ef8f021c01
Closes the remaining three F0.6 findings so the universal backtick raw identifier holds in BOTH classifiers and at EVERY parser construction site. 1. Struct-body constants thread is_raw + name_span. The struct-body const forms (untyped `` `s2 :: 5 `` and typed `` `s2 : T : v ``) built the const_decl node without name_span/is_raw, so a backtick const was falsely rejected and a bare reserved-name const caretted at 1:1. They now capture both. Structural cure: `ast.ConstDecl`'s name_span + is_raw carry NO default, so the compiler rejects any construction site that omits them (mirrors checkBindingName's required `is_raw` arg). FnDecl keeps its defaults — every parser fn_decl routes through parseFnDecl whose `name_is_raw` is a required parameter (equivalent guarantee). 2. Raw identifier in TYPE position flows through the normal continuations. parseTypeExpr no longer returns a terminal type_expr for a raw atom; the raw flag rides the atom through the qualified-path / Closure / parameterized continuations, so `` `s2(s64) ``, `` *`s2 ``, `` ?`s2 `` all parse. ParameterizedTypeExpr carries is_raw; resolveParameterizedWithBindings skips the `Vector` intrinsic when raw. 3. sema/LSP (the second classifier) honors is_raw. Type.fromTypeExpr returns null for a raw type_expr; resolveTypeNode skips the builtin classifier when raw; resolveTypeNameStr takes a skip_builtin arg threaded from te/id.is_raw (compound inner names pass false). A backtick reserved-name annotation now resolves to the user type in the editor index, not the builtin. Tests: examples/0156 (struct-body const), 0157 (parameterized raw type + wrappers), 1142 (bare struct-body const errors, caret on name); src/sema.test.zig pins the LSP raw-type resolution (fail-before verified). Gate: 365 unit tests, 429 examples, 0 failed.
31 lines
1.0 KiB
Plaintext
31 lines
1.0 KiB
Plaintext
// Backtick raw identifier in PARAMETERIZED type position. A raw type reference
|
|
// (`` `s2 ``) flows through the SAME type-expression continuations as a bare
|
|
// name, so a reserved-spelled GENERIC template can be instantiated
|
|
// (`` `s2(s64) ``) and the result composes under pointer/field wrappers
|
|
// (`` *`s2(s64) ``, a struct field typed `` `s2(s64) ``). A bare `s2` in type
|
|
// position is still the 2-bit signed int. Complements examples/0154 (nullary
|
|
// raw type references).
|
|
// Regression (issue 0089 — attempt-5: the raw type atom no longer parses as a
|
|
// terminal `type_expr`; it reaches the parameterized + wrapper continuations).
|
|
#import "modules/std.sx";
|
|
|
|
`s2 :: struct($T: Type) {
|
|
x: $T;
|
|
}
|
|
|
|
Wrapper :: struct {
|
|
inner: `s2(s64); // raw parameterized type as a struct field
|
|
}
|
|
|
|
main :: () -> s32 {
|
|
v : `s2(s64);
|
|
v.x = 7;
|
|
p : *`s2(s64) = @v; // pointer to a raw parameterized type
|
|
w : Wrapper = ---;
|
|
w.inner.x = 12;
|
|
print("val = {}\n", v.x);
|
|
print("ptr = {}\n", p.x);
|
|
print("fld = {}\n", w.inner.x);
|
|
return 0;
|
|
}
|