use crate::{mandos_to_erdrs_address, Interactor, InteractorResult};
use log::info;
use multiversx_sc_scenario::{
multiversx_sc::codec::{CodecFrom, TopEncodeMulti},
scenario_model::{ScDeployStep, TypedScDeploy},
};
use multiversx_sdk::data::{address::Address as ErdrsAddress, transaction::Transaction};
const DEPLOY_RECEIVER: [u8; 32] = [0u8; 32];
impl Interactor {
fn sc_deploy_to_tx(&self, sc_deploy_step: &ScDeployStep) -> Transaction {
Transaction {
nonce: 0,
value: sc_deploy_step.tx.egld_value.value.to_string(),
sender: mandos_to_erdrs_address(&sc_deploy_step.tx.from),
receiver: ErdrsAddress::from_bytes(DEPLOY_RECEIVER),
gas_price: self.network_config.min_gas_price,
gas_limit: sc_deploy_step.tx.gas_limit.value,
data: Some(base64::encode(sc_deploy_step.tx.to_tx_data())),
signature: None,
chain_id: self.network_config.chain_id.clone(),
version: self.network_config.min_transaction_version,
options: 0,
}
}
pub async fn send_sc_deploy(&mut self, sc_call_step: ScDeployStep) -> String {
let sender_address = &sc_call_step.tx.from.value;
let mut transaction = self.sc_deploy_to_tx(&sc_call_step);
self.set_nonce_and_sign_tx(sender_address, &mut transaction)
.await;
self.proxy.send_transaction(&transaction).await.unwrap()
}
pub async fn sc_deploy<OriginalResult, RequestedResult>(
&mut self,
typed_sc_call: TypedScDeploy<OriginalResult>,
) -> InteractorResult<RequestedResult>
where
OriginalResult: TopEncodeMulti,
RequestedResult: CodecFrom<OriginalResult>,
{
let sc_call_step: ScDeployStep = typed_sc_call.into();
let tx_hash = self.send_sc_deploy(sc_call_step).await;
println!("deploy tx hash: {tx_hash}");
info!("deploy tx hash: {}", tx_hash);
let tx = self.retrieve_tx_on_network(tx_hash.as_str()).await;
InteractorResult::new(tx)
}
}