Fix reactive regression: seed all primitives unconditionally into both tables
The conditional seeding left gaps — sync_env_to_vm() would wipe entries from vm_globals that weren't also in global_env. Unconditional seeding into both tables ensures CALL_PRIM always finds native primitives. Also prevents SX definitions (stdlib.sx has-key?) from overwriting native primitives via the env_bind hook on the server. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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@@ -857,13 +857,14 @@ let () =
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let () = ignore (env_bind global_env "enable-jit!" (NativeFn ("enable-jit!", fun _ -> _jit_enabled := true; Nil)))
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(* Seed _vm_globals with all primitives as NativeFn values.
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This makes _vm_globals the single source of truth for CALL_PRIM dispatch.
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OP_DEFINE and registerNative naturally override entries here. *)
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(* Seed BOTH _vm_globals AND global_env with ALL primitives as NativeFn values.
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Unconditional — native primitives are authoritative for CALL_PRIM dispatch.
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Must be in both because sync_env_to_vm() copies global_env → _vm_globals. *)
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let () =
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Hashtbl.iter (fun name fn ->
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if not (Hashtbl.mem _vm_globals name) then
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Hashtbl.replace _vm_globals name (NativeFn (name, fn))
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let v = NativeFn (name, fn) in
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Hashtbl.replace _vm_globals name v;
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Hashtbl.replace global_env.bindings (intern name) v
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) Sx_primitives.primitives
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(* ================================================================== *)
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