update test constants #1785
update test constants #1785
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WalkthroughThe changes involve refactoring the creation of perpetual and asset positions in the Changes
Sequence Diagram(s)No complex control flow changes warranting a sequence diagram were introduced. Poem
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Review details
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Review profile: CHILL
Files selected for processing (2)
- protocol/testutil/constants/positions.go (1 hunks)
- protocol/testutil/constants/subaccounts.go (24 hunks)
Additional comments not posted (51)
protocol/testutil/constants/positions.go (39)
12-16: Review of Perpetual Position InitializationThe initialization of
Long_Perp_1BTC_PositiveFundingusesbig.NewIntcorrectly to handle large numbers. Ensure that theCreateSinglePerpetualPositionfunction is implemented to handle these parameters effectively.
17-21: Review of Perpetual Position InitializationThe use of negative values in
Short_Perp_1ETH_NegativeFundingis appropriate for representing short positions. Confirm that the negative values are handled as expected within theCreateSinglePerpetualPositionfunction.
22-26: Review of Perpetual Position Initialization
PerpetualPosition_OneBTCLongis correctly initialized. Consistency in usingbig.NewIntfor all perpetual positions enhances precision handling.
27-31: Review of Perpetual Position InitializationSimilar to previous comments,
PerpetualPosition_OneBTCShortuses negative values correctly. It is crucial that the system processes these values accurately.
32-36: Review of Perpetual Position InitializationThe smaller notional value in
PerpetualPosition_OneTenthBTCLongis handled usingbig.NewInt, which is good practice for maintaining precision with smaller and fractional values.
37-41: Review of Perpetual Position Initialization
PerpetualPosition_OneTenthBTCShortdemonstrates consistent use of negative values for short positions across different scales of notional values.
42-46: Review of Perpetual Position Initialization
PerpetualPosition_OneHundredthBTCLongshows the application ofbig.NewIntfor very small notional values, which is essential for accurate financial calculations.
47-51: Review of Perpetual Position InitializationThe initialization of
PerpetualPosition_OneHundredthBTCShortis consistent with other short positions, using negative values correctly.
52-56: Review of Perpetual Position Initialization
PerpetualPosition_FourThousandthsBTCLonguses a very small notional value, and the use ofbig.NewInthelps prevent any rounding errors or precision loss.
57-61: Review of Perpetual Position InitializationFor
PerpetualPosition_FourThousandthsBTCShort, the negative value representation is correct, and it's important that the function handling these values is robust against potential errors in sign handling.
62-66: Review of Perpetual Position InitializationThe larger notional value in
PerpetualPosition_OneAndHalfBTCLongis managed usingbig.NewInt, which is crucial for handling such large numbers accurately.
67-71: Review of Perpetual Position Initialization
PerpetualPosition_OneTenthEthLongis initialized with a high precision value for ETH, which is necessary given the volatility and price movements in cryptocurrency markets.
72-76: Review of Perpetual Position Initialization
PerpetualPosition_OneTenthEthShortuses negative values to denote short positions, consistent with other declarations, ensuring that the handling of these values is uniform across the system.
77-81: Review of Perpetual Position InitializationThe use of
math.MaxUint64inPerpetualPosition_MaxUint64EthLongto represent a very large number is an interesting use case. Ensure that thebig.NewIntconstructor can handle this without any overflow or precision issues.
82-86: Review of Perpetual Position InitializationFor
PerpetualPosition_MaxUint64EthShort, the negative representation of a very large number is crucial. It's important to validate that there are no overflow issues whenbig.NewIntis used in this context.
88-92: Review of Perpetual Position Initialization
PerpetualPosition_OneISOLonghandles a very large notional value, which is appropriately managed usingbig.NewIntto ensure precision.
93-97: Review of Perpetual Position Initialization
PerpetualPosition_OneISO2Longdemonstrates the use ofbig.NewIntfor smaller notional values, maintaining consistency in handling numerical precision across different scales.
99-103: Review of Perpetual Position Initialization
PerpetualPosition_OneISOShortcorrectly uses a negative value to represent a short position, ensuring that the sign is handled correctly in calculations.
104-108: Review of Perpetual Position Initialization
PerpetualPosition_OneISO2Shortcontinues the pattern of usingbig.NewIntfor precise handling of small notional values in short positions.
111-114: Review of Asset Position Initialization
Usdc_Asset_0is initialized with a zero value, which is straightforward but essential for certain financial calculations or placeholders.
115-118: Review of Asset Position Initialization
Usdc_Asset_1represents a very small monetary value, and the use ofbig.NewIntensures that even these small amounts are accurately represented in the system.
119-122: Review of Asset Position Initialization
Usdc_Asset_500uses a moderate monetary value, and initializing this withbig.NewIntis a good practice to maintain precision.
123-126: Review of Asset Position InitializationThe negative value in
Short_Usdc_Asset_500is handled correctly, representing a short asset position. It's important that the system processes these negative values accurately.
127-130: Review of Asset Position Initialization
Usdc_Asset_599uses a slightly unusual value, which may be specific to certain test scenarios or edge cases. Ensure that this value is handled correctly in all relevant calculations.
131-134: Review of Asset Position Initialization
Usdc_Asset_660is another example wherebig.NewIntis used to ensure precision in representing asset values.
135-138: Review of Asset Position Initialization
Short_Usdc_Asset_4_600uses a significantly negative value to represent a short position. This must be handled carefully to avoid any issues with sign inversion or other computational errors.
139-142: Review of Asset Position Initialization
Short_Usdc_Asset_46_000represents a larger short position, and the consistency in usingbig.NewIntfor these values is crucial for accurate financial reporting and calculations.
[APPROVIDED]
143-146: Review of Asset Position InitializationThe negative value in
Short_Usdc_Asset_9_900is another instance where the system's ability to handle negative values accurately is critical for correct financial calculations.
147-150: Review of Asset Position Initialization
Usdc_Asset_10_000uses a round number, which is often used in financial tests to simplify calculations or for benchmarking purposes.
155-158: Review of Asset Position Initialization
Usdc_Asset_10_200is another instance of usingbig.NewIntfor precise asset value representation, ensuring accuracy in financial calculations.
159-162: Review of Asset Position InitializationThe large value in
Usdc_Asset_50_000is handled usingbig.NewInt, which is essential for maintaining accuracy in high-value financial transactions or tests.
163-166: Review of Asset Position Initialization
Usdc_Asset_99_999uses a high precision value that is likely important for testing edge cases or specific scenarios where exact values are crucial.
167-170: Review of Asset Position Initialization
Usdc_Asset_100_000uses a significant round number, which is commonly used in financial simulations or tests to represent standard transaction sizes.
171-174: Review of Asset Position Initialization
Usdc_Asset_100_499uses a very specific value, which might be used to test precision handling or rounding behaviors in financial systems.
175-178: Review of Asset Position InitializationThe very large value in
Usdc_Asset_500_000needs to be handled with high precision, andbig.NewIntis the right choice for such scenarios.
179-182: Review of Asset Position Initialization
Long_Asset_1BTCis initialized with a value representing 1 BTC, which is a common unit in cryptocurrency tests. The use ofbig.NewIntensures that this value is precisely managed.
183-186: Review of Asset Position Initialization
Short_Asset_1BTCshows the correct use of negative values for representing short positions in assets. This consistency is crucial for accurate financial simulations.
187-190: Review of Asset Position Initialization
Long_Asset_1ETHuses a significant value for ETH, which is necessary given the high value and volatility of ETH in financial markets.
191-194: Review of Asset Position Initialization
Short_Asset_1ETHcorrectly uses a negative value to represent a short position in ETH, ensuring that the system handles these scenarios accurately.protocol/testutil/constants/subaccounts.go (12)
40-44: Review of Subaccount Perpetual Position InitializationThe initialization of
Alice_Num0_1BTC_LONG_10_000USDusesbig.NewIntcorrectly to handle large numbers. Ensure that theCreateSinglePerpetualPositionfunction is implemented to handle these parameters effectively.
53-57: Review of Subaccount Perpetual Position InitializationThe initialization of
Alice_Num0_1ISO_LONG_10_000USDusesbig.NewIntcorrectly to handle large numbers associated with an ISO currency. Ensure that the function is robust enough to handle these parameters without any issues.
80-84: Review of Subaccount Perpetual Position Initialization
Alice_Num1_1BTC_Short_100_000USDuses negative values to represent short positions, which is appropriate. Confirm that these values are handled correctly within the function.
93-97: Review of Subaccount Perpetual Position Initialization
Alice_Num1_1BTC_Long_500_000USDis initialized correctly usingbig.NewIntfor representing a long position in BTC. This ensures precision in representing large cryptocurrency values.
120-124: Review of Subaccount Perpetual Position Initialization
Bob_Num0_1ISO_LONG_10_000USDusesbig.NewIntto manage large numerical values associated with an ISO currency. This is crucial for accurate financial calculations and simulations.
133-137: Review of Subaccount Perpetual Position Initialization
Bob_Num0_1ISO2_LONG_10_000USDdemonstrates the use ofbig.NewIntfor smaller notional values, maintaining consistency in handling numerical precision across different scales.
146-150: Review of Subaccount Perpetual Position Initialization
Carl_Num0_100BTC_Short_10100USDuses a very large negative value to represent a significant short position in BTC. It's important to ensure that the system handles such large values accurately without any precision loss.
159-163: Review of Subaccount Perpetual Position Initialization
Carl_Num0_1BTC_Shortusesbig.NewIntto accurately represent a short position in BTC. This consistency is essential for correct financial calculations and risk management.
172-176: Review of Subaccount Perpetual Position Initialization
Carl_Num1_1BTC_Shortcontinues the pattern of usingbig.NewIntfor precise handling of short positions in BTC, ensuring accurate financial reporting and risk calculations.
180-187: Review of Subaccount Perpetual Position Initialization
Carl_Num0_1BTC_Short_49999USDuses a specific monetary value and a short BTC position, both of which are handled usingbig.NewIntto maintain precision. This is crucial for testing and simulations that require exact values.
191-198: Review of Subaccount Perpetual Position Initialization
Carl_Num0_1BTC_Short_50000USDis another example where both the monetary and BTC values are managed with high precision usingbig.NewInt, ensuring accuracy in financial transactions.
210-214: Review of Subaccount Perpetual Position Initialization
Carl_Num0_1BTC_Short_50499USDuses a very specific monetary value along with a short BTC position. The use ofbig.NewIntfor both ensures that the values are handled precisely, which is essential for accurate financial reporting and compliance.
Changelist
[Describe or list the changes made in this PR]
Test Plan
[Describe how this PR was tested (if applicable)]
Author/Reviewer Checklist
state-breakinglabel.indexer-postgres-breakinglabel.PrepareProposalorProcessProposal, manually add the labelproposal-breaking.feature:[feature-name].backport/[branch-name].refactor,chore,bug.Summary by CodeRabbit