use git_object::{owned, HashKind};use std::io;pub trait Write { type Error: std::error::Error + From<io::Error>; /// Write `object` using the given kind of `hash` into the database, returning id to reference it in subsequent reads. fn write(&self, object: &owned::Object, hash: HashKind) -> Result<owned::Id, Self::Error> { let mut buf = Vec::with_capacity(2048); object.write_to(&mut buf)?; self.write_stream(object.kind(), buf.len() as u64, buf.as_slice(), hash) } /// As `write`, but takes an `object` kind along with its encoded bytes. fn write_buf(&self, object: git_object::Kind, from: &[u8], hash: HashKind) -> Result<owned::Id, Self::Error> { self.write_stream(object, from.len() as u64, from, hash) } /// As `write`, but takes an input stream. This is commonly used for writing blobs directly without reading them to memory first. fn write_stream( &self, kind: git_object::Kind, size: u64, from: impl io::Read, hash: HashKind, ) -> Result<owned::Id, Self::Error>;}
use git_object::{owned, HashKind};
use std::io;
pub trait Write {
type Error: std::error::Error + From<io::Error>;
/// Write `object` using the given kind of `hash` into the database, returning id to reference it in subsequent reads.
fn write(&self, object: &owned::Object, hash: HashKind) -> Result<owned::Id, Self::Error> {
let mut buf = Vec::with_capacity(2048);
object.write_to(&mut buf)?;
self.write_stream(object.kind(), buf.len() as u64, buf.as_slice(), hash)
}
/// As `write`, but takes an `object` kind along with its encoded bytes.
fn write_buf(&self, object: git_object::Kind, from: &[u8], hash: HashKind) -> Result<owned::Id, Self::Error> {
self.write_stream(object, from.len() as u64, from, hash)
}
/// As `write`, but takes an input stream. This is commonly used for writing blobs directly without reading them to memory first.
fn write_stream(
&self,
kind: git_object::Kind,
size: u64,
from: impl io::Read,
hash: HashKind,
) -> Result<owned::Id, Self::Error>;
}