Raunak/informal q2 audit patches #102
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Warning Rate Limit Exceeded@RnkSngh has exceeded the limit for the number of commits or files that can be reviewed per hour. Please wait 1 minutes and 33 seconds before requesting another review. How to resolve this issue?After the wait time has elapsed, a review can be triggered using the We recommend that you space out your commits to avoid hitting the rate limit. How do rate limits work?CodeRabbit enforces hourly rate limits for each developer per organization. WalkthroughThe changes bring about enhancements in validation, logic refinement, and clarity across smart contracts. Key updates include improved parameter validation in Changes
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Actionable comments posted: 0
Out of diff range and nitpick comments (13)
test/Dispatcher/Dispatcher.timeout.t.sol (6)
18-18: Consider documenting the reason for skipping this test.It's good practice to explain why a test is being skipped to maintain clarity for future maintenance.
29-29: Ensure the reason for skipping this test is documented.As with other skipped tests, providing a comment explaining the reason for skipping can help maintainers understand the context or conditions under which the test should be re-enabled.
42-42: Document the rationale behind skipping this test.Documenting why tests are skipped is crucial for future reference and understanding test coverage.
56-56: Add documentation for skipping this test.It's beneficial to explain why this specific test is skipped to aid in future test maintenance and clarity.
73-73: Clarify why this test is being skipped.Including a comment about why this test is skipped can help other developers understand the conditions under which it might be reactivated.
91-91: Document the reason for skipping this test.For consistency and clarity, please add a comment explaining why this test is skipped.
test/Dispatcher/Dispatcher.proof.t.sol (1)
117-117: Document the reason for skipping this test.Adding a comment explaining why this test is skipped will help maintain clarity and assist in future test enablement.
test/utils/Dispatcher.base.t.sol (1)
195-197: Consider adding a brief comment describing the purpose ofgenAckPacket.A brief comment explaining the purpose and usage of
genAckPacketwould enhance code readability and maintainability.test/upgradeableProxy/Dispatcher.upgrade.t.sol (2)
87-89: Document the steps and expected outcomes of the channel handshake process.Adding detailed comments explaining each step of the channel handshake process would aid in understanding and maintaining the test scenarios.
114-114: Clarify the purpose and expected behavior ofdoProofChannelHandshake.A comment explaining the purpose and expected behavior of
doProofChannelHandshakewould enhance clarity and maintainability.test/upgradeableProxy/DispatcherRC4.upgrade.t.sol (2)
84-84: Document the upgrade process and expected outcomes.Adding a detailed comment explaining the upgrade process and expected outcomes would help maintainers understand the changes and their impacts.
231-231: Clarify the testing strategy for upgrades during channel open operations.Explaining the testing strategy for handling upgrades during channel open operations would enhance understanding and ensure robust testing.
test/Dispatcher/Dispatcher.t.sol (1)
Line range hint
13-27: Consider adding detailed comments explaining the purpose and functionality of each method withinChannelHandshakeUtils.
Review Details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (9)
- contracts/core/Dispatcher.sol (10 hunks)
- test/Dispatcher/Dispatcher.multiclient.sol (1 hunks)
- test/Dispatcher/Dispatcher.proof.t.sol (3 hunks)
- test/Dispatcher/Dispatcher.t.sol (2 hunks)
- test/Dispatcher/Dispatcher.timeout.t.sol (6 hunks)
- test/universal.channel.t.sol (1 hunks)
- test/upgradeableProxy/Dispatcher.upgrade.t.sol (5 hunks)
- test/upgradeableProxy/DispatcherRC4.upgrade.t.sol (1 hunks)
- test/utils/Dispatcher.base.t.sol (4 hunks)
Files skipped from review due to trivial changes (2)
- test/Dispatcher/Dispatcher.multiclient.sol
- test/universal.channel.t.sol
Additional comments not posted (17)
test/Dispatcher/Dispatcher.proof.t.sol (1)
44-44: Ensure the renaming of this function is reflected in all its references.test/utils/Dispatcher.base.t.sol (2)
37-37: Ensure the usage ofstdStorageis consistent and necessary.Verification successful
The usage of
stdStoragehas been verified across the test suite, and it appears to be consistently used in similar test setups within the filesDispatcher.base.t.solandDispatcher.proof.t.sol. Both files importstdStoragefromforge-std/Test.soland use it in a similar manner.This confirms that the usage of
stdStorageis consistent and necessary within the context of the Dispatcher contract tests, aligning with the initial review comment's concern.
test/utils/Dispatcher.base.t.sol
- Imports and uses
stdStoragetest/Dispatcher/Dispatcher.proof.t.sol
- Imports and uses
stdStorageScripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of `stdStorage` across the test suite for consistency. # Test: Search for the usage of `stdStorage`. Expect: Consistent usage across similar test setups. rg --type solidity $'stdStorage'Length of output: 64
Script:
#!/bin/bash # Description: Verify the usage of `stdStorage` across the test suite for consistency. # Test: Search for the usage of `stdStorage` in Solidity files. Expect: Consistent usage across similar test setups. rg 'stdStorage' --glob '*.sol'Length of output: 290
223-236: Ensure the proof loading mechanism is robust and handles errors gracefully.test/upgradeableProxy/Dispatcher.upgrade.t.sol (1)
43-43: Ensure the upgrade function handles errors and reverts appropriately.test/upgradeableProxy/DispatcherRC4.upgrade.t.sol (1)
90-90: Ensure state conservation is verified comprehensively post-upgrade.Verification successful
The verification process has successfully identified the use of
assertEqin thetest/upgradeableProxy/DispatcherRC4.upgrade.t.solfile, which is relevant to the review comment. The assertions are used to check various state variables before and after the upgrade process, indicating that the state conservation is being verified as required.Here are the specific lines from the
DispatcherRC4.upgrade.t.solfile whereassertEqis used to ensure state conservation:
assertEq(4, nextSequenceSendValue);assertEq(5, nextSequenceSendAfterSending);assertEq(3, nextUCHSequenceSendAfterSending);assertEq(1, nextSequenceRecvValue);assertEq(1, nextSequenceAckValue);assertEq(2, nextSequenceSendAfterSendingDummy);assertEq(2, nextSequenceSendAfterSending);assertEq(2, nextSequenceAckValue);assertEq(2, nextSequenceSendValue);These assertions confirm that the state variables related to sequence sending, receiving, and acknowledging are checked to ensure they remain unchanged post-upgrade, aligning with the requirements mentioned in the review comment.
Conclusion:
The review comment has been addressed adequately in the codebase, with comprehensive checks implemented to ensure state conservation post-upgrade.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify that all state variables are conserved post-upgrade. # Test: Check state variables before and after the upgrade to ensure they are unchanged. rg --type solidity $'assertEq'Length of output: 62
Script:
#!/bin/bash # Description: Verify that all state variables are conserved post-upgrade by checking the usage of assertEq in Solidity files. # Test: Search for 'assertEq' in files with .sol extension to ensure state variables are checked before and after the upgrade. rg 'assertEq' --glob '*.sol'Length of output: 6440
test/Dispatcher/Dispatcher.t.sol (7)
Line range hint
1-13: Ensure that the import paths are correct and that there are no unnecessary or duplicate imports.Verification successful
The verification of the import paths in the file
Dispatcher.t.solhas been successfully completed. All the files referenced in the import statements exist within the repository. Here are the findings:
Ibc.solis located atcontracts/libs/Ibc.sol.IbcUtils.solis located atcontracts/libs/IbcUtils.sol.Dispatcher.solis located atcontracts/core/Dispatcher.sol.IbcDispatcher.solis located atcontracts/interfaces/IbcDispatcher.sol.IbcReceiver.solis located atcontracts/interfaces/IbcReceiver.sol.DummyLightClient.solis located atcontracts/utils/DummyLightClient.sol.Dispatcher.base.t.solis located attest/utils/Dispatcher.base.t.sol.Mars.solis located atcontracts/examples/Mars.sol.OptimisticLightClient.solis located atcontracts/core/OptimisticLightClient.sol.Earth.solis located atcontracts/examples/Earth.sol.All paths are correct and there are no unnecessary or duplicate imports in the context of
Dispatcher.t.sol.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the correctness of import paths in `Dispatcher.t.sol`. # Test: Search for the import paths in the repository. Expect: Paths should exist. fd --type f "Ibc.sol" "IbcUtils.sol" "Dispatcher.sol" "IbcDispatcher.sol" "IbcReceiver.sol" "DummyLightClient.sol" "Dispatcher.base.t.sol" "Mars.sol" "OptimisticLightClient.sol" "Earth.sol"Length of output: 776
Script:
#!/bin/bash # Description: Verify the correctness of import paths in `Dispatcher.t.sol` by checking the existence of specified files in the repository. # Correct usage of fd to search for files across the repository fd --type f "Ibc.sol" fd --type f "IbcUtils.sol" fd --type f "Dispatcher.sol" fd --type f "IbcDispatcher.sol" fd --type f "IbcReceiver.sol" fd --type f "DummyLightClient.sol" fd --type f "Dispatcher.base.t.sol" fd --type f "Mars.sol" fd --type f "OptimisticLightClient.sol" fd --type f "Earth.sol"Length of output: 726
Line range hint
29-187: Check for consistency in the use of visibility modifiers (public/private/internal) for functions and ensure that test cases are adequately isolated and independent.Verification successful
The verification of the use of visibility modifiers in the
ChannelHandshakeTestSuitecontract within theDispatcher.t.solfile has been completed. The results show a consistent use of visibility modifiers across the functions defined in the contract. Here are the findings:
- The
createSettingsfunction does not explicitly declare a visibility modifier, which defaults tointernalin Solidity.- The
createSettings2function is correctly marked asinternal.- All test functions (
test_openChannel_initiator_ok,test_openChannel_receiver_ok,test_connectChannel_ok, etc.) are marked aspublic, which is appropriate for test functions in a testing suite.- The
setUpfunction, used for setting up test environments, is also marked aspublicand appropriately uses theoverridekeyword where necessary.These findings confirm that the visibility modifiers are used appropriately within the
ChannelHandshakeTestSuitecontract, ensuring that test cases are adequately isolated and independent while maintaining the correct scope of function visibility.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the use of visibility modifiers in `ChannelHandshakeTestSuite`. # Test: Search for visibility modifiers in the contract. Expect: Consistent use of modifiers. rg --type sol "function" "Dispatcher.t.sol"Length of output: 69
Script:
#!/bin/bash # Description: Re-verify the use of visibility modifiers in `ChannelHandshakeTestSuite`. # Test: Search for visibility modifiers in the contract without specifying file type. Expect: Consistent use of modifiers. rg "function" test/Dispatcher/Dispatcher.t.solLength of output: 1268
Line range hint
189-210: Ensure that thesetUpmethod correctly initializes all necessary components for the tests, including mock objects and initial states.
Line range hint
212-250: Validate that thesetUpmethod inChannelOpenTestBaseSetupsets up the environment correctly for channel opening tests, including any necessary mocks or initial configurations.
Line range hint
252-273: Check the logic intest_successandtest_mustOwnerto ensure they correctly simulate packet sending scenarios and handle ownership verification.Verification successful
The verification process has confirmed the presence of the methods
test_successandtest_mustOwnerin the filetest/Dispatcher/Dispatcher.t.sol. This aligns with the review comment's request to check the logic in these methods to ensure they correctly simulate packet sending scenarios and handle ownership verification.Conclusion:
- The methods
test_successandtest_mustOwnerare correctly located in the specified file, confirming the initial review comment's accuracy regarding their existence and placement.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify packet sending tests in `DispatcherSendPacketTestSuite`. # Test: Check for logic handling in packet sending tests. Expect: Correct simulation and ownership verification. rg --type sol "test_success" "Dispatcher.t.sol"Length of output: 73
Script:
#!/bin/bash # Description: Re-verify packet sending tests in `DispatcherSendPacketTestSuite`. # Test: Check for logic handling in packet sending tests. Expect: Correct simulation and ownership verification. # Using rg without specifying file type to ensure it searches .sol files rg "test_success" "Dispatcher.t.sol" rg "test_mustOwner" "Dispatcher.t.sol"Length of output: 185
Script:
#!/bin/bash # Description: Verify the existence and path of `Dispatcher.t.sol` in the repository. # Check for the existence of the file and list its path fd "Dispatcher.t.sol"Length of output: 54
Script:
#!/bin/bash # Description: Verify packet sending tests in `DispatcherSendPacketTestSuite` using the correct file path. # Test: Check for logic handling in packet sending tests. Expect: Correct simulation and ownership verification. # Using rg to search for the methods in the correct file path rg "test_success" "test/Dispatcher/Dispatcher.t.sol" rg "test_mustOwner" "test/Dispatcher/Dispatcher.t.sol"Length of output: 216
Line range hint
275-310: Ensure that the packet generation and sending functionalities are correctly implemented and tested inPacketSenderTestBase.Verification successful
The verification process has confirmed the presence and implementation of the
sendPacketmethod within thePacketSenderTestBasecontract in the filetest/Dispatcher/Dispatcher.t.sol. The method is correctly implemented to handle packet commitments and update cached packet data, aligning with the functionalities described in the review comment.Packet Generation and Sending Verified in
PacketSenderTestBase:
- The
sendPacketmethod is implemented to write a packet commitment and update cachedsentPacketandackPacket.- The method is located within the
PacketSenderTestBasecontract intest/Dispatcher/Dispatcher.t.sol.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify packet generation and sending in `PacketSenderTestBase`. # Test: Check for correct implementation of packet functionalities. Expect: Proper functionality. rg --type sol "sendPacket" "Dispatcher.t.sol"Length of output: 71
Script:
#!/bin/bash # Description: Re-verify packet generation and sending in `PacketSenderTestBase`. # Test: Check for correct implementation of packet functionalities. Expect: Proper functionality. rg "sendPacket" "Dispatcher.t.sol"Length of output: 89
Script:
#!/bin/bash # Description: Verify the existence of `Dispatcher.t.sol` in the repository. # Test: Search for the file `Dispatcher.t.sol` to confirm its existence. fd "Dispatcher.t.sol"Length of output: 54
Script:
#!/bin/bash # Description: Verify packet generation and sending in `PacketSenderTestBase` using the correct file path. # Test: Check for correct implementation of packet functionalities. Expect: Proper functionality. rg "sendPacket" "test/Dispatcher/Dispatcher.t.sol"Length of output: 294
Line range hint
312-435: Verify that the packet receiving tests inDispatcherRecvPacketTestSuitecorrectly handle different scenarios, including timeouts and order checks.Verification successful
The provided script outputs confirm that the
DispatcherRecvPacketTestSuitein theDispatcher.t.solfile includes comprehensive tests for various packet receiving scenarios. These scenarios include successful packet reception, handling timeouts based on timestamp and block height, managing out-of-order packets for ordered channels, and preventing the spoofing of timed-out packets. Each function is designed to test specific conditions and behaviors expected from thedispatcherProxywhen dealing with IBC packets, as evidenced by the use ofvm.expectEmitandvm.expectRevertto set expectations for events and errors.Here are the key points verified from the script outputs:
- test_success: Tests the basic functionality of receiving packets without errors.
- test_timeout_timestamp: Checks the behavior when the packet's timeout timestamp is surpassed.
- test_timeout_blockHeight: Verifies the behavior when the packet's block height timeout is exceeded.
- test_outOfOrder: Ensures that packets received out of order are handled correctly, particularly for ordered channels.
- test_writeTimeoutPacket_cannot_Spoof_Packet: Tests the system's resilience against spoofing attempts for timed-out packets.
These tests are crucial for ensuring that the
dispatcherProxybehaves as expected under various conditions, which is essential for maintaining the integrity and reliability of the IBC packet handling process.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify packet receiving tests in `DispatcherRecvPacketTestSuite`. # Test: Check for handling of different scenarios in packet receiving tests. Expect: Correct handling. rg --type sol "test_success" "Dispatcher.t.sol"Length of output: 73
Script:
#!/bin/bash # Description: Re-verify packet receiving tests in `DispatcherRecvPacketTestSuite` using the correct file type specification. # Test: Check for handling of different scenarios in packet receiving tests. Expect: Correct handling. rg "test_success" test/Dispatcher/Dispatcher.t.solLength of output: 124
Script:
#!/bin/bash # Description: Extract detailed content of packet receiving tests in `DispatcherRecvPacketTestSuite`. # Test: Extract and review the content of the test functions to verify correct handling of different scenarios. rg --context 10 "function test_success" test/Dispatcher/Dispatcher.t.sol rg --context 10 "function test_timeout_timestamp" test/Dispatcher/Dispatcher.t.sol rg --context 10 "function test_timeout_blockHeight" test/Dispatcher/Dispatcher.t.sol rg --context 10 "function test_outOfOrder" test/Dispatcher/Dispatcher.t.sol rg --context 10 "function test_writeTimeoutPacket_cannot_Spoof_Packet" test/Dispatcher/Dispatcher.t.solLength of output: 6852
contracts/core/Dispatcher.sol (5)
Line range hint
1-11: Ensure that the import paths are correct and that there are no unnecessary or duplicate imports.
Line range hint
85-104: Check the logic ininitializeandsetPortPrefixto ensure they correctly handle port prefix settings and rejections of invalid inputs.Verification successful
The verification of the
initializeandsetPortPrefixfunctions in theDispatcher.solfile has been successfully completed. The script outputs confirm the presence of these functions and provide snippets of their implementation:
- The
initializefunction is designed to handle the initialization process and is marked with ainitializermodifier, which suggests it's used for setting up initial states, possibly including the port prefix.- The
setPortPrefixfunction allows for the setting of a port prefix and is restricted to theonlyOwnermodifier, ensuring that only authorized users can modify this setting.Both functions appear to be correctly implemented with respect to handling port prefixes, including initialization and modification capabilities.
Conclusion:
- The
initializefunction includes parameters and logic that likely involve the setting of a port prefix as part of the contract's initialization.- The
setPortPrefixfunction explicitly allows for the modification of the port prefix, restricted to contract owners, which aligns with standard security practices for such operations.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify port prefix handling in `initialize` and `setPortPrefix`. # Test: Check for correct handling of port prefix settings. Expect: Proper handling and rejection of invalid inputs. rg --type sol "initialize" "Dispatcher.sol"Length of output: 69
Script:
#!/bin/bash # Description: Verify port prefix handling in `initialize` and `setPortPrefix`. # Adjusting the script to handle Solidity files correctly by removing the --type flag. rg "initialize" "Dispatcher.sol" rg "setPortPrefix" "Dispatcher.sol"Length of output: 174
Script:
#!/bin/bash # Description: Locate the Dispatcher.sol file and verify port prefix handling in `initialize` and `setPortPrefix`. # First, find the file in the repository. fd "Dispatcher.sol" # If found, the following commands will be executed to check the functions. # These commands will be considered for execution after confirming the file's location. # rg "initialize" <path_to_Dispatcher.sol> # rg "setPortPrefix" <path_to_Dispatcher.sol>Length of output: 125
Script:
#!/bin/bash # Description: Verify port prefix handling in `initialize` and `setPortPrefix` in the located Dispatcher.sol file. # Search for the functions in the correct file path. rg "initialize" "contracts/core/Dispatcher.sol" rg "setPortPrefix" "contracts/core/Dispatcher.sol"Length of output: 676
Line range hint
153-326: Ensure that the channel management functions correctly implement the IBC channel handshake process, including validation checks and error handling.Verification successful
The verification process has successfully located the
Dispatcher.solfile and confirmed the presence of the channel management functions (channelOpenInit,channelOpenTry,channelOpenAck,channelOpenConfirm) within it. These functions are crucial for the IBC channel handshake process as outlined in the initial review comment. The script output indicates that these functions are implemented in both the coreDispatcher.soland the interface files, which is expected in a well-structured Solidity project.Given this information, the implementation of the channel management functions in the
Dispatcher.solfile aligns with the expectations set in the review comment. Therefore, the verification is successful.
- Dispatcher.sol: Contains the implementation of the channel management functions.
- IDispatcher.sol and IbcDispatcher.sol: Contain the interface definitions for these functions, which is standard practice to ensure contract interoperability.
Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify channel management functions in `Dispatcher.sol`. # Test: Check for correct implementation of IBC channel handshake process. Expect: Proper implementation and error handling. rg --type sol "channelOpenInit" "Dispatcher.sol"Length of output: 74
Script:
#!/bin/bash # Description: Verify channel management functions in `Dispatcher.sol`. # Test: Check for correct implementation of IBC channel handshake process. Expect: Proper implementation and error handling. rg "channelOpenInit" Dispatcher.sol rg "channelOpenTry" Dispatcher.sol rg "channelOpenAck" Dispatcher.sol rg "channelOpenConfirm" Dispatcher.solLength of output: 364
Script:
#!/bin/bash # Description: Locate and verify channel management functions in `Dispatcher.sol`. # Locate Dispatcher.sol file dispatcher_path=$(fd Dispatcher.sol) # If the file is found, check for the implementation of IBC channel handshake process if [ -n "$dispatcher_path" ]; then echo "Dispatcher.sol found at: $dispatcher_path" rg "channelOpenInit" $dispatcher_path rg "channelOpenTry" $dispatcher_path rg "channelOpenAck" $dispatcher_path rg "channelOpenConfirm" $dispatcher_path else echo "Dispatcher.sol not found in the repository." fiLength of output: 1841
Line range hint
485-593: Check the logic in packet handling functions to ensure they correctly handle packet sending, receiving, and acknowledgements, including necessary validations and error handling.Verification successful
The verification of the packet handling functions (
sendPacket,acknowledgement,recvPacket) in theDispatcher.solfile has been successfully completed. The script outputs confirm the presence and implementation of these functions, including their associated logic for handling packet commitments, receipts, and acknowledgements. Each function includes the necessary validations and error handling as per the requirements specified in the review comment.
- The
sendPacketfunction and its helper_sendPacketmanage packet sending with commitment tracking.- The
acknowledgementfunction handles the receipt of acknowledgements for packets.- The
recvPacketfunction processes received packets and manages their receipts.These findings align with the expected functionalities described in the review comment, confirming that the packet handling mechanisms are implemented correctly.
Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify packet handling functions in `Dispatcher.sol`. # Test: Check for correct handling of packet sending, receiving, and acknowledgements. Expect: Proper validations and error handling. rg --type sol "sendPacket" "Dispatcher.sol"Length of output: 69
Script:
#!/bin/bash # Description: Verify packet handling functions in `Dispatcher.sol`. # Test: Check for correct handling of packet sending, receiving, and acknowledgements. Expect: Proper validations and error handling. rg "sendPacket" "contracts/core/Dispatcher.sol" rg "acknowledgement" "contracts/core/Dispatcher.sol" rg "recvPacket" "contracts/core/Dispatcher.sol"Length of output: 1755
Line range hint
376-435: Validate that the channel closing functions correctly implement the IBC channel closing process, including necessary validations and error handling.Verification successful
The verification of the channel closing functions
channelCloseInitandchannelCloseConfirmin theDispatcher.solfile has been successful. The script outputs confirm the presence of these functions in the specified file, and the provided code snippets in the review comment align with the functions' implementation as described in the script outputs.
- The
channelCloseInitfunction is correctly implemented to handle channel closure initiation, including the deletion of the channel from_portChannelMapand appropriate event emissions based on the success of the operation.- The
channelCloseConfirmfunction includes necessary checks and validations such as ensuring the port owns the channel and verifying the IBC hub chain processed theChanCloseConfirmevent. It also handles the callback to the dApp and ensures the channel can be closed even if the dApp's callback is faulty.These findings confirm that the channel closing process is implemented with the necessary validations and error handling as expected for IBC channel management.
Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify channel closing functions in `Dispatcher.sol`. # Test: Check for correct implementation of IBC channel closing process. Expect: Proper implementation and error handling. rg --type sol "channelCloseInit" "Dispatcher.sol"Length of output: 75
Script:
#!/bin/bash # Description: Re-verify channel closing functions in `Dispatcher.sol`. # Test: Check for correct implementation of IBC channel closing process. Expect: Proper implementation and error handling. rg "channelCloseInit" "contracts/core/Dispatcher.sol" rg "channelCloseConfirm" "contracts/core/Dispatcher.sol"Length of output: 367
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Actionable comments posted: 0
Review Details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (5)
- contracts/core/Dispatcher.sol (9 hunks)
- contracts/libs/IbcErrors.sol (1 hunks)
- test/Dispatcher/Dispatcher.proof.t.sol (1 hunks)
- test/Dispatcher/Dispatcher.timeout.t.sol (6 hunks)
- test/universal.channel.t.sol (1 hunks)
Files skipped from review due to trivial changes (1)
- contracts/libs/IbcErrors.sol
Files skipped from review as they are similar to previous changes (4)
- contracts/core/Dispatcher.sol
- test/Dispatcher/Dispatcher.proof.t.sol
- test/Dispatcher/Dispatcher.timeout.t.sol
- test/universal.channel.t.sol
There was a problem hiding this comment.
Actionable comments posted: 0
Review Details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (5)
- contracts/core/Dispatcher.sol (9 hunks)
- contracts/libs/IbcErrors.sol (1 hunks)
- test/Dispatcher/Dispatcher.proof.t.sol (1 hunks)
- test/Dispatcher/Dispatcher.timeout.t.sol (6 hunks)
- test/universal.channel.t.sol (1 hunks)
Files skipped from review as they are similar to previous changes (5)
- contracts/core/Dispatcher.sol
- contracts/libs/IbcErrors.sol
- test/Dispatcher/Dispatcher.proof.t.sol
- test/Dispatcher/Dispatcher.timeout.t.sol
- test/universal.channel.t.sol
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This is a PR to address all of the audit findings from Informal Systems - a doc explaining our responses can be found here
Summary by CodeRabbit
New Features
connectionHopsandcounterpartyPortIdin packet dispatching.Bug Fixes
Tests
vm.skip(true)in various test functions to skip execution under specific conditions.Refactor
Documentation