rustr::traits

Trait RNew

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pub trait RNew
where
    Self: Sized,
{
    // Required method
    fn rnew(x: SEXP) -> RResult<Self>;
}

Required Methods§

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fn rnew(x: SEXP) -> RResult<Self>

Dyn Compatibility§

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementations on Foreign Types§

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impl RNew for bool

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fn rnew(x: SEXP) -> RResult<bool>

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impl RNew for f32

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fn rnew(x: SEXP) -> RResult<f32>

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impl RNew for f64

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fn rnew(x: SEXP) -> RResult<f64>

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impl RNew for i8

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fn rnew(x: SEXP) -> RResult<i8>

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impl RNew for i16

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fn rnew(x: SEXP) -> RResult<i16>

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impl RNew for i32

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fn rnew(x: SEXP) -> RResult<i32>

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impl RNew for i64

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fn rnew(x: SEXP) -> RResult<i64>

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impl RNew for isize

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fn rnew(x: SEXP) -> RResult<isize>

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impl RNew for u8

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fn rnew(x: SEXP) -> RResult<u8>

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impl RNew for u16

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fn rnew(x: SEXP) -> RResult<u16>

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impl RNew for u32

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fn rnew(x: SEXP) -> RResult<u32>

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impl RNew for u64

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fn rnew(x: SEXP) -> RResult<u64>

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impl RNew for usize

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fn rnew(x: SEXP) -> RResult<usize>

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impl RNew for BinaryHeap<bool>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<bool>>

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impl RNew for BinaryHeap<i8>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<i8>>

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impl RNew for BinaryHeap<i16>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<i16>>

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impl RNew for BinaryHeap<i32>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<i32>>

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impl RNew for BinaryHeap<i64>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<i64>>

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impl RNew for BinaryHeap<isize>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<isize>>

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impl RNew for BinaryHeap<u8>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<u8>>

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impl RNew for BinaryHeap<u16>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<u16>>

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impl RNew for BinaryHeap<u32>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<u32>>

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impl RNew for BinaryHeap<u64>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<u64>>

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impl RNew for BinaryHeap<usize>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<usize>>

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impl RNew for BinaryHeap<CString>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<CString>>

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impl RNew for BinaryHeap<String>

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fn rnew(x: SEXP) -> RResult<BinaryHeap<String>>

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impl RNew for BTreeSet<bool>

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fn rnew(x: SEXP) -> RResult<BTreeSet<bool>>

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impl RNew for BTreeSet<i8>

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fn rnew(x: SEXP) -> RResult<BTreeSet<i8>>

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impl RNew for BTreeSet<i16>

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fn rnew(x: SEXP) -> RResult<BTreeSet<i16>>

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impl RNew for BTreeSet<i32>

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fn rnew(x: SEXP) -> RResult<BTreeSet<i32>>

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impl RNew for BTreeSet<i64>

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fn rnew(x: SEXP) -> RResult<BTreeSet<i64>>

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impl RNew for BTreeSet<isize>

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fn rnew(x: SEXP) -> RResult<BTreeSet<isize>>

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impl RNew for BTreeSet<u8>

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fn rnew(x: SEXP) -> RResult<BTreeSet<u8>>

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impl RNew for BTreeSet<u16>

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fn rnew(x: SEXP) -> RResult<BTreeSet<u16>>

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impl RNew for BTreeSet<u32>

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fn rnew(x: SEXP) -> RResult<BTreeSet<u32>>

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impl RNew for BTreeSet<u64>

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fn rnew(x: SEXP) -> RResult<BTreeSet<u64>>

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impl RNew for BTreeSet<usize>

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fn rnew(x: SEXP) -> RResult<BTreeSet<usize>>

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impl RNew for BTreeSet<CString>

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fn rnew(x: SEXP) -> RResult<BTreeSet<CString>>

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impl RNew for BTreeSet<String>

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fn rnew(x: SEXP) -> RResult<BTreeSet<String>>

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impl RNew for LinkedList<bool>

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fn rnew(x: SEXP) -> RResult<LinkedList<bool>>

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impl RNew for LinkedList<f32>

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fn rnew(x: SEXP) -> RResult<LinkedList<f32>>

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impl RNew for LinkedList<f64>

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fn rnew(x: SEXP) -> RResult<LinkedList<f64>>

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impl RNew for LinkedList<i8>

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fn rnew(x: SEXP) -> RResult<LinkedList<i8>>

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impl RNew for LinkedList<i16>

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fn rnew(x: SEXP) -> RResult<LinkedList<i16>>

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impl RNew for LinkedList<i32>

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fn rnew(x: SEXP) -> RResult<LinkedList<i32>>

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impl RNew for LinkedList<i64>

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fn rnew(x: SEXP) -> RResult<LinkedList<i64>>

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impl RNew for LinkedList<isize>

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fn rnew(x: SEXP) -> RResult<LinkedList<isize>>

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impl RNew for LinkedList<u8>

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fn rnew(x: SEXP) -> RResult<LinkedList<u8>>

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impl RNew for LinkedList<u16>

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fn rnew(x: SEXP) -> RResult<LinkedList<u16>>

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impl RNew for LinkedList<u32>

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fn rnew(x: SEXP) -> RResult<LinkedList<u32>>

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impl RNew for LinkedList<u64>

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fn rnew(x: SEXP) -> RResult<LinkedList<u64>>

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impl RNew for LinkedList<usize>

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fn rnew(x: SEXP) -> RResult<LinkedList<usize>>

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impl RNew for LinkedList<CString>

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fn rnew(x: SEXP) -> RResult<LinkedList<CString>>

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impl RNew for LinkedList<String>

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fn rnew(x: SEXP) -> RResult<LinkedList<String>>

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impl RNew for VecDeque<bool>

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fn rnew(x: SEXP) -> RResult<VecDeque<bool>>

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impl RNew for VecDeque<f32>

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fn rnew(x: SEXP) -> RResult<VecDeque<f32>>

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impl RNew for VecDeque<f64>

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fn rnew(x: SEXP) -> RResult<VecDeque<f64>>

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impl RNew for VecDeque<i8>

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fn rnew(x: SEXP) -> RResult<VecDeque<i8>>

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impl RNew for VecDeque<i16>

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fn rnew(x: SEXP) -> RResult<VecDeque<i16>>

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impl RNew for VecDeque<i32>

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fn rnew(x: SEXP) -> RResult<VecDeque<i32>>

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impl RNew for VecDeque<i64>

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fn rnew(x: SEXP) -> RResult<VecDeque<i64>>

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impl RNew for VecDeque<isize>

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fn rnew(x: SEXP) -> RResult<VecDeque<isize>>

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impl RNew for VecDeque<u8>

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fn rnew(x: SEXP) -> RResult<VecDeque<u8>>

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impl RNew for VecDeque<u16>

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fn rnew(x: SEXP) -> RResult<VecDeque<u16>>

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impl RNew for VecDeque<u32>

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fn rnew(x: SEXP) -> RResult<VecDeque<u32>>

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impl RNew for VecDeque<u64>

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fn rnew(x: SEXP) -> RResult<VecDeque<u64>>

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impl RNew for VecDeque<usize>

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fn rnew(x: SEXP) -> RResult<VecDeque<usize>>

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impl RNew for VecDeque<CString>

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fn rnew(x: SEXP) -> RResult<VecDeque<CString>>

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impl RNew for VecDeque<String>

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fn rnew(x: SEXP) -> RResult<VecDeque<String>>

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impl RNew for CString

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fn rnew(x: SEXP) -> RResult<CString>

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impl RNew for String

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fn rnew(x: SEXP) -> RResult<String>

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impl RNew for Vec<bool>

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fn rnew(x: SEXP) -> RResult<Vec<bool>>

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impl RNew for Vec<f32>

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fn rnew(x: SEXP) -> RResult<Vec<f32>>

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impl RNew for Vec<f64>

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fn rnew(x: SEXP) -> RResult<Vec<f64>>

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impl RNew for Vec<i8>

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fn rnew(x: SEXP) -> RResult<Vec<i8>>

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impl RNew for Vec<i16>

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fn rnew(x: SEXP) -> RResult<Vec<i16>>

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impl RNew for Vec<i32>

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fn rnew(x: SEXP) -> RResult<Vec<i32>>

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impl RNew for Vec<i64>

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fn rnew(x: SEXP) -> RResult<Vec<i64>>

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impl RNew for Vec<isize>

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fn rnew(x: SEXP) -> RResult<Vec<isize>>

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impl RNew for Vec<u8>

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fn rnew(x: SEXP) -> RResult<Vec<u8>>

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impl RNew for Vec<u16>

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fn rnew(x: SEXP) -> RResult<Vec<u16>>

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impl RNew for Vec<u32>

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fn rnew(x: SEXP) -> RResult<Vec<u32>>

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impl RNew for Vec<u64>

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fn rnew(x: SEXP) -> RResult<Vec<u64>>

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impl RNew for Vec<usize>

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fn rnew(x: SEXP) -> RResult<Vec<usize>>

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impl RNew for Vec<CString>

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fn rnew(x: SEXP) -> RResult<Vec<CString>>

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impl RNew for Vec<String>

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fn rnew(x: SEXP) -> RResult<Vec<String>>

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impl RNew for HashSet<bool>

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fn rnew(x: SEXP) -> RResult<HashSet<bool>>

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impl RNew for HashSet<i8>

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fn rnew(x: SEXP) -> RResult<HashSet<i8>>

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impl RNew for HashSet<i16>

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fn rnew(x: SEXP) -> RResult<HashSet<i16>>

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impl RNew for HashSet<i32>

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fn rnew(x: SEXP) -> RResult<HashSet<i32>>

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impl RNew for HashSet<i64>

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fn rnew(x: SEXP) -> RResult<HashSet<i64>>

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impl RNew for HashSet<isize>

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fn rnew(x: SEXP) -> RResult<HashSet<isize>>

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impl RNew for HashSet<u8>

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fn rnew(x: SEXP) -> RResult<HashSet<u8>>

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impl RNew for HashSet<u16>

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fn rnew(x: SEXP) -> RResult<HashSet<u16>>

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impl RNew for HashSet<u32>

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fn rnew(x: SEXP) -> RResult<HashSet<u32>>

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impl RNew for HashSet<u64>

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fn rnew(x: SEXP) -> RResult<HashSet<u64>>

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impl RNew for HashSet<usize>

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fn rnew(x: SEXP) -> RResult<HashSet<usize>>

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impl RNew for HashSet<CString>

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fn rnew(x: SEXP) -> RResult<HashSet<CString>>

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impl RNew for HashSet<String>

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fn rnew(x: SEXP) -> RResult<HashSet<String>>

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impl<D: RNew> RNew for BTreeMap<CString, D>

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fn rnew(x: SEXP) -> RResult<BTreeMap<CString, D>>

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impl<D: RNew> RNew for BTreeMap<String, D>

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fn rnew(x: SEXP) -> RResult<BTreeMap<String, D>>

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impl<D: RNew> RNew for HashMap<CString, D>

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fn rnew(x: SEXP) -> RResult<HashMap<CString, D>>

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impl<D: RNew> RNew for HashMap<String, D>

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fn rnew(x: SEXP) -> RResult<HashMap<String, D>>

Implementors§

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impl RNew for SEXP

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impl<Obj: Any, T: SEXPbucket> RNew for RPtrM<Obj, T>

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impl<Obj: Any, T: SEXPbucket> RNew for RWeakM<Obj, T>

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impl<T: SEXPbucket> RNew for RFmlM<T>

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impl<T: SEXPbucket> RNew for RCharM<T>

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impl<T: SEXPbucket> RNew for RFunM<T>

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impl<T: SEXPbucket> RNew for BoolVecM<T>

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impl<T: SEXPbucket> RNew for CplVecM<T>

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impl<T: SEXPbucket> RNew for IntVecM<T>

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impl<T: SEXPbucket> RNew for NumVecM<T>

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impl<T: SEXPbucket> RNew for RawVecM<T>

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impl<T: SEXPbucket> RNew for CharVecM<T>

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impl<T: SEXPbucket> RNew for ExprVecM<T>

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impl<T: SEXPbucket> RNew for RListM<T>