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use bridge_s2s_traits::client::{S2SClientGeneric, S2SClientRelay};
use support_toolkit::convert::SmartCodecMapper;
use support_common::config::{Config, Names};
use crate::bridge::{BridgeConfig, ChainInfoConfig};
use crate::types::BridgeName;
pub async fn handle_init(bridge: BridgeName) -> color_eyre::Result<()> {
tracing::info!(target: "crab-crabparachain", "Init bridge {:?}", bridge);
let bridge_config: BridgeConfig = Config::restore(Names::BridgeCrabCrabParachain)?;
let config_crab: ChainInfoConfig = bridge_config.crab;
let config_kusama: ChainInfoConfig = bridge_config.kusama;
let config_crab_parachain: ChainInfoConfig = bridge_config.crab_parachain;
init_bridge(bridge, config_crab, config_kusama, config_crab_parachain).await?;
Ok(())
}
async fn init_bridge(
bridge: BridgeName,
config_crab: ChainInfoConfig,
config_kusama: ChainInfoConfig,
config_crab_parachain: ChainInfoConfig,
) -> color_eyre::Result<()> {
let client_crab = config_crab.to_crab_client().await?;
let client_kusama = config_kusama.to_kusama_client().await?;
let client_crab_parachain = config_crab_parachain.to_crab_parachain_client().await?;
let hash = match bridge {
BridgeName::CrabToCrabParachain => {
let initialization_data = client_crab.prepare_initialization_data().await?;
let expected_data = SmartCodecMapper::map_to(&initialization_data)?;
client_crab_parachain.initialize(expected_data).await?
}
BridgeName::KusamaToCrab => {
let initialization_data = client_kusama.prepare_initialization_data().await?;
let expected_data = SmartCodecMapper::map_to(&initialization_data)?;
client_crab.initialize(expected_data).await?
}
};
tracing::info!(
target: "crab-crabparachain",
"Successes to sent init transaction: {:?}",
hash,
);
Ok(())
}