Setup new matrix for run with chops - dynamic matrix #1403
GitHub Actions / E2E report yarn test-parallel-chops --max-workers=1
succeeded
Nov 14, 2023 in 0s
E2E report yarn test-parallel-chops --max-workers=1 ✅
✅ e2eTests/reports/junit.xml-18537440-830d-11ee-9c1f-c178098e1c76.xml
143 tests were completed in 958s with 143 passed, 0 failed and 0 skipped.
✅ test/fees/api.tx.fees.test.ts
✅ Fees : Transfers are about 5~ MGX
✅ Fees : Transfers are about 0.005~ KSM
✅ Fees : Transfers are about 0.5~ TUR
✅ test/parallel/assetRegistry.getTradeable.rpc.test.ts
AssetRegistry RPC -
✅ GIVEN a token that does not exist on the asset registry THEN it won't be returned in RPC
✅ GIVEN a token that does exist on the asset registry AND name is empty and symbol is empty and operation disabled is not set THEN it won't be returned in RPC
✅ GIVEN a token that does exist on the asset registry AND name is not empty and symbol is empty and operation disabled is not set THEN it won't be returned in RPC
✅ GIVEN a token that does exist on the asset registry AND name is not empty and symbol is not empty and operation disabled is not set THEN its returned in RPC
✅ GIVEN a token that does exist on the asset registry AND name is not empty and symbol is not empty and operation disabled is false THEN its returned in RPC
✅ GIVEN a token that does exist on the asset registry AND name is not empty and symbol is not empty and operation disabled is true THEN its not returned in RPC
✅ GIVEN a token that belongs to a pool WHEN pool is not disabled THEN the token is not filtered
✅ test/parallel/feelock.autounlock.test.ts
✅ [gasless] Happy path: automatic-unlock
✅ test/parallel/identity-pallet.API.mainUseCases.test.ts
Identity pallet tests: Main use cases
✅ Check setter & getters for identity pallet and reserves 5k mgas
✅ Check that a user can unset the name with identity pallet and tokens are unreserved
✅ Check that a user can sub one address
✅ test/parallel/sdk.API.rpc.test.ts
SDK tests for rpc functions
✅ Calculate Sell / buy / id
✅ Get Burn amount , maxInstant burn amount
✅ Calculate balanced sell amount
✅ test/parallel/xyk-pallet.API.accuracy.no.connected.MGA.fees.test.ts
✅ xyk-pallet - Assets substracted are incremented by 1 - SellAsset
✅ test/parallel/xyk-pallet.API.accuracy.tx.fees.test.ts
✅ xyk-pallet - Calculate required MGA fee - CreatePool
✅ xyk-pallet - Calculate required MGA fee - BuyAsset
✅ test/parallel/xyk-pallet.API.burnLiquidity.error.test.ts
xyk-pallet - Burn liquidity tests: BurnLiquidity Errors:
✅ Burn liquidity assets that does not belong to any pool
✅ Burn liquidity for more assets than the liquidity pool has issued
✅ Burn someone else liquidities
✅ test/parallel/xyk-pallet.API.burnLiquidity.test.ts
xyk-pallet - Burn liquidity tests: when burning liquidity you can
✅ Get affected after a transaction that devaluates X wallet & pool states with [0,0]
✅ Burning liquidities provides Burn and settle
✅ Burning liquidities generates a Liquidity burned event
✅ test/parallel/xyk-pallet.API.buyAsset.test.ts
xyk-pallet - Buy assets tests: BuyAssets Errors:
✅ Buy assets that does not belong to any pool
✅ Buy more assets than exists in the pool
✅ Buy all assets from the the pool
✅ Buy assets with a high expectation: maxInput -1
xyk-pallet - Buy assets tests: Buying assets you can
✅ Leave only one asset in the pool
✅ Buy from a wallet I own into a wallet I do not own
✅ test/parallel/xyk-pallet.API.mintLiquidity.error.test.ts
xyk-pallet - Mint liquidity tests: MintLiquidity Errors:
✅ Mint liquidity when not enough assetY for minting Xamount
✅ Mint liquidity when not enough assetX for minting Yamount
✅ Mint liquidity assets that does not belong to any pool
✅ Mint liquidity more assets than I own
✅ Min liquidity, SecondAssetAmount parameter expectation not met
✅ test/parallel/xyk-pallet.API.mintLiquidity.test.ts
xyk-pallet - Mint liquidity tests: with minting you can
✅ Add all the wallet assets to the pool
✅ Expect an event when liquidity is minted
✅ test/parallel/xyk-pallet.API.payment-info.test.ts
✅ GIVEN a paymentInfo request, WHEN extrinsic is sellAsset THEN zero is returned.
✅ GIVEN a paymentInfo request, WHEN extrinsic is multiswapBuyAsset THEN zero is returned
✅ GIVEN a paymentInfo request, WHEN extrinsic is mintLiquidityEvent THEN non-zero is returned
✅ GIVEN a paymentInfo request, WHEN extrinsic is compoundRewards THEN non-zero is returned
✅ GIVEN a paymentInfo request, WHEN extrinsic is provideLiquidityWithId THEN non-zero is returned
✅ GIVEN a paymentInfo request, WHEN extrinsic is a batch with a sell/buy operation THEN non-zero is returned AND the extrinsic will fail because sell/buy are forbidden in batches tx
✅ test/parallel/xyk-pallet.API.pool.test.ts
xyk-pallet - Poll creation: Errors:
✅ Create x-y and y-x pool
✅ Create pool with zero
✅ Not enough assets
xyk-pallet - Pool tests: a pool can:
✅ be minted
✅ be burn
xyk-pallet - Pool opeations: Simmetry
✅ GetBalance x-y and y-x pool
✅ Minting x-y and y-x pool
✅ Burning x-y and y-x pool
✅ GetLiquidityAssetID x-y and y-x pool
✅ test/parallel/xyk-pallet.API.poolVestedToken.test.ts
xyk-pallet - Vested token tests: which action you can do with vesting token
✅ xyk-pallet- check that vested liqidity tokens can not be used for burning or transfering
✅ xyk-pallet- check that unlocking tokens are free to use when the relock time is done
✅ xyk-pallet- check that all unlocking vesting tokens can be burned
✅ xyk-pallet- check that if pool not promoted then the extrinsic failed
✅ test/parallel/xyk-pallet.API.provideLiquidity.test.ts
✅ Function provideLiquidityWithConversion does not work with non-mga paired token
✅ A user without any liq token, can use provideLiquidityWithConversion to mint some tokens.
✅ A user without any liq token, can use provideLiquidityWithConversion to mint some tokens on a promoted pool.
✅ A user who uses provideLiquidityWithConversion and other who do manually a swap + mint, gets the similar ratio of liquidity tokens.
✅ test/parallel/xyk-pallet.API.sellAsset.test.ts
xyk-pallet - Sell assets tests: SellAsset Errors:
✅ Sell assets that does not belong to any pool
✅ Try sell more assets than owned
✅ Sell assets with a high expectation: limit +1
xyk-pallet - Sell assets tests: Selling Assets you can
✅ Sell assets with a high expectation: limit - OK
✅ Sell assets from a wallet I own into a wallet I do not own: limit
✅ test/parallel/xyk-pallet.API.treasury.no.connected.mangata.test.ts
xyk-pallet - treasury tests [No Mangata]: on treasury we store
✅ assets won when assets are sold - 5 [no connected to MGA]
✅ assets won when assets are sold - 1 [rounding] [no connected to MGA]
✅ assets won when assets are bought - 2 [no connected to MGA]
✅ assets won when assets are bought - 1 [no connected to MGA]
✅ test/parallel/xyk-pallet.asset.buy.test.ts
✅ xyk-pallet - AssetsOperation: buyAsset [maxAmountIn = 1M], buy asset
✅ xyk-pallet - AssetsOperation: buyAsset [maxAmountIn = 1M], sell a bought asset
✅ test/parallel/xyk-pallet.asset.register.test.ts
✅ register new asset from sudo user
✅ try to register a new asset from non-sudo user, expect to fail
✅ register new asset and then update it by sudo user
✅ register new asset and then update it by non sudo user, expect to fail
✅ register new asset and then update it without the location
✅ register new asset and then update it without fee
✅ register asset and then try to register new one with the same assetId, expect to conflict
✅ register asset with xyk disabled and try to create a pool, expect to fail
✅ register asset with xyk undefined and try to create a pool, expect success
✅ register asset with xyk enabled and try to create a pool, expect success
✅ test/parallel/xyk-pallet.asset.sell.test.ts
✅ xyk-pallet - AssetsOperation: sellAsset [minAmountOut = 0] , first to second currency
✅ xyk-pallet - AssetsOperation: sellAsset [minAmountOut = 0], sell an already sold asset
✅ test/parallel/xyk-pallet.asset.transfer.test.ts
✅ xyk-pallet - AssetsOperation: transferAsset
✅ xyk-pallet - AssetsOperation: transferAll
✅ test/parallel/xyk-pallet.liquidity.test.ts
✅ xyk-pallet - Liqudity : Burn part of the liquidity
✅ xyk-pallet - Liqudity : Burn all the liquidity
✅ xyk-pallet - LiquidityOperation: mintLiquidity
✅ test/parallel/xyk-pallet.MPL.test.ts
MPL: Delegator
✅ join as delegator > verify account balances are reserved + mpl storage
MPL: Collators
✅ join as collator > verify account balances are reserved + mpl checks
✅ join as collator + activate > acount balances are reserved + mpl checks
MPL: Collators - Activated liq
✅ join as collator with activated liq. > verify account balances are reserved + mpl checks
✅ test/parallel/xyk-pallet.MPL.vesting.native.test.ts
Vesting-native
✅ As a user, I can use MGX vested to move tokens to MPL pallet
✅ As a user, I can use MGX vested from MPL to staking
✅ As a user, I can revert MGX vested from MPL to vesting pallet
✅ test/parallel/xyk-pallet.MPL.vesting.test.ts
Vesting
✅ As a user, I can use vested tokens to mint
✅ As a user, I can activate vesting-minted tokens only if reserved
✅ test/parallel/xyk-pallet.pool.test.ts
✅ xyk-pallet - Pool tests: createPool and validate liq token
✅ xyk-pallet - Pool tests: createPool
✅ test/parallel/xyk-pallet.sudo.security.test.ts
✅ xyk-pallet - SecurityTests - Only sudo can perform actions [tokens.create]
✅ xyk-pallet - SecurityTests - Only sudo can perform actions [tokens.create to itself]
✅ xyk-pallet - SecurityTests - Only sudo can perform actions [tokens.mint]
✅ xyk-pallet - SecurityTests - Only sudo can perform actions [tokens.mint to itself]
✅ test/parallel/xyk-pallet.sudo.test.ts
✅ xyk-pallet - Sudo tests: Sudo Issue an asset
✅ xyk-pallet - Sudo tests: Sudo Issue two different assets to the same account
✅ test/parallel/xyk-rpc.calculate.burnAmount.test.ts
xyk-rpc - calculate get_burn amount: OK
✅ validate parameters - burn from pool [firstIdx->0,secondIdx->1,amount->1000,expected->1000]
✅ validate parameters - burn from pool [firstIdx->1,secondIdx->0,amount->1000,expected->1000]
✅ validate parameters - burn from pool [firstIdx->0,secondIdx->1,amount->10000,expected->10000]
✅ validate parameters - burn from pool [firstIdx->0,secondIdx->1,amount->100000,expected->100000]
xyk-rpc - calculate get_burn amount: Missing requirements
✅ validate parameters - get_burn from not generated pool [soldTokenId->0,boughtTokenId->1,amount->1000,expected->0]
✅ validate parameters - get_burn from not created assets
xyk-rpc - calculate get_burn amount: RPC result matches with burn amount
✅ validate get_burn_amount that matches with real burn operation
✅ test/parallel/xyk-rpc.calculate.by.id.test.ts
xyk-rpc - calculate_buy_price_by_id, calculate_sell_price_by_id
✅ validate parameters - buy [soldTokenId->0,boughtTokenId->1,amount->0,expected->1]
✅ validate parameters - buy [soldTokenId->0,boughtTokenId->1,amount->1,expected->0]
✅ validate parameters - buy [soldTokenId->1,boughtTokenId->2,amount->0,expected->1]
✅ validate parameters - buy [soldTokenId->1,boughtTokenId->2,amount->1,expected->2]
✅ validate parameters - buy [soldTokenId->2,boughtTokenId->1,amount->1,expected->0]
✅ validate parameters - buy [soldTokenId->2,boughtTokenId->3,amount->1,expected->3]
✅ validate parameters - buy [soldTokenId->3,boughtTokenId->2,amount->1,expected->3]
✅ validate parameters - buy [soldTokenId->3,boughtTokenId->2,amount->2,expected->0]
✅ validate parameters - sell [soldTokenId->0,boughtTokenId->1,amount->0,expected->0]
✅ validate parameters - sell [soldTokenId->0,boughtTokenId->1,amount->1,expected->0]
✅ validate parameters - sell [soldTokenId->1,boughtTokenId->2,amount->0,expected->0]
✅ validate parameters - sell [soldTokenId->1,boughtTokenId->2,amount->1,expected->0]
✅ validate parameters - sell [soldTokenId->2,boughtTokenId->1,amount->1,expected->0]
✅ validate parameters - sell [soldTokenId->3,boughtTokenId->2,amount->1,expected->0]
✅ validate parameters - sell [soldTokenId->2,boughtTokenId->3,amount->1,expected->0]
✅ test/parallel/xyk-rpc.calculate.test.ts
✅ xyk-rpc - calculate_sell_price and calculate_buy_price matches, 1000,1000
✅ xyk-rpc - calculate_sell_price and calculate_buy_price matches, 2000,1000
✅ xyk-rpc - calculate_sell_price matches with the real sell
✅ xyk-rpc - calculate_buy_price matches with the real buy
✅ test/staking/candidates.staking.test.ts
Test candidates actions
✅ A user can become a candidate by joining as candidate
✅ A user can only join as candidate with one staking token at the same time
✅ A user can not join as candidate with a token that is not enabled ( or MGX )
✅ A candidate can select an aggregator by update_candidate_aggregator
✅ test/staking/candidates2.staking.test.ts
Test candidates actions: Collision by liq token
✅ A candidate can join to the aggregator list when no more candidate joined with the same staking token
✅ test/staking/sudo.staking.test.ts
Test sudo actions
✅ Test that noSudo users cannot do specific operations: addStakingLiquidityToken
✅ Test that noSudo users cannot do specific operations: removeStakingLiquidityToken
✅ Test that noSudo users cannot do specific operations: setCollatorCommission
✅ Test that noSudo users cannot do specific operations: setTotalSelected
✅ test/story/story.LP.test.ts
Story tests > LP
✅ Pool wins over 0.3% tokens when 10 swaps are done in the pool [Token - MGA]
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