Struct sov_sequencer_registry::Sequencer

pub struct Sequencer<C: Context> { /* private fields */ }

Implementations

impl<C: Context> Sequencer<C>

pub fn sequencer_address_and_balance( &self, working_set: &mut WorkingSet<C::Storage> ) -> SequencerAndBalanceResponse

Trait Implementations

impl<C: Context> ApplyBlobHooks for Sequencer<C>

type Context = C

type BlobResult = u64

fn begin_blob_hook( &self, sequencer_da: &[u8], _raw_blob: &[u8], working_set: &mut WorkingSet<<Self::Context as Spec>::Storage> ) -> Result<()>

Runs at the beginning of apply_blob, locks the sequencer bond.

fn end_blob_hook( &self, _result: Self::BlobResult, working_set: &mut WorkingSet<<Self::Context as Spec>::Storage> ) -> Result<()>

Executes at the end of apply_blob and rewards the sequencer. This method is not invoked if the sequencer has been slashed.

impl<C: Context> Module for Sequencer<C>

type Context = C

Execution context.

type Config = SequencerConfig<C>

Configuration for the genesis method.

fn genesis( &self, config: &Self::Config, working_set: &mut WorkingSet<C::Storage> ) -> Result<(), Error>

Genesis is called when a rollup is deployed and can be used to set initial state values in the module.

type CallMessage = NonInstantiable

Module defined argument to the call method.

fn call( &self, _message: Self::CallMessage, _context: &Self::Context, _working_set: &mut WorkingSet<<Self::Context as Spec>::Storage> ) -> Result<CallResponse, Error>

Call allows interaction with the module and invokes state changes. It takes a module defined type and a context as parameters.

impl<C: Context> ModuleInfo for Sequencer<C>

type Context = C

fn new() -> Self

Module constructor.

fn address(&self) -> &<Self::Context as Spec>::Address

Returns address of the module.