Struct DcgkaState 

pub struct DcgkaState<ID, OP, PKI, DGM, KMG>
where
    ID: IdentityHandle,
    OP: OperationId,
    PKI: IdentityRegistry<ID, PKI::State> + PreKeyRegistry<ID, LongTermKeyBundle>,
    DGM: GroupMembership<ID, OP>,
    KMG: IdentityManager<KMG::State> + PreKeyManager,
{
    pub pki: PKI::State,
    pub my_keys: KMG::State,
    pub my_id: ID,
    pub two_party: HashMap<ID, TwoPartyState<LongTermKeyBundle>>,
    pub dgm: DGM::State,
}

Available on crate features data_scheme only.

Serializable state of “data encryption” DCGKA (for persistence).

Fields

pki: PKI::State

Public Key Infrastructure (PKI). From here we retrieve the identity keys and long-term pre-key bundles for each member to do 2SM.

my_keys: KMG::State

Our own key manager state holding the secret parts for our own identity keys and published long-term pre-key bundles so we can do 2SM.

my_id: ID

Our id which is used as a unique handle inside this group.

two_party: HashMap<ID, TwoPartyState<LongTermKeyBundle>>

Handlers for each member to manage the “Two-Party Secure Messaging” (2SM) key-agreement protocol as specified in the paper.

dgm: DGM::State

Decentralised group membership (DGM) state.

Trait Implementations

impl<ID, OP, PKI, DGM, KMG> Clone for DcgkaState<ID, OP, PKI, DGM, KMG>

where ID: IdentityHandle + Clone, OP: OperationId + Clone, PKI: IdentityRegistry<ID, PKI::State> + PreKeyRegistry<ID, LongTermKeyBundle> + Clone, DGM: GroupMembership<ID, OP> + Clone, KMG: IdentityManager<KMG::State> + PreKeyManager + Clone, PKI::State: Clone, KMG::State: Clone, DGM::State: Clone,

fn clone(&self) -> DcgkaState<ID, OP, PKI, DGM, KMG>

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl<ID, OP, PKI, DGM, KMG> Debug for DcgkaState<ID, OP, PKI, DGM, KMG>

where ID: IdentityHandle + Debug, OP: OperationId + Debug, PKI: IdentityRegistry<ID, PKI::State> + PreKeyRegistry<ID, LongTermKeyBundle> + Debug, DGM: GroupMembership<ID, OP> + Debug, KMG: IdentityManager<KMG::State> + PreKeyManager + Debug, PKI::State: Debug, KMG::State: Debug, DGM::State: Debug,

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

Formats the value using the given formatter.

impl<'de, ID, OP, PKI, DGM, KMG> Deserialize<'de> for DcgkaState<ID, OP, PKI, DGM, KMG>

where ID: IdentityHandle + Deserialize<'de>, OP: OperationId, PKI: IdentityRegistry<ID, PKI::State> + PreKeyRegistry<ID, LongTermKeyBundle>, DGM: GroupMembership<ID, OP>, KMG: IdentityManager<KMG::State> + PreKeyManager, PKI::State: Deserialize<'de>, KMG::State: Deserialize<'de>, DGM::State: Deserialize<'de>,

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl<ID, OP, PKI, DGM, KMG> Serialize for DcgkaState<ID, OP, PKI, DGM, KMG>

where ID: IdentityHandle + Serialize, OP: OperationId, PKI: IdentityRegistry<ID, PKI::State> + PreKeyRegistry<ID, LongTermKeyBundle>, DGM: GroupMembership<ID, OP>, KMG: IdentityManager<KMG::State> + PreKeyManager, PKI::State: Serialize, KMG::State: Serialize, DGM::State: Serialize,

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.