use crate::Remote;pub(crate) struct HandshakeWithRefs { #[allow(dead_code)] outcome: git_protocol::fetch::handshake::Outcome, refs: Vec<git_protocol::fetch::Ref>,}/// A type to represent an ongoing connection to a remote host, typically with the connection already established.////// It can be used to perform a variety of operations with the remote without worrying about protocol details,/// much like a remote procedure call.pub struct Connection<'a, 'repo, T, P> { pub(crate) remote: &'a Remote<'repo>, pub(crate) transport: T, pub(crate) progress: P,}mod access { use crate::remote::Connection; use crate::Remote; /// Access impl<'a, 'repo, T, P> Connection<'a, 'repo, T, P> { /// Drop the transport and additional state to regain the original remote. pub fn remote(&self) -> &Remote<'repo> { self.remote } }}mod list_refs;
use crate::Remote;
pub(crate) struct HandshakeWithRefs {
#[allow(dead_code)]
outcome: git_protocol::fetch::handshake::Outcome,
refs: Vec<git_protocol::fetch::Ref>,
}
/// A type to represent an ongoing connection to a remote host, typically with the connection already established.
///
/// It can be used to perform a variety of operations with the remote without worrying about protocol details,
/// much like a remote procedure call.
pub struct Connection<'a, 'repo, T, P> {
pub(crate) remote: &'a Remote<'repo>,
pub(crate) transport: T,
pub(crate) progress: P,
}
mod access {
use crate::remote::Connection;
use crate::Remote;
/// Access
impl<'a, 'repo, T, P> Connection<'a, 'repo, T, P> {
/// Drop the transport and additional state to regain the original remote.
pub fn remote(&self) -> &Remote<'repo> {
self.remote
}
}
}
mod list_refs;