Struct jormungandr::leadership::enclave::Enclave

pub struct Enclave {
    inner: Arc<Enclave>,
}

represent the client side of an enclave. From there we will query the actual enclave about schedules and signing blocks

Fields

inner: Arc<Enclave>

TODO: we will need to remove this to instead query data to an external service (running in the secure enclave). For now we hold on the SecureEnclave . But it will need to be separated when we have the necessary crypto done.

Implementations

impl Enclave

pub fn new(secure_enclave: SecureEnclave) -> Self

create a new enclave structure. This will need to change in the future with a parameter to contact the secure enclave instead of the dummy type.

pub async fn query_schedules( &self, leadership: Arc<Leadership>, slot_start: u32, nb_slots: u32 ) -> Result<Schedule, EnclaveError>

ask the enclave to attempt computing some leadership schedule for the given settings

TODO: for now we are utilizing the Leadership object fully but on the long run this might be limited to only the required data.

pub fn query_header_bft_finalize( &self, block_builder: HeaderBftBuilder<HeaderSetConsensusSignature> ) -> Result<HeaderBft, EnclaveError>

ask the leader associated to the LeaderEvent to finalize the given block by providing the proof.

TODO: for now we are querying the whole with the block builder but on the long run we will only need the block signing data.

pub fn query_header_genesis_praos_finalize( &self, block_builder: HeaderGenesisPraosBuilder<HeaderSetConsensusSignature> ) -> Result<HeaderGenesisPraos, EnclaveError>

ask the leader associated to the LeaderEvent to finalize the given block by providing the proof.

TODO: for now we are querying the whole with the block builder but on the long run we will only need the block signing data.

Trait Implementations

impl Clone for Enclave

fn clone(&self) -> Enclave

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.