Struct sda_server::jfs_stores::JfsAgentsStore

pub struct JfsAgentsStore { /* fields omitted */ }

Methods

impl JfsAgentsStore

fn new<P: AsRef<Path>>(prefix: P) -> SdaServerResult<JfsAgentsStore>

Trait Implementations

impl BaseStore for JfsAgentsStore

fn ping(&self) -> SdaServerResult<()>

impl AgentsStore for JfsAgentsStore

fn create_agent(&self, agent: &Agent) -> SdaServerResult<()>

Create an agent

fn get_agent(&self, id: &AgentId) -> SdaServerResult<Option<Agent>>

Retrieve the agent description.

fn upsert_profile(&self, profile: &Profile) -> SdaServerResult<()>

Register the given public profile; updates any existing profile.

fn get_profile(&self, owner: &AgentId) -> SdaServerResult<Option<Profile>>

Retrieve the associated public profile.

fn create_encryption_key(&self,
                         key: &SignedEncryptionKey)
                         -> SdaServerResult<()>

Register new encryption key for agent.

fn get_encryption_key(&self,
                      key: &EncryptionKeyId)
                      -> SdaServerResult<Option<SignedEncryptionKey>>

Retrieve agent encryption key.

fn suggest_committee(&self) -> SdaServerResult<Vec<ClerkCandidate>>

FIXME: very temporary interface. As logic needs to be adapted to each store capabilities, no real need to abstract this in server, but we do need to give more information about what is needed (supported keys, liveliness, number, ...)