_policy_schema_qualified_table() {
        assert_snapshot!(goto("
create schema foo;
create table foo.t(c int);
create policy p on foo.t
  with check (foo.t$0.c > 1);
"), @r"
          ╭▸ 
        3 │ create table foo.t(c int);
          │                  ─ 2. destination
        4 │ create policy p on foo.t
        5 │   with check (foo.t.c > 1);
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_create_policy_unqualified_table_with_schema_on_table() {
        assert_snapshot!(goto("
create schema foo;
create table foo.t(c int);
create policy p on foo.t
  with check (t$0.c > 1);
"), @r"
          ╭▸ 
        3 │ create table foo.t(c int);
          │                  ─ 2. destination
        4 │ create policy p on foo.t
        5 │   with check (t.c > 1);
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_event_trigger() {
        assert_snapshot!(goto("
create event trigger et on ddl_command_start execute function f();
drop event trigger et$0;
"), @r"
          ╭▸ 
        2 │ create event trigger et on ddl_command_start execute function f();
          │                      ── 2. destination
        3 │ drop event trigger et;
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_event_trigger() {
        assert_snapshot!(goto("
create event trigger et on ddl_command_start execute function f();
alter event trigger et$0 disable;
"), @r"
          ╭▸ 
        2 │ create event trigger et on ddl_command_start execute function f();
          │                      ── 2. destination
        3 │ alter event trigger et disable;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_create_event_trigger_function() {
        assert_snapshot!(goto("
create function f() returns event_trigger as 'select 1' language sql;
create event trigger et on ddl_command_start execute function f$0();
"), @r"
          ╭▸ 
        2 │ create function f() returns event_trigger as 'select 1' language sql;
          │                 ─ 2. destination
        3 │ create event trigger et on ddl_command_start execute function f();
          ╰╴                                                              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_event_trigger_procedure() {
        assert_snapshot!(goto("
create procedure p() language sql as 'select 1';
create event trigger tr
  on ddl_command_end
  execute procedure p$0();
"), @r"
          ╭▸ 
        2 │ create procedure p() language sql as 'select 1';
          │                  ─ 2. destination
          ‡
        5 │   execute procedure p();
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_create_trigger_function() {
        assert_snapshot!(goto("
create function f() returns trigger as 'select 1' language sql;
create trigger tr before insert on t for each row execute function f$0();
"), @r"
          ╭▸ 
        2 │ create function f() returns trigger as 'select 1' language sql;
          │                 ─ 2. destination
        3 │ create trigger tr before insert on t for each row execute function f();
          ╰╴                                                                   ─ 1. source
        ");
    }

    #[test]
    fn goto_create_trigger_procedure() {
        assert_snapshot!(goto("
create procedure a() language sql as 'select 1';
create trigger tr before truncate or delete or insert
on t
execute procedure a$0();
"), @r"
          ╭▸ 
        2 │ create procedure a() language sql as 'select 1';
          │                  ─ 2. destination
          ‡
        5 │ execute procedure a();
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_trigger_table_specific() {
        assert_snapshot!(goto("
create table u(a int);
create trigger tr before truncate
on u
execute function noop();

create table t(b int);
create trigger tr before truncate
on t
execute function noop();

drop trigger tr$0 on t;
"), @r"
           ╭▸ 
         8 │ create trigger tr before truncate
           │                ── 2. destination
           ‡
        12 │ drop trigger tr on t;
           ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_trigger_table() {
        assert_snapshot!(goto("
create table t(b int);
create trigger tr before truncate
on t$0
execute function noop();
"), @r"
          ╭▸ 
        2 │ create table t(b int);
          │              ─ 2. destination
        3 │ create trigger tr before truncate
        4 │ on t
          ╰╴   ─ 1. source
        ");
    }

    #[test]
    fn goto_create_sequence_owned_by() {
        assert_snapshot!(goto("
create table t(c serial);
create sequence s
  owned by t.c$0;
"), @r"
          ╭▸ 
        2 │ create table t(c serial);
          │                ─ 2. destination
        3 │ create sequence s
        4 │   owned by t.c;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_tablespace() {
        assert_snapshot!(goto("
create tablespace ts location '/tmp/ts';
drop tablespace ts$0;
"), @r"
          ╭▸ 
        2 │ create tablespace ts location '/tmp/ts';
          │                   ── 2. destination
        3 │ drop tablespace ts;
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_tablespace() {
        assert_snapshot!(goto("
create tablespace bar location '/tmp/ts';
create table t (a int) tablespace b$0ar;
"), @r"
          ╭▸ 
        2 │ create tablespace bar location '/tmp/ts';
          │                   ─── 2. destination
        3 │ create table t (a int) tablespace bar;
          ╰╴                                  ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_database() {
        assert_snapshot!(goto("
create database mydb;
drop database my$0db;
"), @r"
          ╭▸ 
        2 │ create database mydb;
          │                 ──── 2. destination
        3 │ drop database mydb;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_role() {
        assert_snapshot!(goto("
create role reader;
drop role read$0er;
"), @r"
          ╭▸ 
        2 │ create role reader;
          │             ────── 2. destination
        3 │ drop role reader;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_role() {
        assert_snapshot!(goto("
create role reader;
alter role read$0er rename to writer;
"), @r"
          ╭▸ 
        2 │ create role reader;
          │             ────── 2. destination
        3 │ alter role reader rename to writer;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_set_role() {
        assert_snapshot!(goto("
create role reader;
set role read$0er;
"), @r"
          ╭▸ 
        2 │ create role reader;
          │             ────── 2. destination
        3 │ set role reader;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_create_tablespace_owner_role() {
        assert_snapshot!(goto("
create role reader;
create tablespace t owner read$0er location 'foo';
"), @r"
          ╭▸ 
        2 │ create role reader;
          │             ────── 2. destination
        3 │ create tablespace t owner reader location 'foo';
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_role_definition_returns_self() {
        assert_snapshot!(goto("
create role read$0er;
"), @r"
          ╭▸ 
        2 │ create role reader;
          │             ┬──┬──
          │             │  │
          │             │  1. source
          ╰╴            2. destination
        ");
    }

    #[test]
    fn goto_drop_database_defined_after() {
        assert_snapshot!(goto("
drop database my$0db;
create database mydb;
"), @r"
          ╭▸ 
        2 │ drop database mydb;
          │                ─ 1. source
        3 │ create database mydb;
          ╰╴                ──── 2. destination
        ");
    }

    #[test]
    fn goto_database_definition_returns_self() {
        assert_snapshot!(goto("
create database my$0db;
"), @r"
          ╭▸ 
        2 │ create database mydb;
          │                 ┬┬──
          │                 ││
          │                 │1. source
          ╰╴                2. destination
        ");
    }

    #[test]
    fn goto_drop_server() {
        assert_snapshot!(goto("
create server myserver foreign data wrapper fdw;
drop server my$0server;
"), @r"
          ╭▸ 
        2 │ create server myserver foreign data wrapper fdw;
          │               ──────── 2. destination
        3 │ drop server myserver;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_server_defined_after() {
        assert_snapshot!(goto("
drop server my$0server;
create server myserver foreign data wrapper fdw;
"), @r"
          ╭▸ 
        2 │ drop server myserver;
          │              ─ 1. source
        3 │ create server myserver foreign data wrapper fdw;
          ╰╴              ──────── 2. destination
        ");
    }

    #[test]
    fn goto_alter_server() {
        assert_snapshot!(goto("
create server myserver foreign data wrapper fdw;
alter server my$0server options (add foo 'bar');
"), @r"
          ╭▸ 
        2 │ create server myserver foreign data wrapper fdw;
          │               ──────── 2. destination
        3 │ alter server myserver options (add foo 'bar');
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_server_definition_returns_self() {
        assert_snapshot!(goto("
create server my$0server foreign data wrapper fdw;
"), @r"
          ╭▸ 
        2 │ create server myserver foreign data wrapper fdw;
          │               ┬┬──────
          │               ││
          │               │1. source
          ╰╴              2. destination
        ");
    }

    #[test]
    fn goto_drop_extension() {
        assert_snapshot!(goto("
create extension myext;
drop extension my$0ext;
"), @r"
          ╭▸ 
        2 │ create extension myext;
          │                  ───── 2. destination
        3 │ drop extension myext;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_extension_defined_after() {
        assert_snapshot!(goto("
drop extension my$0ext;
create extension myext;
"), @r"
          ╭▸ 
        2 │ drop extension myext;
          │                 ─ 1. source
        3 │ create extension myext;
          ╰╴                 ───── 2. destination
        ");
    }

    #[test]
    fn goto_alter_extension() {
        assert_snapshot!(goto("
create extension myext;
alter extension my$0ext update to '2.0';
"), @r"
          ╭▸ 
        2 │ create extension myext;
          │                  ───── 2. destination
        3 │ alter extension myext update to '2.0';
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_extension_definition_returns_self() {
        assert_snapshot!(goto("
create extension my$0ext;
"), @r"
          ╭▸ 
        2 │ create extension myext;
          │                  ┬┬───
          │                  ││
          │                  │1. source
          ╰╴                 2. destination
        ");
    }

    #[test]
    fn goto_drop_sequence_with_schema() {
        assert_snapshot!(goto("
create sequence foo.s;
drop sequence foo.s$0;
"), @r"
          ╭▸ 
        2 │ create sequence foo.s;
          │                     ─ 2. destination
        3 │ drop sequence foo.s;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_table_with_schema() {
        assert_snapshot!(goto("
create table public.t();
drop table t$0;
"), @r"
          ╭▸ 
        2 │ create table public.t();
          │                     ─ 2. destination
        3 │ drop table t;
          ╰╴           ─ 1. source
        ");

        assert_snapshot!(goto("
create table foo.t();
drop table foo.t$0;
"), @r"
          ╭▸ 
        2 │ create table foo.t();
          │                  ─ 2. destination
        3 │ drop table foo.t;
          ╰╴               ─ 1. source
        ");

        goto_not_found(
            "
-- defaults to public schema
create table t();
drop table foo.t$0;
",
        );
    }

    #[test]
    fn goto_drop_temp_table() {
        assert_snapshot!(goto("
create temp table t();
drop table t$0;
"), @r"
          ╭▸ 
        2 │ create temp table t();
          │                   ─ 2. destination
        3 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_temporary_table() {
        assert_snapshot!(goto("
create temporary table t();
drop table t$0;
"), @r"
          ╭▸ 
        2 │ create temporary table t();
          │                        ─ 2. destination
        3 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_temp_table_with_pg_temp_schema() {
        assert_snapshot!(goto("
create temp table t();
drop table pg_temp.t$0;
"), @r"
          ╭▸ 
        2 │ create temp table t();
          │                   ─ 2. destination
        3 │ drop table pg_temp.t;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_table_definition_returns_self() {
        assert_snapshot!(goto("
create table t$0(x bigint, y bigint);
"), @r"
          ╭▸ 
        2 │ create table t(x bigint, y bigint);
          │              ┬
          │              │
          │              2. destination
          ╰╴             1. source
        ");
    }

    #[test]
    fn goto_foreign_table_column() {
        assert_snapshot!(goto("
create foreign table ft(a int)
  server s;

select a$0 from ft;
"), @r"
          ╭▸ 
        2 │ create foreign table ft(a int)
          │                         ─ 2. destination
          ‡
        5 │ select a from ft;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_foreign_table_definition() {
        assert_snapshot!(goto("
create foreign table ft(a int)
  server s;

select a from ft$0;
"), @r"
          ╭▸ 
        2 │ create foreign table ft(a int)
          │                      ── 2. destination
          ‡
        5 │ select a from ft;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_foreign_table_server_name() {
        assert_snapshot!(goto("
create server myserver foreign data wrapper fdw;
create foreign table ft(a int)
  server my$0server;
"), @r"
          ╭▸ 
        2 │ create server myserver foreign data wrapper fdw;
          │               ──────── 2. destination
        3 │ create foreign table ft(a int)
        4 │   server myserver;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_foreign_table_server_name_defined_after() {
        assert_snapshot!(goto("
create foreign table ft(a int)
  server my$0server;
create server myserver foreign data wrapper fdw;
"), @r"
          ╭▸ 
        3 │   server myserver;
          │           ─ 1. source
        4 │ create server myserver foreign data wrapper fdw;
          ╰╴              ──────── 2. destination
        ");
    }

    #[test]
    fn goto_user_mapping_server_name() {
        assert_snapshot!(goto("
create server myserver foreign data wrapper fdw;
create user mapping for current_user server my$0server;
"), @r"
          ╭▸ 
        2 │ create server myserver foreign data wrapper fdw;
          │               ──────── 2. destination
        3 │ create user mapping for current_user server myserver;
          ╰╴                                             ─ 1. source
        ");
    }

    #[test]
    fn goto_foreign_key_references_table() {
        assert_snapshot!(goto("
create table foo(id int);
create table bar(
  id int,
  foo_id int,
  foreign key (foo_id) references foo$0(id)
);
"), @r"
          ╭▸ 
        2 │ create table foo(id int);
          │              ─── 2. destination
          ‡
        6 │   foreign key (foo_id) references foo(id)
          ╰╴                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_foreign_key_on_delete_set_null_column() {
        assert_snapshot!(goto("
create table users (
  user_id integer not null,
  primary key (user_id)
);

create table posts (
  post_id integer not null,
  author_id integer,
  primary key (post_id),
  foreign key (author_id) references users on delete set null (author_id$0)
);
"), @r"
           ╭▸ 
         9 │   author_id integer,
           │   ───────── 2. destination
        10 │   primary key (post_id),
        11 │   foreign key (author_id) references users on delete set null (author_id)
           ╰╴                                                                       ─ 1. source
        ");
    }

    #[test]
    fn goto_references_constraint_table() {
        assert_snapshot!(goto("
create table t (
  id serial primary key
);

create table u (
  id serial primary key,
  t_id int references t$0
);
"), @r"
          ╭▸ 
        2 │ create table t (
          │              ─ 2. destination
          ‡
        8 │   t_id int references t
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_references_constraint_column() {
        assert_snapshot!(goto("
create table t (
  id serial primary key
);

create table u (
  id serial primary key,
  t_id int references t(id$0)
);
"), @r"
          ╭▸ 
        3 │   id serial primary key
          │   ── 2. destination
          ‡
        8 │   t_id int references t(id)
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_foreign_key_references_column() {
        assert_snapshot!(goto("
create table foo(id int);
create table bar(
  id int,
  foo_id int,
  foreign key (foo_id) references foo(id$0)
);
"), @r"
          ╭▸ 
        2 │ create table foo(id int);
          │                  ── 2. destination
          ‡
        6 │   foreign key (foo_id) references foo(id)
          ╰╴                                       ─ 1. source
        ");
    }

    #[test]
    fn goto_foreign_key_local_column() {
        assert_snapshot!(goto("
create table bar(
  id int,
  foo_id int,
  foreign key (foo_id$0) references foo(id)
);
"), @r"
          ╭▸ 
        4 │   foo_id int,
          │   ────── 2. destination
        5 │   foreign key (foo_id) references foo(id)
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_foreign_key_local_column() {
        assert_snapshot!(goto("
create table t (
  id bigserial primary key
);

create table u (
  id bigserial primary key,
  t_id bigint
);

alter table u
  add constraint fooo_fkey
  foreign key (t_id$0) references t (id);
"), @r"
           ╭▸ 
         8 │   t_id bigint
           │   ──── 2. destination
           ‡
        13 │   foreign key (t_id) references t (id);
           ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_check_constraint_column() {
        assert_snapshot!(goto("
create table t (
  b int check (b > 10),
  c int check (c$0 > 10) no inherit
);
"), @r"
          ╭▸ 
        4 │   c int check (c > 10) no inherit
          │   ┬            ─ 1. source
          │   │
          ╰╴  2. destination
        ");
    }

    #[test]
    fn goto_generated_column() {
        assert_snapshot!(goto("
create table t (
  a int,
  b int generated always as (
    a$0 * 2
  ) stored
);
"), @r"
          ╭▸ 
        3 │   a int,
          │   ─ 2. destination
        4 │   b int generated always as (
        5 │     a * 2
          ╰╴    ─ 1. source
        ");
    }

    #[test]
    fn goto_generated_column_function_call() {
        assert_snapshot!(goto("
create function pg_catalog.lower(text) returns text
  language internal;

create table articles (
  id serial primary key,
  title text not null,
  body text not null,
  title_lower text generated always as (
    lower$0(title)
  ) stored
);
"), @r"
           ╭▸ 
         2 │ create function pg_catalog.lower(text) returns text
           │                            ───── 2. destination
           ‡
        10 │     lower(title)
           ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_index_expr_function_call() {
        assert_snapshot!(goto("
create function lower(text) returns text language internal;
create table articles (
  id serial primary key,
  title text not null
);
create index on articles (lower$0(title));
"), @r"
          ╭▸ 
        2 │ create function lower(text) returns text language internal;
          │                 ───── 2. destination
          ‡
        7 │ create index on articles (lower(title));
          ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_exclude_constraint_expr_function_call() {
        assert_snapshot!(goto("
create function lower(text) returns text language internal;
create table articles (
  title text not null,
  exclude using btree (lower$0(title) with =)
);
"), @r"
          ╭▸ 
        2 │ create function lower(text) returns text language internal;
          │                 ───── 2. destination
          ‡
        5 │   exclude using btree (lower(title) with =)
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_partition_by_expr_function_call() {
        assert_snapshot!(goto("
create function lower(text) returns text language internal;
create table articles (
  id serial primary key,
  title text not null
) partition by range (lower$0(title));
"), @r"
          ╭▸ 
        2 │ create function lower(text) returns text language internal;
          │                 ───── 2. destination
          ‡
        6 │ ) partition by range (lower(title));
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_table_check_constraint_column() {
        assert_snapshot!(goto("
create table t (
  a int,
  b text,
  check (a$0 > b)
);
"), @r"
          ╭▸ 
        3 │   a int,
          │   ─ 2. destination
        4 │   b text,
        5 │   check (a > b)
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_table_unique_constraint_column() {
        assert_snapshot!(goto("
create table t (
  a int,
  b text,
  unique (a$0)
);
"), @r"
          ╭▸ 
        3 │   a int,
          │   ─ 2. destination
        4 │   b text,
        5 │   unique (a)
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_table_primary_key_constraint_column() {
        assert_snapshot!(goto("
create table t (
  id bigint generated always as identity,
  inserted_at timestamptz not null default now(),
  primary key (id, inserted_at$0)
);
"), @r"
          ╭▸ 
        4 │   inserted_at timestamptz not null default now(),
          │   ─────────── 2. destination
        5 │   primary key (id, inserted_at)
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_table_not_null_constraint_column() {
        assert_snapshot!(goto("
create table t (
  id integer,
  name text,
  not null name$0
);
"), @r"
          ╭▸ 
        4 │   name text,
          │   ──── 2. destination
        5 │   not null name
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_table_exclude_constraint_column() {
        assert_snapshot!(goto("
create table circles (
  c circle,
  exclude using gist (c$0 with &&)
);
"), @r"
          ╭▸ 
        3 │   c circle,
          │   ─ 2. destination
        4 │   exclude using gist (c with &&)
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_table_exclude_constraint_include_column() {
        assert_snapshot!(goto("
create table t (
  a int,
  b text,
  exclude using btree ( a with > ) 
    include (a$0, b)
);
"), @r"
          ╭▸ 
        3 │   a int,
          │   ─ 2. destination
          ‡
        6 │     include (a, b)
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_table_exclude_constraint_where_column() {
        assert_snapshot!(goto("
create table t (
  a int,
  b text,
  exclude using btree ( a with > ) 
    where ( a$0 > 10 and b like '%foo' )
);
"), @r"
          ╭▸ 
        3 │   a int,
          │   ─ 2. destination
          ‡
        6 │     where ( a > 10 and b like '%foo' )
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_table_partition_by_column() {
        assert_snapshot!(goto("
create table t (
  id bigint generated always as identity,
  inserted_at timestamptz not null default now()
) partition by range (inserted_at$0);
"), @r"
          ╭▸ 
        4 │   inserted_at timestamptz not null default now()
          │   ─────────── 2. destination
        5 │ ) partition by range (inserted_at);
          ╰╴                                ─ 1. source
        ");
    }

    #[test]
    fn goto_table_partition_of_table() {
        assert_snapshot!(goto("
create table t ();
create table t_2026_01_02 partition of t$0
    for values from ('2026-01-02') to ('2026-01-03');
"), @r"
          ╭▸ 
        2 │ create table t ();
          │              ─ 2. destination
        3 │ create table t_2026_01_02 partition of t
          ╰╴                                       ─ 1. source
        ");
    }

    #[test]
    fn goto_table_partition_of_cycle() {
        goto_not_found(
            "
create table part1 partition of part2
    for values from ('2026-01-02') to ('2026-01-03');
create table part2 partition of part1
    for values from ('2026-01-02') to ('2026-01-03');
select a$0 from part2;
",
        );
    }

    #[test]
    fn goto_partition_table_column() {
        assert_snapshot!(goto("
create table part (
  a int,
  inserted_at timestamptz not null default now()
) partition by range (inserted_at);
create table part_2026_01_02 partition of part
    for values from ('2026-01-02') to ('2026-01-03');
select a$0 from part_2026_01_02;
"), @r"
          ╭▸ 
        3 │   a int,
          │   ─ 2. destination
          ‡
        8 │ select a from part_2026_01_02;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_index_attach_partition() {
        assert_snapshot!(goto("
create table t (
  inserted_at timestamptz not null default now()
) partition by range (inserted_at);
create table part partition of t
    for values from ('2026-01-02') to ('2026-01-03');
alter index t attach partition part$0;
"), @r"
          ╭▸ 
        5 │ create table part partition of t
          │              ──── 2. destination
        6 │     for values from ('2026-01-02') to ('2026-01-03');
        7 │ alter index t attach partition part;
          ╰╴                                  ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_like_clause() {
        assert_snapshot!(goto("
create table large_data_table(a text);
create table t (
  a text,
  like large_data_table$0,
  b integer
);
"), @r"
          ╭▸ 
        2 │ create table large_data_table(a text);
          │              ──────────────── 2. destination
          ‡
        5 │   like large_data_table,
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_inherits() {
        assert_snapshot!(goto("
create table bar(a int);
create table t (a int)
inherits (foo.bar, bar$0, buzz);
"), @r"
          ╭▸ 
        2 │ create table bar(a int);
          │              ─── 2. destination
        3 │ create table t (a int)
        4 │ inherits (foo.bar, bar, buzz);
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_like_clause_columns() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(like t, c int);
select a$0, c from u;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ create table u(like t, c int);
        4 │ select a, c from u;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_like_clause_local_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(like t, c int);
select a, c$0 from u;
"), @r"
          ╭▸ 
        3 │ create table u(like t, c int);
          │                        ─ 2. destination
        4 │ select a, c from u;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_like_clause_multi() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(x int, y int);
create table k(like t, like u, c int);
select y$0 from k;
"), @r"
          ╭▸ 
        3 │ create table u(x int, y int);
          │                       ─ 2. destination
        4 │ create table k(like t, like u, c int);
        5 │ select y from k;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_inherits_column() {
        assert_snapshot!(goto("
create table t (
  a int, b text
);
create table u (
  c int
) inherits (t);
select a$0 from u;
"), @r"
          ╭▸ 
        3 │   a int, b text
          │   ─ 2. destination
          ‡
        8 │ select a from u;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_inherits_local_column() {
        assert_snapshot!(goto("
create table t (
  a int, b text
);
create table u (
  c int
) inherits (t);
select c$0 from u;
"), @r"
          ╭▸ 
        6 │   c int
          │   ─ 2. destination
        7 │ ) inherits (t);
        8 │ select c from u;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_inherits_multiple_parents() {
        assert_snapshot!(goto("
create table t1 (
  a int
);
create table t2 (
  b text
);
create table u (
  c int
) inherits (t1, t2);
select b$0 from u;
"), @r"
           ╭▸ 
         6 │   b text
           │   ─ 2. destination
           ‡
        11 │ select b from u;
           ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_create_foreign_table_inherits_column() {
        assert_snapshot!(goto("
create server myserver foreign data wrapper postgres_fdw;
create table t (
  a int, b text
);
create foreign table u (
  c int
) inherits (t) server myserver;
select a$0 from u;
"), @r"
          ╭▸ 
        4 │   a int, b text
          │   ─ 2. destination
          ‡
        9 │ select a from u;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_temp_table_shadows_public() {
        // temp tables shadow public tables when no schema is specified
        assert_snapshot!(goto("
create table t();
create temp table t();
drop table t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ create temp table t();
        4 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_public_table_when_temp_exists() {
        // can still access public table explicitly
        assert_snapshot!(goto("
create table t();
create temp table t();
drop table public.t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ create temp table t();
        4 │ drop table public.t;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_table_defined_after() {
        assert_snapshot!(goto("
drop table t$0;
create table t();
"), @r"
          ╭▸ 
        2 │ drop table t;
          │            ─ 1. source
        3 │ create table t();
          ╰╴             ─ 2. destination
        ");
    }

    #[test]
    fn goto_drop_type() {
        assert_snapshot!(goto("
create type t as enum ('a', 'b');
drop type t$0;
"), @r"
          ╭▸ 
        2 │ create type t as enum ('a', 'b');
          │             ─ 2. destination
        3 │ drop type t;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_type_with_schema() {
        assert_snapshot!(goto("
create type public.t as enum ('a', 'b');
drop type t$0;
"), @r"
          ╭▸ 
        2 │ create type public.t as enum ('a', 'b');
          │                    ─ 2. destination
        3 │ drop type t;
          ╰╴          ─ 1. source
        ");

        assert_snapshot!(goto("
create type foo.t as enum ('a', 'b');
drop type foo.t$0;
"), @r"
          ╭▸ 
        2 │ create type foo.t as enum ('a', 'b');
          │                 ─ 2. destination
        3 │ drop type foo.t;
          ╰╴              ─ 1. source
        ");

        goto_not_found(
            "
create type t as enum ('a', 'b');
drop type foo.t$0;
",
        );
    }

    #[test]
    fn goto_drop_type_defined_after() {
        assert_snapshot!(goto("
drop type t$0;
create type t as enum ('a', 'b');
"), @r"
          ╭▸ 
        2 │ drop type t;
          │           ─ 1. source
        3 │ create type t as enum ('a', 'b');
          ╰╴            ─ 2. destination
        ");
    }

    #[test]
    fn goto_drop_type_composite() {
        assert_snapshot!(goto("
create type person as (name text, age int);
drop type person$0;
"), @r"
          ╭▸ 
        2 │ create type person as (name text, age int);
          │             ────── 2. destination
        3 │ drop type person;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_type_reference() {
        assert_snapshot!(goto("
create type person_info as (name text, email text);
create table users(id int, member person_info$0);
"), @"
          ╭▸ 
        2 │ create type person_info as (name text, email text);
          │             ─────────── 2. destination
        3 │ create table users(id int, member person_info);
          ╰╴                                            ─ 1. source
        ");
    }

    #[test]
    fn goto_function_param_table_type() {
        assert_snapshot!(goto("
create table t(a int, b int);
create function b(t$0) returns int as 'select 1' language sql;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ create function b(t) returns int as 'select 1' language sql;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_function_param_time_type() {
        assert_snapshot!(goto("
create type timestamp;
create function f(timestamp$0 without time zone) returns text language internal;
"), @r"
          ╭▸ 
        2 │ create type timestamp;
          │             ───────── 2. destination
        3 │ create function f(timestamp without time zone) returns text language internal;
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_function_param_time_type_no_timezone() {
        assert_snapshot!(goto("
create type time;
create function f(time$0) returns text language internal;
"), @r"
  ╭▸ 
2 │ create type time;
  │             ──── 2. destination
3 │ create function f(time) returns text language internal;
  ╰╴                     ─ 1. source
");
    }

    #[test]
    fn goto_create_table_type_reference_enum() {
        assert_snapshot!(goto("
create type mood as enum ('sad', 'ok', 'happy');
create table users(id int, mood mood$0);
"), @r"
          ╭▸ 
        2 │ create type mood as enum ('sad', 'ok', 'happy');
          │             ──── 2. destination
        3 │ create table users(id int, mood mood);
          ╰╴                                   ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_type_reference_range() {
        assert_snapshot!(goto("
create type int4_range as range (subtype = int4);
create table metrics(id int, span int4_range$0);
"), @r"
          ╭▸ 
        2 │ create type int4_range as range (subtype = int4);
          │             ────────── 2. destination
        3 │ create table metrics(id int, span int4_range);
          ╰╴                                           ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_type_reference_input_output() {
        assert_snapshot!(goto("
create type myint (input = myintin, output = myintout, like = int4);
create table data(id int, value myint$0);
"), @r"
          ╭▸ 
        2 │ create type myint (input = myintin, output = myintout, like = int4);
          │             ───── 2. destination
        3 │ create table data(id int, value myint);
          ╰╴                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_composite_type_field() {
        assert_snapshot!(goto("
create type person_info as (name text, email text);
create table users(id int, member person_info);
select (member).name$0 from users;
"), @"
          ╭▸ 
        2 │ create type person_info as (name text, email text);
          │                             ──── 2. destination
        3 │ create table users(id int, member person_info);
        4 │ select (member).name from users;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_type_range() {
        assert_snapshot!(goto("
create type int4_range as range (subtype = int4);
drop type int4_range$0;
"), @r"
          ╭▸ 
        2 │ create type int4_range as range (subtype = int4);
          │             ────────── 2. destination
        3 │ drop type int4_range;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_domain() {
        assert_snapshot!(goto("
create domain posint as integer check (value > 0);
drop domain posint$0;
"), @r"
          ╭▸ 
        2 │ create domain posint as integer check (value > 0);
          │               ────── 2. destination
        3 │ drop domain posint;
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_to_domain() {
        assert_snapshot!(goto("
create domain posint as integer check (value > 0);
select 1::posint$0;
"), @r"
          ╭▸ 
        2 │ create domain posint as integer check (value > 0);
          │               ────── 2. destination
        3 │ select 1::posint;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_type_domain() {
        assert_snapshot!(goto("
create domain posint as integer check (value > 0);
drop type posint$0;
"), @r"
          ╭▸ 
        2 │ create domain posint as integer check (value > 0);
          │               ────── 2. destination
        3 │ drop type posint;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_view() {
        assert_snapshot!(goto("
create view v as select 1;
drop view v$0;
"), @r"
          ╭▸ 
        2 │ create view v as select 1;
          │             ─ 2. destination
        3 │ drop view v;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_materialized_view() {
        assert_snapshot!(goto("
create materialized view v as select 1;
drop materialized view v$0;
"), @r"
          ╭▸ 
        2 │ create materialized view v as select 1;
          │                          ─ 2. destination
        3 │ drop materialized view v;
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_view_with_schema() {
        assert_snapshot!(goto("
create view public.v as select 1;
drop view v$0;
"), @r"
          ╭▸ 
        2 │ create view public.v as select 1;
          │                    ─ 2. destination
        3 │ drop view v;
          ╰╴          ─ 1. source
        ");

        assert_snapshot!(goto("
create view foo.v as select 1;
drop view foo.v$0;
"), @r"
          ╭▸ 
        2 │ create view foo.v as select 1;
          │                 ─ 2. destination
        3 │ drop view foo.v;
          ╰╴              ─ 1. source
        ");

        goto_not_found(
            "
create view v as select 1;
drop view foo.v$0;
",
        );
    }

    #[test]
    fn goto_drop_temp_view() {
        assert_snapshot!(goto("
create temp view v as select 1;
drop view v$0;
"), @r"
          ╭▸ 
        2 │ create temp view v as select 1;
          │                  ─ 2. destination
        3 │ drop view v;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_view() {
        assert_snapshot!(goto("
create view v as select 1;
select * from v$0;
"), @r"
          ╭▸ 
        2 │ create view v as select 1;
          │             ─ 2. destination
        3 │ select * from v;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_materialized_view() {
        assert_snapshot!(goto("
create materialized view v as select 1;
select * from v$0;
"), @r"
          ╭▸ 
        2 │ create materialized view v as select 1;
          │                          ─ 2. destination
        3 │ select * from v;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_view_with_schema() {
        assert_snapshot!(goto("
create view public.v as select 1;
select * from public.v$0;
"), @r"
          ╭▸ 
        2 │ create view public.v as select 1;
          │                    ─ 2. destination
        3 │ select * from public.v;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_view_column() {
        assert_snapshot!(goto("
create view v as select 1 as a;
select a$0 from v;
"), @r"
          ╭▸ 
        2 │ create view v as select 1 as a;
          │                              ─ 2. destination
        3 │ select a from v;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_view_column_qualified() {
        assert_snapshot!(goto("
create view v as select 1 as a;
select v.a$0 from v;
"), @r"
          ╭▸ 
        2 │ create view v as select 1 as a;
          │                              ─ 2. destination
        3 │ select v.a from v;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_create_table_as_column() {
        assert_snapshot!(goto("
create table t as select 1 a;
select a$0 from t;
"), @r"
          ╭▸ 
        2 │ create table t as select 1 a;
          │                            ─ 2. destination
        3 │ select a from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_create_table_as() {
        assert_snapshot!(goto("
create table t as select 1 a;
select a from t$0;
"), @r"
          ╭▸ 
        2 │ create table t as select 1 a;
          │              ─ 2. destination
        3 │ select a from t;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_view_with_explicit_column_list() {
        assert_snapshot!(goto("
create view v(col1) as select 1;
select * from v$0;
"), @r"
          ╭▸ 
        2 │ create view v(col1) as select 1;
          │             ─ 2. destination
        3 │ select * from v;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_view_column_with_explicit_column_list() {
        assert_snapshot!(goto("
    create view v(col1) as select 1;
    select col1$0 from v;
    "), @r"
          ╭▸ 
        2 │     create view v(col1) as select 1;
          │                   ──── 2. destination
        3 │     select col1 from v;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_view_column_with_schema() {
        assert_snapshot!(goto("
create view public.v as select 1 as a;
select a$0 from public.v;
"), @r"
          ╭▸ 
        2 │ create view public.v as select 1 as a;
          │                                     ─ 2. destination
        3 │ select a from public.v;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_view_multiple_columns() {
        assert_snapshot!(goto("
create view v as select 1 as a, 2 as b;
select b$0 from v;
"), @r"
          ╭▸ 
        2 │ create view v as select 1 as a, 2 as b;
          │                                      ─ 2. destination
        3 │ select b from v;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_view_column_from_table() {
        assert_snapshot!(goto("
create table t(x int, y int);
create view v as select x, y from t;
select x$0 from v;
"), @r"
          ╭▸ 
        3 │ create view v as select x, y from t;
          │                         ─ 2. destination
        4 │ select x from v;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_view_column_with_table_preference() {
        assert_snapshot!(goto("
create table v(a int);
create view vw as select 1 as a;
select a$0 from v;
"), @r"
          ╭▸ 
        2 │ create table v(a int);
          │                ─ 2. destination
        3 │ create view vw as select 1 as a;
        4 │ select a from v;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_operator() {
        assert_snapshot!(goto("
create type foo as enum ('a', 'b');
select x::foo$0;
"), @r"
          ╭▸ 
        2 │ create type foo as enum ('a', 'b');
          │             ─── 2. destination
        3 │ select x::foo;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_function() {
        assert_snapshot!(goto("
create type bar as enum ('x', 'y');
select cast(x as bar$0);
"), @r"
          ╭▸ 
        2 │ create type bar as enum ('x', 'y');
          │             ─── 2. destination
        3 │ select cast(x as bar);
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_with_schema() {
        assert_snapshot!(goto("
create type public.baz as enum ('m', 'n');
select x::public.baz$0;
"), @r"
          ╭▸ 
        2 │ create type public.baz as enum ('m', 'n');
          │                    ─── 2. destination
        3 │ select x::public.baz;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_timestamp_without_time_zone() {
        assert_snapshot!(goto("
create type pg_catalog.timestamp;
select ''::timestamp without$0 time zone;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.timestamp;
          │                        ───────── 2. destination
        3 │ select ''::timestamp without time zone;
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_timestamp_with_time_zone() {
        assert_snapshot!(goto("
create type pg_catalog.timestamptz;
select ''::timestamp with$0 time zone;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.timestamptz;
          │                        ─────────── 2. destination
        3 │ select ''::timestamp with time zone;
          ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_multirange_type_from_range() {
        assert_snapshot!(goto("
create type floatrange as range (
  subtype = float8,
  subtype_diff = float8mi
);
select '{[1.234, 5.678]}'::floatmultirange$0;
"), @r"
          ╭▸ 
        2 │ create type floatrange as range (
          │             ────────── 2. destination
          ‡
        6 │ select '{[1.234, 5.678]}'::floatmultirange;
          ╰╴                                         ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_multirange_special_type_name_string() {
        assert_snapshot!(goto("
create type floatrange as range (
  subtype = float8,
  subtype_diff = float8mi,
  multirange_type_name = 'floatmulirangething'
);
select '{[1.234, 5.678]}'::floatmulirangething$0;
"), @r"
          ╭▸ 
        2 │ create type floatrange as range (
          │             ────────── 2. destination
          ‡
        7 │ select '{[1.234, 5.678]}'::floatmulirangething;
          ╰╴                                             ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_multirange_special_type_name_ident() {
        assert_snapshot!(goto("
create type floatrange as range (
  subtype = float8,
  subtype_diff = float8mi,
  multirange_type_name = floatrangemutirange
);
select '{[1.234, 5.678]}'::floatrangemutirange$0;
"), @r"
          ╭▸ 
        2 │ create type floatrange as range (
          │             ────────── 2. destination
          ‡
        7 │ select '{[1.234, 5.678]}'::floatrangemutirange;
          ╰╴                                             ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_multirange_edge_case_type_from_range() {
        // make sure we're calculating the multirange correctly
        assert_snapshot!(goto("
create type floatrangerange as range (
  subtype = float8,
  subtype_diff = float8mi
);
select '{[1.234, 5.678]}'::floatmultirangerange$0;
"), @r"
          ╭▸ 
        2 │ create type floatrangerange as range (
          │             ─────────────── 2. destination
          ‡
        6 │ select '{[1.234, 5.678]}'::floatmultirangerange;
          ╰╴                                              ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_boolean_falls_back_to_bool() {
        assert_snapshot!(goto("
create type pg_catalog.bool;
select '1'::boolean$0;
"), @"
          ╭▸ 
        2 │ create type pg_catalog.bool;
          │                        ──── 2. destination
        3 │ select '1'::boolean;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_decimal_falls_back_to_numeric() {
        assert_snapshot!(goto("
create type pg_catalog.numeric;
select 1::decimal$0(10, 2);
"), @"
          ╭▸ 
        2 │ create type pg_catalog.numeric;
          │                        ─────── 2. destination
        3 │ select 1::decimal(10, 2);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_float_falls_back_to_float8() {
        assert_snapshot!(goto("
create type pg_catalog.float8;
select 1::float$0;
"), @"
          ╭▸ 
        2 │ create type pg_catalog.float8;
          │                        ────── 2. destination
        3 │ select 1::float;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_bigint_falls_back_to_int8() {
        assert_snapshot!(goto("
create type pg_catalog.int8;
select 1::bigint$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int8;
          │                        ──── 2. destination
        3 │ select 1::bigint;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_real_falls_back_to_float4() {
        assert_snapshot!(goto("
create type pg_catalog.float4;
select 1::real$0;
"), @"
          ╭▸ 
        2 │ create type pg_catalog.float4;
          │                        ────── 2. destination
        3 │ select 1::real;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_bigint_prefers_user_type() {
        assert_snapshot!(goto("
create type bigint;
create type pg_catalog.int8;
select 1::bigint$0;
"), @r"
          ╭▸ 
        2 │ create type bigint;
          │             ────── 2. destination
        3 │ create type pg_catalog.int8;
        4 │ select 1::bigint;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_smallserial_falls_back_to_int2() {
        assert_snapshot!(goto("
create type pg_catalog.int2;
select 1::smallserial$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int2;
          │                        ──── 2. destination
        3 │ select 1::smallserial;
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_serial2_falls_back_to_int2() {
        assert_snapshot!(goto("
create type pg_catalog.int2;
select 1::serial2$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int2;
          │                        ──── 2. destination
        3 │ select 1::serial2;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_serial_falls_back_to_int4() {
        assert_snapshot!(goto("
create type pg_catalog.int4;
select 1::serial$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int4;
          │                        ──── 2. destination
        3 │ select 1::serial;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_serial4_falls_back_to_int4() {
        assert_snapshot!(goto("
create type pg_catalog.int4;
select 1::serial4$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int4;
          │                        ──── 2. destination
        3 │ select 1::serial4;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_bigserial_falls_back_to_int8() {
        assert_snapshot!(goto("
create type pg_catalog.int8;
select 1::bigserial$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int8;
          │                        ──── 2. destination
        3 │ select 1::bigserial;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_serial8_falls_back_to_int8() {
        assert_snapshot!(goto("
create type pg_catalog.int8;
select 1::serial8$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int8;
          │                        ──── 2. destination
        3 │ select 1::serial8;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_int_falls_back_to_int4() {
        assert_snapshot!(goto("
create type pg_catalog.int4;
select 1::int$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int4;
          │                        ──── 2. destination
        3 │ select 1::int;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_integer_falls_back_to_int4() {
        assert_snapshot!(goto("
create type pg_catalog.int4;
select 1::integer$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int4;
          │                        ──── 2. destination
        3 │ select 1::integer;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_smallint_falls_back_to_int2() {
        assert_snapshot!(goto("
create type pg_catalog.int2;
select 1::smallint$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.int2;
          │                        ──── 2. destination
        3 │ select 1::smallint;
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_double_precision_falls_back_to_float8() {
        assert_snapshot!(goto("
create type pg_catalog.float8;
select '1'::double precision[]$0;
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.float8;
          │                        ────── 2. destination
        3 │ select '1'::double precision[];
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_varchar_with_modifier() {
        assert_snapshot!(goto("
create type pg_catalog.varchar;
select '1'::varchar$0(1);
"), @r"
          ╭▸ 
        2 │ create type pg_catalog.varchar;
          │                        ─────── 2. destination
        3 │ select '1'::varchar(1);
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_composite_type() {
        assert_snapshot!(goto("
create type person_info as (name varchar(50), age int);
select ('Alice', 30)::person_info$0;
"), @r"
          ╭▸ 
        2 │ create type person_info as (name varchar(50), age int);
          │             ─────────── 2. destination
        3 │ select ('Alice', 30)::person_info;
          ╰╴                                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_composite_type_in_cte() {
        assert_snapshot!(goto("
create type person_info as (name varchar(50), age int);
with team as (
    select 1 as id, ('Alice', 30)::person_info$0 as member
)
select * from team;
"), @r"
          ╭▸ 
        2 │ create type person_info as (name varchar(50), age int);
          │             ─────────── 2. destination
        3 │ with team as (
        4 │     select 1 as id, ('Alice', 30)::person_info as member
          ╰╴                                             ─ 1. source
        ");
    }

    #[test]
    fn goto_composite_type_field_name() {
        assert_snapshot!(goto("
create type person_info as (name varchar(50), age int);
with team as (
    select 1 as id, ('Alice', 30)::person_info as member
)
select (member).name$0, (member).age from team;
"), @r"
          ╭▸ 
        2 │ create type person_info as (name varchar(50), age int);
          │                             ──── 2. destination
          ‡
        6 │ select (member).name, (member).age from team;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_composite_type_field_in_where() {
        assert_snapshot!(goto("
create type person_info as (name varchar(50), age int);
with team as (
    select 1 as id, ('Alice', 30)::person_info as member
    union all
    select 2, ('Bob', 25)::person_info
)
select (member).name, (member).age
from team
where (member).age$0 >= 18;
"), @r"
           ╭▸ 
         2 │ create type person_info as (name varchar(50), age int);
           │                                               ─── 2. destination
           ‡
        10 │ where (member).age >= 18;
           ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_composite_type_field_base() {
        assert_snapshot!(goto("
create type person_info as (name varchar(50), age int);
with team as (
    select 1 as id, ('Alice', 30)::person_info as member
)
select (member$0).age from team;
"), @r"
          ╭▸ 
        4 │     select 1 as id, ('Alice', 30)::person_info as member
          │                                                   ────── 2. destination
        5 │ )
        6 │ select (member).age from team;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_composite_type_field_nested_parens() {
        assert_snapshot!(goto("
create type person_info as (name varchar(50), age int);
with team as (
    select 1 as id, ('Alice', 30)::person_info as member
)
select ((((member))).name$0) from team;
"), @r"
          ╭▸ 
        2 │ create type person_info as (name varchar(50), age int);
          │                             ──── 2. destination
          ‡
        6 │ select ((((member))).name) from team;
          ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn begin_to_rollback() {
        assert_snapshot!(goto(
            "
begin$0;
select 1;
rollback;
commit;
",
        ), @r"
          ╭▸ 
        2 │ begin;
          │     ─ 1. source
        3 │ select 1;
        4 │ rollback;
          ╰╴──────── 2. destination
        ");
    }

    #[test]
    fn commit_to_begin() {
        assert_snapshot!(goto(
            "
begin;
select 1;
commit$0;
",
        ), @r"
          ╭▸ 
        2 │ begin;
          │ ───── 2. destination
        3 │ select 1;
        4 │ commit;
          ╰╴     ─ 1. source
        ");
    }

    #[test]
    fn begin_to_commit() {
        assert_snapshot!(goto(
            "
begin$0;
select 1;
commit;
",
        ), @r"
          ╭▸ 
        2 │ begin;
          │     ─ 1. source
        3 │ select 1;
        4 │ commit;
          ╰╴────── 2. destination
        ");
    }

    #[test]
    fn commit_to_start_transaction() {
        assert_snapshot!(goto(
            "
start transaction;
select 1;
commit$0;
",
        ), @r"
          ╭▸ 
        2 │ start transaction;
          │ ───────────────── 2. destination
        3 │ select 1;
        4 │ commit;
          ╰╴     ─ 1. source
        ");
    }

    #[test]
    fn start_transaction_to_commit() {
        assert_snapshot!(goto(
            "
start$0 transaction;
select 1;
commit;
",
        ), @r"
          ╭▸ 
        2 │ start transaction;
          │     ─ 1. source
        3 │ select 1;
        4 │ commit;
          ╰╴────── 2. destination
        ");
    }

    #[test]
    fn goto_with_search_path() {
        assert_snapshot!(goto(r#"
set search_path to "foo", public;
create table foo.t();
drop table t$0;
"#), @r"
          ╭▸ 
        3 │ create table foo.t();
          │                  ─ 2. destination
        4 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_with_search_path_and_unspecified_table() {
        assert_snapshot!(goto(r#"
set search_path to foo,bar;
create table t();
drop table foo.t$0;
"#), @r"
          ╭▸ 
        3 │ create table t();
          │              ─ 2. destination
        4 │ drop table foo.t;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_column_not_in_cte_but_in_table() {
        // we shouldn't navigate up to the table of the same name
        goto_not_found(
            r"
create table t (c int);
with t as (select 1 a)
select c$0 from t;
",
        );
    }

    #[test]
    fn goto_with_search_path_empty() {
        goto_not_found(
            r#"
set search_path = '';
create table t();
drop table t$0;
"#,
        );
    }

    #[test]
    fn goto_with_search_path_like_variable() {
        // not actually search path
        goto_not_found(
            "
set bar.search_path to foo, public;
create table foo.t();
drop table t$0;
",
        )
    }

    #[test]
    fn goto_with_search_path_second_schema() {
        assert_snapshot!(goto("
set search_path to foo, bar, public;
create table bar.t();
drop table t$0;
"), @r"
          ╭▸ 
        3 │ create table bar.t();
          │                  ─ 2. destination
        4 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_with_search_path_skips_first() {
        assert_snapshot!(goto("
set search_path to foo, bar, public;
create table foo.t();
create table bar.t();
drop table t$0;
"), @r"
          ╭▸ 
        3 │ create table foo.t();
          │                  ─ 2. destination
        4 │ create table bar.t();
        5 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_without_search_path_uses_default() {
        assert_snapshot!(goto("
create table foo.t();
create table public.t();
drop table t$0;
"), @r"
          ╭▸ 
        3 │ create table public.t();
          │                     ─ 2. destination
        4 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_with_set_schema() {
        assert_snapshot!(goto("
set schema 'myschema';
create table myschema.t();
drop table t$0;
"), @r"
          ╭▸ 
        3 │ create table myschema.t();
          │                       ─ 2. destination
        4 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_with_set_schema_ignores_other_schemas() {
        assert_snapshot!(goto("
set schema 'myschema';
create table public.t();
create table myschema.t();
drop table t$0;
"), @r"
          ╭▸ 
        4 │ create table myschema.t();
          │                       ─ 2. destination
        5 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_with_search_path_changed_twice() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.t();
set search_path to bar;
create table bar.t();
drop table t$0;
"), @r"
          ╭▸ 
        5 │ create table bar.t();
          │                  ─ 2. destination
        6 │ drop table t;
          ╰╴           ─ 1. source
        ");

        assert_snapshot!(goto("
set search_path to foo;
create table foo.t();
drop table t$0;
set search_path to bar;
create table bar.t();
drop table t;
"), @r"
          ╭▸ 
        3 │ create table foo.t();
          │                  ─ 2. destination
        4 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_with_empty_search_path() {
        goto_not_found(
            "
set search_path to '';
create table public.t();
drop table t$0;
",
        )
    }

    #[test]
    fn goto_with_search_path_uppercase() {
        assert_snapshot!(goto("
SET SEARCH_PATH TO foo;
create table foo.t();
drop table t$0;
"), @r"
          ╭▸ 
        3 │ create table foo.t();
          │                  ─ 2. destination
        4 │ drop table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_table_stmt() {
        assert_snapshot!(goto("
create table t();
table t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ table t;
          ╰╴      ─ 1. source
        ");
    }

    #[test]
    fn goto_table_stmt_with_schema() {
        assert_snapshot!(goto("
create table public.t();
table public.t$0;
"), @r"
          ╭▸ 
        2 │ create table public.t();
          │                     ─ 2. destination
        3 │ table public.t;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_table_stmt_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.t();
table t$0;
"), @r"
          ╭▸ 
        3 │ create table foo.t();
          │                  ─ 2. destination
        4 │ table t;
          ╰╴      ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_index() {
        assert_snapshot!(goto("
create index idx_name on t(x);
drop index idx_name$0;
"), @r"
          ╭▸ 
        2 │ create index idx_name on t(x);
          │              ──────── 2. destination
        3 │ drop index idx_name;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_index_with_schema() {
        assert_snapshot!(goto(r#"
set search_path to public;
create index idx_name on t(x);
drop index public.idx_name$0;
"#), @r"
          ╭▸ 
        3 │ create index idx_name on t(x);
          │              ──────── 2. destination
        4 │ drop index public.idx_name;
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_index_defined_after() {
        assert_snapshot!(goto("
drop index idx_name$0;
create index idx_name on t(x);
"), @r"
          ╭▸ 
        2 │ drop index idx_name;
          │                   ─ 1. source
        3 │ create index idx_name on t(x);
          ╰╴             ──────── 2. destination
        ");
    }

    #[test]
    fn goto_index_definition_returns_self() {
        assert_snapshot!(goto("
create index idx_name$0 on t(x);
"), @r"
          ╭▸ 
        2 │ create index idx_name on t(x);
          │              ┬──────┬
          │              │      │
          │              │      1. source
          ╰╴             2. destination
        ");
    }

    #[test]
    fn goto_drop_index_with_search_path() {
        assert_snapshot!(goto(r#"
create index idx_name on t(x);
set search_path to bar;
create index idx_name on f(x);
set search_path to default;
drop index idx_name$0;
"#), @r"
          ╭▸ 
        2 │ create index idx_name on t(x);
          │              ──────── 2. destination
          ‡
        6 │ drop index idx_name;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_index_multiple() {
        assert_snapshot!(goto("
create index idx1 on t(x);
create index idx2 on t(y);
drop index idx1, idx2$0;
"), @r"
          ╭▸ 
        3 │ create index idx2 on t(y);
          │              ──── 2. destination
        4 │ drop index idx1, idx2;
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_table() {
        assert_snapshot!(goto("
create table users(id int);
create index idx_users on users$0(id);
"), @r"
          ╭▸ 
        2 │ create table users(id int);
          │              ───── 2. destination
        3 │ create index idx_users on users(id);
          ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_table_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int);
create index idx_users on public.users$0(id);
"), @r"
          ╭▸ 
        2 │ create table public.users(id int);
          │                     ───── 2. destination
        3 │ create index idx_users on public.users(id);
          ╰╴                                     ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_table_with_search_path() {
        assert_snapshot!(goto(r#"
set search_path to foo;
create table foo.users(id int);
create index idx_users on users$0(id);
"#), @r"
          ╭▸ 
        3 │ create table foo.users(id int);
          │                  ───── 2. destination
        4 │ create index idx_users on users(id);
          ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_temp_table() {
        assert_snapshot!(goto("
create temp table users(id int);
create index idx_users on users$0(id);
"), @r"
          ╭▸ 
        2 │ create temp table users(id int);
          │                   ───── 2. destination
        3 │ create index idx_users on users(id);
          ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
create index idx_email on users(email$0);
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ create index idx_email on users(email);
          ╰╴                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_first_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
create index idx_id on users(id$0);
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                    ── 2. destination
        3 │ create index idx_id on users(id);
          ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_multiple_columns() {
        assert_snapshot!(goto("
create table users(id int, email text, name text);
create index idx_users on users(id, email$0, name);
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text, name text);
          │                            ───── 2. destination
        3 │ create index idx_users on users(id, email, name);
          ╰╴                                        ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_column_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
create index idx_email on public.users(email$0);
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                                   ───── 2. destination
        3 │ create index idx_email on public.users(email);
          ╰╴                                           ─ 1. source
        ");
    }

    #[test]
    fn goto_create_index_column_temp_table() {
        assert_snapshot!(goto("
create temp table users(id int, email text);
create index idx_email on users(email$0);
"), @r"
          ╭▸ 
        2 │ create temp table users(id int, email text);
          │                                 ───── 2. destination
        3 │ create index idx_email on users(email);
          ╰╴                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_function() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
drop function foo$0();
"), @r"
          ╭▸ 
        2 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        3 │ drop function foo();
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_function_with_schema() {
        assert_snapshot!(goto("
set search_path to public;
create function foo() returns int as $$ select 1 $$ language sql;
drop function public.foo$0();
"), @r"
          ╭▸ 
        3 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        4 │ drop function public.foo();
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_function_defined_after() {
        assert_snapshot!(goto("
drop function foo$0();
create function foo() returns int as $$ select 1 $$ language sql;
"), @r"
          ╭▸ 
        2 │ drop function foo();
          │                 ─ 1. source
        3 │ create function foo() returns int as $$ select 1 $$ language sql;
          ╰╴                ─── 2. destination
        ");
    }

    #[test]
    fn goto_function_definition_returns_self() {
        assert_snapshot!(goto("
create function foo$0() returns int as $$ select 1 $$ language sql;
"), @r"
          ╭▸ 
        2 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ┬─┬
          │                 │ │
          │                 │ 1. source
          ╰╴                2. destination
        ");
    }

    #[test]
    fn goto_drop_function_with_search_path() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
set search_path to bar;
create function foo() returns int as $$ select 1 $$ language sql;
set search_path to default;
drop function foo$0();
"), @r"
          ╭▸ 
        2 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
          ‡
        6 │ drop function foo();
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_function_multiple() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
create function bar() returns int as $$ select 1 $$ language sql;
drop function foo(), bar$0();
"), @r"
          ╭▸ 
        3 │ create function bar() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        4 │ drop function foo(), bar();
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_function_overloaded() {
        assert_snapshot!(goto("
create function add(complex) returns complex as $$ select null $$ language sql;
create function add(bigint) returns bigint as $$ select 1 $$ language sql;
drop function add$0(complex);
"), @r"
          ╭▸ 
        2 │ create function add(complex) returns complex as $$ select null $$ language sql;
          │                 ─── 2. destination
        3 │ create function add(bigint) returns bigint as $$ select 1 $$ language sql;
        4 │ drop function add(complex);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_function_second_overload() {
        assert_snapshot!(goto("
create function add(complex) returns complex as $$ select null $$ language sql;
create function add(bigint) returns bigint as $$ select 1 $$ language sql;
drop function add$0(bigint);
"), @r"
          ╭▸ 
        3 │ create function add(bigint) returns bigint as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        4 │ drop function add(bigint);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_select_function_call() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
select foo$0();
"), @r"
          ╭▸ 
        2 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        3 │ select foo();
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select f1$0 from dup(42);
"#), @r"
          ╭▸ 
        2 │ create function dup(int) returns table(f1 int, f2 text)
          │                                        ── 2. destination
          ‡
        6 │ select f1 from dup(42);
          ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_with_schema() {
        assert_snapshot!(goto(r#"
create function myschema.dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;
create function otherschema.dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select f1$0 from myschema.dup(42);
"#), @r"
          ╭▸ 
        2 │ create function myschema.dup(int) returns table(f1 int, f2 text)
          │                                                 ── 2. destination
          ‡
        9 │ select f1 from myschema.dup(42);
          ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_paren() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select (dup(42)).f2$0;
"#), @r"
          ╭▸ 
        2 │ create function dup(int) returns table(f1 int, f2 text)
          │                                                ── 2. destination
          ‡
        6 │ select (dup(42)).f2;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_qualified() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select dup.f1$0 from dup(42);
"#), @r"
          ╭▸ 
        2 │ create function dup(int) returns table(f1 int, f2 text)
          │                                        ── 2. destination
          ‡
        6 │ select dup.f1 from dup(42);
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_qualified_function_name() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select dup$0.f1 from dup(42);
"#), @r"
          ╭▸ 
        2 │ create function dup(int) returns table(f1 int, f2 text)
          │                 ─── 2. destination
          ‡
        6 │ select dup.f1 from dup(42);
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_qualified_function_name_with_alias() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select dup$0.f2 from dup(42) as dup;
"#), @r"
          ╭▸ 
        6 │ select dup.f2 from dup(42) as dup;
          ╰╴         ─ 1. source          ─── 2. destination
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_alias_list() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select a$0 from dup(42) t(a, b);
"#), @r"
          ╭▸ 
        6 │ select a from dup(42) t(a, b);
          ╰╴       ─ 1. source      ─ 2. destination
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_alias_list_qualified_partial() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select u.f2$0 from dup(42) as u(x);
"#), @r"
          ╭▸ 
        2 │ create function dup(int) returns table(f1 int, f2 text)
          │                                                ── 2. destination
          ‡
        6 │ select u.f2 from dup(42) as u(x);
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_alias_list_unqualified_partial() {
        assert_snapshot!(goto(r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select f2$0 from dup(42) as u(x);
"#), @r"
          ╭▸ 
        2 │ create function dup(int) returns table(f1 int, f2 text)
          │                                                ── 2. destination
          ‡
        6 │ select f2 from dup(42) as u(x);
          ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_from_function_return_table_alias_list_unqualified_not_found() {
        goto_not_found(
            r#"
create function dup(int) returns table(f1 int, f2 text)
  as ''
  language sql;

select f2$0 from dup(42) as u(x, y);
"#,
        );
    }

    #[test]
    fn goto_select_aggregate_call() {
        assert_snapshot!(goto("
create aggregate foo(int) (
  sfunc = int4pl,
  stype = int,
  initcond = '0'
);

select foo$0(1);
"), @r"
          ╭▸ 
        2 │ create aggregate foo(int) (
          │                  ─── 2. destination
          ‡
        8 │ select foo(1);
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_create_aggregate_sfunc() {
        assert_snapshot!(goto("
create function pg_catalog.int8inc(bigint) returns bigint
  language internal;

create aggregate pg_catalog.count(*) (
  sfunc = int8inc$0,
  stype = bigint,
  combinefunc = int8pl,
  initcond = '0'
);
"), @r"
          ╭▸ 
        2 │ create function pg_catalog.int8inc(bigint) returns bigint
          │                            ─────── 2. destination
          ‡
        6 │   sfunc = int8inc,
          ╰╴                ─ 1. source
        "
        );
    }

    #[test]
    fn goto_create_aggregate_combinefunc() {
        assert_snapshot!(goto("
create function pg_catalog.int8pl(bigint, bigint) returns bigint
  language internal;

create aggregate pg_catalog.count(*) (
  sfunc = int8inc,
  stype = bigint,
  combinefunc = int8pl$0,
  initcond = '0'
);
"), @r"
          ╭▸ 
        2 │ create function pg_catalog.int8pl(bigint, bigint) returns bigint
          │                            ────── 2. destination
          ‡
        8 │   combinefunc = int8pl,
          ╰╴                     ─ 1. source
        "
        );
    }

    #[test]
    fn goto_default_constraint_function_call() {
        assert_snapshot!(goto("
create function f() returns int as 'select 1' language sql;
create table t(
  a int default f$0()
);
"), @r"
          ╭▸ 
        2 │ create function f() returns int as 'select 1' language sql;
          │                 ─ 2. destination
        3 │ create table t(
        4 │   a int default f()
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_select_function_call_with_schema() {
        assert_snapshot!(goto("
create function public.foo() returns int as $$ select 1 $$ language sql;
select public.foo$0();
"), @r"
          ╭▸ 
        2 │ create function public.foo() returns int as $$ select 1 $$ language sql;
          │                        ─── 2. destination
        3 │ select public.foo();
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_select_function_call_with_search_path() {
        assert_snapshot!(goto("
set search_path to myschema;
create function foo() returns int as $$ select 1 $$ language sql;
select myschema.foo$0();
"), @r"
          ╭▸ 
        3 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        4 │ select myschema.foo();
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_column_access() {
        assert_snapshot!(goto("
create table t(a int, b int);
select a$0(t) from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ select a(t) from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_column_access_with_function_precedence() {
        assert_snapshot!(goto("
create table t(a int, b int);
create function b(t) returns int as 'select 1' LANGUAGE sql;
select b$0(t) from t;
"), @r"
          ╭▸ 
        3 │ create function b(t) returns int as 'select 1' LANGUAGE sql;
          │                 ─ 2. destination
        4 │ select b(t) from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_column_access_table_arg() {
        assert_snapshot!(goto("
create table t(a int, b int);
select a(t$0) from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ select a(t) from t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_column_access_table_arg_with_function() {
        assert_snapshot!(goto("
create table t(a int, b int);
create function b(t) returns int as 'select 1' LANGUAGE sql;
select b(t$0) from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ create function b(t) returns int as 'select 1' LANGUAGE sql;
        4 │ select b(t) from t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_multiple_args_not_column_access() {
        goto_not_found(
            "
create table t(a int, b int);
select a$0(t, 1) from t;
",
        );
    }

    #[test]
    fn goto_function_call_nested() {
        assert_snapshot!(goto("
create function f() returns int8
  as 'select 1'
  language sql;
select format('foo%d', f$0());
"), @r"
          ╭▸ 
        2 │ create function f() returns int8
          │                 ─ 2. destination
          ‡
        5 │ select format('foo%d', f());
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_field_style_function_call() {
        assert_snapshot!(goto("
create table t(a int);
create function b(t) returns int as 'select 1' language sql;
select t.b$0 from t;
"), @r"
          ╭▸ 
        3 │ create function b(t) returns int as 'select 1' language sql;
          │                 ─ 2. destination
        4 │ select t.b from t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_field_style_function_call_column_precedence() {
        assert_snapshot!(goto("
create table t(a int, b int);
create function b(t) returns int as 'select 1' language sql;
select t.b$0 from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                       ─ 2. destination
        3 │ create function b(t) returns int as 'select 1' language sql;
        4 │ select t.b from t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_field_style_function_call_table_ref() {
        assert_snapshot!(goto("
create table t(a int);
create function b(t) returns int as 'select 1' language sql;
select t$0.b from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │              ─ 2. destination
        3 │ create function b(t) returns int as 'select 1' language sql;
        4 │ select t.b from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_in_where() {
        assert_snapshot!(goto("
create table t(a int, b int);
select * from t where a$0(t) > 0;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ select * from t where a(t) > 0;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_in_where_function_precedence() {
        assert_snapshot!(goto("
create table t(a int, b int);
create function b(t) returns int as 'select 1' language sql;
select * from t where b$0(t) > 0;
"), @r"
          ╭▸ 
        3 │ create function b(t) returns int as 'select 1' language sql;
          │                 ─ 2. destination
        4 │ select * from t where b(t) > 0;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_field_style_function_call_in_where() {
        assert_snapshot!(goto("
create table t(a int);
create function b(t) returns int as 'select 1' language sql;
select * from t where t.b$0 > 0;
"), @r"
          ╭▸ 
        3 │ create function b(t) returns int as 'select 1' language sql;
          │                 ─ 2. destination
        4 │ select * from t where t.b > 0;
          ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn goto_field_style_in_where_column_precedence() {
        assert_snapshot!(goto("
create table t(a int, b int);
create function b(t) returns int as 'select 1' language sql;
select * from t where t.b$0 > 0;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                       ─ 2. destination
        3 │ create function b(t) returns int as 'select 1' language sql;
        4 │ select * from t where t.b > 0;
          ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_table_arg_in_where() {
        assert_snapshot!(goto("
create table t(a int);
select * from t where a(t$0) > 2;
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │              ─ 2. destination
        3 │ select * from t where a(t) > 2;
          ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn goto_qualified_table_ref_in_where() {
        assert_snapshot!(goto("
create table t(a int);
create function b(t) returns int as 'select 1' language sql;
select * from t where t$0.b > 2;
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │              ─ 2. destination
        3 │ create function b(t) returns int as 'select 1' language sql;
        4 │ select * from t where t.b > 2;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_in_order_by() {
        assert_snapshot!(goto("
create table t(a int, b int);
create function b(t) returns int as 'select 1' language sql;
select * from t order by b$0(t);
"), @r"
          ╭▸ 
        3 │ create function b(t) returns int as 'select 1' language sql;
          │                 ─ 2. destination
        4 │ select * from t order by b(t);
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_field_style_in_order_by() {
        assert_snapshot!(goto("
create table t(a int);
create function b(t) returns int as 'select 1' language sql;
select * from t order by t.b$0;
"), @r"
          ╭▸ 
        3 │ create function b(t) returns int as 'select 1' language sql;
          │                 ─ 2. destination
        4 │ select * from t order by t.b;
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_function_call_style_in_group_by() {
        assert_snapshot!(goto("
create table t(a int, b int);
select * from t group by a$0(t);
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ select * from t group by a(t);
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_field_style_in_group_by() {
        assert_snapshot!(goto("
create table t(a int);
create function b(t) returns int as 'select 1' language sql;
select * from t group by t.b$0;
"), @r"
          ╭▸ 
        3 │ create function b(t) returns int as 'select 1' language sql;
          │                 ─ 2. destination
        4 │ select * from t group by t.b;
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_table() {
        assert_snapshot!(goto("
with x as (select 1 as a)
select a from x$0;
"), @r"
          ╭▸ 
        2 │ with x as (select 1 as a)
          │      ─ 2. destination
        3 │ select a from x;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_column() {
        assert_snapshot!(goto("
with x as (select 1 as a)
select a$0 from x;
"), @r"
          ╭▸ 
        2 │ with x as (select 1 as a)
          │                        ─ 2. destination
        3 │ select a from x;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_qualified_column_prefers_cte_over_table() {
        assert_snapshot!(goto("
create table u(id int, b int);
with u as (select 1 id, 2 b)
select u.id$0 from u;
"), @r"
          ╭▸ 
        3 │ with u as (select 1 id, 2 b)
          │                     ── 2. destination
        4 │ select u.id from u;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_subquery_qualified_column() {
        assert_snapshot!(goto("
select t.a$0 from (select 1 a) t;
"), @r"
          ╭▸ 
        2 │ select t.a from (select 1 a) t;
          ╰╴         ─ 1. source      ─ 2. destination
        ");
    }

    #[test]
    fn goto_cte_multiple_columns() {
        assert_snapshot!(goto("
with x as (select 1 as a, 2 as b)
select b$0 from x;
"), @r"
          ╭▸ 
        2 │ with x as (select 1 as a, 2 as b)
          │                                ─ 2. destination
        3 │ select b from x;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_nested() {
        assert_snapshot!(goto("
with x as (select 1 as a),
     y as (select a from x)
select a$0 from y;
"), @r"
          ╭▸ 
        3 │      y as (select a from x)
          │                   ─ 2. destination
        4 │ select a from y;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_unnamed_column() {
        assert_snapshot!(goto(r#"
with x as (select 1)
select "?column?"$0 from x;
"#), @r#"
          ╭▸ 
        2 │ with x as (select 1)
          │                   ─ 2. destination
        3 │ select "?column?" from x;
          ╰╴                ─ 1. source
        "#);
    }

    #[test]
    fn goto_cte_star_expansion() {
        assert_snapshot!(goto("
with t as (select 1 a),
     y as (select * from t)
select a$0 from y;
"), @r"
          ╭▸ 
        2 │ with t as (select 1 a),
          │                     ─ 2. destination
        3 │      y as (select * from t)
        4 │ select a from y;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_qualified_star_join_column() {
        assert_snapshot!(goto("
create table u(id int, b int);
create table t(id int, a int);

with k as (
    select u.* from t join u on a = b
)
select b$0 from k;
"), @r"
          ╭▸ 
        2 │ create table u(id int, b int);
          │                        ─ 2. destination
          ‡
        8 │ select b from k;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_qualified_star_join_column_with_partial_column_list() {
        assert_snapshot!(goto("
with
  u as (
    select 1 id, 2 b
  ),
  t as (
    select 1 id, 2 a
  ),
  k(x) as (
    select u.* from t join u on a = b
  )
select b$0 from k;
"), @r"
          ╭▸ 
        4 │     select 1 id, 2 b
          │                    ─ 2. destination
          ‡
       12 │ select b from k;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_reference_inside_cte() {
        assert_snapshot!(goto("
with t as (select 1 a),
     y as (select a$0 from t)
select a from y;
"), @r"
          ╭▸ 
        2 │ with t as (select 1 a),
          │                     ─ 2. destination
        3 │      y as (select a from t)
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_recursive_cte_reference_inside_cte() {
        assert_snapshot!(goto("
with recursive nums as (
  select 1 as n
  union all
  select n + 1 from nums$0 where n < 5
)
select * from nums;
"), @r"
          ╭▸ 
        2 │ with recursive nums as (
          │                ──── 2. destination
          ‡
        5 │   select n + 1 from nums where n < 5
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_with_column_list() {
        assert_snapshot!(goto("
with t(a) as (select 1)
select a$0 from t;
"), @r"
          ╭▸ 
        2 │ with t(a) as (select 1)
          │        ─ 2. destination
        3 │ select a from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_with_partial_column_list() {
        assert_snapshot!(goto("
with t(x) as (select 1 as a, 2 as b)
select b$0 from t;
"), @r"
          ╭▸ 
        2 │ with t(x) as (select 1 as a, 2 as b)
          │                                   ─ 2. destination
        3 │ select b from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_with_partial_column_list_renamed() {
        assert_snapshot!(goto("
with t(x) as (select 1 as a, 2 as b)
select x$0 from t;
"), @r"
          ╭▸ 
        2 │ with t(x) as (select 1 as a, 2 as b)
          │        ─ 2. destination
        3 │ select x from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_insert_returning_star_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
with inserted as (
  insert into t values (1, 2), (3, 4)
  returning *
)
select a$0 from inserted;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
          ‡
        7 │ select a from inserted;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_delete_returning_star_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
with deleted as (
  delete from t
  returning *
)
select a$0 from deleted;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
          ‡
        7 │ select a from deleted;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_update_returning_star_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
with updated as (
  update t set a = 42
  returning *
)
select a$0 from updated;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
          ‡
        7 │ select a from updated;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_update_returning_column_list_overwrites_column() {
        goto_not_found(
            "
create table t(a int, b int);
with updated(c) as (
  update t set a = 10
  returning a
)
select a$0 from updated;
",
        );
    }

    #[test]
    fn goto_cte_column_list_overwrites_column() {
        goto_not_found(
            "
with t(x) as (select 1 as a)
select a$0 from t;
",
        );
    }

    #[test]
    fn goto_cte_shadows_table() {
        assert_snapshot!(goto("
create table t(a int);
with t as (select a$0 from t)
select a from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │                ─ 2. destination
        3 │ with t as (select a from t)
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_subquery_column() {
        assert_snapshot!(goto("
select a$0 from (select 1 a);
"), @r"
          ╭▸ 
        2 │ select a from (select 1 a);
          ╰╴       ─ 1. source      ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_column_with_as() {
        assert_snapshot!(goto("
select a$0 from (select 1 as a);
"), @r"
          ╭▸ 
        2 │ select a from (select 1 as a);
          ╰╴       ─ 1. source         ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_compound_select_column() {
        assert_snapshot!(goto("
select c$0 from (select 1 c union select 2 c);
"), @r"
          ╭▸ 
        2 │ select c from (select 1 c union select 2 c);
          ╰╴       ─ 1. source      ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_compound_select_column_with_nested_parens() {
        assert_snapshot!(goto("
with t as (
  select 1 as c
)
select c$0 from ((select * from t) union all (select * from t));
"), @r"
          ╭▸ 
        3 │   select 1 as c
          │               ─ 2. destination
        4 │ )
        5 │ select c from ((select * from t) union all (select * from t));
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_subquery_column_multiple_columns() {
        assert_snapshot!(goto("
select b$0 from (select 1 a, 2 b);
"), @r"
          ╭▸ 
        2 │ select b from (select 1 a, 2 b);
          ╰╴       ─ 1. source           ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_column_nested_parens() {
        assert_snapshot!(goto("
select a$0 from ((select 1 a));
"), @r"
          ╭▸ 
        2 │ select a from ((select 1 a));
          ╰╴       ─ 1. source       ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_column_star_table() {
        assert_snapshot!(goto("
create table foo.t(a int);
select a$0 from (select * from foo.t);
"), @r"
          ╭▸ 
        2 │ create table foo.t(a int);
          │                    ─ 2. destination
        3 │ select a from (select * from foo.t);
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_subquery_column_qualified_star_join() {
        assert_snapshot!(goto("
create table t(a int);
create table u(b int);
select b$0 from (select u.* from t join u on a = b);
"), @r"
          ╭▸ 
        3 │ create table u(b int);
          │                ─ 2. destination
        4 │ select b from (select u.* from t join u on a = b);
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_subquery_column_qualified_star_join_not_found() {
        goto_not_found(
            "
create table t(a int);
create table u(b int);
select a$0 from (select u.* from t join u on a = b);
",
        );
    }

    #[test]
    fn goto_subquery_column_alias_list() {
        assert_snapshot!(goto("
select c$0, t.c from (select 1) t(c);
"), @r"
          ╭▸ 
        2 │ select c, t.c from (select 1) t(c);
          ╰╴       ─ 1. source              ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_column_alias_list_qualified() {
        assert_snapshot!(goto("
select t.c$0 from (select 1) t(c);
"), @r"
          ╭▸ 
        2 │ select t.c from (select 1) t(c);
          ╰╴         ─ 1. source         ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_column_alias_list_multiple() {
        assert_snapshot!(goto("
select b$0 from (select 1, 2) t(a, b);
"), @r"
          ╭▸ 
        2 │ select b from (select 1, 2) t(a, b);
          ╰╴       ─ 1. source               ─ 2. destination
        ");
    }

    #[test]
    fn goto_cte_column_alias_list() {
        assert_snapshot!(goto("
with x as (select 1)
select c$0 from x t(c);
"), @r"
          ╭▸ 
        3 │ select c from x t(c);
          │        ┬          ─ 2. destination
          │        │
          ╰╴       1. source
        ");
    }

    #[test]
    fn goto_cte_column_alias_list_qualified() {
        assert_snapshot!(goto("
with x as (select 1)
select t.c$0 from x t(c);
"), @r"
          ╭▸ 
        3 │ select t.c from x t(c);
          │          ┬          ─ 2. destination
          │          │
          ╰╴         1. source
        ");
    }

    #[test]
    fn goto_cte_column_alias_list_multiple() {
        assert_snapshot!(goto("
with x as (select 1, 2)
select b$0 from x t(a, b);
"), @r"
          ╭▸ 
        3 │ select b from x t(a, b);
          ╰╴       ─ 1. source   ─ 2. destination
        ");
    }

    #[test]
    fn goto_values_column_alias_list() {
        assert_snapshot!(goto("
select c$0 from (values (1)) t(c);
"), @r"
          ╭▸ 
        2 │ select c from (values (1)) t(c);
          ╰╴       ─ 1. source           ─ 2. destination
        ");
    }

    #[test]
    fn goto_values_column_alias_list_qualified() {
        assert_snapshot!(goto("
select t.c$0 from (values (1)) t(c);
"), @r"
          ╭▸ 
        2 │ select t.c from (values (1)) t(c);
          ╰╴         ─ 1. source           ─ 2. destination
        ");
    }

    #[test]
    fn goto_values_column_alias_list_multiple() {
        assert_snapshot!(goto("
select b$0 from (values (1, 2)) t(a, b);
"), @r"
          ╭▸ 
        2 │ select b from (values (1, 2)) t(a, b);
          ╰╴       ─ 1. source                 ─ 2. destination
        ");
    }

    #[test]
    fn goto_values_column_alias_list_nested_parens() {
        assert_snapshot!(goto("
select n$0
from ((values (1), (2))) u(n);
"), @r"
          ╭▸ 
        2 │ select n
          │        ─ 1. source
        3 │ from ((values (1), (2))) u(n);
          ╰╴                           ─ 2. destination
        ");
    }

    #[test]
    fn goto_table_expr_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
select a$0 from (table t);
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ select a from (table t);
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_table_expr_column_with_cte() {
        assert_snapshot!(goto("
with x as (select 1 a)
select a$0 from (table x);
"), @r"
          ╭▸ 
        2 │ with x as (select 1 a)
          │                     ─ 2. destination
        3 │ select a from (table x);
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_table_expr_cte_table() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b)
select * from (table t$0);
"), @r"
          ╭▸ 
        2 │ with t as (select 1 a, 2 b)
          │      ─ 2. destination
        3 │ select * from (table t);
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_table_expr_partial_column_alias_list() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b)
select c, b$0 from (table t) u(c);
"), @r"
          ╭▸ 
        2 │ with t as (select 1 a, 2 b)
          │                          ─ 2. destination
        3 │ select c, b from (table t) u(c);
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_subquery_partial_column_alias_list() {
        assert_snapshot!(goto("
select x, b$0 from (select 1 a, 2 b) t(x);
"), @r"
          ╭▸ 
        2 │ select x, b from (select 1 a, 2 b) t(x);
          ╰╴          ─ 1. source           ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_alias_with_column_list_table_ref() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b)
select z$0 from (select * from t) as z(x, y);
"), @"
          ╭▸ 
        3 │ select z from (select * from t) as z(x, y);
          ╰╴       ─ 1. source                 ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_alias_with_column_list_table_ref_shadows_column() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b)
select z$0 from (select a as z, b from t) as z(x, y);
"), @"
          ╭▸ 
        3 │ select z from (select a as z, b from t) as z(x, y);
          ╰╴       ─ 1. source                         ─ 2. destination
        ");
    }

    #[test]
    fn goto_subquery_nested_paren_alias_with_column_list_table_ref() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b, 3 c)
select z$0 from ((select * from t)) as z(x, y);
"), @"
          ╭▸ 
        3 │ select z from ((select * from t)) as z(x, y);
          ╰╴       ─ 1. source                   ─ 2. destination
        ");
    }

    #[test]
    fn goto_table_expr_values_cte_partial_alias() {
        assert_snapshot!(goto("
with t as (values (1, 2), (3, 4))
select column2$0 from (table t) u(a);
"), @r"
          ╭▸ 
        2 │ with t as (values (1, 2), (3, 4))
          │                       ─ 2. destination
        3 │ select column2 from (table t) u(a);
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_with_table_expr() {
        assert_snapshot!(goto("
create table t(a int, b int);
with u as (table t)
select a$0 from u;
"), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ with u as (table t)
        4 │ select a from u;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_with_table_expr_nested() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b),
     u as (table t)
select b$0 from u;
"), @r"
          ╭▸ 
        2 │ with t as (select 1 a, 2 b),
          │                          ─ 2. destination
        3 │      u as (table t)
        4 │ select b from u;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
insert into users$0(id, email) values (1, 'test@example.com');
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │              ───── 2. destination
        3 │ insert into users(id, email) values (1, 'test@example.com');
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_table_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
insert into public.users$0(id, email) values (1, 'test@example.com');
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                     ───── 2. destination
        3 │ insert into public.users(id, email) values (1, 'test@example.com');
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
insert into users(id$0, email) values (1, 'test@example.com');
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                    ── 2. destination
        3 │ insert into users(id, email) values (1, 'test@example.com');
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_column_second() {
        assert_snapshot!(goto("
create table users(id int, email text);
insert into users(id, email$0) values (1, 'test@example.com');
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ insert into users(id, email) values (1, 'test@example.com');
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_column_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
insert into public.users(email$0) values ('test@example.com');
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                                   ───── 2. destination
        3 │ insert into public.users(email) values ('test@example.com');
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_table_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
insert into users$0(id, email) values (1, 'test@example.com');
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                  ───── 2. destination
        4 │ insert into users(id, email) values (1, 'test@example.com');
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_column_with_search_path() {
        assert_snapshot!(goto("
set search_path to myschema;
create table myschema.users(id int, email text, name text);
insert into users(email$0, name) values ('test@example.com', 'Test');
"), @r"
          ╭▸ 
        3 │ create table myschema.users(id int, email text, name text);
          │                                     ───── 2. destination
        4 │ insert into users(email, name) values ('test@example.com', 'Test');
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
delete from users$0 where id = 1;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │              ───── 2. destination
        3 │ delete from users where id = 1;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_table_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
delete from public.users$0 where id = 1;
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                     ───── 2. destination
        3 │ delete from public.users where id = 1;
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_table_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
delete from users$0 where id = 1;
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                  ───── 2. destination
        4 │ delete from users where id = 1;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_temp_table() {
        assert_snapshot!(goto("
create temp table users(id int, email text);
delete from users$0 where id = 1;
"), @r"
          ╭▸ 
        2 │ create temp table users(id int, email text);
          │                   ───── 2. destination
        3 │ delete from users where id = 1;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_where_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
delete from users where id$0 = 1;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                    ── 2. destination
        3 │ delete from users where id = 1;
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_where_column_second() {
        assert_snapshot!(goto("
create table users(id int, email text);
delete from users where email$0 = 'test@example.com';
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ delete from users where email = 'test@example.com';
          ╰╴                            ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_where_column_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text, name text);
delete from public.users where name$0 = 'Test';
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text, name text);
          │                                               ──── 2. destination
        3 │ delete from public.users where name = 'Test';
          ╰╴                                  ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_where_column_with_search_path() {
        assert_snapshot!(goto("
set search_path to myschema;
create table myschema.users(id int, email text, active boolean);
delete from users where active$0 = true;
"), @r"
          ╭▸ 
        3 │ create table myschema.users(id int, email text, active boolean);
          │                                                 ────── 2. destination
        4 │ delete from users where active = true;
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_where_multiple_columns() {
        assert_snapshot!(goto("
create table users(id int, email text, active boolean);
delete from users where id$0 = 1 and active = true;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text, active boolean);
          │                    ── 2. destination
        3 │ delete from users where id = 1 and active = true;
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_using_table() {
        assert_snapshot!(goto("
create table t(id int, f_id int);
create table f(id int, name text);
delete from t using f$0 where f_id = f.id and f.name = 'foo';
"), @r"
          ╭▸ 
        3 │ create table f(id int, name text);
          │              ─ 2. destination
        4 │ delete from t using f where f_id = f.id and f.name = 'foo';
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_using_table_with_schema() {
        assert_snapshot!(goto("
create table t(id int, f_id int);
create table public.f(id int, name text);
delete from t using public.f$0 where f_id = f.id;
"), @r"
          ╭▸ 
        3 │ create table public.f(id int, name text);
          │                     ─ 2. destination
        4 │ delete from t using public.f where f_id = f.id;
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_using_column_in_where() {
        assert_snapshot!(goto("
create table t(id int, f_id int);
create table f(id int, name text);
delete from t using f where f_id = f.id$0 and f.name = 'foo';
"), @r"
          ╭▸ 
        2 │ create table t(id int, f_id int);
          │                ── 2. destination
        3 │ create table f(id int, name text);
        4 │ delete from t using f where f_id = f.id and f.name = 'foo';
          ╰╴                                      ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
select * from users$0;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │              ───── 2. destination
        3 │ select * from users;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_table_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
select * from public.users$0;
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                     ───── 2. destination
        3 │ select * from public.users;
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_table_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
select * from users$0;
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                  ───── 2. destination
        4 │ select * from users;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_temp_table() {
        assert_snapshot!(goto("
create temp table users(id int, email text);
select * from users$0;
"), @r"
          ╭▸ 
        2 │ create temp table users(id int, email text);
          │                   ───── 2. destination
        3 │ select * from users;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_select_from_table_defined_after() {
        assert_snapshot!(goto("
select * from users$0;
create table users(id int, email text);
"), @r"
          ╭▸ 
        2 │ select * from users;
          │                   ─ 1. source
        3 │ create table users(id int, email text);
          ╰╴             ───── 2. destination
        ");
    }

    #[test]
    fn goto_select_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
select id$0 from users;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                    ── 2. destination
        3 │ select id from users;
          ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_second() {
        assert_snapshot!(goto("
create table users(id int, email text);
select id, email$0 from users;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ select id, email from users;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
select email$0 from public.users;
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                                   ───── 2. destination
        3 │ select email from public.users;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
select id$0 from users;
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                        ── 2. destination
        4 │ select id from users;
          ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_select_table_as_column() {
        assert_snapshot!(goto("
create table t(x bigint, y bigint);
select t$0 from t;
"), @r"
          ╭▸ 
        2 │ create table t(x bigint, y bigint);
          │              ─ 2. destination
        3 │ select t from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_select_table_star_expansion() {
        assert_snapshot!(goto("
create table t(id int, a int);
select t$0.* from t;
"), @r"
          ╭▸ 
        2 │ create table t(id int, a int);
          │              ─ 2. destination
        3 │ select t.* from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_select_table_as_column_with_schema() {
        assert_snapshot!(goto("
create table public.t(x bigint, y bigint);
select t$0 from public.t;
"), @r"
          ╭▸ 
        2 │ create table public.t(x bigint, y bigint);
          │                     ─ 2. destination
        3 │ select t from public.t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_select_table_as_column_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
select users$0 from users;
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                  ───── 2. destination
        4 │ select users from users;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_select_column_with_same_name_as_table() {
        assert_snapshot!(goto("
create table t(t int);
select t$0 from t;
"), @r"
          ╭▸ 
        2 │ create table t(t int);
          │                ─ 2. destination
        3 │ select t from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_schema() {
        assert_snapshot!(goto("
create schema foo;
drop schema foo$0;
"), @r"
          ╭▸ 
        2 │ create schema foo;
          │               ─── 2. destination
        3 │ drop schema foo;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_create_schema_authorization() {
        assert_snapshot!(goto("
create schema authorization foo$0;
"), @r"
          ╭▸ 
        2 │ create schema authorization foo;
          │                             ┬─┬
          │                             │ │
          │                             │ 1. source
          ╰╴                            2. destination
        ");
    }

    #[test]
    fn goto_drop_schema_authorization() {
        assert_snapshot!(goto("
create schema authorization foo;
drop schema foo$0;
"), @r"
          ╭▸ 
        2 │ create schema authorization foo;
          │                             ─── 2. destination
        3 │ drop schema foo;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_schema_defined_after() {
        assert_snapshot!(goto("
drop schema foo$0;
create schema foo;
"), @r"
          ╭▸ 
        2 │ drop schema foo;
          │               ─ 1. source
        3 │ create schema foo;
          ╰╴              ─── 2. destination
        ");
    }

    #[test]
    fn goto_schema_qualifier_in_table() {
        assert_snapshot!(goto("
create schema foo;
create table foo$0.t(a int);
"), @r"
          ╭▸ 
        2 │ create schema foo;
          │               ─── 2. destination
        3 │ create table foo.t(a int);
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_schema_qualifier_in_drop_table() {
        assert_snapshot!(goto("
create schema foo;
create table foo.t(a int);
drop table foo$0.t;
"), @r"
          ╭▸ 
        2 │ create schema foo;
          │               ─── 2. destination
        3 │ create table foo.t(a int);
        4 │ drop table foo.t;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_schema_qualifier_multiple_schemas() {
        assert_snapshot!(goto("
create schema foo;
create schema bar;
create table bar$0.t(a int);
"), @r"
          ╭▸ 
        3 │ create schema bar;
          │               ─── 2. destination
        4 │ create table bar.t(a int);
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_schema_qualifier_in_function_call() {
        assert_snapshot!(goto(r#"
create schema foo;
create function foo.bar() returns int as $$ begin return 1; end; $$ language plpgsql;
select foo$0.bar();
"#), @r"
          ╭▸ 
        2 │ create schema foo;
          │               ─── 2. destination
        3 │ create function foo.bar() returns int as $$ begin return 1; end; $$ language plpgsql;
        4 │ select foo.bar();
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_schema_qualifier_in_function_call_from_clause() {
        assert_snapshot!(goto(r#"
create schema myschema;
create function myschema.get_data() returns table(id int) as $$ begin return query select 1; end; $$ language plpgsql;
select * from myschema$0.get_data();
"#), @r"
          ╭▸ 
        2 │ create schema myschema;
          │               ──────── 2. destination
        3 │ create function myschema.get_data() returns table(id int) as $$ begin return query select 1; end; $$ language plpgsql;
        4 │ select * from myschema.get_data();
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_schema_qualifier_in_select_from() {
        assert_snapshot!(goto("
create schema foo;
create table foo.t(x int);
select x from foo$0.t;
"), @r"
          ╭▸ 
        2 │ create schema foo;
          │               ─── 2. destination
        3 │ create table foo.t(x int);
        4 │ select x from foo.t;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_qualified_column_table() {
        assert_snapshot!(goto("
create table t(a int);
select t$0.a from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │              ─ 2. destination
        3 │ select t.a from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_qualified_column_column() {
        assert_snapshot!(goto("
create table t(a int);
select t.a$0 from t;
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │                ─ 2. destination
        3 │ select t.a from t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_three_part_qualified_column_schema() {
        assert_snapshot!(goto("
create schema foo;
create table foo.t(a int);
select foo$0.t.a from t;
"), @r"
          ╭▸ 
        2 │ create schema foo;
          │               ─── 2. destination
        3 │ create table foo.t(a int);
        4 │ select foo.t.a from t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_three_part_qualified_column_table() {
        assert_snapshot!(goto("
create schema foo;
create table foo.t(a int);
select foo.t$0.a from t;
"), @r"
          ╭▸ 
        3 │ create table foo.t(a int);
          │                  ─ 2. destination
        4 │ select foo.t.a from t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_three_part_qualified_column_column() {
        assert_snapshot!(goto("
create schema foo;
create table foo.t(a int);
select foo.t.a$0 from t;
"), @r"
          ╭▸ 
        3 │ create table foo.t(a int);
          │                    ─ 2. destination
        4 │ select foo.t.a from t;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_values_column1() {
        assert_snapshot!(goto("
with t as (
    values (1, 2), (3, 4)
)
select column1$0, column2 from t;
"), @r"
          ╭▸ 
        3 │     values (1, 2), (3, 4)
          │             ─ 2. destination
        4 │ )
        5 │ select column1, column2 from t;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_values_column2() {
        assert_snapshot!(goto("
with t as (
    values (1, 2), (3, 4)
)
select column1, column2$0 from t;
"), @r"
          ╭▸ 
        3 │     values (1, 2), (3, 4)
          │                ─ 2. destination
        4 │ )
        5 │ select column1, column2 from t;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_values_single_column() {
        assert_snapshot!(goto("
with t as (
    values (1), (2), (3)
)
select column1$0 from t;
"), @r"
          ╭▸ 
        3 │     values (1), (2), (3)
          │             ─ 2. destination
        4 │ )
        5 │ select column1 from t;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_values_multiple_rows() {
        assert_snapshot!(goto("
with t as (
    values
        (1, 2, 3),
        (4, 5, 6),
        (7, 8, 9)
)
select column3$0 from t;
"), @r"
          ╭▸ 
        4 │         (1, 2, 3),
          │                ─ 2. destination
          ‡
        8 │ select column3 from t;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_values_uppercase_column_names() {
        assert_snapshot!(goto("
with t as (
    values (1, 2), (3, 4)
)
select COLUMN1$0, COLUMN2 from t;
"), @r"
          ╭▸ 
        3 │     values (1, 2), (3, 4)
          │             ─ 2. destination
        4 │ )
        5 │ select COLUMN1, COLUMN2 from t;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_qualified_column_with_schema_in_from_table() {
        assert_snapshot!(goto("
create table foo.t(a int, b int);
select t$0.a from foo.t;
"), @r"
          ╭▸ 
        2 │ create table foo.t(a int, b int);
          │                  ─ 2. destination
        3 │ select t.a from foo.t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_qualified_column_with_schema_in_from_column() {
        assert_snapshot!(goto("
create table foo.t(a int, b int);
select t.a$0 from foo.t;
"), @r"
          ╭▸ 
        2 │ create table foo.t(a int, b int);
          │                    ─ 2. destination
        3 │ select t.a from foo.t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_union_all_column() {
        assert_snapshot!(goto("
with t as (
    select 1 as a, 2 as b
    union all
    select 3, 4
)
select a$0, b from t;
"), @r"
          ╭▸ 
        3 │     select 1 as a, 2 as b
          │                 ─ 2. destination
          ‡
        7 │ select a, b from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_union_all_column_second() {
        assert_snapshot!(goto("
with t as (
    select 1 as a, 2 as b
    union all
    select 3, 4
)
select a, b$0 from t;
"), @r"
          ╭▸ 
        3 │     select 1 as a, 2 as b
          │                         ─ 2. destination
          ‡
        7 │ select a, b from t;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_union_column() {
        assert_snapshot!(goto("
with t as (
    select 1 as a, 2 as b
    union
    select 3, 4
)
select a$0 from t;
"), @r"
          ╭▸ 
        3 │     select 1 as a, 2 as b
          │                 ─ 2. destination
          ‡
        7 │ select a from t;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_insert_returning_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
with inserted as (
  insert into t values (1, 2), (3, 4)
  returning a, b
)
select a$0 from inserted;
"), @r"
          ╭▸ 
        5 │   returning a, b
          │             ─ 2. destination
        6 │ )
        7 │ select a from inserted;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_insert_returning_aliased_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
with inserted as (
  insert into t values (1, 2), (3, 4)
  returning a as x
)
select x$0 from inserted;
"), @r"
          ╭▸ 
        5 │   returning a as x
          │                  ─ 2. destination
        6 │ )
        7 │ select x from inserted;
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_aggregate() {
        assert_snapshot!(goto("
create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
drop aggregate myavg$0(int);
"), @r"
          ╭▸ 
        2 │ create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
          │                  ───── 2. destination
        3 │ drop aggregate myavg(int);
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_aggregate_with_schema() {
        assert_snapshot!(goto("
set search_path to public;
create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
drop aggregate public.myavg$0(int);
"), @r"
          ╭▸ 
        3 │ create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
          │                  ───── 2. destination
        4 │ drop aggregate public.myavg(int);
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_aggregate_defined_after() {
        assert_snapshot!(goto("
drop aggregate myavg$0(int);
create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
"), @r"
          ╭▸ 
        2 │ drop aggregate myavg(int);
          │                    ─ 1. source
        3 │ create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
          ╰╴                 ───── 2. destination
        ");
    }

    #[test]
    fn goto_aggregate_definition_returns_self() {
        assert_snapshot!(goto("
create aggregate myavg$0(int) (sfunc = int4_avg_accum, stype = _int8);
"), @r"
          ╭▸ 
        2 │ create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
          │                  ┬───┬
          │                  │   │
          │                  │   1. source
          ╰╴                 2. destination
        ");
    }

    #[test]
    fn goto_drop_aggregate_with_search_path() {
        assert_snapshot!(goto("
create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
set search_path to bar;
create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
set search_path to default;
drop aggregate myavg$0(int);
"), @r"
          ╭▸ 
        2 │ create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
          │                  ───── 2. destination
          ‡
        6 │ drop aggregate myavg(int);
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_aggregate_multiple() {
        assert_snapshot!(goto("
create aggregate avg1(int) (sfunc = int4_avg_accum, stype = _int8);
create aggregate avg2(int) (sfunc = int4_avg_accum, stype = _int8);
drop aggregate avg1(int), avg2$0(int);
"), @r"
          ╭▸ 
        3 │ create aggregate avg2(int) (sfunc = int4_avg_accum, stype = _int8);
          │                  ──── 2. destination
        4 │ drop aggregate avg1(int), avg2(int);
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_aggregate_overloaded() {
        assert_snapshot!(goto("
create aggregate sum(complex) (sfunc = complex_add, stype = complex, initcond = '(0,0)');
create aggregate sum(bigint) (sfunc = bigint_add, stype = bigint, initcond = '0');
drop aggregate sum$0(complex);
"), @r"
          ╭▸ 
        2 │ create aggregate sum(complex) (sfunc = complex_add, stype = complex, initcond = '(0,0)');
          │                  ─── 2. destination
        3 │ create aggregate sum(bigint) (sfunc = bigint_add, stype = bigint, initcond = '0');
        4 │ drop aggregate sum(complex);
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_aggregate_second_overload() {
        assert_snapshot!(goto("
create aggregate sum(complex) (sfunc = complex_add, stype = complex, initcond = '(0,0)');
create aggregate sum(bigint) (sfunc = bigint_add, stype = bigint, initcond = '0');
drop aggregate sum$0(bigint);
"), @r"
          ╭▸ 
        3 │ create aggregate sum(bigint) (sfunc = bigint_add, stype = bigint, initcond = '0');
          │                  ─── 2. destination
        4 │ drop aggregate sum(bigint);
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_function() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
drop routine foo$0();
"), @r"
          ╭▸ 
        2 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        3 │ drop routine foo();
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_aggregate() {
        assert_snapshot!(goto("
create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
drop routine myavg$0(int);
"), @r"
          ╭▸ 
        2 │ create aggregate myavg(int) (sfunc = int4_avg_accum, stype = _int8);
          │                  ───── 2. destination
        3 │ drop routine myavg(int);
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_with_schema() {
        assert_snapshot!(goto("
set search_path to public;
create function foo() returns int as $$ select 1 $$ language sql;
drop routine public.foo$0();
"), @r"
          ╭▸ 
        3 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        4 │ drop routine public.foo();
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_defined_after() {
        assert_snapshot!(goto("
drop routine foo$0();
create function foo() returns int as $$ select 1 $$ language sql;
"), @r"
          ╭▸ 
        2 │ drop routine foo();
          │                ─ 1. source
        3 │ create function foo() returns int as $$ select 1 $$ language sql;
          ╰╴                ─── 2. destination
        ");
    }

    #[test]
    fn goto_drop_routine_with_search_path() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
set search_path to bar;
create function foo() returns int as $$ select 1 $$ language sql;
set search_path to default;
drop routine foo$0();
"), @r"
          ╭▸ 
        2 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
          ‡
        6 │ drop routine foo();
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_overloaded() {
        assert_snapshot!(goto("
create function add(complex) returns complex as $$ select null $$ language sql;
create function add(bigint) returns bigint as $$ select 1 $$ language sql;
drop routine add$0(complex);
"), @r"
          ╭▸ 
        2 │ create function add(complex) returns complex as $$ select null $$ language sql;
          │                 ─── 2. destination
        3 │ create function add(bigint) returns bigint as $$ select 1 $$ language sql;
        4 │ drop routine add(complex);
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_second_overload() {
        assert_snapshot!(goto("
create function add(complex) returns complex as $$ select null $$ language sql;
create function add(bigint) returns bigint as $$ select 1 $$ language sql;
drop routine add$0(bigint);
"), @r"
          ╭▸ 
        3 │ create function add(bigint) returns bigint as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        4 │ drop routine add(bigint);
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_aggregate_overloaded() {
        assert_snapshot!(goto("
create aggregate sum(complex) (sfunc = complex_add, stype = complex, initcond = '(0,0)');
create aggregate sum(bigint) (sfunc = bigint_add, stype = bigint, initcond = '0');
drop routine sum$0(complex);
"), @r"
          ╭▸ 
        2 │ create aggregate sum(complex) (sfunc = complex_add, stype = complex, initcond = '(0,0)');
          │                  ─── 2. destination
        3 │ create aggregate sum(bigint) (sfunc = bigint_add, stype = bigint, initcond = '0');
        4 │ drop routine sum(complex);
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_multiple() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
create function bar() returns int as $$ select 1 $$ language sql;
drop routine foo(), bar$0();
"), @r"
          ╭▸ 
        3 │ create function bar() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        4 │ drop routine foo(), bar();
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_procedure() {
        assert_snapshot!(goto("
create procedure foo() language sql as $$ select 1 $$;
drop procedure foo$0();
"), @r"
          ╭▸ 
        2 │ create procedure foo() language sql as $$ select 1 $$;
          │                  ─── 2. destination
        3 │ drop procedure foo();
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_procedure_with_schema() {
        assert_snapshot!(goto("
set search_path to public;
create procedure foo() language sql as $$ select 1 $$;
drop procedure public.foo$0();
"), @r"
          ╭▸ 
        3 │ create procedure foo() language sql as $$ select 1 $$;
          │                  ─── 2. destination
        4 │ drop procedure public.foo();
          ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_procedure_defined_after() {
        assert_snapshot!(goto("
drop procedure foo$0();
create procedure foo() language sql as $$ select 1 $$;
"), @r"
          ╭▸ 
        2 │ drop procedure foo();
          │                  ─ 1. source
        3 │ create procedure foo() language sql as $$ select 1 $$;
          ╰╴                 ─── 2. destination
        ");
    }

    #[test]
    fn goto_drop_procedure_with_search_path() {
        assert_snapshot!(goto("
create procedure foo() language sql as $$ select 1 $$;
set search_path to bar;
create procedure foo() language sql as $$ select 1 $$;
set search_path to default;
drop procedure foo$0();
"), @r"
          ╭▸ 
        2 │ create procedure foo() language sql as $$ select 1 $$;
          │                  ─── 2. destination
          ‡
        6 │ drop procedure foo();
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_procedure_overloaded() {
        assert_snapshot!(goto("
create procedure add(complex) language sql as $$ select null $$;
create procedure add(bigint) language sql as $$ select 1 $$;
drop procedure add$0(complex);
"), @r"
          ╭▸ 
        2 │ create procedure add(complex) language sql as $$ select null $$;
          │                  ─── 2. destination
        3 │ create procedure add(bigint) language sql as $$ select 1 $$;
        4 │ drop procedure add(complex);
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_procedure_second_overload() {
        assert_snapshot!(goto("
create procedure add(complex) language sql as $$ select null $$;
create procedure add(bigint) language sql as $$ select 1 $$;
drop procedure add$0(bigint);
"), @r"
          ╭▸ 
        3 │ create procedure add(bigint) language sql as $$ select 1 $$;
          │                  ─── 2. destination
        4 │ drop procedure add(bigint);
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_procedure_multiple() {
        assert_snapshot!(goto("
create procedure foo() language sql as $$ select 1 $$;
create procedure bar() language sql as $$ select 1 $$;
drop procedure foo(), bar$0();
"), @r"
          ╭▸ 
        3 │ create procedure bar() language sql as $$ select 1 $$;
          │                  ─── 2. destination
        4 │ drop procedure foo(), bar();
          ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn goto_procedure_definition_returns_self() {
        assert_snapshot!(goto("
create procedure foo$0() language sql as $$ select 1 $$;
"), @r"
          ╭▸ 
        2 │ create procedure foo() language sql as $$ select 1 $$;
          │                  ┬─┬
          │                  │ │
          │                  │ 1. source
          ╰╴                 2. destination
        ");
    }

    #[test]
    fn goto_call_procedure() {
        assert_snapshot!(goto("
create procedure foo() language sql as $$ select 1 $$;
call foo$0();
"), @r"
          ╭▸ 
        2 │ create procedure foo() language sql as $$ select 1 $$;
          │                  ─── 2. destination
        3 │ call foo();
          ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_call_procedure_with_schema() {
        assert_snapshot!(goto("
create procedure public.foo() language sql as $$ select 1 $$;
call public.foo$0();
"), @r"
          ╭▸ 
        2 │ create procedure public.foo() language sql as $$ select 1 $$;
          │                         ─── 2. destination
        3 │ call public.foo();
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_call_procedure_with_search_path() {
        assert_snapshot!(goto("
set search_path to myschema;
create procedure foo() language sql as $$ select 1 $$;
call myschema.foo$0();
"), @r"
          ╭▸ 
        3 │ create procedure foo() language sql as $$ select 1 $$;
          │                  ─── 2. destination
        4 │ call myschema.foo();
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_procedure() {
        assert_snapshot!(goto("
create procedure foo() language sql as $$ select 1 $$;
drop routine foo$0();
"), @r"
          ╭▸ 
        2 │ create procedure foo() language sql as $$ select 1 $$;
          │                  ─── 2. destination
        3 │ drop routine foo();
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_prefers_function_over_procedure() {
        assert_snapshot!(goto("
create function foo() returns int as $$ select 1 $$ language sql;
create procedure foo() language sql as $$ select 1 $$;
drop routine foo$0();
"), @r"
          ╭▸ 
        2 │ create function foo() returns int as $$ select 1 $$ language sql;
          │                 ─── 2. destination
        3 │ create procedure foo() language sql as $$ select 1 $$;
        4 │ drop routine foo();
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_routine_prefers_aggregate_over_procedure() {
        assert_snapshot!(goto("
create aggregate foo(int) (sfunc = int4_avg_accum, stype = _int8);
create procedure foo(int) language sql as $$ select 1 $$;
drop routine foo$0(int);
"), @r"
          ╭▸ 
        2 │ create aggregate foo(int) (sfunc = int4_avg_accum, stype = _int8);
          │                  ─── 2. destination
        3 │ create procedure foo(int) language sql as $$ select 1 $$;
        4 │ drop routine foo(int);
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_table_alias_in_qualified_column() {
        assert_snapshot!(goto("
create table t(a int8, b text);
select f$0.a from t as f;
"), @r"
          ╭▸ 
        3 │ select f.a from t as f;
          ╰╴       ─ 1. source   ─ 2. destination
        ");
    }

    #[test]
    fn goto_column_through_table_alias() {
        assert_snapshot!(goto("
create table t(a int8, b text);
select f.a$0 from t as f;
"), @r"
          ╭▸ 
        2 │ create table t(a int8, b text);
          │                ─ 2. destination
        3 │ select f.a from t as f;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_alias_renamed_column() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b)
select f.x$0 from t as f(x);
"), @r"
          ╭▸ 
        3 │ select f.x from t as f(x);
          ╰╴         ─ 1. source   ─ 2. destination
        ");
    }

    #[test]
    fn goto_cte_alias_unrenamed_column() {
        assert_snapshot!(goto("
with t as (select 1 a, 2 b)
select f.b$0 from t as f(x);
"), @r"
          ╭▸ 
        2 │ with t as (select 1 a, 2 b)
          │                          ─ 2. destination
        3 │ select f.b from t as f(x);
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_join_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table messages(id int, user_id int, message text);
select * from users join messages$0 on users.id = messages.user_id;
"), @r"
          ╭▸ 
        3 │ create table messages(id int, user_id int, message text);
          │              ──────── 2. destination
        4 │ select * from users join messages on users.id = messages.user_id;
          ╰╴                                ─ 1. source
        ");
    }

    #[test]
    fn goto_join_qualified_column_from_joined_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table messages(id int, user_id int, message text);
select messages.user_id$0 from users join messages on users.id = messages.user_id;
"), @r"
          ╭▸ 
        3 │ create table messages(id int, user_id int, message text);
          │                               ─────── 2. destination
        4 │ select messages.user_id from users join messages on users.id = messages.user_id;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_join_qualified_column_from_base_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table messages(id int, user_id int, message text);
select users.id$0 from users join messages on users.id = messages.user_id;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                    ── 2. destination
        3 │ create table messages(id int, user_id int, message text);
        4 │ select users.id from users join messages on users.id = messages.user_id;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_join_multiple_joins() {
        assert_snapshot!(goto("
create table users(id int, name text);
create table messages(id int, user_id int, message text);
create table comments(id int, message_id int, text text);
select comments.text$0 from users
  join messages on users.id = messages.user_id
  join comments on messages.id = comments.message_id;
"), @r"
          ╭▸ 
        4 │ create table comments(id int, message_id int, text text);
          │                                               ──── 2. destination
        5 │ select comments.text from users
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_join_with_aliases() {
        assert_snapshot!(goto("
create table users(id int, name text);
create table messages(id int, user_id int, message text);
select m.message$0 from users as u join messages as m on u.id = m.user_id;
"), @r"
          ╭▸ 
        3 │ create table messages(id int, user_id int, message text);
          │                                            ─────── 2. destination
        4 │ select m.message from users as u join messages as m on u.id = m.user_id;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_join_unqualified_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table messages(id int, user_id int, message text);
select message$0 from users join messages on users.id = messages.user_id;
"), @r"
          ╭▸ 
        3 │ create table messages(id int, user_id int, message text);
          │                                            ─────── 2. destination
        4 │ select message from users join messages on users.id = messages.user_id;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_join_with_many_tables() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table messages(id int, user_id int, message text);
create table logins(id int, user_id int, at timestamptz);
create table posts(id int, user_id int, post text);

select post$0 
  from users
    join messages 
      on users.id = messages.user_id
      join logins
        on users.id = logins.user_id
        join posts
          on users.id = posts.user_id
"), @r"
          ╭▸ 
        5 │ create table posts(id int, user_id int, post text);
          │                                         ──── 2. destination
        6 │
        7 │ select post 
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_join_with_schema() {
        assert_snapshot!(goto("
create schema foo;
create table foo.users(id int, email text);
create table foo.messages(id int, user_id int, message text);
select foo.messages.message$0 from foo.users join foo.messages on foo.users.id = foo.messages.user_id;
"), @r"
          ╭▸ 
        4 │ create table foo.messages(id int, user_id int, message text);
          │                                                ─────── 2. destination
        5 │ select foo.messages.message from foo.users join foo.messages on foo.users.id = foo.messages.user_id;
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_join_left_join() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table messages(id int, user_id int, message text);
select messages.message$0 from users left join messages on users.id = messages.user_id;
"), @r"
          ╭▸ 
        3 │ create table messages(id int, user_id int, message text);
          │                                            ─────── 2. destination
        4 │ select messages.message from users left join messages on users.id = messages.user_id;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_join_on_table_qualifier() {
        assert_snapshot!(goto("
create table t(a int);
create table u(a int);
select * from t join u on u$0.a = t.a;
"), @r"
          ╭▸ 
        3 │ create table u(a int);
          │              ─ 2. destination
        4 │ select * from t join u on u.a = t.a;
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_join_on_column() {
        assert_snapshot!(goto("
create table t(a int);
create table u(a int);
select * from t join u on u.a$0 = t.a;
"), @r"
          ╭▸ 
        3 │ create table u(a int);
          │                ─ 2. destination
        4 │ select * from t join u on u.a = t.a;
          ╰╴                            ─ 1. source
        ");
    }

    #[test]
    fn goto_join_using_column() {
        assert_snapshot!(goto("
create table t(a int);
create table u(a int);
select * from t join u using (a$0);
"), @r"
          ╭▸ 
        2 │ create table t(a int);
          │                ─ 2. destination
        3 │ create table u(a int);
          │                ─ 3. destination
        4 │ select * from t join u using (a);
          ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_select_cte_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
with new_data as (
    select 1 as id, 'test@example.com' as email
)
insert into users (id, email)
select id$0, email from new_data;
"), @r"
          ╭▸ 
        4 │     select 1 as id, 'test@example.com' as email
          │                 ── 2. destination
          ‡
        7 │ select id, email from new_data;
          ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_select_cte_column_second() {
        assert_snapshot!(goto("
create table users(id int, email text);
with new_data as (
    select 1 as id, 'test@example.com' as email
)
insert into users (id, email)
select id, email$0 from new_data;
"), @r"
          ╭▸ 
        4 │     select 1 as id, 'test@example.com' as email
          │                                           ───── 2. destination
          ‡
        7 │ select id, email from new_data;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_select_cte_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
with new_data as (
    select 1 as id, 'test@example.com' as email
)
insert into users (id, email)
select id, email from new_data$0;
"), @r"
          ╭▸ 
        3 │ with new_data as (
          │      ──────── 2. destination
          ‡
        7 │ select id, email from new_data;
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_cte_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
with old_data as (
    select 1 as id
)
delete from users where id in (select id$0 from old_data);
"), @r"
          ╭▸ 
        4 │     select 1 as id
          │                 ── 2. destination
        5 │ )
        6 │ delete from users where id in (select id from old_data);
          ╰╴                                       ─ 1. source
        ");
    }

    #[test]
    fn goto_update_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
update users$0 set email = 'new@example.com';
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │              ───── 2. destination
        3 │ update users set email = 'new@example.com';
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_update_table_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
update public.users$0 set email = 'new@example.com';
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                     ───── 2. destination
        3 │ update public.users set email = 'new@example.com';
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_update_table_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
update users$0 set email = 'new@example.com';
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                  ───── 2. destination
        4 │ update users set email = 'new@example.com';
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_update_where_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
update users set email = 'new@example.com' where id$0 = 1;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                    ── 2. destination
        3 │ update users set email = 'new@example.com' where id = 1;
          ╰╴                                                  ─ 1. source
        ");
    }

    #[test]
    fn goto_update_where_column_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
update public.users set email = 'new@example.com' where id$0 = 1;
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                           ── 2. destination
        3 │ update public.users set email = 'new@example.com' where id = 1;
          ╰╴                                                         ─ 1. source
        ");
    }

    #[test]
    fn goto_update_where_column_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
update users set email = 'new@example.com' where id$0 = 1;
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                        ── 2. destination
        4 │ update users set email = 'new@example.com' where id = 1;
          ╰╴                                                  ─ 1. source
        ");
    }

    #[test]
    fn goto_update_set_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
update users set email$0 = 'new@example.com' where id = 1;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ update users set email = 'new@example.com' where id = 1;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_update_set_column_with_schema() {
        assert_snapshot!(goto("
create table public.users(id int, email text);
update public.users set email$0 = 'new@example.com' where id = 1;
"), @r"
          ╭▸ 
        2 │ create table public.users(id int, email text);
          │                                   ───── 2. destination
        3 │ update public.users set email = 'new@example.com' where id = 1;
          ╰╴                            ─ 1. source
        ");
    }

    #[test]
    fn goto_update_set_column_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table foo.users(id int, email text);
update users set email$0 = 'new@example.com' where id = 1;
"), @r"
          ╭▸ 
        3 │ create table foo.users(id int, email text);
          │                                ───── 2. destination
        4 │ update users set email = 'new@example.com' where id = 1;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_update_from_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table messages(id int, user_id int, email text);
update users set email = messages.email from messages$0 where users.id = messages.user_id;
"), @r"
          ╭▸ 
        3 │ create table messages(id int, user_id int, email text);
          │              ──────── 2. destination
        4 │ update users set email = messages.email from messages where users.id = messages.user_id;
          ╰╴                                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_update_from_table_with_schema() {
        assert_snapshot!(goto("
create table users(id int, email text);
create table public.messages(id int, user_id int, email text);
update users set email = messages.email from public.messages$0 where users.id = messages.user_id;
"), @r"
          ╭▸ 
        3 │ create table public.messages(id int, user_id int, email text);
          │                     ──────── 2. destination
        4 │ update users set email = messages.email from public.messages where users.id = messages.user_id;
          ╰╴                                                           ─ 1. source
        ");
    }

    #[test]
    fn goto_update_from_table_with_search_path() {
        assert_snapshot!(goto("
set search_path to foo;
create table users(id int, email text);
create table foo.messages(id int, user_id int, email text);
update users set email = messages.email from messages$0 where users.id = messages.user_id;
"), @r"
          ╭▸ 
        4 │ create table foo.messages(id int, user_id int, email text);
          │                  ──────── 2. destination
        5 │ update users set email = messages.email from messages where users.id = messages.user_id;
          ╰╴                                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_update_with_cte_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
with new_data as (
    select 1 as id, 'new@example.com' as email
)
update users set email = new_data.email from new_data$0 where users.id = new_data.id;
"), @r"
          ╭▸ 
        3 │ with new_data as (
          │      ──────── 2. destination
          ‡
        6 │ update users set email = new_data.email from new_data where users.id = new_data.id;
          ╰╴                                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_update_with_cte_column_in_set() {
        assert_snapshot!(goto("
create table users(id int, email text);
with new_data as (
    select 1 as id, 'new@example.com' as email
)
update users set email = new_data.email$0 from new_data where users.id = new_data.id;
"), @r"
          ╭▸ 
        4 │     select 1 as id, 'new@example.com' as email
          │                                          ───── 2. destination
        5 │ )
        6 │ update users set email = new_data.email from new_data where users.id = new_data.id;
          ╰╴                                      ─ 1. source
        ");
    }

    #[test]
    fn goto_update_with_cte_column_in_where() {
        assert_snapshot!(goto("
create table users(id int, email text);
with new_data as (
    select 1 as id, 'new@example.com' as email
)
update users set email = new_data.email from new_data where new_data.id$0 = users.id;
"), @r"
          ╭▸ 
        4 │     select 1 as id, 'new@example.com' as email
          │                 ── 2. destination
        5 │ )
        6 │ update users set email = new_data.email from new_data where new_data.id = users.id;
          ╰╴                                                                      ─ 1. source
        ");
    }

    #[test]
    fn goto_update_with_cte_values() {
        assert_snapshot!(goto("
create table users(id int, email text);
with new_data as (
    values (1, 'new@example.com')
)
update users set email = new_data.column2$0 from new_data where users.id = new_data.column1;
"), @r"
          ╭▸ 
        4 │     values (1, 'new@example.com')
          │                ───────────────── 2. destination
        5 │ )
        6 │ update users set email = new_data.column2 from new_data where users.id = new_data.column1;
          ╰╴                                        ─ 1. source
        ");
    }

    #[test]
    fn goto_truncate_table() {
        assert_snapshot!(goto("
create table t();
truncate table t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ truncate table t;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_truncate_table_without_table_keyword() {
        assert_snapshot!(goto("
create table t();
truncate t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ truncate t;
          ╰╴         ─ 1. source
        ");
    }

    #[test]
    fn goto_truncate_multiple_tables() {
        assert_snapshot!(goto("
create table t1();
create table t2();
truncate t1, t2$0;
"), @r"
          ╭▸ 
        3 │ create table t2();
          │              ── 2. destination
        4 │ truncate t1, t2;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_lock_table() {
        assert_snapshot!(goto("
create table t();
lock table t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ lock table t;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_lock_table_without_table_keyword() {
        assert_snapshot!(goto("
create table t();
lock t$0;
"), @r"
          ╭▸ 
        2 │ create table t();
          │              ─ 2. destination
        3 │ lock t;
          ╰╴     ─ 1. source
        ");
    }

    #[test]
    fn goto_lock_multiple_tables() {
        assert_snapshot!(goto("
create table t1();
create table t2();
lock t1, t2$0;
"), @r"
          ╭▸ 
        3 │ create table t2();
          │              ── 2. destination
        4 │ lock t1, t2;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_vacuum_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
vacuum users$0;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │              ───── 2. destination
        3 │ vacuum users;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_vacuum_multiple_tables() {
        assert_snapshot!(goto("
create table t1();
create table t2();
vacuum t1, t2$0;
"), @r"
          ╭▸ 
        3 │ create table t2();
          │              ── 2. destination
        4 │ vacuum t1, t2;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table() {
        assert_snapshot!(goto("
create table users(id int, email text);
alter table users$0 alter email set not null;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │              ───── 2. destination
        3 │ alter table users alter email set not null;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
alter table users alter email$0 set not null;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ alter table users alter email set not null;
          ╰╴                            ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_column_with_column_keyword() {
        assert_snapshot!(goto("
create table users(id int, email text);
alter table users alter column email$0 set not null;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ alter table users alter column email set not null;
          ╰╴                                   ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_add_column() {
        assert_snapshot!(goto("
create table users(id int);
alter table users$0 add column email text;
"), @r"
          ╭▸ 
        2 │ create table users(id int);
          │              ───── 2. destination
        3 │ alter table users add column email text;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_drop_column() {
        assert_snapshot!(goto("
create table users(id int, email text);
alter table users drop column email$0;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │                            ───── 2. destination
        3 │ alter table users drop column email;
          ╰╴                                  ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_drop_column_table_name() {
        assert_snapshot!(goto("
create table users(id int, email text);
alter table users$0 drop column email;
"), @r"
          ╭▸ 
        2 │ create table users(id int, email text);
          │              ───── 2. destination
        3 │ alter table users drop column email;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_add_constraint_using_index() {
        assert_snapshot!(goto("
create table u(id int);
create index my_index on u (id);
alter table u add constraint uq unique using index my_in$0dex;
"), @r"
          ╭▸ 
        3 │ create index my_index on u (id);
          │              ──────── 2. destination
        4 │ alter table u add constraint uq unique using index my_index;
          ╰╴                                                       ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_owner_to_role() {
        assert_snapshot!(goto("
create role reader;
create table t(id int);
alter table t owner to read$0er;
"), @r"
          ╭▸ 
        2 │ create role reader;
          │             ────── 2. destination
        3 │ create table t(id int);
        4 │ alter table t owner to reader;
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_set_tablespace() {
        assert_snapshot!(goto("
create tablespace ts location '/tmp/ts';
create table t(id int);
alter table t set tablespace t$0s;
"), @r"
          ╭▸ 
        2 │ create tablespace ts location '/tmp/ts';
          │                   ── 2. destination
        3 │ create table t(id int);
        4 │ alter table t set tablespace ts;
          ╰╴                             ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_set_schema() {
        assert_snapshot!(goto("
create schema foo;
create table t(id int);
alter table t set schema fo$0o;
"), @r"
          ╭▸ 
        2 │ create schema foo;
          │               ─── 2. destination
        3 │ create table t(id int);
        4 │ alter table t set schema foo;
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_attach_partition() {
        assert_snapshot!(goto("
create table parent (id int) partition by range (id);
create table child (id int);
alter table parent attach partition ch$0ild for values from (1) to (10);
"), @r"
          ╭▸ 
        3 │ create table child (id int);
          │              ───── 2. destination
        4 │ alter table parent attach partition child for values from (1) to (10);
          ╰╴                                     ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_table_detach_partition() {
        assert_snapshot!(goto("
create table parent (id int) partition by range (id);
create table child partition of parent for values from (1) to (10);
alter table parent detach partition ch$0ild;
"), @r"
          ╭▸ 
        3 │ create table child partition of parent for values from (1) to (10);
          │              ───── 2. destination
        4 │ alter table parent detach partition child;
          ╰╴                                     ─ 1. source
        ");
    }

    #[test]
    fn goto_comment_on_table() {
        assert_snapshot!(goto("
create table t(id int);
comment on table t$0 is '';
"), @r"
          ╭▸ 
        2 │ create table t(id int);
          │              ─ 2. destination
        3 │ comment on table t is '';
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_comment_on_column() {
        assert_snapshot!(goto("
create table t(id int);
comment on column t.id$0 is '';
"), @r"
          ╭▸ 
        2 │ create table t(id int);
          │                ── 2. destination
        3 │ comment on column t.id is '';
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_refresh_materialized_view() {
        assert_snapshot!(goto("
create materialized view mv as select 1;
refresh materialized view mv$0;
"), @r"
          ╭▸ 
        2 │ create materialized view mv as select 1;
          │                          ── 2. destination
        3 │ refresh materialized view mv;
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_refresh_materialized_view_concurrently() {
        assert_snapshot!(goto("
create materialized view mv as select 1;
refresh materialized view concurrently mv$0;
"), @r"
          ╭▸ 
        2 │ create materialized view mv as select 1;
          │                          ── 2. destination
        3 │ refresh materialized view concurrently mv;
          ╰╴                                        ─ 1. source
        ");
    }

    #[test]
    fn goto_reindex_table() {
        assert_snapshot!(goto("
create table users(id int);
reindex table users$0;
"), @r"
          ╭▸ 
        2 │ create table users(id int);
          │              ───── 2. destination
        3 │ reindex table users;
          ╰╴                  ─ 1. source
        ");
    }

    #[test]
    fn goto_reindex_index() {
        assert_snapshot!(goto("
create table t(c int);
create index idx on t(c);
reindex index idx$0;
"), @r"
          ╭▸ 
        3 │ create index idx on t(c);
          │              ─── 2. destination
        4 │ reindex index idx;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_select_exists_column() {
        assert_snapshot!(goto("
select exists$0 from (
  select exists(select 1)
);
"), @r"
          ╭▸ 
        2 │ select exists from (
          │             ─ 1. source
        3 │   select exists(select 1)
          ╰╴         ──────────────── 2. destination
        ");
    }

    #[test]
    fn goto_reindex_schema() {
        assert_snapshot!(goto("
create schema app;
reindex schema app$0;
"), @r"
          ╭▸ 
        2 │ create schema app;
          │               ─── 2. destination
        3 │ reindex schema app;
          ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_reindex_database() {
        assert_snapshot!(goto("
create database appdb;
reindex database appdb$0;
"), @r"
          ╭▸ 
        2 │ create database appdb;
          │                 ───── 2. destination
        3 │ reindex database appdb;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_reindex_system() {
        assert_snapshot!(goto("
create database systemdb;
reindex system systemdb$0;
"), @r"
          ╭▸ 
        2 │ create database systemdb;
          │                 ──────── 2. destination
        3 │ reindex system systemdb;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_aliased_column() {
        assert_snapshot!(goto(
            "
create table t(a int, b int);
with u(x, y) as (
  select 1, 2
),
merged as (
  merge into t
    using u
      on t.a = u.x
  when matched then
    do nothing
  when not matched then
    do nothing
  returning a as x, b as y
)
select x$0 from merged;
",
        ), @r"
           ╭▸ 
        14 │   returning a as x, b as y
           │                  ─ 2. destination
        15 │ )
        16 │ select x from merged;
           ╰╴       ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_update_returning_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
with updated(c) as (
  update t set a = 10
  returning a, b
)
select c, b$0 from updated;"
        ), @r"
          ╭▸ 
        5 │   returning a, b
          │                ─ 2. destination
        6 │ )
        7 │ select c, b from updated;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_update_returning_column_to_table_def() {
        assert_snapshot!(goto("
create table t(a int, b int);
with updated(c) as (
  update t set a = 10
  returning a, b$0
)
select c, b from updated;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                       ─ 2. destination
          ‡
        5 │   returning a, b
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_returning_column_to_table_def() {
        assert_snapshot!(goto("
create table t(a int, b int);
with inserted as (
  insert into t values (1, 2)
  returning a$0, b
)
select a, b from inserted;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
          ‡
        5 │   returning a, b
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_returning_column_to_table_def() {
        assert_snapshot!(goto("
create table t(a int, b int);
with deleted as (
  delete from t
  returning a, b$0
)
select a, b from deleted;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                       ─ 2. destination
          ‡
        5 │   returning a, b
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_update_returning_qualified_star_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t set a = 10
returning t$0.*;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ update t set a = 10
        4 │ returning t.*;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_returning_qualified_star_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t values (1, 2)
returning t$0.*;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ insert into t values (1, 2)
        4 │ returning t.*;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_returning_qualified_star_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t
returning t$0.*;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ delete from t
        4 │ returning t.*;
          ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_update_alias_in_set_clause() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t as f set f$0.a = 10;"
        ), @r"
          ╭▸ 
        3 │ update t as f set f.a = 10;
          │             ┬     ─ 1. source
          │             │
          ╰╴            2. destination
        ");
    }

    #[test]
    fn goto_update_alias_in_where_clause() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t as f set a = 10 where f$0.b = 5;"
        ), @r"
          ╭▸ 
        3 │ update t as f set a = 10 where f.b = 5;
          ╰╴            ─ 2. destination   ─ 1. source
        ");
    }

    #[test]
    fn goto_update_alias_in_from_clause() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(c int);
update t as f set a = 10 from u where f$0.b = u.c;"
        ), @r"
          ╭▸ 
        4 │ update t as f set a = 10 from u where f.b = u.c;
          ╰╴            ─ 2. destination          ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_alias_in_on_conflict() {
        assert_snapshot!(goto("
create table t(a int primary key, b int);
insert into t as f values (1, 2) on conflict (f$0.a) do nothing;"
        ), @r"
          ╭▸ 
        3 │ insert into t as f values (1, 2) on conflict (f.a) do nothing;
          ╰╴                 ─ 2. destination             ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_alias_in_returning() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t as f values (1, 2) returning f$0.a;"
        ), @r"
          ╭▸ 
        3 │ insert into t as f values (1, 2) returning f.a;
          ╰╴                 ─ 2. destination          ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_alias_returning_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t as f values (1, 2) returning f.a$0;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ insert into t as f values (1, 2) returning f.a;
          ╰╴                                             ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_on_conflict_target_column() {
        assert_snapshot!(goto("
create table t(c text);
insert into t values ('c') on conflict (c$0) do nothing;"
        ), @r"
          ╭▸ 
        2 │ create table t(c text);
          │                ─ 2. destination
        3 │ insert into t values ('c') on conflict (c) do nothing;
          ╰╴                                        ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_on_conflict_set_column() {
        assert_snapshot!(goto("
create table t(c text, d text);
insert into t values ('c', 'd') on conflict (c) do update set c$0 = excluded.c;"
        ), @r"
          ╭▸ 
        2 │ create table t(c text, d text);
          │                ─ 2. destination
        3 │ insert into t values ('c', 'd') on conflict (c) do update set c = excluded.c;
          ╰╴                                                              ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_on_conflict_excluded_column() {
        assert_snapshot!(goto("
create table t(c text, d text);
insert into t values ('c', 'd') on conflict (c) do update set c = excluded.c$0;"
        ), @r"
          ╭▸ 
        2 │ create table t(c text, d text);
          │                ─ 2. destination
        3 │ insert into t values ('c', 'd') on conflict (c) do update set c = excluded.c;
          ╰╴                                                                           ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_on_conflict_qualified_function() {
        assert_snapshot!(goto("
create function foo.lower(text) returns text
  language internal;
create table t(c text);
insert into t values ('c')
  on conflict (foo.lower$0(c))
    do nothing;"
        ), @r"
          ╭▸ 
        2 │ create function foo.lower(text) returns text
          │                     ───── 2. destination
          ‡
        6 │   on conflict (foo.lower(c))
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_from_alias() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t as f where f$0.a = 10;"
        ), @r"
          ╭▸ 
        3 │ delete from t as f where f.a = 10;
          │                  ┬       ─ 1. source
          │                  │
          ╰╴                 2. destination
        ");
    }

    #[test]
    fn goto_delete_from_alias_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t as f where f.a$0 = 10;"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ delete from t as f where f.a = 10;
          ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_from_alias_returning() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t as f returning f$0.a"
        ), @r"
          ╭▸ 
        3 │ delete from t as f returning f.a
          │                  ┬           ─ 1. source
          │                  │
          ╰╴                 2. destination
        ");

        assert_snapshot!(goto("
create table t(a int, b int);
delete from t as f returning f.a$0"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ delete from t as f returning f.a
          ╰╴                               ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_alias_on_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(a int, b int);
merge into t as f
  using u on u.a = f$0.a
  when matched then do nothing;
"

        ), @r"
          ╭▸ 
        4 │ merge into t as f
          │                 ─ 2. destination
        5 │   using u on u.a = f.a
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_alias_on_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(a int, b int);
merge into t as f
  using u on u.a = f.a$0
  when matched then do nothing;
"

        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
          ‡
        5 │   using u on u.a = f.a
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_alias_returning() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(a int, b int);
merge into t as f
  using u on u.a = f.a
  when matched then do nothing
  returning f$0.a;
"

        ), @r"
          ╭▸ 
        4 │ merge into t as f
          │                 ─ 2. destination
          ‡
        7 │   returning f.a;
          ╰╴            ─ 1. source
        ");

        assert_snapshot!(goto("
create table t(a int, b int);
create table u(a int, b int);
merge into t as f
  using u on u.a = f.a
  when matched then do nothing
  returning f.a$0;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
          ‡
        7 │   returning f.a;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_using_table_in_when_clause() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(a int, b int);
merge into t
  using u on true
  when matched and u$0.a = t.a
    then do nothing;
"
        ), @r"
          ╭▸ 
        3 │ create table u(a int, b int);
          │              ─ 2. destination
          ‡
        6 │   when matched and u.a = t.a
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_using_table_column_in_when_clause() {
        assert_snapshot!(goto("
create table t(a int, b int);
create table u(a int, b int);
merge into t
  using u on true
  when matched and u.a$0 = t.a
    then do nothing;
"
        ), @r"
          ╭▸ 
        3 │ create table u(a int, b int);
          │                ─ 2. destination
          ‡
        6 │   when matched and u.a = t.a
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_unqualified_column_target_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x
  using y
    on true
  when matched and a$0 = c
    then do nothing;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │                ─ 2. destination
          ‡
        7 │   when matched and a = c
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_unqualified_column_source_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x
  using y
    on true
  when matched and a = c$0
    then do nothing;
"
        ), @r"
          ╭▸ 
        3 │ create table y(c int, d int);
          │                ─ 2. destination
          ‡
        7 │   when matched and a = c
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_into_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x$0
  using y
    on true
  when matched and a = c
    then do nothing;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │              ─ 2. destination
        3 │ create table y(c int, d int);
        4 │ merge into x
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_using_clause_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x
  using y$0
    on true
  when matched and a = c
    then do nothing;
"
        ), @r"
          ╭▸ 
        3 │ create table y(c int, d int);
          │              ─ 2. destination
        4 │ merge into x
        5 │   using y
          ╰╴        ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_using_clause_alias() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x as g
  using y as k
    on true
  when matched and a = k.c$0
    then do nothing;
"
        ), @r"
          ╭▸ 
        3 │ create table y(c int, d int);
          │                ─ 2. destination
          ‡
        7 │   when matched and a = k.c
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_on_clause_unqualified_source_column() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x as g
  using y as k
    on g.a = c$0 and a = c
  when matched and g.a = k.c
    then do nothing;
"
        ), @r"
          ╭▸ 
        3 │ create table y(c int, d int);
          │                ─ 2. destination
          ‡
        6 │     on g.a = c and a = c
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_old_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x as g
  using y as k
    on g.a = c and a = k.c
  when matched and g.a = k.c
    then do nothing
  returning old$0.a, new.a;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │              ─ 2. destination
          ‡
        9 │   returning old.a, new.a;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_old_column() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x as g
  using y as k
    on g.a = c and a = k.c
  when matched and g.a = k.c
    then do nothing
  returning old.a$0, new.a;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │                ─ 2. destination
          ‡
        9 │   returning old.a, new.a;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_new_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x as g
  using y as k
    on g.a = c and a = k.c
  when matched and g.a = k.c
    then do nothing
  returning old.a, new$0.a;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │              ─ 2. destination
          ‡
        9 │   returning old.a, new.a;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_new_column() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x as g
  using y as k
    on g.a = c and a = k.c
  when matched and g.a = k.c
    then do nothing
  returning old.a, new.a$0;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │                ─ 2. destination
          ‡
        9 │   returning old.a, new.a;
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_with_tables_named_old_new_old_table() {
        assert_snapshot!(goto("
create table old(a int, b int);
create table new(c int, d int);
merge into old
  using new
    on true
  when matched
    then do nothing
  returning old$0.a, new.d;
"
        ), @r"
          ╭▸ 
        2 │ create table old(a int, b int);
          │              ─── 2. destination
          ‡
        9 │   returning old.a, new.d;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_with_tables_named_old_new_old_column() {
        assert_snapshot!(goto("
create table old(a int, b int);
create table new(c int, d int);
merge into old
  using new
    on true
  when matched
    then do nothing
  returning old.a$0, new.d;
"
        ), @r"
          ╭▸ 
        2 │ create table old(a int, b int);
          │                  ─ 2. destination
          ‡
        9 │   returning old.a, new.d;
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_with_tables_named_old_new_new_table() {
        assert_snapshot!(goto("
create table old(a int, b int);
create table new(c int, d int);
merge into old
  using new
    on true
  when matched
    then do nothing
  returning old.a, new$0.d;
"
        ), @r"
          ╭▸ 
        3 │ create table new(c int, d int);
          │              ─── 2. destination
          ‡
        9 │   returning old.a, new.d;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_with_tables_named_old_new_new_column() {
        assert_snapshot!(goto("
create table old(a int, b int);
create table new(c int, d int);
merge into old
  using new
    on true
  when matched
    then do nothing
  returning old.a, new.d$0;
"
        ), @r"
          ╭▸ 
        3 │ create table new(c int, d int);
          │                         ─ 2. destination
          ‡
        9 │   returning old.a, new.d;
          ╰╴                       ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_with_aliases_before_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x
  using y on true
  when matched then do nothing
  returning
    with (old as before, new as after)
      before$0.a, after.a;
"
        ), @r"
          ╭▸ 
        8 │     with (old as before, new as after)
          │                  ────── 2. destination
        9 │       before.a, after.a;
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_with_aliases_before_column() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x
  using y on true
  when matched then do nothing
  returning
    with (old as before, new as after)
      before.a$0, after.a;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │                ─ 2. destination
          ‡
        9 │       before.a, after.a;
          ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_with_aliases_after_table() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x
  using y on true
  when matched then do nothing
  returning
    with (old as before, new as after)
      before.a, after$0.a;
"
        ), @r"
          ╭▸ 
        8 │     with (old as before, new as after)
          │                                 ───── 2. destination
        9 │       before.a, after.a;
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_with_aliases_after_column() {
        assert_snapshot!(goto("
create table x(a int, b int);
create table y(c int, d int);
merge into x
  using y on true
  when matched then do nothing
  returning
    with (old as before, new as after)
      before.a, after.a$0;
"
        ), @r"
          ╭▸ 
        2 │ create table x(a int, b int);
          │                ─ 2. destination
          ‡
        9 │       before.a, after.a;
          ╰╴                      ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_when_not_matched_insert_values_qualified_column() {
        assert_snapshot!(goto("
create table inventory (
    product_id int,
    quantity int,
    updated_at timestamp
);
create table orders (
    id int,
    product_id int,
    qty int
);
merge into inventory as t
using orders as o
  on t.product_id = o.product_id
when matched then
  do nothing
when not matched then
  insert values (o$0.product_id, o.qty, now());
"
        ), @r"
           ╭▸ 
        13 │ using orders as o
           │                 ─ 2. destination
           ‡
        18 │   insert values (o.product_id, o.qty, now());
           ╰╴                 ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_when_not_matched_insert_values_qualified_column_field() {
        assert_snapshot!(goto("
create table inventory (
    product_id int,
    quantity int,
    updated_at timestamp
);
create table orders (
    id int,
    product_id int,
    qty int
);
merge into inventory as t
using orders as o
  on t.product_id = o.product_id
when matched then
  do nothing
when not matched then
  insert values (o.product_id$0, o.qty, now());
"
        ), @r"
           ╭▸ 
         9 │     product_id int,
           │     ────────── 2. destination
           ‡
        18 │   insert values (o.product_id, o.qty, now());
           ╰╴                            ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_when_not_matched_insert_values_unqualified_column() {
        assert_snapshot!(goto("
create table inventory (
    product_id int,
    quantity int
);
create table orders (
    product_id int,
    qty int
);
merge into inventory as t
using orders as o
  on t.product_id = o.product_id
when not matched then
  insert values (product_id$0, qty);
"
        ), @r"
           ╭▸ 
         7 │     product_id int,
           │     ────────── 2. destination
           ‡
        14 │   insert values (product_id, qty);
           ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_returning_old_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t values (1, 2), (3, 4)
returning old$0.a, new.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ insert into t values (1, 2), (3, 4)
        4 │ returning old.a, new.b;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_returning_old_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t values (1, 2), (3, 4)
returning old.a$0, new.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ insert into t values (1, 2), (3, 4)
        4 │ returning old.a, new.b;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_returning_new_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t values (1, 2), (3, 4)
returning old.a, new$0.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ insert into t values (1, 2), (3, 4)
        4 │ returning old.a, new.b;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_returning_new_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t values (1, 2), (3, 4)
returning old.a, new.b$0;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                       ─ 2. destination
        3 │ insert into t values (1, 2), (3, 4)
        4 │ returning old.a, new.b;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_update_returning_old_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t set a = 42
returning old$0.a, new.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ update t set a = 42
        4 │ returning old.a, new.b;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_update_returning_old_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t set a = 42
returning old.a$0, new.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ update t set a = 42
        4 │ returning old.a, new.b;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_update_returning_new_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t set a = 42
returning old.a, new$0.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ update t set a = 42
        4 │ returning old.a, new.b;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_update_returning_new_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t set a = 42
returning old.a, new.b$0;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                       ─ 2. destination
        3 │ update t set a = 42
        4 │ returning old.a, new.b;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_returning_old_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t
returning old$0.a, new.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ delete from t
        4 │ returning old.a, new.b;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_returning_old_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t
returning old.a$0, new.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                ─ 2. destination
        3 │ delete from t
        4 │ returning old.a, new.b;
          ╰╴              ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_returning_new_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t
returning old.a, new$0.b;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │              ─ 2. destination
        3 │ delete from t
        4 │ returning old.a, new.b;
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_returning_new_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t
returning old.a, new.b$0;
"
        ), @r"
          ╭▸ 
        2 │ create table t(a int, b int);
          │                       ─ 2. destination
        3 │ delete from t
        4 │ returning old.a, new.b;
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_insert_as_old_alias() {
        assert_snapshot!(goto("
create table t(a int, b int);
insert into t as old values (1, 2)
returning old$0.a, new.a;
"
        ), @r"
          ╭▸ 
        3 │ insert into t as old values (1, 2)
          │                  ─── 2. destination
        4 │ returning old.a, new.a;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_delete_as_old_alias() {
        assert_snapshot!(goto("
create table t(a int, b int);
delete from t as old
returning old$0.a, new.a;
"
        ), @r"
          ╭▸ 
        3 │ delete from t as old
          │                  ─── 2. destination
        4 │ returning old.a, new.a;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_update_as_old_alias() {
        assert_snapshot!(goto("
create table t(a int, b int);
update t as old set a = 42
returning old$0.a, new.a;
"
        ), @r"
          ╭▸ 
        3 │ update t as old set a = 42
          │             ─── 2. destination
        4 │ returning old.a, new.a;
          ╰╴            ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_cte_column_unqualified() {
        assert_snapshot!(goto("
create table t(a int, b int);
with u(x, y) as (
  select 1, 2
)
merge into t
  using u on true
when matched then
  do nothing
when not matched then
  do nothing
returning x$0, u.y;
"
        ), @r"
           ╭▸ 
         3 │ with u(x, y) as (
           │        ─ 2. destination
           ‡
        12 │ returning x, u.y;
           ╰╴          ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_cte_column_qualified_table() {
        assert_snapshot!(goto("
create table t(a int, b int);
with u(x, y) as (
  select 1, 2
)
merge into t
  using u on true
when matched then
  do nothing
when not matched then
  do nothing
returning x, u$0.y;
"
        ), @r"
           ╭▸ 
         3 │ with u(x, y) as (
           │      ─ 2. destination
           ‡
        12 │ returning x, u.y;
           ╰╴             ─ 1. source
        ");
    }

    #[test]
    fn goto_merge_returning_cte_column_qualified_column() {
        assert_snapshot!(goto("
create table t(a int, b int);
with u(x, y) as (
  select 1, 2
)
merge into t
  using u on true
when matched then
  do nothing
when not matched then
  do nothing
returning x, u.y$0;
"
        ), @r"
           ╭▸ 
         3 │ with u(x, y) as (
           │           ─ 2. destination
           ‡
        12 │ returning x, u.y;
           ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_overlay_with_cte_column() {
        assert_snapshot!(goto("
with t as (
  select '1' a, '2' b, 3 start
)
select overlay(a placing b$0 from start) from t;
        "), @r"
          ╭▸ 
        3 │   select '1' a, '2' b, 3 start
          │                     ─ 2. destination
        4 │ )
        5 │ select overlay(a placing b from start) from t;
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_overlay_with_cte_column_first_arg() {
        assert_snapshot!(goto("
with t as (
  select '1' a, '2' b, 3 start
)
select overlay(a$0 placing b from start) from t;
        "), @r"
          ╭▸ 
        3 │   select '1' a, '2' b, 3 start
          │              ─ 2. destination
        4 │ )
        5 │ select overlay(a placing b from start) from t;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_overlay_with_cte_column_from_arg() {
        assert_snapshot!(goto("
with t as (
  select '1' a, '2' b, 3 start
)
select overlay(a placing b from start$0) from t;
        "), @r"
          ╭▸ 
        3 │   select '1' a, '2' b, 3 start
          │                          ───── 2. destination
        4 │ )
        5 │ select overlay(a placing b from start) from t;
          ╰╴                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_named_arg_to_param() {
        assert_snapshot!(goto("
create function foo(bar_param int) returns int as 'select 1' language sql;
select foo(bar_param$0 := 5);
"), @r"
          ╭▸ 
        2 │ create function foo(bar_param int) returns int as 'select 1' language sql;
          │                     ───────── 2. destination
        3 │ select foo(bar_param := 5);
          ╰╴                   ─ 1. source
        ");
    }

    #[test]
    fn goto_named_arg_schema_qualified() {
        assert_snapshot!(goto("
create schema s;
create function s.foo(my_param int) returns int as 'select 1' language sql;
select s.foo(my_param$0 := 10);
"), @r"
          ╭▸ 
        3 │ create function s.foo(my_param int) returns int as 'select 1' language sql;
          │                       ──────── 2. destination
        4 │ select s.foo(my_param := 10);
          ╰╴                    ─ 1. source
        ");
    }

    #[test]
    fn goto_named_arg_multiple_params() {
        assert_snapshot!(goto("
create function foo(a int, b int, c int) returns int as 'select 1' language sql;
select foo(b$0 := 2, a := 1);
"), @r"
          ╭▸ 
        2 │ create function foo(a int, b int, c int) returns int as 'select 1' language sql;
          │                            ─ 2. destination
        3 │ select foo(b := 2, a := 1);
          ╰╴           ─ 1. source
        ");
    }

    #[test]
    fn goto_named_arg_procedure() {
        assert_snapshot!(goto("
create procedure proc(param_x int) as 'select 1' language sql;
call proc(param_x$0 := 42);
"), @r"
          ╭▸ 
        2 │ create procedure proc(param_x int) as 'select 1' language sql;
          │                       ─────── 2. destination
        3 │ call proc(param_x := 42);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_named_arg_not_found_unnamed_param() {
        goto_not_found(
            "
create function foo(int) returns int as 'select 1' language sql;
select foo(bar$0 := 5);
",
        );
    }

    #[test]
    fn goto_named_arg_not_found_wrong_name() {
        goto_not_found(
            "
create function foo(correct_param int) returns int as 'select 1' language sql;
select foo(wrong_param$0 := 5);
",
        );
    }

    #[test]
    fn goto_operator_function_ref() {
        assert_snapshot!(goto("
create function pg_catalog.tsvector_concat(tsvector, tsvector) returns tsvector language internal;
create operator pg_catalog.|| (leftarg = tsvector, rightarg = tsvector, function = pg_catalog.tsvector_concat$0);
"), @r"
          ╭▸ 
        2 │ create function pg_catalog.tsvector_concat(tsvector, tsvector) returns tsvector language internal;
          │                            ─────────────── 2. destination
        3 │ create operator pg_catalog.|| (leftarg = tsvector, rightarg = tsvector, function = pg_catalog.tsvector_concat);
          ╰╴                                                                                                            ─ 1. source
        ");
    }

    #[test]
    fn goto_operator_procedure_ref() {
        assert_snapshot!(goto("
create function f(int, int) returns int language internal;
create operator ||| (leftarg = int, rightarg = int, procedure = f$0);
"), @r"
          ╭▸ 
        2 │ create function f(int, int) returns int language internal;
          │                 ─ 2. destination
        3 │ create operator ||| (leftarg = int, rightarg = int, procedure = f);
          ╰╴                                                                ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_window_partition_column_from_create_table_if_not_exists() {
        assert_snapshot!(goto("
create table t (
    id bigint primary key,
    group_col text not null,
    update_date date not null
);

with row_number_added as (
  select
    *,
    row_number() over (
      partition by group_col$0
      order by update_date desc
    ) as rn
  from t
)
select * from row_number_added
"), @"
           ╭▸ 
         4 │     group_col text not null,
           │     ───────── 2. destination
           ‡
        12 │       partition by group_col
           ╰╴                           ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_window_order_column_from_create_table_if_not_exists() {
        assert_snapshot!(goto("
create table t (
    id bigint primary key,
    group_col text not null,
    update_date date not null
);

with row_number_added as (
  select
    *,
    row_number() over (
      partition by group_col
      order by update_date$0 desc
    ) as rn
  from t
)
select * from row_number_added
"), @"
           ╭▸ 
         5 │     update_date date not null
           │     ─────────── 2. destination
           ‡
        13 │       order by update_date desc
           ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_cte_window_partition_function_call_from_create_table() {
        assert_snapshot!(goto("
create function length(text) returns int language internal;

create table t (
    id bigint primary key,
    group_col text not null,
    update_date date not null
);

with row_number_added as (
  select
    *,
    row_number() over (
      partition by length$0(group_col)
      order by update_date$0 desc
    ) as rn
  from t
)
select * from row_number_added
"), @"
           ╭▸ 
         2 │ create function length(text) returns int language internal;
           │                 ────── 2. destination
           ‡
        14 │       partition by length(group_col)
           ╰╴                        ─ 1. source
        ");
    }

    #[test]
    fn goto_select_window_def_reuse() {
        assert_snapshot!(goto("
create table tbl (
  id bigint primary key,
  group_col text not null,
  update_date date not null,
  value text
);
select
  id,
  group_col,
  row_number() over w as rn,
  lag(value) over w$0 as prev_value
from tbl
window w as (
  partition by group_col
  order by update_date desc
);
"), @r"
          ╭▸ 
       12 │   lag(value) over w as prev_value
          │                   ─ 1. source
       13 │ from tbl
       14 │ window w as (
          ╰╴       ─ 2. destination
        ");
    }

    #[test]
    fn goto_cast_float_with_small_arg() {
        assert_snapshot!(goto("
create type pg_catalog.float4;
select '1'::float$0(8);
"), @"
          ╭▸ 
        2 │ create type pg_catalog.float4;
          │                        ────── 2. destination
        3 │ select '1'::float(8);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_float_with_large_arg() {
        assert_snapshot!(goto("
create type pg_catalog.float8;
select '1'::float$0(25);
"), @"
          ╭▸ 
        2 │ create type pg_catalog.float8;
          │                        ────── 2. destination
        3 │ select '1'::float(25);
          ╰╴                ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_dec_with_modifier() {
        assert_snapshot!(goto("
create type pg_catalog.numeric;
select '10'::dec$0(10, 2);
"), @"
          ╭▸ 
        2 │ create type pg_catalog.numeric;
          │                        ─────── 2. destination
        3 │ select '10'::dec(10, 2);
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_cast_dec() {
        assert_snapshot!(goto("
create type pg_catalog.numeric;
select '10'::dec$0;
"), @"
          ╭▸ 
        2 │ create type pg_catalog.numeric;
          │                        ─────── 2. destination
        3 │ select '10'::dec;
          ╰╴               ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph() {
        assert_snapshot!(goto("
create table buzz.boo(a int, b int);
create property graph foo.bar
  vertex tables (buzz.boo$0 key (a, b) no properties)
  edge tables (foo.bar key (x, y)
    source key (a, b) references k (t, y)
    destination key (q, t) references a (r, j)
    properties all columns);
"), @"
          ╭▸ 
        2 │ create table buzz.boo(a int, b int);
          │                   ─── 2. destination
        3 │ create property graph foo.bar
        4 │   vertex tables (buzz.boo key (a, b) no properties)
          ╰╴                        ─ 1. source
        ");

        assert_snapshot!(goto("
create table foo.bar(x int, y int);
create property graph g
  vertex tables (boo key (a, b) no properties)
  edge tables (foo.bar$0 key (x, y)
    source key (a, b) references k (t, y)
    destination key (q, t) references a (r, j)
    properties all columns);
"), @"
          ╭▸ 
        2 │ create table foo.bar(x int, y int);
          │                  ─── 2. destination
          ‡
        5 │   edge tables (foo.bar key (x, y)
          ╰╴                     ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph_sources_table() {
        assert_snapshot!(goto("
create table v1 (
  id int8 primary key,
  name text
);

create table v2 (
  id int8 primary key,
  name text
);

create table v3 (
  id int8 primary key,
  name text
);

create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create table e2 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v3
);

create property graph g1
  vertex tables (v1, v2, v3)
  edge tables (
    e1 source v1$0 destination v2,
    e2 source v1 destination v3);
"), @"
           ╭▸ 
         2 │ create table v1 (
           │              ── 2. destination
           ‡
        32 │     e1 source v1 destination v2,
           ╰╴               ─ 1. source
        "
        );

        assert_snapshot!(goto("
create table v1 (
  id int8 primary key,
  name text
);

create table v2 (
  id int8 primary key,
  name text
);

create table v3 (
  id int8 primary key,
  name text
);

create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create table e2 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v3
);

create property graph g1
  vertex tables (v1, v2, v3)
  edge tables (
    e1 source v1 destination v2,
    e2 source v1 destination v3$0);
"), @"
           ╭▸ 
        12 │ create table v3 (
           │              ── 2. destination
           ‡
        33 │     e2 source v1 destination v3);
           ╰╴                              ─ 1. source
        "
        );
    }

    #[test]
    fn goto_create_property_graph_references_table() {
        assert_snapshot!(goto("
create table v1 (id int8 primary key);
create table v2 (id int8 primary key);
create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create property graph g1
  vertex tables (v1, v2)
  edge tables (
    e1
      source key (source_id) references v1$0 (id)
      destination key (destination_id) references v2 (id)
  );
"), @"
           ╭▸ 
         2 │ create table v1 (id int8 primary key);
           │              ── 2. destination
           ‡
        14 │       source key (source_id) references v1 (id)
           ╰╴                                         ─ 1. source
        "
        );
    }

    #[test]
    fn goto_create_property_graph_vertex_key_column() {
        assert_snapshot!(goto("
create table v1 (
  id int8 primary key,
  name text
);

create property graph g1
  vertex tables (v1 key (id$0));
"), @"
          ╭▸ 
        3 │   id int8 primary key,
          │   ── 2. destination
          ‡
        8 │   vertex tables (v1 key (id));
          ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph_edge_source_key_column() {
        assert_snapshot!(goto("
create table v1 (id int8 primary key);
create table v2 (id int8 primary key);
create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create property graph g1
  vertex tables (v1, v2)
  edge tables (
    e1 key (id)
      source key (source_id$0) references v1 (id)
      destination key (destination_id) references v2 (id));
"), @"
           ╭▸ 
         6 │   source_id int8 references v1,
           │   ───────── 2. destination
           ‡
        14 │       source key (source_id) references v1 (id)
           ╰╴                          ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph_edge_source_references_column() {
        assert_snapshot!(goto("
create table v1 (id int8 primary key);
create table v2 (id int8 primary key);
create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create property graph g1
  vertex tables (v1, v2)
  edge tables (
    e1 key (id)
      source key (source_id) references v1 (id$0)
      destination key (destination_id) references v2 (id));
"), @"
           ╭▸ 
         2 │ create table v1 (id int8 primary key);
           │                  ── 2. destination
           ‡
        14 │       source key (source_id) references v1 (id)
           ╰╴                                             ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph_edge_destination_key_column() {
        assert_snapshot!(goto("
create table v1 (id int8 primary key);
create table v2 (id int8 primary key);
create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create property graph g1
  vertex tables (v1, v2)
  edge tables (
    e1 key (id)
      source key (source_id) references v1 (id)
      destination key (destination_id$0) references v2 (id));
"), @"
           ╭▸ 
         7 │   destination_id int8 references v2
           │   ────────────── 2. destination
           ‡
        15 │       destination key (destination_id) references v2 (id));
           ╰╴                                    ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph_edge_destination_references_column() {
        assert_snapshot!(goto("
create table v1 (id int8 primary key);
create table v2 (id int8 primary key);
create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create property graph g1
  vertex tables (v1, v2)
  edge tables (
    e1 key (id)
      source key (source_id) references v1 (id)
      destination key (destination_id) references v2 (id$0));
"), @"
           ╭▸ 
         3 │ create table v2 (id int8 primary key);
           │                  ── 2. destination
           ‡
        15 │       destination key (destination_id) references v2 (id));
           ╰╴                                                       ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph_vertex_properties_column() {
        assert_snapshot!(goto("
create table v1 (
  id int8 primary key,
  name text
);

create property graph g1
  vertex tables (v1 properties (id$0, name));
"), @"
          ╭▸ 
        3 │   id int8 primary key,
          │   ── 2. destination
          ‡
        8 │   vertex tables (v1 properties (id, name));
          ╰╴                                 ─ 1. source
        ");

        assert_snapshot!(goto("
create table v1 (
  id int8 primary key,
  name text
);

create property graph g1
  vertex tables (v1 properties (id, nam$0e));
"), @"
          ╭▸ 
        4 │   name text
          │   ──── 2. destination
          ‡
        8 │   vertex tables (v1 properties (id, name));
          ╰╴                                      ─ 1. source
        ");
    }

    #[test]
    fn goto_create_property_graph_edge_properties_column() {
        assert_snapshot!(goto("
create table v1 (id int8 primary key);
create table v2 (id int8 primary key);
create table e1 (
  id int8 primary key,
  source_id int8 references v1,
  destination_id int8 references v2
);

create property graph g1
  vertex tables (v1, v2)
  edge tables (
    e1
      source v1
      destination v2
      properties (id, source_id$0, destination_id));
"), @"
           ╭▸ 
         6 │   source_id int8 references v1,
           │   ───────── 2. destination
           ‡
        16 │       properties (id, source_id, destination_id));
           ╰╴                              ─ 1. source
        ");
    }

    #[test]
    fn goto_drop_property_graph() {
        assert_snapshot!(goto("
create property graph foo.bar vertex tables (t key (a) no properties);
drop property graph foo.ba$0r;
"), @"
          ╭▸ 
        2 │ create property graph foo.bar vertex tables (t key (a) no properties);
          │                           ─── 2. destination
        3 │ drop property graph foo.bar;
          ╰╴                         ─ 1. source
        ");
    }

    #[test]
    fn goto_alter_property_graph() {
        assert_snapshot!(goto("
create property graph foo.bar vertex tables (t key (a) no properties);
alter property graph foo.ba$0r rename to baz;
"), @"
          ╭▸ 
        2 │ create property graph foo.bar vertex tables (t key (a) no properties);
          │                           ─── 2. destination
        3 │ alter property graph foo.bar rename to baz;
          ╰╴                          ─ 1. source
        ");
    }
}