Struct PCFSSataServer

pub struct PCFSSataServer<'fs> { /* private fields */ }

An implementation of a PCFS server speaking the Sata over PCFS protocol.

Implementations

impl<'fs> PCFSSataServer<'fs>

pub async fn new( host_filesystem: &'fs HostFilesystem, address: Option<Ipv4Addr>, port: Option<u16>, disable_real_removal: bool, should_support_ffio: bool, should_support_csr: bool, ) -> Result<Self, CatBridgeError>

Create and bind a new PCFS Sata Server to a port on an address.

Errors

If we cannot bind to the request host ip address.

pub const fn supports_ffio(&self) -> bool

If our server supports FFIO.

pub const fn supports_combined_send_and_recv(&self) -> bool

If our server supports combined send+recv.

pub const fn port(&self) -> u16

Get the port that the sata server will use.

pub async fn serve(self)

Actually end up serving connections to clients.

This will continue serving for as long as it is able. Although it doesn’t do this as ‘effeciently’ because it cannot server multiple clients concurrently itself.

In order to do this, we would need a 'static lifetime’d host filesystem which this method works without even 'static filesystems. If you do have a 'static host filesystem, you should prefer to use the method PCFSSataServer::serve_concurrently to more effeciently serve many clients at once.

impl PCFSSataServer<'static>

pub async fn serve_concurrently(self)

Actually end up serving connections to clients.

This will continue serving for as long as it is able. This is the significantly more efficient than just PCFSSataServer::serve as we can confirm that host filesystem will ive long enough for all of our connections.

Trait Implementations

impl<'fs> Debug for PCFSSataServer<'fs>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.