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Handle the AllowMultiAssetPools=false case in benchmarks (#14590)

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* Handle the AllowMultiAssetPools=false case in benchmarks

* ".git/.scripts/commands/bench/bench.sh" pallet dev pallet_asset_conversion

---------

Co-authored-by: command-bot <>
This commit is contained in:
Jegor Sidorenko
2023-07-18 11:38:03 +02:00
committed by GitHub
parent 856727bf52
commit 26d8e65910
2 changed files with 263 additions and 222 deletions
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substrate/frame/asset-conversion/src/benchmarking.rs
+130 -86
View File
@@ -28,6 +28,7 @@ use frame_support::{
},
};
use frame_system::RawOrigin as SystemOrigin;
use sp_core::Get;
use sp_runtime::traits::{Bounded, StaticLookup};
use sp_std::{ops::Div, prelude::*};
@@ -168,117 +169,160 @@ benchmarks! {
}
swap_exact_tokens_for_tokens {
let asset1 = T::MultiAssetIdConverter::get_native();
let asset2 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(0));
let asset3 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(1));
let asset4 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(2));
let (_, caller, _) = create_asset_and_pool::<T>(&asset1, &asset2);
let (_, _) = create_asset::<T>(&asset3);
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset2.clone(), asset3.clone())?;
let (_, _) = create_asset::<T>(&asset4);
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset3.clone(), asset4.clone())?;
let path: BoundedVec<_, T::MaxSwapPathLength> =
BoundedVec::try_from(vec![asset1.clone(), asset2.clone(), asset3.clone(), asset4.clone()]).unwrap();
let native = T::MultiAssetIdConverter::get_native();
let asset1 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(1));
let asset2 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(2));
let (_, caller, _) = create_asset_and_pool::<T>(&native, &asset1);
let (_, _) = create_asset::<T>(&asset2);
let ed: u128 = T::Currency::minimum_balance().into();
let add_amount1 = 100 * ed;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
native.clone(),
asset1.clone(),
asset2.clone(),
add_amount1.into(),
(100 * ed).into(),
200.into(),
0.into(),
0.into(),
caller.clone(),
)?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset2.clone(),
asset3.clone(),
200.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset3.clone(),
asset4.clone(),
2000.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
let asset1_balance = T::Currency::balance(&caller);
}: _(SystemOrigin::Signed(caller.clone()), path.clone(), ed.into(), 1.into(), caller.clone(), false)
let path;
// if we only allow the native-asset pools, then the worst case scenario would be to swap
// asset1-native-asset2
if !T::AllowMultiAssetPools::get() {
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), native.clone(), asset2.clone())?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
native.clone(),
asset2.clone(),
(500 * ed).into(),
1000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
path = vec![asset1.clone(), native.clone(), asset2.clone()];
} else {
let asset3 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(3));
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset1.clone(), asset2.clone())?;
let (_, _) = create_asset::<T>(&asset3);
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset2.clone(), asset3.clone())?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset1.clone(),
asset2.clone(),
200.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset2.clone(),
asset3.clone(),
2000.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
path = vec![native.clone(), asset1.clone(), asset2.clone(), asset3.clone()];
}
let path: BoundedVec<_, T::MaxSwapPathLength> = BoundedVec::try_from(path).unwrap();
let native_balance = T::Currency::balance(&caller);
let asset1_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(1), &caller);
}: _(SystemOrigin::Signed(caller.clone()), path, ed.into(), 1.into(), caller.clone(), false)
verify {
let new_asset1_balance = T::Currency::balance(&caller);
assert_eq!(
new_asset1_balance,
asset1_balance - ed.into()
);
if !T::AllowMultiAssetPools::get() {
let new_asset1_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(1), &caller);
assert_eq!(new_asset1_balance, asset1_balance - 100.into());
} else {
let new_native_balance = T::Currency::balance(&caller);
assert_eq!(new_native_balance, native_balance - ed.into());
}
}
swap_tokens_for_exact_tokens {
let asset1 = T::MultiAssetIdConverter::get_native();
let asset2 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(0));
let asset3 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(1));
let asset4 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(2));
let (_, caller, _) = create_asset_and_pool::<T>(&asset1, &asset2);
let (_, _) = create_asset::<T>(&asset3);
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset2.clone(), asset3.clone())?;
let (_, _) = create_asset::<T>(&asset4);
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset3.clone(), asset4.clone())?;
let path: BoundedVec<_, T::MaxSwapPathLength> =
BoundedVec::try_from(vec![asset1.clone(), asset2.clone(), asset3.clone(), asset4.clone()]).unwrap();
let native = T::MultiAssetIdConverter::get_native();
let asset1 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(1));
let asset2 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(2));
let (_, caller, _) = create_asset_and_pool::<T>(&native, &asset1);
let (_, _) = create_asset::<T>(&asset2);
let ed: u128 = T::Currency::minimum_balance().into();
let add_amount1 = 1000 + ed;
let add_native = 1000 + ed;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
native.clone(),
asset1.clone(),
asset2.clone(),
add_amount1.into(),
add_native.into(),
200.into(),
0.into(),
0.into(),
caller.clone(),
)?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset2.clone(),
asset3.clone(),
200.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset3.clone(),
asset4.clone(),
2000.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
let asset4_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(2), &caller);
}: _(SystemOrigin::Signed(caller.clone()), path.clone(), 100.into(), add_amount1.into(), caller.clone(), false)
let path;
// if we only allow the native-asset pools, then the worst case scenario would be to swap
// asset1-native-asset2
if !T::AllowMultiAssetPools::get() {
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), native.clone(), asset2.clone())?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
native.clone(),
asset2.clone(),
(500 + ed).into(),
1000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
path = vec![asset1.clone(), native.clone(), asset2.clone()];
} else {
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset1.clone(), asset2.clone())?;
let asset3 = T::MultiAssetIdConverter::into_multiasset_id(&T::BenchmarkHelper::asset_id(3));
let (_, _) = create_asset::<T>(&asset3);
AssetConversion::<T>::create_pool(SystemOrigin::Signed(caller.clone()).into(), asset2.clone(), asset3.clone())?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset1.clone(),
asset2.clone(),
200.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
AssetConversion::<T>::add_liquidity(
SystemOrigin::Signed(caller.clone()).into(),
asset2.clone(),
asset3.clone(),
2000.into(),
2000.into(),
0.into(),
0.into(),
caller.clone(),
)?;
path = vec![native.clone(), asset1.clone(), asset2.clone(), asset3.clone()];
}
let path: BoundedVec<_, T::MaxSwapPathLength> = BoundedVec::try_from(path).unwrap();
let asset2_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(2), &caller);
let asset3_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(3), &caller);
}: _(SystemOrigin::Signed(caller.clone()), path.clone(), 100.into(), add_native.into(), caller.clone(), false)
verify {
let new_asset4_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(2), &caller);
assert_eq!(
new_asset4_balance,
asset4_balance + 100.into()
);
if !T::AllowMultiAssetPools::get() {
let new_asset2_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(2), &caller);
assert_eq!(new_asset2_balance, asset2_balance + 100.into());
} else {
let new_asset3_balance = T::Assets::balance(T::BenchmarkHelper::asset_id(3), &caller);
assert_eq!(new_asset3_balance, asset3_balance + 100.into());
}
}
impl_benchmark_test_suite!(AssetConversion, crate::mock::new_test_ext(), crate::mock::Test);