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Cleaned up code

This commit is contained in:
Johann 2022-03-10 12:03:08 -07:00
parent cb595113b6
commit 91a6885a5a
1 changed files with 26 additions and 23 deletions
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49
ethers-solc/src/artifact_output/mod.rs
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@ -513,9 +513,11 @@ pub trait ArtifactOutput {
// A Cache to store all of the Yul Contracts
// This is becase while we can fetch the Artifact, I was unable to convert it back into a Contract
// So instead we just save the Contracts for later, as teh Contract Object is easy to modify, then convert into an Artifact
let mut yul_contracts: Vec<Contract> = Vec::<Contract>::new();
// Map that maps the name of an artifact to the Contract object for cheaper access
let mut yul_contracts: HashMap<String, Contract> = HashMap::new();
let mut artifacts = ArtifactsMap::new();
for (file, contracts) in contracts.as_ref().iter() {
let mut entries = BTreeMap::new();
for (name, versioned_contracts) in contracts {
@ -551,8 +553,9 @@ pub trait ArtifactOutput {
);
}
if is_yul_artifact(artifact_path.clone()){
let target_file = file.as_str().replace(".abi.sol", ".yul");
// If its just a .yul file save its Contract for later, so that we can add in its ABI later
yul_contracts.push(contract.contract.clone());
yul_contracts.insert(target_file, contract.contract.clone());
}
contracts.push(ArtifactFile {
artifact,
@ -567,35 +570,35 @@ pub trait ArtifactOutput {
}
// Loop through all the Yul Contracts we cached which now need an ABI inserted into them
for mut yul_contract in yul_contracts {
// Loop through all the Yul ABIs we found, and see if they match, and then add the ABI to the Yul contract
// and then convert Yul Contract with ABI into an Artifact, and save the Artifact for our return
for (yul_target_path, needed_artifact_fragments) in &yul_abi_targets {
// Loop through all the Yul ABIs we found, and see if they match, and then add the ABI to the Yul contract
// and then convert Yul Contract with ABI into an Artifact, and save the Artifact for our return
for (yul_target_path, needed_artifact_fragments) in &yul_abi_targets {
let mut yul_contract = yul_contracts.get(yul_target_path).unwrap().to_owned();
// Set the (empty) ABI on the Yul Contract to the abi of its matching .abi.sol file
yul_contract.abi = needed_artifact_fragments.1.clone();
// Set the (empty) ABI on the Yul Contract to the abi of its matching .abi.sol file
yul_contract.abi = needed_artifact_fragments.1.clone();
// Then convert the contract back into an Artifact
let new_artifact = self.contract_to_artifact(yul_target_path, &needed_artifact_fragments.0, yul_contract.clone());
// Then convert the contract back into an Artifact
let new_artifact = self.contract_to_artifact(yul_target_path, &needed_artifact_fragments.0, yul_contract.clone());
// Wrap the Artifact into an Artifact File
let revised_artifact_file = ArtifactFile {
artifact: new_artifact,
file: needed_artifact_fragments.4.clone(),
version: needed_artifact_fragments.2.clone(),
};
// Wrap the Artifact into an Artifact File
let revised_artifact_file = ArtifactFile {
artifact: new_artifact,
file: needed_artifact_fragments.4.clone(),
version: needed_artifact_fragments.2.clone(),
};
// Then perform the needed wrapping so that it can be inserted back into Artifacts as if it compiled normally
let mut entries = BTreeMap::new();
let mut contracts = Vec::with_capacity(1);
// Then perform the needed wrapping so that it can be inserted back into Artifacts as if it compiled normally
let mut entries = BTreeMap::new();
let mut contracts = Vec::with_capacity(1);
contracts.push(revised_artifact_file);
contracts.push(revised_artifact_file);
entries.insert(needed_artifact_fragments.3.clone(), contracts);
entries.insert(needed_artifact_fragments.3.clone(), contracts);
artifacts.insert(needed_artifact_fragments.0.clone(), entries);
}
artifacts.insert(needed_artifact_fragments.0.clone(), entries);
}
Artifacts(artifacts)