nanvm_lib/naive/
mod.rs

1mod container;
2mod function;
3
4use crate::{
5    naive::{container::Container, function::Function},
6    sign::Sign,
7    vm::{Any, Array, IVm, Property, StaticCode, Unpacked},
8};
9
10/// Note: we can't use `type InternalAny = Unpacked<InternalAny>;` because Rust doesn't support
11/// recursive type aliases.
12#[derive(Clone)]
13pub struct Naive(Unpacked<Naive>);
14
15impl<T: Into<Unpacked<Naive>>> From<T> for Naive {
16    fn from(value: T) -> Self {
17        Naive(value.into())
18    }
19}
20
21impl IVm for Naive {
22    type InternalString = Container<(), u16>;
23    type InternalBigInt = Container<Sign, u64>;
24    type InternalObject = Container<(), Property<Naive>>;
25    type InternalArray = Container<(), Any<Naive>>;
26    type InternalFunction = Function;
27
28    fn to_unpacked(self) -> Unpacked<Self> {
29        self.0
30    }
31
32    fn with_unpacked<R>(&self, f: impl FnOnce(&Unpacked<Self>) -> R) -> R {
33        f(&self.0)
34    }
35
36    /// `naive` holds a static function, and makes a function no other way.
37    fn static_function(
38        code: StaticCode<Naive>,
39        length: u32,
40        frame: Array<Naive>,
41        text: Option<&'static str>,
42    ) -> crate::vm::Function<Naive> {
43        crate::vm::Function::new(Function::new(code, length, frame, text))
44    }
45
46    fn frame(self_: &Function) -> &Array<Naive> {
47        self_.frame()
48    }
49}
nanvm_lib/naive/mod.rs

nanvm_lib/naive/
mod.rs
