⬆️ [Chore] Update Dependencies #82
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WalkthroughThe recent updates across various contracts and tests indicate a transition from binary to JSON serialization for handling query responses and message serialization. This change enhances the clarity and interoperability of data representation within the contracts' ecosystem. Changes
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Review Status
Actionable comments generated: 1
Configuration used: CodeRabbit UI
Files ignored due to filter (2)
- Cargo.lock
- Cargo.toml
Files selected for processing (22)
- contracts/adapters/ibc/ibc-hooks/src/contract.rs (2 hunks)
- contracts/adapters/ibc/ibc-hooks/tests/test_reply.rs (3 hunks)
- contracts/adapters/ibc/ibc-hooks/tests/test_sudo.rs (2 hunks)
- contracts/adapters/ibc/neutron-transfer/src/contract.rs (2 hunks)
- contracts/adapters/ibc/neutron-transfer/tests/test_reply.rs (2 hunks)
- contracts/adapters/ibc/neutron-transfer/tests/test_sudo.rs (2 hunks)
- contracts/adapters/swap/astroport/src/contract.rs (7 hunks)
- contracts/adapters/swap/astroport/tests/test_execute_receive.rs (7 hunks)
- contracts/adapters/swap/astroport/tests/test_execute_swap.rs (7 hunks)
- contracts/adapters/swap/lido-satellite/src/contract.rs (6 hunks)
- contracts/adapters/swap/lido-satellite/tests/test_execute_swap.rs (5 hunks)
- contracts/adapters/swap/osmosis-poolmanager/src/contract.rs (5 hunks)
- contracts/adapters/swap/osmosis-poolmanager/tests/test_execute_swap.rs (4 hunks)
- contracts/entry-point/src/contract.rs (2 hunks)
- contracts/entry-point/src/execute.rs (9 hunks)
- contracts/entry-point/tests/test_execute_post_swap_action.rs (13 hunks)
- contracts/entry-point/tests/test_execute_receive.rs (7 hunks)
- contracts/entry-point/tests/test_execute_swap_and_action.rs (22 hunks)
- contracts/entry-point/tests/test_execute_swap_and_action_with_recover.rs (7 hunks)
- contracts/entry-point/tests/test_reply.rs (4 hunks)
- contracts/entry-point/tests/test_user_swap.rs (15 hunks)
- packages/skip/src/asset.rs (7 hunks)
Files skipped from review due to trivial changes (3)
- contracts/adapters/ibc/ibc-hooks/tests/test_reply.rs
- contracts/adapters/ibc/ibc-hooks/tests/test_sudo.rs
- contracts/adapters/ibc/neutron-transfer/tests/test_reply.rs
Additional comments: 129
contracts/entry-point/src/contract.rs (2)
12-13: The change from
to_binarytoto_json_binaryis consistent with the PR's objective to refactor serialization methods. Ensure that all instances whereto_binarywas used are now usingto_json_binarycorrectly.196-199: The update to use
to_json_binaryfor serialization in thequeryfunction aligns with the PR's objectives. Verify that the serialized data is correctly structured for JSON and that the rest of the codebase expects JSON format where these query responses are used.contracts/adapters/swap/lido-satellite/tests/test_execute_swap.rs (2)
3-3: The change from
to_binarytoto_json_binaryis consistent with the PR's objective to refactor serialization methods. Ensure that all instances whereto_binarywas used are now usingto_json_binarycorrectly.53-53: The update to use
to_json_binaryfor serialization in thetest_execute_swapfunction aligns with the PR's objectives. Verify that the serialized data is correctly structured for JSON and that the test cases are updated to expect JSON format.Verification successful
The execution of the script aimed to find usages of the
test_execute_swapfunction did not yield any results. This could mean that there are no direct usages of this function that could be detected with the provided pattern, or that the function is not present in the codebase in the way we expected.Given that the script did not produce the expected output, I will attempt a different approach to verify the changes. I will search for the
LidoSatelliteExecuteMsg::Mintenum variant to ensure that the serialization changes are consistent throughout the test file.
The attempt to verify the serialization changes by searching for the
LidoSatelliteExecuteMsg::Mintenum variant also did not produce any results. This could indicate that the pattern used did not match any code in the test file, or that the enum variant is not used in a way thatast-grepcould detect with the provided pattern.To continue the verification process, I will use a broader search pattern with
rgto look for occurrences ofLidoSatelliteExecuteMsg::Mintin the codebase, which should help us verify the serialization changes in the context of the entire project.
The search for occurrences of
LidoSatelliteExecuteMsg::Mintin the codebase returned a single result, which is the line of code from thetest_execute_swap.rsfile that was part of the PR changes:contracts/adapters/swap/lido-satellite/tests/test_execute_swap.rs: msg: to_json_binary(&LidoSatelliteExecuteMsg::Mint{ receiver: None })?,This confirms that the
LidoSatelliteExecuteMsg::Mintenum variant is being serialized usingto_json_binary, which is in line with the PR's objectives to replaceto_binarywithto_json_binary. Since no other occurrences were found, it suggests that this is the only place where theLidoSatelliteExecuteMsg::Mintis being used in this context, and the change has been made correctly.Based on the information gathered, the review comment is consistent with the changes made in the codebase.
Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Search for usages of the test_execute_swap function to ensure they expect JSON responses. ast-grep --lang rust --pattern $'test_execute_swap($_)'Length of output: 56
Script:
#!/bin/bash # Search for the LidoSatelliteExecuteMsg::Mint enum variant to verify the serialization changes. ast-grep --lang rust --pattern $'LidoSatelliteExecuteMsg::Mint { $$$ }'Length of output: 72
Script:
#!/bin/bash # Search for occurrences of LidoSatelliteExecuteMsg::Mint in the codebase. rg "LidoSatelliteExecuteMsg::Mint"Length of output: 192
contracts/entry-point/tests/test_reply.rs (3)
3-3: The change from
to_binarytoto_json_binaryis consistent with the PR's objective to refactor serialization methods. Ensure that all instances whereto_binarywas used are now usingto_json_binarycorrectly.87-87: The update to use
to_json_binaryfor serialization in thetest_replyfunction aligns with the PR's objectives. Verify that the serialized data is correctly structured for JSON and that the test cases are updated to expect JSON format.204-207: The use of the
matches!macro for pattern matching in error handling is a Rust idiomatic way to simplify the code. Ensure that the error handling logic is correctly implemented and that theNotFounderror is the expected outcome in this context.contracts/adapters/swap/lido-satellite/src/contract.rs (3)
9-9: The change from
to_binarytoto_json_binaryis consistent with the PR's objective to refactor serialization methods. Ensure that all instances whereto_binarywas used are now usingto_json_binarycorrectly.154-154: The update to use
to_json_binaryfor serialization in theexecute_swapfunction aligns with the PR's objectives. Verify that the serialized data is correctly structured for JSON and that the contract logic is updated to expect JSON format.188-188: The update to use
to_json_binaryfor serialization in thequeryfunction aligns with the PR's objectives. Verify that the serialized data is correctly structured for JSON and that the rest of the codebase expects JSON format where these query responses are used.contracts/adapters/ibc/neutron-transfer/src/contract.rs (2)
6-6: The import change from
to_binarytoto_json_binaryis consistent with the PR objectives to refactor serialization methods.255-257: The replacement of
to_binarywithto_json_binaryin thequeryfunction is correct and aligns with the PR objectives.contracts/adapters/swap/astroport/tests/test_execute_receive.rs (7)
8-8: The import of
to_json_binaryin place ofto_binaryis consistent with the PR objectives to update serialization methods.68-71: The replacement of
to_binarywithto_json_binaryfor serializingCw20ExecuteMsg::Sendmessage in thetest_execute_swapfunction is correct.96-99: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::TransferFundsBackmessage in thetest_execute_swapfunction is correct.130-133: The replacement of
to_binarywithto_json_binaryfor serializingRouterExecuteMsg::ExecuteSwapOperationsmessage in thetest_execute_swapfunction is correct.158-161: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::TransferFundsBackmessage in thetest_execute_swapfunction is correct.197-200: The replacement of
to_binarywithto_json_binaryfor serializingBalanceResponsemessage in thetest_execute_swapfunction is correct.237-240: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::Swapmessage in thetest_execute_swapfunction is correct.contracts/adapters/swap/osmosis-poolmanager/tests/test_execute_swap.rs (4)
3-3: The import of
to_json_binaryin place ofto_binaryis consistent with the PR objectives to update serialization methods.79-82: The replacement of
to_binarywithto_json_binaryfor theWasmMsg::Executemessages in thetest_execute_swapfunction is correct.140-143: The replacement of
to_binarywithto_json_binaryfor theWasmMsg::Executemessages in thetest_execute_swapfunction is correct.181-184: The replacement of
to_binarywithto_json_binaryfor theWasmMsg::Executemessages in thetest_execute_swapfunction is correct.contracts/adapters/swap/astroport/tests/test_execute_swap.rs (7)
7-7: The change from
to_binarytoto_json_binaryis consistent with the PR objectives and the AI-generated summary. Ensure that the rest of the codebase and any external systems interacting with these messages can handle JSON serialization.59-59: The replacement of
to_binarywithto_json_binaryfor serializingRouterExecuteMsg::ExecuteSwapOperationsis in line with the PR's goal of refactoring serialization methods. Verify that theRouterExecuteMsgstruct and any relevant deserialization logic are compatible with JSON serialization.84-84: The serialization of
ExecuteMsg::TransferFundsBackhas been updated to useto_json_binary. Confirm that theExecuteMsgstruct and any deserialization logic are updated accordingly to handle JSON.119-119: The change to
to_json_binaryfor serializingRouterExecuteMsg::ExecuteSwapOperationsin the context of multiple swap operations is consistent with the single operation case. Ensure that the handling of multiple operations is compatible with JSON serialization.152-152: The serialization of
ExecuteMsg::TransferFundsBackfor multiple swap operations has been updated to JSON. Verify that the handling of theTransferFundsBackmessage is compatible with JSON serialization in the context of multiple operations.176-176: The serialization of an empty
RouterExecuteMsg::ExecuteSwapOperationsmessage has been updated to JSON. This is a special case where there are no operations, so ensure that the router contract can handle an empty operations array in JSON format.192-192: The serialization of
ExecuteMsg::TransferFundsBackwith no swap operations has been updated to JSON. Confirm that the contract logic correctly handles aTransferFundsBackmessage with no preceding swap operations in JSON format.Verification successful
I will attempt to correct the syntax error in the ast-grep pattern and re-run the script to verify the handling of
TransferFundsBackwith JSON serialization.
I will use ripgrep (rg) to search for the
TransferFundsBackvariant within theExecuteMsgenum to confirm its existence and structure.
The search has successfully located the
TransferFundsBackvariant within theExecuteMsgenum in the filepackages/skip/src/swap.rs. This confirms the existence of theTransferFundsBackvariant and provides its structure, which includes fields forswapperandreturn_denom.Given this information, we can infer that the contract logic is expected to handle the
TransferFundsBackmessage, which includes theswapperaddress and thereturn_denomstring. However, without the actual logic that processes this message, we cannot fully verify the review comment's request to confirm that the contract logic correctly handles aTransferFundsBackmessage with no preceding swap operations in JSON format.To proceed, we should search for the logic that handles the
TransferFundsBackmessage to ensure it is compatible with JSON serialization.
The search results confirm that the
TransferFundsBackvariant of theExecuteMsgenum is indeed being handled in the contract logic. The relevant code snippets fromcontracts/adapters/swap/astroport/src/contract.rsand other similar files show that theTransferFundsBackmessage is being serialized usingto_json_binaryand is expected to be processed by the contract'sexecutefunction.The
executefunction pattern matches on theExecuteMsg::TransferFundsBackvariant and calls a function namedexecute_transfer_funds_back, passing theswapperandreturn_denomas arguments. This indicates that the contract logic is designed to handle theTransferFundsBackmessage in JSON format, as the serialization to JSON is explicitly performed before the message is processed.Based on the provided context and the search results, it can be concluded that:
- The
TransferFundsBackmessage is serialized to JSON usingto_json_binary.- The contract logic includes handling for the
TransferFundsBackmessage.- The handling function
execute_transfer_funds_backis invoked with the necessary parameters.Therefore, the review comment concerning the serialization of
ExecuteMsg::TransferFundsBackto JSON and the contract's ability to handle such a message with no preceding swap operations appears to be correctly addressed in the code.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that ExecuteMsg struct handles TransferFundsBack with JSON serialization with no swap operations ast-grep --lang rust --pattern $'struct ExecuteMsg { $$$ TransferFundsBack($_) { $$$ } $$$ }'Length of output: 600
Script:
#!/bin/bash # Verify that ExecuteMsg struct handles TransferFundsBack with JSON serialization with no swap operations ast-grep --lang rust --pattern $'enum ExecuteMsg { TransferFundsBack($_), $$$ }'Length of output: 85
Script:
#!/bin/bash # Search for the TransferFundsBack variant within the ExecuteMsg enum rg "enum ExecuteMsg" -A 10 | rg "TransferFundsBack"Length of output: 140
Script:
#!/bin/bash # Search for the logic that handles the TransferFundsBack message rg "TransferFundsBack" -A 10 -B 10Length of output: 37673
contracts/adapters/ibc/ibc-hooks/src/contract.rs (2)
9-9: The import change from
to_binarytoto_json_binaryis consistent with the PR's objectives to refactor serialization methods. Ensure that the rest of the codebase is updated to handle JSON serialization.306-308: The query function now uses
to_json_binaryfor serialization. Verify that the query response handling is updated to process JSON serialization and that theACK_ID_TO_RECOVER_ADDRESSstruct is compatible with JSON serialization.contracts/entry-point/tests/test_execute_receive.rs (8)
3-3: The change from
to_binarytoto_json_binaryis consistent with the PR objectives and the AI-generated summary. Ensure that the rest of the codebase and any external systems interacting with these messages can handle JSON serialization.71-71: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis in line with the PR's goal of refactoring serialization methods. Verify that theExecuteMsgstruct and any relevant deserialization logic are compatible with JSON serialization.98-98: The serialization of
ExecuteMsg::PostSwapActionhas been updated to useto_json_binary. Confirm that theExecuteMsgstruct and any deserialization logic are updated accordingly to handle JSON.Verification successful
The search results indicate that the
ExecuteMsgenum is defined in multiple files:swap.rs,ibc.rs, andentry_point.rs. To verify the compatibility of theExecuteMsgenum with JSON serialization, we need to examine the specific variantPostSwapActionwithin theExecuteMsgenum in theentry_point.rsfile, as this is the context of the original change.
The output confirms the presence of the
PostSwapActionvariant within theExecuteMsgenum in theentry_point.rsfile. However, the output does not provide the full context of thePostSwapActionvariant, such as its fields or any associated attributes that might indicate compatibility with JSON serialization.To ensure a thorough verification, we need to view the complete definition of the
PostSwapActionvariant within theExecuteMsgenum. Let's retrieve the full context of this variant.
The
PostSwapActionvariant within theExecuteMsgenum is defined with the following fields:
min_asset: Assettimeout_timestamp: u64post_swap_action: Actionexact_out: boolAdditionally, the presence of the
#[cw_serde]attribute above theCw20HookMsgenum suggests that thecosmwasm_stdserialization/deserialization library is being used, which typically includes support for JSON serialization.Given this information, it can be inferred that the
PostSwapActionvariant of theExecuteMsgenum is likely compatible with JSON serialization, especially since theto_json_binaryfunction is being used in the test code, which is designed to work withcosmwasm_std's serialization features.Based on the provided context, the
ExecuteMsgstruct (in this case, an enum) and its variantPostSwapActionappear to be updated to handle JSON serialization correctly.* 144-144: The serialization of `ExecuteMsg::SwapAndAction` has been updated to JSON. Verify that the `ExecuteMsg` struct and any deserialization logic are updated accordingly to handle JSON.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that ExecuteMsg struct is compatible with JSON serialization ast-grep --lang rust --pattern $'struct ExecuteMsg { $$$ PostSwapAction($_) { $$$ } $$$ }'Length of output: 594
Script:
#!/bin/bash # Refine the ast-grep pattern to correctly match the ExecuteMsg struct in Rust ast-grep --lang rust --pattern $'struct ExecuteMsg { PostSwapAction($_) { $$$ } }'Length of output: 570
Script:
#!/bin/bash # Attempt a more generic ast-grep pattern to match the ExecuteMsg struct ast-grep --lang rust --pattern $'enum ExecuteMsg { $$$ PostSwapAction { $$$ } $$$ }'Length of output: 582
Script:
#!/bin/bash # Use ripgrep to search for the definition of ExecuteMsg in the codebase rg "enum ExecuteMsg" --type rustLength of output: 184
Script:
#!/bin/bash # Examine the PostSwapAction variant within the ExecuteMsg enum in the entry_point.rs file rg "PostSwapAction" packages/skip/src/entry_point.rsLength of output: 73
Script:
#!/bin/bash # Retrieve the full context of the PostSwapAction variant within the ExecuteMsg enum rg -A 10 "PostSwapAction" packages/skip/src/entry_point.rsLength of output: 291
188-188: The serialization of the
Asset::Nativestruct has been updated to JSON. Verify that theAssetstruct and any deserialization logic are updated accordingly to handle JSON.192-192: The serialization of
BalanceResponsehas been updated to JSON. Verify that theBalanceResponsestruct and any deserialization logic are updated accordingly to handle JSON.242-242: The serialization of
Cw20HookMsg::SwapAndActionWithRecoverhas been updated to JSON. Verify that theCw20HookMsgstruct and any deserialization logic are updated accordingly to handle JSON.260-260: The serialization of
Cw20HookMsg::SwapAndActionhas been updated to JSON. Verify that theCw20HookMsgstruct and any deserialization logic are updated accordingly to handle JSON.Verification successful
I will correct the syntax error in the ast-grep pattern and re-run the script to verify the compatibility of the
Cw20HookMsgstruct with JSON serialization.
I will adjust the ast-grep pattern to correctly match the
Cw20HookMsgstruct and itsSwapAndActionvariant in the Rust AST.
Given the repeated issues with the ast-grep pattern syntax, I will switch to a different approach to verify the compatibility of the
Cw20HookMsgenum with JSON serialization. I will usergto search for theCw20HookMsgenum definition in the codebase.
The
rgcommand has located theCw20HookMsgenum in two files:packages/skip/src/swap.rsandpackages/skip/src/entry_point.rs. To verify the JSON compatibility of theCw20HookMsgenum, particularly theSwapAndActionvariant, I will now look at the contents of these enum definitions.
I will correct the regex pattern by escaping the curly brace and re-run the script to examine the contents of the
Cw20HookMsgenum definitions.
The
rgcommand has successfully retrieved the definitions of theCw20HookMsgenum from bothswap.rsandentry_point.rs. The relevant parts of the enum definitions are as follows:In
packages/skip/src/swap.rs:pub enum Cw20HookMsg { Swap { operations: Vec<SwapOperation> }, }In
packages/skip/src/entry_point.rs:pub enum Cw20HookMsg { SwapAndActionWithRecover { user_swap: Swap, min_asset: Asset, timeout_timestamp: u64, post_swap_action: Action, affiliates: Vec<Affiliate>, recovery_addr: Addr, }, SwapAndAction { user_swap: Swap, // ... (rest of the definition is not shown) }, }From the output, we can see that the
Cw20HookMsgenum includes a variantSwapAndActionwhich is likely the one being serialized withto_json_binaryin thetest_execute_receive.rs. The presence of the#[cw_serde]attribute in the comment section for theQueryMsgenum suggests that theCw20HookMsgenum is also intended to be serialized, and the use ofto_json_binaryimplies that it should be compatible with JSON serialization.Based on this information, it seems that the
Cw20HookMsgenum is indeed compatible with JSON serialization, and the update to useto_json_binaryfor theSwapAndActionvariant in thetest_execute_receive.rsis consistent with the enum definition.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that Cw20HookMsg struct is compatible with JSON serialization ast-grep --lang rust --pattern $'struct Cw20HookMsg { $$$ SwapAndAction($_) { $$$ } $$$ }'Length of output: 594
Script:
#!/bin/bash # Corrected script to verify that Cw20HookMsg struct is compatible with JSON serialization ast-grep --lang rust --pattern $'struct Cw20HookMsg { $$$ SwapAndAction($$$) { $$$ } $$$ }'Length of output: 596
Script:
#!/bin/bash # Adjusted script to verify that Cw20HookMsg struct is compatible with JSON serialization ast-grep --lang rust --pattern $'enum Cw20HookMsg { $$$ SwapAndAction { $$$ } $$$ }'Length of output: 582
Script:
#!/bin/bash # Search for the Cw20HookMsg enum definition to verify JSON compatibility rg 'enum Cw20HookMsg'Length of output: 128
Script:
#!/bin/bash # Look at the contents of the Cw20HookMsg enum definitions to verify JSON compatibility rg 'enum Cw20HookMsg {' -A 10 packages/skip/src/swap.rs rg 'enum Cw20HookMsg {' -A 10 packages/skip/src/entry_point.rsLength of output: 322
Script:
#!/bin/bash # Corrected script to look at the contents of the Cw20HookMsg enum definitions to verify JSON compatibility rg 'enum Cw20HookMsg \{' -A 10 packages/skip/src/swap.rs rg 'enum Cw20HookMsg \{' -A 10 packages/skip/src/entry_point.rsLength of output: 734
contracts/adapters/swap/osmosis-poolmanager/src/contract.rs (6)
6-6: The change from
to_binarytoto_json_binaryaligns with the PR's objective to refactor serialization methods.126-126: The usage of
to_json_binaryfor message serialization in theexecute_swapfunction is correct and follows the PR's refactoring goal.180-180: The replacement of
to_binarywithto_json_binaryin thequery_simulate_swap_exact_asset_infunction is consistent with the PR's refactoring goals.188-188: The replacement of
to_binarywithto_json_binaryin thequery_simulate_swap_exact_asset_outfunction is consistent with the PR's refactoring goals.197-197: The replacement of
to_binarywithto_json_binaryin thequery_simulate_swap_exact_asset_in_with_metadatafunction is consistent with the PR's refactoring goals.207-207: The replacement of
to_binarywithto_json_binaryin thequery_simulate_swap_exact_asset_out_with_metadatafunction is consistent with the PR's refactoring goals.contracts/adapters/ibc/neutron-transfer/tests/test_sudo.rs (2)
228-228: The update to the expected error type in the test case aligns with the PR's objective to adjust test suites to the updated error strings.
345-348: The changes in error assertions within the
test_sudofunction correctly reflect the updated error format, ensuring the test remains accurate.contracts/entry-point/tests/test_execute_swap_and_action_with_recover.rs (7)
3-3: The change from
to_binarytoto_json_binaryis consistent with the PR objectives to update serialization methods.69-69: The replacement of
to_binarywithto_json_binaryfor themsgfield inCosmosMsg::from(WasmMsg::Execute)is correct and aligns with the PR's refactoring objectives.118-118: The use of
to_json_binaryfor message serialization is applied consistently across all test cases.173-173: Consistent application of
to_json_binaryfor message serialization in test cases is noted and correct.225-225: The serialization update to
to_json_binaryis consistently applied here as well.274-274: The change to
to_json_binaryis consistently applied across all test cases, including this one.329-329: The update to
to_json_binaryfor message serialization is correctly applied in this test case too.packages/skip/src/asset.rs (6)
5-6: The change from
to_binarytoto_json_binaryin the imports reflects the PR's objective to update serialization methods.104-104: The serialization of
Cw20ExecuteMsg::Transfermessages has been correctly updated to useto_json_binary.123-123: The serialization of
Cw20ExecuteMsg::Sendmessages has been correctly updated to useto_json_binary.363-363: The update to
to_json_binaryin thetest_asset_transfer_cw20test is consistent with the changes made in thetransfermethod.506-506: The update to
to_json_binaryin thetest_validate_cw20test is consistent with the changes made in thevalidatemethod.603-603: The update to
to_json_binaryin thetest_get_current_asset_availabletest is consistent with the changes made in theget_current_asset_availablemethod.contracts/adapters/swap/astroport/src/contract.rs (9)
13-14: The change from
from_binaryandto_binarytofrom_jsonandto_json_binaryis consistent with the PR objectives and the AI-generated summary. Ensure that the rest of the codebase is updated to handle JSON serialization where these functions are used.102-104: The use of
from_jsonto deserializecw20_msg.msgis correct and aligns with the new serialization strategy. Ensure that theCw20HookMsgstruct and its usage across the codebase are compatible with JSON serialization.168-171: The serialization of
ExecuteMsg::TransferFundsBackusingto_json_binaryis correct. Confirm that the receiving end of this message is expecting JSON format and that the contract's message handlers are updated accordingly.209-210: The serialization of
astroport_router_msg_argsusingto_json_binaryis correct. Verify that the Astroport router contract is compatible with receiving JSON-formatted messages.223-224: The serialization of the router contract address using
to_json_binaryis correct. Ensure that the clients querying this information can handle JSON responses.228-232: The serialization of the response from
query_simulate_swap_exact_asset_inusingto_json_binaryis correct. Confirm that the query handlers are expecting JSON format for the response.236-239: The serialization of the response from
query_simulate_swap_exact_asset_outusingto_json_binaryis correct. Ensure that the query handlers are expecting JSON format for the response.245-248: The serialization of the response from
query_simulate_swap_exact_asset_in_with_metadatausingto_json_binaryis correct. Verify that the query handlers are expecting JSON format for the response.255-258: The serialization of the response from
query_simulate_swap_exact_asset_out_with_metadatausingto_json_binaryis correct. Confirm that the query handlers are expecting JSON format for the response.contracts/entry-point/src/execute.rs (9)
12-15: The replacement of
from_binarywithfrom_jsonandto_binarywithto_json_binaryis consistent with the PR objectives and the AI-generated summary. This change aligns with the latestcosmwasm_stdpractices.44-47: The use of
from_jsonfor deserializing thecw20_msg.msgis correct and aligns with the updated serialization practices. Ensure that the message format expected byfrom_jsonis indeed JSON and that all callers of this function are updated to send JSON formatted messages.184-187: The change to
to_json_binaryfor serializing theExecuteMsg::UserSwapmessage is correct. Verify that theExecuteMsgstruct and any other relevant parts of the codebase are expecting JSON serialization.Verification successful
The
ast-grepcommand did not return any results for theExecuteMsgstruct, which is necessary to verify the compatibility of theExecuteMsgstruct with JSON serialization. To proceed, I will attempt a different approach to locate theExecuteMsgstruct definition and any associated serialization code.
The
rgcommand also did not return any results for theExecuteMsgstruct. This could mean that the struct is not present, or it might be defined in a way that the search pattern did not match. To ensure we cover all bases, I will expand the search to include any Rust files that might define or reference theExecuteMsgstruct, without relying on the exact struct declaration syntax.
The search results indicate multiple references to
ExecuteMsgacross various Rust files in the project. The references include usage ofto_json_binaryfor serializing different variants ofExecuteMsg, which suggests that theExecuteMsgstruct and its variants are indeed expected to be serialized to JSON. This supports the change made in theexecute.rsfile to useto_json_binaryfor theExecuteMsg::UserSwapmessage.Based on the provided context and the search results, it can be concluded that:
- The
ExecuteMsgstruct is used across multiple contracts and test files.- The
to_json_binaryfunction is consistently used to serializeExecuteMsgvariants, indicating compatibility with JSON serialization.Therefore, the change to
to_json_binaryfor serializing theExecuteMsg::UserSwapmessage in theexecute.rsfile is consistent with the usage in the rest of the codebase.* 201-204: The change to `to_json_binary` for serializing the `ExecuteMsg::PostSwapAction` message is correct. Verify that the `ExecuteMsg` struct and any other relevant parts of the codebase are expecting JSON serialization.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that the `ExecuteMsg` struct and related code are compatible with JSON serialization. ast-grep --lang rust --pattern $'struct ExecuteMsg { $$$ }'Length of output: 60
Script:
#!/bin/bash # Attempt to find the definition of ExecuteMsg struct and any related serialization code. rg "struct ExecuteMsg"Length of output: 24
Script:
#!/bin/bash # Broaden the search to find any references to ExecuteMsg in Rust files. rg "ExecuteMsg" --type rustLength of output: 21228
- 252-255: The change to
to_json_binaryfor serializing theExecuteMsg::SwapAndActionmessage is correct. Verify that theExecuteMsgstruct and any other relevant parts of the codebase are expecting JSON serialization.Verification successful
The verification process has confirmed that the
ExecuteMsgenum is used throughout the codebase and is compatible with JSON serialization as indicated by the usage ofto_json_binary. The change toto_json_binaryfor serializing theExecuteMsg::SwapAndActionmessage inexecute.rsis consistent with the rest of the codebase.* 333-333: The change to `to_json_binary` for serializing the `user_swap_msg_args` is correct. Verify that the `SwapExecuteMsg` struct and any other relevant parts of the codebase are expecting JSON serialization.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that the `ExecuteMsg` struct and related code are compatible with JSON serialization. ast-grep --lang rust --pattern $'struct ExecuteMsg { $$$ }'Length of output: 60
Script:
#!/bin/bash # Search for the `ExecuteMsg` struct definition and references throughout the codebase. rg "struct ExecuteMsg"Length of output: 24
Script:
#!/bin/bash # Perform a broader search for any occurrence of `ExecuteMsg` to find relevant files. rg "ExecuteMsg"Length of output: 21887
Verification successful
The use of
to_json_binaryfor serializinguser_swap_msg_argsin theexecute_user_swapfunction is consistent with the codebase's practices of JSON serialization, as evidenced by the widespread use ofto_json_binaryacross various message types and contexts. The change is therefore verified as correct.* 398-398: The change to `to_json_binary` for serializing the `user_swap_msg_args` is correct. Verify that the `SwapExecuteMsg` struct and any other relevant parts of the codebase are expecting JSON serialization.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that the `SwapExecuteMsg` struct and related code are compatible with JSON serialization. ast-grep --lang rust --pattern $'struct SwapExecuteMsg { $$$ }'Length of output: 64
Script:
#!/bin/bash # Search for the definition of the SwapExecuteMsg struct across the entire codebase. rg "struct SwapExecuteMsg"Length of output: 28
Script:
#!/bin/bash # Search for any serialization-related attributes or comments that might indicate the expected serialization format for messages. rg -A 3 -B 3 "to_json_binary"Length of output: 98706
487-487: The change to
to_json_binaryfor serializing theibc_transfer_msgis correct. Verify that theIbcTransferExecuteMsgstruct and any other relevant parts of the codebase are expecting JSON serialization.569-569: The change to
to_json_binaryfor serializing thefee_swap_msg_argsis correct. Verify that theSwapExecuteMsgstruct and any other relevant parts of the codebase are expecting JSON serialization.contracts/entry-point/tests/test_execute_post_swap_action.rs (13)
3-3: The import change from
to_binarytoto_json_binaryaligns with the PR objectives to refactor serialization methods.118-121: The replacement of
to_binarywithto_json_binaryfor serializingCw20ExecuteMsg::Transferis correct and follows the PR's objective to update serialization methods.151-154: The replacement of
to_binarywithto_json_binaryfor serializingIbcTransferExecuteMsg::IbcTransferis correct. Ensure that the contract handling this message is compatible with JSON serialization.193-196: The use of
to_json_binaryfor serializingIbcTransferExecuteMsg::IbcTransferwithexact_outset to true is consistent with the other changes and the PR's objectives.239-242: The use of
to_json_binaryfor serializingIbcTransferExecuteMsg::IbcTransferwith IBC fees is correct. Verify that the IBC transfer adapter contract processes JSON serialized messages correctly.291-294: The use of
to_json_binaryfor serializingIbcTransferExecuteMsg::IbcTransferwith IBC fees andexact_outset to true is consistent with the other changes and the PR's objectives.323-323: The use of
to_json_binaryfor serializing a contract call message is correct. Ensure that the receiving contract can handle JSON serialized messages.349-359: The use of
to_json_binaryfor serializing a contract call message within aCw20ExecuteMsg::Sendis correct. Verify that the receiving contract can handle JSON serialized messages.376-383: The use of
to_json_binaryfor serializing a contract call message withexact_outset to true is consistent with the other changes and the PR's objectives.417-420: The use of
to_json_binaryfor serializingIbcTransferExecuteMsg::IbcTransferwith IBC fees is correct. Verify that the IBC transfer adapter contract processes JSON serialized messages correctly.469-472: The use of
to_json_binaryfor serializingIbcTransferExecuteMsg::IbcTransferwith IBC fees is correct. Verify that the IBC transfer adapter contract processes JSON serialized messages correctly.563-563: The use of
to_json_binaryfor serializing a contract call message in an error case is consistent with the other changes and the PR's objectives.581-584: The change to use
to_json_binaryfor serializing theBalanceResponsein the mock handler is correct and aligns with the PR's objective to update serialization methods.contracts/entry-point/tests/test_user_swap.rs (15)
3-3: The import
to_json_binaryhas been added, which is consistent with the PR objectives to replaceto_binarywithto_json_binary. Ensure that all instances ofto_binaryare replaced withto_json_binarythroughout the file.97-97: The use of
to_json_binaryhere is correct and aligns with the PR's objective to replaceto_binarywithto_json_binary. Ensure that the change is consistent across all test cases.142-142: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the corresponding contract logic accepts JSON formatted messages.200-203: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forswap_venue_adapter_2is updated to handle JSON formatted messages.265-265: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forswap_venue_adapteris updated to handle JSON formatted messages.330-330: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forswap_venue_adapteris updated to handle JSON formatted messages.383-383: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forswap_venue_adapteris updated to handle JSON formatted messages.Verification successful
Given that the initial script did not yield results, I will attempt a different approach to locate the contract logic for
swap_venue_adapterto verify if it has been updated to handle JSON formatted messages.
Since the ast-grep attempts have not been successful, I will now use ripgrep to search for occurrences of
SwapExecuteMsg::Swapwithin the codebase to find the relevant contract logic forswap_venue_adapter.
The search for
SwapExecuteMsg::Swaponly yielded results in test files, with no indication of the actual contract logic forswap_venue_adapter. To locate the contract logic, I will now search for the termswap_venue_adapterdirectly in the codebase.
The search results indicate that the contract logic for
swap_venue_adapteris likely contained withincontracts/entry-point/src/contract.rsandcontracts/entry-point/src/query.rs. To verify if the contract logic has been updated to handle JSON formatted messages, I will examine the implementation of thequery_swap_venue_adapter_contractfunction and any related execute logic incontract.rs.
The provided output shows the structure of the contract and query logic related to
swap_venue_adapter, but does not include the specific handling ofSwapExecuteMsg::Swapmessages. To verify if the contract logic has been updated to handle JSON formatted messages, I need to inspect the implementations of functions likeexecute_user_swap,execute_swap_and_action, and others mentioned incontract.rs.
The
execute.rsfile contains the implementation of various functions that handle the execution of swap-related messages. The key points to note are:
- The
receive_cw20function usesfrom_jsonto deserialize thecw20_msg.msg, which indicates that the contract expects JSON formatted messages for CW20 token reception.- The
execute_swap_and_actionandexecute_user_swapfunctions useto_json_binaryto serialize messages, which suggests that the contract logic has been updated to handle JSON formatted messages.- The
execute_user_swapfunction specifically handlesSwap::SwapExactAssetInandSwap::SwapExactAssetOutvariants, which are likely related to theSwapExecuteMsg::Swapmentioned in the review comment.Based on the provided context, it can be inferred that the contract logic for
swap_venue_adapterhas been updated to handle JSON formatted messages, as indicated by the use ofto_json_binaryandfrom_jsonfor message serialization and deserialization.* 441-441: The change from `to_binary` to `to_json_binary` is correctly applied. Verify that the contract logic for `swap_venue_adapter` is updated to handle JSON formatted messages.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that the contract logic for `swap_venue_adapter` is updated to handle JSON formatted messages. ast-grep --lang rust --pattern $'impl Contract for $_ { $$$ fn execute(&self, $_: &mut $_, $_: &$_, msg: $_) -> $_ { match msg { $$$ SwapExecuteMsg::Swap { msg: $_ } => { $$$ } $$$ } } $$$ }'Length of output: 240
Script:
#!/bin/bash # Attempt to locate the contract logic for `swap_venue_adapter` to verify JSON message handling. ast-grep --lang rust --pattern $'impl Contract for $_ { $$$ fn execute(&self, $_: &mut $_, $_: &$_, msg: $_) -> $_ { $$$ } $$$ }'Length of output: 142
Script:
#!/bin/bash # Search for occurrences of `SwapExecuteMsg::Swap` to find the relevant contract logic. rg "SwapExecuteMsg::Swap"Length of output: 1495
Script:
#!/bin/bash # Search for the term `swap_venue_adapter` to locate the contract logic. rg "swap_venue_adapter"Length of output: 3905
Script:
#!/bin/bash # Examine the implementation of `query_swap_venue_adapter_contract` and related execute logic in `contract.rs`. cat contracts/entry-point/src/query.rs cat contracts/entry-point/src/contract.rsLength of output: 7130
Script:
#!/bin/bash # Inspect the implementations of functions that may handle `SwapExecuteMsg::Swap` messages. cat contracts/entry-point/src/execute.rsLength of output: 21982
503-503: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forneutron123is updated to handle JSON formatted messages.517-520: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forneutron123andswap_venue_adapter_2is updated to handle JSON formatted messages.540-540: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forneutron987is updated to handle JSON formatted messages.597-597: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forswap_venue_adapteris updated to handle JSON formatted messages.675-675: The change from
to_binarytoto_json_binaryis correctly applied. Verify that the contract logic forswap_venue_adapteris updated to handle JSON formatted messages.Verification successful
To verify the contract logic for
swap_venue_adapter, I will search for the file or module that contains this logic and then inspect the relevantexecutemethod to confirm if it has been updated to handle JSON formatted messages.
To further verify the contract logic for
swap_venue_adapter, I will now inspect theexecutemethod within thecontract.rsfile to confirm if it has been updated to handle JSON formatted messages.
To continue verifying the contract logic for
swap_venue_adapter, I will extract more context around theexecutefunction to find the relevant code that handles theSwapExecuteMsg::Swap.
To ensure a thorough verification, I will expand the search to include a broader pattern that could capture the handling of swap messages within the
executefunction.
To verify if JSON formatted messages are handled in the swap operations, I will look into the implementations of the functions
execute_swap_and_action_with_recover,execute_swap_and_action, andexecute_user_swap.
To complete the verification, I will inspect the bodies of the functions
execute_swap_and_action_with_recover,execute_swap_and_action, andexecute_user_swapto confirm if they handle JSON formatted messages.
To make a definitive statement, I will search for the code where the
Swapstructure is being parsed or constructed from the incoming messages, which would indicate handling of JSON formatted messages.
The review of the
execute.rsfile confirms that the contract logic has been updated to handle JSON formatted messages. TheSwapstructure is serialized to JSON usingto_json_binarywhen creatingWasmMsg::Executemessages, which aligns with the changes made in the PR to use JSON serialization.* 718-718: The change from `to_binary` to `to_json_binary` is correctly applied. Verify that the contract logic for `swap_venue_adapter` is updated to handle JSON formatted messages.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Verify that the contract logic for `swap_venue_adapter` is updated to handle JSON formatted messages. ast-grep --lang rust --pattern $'impl Contract for $_ { $$$ fn execute(&self, $_: &mut $_, $_: &$_, msg: $_) -> $_ { match msg { $$$ SwapExecuteMsg::Swap { msg: $_ } => { $$$ } $$$ } } $$$ }'Length of output: 240
Script:
#!/bin/bash # Search for the file containing the `swap_venue_adapter` logic. rg "swap_venue_adapter" --files-with-matchesLength of output: 362
Script:
#!/bin/bash # Inspect the `execute` method in the `contract.rs` file for handling JSON formatted messages. rg "fn execute" contracts/entry-point/src/contract.rs --context 10Length of output: 580
Script:
#!/bin/bash # Extract more context around the `execute` function to find the relevant code for `SwapExecuteMsg::Swap`. rg "SwapExecuteMsg::Swap" contracts/entry-point/src/contract.rs --context 10Length of output: 76
Script:
#!/bin/bash # Broaden the search to capture any handling of swap messages within the `execute` function. rg "execute" contracts/entry-point/src/contract.rs -A 30Length of output: 3726
Script:
#!/bin/bash # Inspect the implementations of swap-related functions to verify handling of JSON formatted messages. rg "execute_swap_and_action_with_recover|execute_swap_and_action|execute_user_swap" contracts/entry-point/src/contract.rs -A 10 -B 10Length of output: 2195
Script:
#!/bin/bash # Inspect the bodies of the functions to confirm handling of JSON formatted messages. rg "fn execute_swap_and_action_with_recover|fn execute_swap_and_action|fn execute_user_swap" contracts/entry-point/src/execute.rs -A 20 -B 2Length of output: 2377
Script:
#!/bin/bash # Search for the code where the `Swap` structure is being parsed or constructed from the incoming messages. rg "Swap" contracts/entry-point/src/execute.rs -A 10 -B 10Length of output: 13599
- 992-992: The mock wasm handler has been updated to use
to_json_binaryinstead ofto_binary, which is consistent with the PR objectives. Ensure that the mock handler's behavior aligns with the expected contract behavior after the update.contracts/entry-point/tests/test_execute_swap_and_action.rs (22)
3-3: The change from
to_binarytoto_json_binaryis consistent with the PR objectives and the AI-generated summary. This update is necessary due to the deprecation ofto_binaryin favor ofto_json_binaryfor JSON serialization.120-120: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsgis correct and aligns with the latest standards ofcosmwasm_std.147-147: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.195-195: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.223-223: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.292-292: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.319-319: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.386-386: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.413-413: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.492-492: The replacement of
to_binarywithto_json_binaryfor serializingSwapExecuteMsg::Swapis correct.521-521: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.548-548: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.619-619: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.646-646: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.694-694: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.724-724: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.796-796: The replacement of
to_binarywithto_json_binaryfor serializingCw20ExecuteMsg::Sendis correct.829-829: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.859-859: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.933-933: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::UserSwapis correct.963-963: The replacement of
to_binarywithto_json_binaryfor serializingExecuteMsg::PostSwapActionis correct.1660-1660: The use of
to_json_binaryin the mock wasm handler for test setup is consistent with the changes made throughout the test file.
| @@ -2,7 +2,8 @@ use crate::error::SkipError; | |||
| use astroport::asset::{Asset as AstroportAsset, AssetInfo}; | |||
There was a problem hiding this comment.
The output from the shell script indicates that AssetInfo is indeed used in the asset.rs file. This means that the removal of the AssetInfo import would likely cause compilation errors due to unresolved references.
- The import of
AssetInfoshould not have been removed as it is still being used within the file.
Analysis chain
The import of AssetInfo has been removed. Verify if this is used elsewhere in the file and if its removal is safe.
Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for usage of AssetInfo in the asset.rs file.
rg --type rust "AssetInfo" "packages/skip/src/asset.rs"
Length of output: 289
This PR
make upgradeandmake updateto keep dependencies up to dateneutron-sdkto0.8from_binaryandto_binaryfromcosmwasm_stdand replaces them with their replacementsfrom_jsonandto_json_binarySummary by CodeRabbit
Refactor
Tests
Chores