Struct Client

pub struct Client {
    pub encryptor: Arc<dyn EncryptorT>,
    pub transport: Arc<dyn TransportT>,
    pub connection: Arc<dyn ConnectionT>,
    pub game_addr: String,
    pub addr: String,
    pub mode: ClientMode,
    pub op_hist: BTreeSet<OpIdent>,
    pub secret_state: SecretState,
}

The client core for player, transactor and validator nodes.

It reads the updated context, generates events and sends them via connection.

Client Mode

Three modes are supported:

Mode	Randomize	Decisions	Decryption
Client	x	o	o
Server	o	x	o
Validator	o	x	o

Fields

encryptor: Arc<dyn EncryptorT>

transport: Arc<dyn TransportT>

connection: Arc<dyn ConnectionT>

game_addr: String

addr: String

mode: ClientMode

op_hist: BTreeSet<OpIdent>

secret_state: SecretState

Implementations

impl Client

pub fn new( addr: String, game_addr: String, mode: ClientMode, transport: Arc<dyn TransportT>, encryptor: Arc<dyn EncryptorT>, connection: Arc<dyn ConnectionT>, ) -> Self

pub async fn attach_game(&self) -> Result<()>

pub async fn submit_event(&self, event: Event) -> Result<()>

pub async fn submit_custom_event<S: CustomEvent>( &self, custom_event: S, ) -> Result<()>

pub fn load_random_states(&mut self, game_context: &GameContext) -> Result<()>

pub fn answer_event( &mut self, decision_id: DecisionId, value: String, ) -> Result<Event>

pub async fn answer( &mut self, decision_id: DecisionId, value: String, ) -> Result<()>

pub fn handle_decision( &mut self, game_context: &GameContext, ) -> Result<Vec<Event>>

pub fn handle_random_waiting( &mut self, random_state: &RandomState, ) -> Result<Option<Event>>

pub fn handle_random_masking( &mut self, random_state: &RandomState, ) -> Result<Option<Event>>

pub fn handle_random_locking( &mut self, random_state: &RandomState, ) -> Result<Option<Event>>

pub fn handle_randomization( &mut self, game_context: &GameContext, ) -> Result<Vec<Event>>

pub fn handle_updated_context( &mut self, ctx: &GameContext, ) -> Result<Vec<Event>>

pub fn flush_secret_states(&mut self)

pub fn decrypt( &self, ctx: &GameContext, random_id: RandomId, ) -> Result<HashMap<usize, String>>

Decrypt the ciphertexts with shared secrets. Return a mapping from mapping from indexes to decrypted value.