refactor(lexer): compile jsx_over_generic separately for each CPU feature set (#28626)

Part of effort to move to runtime CPU feature detection.

Apply `cpu_versions!` to `jsx_over_generic`, keeping its `#[inline(never)]` attribute. `jsx_over_type_params` passes it `cpu`. It doesn't use `cpu` yet.

No change to codegen, apart from the new AVX2 version in builds without AVX2 flags.

crates/oxc_lexer/src/pipeline/carve/jsx/angle_brackets.rs

@@ -54,7 +54,7 @@ pub(super) unsafe fn jsx_over_type_params(
                 &lanes.disambiguate.closers,
             );
             let (jsx, unterminated) =
-                jsx_over_generic(&tokens, &mut lanes.disambiguate.walks, lt, lp);
+                jsx_over_generic(&tokens, &mut lanes.disambiguate.walks, lt, lp, cpu);
             if unterminated {
                 lanes.push_diag(lt as u32, (gt + 1 - lt) as u32, DiagCode::UnterminatedJsxElement);
             }

crates/oxc_lexer/src/pipeline/disambiguate/type_context/tsx.rs

@@ -7,13 +7,23 @@
 //!
 //! [`context`]: crate::pipeline::disambiguate::context
 
-use crate::pipeline::disambiguate::{Tokens, Walks, context};
+use crate::pipeline::{
+    cpu::{Cpu, apply, cpu_versions},
+    disambiguate::{Tokens, Walks, context},
+};
 
 use super::bytes::arrow_after_params;
 
 /// Whether the ambiguous < at lt is JSX, and whether it is an unterminated element to report.
+#[apply(cpu_versions)]
 #[inline(never)]
-pub fn jsx_over_generic(tokens: &Tokens, walks: &mut Walks, lt: usize, lp: usize) -> (bool, bool) {
+pub fn jsx_over_generic(
+    tokens: &Tokens,
+    walks: &mut Walks,
+    lt: usize,
+    lp: usize,
+    _cpu: impl Cpu,
+) -> (bool, bool) {
     let site = context::before(tokens, walks, lt);
     if site.in_type || site.type_params {
         return (false, false);