Trait rubbl_miriad::MiriadMappedType

pub trait MiriadMappedType: Sized {
    const TYPE: Type;

    fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>;
    fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>);
    fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>);

    fn vec_from_miriad_bytes(buf: &[u8]) -> Result<Vec<Self>, Error> { ... }
    fn get_miriad_count(values: &[Self]) -> usize { ... }
}

This trait marks that the given type maps onto a type defined in the MIRIAD data format.

Required Associated Constants

const TYPE: Type

The particular MIRIAD Type to which this Rust type maps.

Required Methods

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

Provided Methods

fn vec_from_miriad_bytes(buf: &[u8]) -> Result<Vec<Self>, Error>

fn get_miriad_count(values: &[Self]) -> usize

This is a hack so we can write type-generic functions that can figure out how many bytes are in a string.

Implementations on Foreign Types

impl MiriadMappedType for u8

const TYPE: Type = Type::Binary

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

impl MiriadMappedType for i8

const TYPE: Type = Type::Int8

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

impl MiriadMappedType for i16

const TYPE: Type = Type::Int16

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

impl MiriadMappedType for i32

const TYPE: Type = Type::Int32

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

impl MiriadMappedType for i64

const TYPE: Type = Type::Int64

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

impl MiriadMappedType for Complex<f32>

const TYPE: Type = Type::Complex64

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

impl MiriadMappedType for String

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

As a special hack, this only ever returns a 1-element vector.

const TYPE: Type = Type::Text

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

fn get_miriad_count(values: &[Self]) -> usize

impl MiriadMappedType for f32

const TYPE: Type = Type::Float32

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

impl MiriadMappedType for f64

const TYPE: Type = Type::Float64

fn vec_from_miriad_reader<R: Read>(stream: R) -> Result<Vec<Self>, Error>

fn decode_buf_into_vec(buf: &[u8], vec: &mut Vec<Self>)

fn encode_values_into_vec(values: &[Self], vec: &mut Vec<u8>)

Implementors