Add Meta annotation to QualifiedName
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2b5b1589b0
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79635f2f86
@ -151,7 +151,7 @@ pub enum ExpressionKind {
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BinExp(BinOp, Box<Meta<Expression>>, Box<Meta<Expression>>),
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BinExp(BinOp, Box<Meta<Expression>>, Box<Meta<Expression>>),
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PrefixExp(PrefixOp, Box<Meta<Expression>>),
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PrefixExp(PrefixOp, Box<Meta<Expression>>),
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TupleLiteral(Vec<Meta<Expression>>),
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TupleLiteral(Vec<Meta<Expression>>),
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Value(QualifiedName),
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Value(Meta<QualifiedName>),
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NamedStruct {
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NamedStruct {
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name: QualifiedName,
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name: QualifiedName,
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fields: Vec<(Rc<String>, Meta<Expression>)>,
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fields: Vec<(Rc<String>, Meta<Expression>)>,
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@ -765,7 +765,7 @@ impl Parser {
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let fields = self.record_block()?;
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let fields = self.record_block()?;
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Expression::new(NamedStruct { name: qualified_identifier, fields })
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Expression::new(NamedStruct { name: qualified_identifier, fields })
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},
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},
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_ => Expression::new(Value(qualified_identifier))
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_ => Expression::new(Value(Meta::new(qualified_identifier)))
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})
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})
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}
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}
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@ -30,7 +30,7 @@ macro_rules! parse_error {
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($string:expr) => { assert!(parse($string).is_err()) }
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($string:expr) => { assert!(parse($string).is_err()) }
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}
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}
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macro_rules! val {
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macro_rules! val {
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($var:expr) => { Value(QualifiedName(vec![Rc::new($var.to_string())])) };
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($var:expr) => { Value(Meta::new(QualifiedName(vec![Rc::new($var.to_string())]))) };
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}
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}
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macro_rules! ty {
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macro_rules! ty {
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($name:expr) => { Singleton(tys!($name)) }
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($name:expr) => { Singleton(tys!($name)) }
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@ -171,13 +171,13 @@ fn qualified_identifiers() {
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parse_test_wrap_ast! {
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parse_test_wrap_ast! {
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"let q_q = Yolo::Swaggins",
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"let q_q = Yolo::Swaggins",
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Meta::new(Declaration(Binding { name: rc!(q_q), constant: true, type_anno: None,
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Meta::new(Declaration(Binding { name: rc!(q_q), constant: true, type_anno: None,
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expr: Meta::new(Expression::new(Value(QualifiedName(vec![rc!(Yolo), rc!(Swaggins)])))),
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expr: Meta::new(Expression::new(Value(Meta::new(QualifiedName(vec![rc!(Yolo), rc!(Swaggins)]))))),
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}))
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}))
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}
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}
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parse_test_wrap_ast! {
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parse_test_wrap_ast! {
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"thing::item::call()",
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"thing::item::call()",
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exst!(Call { f: bx![ex!(m Value(QualifiedName(vec![rc!(thing), rc!(item), rc!(call)])))], arguments: vec![] })
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exst!(Call { f: bx![ex!(m Value(Meta::new(QualifiedName(vec![rc!(thing), rc!(item), rc!(call)]))))], arguments: vec![] })
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}
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}
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}
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}
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@ -31,7 +31,7 @@ impl ScopeResolver {
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let inner_expr = expr.mut_node();
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let inner_expr = expr.mut_node();
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match &mut inner_expr.kind {
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match &mut inner_expr.kind {
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ExpressionKind::Value(qualified_name) => {
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ExpressionKind::Value(qualified_name) => {
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let fqsn = lookup_name_in_scope(&qualified_name);
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let fqsn = lookup_name_in_scope(&qualified_name.node());
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expr.fqsn = Some(fqsn);
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expr.fqsn = Some(fqsn);
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},
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},
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NamedStruct { name, .. } => {
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NamedStruct { name, .. } => {
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@ -317,7 +317,7 @@ impl<'a> TypeContext<'a> {
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PrefixExp(op, expr) => self.prefix(op, expr.node())?,
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PrefixExp(op, expr) => self.prefix(op, expr.node())?,
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BinExp(op, lhs, rhs) => self.binexp(op, lhs.node(), rhs.node())?,
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BinExp(op, lhs, rhs) => self.binexp(op, lhs.node(), rhs.node())?,
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IfExpression { discriminator, body } => self.if_expr(discriminator, body)?,
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IfExpression { discriminator, body } => self.if_expr(discriminator, body)?,
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Value(val) => self.handle_value(val)?,
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Value(val) => self.handle_value(val.node())?,
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Call { box ref f, arguments } => self.call(f, arguments)?,
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Call { box ref f, arguments } => self.call(f, arguments)?,
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Lambda { params, type_anno, body } => self.lambda(params, type_anno, body)?,
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Lambda { params, type_anno, body } => self.lambda(params, type_anno, body)?,
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_ => ty!(Unit),
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_ => ty!(Unit),
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