stellar_xdr/generated/const/
time_point_ms.rs

1#[allow(unused_imports, clippy::wildcard_imports)]
2use super::*;
3
4impl TimePointMs {
5    /// The exact XDR-encoded length of this value, in bytes.
6    ///
7    /// Evaluable in a const context, so a caller (such as a proc-macro) can
8    /// size a buffer for [`Self::const_to_xdr`] at compile time.
9    #[must_use]
10    pub const fn const_xdr_len(&self) -> usize {
11        let mut empty: [u8; 0] = [];
12        let mut w = ConstWriter::new(&mut empty);
13        w.write_type_time_point_ms(self);
14        w.len()
15    }
16
17    /// Serialize this value as XDR into a fixed-size `[u8; N]` using only const
18    /// operations. This is the const counterpart to
19    /// [`WriteXdr::to_xdr`](super::super::WriteXdr::to_xdr).
20    ///
21    /// `N` must equal [`Self::const_xdr_len`]. It is intended for callers, such
22    /// as a proc-macro, that compute the length with `const_xdr_len` and pass
23    /// it as `N`; `const_to_xdr` itself does not need to call `const_xdr_len`.
24    ///
25    /// # Panics
26    ///
27    /// Panics if `N` does not equal the value's [`Self::const_xdr_len`].
28    #[must_use]
29    pub const fn const_to_xdr<const N: usize>(&self) -> [u8; N] {
30        let mut buf = [0u8; N];
31        let mut w = ConstWriter::new(&mut buf);
32        w.write_type_time_point_ms(self);
33        assert!(
34            w.len() == N,
35            "const_to_xdr: N does not equal the XDR-encoded length"
36        );
37        buf
38    }
39}
40
41impl ConstWriter<'_> {
42    /// Serializes a [`TimePointMs`], mirroring `<TimePointMs as WriteXdr>::write_xdr`.
43    pub const fn write_type_time_point_ms(&mut self, v: &TimePointMs) {
44        self.write_u64(v.0);
45    }
46}
stellar_xdr/generated/const/time_point_ms.rs

stellar_xdr/generated/const/
time_point_ms.rs
