Struct LfsAccess 

pub struct LfsAccess {
    pub store: Arc<dyn LfsStore>,
    pub limits: Limits,
    pub allowance: Option<NamespaceAllowance>,
}

An authorised repository’s LFS object store, and what it will accept.

Returned by LfsTransport::open_lfs, and deliberately not a session: LFS over HTTP is four independent requests (batch, GET, PUT, verify), each authorised on its own, so there is nothing for a session to hold between them. What the two surfaces share is the store and the limits, which is exactly what this carries.

Fields

store: Arc<dyn LfsStore>

Where the objects are. Arc because the caller runs the actual I/O on a blocking thread and has to own it there.

limits: Limits

The quota and the batch cap in force, from the same WireConfig::lfs the SSH session is built with. A second home for these is how 8 GiB comes to be enforced on one transport and not the other.

allowance: Option<NamespaceAllowance>

The tenant’s remaining LFS room, decided by the same crate::PlanGate chain that decided crate::ServiceRequest::pack_ceiling for a push, and None wherever a push would get no ceiling: a community build, an uncapped namespace, a download.

Beside Self::limits rather than inside it because they are different kinds of number. limits is the operator’s, one set for the whole box, Copy, and comes off the command line; this is one namespace’s plan, re-measured per transfer, and carries a sentence built from a signed entitlement fact. A tenant who fills it is told to buy more; a client that trips limits is told the box does not take objects that big.

Trait Implementations

impl Debug for LfsAccess

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

Formats the value using the given formatter.