use PhantomData;
use assert_impl_all;
/// The encoding format.
///
assert_impl_all!;
/// The encoding context to use with the [serialization and deserialization] API.
///
/// This type is generic over the [ByteOrder] trait. Moreover, the encoding is dependent on the
/// position of the encoding in the entire message and hence the need to [specify] the byte
/// position of the data being serialized or deserialized. Simply pass `0` if serializing or
/// deserializing to or from the beginning of message, or the preceding bytes end on an 8-byte
/// boundary.
///
/// # Examples
///
/// ```
/// use byteorder::LE;
///
/// use zvariant::EncodingContext as Context;
/// use zvariant::{from_slice, to_bytes};
///
/// let str_vec = vec!["Hello", "World"];
/// let ctxt = Context::<LE>::new_dbus(0);
/// let encoded = to_bytes(ctxt, &str_vec).unwrap();
///
/// // Let's decode the 2nd element of the array only
/// let ctxt = Context::<LE>::new_dbus(14);
/// let decoded: &str = from_slice(&encoded[14..], ctxt).unwrap();
/// assert_eq!(decoded, "World");
/// ```
///
/// [serialization and deserialization]: index.html#functions
/// [ByteOrder]: https://docs.rs/byteorder/1.3.4/byteorder/trait.ByteOrder.html
/// [specify]: #method.new
assert_impl_all!;