Struct ProjectResolutionRegistry 

struct ProjectResolutionRegistry {
    retained_limit: u64,
    supplemental_entities_by_digest: BTreeMap<String, GraphEntity>,
    candidate_digests_by_key: BTreeMap<CanonicalResolutionKey, BTreeSet<String>>,
    forwarding_key_digests: BTreeSet<[u8; 32]>,
    retained_bytes: u64,
}

Project-wide stable entities and their canonical resolution-key bindings.

Fields

retained_limit: u64

Remaining operation bytes after all coexisting owners.

supplemental_entities_by_digest: BTreeMap<String, GraphEntity>

Persisted candidates not already owned by the staged entity projection.

candidate_digests_by_key: BTreeMap<CanonicalResolutionKey, BTreeSet<String>>

Canonical keys mapped only to sorted, deduplicated entity digests.

forwarding_key_digests: BTreeSet<[u8; 32]>

Compact hint for file-owned declaration lookup markers; witnesses remain in the key map.

retained_bytes: u64

Conservative peak bytes retained by this temporary resolution registry.

Implementations

impl ProjectResolutionRegistry

fn reserve(&mut self, bytes: u64) -> Result<(), CliError>

Reserve a new retained owner before mutation or cloning.

fn insert_candidate( &mut self, key: &CanonicalResolutionKey, entity: &GraphEntity, ) -> Result<(), CliError>

Insert one key-to-entity binding without cloning the entity per exported key.

fn insert_staged_candidate( &mut self, key: &CanonicalResolutionKey, entity: &GraphEntity, ) -> Result<(), CliError>

Bind an entity already owned by the staged projection without cloning it.

fn record_forwarding_key( &mut self, key: &CanonicalResolutionKey, entity: &GraphEntity, ) -> Result<(), CliError>

Index marker presence without walking every declaration candidate on the fast path.

fn insert_candidate_binding( &mut self, key: &CanonicalResolutionKey, digest: String, ) -> Result<(), CliError>

Insert only new witnesses, reserving canonical text and both tree rows first.

Trait Implementations

impl Default for ProjectResolutionRegistry

fn default() -> Self

Returns the “default value” for a type.