Trait pcd_rs::record::PcdSerialize

pub trait PcdSerialize: Sized {
    fn is_dynamic() -> bool;
    fn write_spec() -> Vec<(String, ValueKind, usize)>;
    fn write_chunk<R: Write + Seek>(
        &self, 
        writer: &mut R, 
        spec: &[(String, ValueKind, usize)]
    ) -> Fallible<()>;
    fn write_line<R: Write + Seek>(
        &self, 
        writer: &mut R, 
        spec: &[(String, ValueKind, usize)]
    ) -> Fallible<()>;
}

PcdSerialize is analogous to a point written by a writer.

The trait is not intended to be implemented from scratch. You must derive the implementation with #[derive(PcdSerialize)].

When the PCD data is in ASCII mode, the record is represented by a line of literals. Otherwise if the data is in binary mode, the record is represented by a fixed size chunk.

Required methods

fn is_dynamic() -> bool

fn write_spec() -> Vec<(String, ValueKind, usize)>

fn write_chunk<R: Write + Seek>(
    &self,
    writer: &mut R,
    spec: &[(String, ValueKind, usize)]
) -> Fallible<()>

fn write_line<R: Write + Seek>(
    &self,
    writer: &mut R,
    spec: &[(String, ValueKind, usize)]
) -> Fallible<()>

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Implementors

impl PcdSerialize for DynRecord

fn is_dynamic() -> bool

fn write_spec() -> Vec<(String, ValueKind, usize)>

fn write_chunk<Writer>(
    &self,
    writer: &mut Writer,
    spec: &[(String, ValueKind, usize)]
) -> Fallible<()> where
    Writer: Write + Seek, 

fn write_line<Writer>(
    &self,
    writer: &mut Writer,
    spec: &[(String, ValueKind, usize)]
) -> Fallible<()> where
    Writer: Write + Seek, 

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