A no_std
compatible implementation of the OP Stack's derivation pipeline.
The intended way of working with kona-derive
is to use the DerivationPipeline
which implements the Pipeline
trait. To create an instance of the DerivationPipeline
, it's recommended to use the PipelineBuilder
as follows.
use std::sync::Arc;
use op_alloy_genesis::RollupConfig;
use kona_derive::sources::EthereumDataSource;
use kona_derive::pipeline::PipelineBuilder;
use kona_derive::attributes::StatefulAttributesBuilder;
let chain_provider = todo!();
let l2_chain_provider = todo!();
let blob_provider = todo!();
let l1_origin = todo!();
let cfg = Arc::new(RollupConfig::default());
let attributes = StatefulAttributesBuilder::new(
cfg.clone(),
l2_chain_provider.clone(),
chain_provider.clone(),
);
let dap = EthereumDataSource::new(
chain_provider.clone(),
blob_provider,
cfg.as_ref()
);
// Construct a new derivation pipeline.
let pipeline = PipelineBuilder::new()
.rollup_config(cfg)
.dap_source(dap)
.l2_chain_provider(l2_chain_provider)
.chain_provider(chain_provider)
.builder(attributes)
.origin(l1_origin)
.build();
The most up-to-date feature list will be available on the docs.rs Feature Flags
tab of the kona-derive
crate.
Some features include the following.
serde
: Serialization and Deserialization support forkona-derive
types.test-utils
: Test utilities for downstream libraries.
By default, kona-derive
enables the serde
feature.