feat(async): dispatcher #1910
feat(async): dispatcher #1910
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Actionable comments posted: 7
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Review profile: ASSERTIVE
Files selected for processing (32)
- mod/async/pkg/broker/broker.go (1 hunks)
- mod/async/pkg/dispatcher/dispatcher.go (1 hunks)
- mod/async/pkg/dispatcher/errors.go (1 hunks)
- mod/async/pkg/types/dispatcher.go (1 hunks)
- mod/beacon/block_store/pruner.go (1 hunks)
- mod/beacon/block_store/service.go (1 hunks)
- mod/beacon/block_store/types.go (2 hunks)
- mod/beacon/blockchain/process.go (2 hunks)
- mod/beacon/blockchain/service.go (6 hunks)
- mod/beacon/validator/service.go (6 hunks)
- mod/da/pkg/da/service.go (4 hunks)
- mod/da/pkg/store/pruner.go (1 hunks)
- mod/da/pkg/store/pruner_test.go (2 hunks)
- mod/execution/pkg/deposit/pruner.go (2 hunks)
- mod/execution/pkg/deposit/service.go (4 hunks)
- mod/execution/pkg/deposit/sync.go (1 hunks)
- mod/execution/pkg/deposit/types.go (2 hunks)
- mod/node-core/pkg/components/availability_store.go (3 hunks)
- mod/node-core/pkg/components/block_store.go (3 hunks)
- mod/node-core/pkg/components/deposit_store.go (3 hunks)
- mod/node-core/pkg/components/events.go (1 hunks)
- mod/node-core/pkg/components/types.go (3 hunks)
- mod/primitives/pkg/async/event.go (1 hunks)
- mod/primitives/pkg/async/id.go (1 hunks)
- mod/runtime/pkg/middleware/abci.go (7 hunks)
- mod/runtime/pkg/middleware/middleware.go (4 hunks)
- mod/storage/pkg/manager/manager_test.go (2 hunks)
- mod/storage/pkg/manager/types.go (2 hunks)
- mod/storage/pkg/pruner/mocks/block_event.mock.go (5 hunks)
- mod/storage/pkg/pruner/pruner.go (3 hunks)
- mod/storage/pkg/pruner/pruner_test.go (3 hunks)
- mod/storage/pkg/pruner/types.go (2 hunks)
Additional comments not posted (122)
mod/beacon/block_store/pruner.go (1)
22-31: LGTM! Verify function usage across the codebase.The change from a pointer to a value type for the event parameter in
BuildPruneRangeFnis a positive step towards more efficient event handling. Ensure that all usages of this function in the codebase are compatible with the new signature.Verification successful
Function signature change verified successfully.
The change from a pointer to a value type for the event parameter in
BuildPruneRangeFnis consistently applied across the codebase. The function is used with the new signature in multiple files, and it is also included in test cases, confirming compatibility.
- Files with updated usage:
mod/node-core/pkg/components/availability_store.gomod/node-core/pkg/components/deposit_store.gomod/node-core/pkg/components/block_store.gomod/da/pkg/store/pruner_test.goScripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify all function calls to `BuildPruneRangeFn` match the new signature. # Test: Search for the function usage. Expect: Only occurrences of the new signature. rg --type go -A 5 $'BuildPruneRangeFn'Length of output: 3340
mod/da/pkg/store/pruner.go (1)
24-31: LGTM! Verify function usage across the codebase.The transition from a pointer to a value type for the event parameter in
BuildPruneRangeFnenhances clarity and efficiency. Ensure that all usages of this function in the codebase are updated to align with the new signature.Verification successful
Function Usage Verified: Consistent with New Signature
The
BuildPruneRangeFnfunction is used consistently with the new signature across the codebase. The transition from a pointer to a value type for the event parameter is reflected in all relevant files.
mod/node-core/pkg/components/deposit_store.gomod/node-core/pkg/components/block_store.gomod/node-core/pkg/components/availability_store.gomod/da/pkg/store/pruner_test.goScripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify all function calls to `BuildPruneRangeFn` match the new signature. # Test: Search for the function usage. Expect: Only occurrences of the new signature. rg --type go -A 5 $'BuildPruneRangeFn'Length of output: 3340
mod/storage/pkg/manager/types.go (1)
Line range hint
29-45: Enhancements toBlockEventinterface look good!The updates to the
BlockEventinterface, including the new methodsIDandContext, significantly enhance its functionality. Ensure that all implementations of this interface are updated accordingly.mod/async/pkg/dispatcher/errors.go (1)
21-45: Error handling improvements are well-implemented!The introduction of error handling functions and global error variables enhances the clarity and context of error reporting. Ensure these improvements are utilized effectively throughout the dispatcher package.
Verification successful
Error handling improvements are effectively utilized in the dispatcher package.
The error handling functions
errBrokerNotFoundanderrBrokerAlreadyExistsare used indispatcher.go, confirming their integration into the package's error management logic. This enhances the clarity and context of error reporting as intended.
- Usage found in
mod/async/pkg/dispatcher/dispatcher.goScripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of new error handling improvements in the dispatcher package. # Test: Search for usage of `errBrokerNotFound` and `errBrokerAlreadyExists`. Expect: Usage in error handling contexts. rg --type go 'errBrokerNotFound|errBrokerAlreadyExists'Length of output: 489
mod/execution/pkg/deposit/pruner.go (1)
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24-37: LGTM! Verify function usage across the codebase.The change from a pointer to a value type for the event parameter in
BuildPruneRangeFnaims to improve performance and clarity. Ensure that all usages of this function in the codebase are updated to align with the new signature.Verification successful
Function Usage Consistency Verified
The
BuildPruneRangeFnfunction's new signature, which uses value types for the event parameter, is consistently used across the codebase. The function calls in various files align with the updated signature, confirming that the necessary adjustments have been made.
- Files verified:
mod/node-core/pkg/components/deposit_store.gomod/node-core/pkg/components/block_store.gomod/node-core/pkg/components/availability_store.gomod/da/pkg/store/pruner_test.gomod/da/pkg/store/pruner.gomod/beacon/block_store/pruner.goScripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify all function calls to `BuildPruneRangeFn` match the new signature. # Test: Search for the function usage. Expect: Only occurrences of the new signature. rg --type go -A 5 $'BuildPruneRangeFn'Length of output: 3340
mod/storage/pkg/pruner/types.go (1)
40-46: Well-structuredBlockEventinterface.The
BlockEventinterface is well-designed, providing clear methods for event identification, data retrieval, and context management. This structure enhances the modularity and usability of block event handling.mod/primitives/pkg/async/id.go (1)
23-49: Effective use ofEventIDtype and constants.The introduction of
EventIDand the associated constants provides a clear and type-safe way to manage event identifiers. The topological sorting of events is a thoughtful touch for maintaining order.mod/beacon/block_store/types.go (2)
42-50: ComprehensiveEventinterface.The
Eventinterface provides essential methods for event identification and data access, facilitating robust event management. The design is consistent with Go's interface practices.
52-56: FlexibleEventFeedinterface.The
EventFeedinterface introduces a subscription model that enhances the reactivity of the system. This design supports efficient event-driven programming.mod/storage/pkg/manager/manager_test.go (1)
43-43: Improved channel handling in tests.Switching to an unbuffered channel enhances the test's reliability by ensuring events are processed synchronously. This change reduces the risk of blocking issues during testing.
mod/node-core/pkg/components/events.go (1)
29-72: Centralized event publisher management.The
ProvidePublishersfunction effectively centralizes the creation of event publishers, promoting a clean and organized approach to event management. This setup enhances maintainability and scalability.mod/primitives/pkg/async/event.go (5)
28-33: InterfaceBaseEventis well-defined.The
BaseEventinterface establishes a clear contract for event types, ensuring they provide an ID and context. This abstraction enhances flexibility and modularity in event handling.
35-41: InterfaceEventextendsBaseEventeffectively.The
Eventinterface builds onBaseEventby adding methods for data, error handling, and type checking. This design promotes a clean separation of concerns and supports a more robust event-driven architecture.
58-68: Concrete typeeventcorrectly implementsEvent.The
eventstruct provides a concrete implementation of theEventinterface, encapsulating context, ID, data, and error. This implementation is consistent with the interface-driven design.
70-92: Methods oneventprovide necessary functionality.The methods
ID,Context,Data,Error, andIson theeventstruct are straightforward and align with their respective interface requirements. This ensures that theeventtype is fully compliant with theEventinterface.
48-54: EnsureNewEventusage aligns with the new interface.The
NewEventfunction now returns anEvent[DataT]instead of a pointer to a struct. Verify that all usages ofNewEventin the codebase are updated to handle the new return type appropriately.mod/async/pkg/types/dispatcher.go (3)
29-39: InterfaceDispatcherprovides a comprehensive API.The
Dispatcherinterface includes methods for starting the dispatcher, registering brokers, and retrieving the dispatcher name. This design supports a flexible and extensible event-driven system.
41-52: InterfaceEventDispatcheroutlines essential event operations.The
EventDispatcherinterface defines methods for publishing and subscribing to events. The TODO comment indicates a missingUnsubscribemethod, which should be implemented to complete the event lifecycle.
54-65: InterfaceBrokersupports event management.The
Brokerinterface provides methods for starting, publishing, subscribing, and unsubscribing events, as well as retrieving the event ID. This design facilitates efficient event management and communication.mod/execution/pkg/deposit/sync.go (1)
34-40: Refactor enhancesdepositFetcherfunction.The refactored
depositFetcherfunction now directly processes a single event, improving clarity and performance by removing the loop and select statement. This change aligns with an event-driven architecture.mod/execution/pkg/deposit/types.go (1)
45-56:BlockEventinterface enhances type safety and modularity.The
BlockEventinterface provides a structured approach to managing block events, promoting type safety and modularity. This design supports a more coherent and maintainable event handling framework.mod/async/pkg/dispatcher/dispatcher.go (7)
33-38:Dispatcherstruct facilitates asynchronous communication.The
Dispatcherstruct is well-designed to manage asynchronous events, providing a robust framework for event-driven communication between components.
40-48:NewDispatcherinitializes the dispatcher effectively.The
NewDispatcherfunction correctly initializes the dispatcher with a logger and an empty map of brokers, setting up the necessary infrastructure for event handling.
50-57:Publishmethod dispatches events efficiently.The
Publishmethod checks for the existence of a broker before publishing an event, ensuring that events are only dispatched to valid brokers. This approach prevents errors and maintains system integrity.
59-70:Subscribemethod ensures channel type compatibility.The
Subscribemethod verifies the existence of a broker and ensures that the channel type matches the expected event type, promoting type safety and preventing runtime errors.
72-78:Startmethod initiates brokers concurrently.The
Startmethod launches each broker in a separate goroutine, enabling concurrent processing and improving the efficiency of the dispatcher.
80-82:Namemethod returns a static dispatcher name.The
Namemethod provides a static name for the dispatcher, which can be useful for logging and identification purposes.
84-98:RegisterBrokersmethod prevents duplicate broker registration.The
RegisterBrokersmethod checks for existing brokers with the same event ID before registration, preventing duplicates and ensuring consistent event handling.mod/storage/pkg/pruner/pruner.go (5)
33-33: Import Statement Update.The import of the
asyncpackage is appropriate, reflecting the new event handling mechanism. Ensure that all necessary imports are included and unused ones are removed.
45-49: Update to Pruner Struct.The addition of
subBeaconBlockFinalizedandpruneRangeFnfields aligns with the new event-driven architecture. Ensure these fields are used consistently across the codebase.
60-68: Constructor Update for New Event Handling.The
NewPrunerfunction now initializes withsubBeaconBlockFinalized. This change is consistent with the shift to a more focused event handling strategy.
73-74: Refactor Start Method.The
Startmethod now useslisten, which is a more descriptive name thanstart. This improves code readability and clarity.
77-85: Refactor Listen Method for Event Handling.The
listenmethod effectively handles context cancellation and processes events. Ensure thatonFinalizeBlockhandles errors and edge cases appropriately.mod/node-core/pkg/components/deposit_store.go (4)
29-29: Import Statement Update.The addition of the
asyncpackage is necessary for the new event handling mechanism. Ensure that all necessary imports are included and unused ones are removed.
67-67: Addition of Dispatcher to DepositPrunerInput.The inclusion of
Dispatcherenhances the event handling capabilities of theDepositPrunerInput. Ensure that the dispatcher is correctly initialized and used.
77-83: Refactor ProvideDepositPruner for Event Subscription.The
ProvideDepositPrunerfunction now subscribes toBeaconBlockFinalizedEventusing theDispatcher. This aligns with the event-driven architecture and improves scalability.
87-95: Update Return Statement in ProvideDepositPruner.The return statement now uses
subFinalizedBlocks, reflecting the shift to finalized block events. This change improves the accuracy and efficiency of deposit pruning.mod/storage/pkg/pruner/pruner_test.go (4)
34-34: Import Statement Update.The import of the
asyncpackage is consistent with the new event handling mechanism. Ensure that all necessary imports are included and unused ones are removed.
42-42: Update pruneRangeFn Parameter Type.The parameter type for
eventinpruneRangeFnis updated toasync.Event[BlockT], aligning with the new import. This change maintains functionality while improving consistency.
74-74: Update Channel Type in TestPruner.The channel type is updated to
chan async.Event[pruner.BeaconBlock], ensuring uniformity in event handling across tests. This change is consistent with the new event handling mechanism.
95-97: Update Event Instantiation in TestPruner.The event instantiation now uses
async.NewEvent[pruner.BeaconBlock], reflecting the updated import and ensuring correct event creation.mod/beacon/block_store/service.go (5)
26-28: Import Statement Update.The import of
asyncandasync1packages reflects the new event handling mechanism. Ensure that the aliases are used consistently throughout the file.
31-45: Addition of subFinalizedBlkEvents to Service Struct.The
subFinalizedBlkEventschannel is added to handle finalized block events, aligning with the event-driven architecture. Ensure this channel is properly managed to avoid leaks.
55-63: Update NewService Constructor for Event Handling.The
NewServiceconstructor now initializes withdispatcherand sets upsubFinalizedBlkEvents. This change supports the new event-driven architecture.
73-87: Refactor Start Method for Event Subscription.The
Startmethod now subscribes to finalized block events through the dispatcher, improving the service's responsiveness to events.
91-97: Implementation of eventLoop Method.The
eventLoopmethod replaces the previouslistenAndStorefunction, providing a more structured approach to event processing.mod/da/pkg/store/pruner_test.go (2)
29-29: Import Statement Update.The import of the
asyncpackage is consistent with the new event handling mechanism. Ensure that all necessary imports are included and unused ones are removed.
121-123: Update Event Instantiation in TestBuildPruneRangeFn.The event instantiation now uses
async.NewEvent[MockBeaconBlock], reflecting the updated import and ensuring correct event creation.mod/node-core/pkg/components/block_store.go (2)
26-31: Importdispatcherpackage for event-driven architecture.The inclusion of the
dispatcherpackage signifies a shift towards an event-driven architecture, enhancing modularity and responsiveness in event handling.
77-80: Addition ofDispatcherfield inBlockPrunerInput.The
Dispatcherfield allows theBlockPrunerInputto utilize a centralized event dispatcher, improving the decoupling of components and enhancing event management.mod/node-core/pkg/components/availability_store.go (3)
83-83: Event-Driven Design: Dispatcher Integration.The addition of
DispatcherinAvailabilityPrunerInputreflects a move towards an event-driven architecture, enhancing modularity and responsiveness.
100-101: TODO Comment: Refactor Suggestion.The TODO comment suggests that the provider should not execute business logic. This indicates a need for further refactoring to separate concerns.
104-108: Subscription Error Handling: Ensure Robustness.Ensure that the error handling for
Dispatcher.Subscribeis robust and consider logging additional context if available. This can help in diagnosing issues more effectively.mod/beacon/blockchain/process.go (2)
27-28: Importasyncpackage for enhanced event handling.The import of the
asyncpackage supports the transition to a more structured event handling mechanism using thedispatcher.
85-87: Transition todispatcherfor event publishing.The change from
blkBroker.Publishtodispatcher.Publishreflects an architectural shift towards a more centralized and efficient event handling mechanism.mod/async/pkg/broker/broker.go (9)
25-27: Importsyncpackage for concurrency control.The inclusion of the
syncpackage supports the introduction of a mutex for managing concurrent access to thesubscriptionsmap.
33-42: Enhancements toBrokerfor type safety and concurrency.The
Brokernow uses a type constraint forasync.BaseEvent, enhancing type safety. The addition of a mutex ensures thread-safe access to thesubscriptionsmap.
57-59: MethodEventIDfor retrieving event identifier.The
EventIDmethod provides access to the broker's event identifier, supporting the event-centric design.
63-77: RefactorStartandstartmethods for improved operation.The
Startmethod now launches the broker loop in a goroutine, and thestartmethod manages the loop, enhancing code organization and readability.
82-91: RefactorPublishmethod for improved message handling.The
Publishmethod now uses a type-checked message and context for publishing, enhancing flexibility and maintaining type safety.
98-110: RefactorSubscribemethod for flexible subscription handling.The
Subscribemethod now accepts channels asanytype with internal type checks, enhancing flexibility while maintaining type safety.
113-124: RefactorUnsubscribemethod for improved client management.The
Unsubscribemethod now ensures type safety and proper resource management by closing channels upon unsubscription.
127-135: Newbroadcastmethod for message distribution.The
broadcastmethod encapsulates the logic for sending messages to all clients, improving code organization and readability.
138-144: Newshutdownmethod for graceful resource management.The
shutdownmethod ensures that all subscriber channels are closed properly, preventing memory leaks and ensuring resource management.mod/execution/pkg/deposit/service.go (5)
26-28: Importasyncpackages for enhanced event handling.The import of
asyncpackages supports the transition to a more structured and efficient event handling mechanism using thedispatcher.
48-51: Addition ofdispatcherandsubFinalizedBlockEventsfields inService.These fields enhance the service's capability to manage events in an event-driven architecture, improving responsiveness and modularity.
Line range hint
72-88: RefactorNewServiceconstructor for event-driven architecture.The constructor now accepts a
dispatcher, aligning with the event-driven design. This change enhances the service's ability to handle events efficiently.
96-107: RefactorStartmethod for improved event management.The
Startmethod now subscribes to events using thedispatcherand launches aneventLoop, enhancing the service's responsiveness to blockchain events.
112-123: NeweventLoopmethod for handling finalized block events.The
eventLoopmethod decouples event handling from the main processing logic, improving scalability and responsiveness to asynchronous events.mod/runtime/pkg/middleware/middleware.go (3)
65-76: Centralize event handling with dispatcher.The transition from multiple brokers to a single dispatcher simplifies the event handling architecture. Ensure the dispatcher is correctly initialized and used consistently across all relevant methods.
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94-119: Update constructor parameters and initialization.The
NewABCIMiddlewarefunction now requires adispatcherinstead of multiple brokers. This change improves modularity and reduces complexity. Ensure that all dependencies are correctly passed and initialized.
123-155: Streamline event subscription inStartmethod.The
Startmethod now subscribes to events using the dispatcher. This centralizes event management and reduces potential errors. Verify that all necessary events are subscribed to and handled appropriately.mod/da/pkg/da/service.go (5)
44-47: Transition to dispatcher-based architecture.The
dispatcherreplaces thesidecarsBroker, centralizing event management. The addition ofsubSidecarsReceivedandsubFinalBlobSidecarschannels enhances event handling. Ensure these channels are correctly utilized in the service.
59-72: Update constructor for dispatcher integration.The
NewServicefunction now accepts adispatcher, aligning with the new event handling paradigm. Ensure the dispatcher is properly initialized and integrated with the service logic.
83-101: RefactorStartmethod for dispatcher usage.The
Startmethod now uses the dispatcher for event subscriptions, improving the control flow. Verify that all necessary events are subscribed to and handled correctly.
105-113: ImplementeventLoopfor event processing.The
eventLoopmethod processes events from the newly defined channels, enhancing responsiveness. Ensure that the loop handles context cancellation and processes events efficiently.
122-128: Refactor event handlers for clarity and functionality.The event handlers have been renamed and updated to reflect their responsibilities better. Ensure that the handlers are correctly processing and emitting events as intended.
mod/storage/pkg/pruner/mocks/block_event.mock.go (5)
28-46: AddContextmethod toBlockEventmock.The
Contextmethod enhances the mock's ability to simulate context handling. Ensure that the method is correctly implemented and used in tests.
48-73: ImplementBlockEvent_Context_Callfor mock expectations.This structure provides a type-safe way to define expectations for the
Contextmethod. Ensure that it is correctly integrated into the testing framework.
120-136: AddIDmethod toBlockEventmock.The
IDmethod improves the mock's ability to simulate event identification. Ensure that the method is correctly implemented and used in tests.
138-163: ImplementBlockEvent_ID_Callfor mock expectations.This structure provides a type-safe way to define expectations for the
IDmethod. Ensure that it is correctly integrated into the testing framework.
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166-178: UpdateIsmethod parameter type.The parameter type for the
Ismethod has been updated toasync.EventID, ensuring consistency with the new event handling structure. Verify that this change aligns with the overall architecture.mod/beacon/validator/service.go (5)
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72-92: Integrate dispatcher intoServicestruct.The addition of a
dispatchercentralizes event management, replacing separate brokers. Ensure the dispatcher is correctly initialized and used throughout the service.
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136-159: Update constructor for dispatcher integration.The
NewServicefunction now requires adispatcher, aligning with the new event handling paradigm. Ensure the dispatcher is properly initialized and integrated with the service logic.
170-183: RefactorStartmethod for dispatcher usage.The
Startmethod now uses the dispatcher for event subscriptions, improving the control flow. Verify that all necessary events are subscribed to and handled correctly.
187-195: ImplementeventLoopfor event processing.The
eventLoopmethod processes events from thesubNewSlotchannel, enhancing responsiveness. Ensure that the loop handles context cancellation and processes events efficiently.
200-229: RefactorhandleNewSlotfor improved clarity and functionality.The
handleNewSlotmethod now uses the dispatcher to emit events, improving consistency. Ensure that the method processes and emits events correctly.mod/beacon/blockchain/service.go (5)
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64-94: Integrate dispatcher intoServicestruct.The addition of a
dispatchercentralizes event management, replacing separate brokers. Ensure the dispatcher is correctly initialized and used throughout the service.
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124-158: Update constructor for dispatcher integration.The
NewServicefunction now requires adispatcher, aligning with the new event handling paradigm. Ensure the dispatcher is properly initialized and integrated with the service logic.
169-194: RefactorStartmethod for dispatcher usage.The
Startmethod now uses the dispatcher for event subscriptions, improving the control flow. Verify that all necessary events are subscribed to and handled correctly.
198-211: ImplementeventLoopfor event processing.The
eventLoopmethod processes events from the newly defined channels, enhancing responsiveness. Ensure that the loop handles context cancellation and processes events efficiently.
222-316: Refactor event handlers for improved clarity and functionality.The event handlers have been updated to reflect their responsibilities better. Ensure that the handlers are correctly processing and emitting events as intended.
mod/runtime/pkg/middleware/abci.go (10)
70-81: LGTM!The
waitForGenesisProcessedmethod correctly handles context cancellation and waits for the event.
134-144: LGTM!The
waitForBuiltBeaconBlockmethod correctly handles context cancellation and waits for the event.
148-158: LGTM!The
waitForBuiltSidecarsmethod correctly handles context cancellation and waits for the event.
162-183: LGTM!The
handleBuiltBeaconBlockAndSidecarsmethod effectively gossips the beacon block and sidecars while handling errors.
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185-246: LGTM!The
ProcessProposalmethod correctly processes proposals, handles errors, and publishes events.
249-260: LGTM!The
waitForBeaconBlockVerificationmethod correctly handles context cancellation and waits for the event.
264-274: LGTM!The
waitForSidecarVerificationmethod correctly handles context cancellation and waits for the event.
Line range hint
276-288: LGTM!The
createProcessProposalResponsemethod correctly generates responses based on error status.
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303-348: LGTM!The
FinalizeBlockmethod effectively finalizes the block, handles errors, and publishes events.
351-362: LGTM!The
waitForFinalValidatorUpdatesmethod correctly handles context cancellation and waits for the event.mod/node-core/pkg/components/types.go (20)
425-426: LGTM!The
GenesisDataReceivedEventtype alias enhances semantic clarity for event handling.
428-429: LGTM!The
GenesisDataProcessedEventtype alias enhances semantic clarity for event handling.
431-432: LGTM!The
NewSlotEventtype alias enhances semantic clarity for event handling.
434-435: LGTM!The
BuiltBeaconBlockEventtype alias enhances semantic clarity for event handling.
437-438: LGTM!The
BuiltSidecarsEventtype alias enhances semantic clarity for event handling.
440-441: LGTM!The
BeaconBlockReceivedEventtype alias enhances semantic clarity for event handling.
443-444: LGTM!The
SidecarsReceivedEventtype alias enhances semantic clarity for event handling.
446-447: LGTM!The
BeaconBlockVerifiedEventtype alias enhances semantic clarity for event handling.
449-450: LGTM!The
SidecarsVerifiedEventtype alias enhances semantic clarity for event handling.
452-453: LGTM!The
FinalBeaconBlockReceivedEventtype alias enhances semantic clarity for event handling.
455-456: LGTM!The
FinalSidecarsReceivedEventtype alias enhances semantic clarity for event handling.
458-459: LGTM!The
FinalValidatorUpdatesProcessedEventtype alias enhances semantic clarity for event handling.
461-462: LGTM!The
FinalizedBlockEventtype alias enhances semantic clarity for event handling.
467-468: LGTM!The
BlockMessagetype alias enhances semantic clarity for message handling.
470-471: LGTM!The
GenesisMessagetype alias enhances semantic clarity for message handling.
473-474: LGTM!The
SidecarMessagetype alias enhances semantic clarity for message handling.
476-477: LGTM!The
SlotMessagetype alias enhances semantic clarity for message handling.
479-480: LGTM!The
StatusMessagetype alias enhances semantic clarity for message handling.
488-489: LGTM!The
BeaconBlockFinalizedPublishertype alias enhances semantic clarity for publisher handling.
496-497: LGTM!The
Dispatchertype alias enhances semantic clarity for dispatcher handling.
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Review details
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Review profile: ASSERTIVE
Files selected for processing (3)
- mod/node-core/pkg/components/types.go (3 hunks)
- mod/runtime/pkg/middleware/middleware.go (4 hunks)
- mod/runtime/pkg/middleware/types.go (2 hunks)
Additional comments not posted (7)
mod/runtime/pkg/middleware/types.go (1)
51-51: Type alias addition is clear and beneficial.The addition of the
validatorUpdatestype alias enhances code clarity by providing a more descriptive reference totransition.ValidatorUpdates.mod/runtime/pkg/middleware/middleware.go (3)
61-72: Centralized dispatcher integration is a positive change.Replacing multiple brokers with a single dispatcher simplifies the event management architecture and enhances maintainability.
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87-112: Constructor changes align with the new dispatcher model.The constructor now initializes the dispatcher and subscription channels, reflecting the new centralized event handling approach.
116-148: Ensure all event subscriptions are correctly handled.The
Startmethod subscribes to various events using the dispatcher. Verify that all event types are correctly subscribed and handled.Verification successful
Event subscriptions are correctly handled in the
Startmethod.The
Startmethod inABCIMiddlewaresubscribes to all necessary events and appropriately checks for errors during each subscription. This ensures that any issues are caught and handled. No changes are needed.
- Event types subscribed:
async.GenesisDataProcessed,async.BuiltBeaconBlock,async.BuiltSidecars,async.BeaconBlockVerified,async.SidecarsVerified,async.FinalValidatorUpdatesProcessed.Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify that all event types are correctly subscribed and handled. # Test: Search for event subscription usage. Expect: Correct event types and handling logic. rg --type go 'dispatcher.Subscribe'Length of output: 1047
Script:
#!/bin/bash # Description: Extract specific event types and their handling logic in the middleware.go file. # Extract the event types and handling logic in the Start method of ABCIMiddleware. ast-grep --lang go --pattern $'func (am *ABCIMiddleware[_, _, _, _]) Start($_) error { $$$ am.dispatcher.Subscribe($_, $_) $$$ }' --jsonLength of output: 146
Script:
#!/bin/bash # Description: Extract specific event types and their handling logic in the middleware.go file. # Use a more flexible pattern to match the Start method and extract event subscriptions. ast-grep --lang go --pattern $'func (am *ABCIMiddleware[$$$]) Start($_) error { $$$ }' --jsonLength of output: 2261
mod/node-core/pkg/components/types.go (3)
412-450: New event types enhance semantic clarity.The introduction of new event types provides more descriptive and organized event handling, aligning with an event-driven architecture.
454-468: Message type updates reflect strategic improvements.The updates to message types align with the new event-driven model, enhancing asynchronous handling.
475-475: Dispatcher type alias addition is beneficial.The addition of the
Dispatchertype alias supports efficient event management and flow control.
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Files selected for processing (7)
- mod/beacon/blockchain/execution_engine.go (1 hunks)
- mod/beacon/blockchain/process.go (2 hunks)
- mod/beacon/blockchain/service.go (7 hunks)
- mod/beacon/validator/block_builder.go (1 hunks)
- mod/beacon/validator/service.go (6 hunks)
- mod/node-core/pkg/components/types.go (3 hunks)
- mod/runtime/pkg/middleware/types.go (2 hunks)
Additional comments not posted (9)
mod/runtime/pkg/middleware/types.go (1)
49-49: Type Alias Added for Clarity.The introduction of the
validatorUpdatestype alias enhances code readability by providing a clearer reference totransition.ValidatorUpdates.mod/beacon/blockchain/execution_engine.go (1)
89-89: Enhanced Documentation and Logging.The added documentation and streamlined error logging improve code clarity and readability.
mod/beacon/blockchain/process.go (1)
85-87: Improved Event Dispatching.The shift from
s.blkBroker.Publishtos.dispatcher.Publishand the renaming of the event toasync.BeaconBlockFinalizedEventenhance clarity and efficiency in event handling.mod/beacon/validator/service.go (1)
64-65: Unified Event Dispatcher Implementation.The introduction of a unified
dispatcherfor event handling streamlines the process, enhancing efficiency and maintainability. The updates to theServicestruct and methods are consistent with this new model.Also applies to: 83-84, 120-120, 142-143, 154-167, 178-179, 184-185, 188-204, 210-212
mod/beacon/blockchain/service.go (1)
59-60: Enhanced Event Handling with Unified Dispatcher.The introduction of new channels and a unified
dispatcherfor event handling enhances modularity and maintainability. The updates to theServicestruct and methods align with the new event handling paradigm.Also applies to: 83-90, 115-115, 140-149, 160-185, 189-202, 213-241, 248-269, 276-307
mod/beacon/validator/block_builder.go (1)
39-40: Reordering of type parameters is acceptable.The reordering of type parameters in the
buildBlockAndSidecarsfunction signature does not affect its functionality. This change likely improves readability or logical grouping.mod/node-core/pkg/components/types.go (3)
409-447: Improved event type clarity and organization.The renaming and addition of new event types enhance clarity and align naming conventions with their functional roles. This change improves the maintainability and scalability of the codebase.
451-465: Enhanced message type handling.The introduction of new message types reflects a strategic shift towards improved asynchronous handling, enhancing the application's performance and scalability.
480-481: Addition of Dispatcher type alias is beneficial.The addition of a
Dispatchertype alias is essential for optimizing event and message management, contributing to efficient control flow within the application.
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Files selected for processing (1)
- mod/async/pkg/broker/broker.go (2 hunks)
Additional comments not posted (9)
mod/async/pkg/broker/broker.go (9)
33-44: StructBrokerenhancements look good.The addition of type constraints and concurrency control mechanisms enhance type safety and thread safety.
60-61: FunctionEventIDis correctly implemented.The function correctly returns the
eventIDassociated with the broker.
Line range hint
68-79: Functionstartis correctly implemented.The function correctly handles context cancellation and delegates message broadcasting to the
broadcastmethod.
86-94: FunctionPublishis correctly implemented.The function ensures type safety and handles context cancellation appropriately.
104-112: FunctionSubscribeis correctly implemented.The function ensures type safety and manages subscriptions with concurrency control.
117-126: FunctionUnsubscribeis correctly implemented.The function ensures type safety, manages subscriptions with concurrency control, and closes the channel.
130-150: Functionbroadcastis correctly implemented.The function manages concurrency and respects timeouts for each client.
154-159: Functionshutdownis correctly implemented.The function manages resource cleanup and error handling during shutdown.
65-66: FunctionStartis correctly implemented.The function correctly initiates the broker loop in a separate goroutine.
Ensure proper context management in the calling code to handle the goroutine lifecycle.
| func New[T async.BaseEvent](eventID string) *Broker[T] { | ||
| return &Broker[T]{ | ||
| clients: make(map[chan T]struct{}), | ||
| msgs: make(chan T, defaultBufferSize), | ||
| timeout: defaultTimeout, | ||
| name: name, | ||
| eventID: async.EventID(eventID), | ||
| subscriptions: make(map[chan T]struct{}), | ||
| msgs: make(chan T, defaultBufferSize), | ||
| timeout: defaultBrokerTimeout, | ||
| mu: sync.Mutex{}, |
There was a problem hiding this comment.
Consider Adding Comments for Clarity in New Function.
Adding comments to explain the purpose of each field in the New function could enhance readability, especially for new developers.
// New creates a new broker publishing events of type T for the provided eventID.
func New[T async.BaseEvent](eventID string) *Broker[T] {
return &Broker[T]{
eventID: async.EventID(eventID), // Unique identifier for the event type
subscriptions: make(map[chan T]struct{}), // Map to manage client subscriptions
msgs: make(chan T, defaultBufferSize), // Channel for message publishing
timeout: defaultBrokerTimeout, // Timeout for message delivery
mu: sync.Mutex{}, // Mutex for concurrency safety
}
}
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Files selected for processing (1)
- mod/async/pkg/broker/broker.go (2 hunks)
Additional comments not posted (10)
mod/async/pkg/broker/broker.go (10)
33-44: Type Safety and Event Management Improvements.The use of
async.BaseEventas a type constraint enhances type safety. The addition ofeventIDimproves event management. Thesubscriptionsmap andmsgschannel are well-structured for handling events.
47-55: Consider Adding Comments for Clarity inNewFunction.Adding comments to explain the purpose of each field in the
Newfunction could enhance readability, especially for new developers.
59-61: LGTM!The
EventIDfunction correctly returns theeventIDof the broker.
65-67: LGTM!The
Startfunction correctly initiates the broker loop in a goroutine and handles context cancellation.
Line range hint
69-79: LGTM!The
startfunction correctly processes messages and handles shutdown on context cancellation.
84-95: LGTM!The
Publishfunction ensures type safety and correctly handles message publishing with context cancellation.
100-112: LGTM!The
Subscribefunction correctly registers channels with type safety and uses a mutex for concurrency safety.
115-126: LGTM!The
Unsubscribefunction correctly handles unsubscription and ensures type safety.
129-139: LGTM!The
broadcastfunction correctly sends messages to all subscribed channels with a timeout.
142-148: LGTM!The
shutdownfunction correctly handles the shutdown process by closing all subscribed channels.
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Files selected for processing (2)
- mod/runtime/pkg/middleware/abci.go (7 hunks)
- mod/runtime/pkg/middleware/errors.go (2 hunks)
Additional comments not posted (17)
mod/runtime/pkg/middleware/errors.go (7)
33-37: Improved clarity in error description.The updated description for
ErrInvalidFinalizeBlockRequestTypeenhances clarity by accurately describing the error.
40-42: Addition of contextual error handling for genesis timeout.The
ErrInitGenesisTimeoutfunction provides a clear and descriptive error message for genesis data processing timeouts.
44-46: Addition of contextual error handling for beacon block build timeout.The
ErrBuildBeaconBlockTimeoutfunction adds valuable context to errors related to beacon block building timeouts.
48-50: Addition of contextual error handling for sidecars build timeout.The
ErrBuildSidecarsTimeoutfunction enhances error context for timeouts during sidecar building.
52-54: Addition of contextual error handling for beacon block verification timeout.The
ErrVerifyBeaconBlockTimeoutfunction provides detailed context for timeouts during beacon block verification.
56-58: Addition of contextual error handling for sidecars verification timeout.The
ErrVerifySidecarsTimeoutfunction enhances error context for timeouts during sidecar verification.
60-62: Addition of contextual error handling for final validator updates timeout.The
ErrFinalValidatorUpdatesTimeoutfunction provides specific context for timeouts during final validator updates.mod/runtime/pkg/middleware/abci.go (10)
70-81: Effective handling of context cancellation and timeout.The
waitForGenesisProcessedfunction correctly handles context cancellation and timeout scenarios.
134-144: Effective handling of context cancellation and timeout.The
waitForBuiltBeaconBlockfunction correctly manages context cancellation and timeout scenarios.
148-159: Effective handling of context cancellation and timeout.The
waitForBuiltSidecarsfunction correctly manages context cancellation and timeout scenarios.
162-183: Encapsulation of gossiping logic promotes modularity.The
handleBuiltBeaconBlockAndSidecarsfunction effectively encapsulates the logic for gossiping built data, enhancing modularity.
Line range hint
199-246: Simplified asynchronous handling with context timeouts and event notifications.The
ProcessProposalfunction effectively uses context timeouts and manages event notifications for beacon blocks and sidecars.
249-260: Effective handling of context cancellation and timeout.The
waitForBeaconBlockVerificationfunction correctly manages context cancellation and timeout scenarios.
264-274: Effective handling of context cancellation and timeout.The
waitForSidecarVerificationfunction correctly manages context cancellation and timeout scenarios.
Line range hint
278-289: Effective error-based response creation.The
createProcessProposalResponsefunction correctly distinguishes between fatal and non-fatal errors to generate appropriate responses.
Line range hint
303-348: Simplified asynchronous handling with context timeouts and event notifications.The
FinalizeBlockfunction effectively uses context timeouts and manages event notifications for finalizing blocks and validator updates.
351-362: Effective handling of context cancellation and timeout.The
waitForFinalValidatorUpdatesfunction correctly manages context cancellation and timeout scenarios.
| err error | ||
| waitCtx, cancel = context.WithTimeout(ctx, AwaitTimeout) | ||
| ) | ||
| defer cancel() | ||
| // TODO: in theory the GenesisDataReceived channel should be empty, but we | ||
| // should clear it anyways here to ensure that data is valid. | ||
|
|
||
| data := new(GenesisT) | ||
| if err := json.Unmarshal(bz, data); err != nil { | ||
| return nil, err | ||
| } | ||
| // Send a request to the chain service to process the genesis data. | ||
| if err := h.genesisBroker.Publish(ctx, asynctypes.NewEvent( | ||
| ctx, events.GenesisDataProcessRequest, *data, | ||
| )); err != nil { | ||
| if err = json.Unmarshal(bz, data); err != nil { | ||
| h.logger.Error("Failed to unmarshal genesis data", "error", err) | ||
| return nil, err | ||
| } | ||
|
|
||
| // Wait for the genesis data to be processed. | ||
| g.Go(func() error { | ||
| valUpdates, genesisErr = h.waitForGenesisData(ctx) | ||
| return genesisErr | ||
| }) | ||
|
|
||
| if err := g.Wait(); err != nil { | ||
| if err = h.dispatcher.Publish( | ||
| async.NewEvent(ctx, async.GenesisDataReceived, *data), | ||
| ); err != nil { | ||
| return nil, err | ||
| } | ||
| return valUpdates, nil | ||
| return h.waitForGenesisProcessed(waitCtx) |
There was a problem hiding this comment.
Use of context with timeout is appropriate.
The InitGenesis function correctly uses a context with a timeout to manage waiting for genesis data processing.
Consider addressing the TODO comment.
Clearing the GenesisDataReceived channel as suggested in the TODO could prevent processing stale data.
+ // Clear GenesisDataReceived channel
+ select {
+ case <-h.subGenDataProcessed:
+ default:
+ }Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| err error | |
| waitCtx, cancel = context.WithTimeout(ctx, AwaitTimeout) | |
| ) | |
| defer cancel() | |
| // TODO: in theory the GenesisDataReceived channel should be empty, but we | |
| // should clear it anyways here to ensure that data is valid. | |
| data := new(GenesisT) | |
| if err := json.Unmarshal(bz, data); err != nil { | |
| return nil, err | |
| } | |
| // Send a request to the chain service to process the genesis data. | |
| if err := h.genesisBroker.Publish(ctx, asynctypes.NewEvent( | |
| ctx, events.GenesisDataProcessRequest, *data, | |
| )); err != nil { | |
| if err = json.Unmarshal(bz, data); err != nil { | |
| h.logger.Error("Failed to unmarshal genesis data", "error", err) | |
| return nil, err | |
| } | |
| // Wait for the genesis data to be processed. | |
| g.Go(func() error { | |
| valUpdates, genesisErr = h.waitForGenesisData(ctx) | |
| return genesisErr | |
| }) | |
| if err := g.Wait(); err != nil { | |
| if err = h.dispatcher.Publish( | |
| async.NewEvent(ctx, async.GenesisDataReceived, *data), | |
| ); err != nil { | |
| return nil, err | |
| } | |
| return valUpdates, nil | |
| return h.waitForGenesisProcessed(waitCtx) | |
| err error | |
| waitCtx, cancel = context.WithTimeout(ctx, AwaitTimeout) | |
| ) | |
| defer cancel() | |
| // TODO: in theory the GenesisDataReceived channel should be empty, but we | |
| // should clear it anyways here to ensure that data is valid. | |
| // Clear GenesisDataReceived channel | |
| select { | |
| case <-h.subGenDataProcessed: | |
| default: | |
| } | |
| data := new(GenesisT) | |
| if err = json.Unmarshal(bz, data); err != nil { | |
| h.logger.Error("Failed to unmarshal genesis data", "error", err) | |
| return nil, err | |
| } | |
| if err = h.dispatcher.Publish( | |
| async.NewEvent(ctx, async.GenesisDataReceived, *data), | |
| ); err != nil { | |
| return nil, err | |
| } | |
| return h.waitForGenesisProcessed(waitCtx) |
| BeaconBlockT, BlobSidecarsT, _, SlotDataT, | ||
| ]) PrepareProposal( | ||
| ctx context.Context, | ||
| slotData SlotDataT, | ||
| ) ([]byte, []byte, error) { | ||
| var ( | ||
| g errgroup.Group | ||
| startTime = time.Now() | ||
| beaconBlockErr, sidecarsErr error | ||
| beaconBlockBz, sidecarsBz []byte | ||
| err error | ||
| builtBeaconBlock BeaconBlockT | ||
| builtSidecars BlobSidecarsT | ||
| startTime = time.Now() | ||
| awaitCtx, cancel = context.WithTimeout(ctx, AwaitTimeout) | ||
| ) | ||
| // TODO: clear the built beacon block and sidecars channels, else we may | ||
| // end up handling old data from previous slots. | ||
| defer cancel() | ||
| defer h.metrics.measurePrepareProposalDuration(startTime) | ||
|
|
||
| // Send a request to the validator service to give us a beacon block | ||
| // and blob sidecards to pass to ABCI. | ||
| if err := h.slotBroker.Publish(ctx, asynctypes.NewEvent( | ||
| ctx, events.NewSlot, slotData, | ||
| )); err != nil { | ||
| if err = h.dispatcher.Publish( | ||
| async.NewEvent( | ||
| ctx, async.NewSlot, slotData, | ||
| ), | ||
| ); err != nil { | ||
| return nil, nil, err | ||
| } | ||
|
|
||
| // Wait for the beacon block to be built. | ||
| g.Go(func() error { | ||
| beaconBlockBz, beaconBlockErr = h.waitforBeaconBlk(ctx) | ||
| return beaconBlockErr | ||
| }) | ||
|
|
||
| // Wait for the sidecars to be built. | ||
| g.Go(func() error { | ||
| sidecarsBz, sidecarsErr = h.waitForSidecars(ctx) | ||
| return sidecarsErr | ||
| }) | ||
|
|
||
| // Wait for both processes to complete and then | ||
| // return the appropriate response. | ||
| return beaconBlockBz, sidecarsBz, g.Wait() | ||
| // wait for built beacon block | ||
| builtBeaconBlock, err = h.waitForBuiltBeaconBlock(awaitCtx) | ||
| if err != nil { | ||
| return nil, nil, err | ||
| } | ||
|
|
||
| // wait for built sidecars | ||
| builtSidecars, err = h.waitForBuiltSidecars(awaitCtx) | ||
| if err != nil { | ||
| return nil, nil, err | ||
| } | ||
|
|
||
| // gossip the built beacon block and blob sidecars | ||
| return h.handleBuiltBeaconBlockAndSidecars( | ||
| ctx, builtBeaconBlock, builtSidecars, | ||
| ) |
There was a problem hiding this comment.
Simplified asynchronous handling with context timeouts.
The PrepareProposal function effectively uses context timeouts to manage asynchronous operations.
Consider addressing the TODO comment.
Clearing the built beacon block and sidecars channels as suggested in the TODO could prevent handling stale data.
+ // Clear built beacon block and sidecars channels
+ select {
+ case <-h.subBuiltBeaconBlock:
+ default:
+ }
+ select {
+ case <-h.subBuiltSidecars:
+ default:
+ }Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| BeaconBlockT, BlobSidecarsT, _, SlotDataT, | |
| ]) PrepareProposal( | |
| ctx context.Context, | |
| slotData SlotDataT, | |
| ) ([]byte, []byte, error) { | |
| var ( | |
| g errgroup.Group | |
| startTime = time.Now() | |
| beaconBlockErr, sidecarsErr error | |
| beaconBlockBz, sidecarsBz []byte | |
| err error | |
| builtBeaconBlock BeaconBlockT | |
| builtSidecars BlobSidecarsT | |
| startTime = time.Now() | |
| awaitCtx, cancel = context.WithTimeout(ctx, AwaitTimeout) | |
| ) | |
| // TODO: clear the built beacon block and sidecars channels, else we may | |
| // end up handling old data from previous slots. | |
| defer cancel() | |
| defer h.metrics.measurePrepareProposalDuration(startTime) | |
| // Send a request to the validator service to give us a beacon block | |
| // and blob sidecards to pass to ABCI. | |
| if err := h.slotBroker.Publish(ctx, asynctypes.NewEvent( | |
| ctx, events.NewSlot, slotData, | |
| )); err != nil { | |
| if err = h.dispatcher.Publish( | |
| async.NewEvent( | |
| ctx, async.NewSlot, slotData, | |
| ), | |
| ); err != nil { | |
| return nil, nil, err | |
| } | |
| // Wait for the beacon block to be built. | |
| g.Go(func() error { | |
| beaconBlockBz, beaconBlockErr = h.waitforBeaconBlk(ctx) | |
| return beaconBlockErr | |
| }) | |
| // Wait for the sidecars to be built. | |
| g.Go(func() error { | |
| sidecarsBz, sidecarsErr = h.waitForSidecars(ctx) | |
| return sidecarsErr | |
| }) | |
| // Wait for both processes to complete and then | |
| // return the appropriate response. | |
| return beaconBlockBz, sidecarsBz, g.Wait() | |
| // wait for built beacon block | |
| builtBeaconBlock, err = h.waitForBuiltBeaconBlock(awaitCtx) | |
| if err != nil { | |
| return nil, nil, err | |
| } | |
| // wait for built sidecars | |
| builtSidecars, err = h.waitForBuiltSidecars(awaitCtx) | |
| if err != nil { | |
| return nil, nil, err | |
| } | |
| // gossip the built beacon block and blob sidecars | |
| return h.handleBuiltBeaconBlockAndSidecars( | |
| ctx, builtBeaconBlock, builtSidecars, | |
| ) | |
| BeaconBlockT, BlobSidecarsT, _, SlotDataT, | |
| ]) PrepareProposal( | |
| ctx context.Context, | |
| slotData SlotDataT, | |
| ) ([]byte, []byte, error) { | |
| var ( | |
| err error | |
| builtBeaconBlock BeaconBlockT | |
| builtSidecars BlobSidecarsT | |
| startTime = time.Now() | |
| awaitCtx, cancel = context.WithTimeout(ctx, AwaitTimeout) | |
| ) | |
| // Clear built beacon block and sidecars channels | |
| select { | |
| case <-h.subBuiltBeaconBlock: | |
| default: | |
| } | |
| select { | |
| case <-h.subBuiltSidecars: | |
| default: | |
| } | |
| // TODO: clear the built beacon block and sidecars channels, else we may | |
| // end up handling old data from previous slots. | |
| defer cancel() | |
| defer h.metrics.measurePrepareProposalDuration(startTime) | |
| if err = h.dispatcher.Publish( | |
| async.NewEvent( | |
| ctx, async.NewSlot, slotData, | |
| ), | |
| ); err != nil { | |
| return nil, nil, err | |
| } | |
| // wait for built beacon block | |
| builtBeaconBlock, err = h.waitForBuiltBeaconBlock(awaitCtx) | |
| if err != nil { | |
| return nil, nil, err | |
| } | |
| // wait for built sidecars | |
| builtSidecars, err = h.waitForBuiltSidecars(awaitCtx) | |
| if err != nil { | |
| return nil, nil, err | |
| } | |
| // gossip the built beacon block and blob sidecars | |
| return h.handleBuiltBeaconBlockAndSidecars( | |
| ctx, builtBeaconBlock, builtSidecars, | |
| ) |
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Files selected for processing (1)
- mod/runtime/pkg/middleware/errors.go (2 hunks)
Additional comments not posted (8)
mod/runtime/pkg/middleware/errors.go (8)
23-23: LGTM! Custom errors package import.The import statement has been updated to use a custom errors package, which likely enhances error handling capabilities.
34-38: LGTM! Improved error description.The description for
ErrInvalidFinalizeBlockRequestTypehas been updated to accurately reflect the error context.
41-45: LGTM! New error function for genesis timeout.The function
ErrInitGenesisTimeoutprovides a clear and descriptive error message for timeout issues during genesis data processing.
47-51: LGTM! New error function for beacon block build timeout.The function
ErrBuildBeaconBlockTimeoutprovides a clear and descriptive error message for timeout issues during beacon block building.
53-57: LGTM! New error function for sidecars build timeout.The function
ErrBuildSidecarsTimeoutprovides a clear and descriptive error message for timeout issues during sidecars building.
60-64: LGTM! New error function for beacon block verification timeout.The function
ErrVerifyBeaconBlockTimeoutprovides a clear and descriptive error message for timeout issues during beacon block verification.
66-70: LGTM! New error function for sidecars verification timeout.The function
ErrVerifySidecarsTimeoutprovides a clear and descriptive error message for timeout issues during sidecars verification.
72-76: LGTM! New error function for final validator updates timeout.The function
ErrFinalValidatorUpdatesTimeoutprovides a clear and descriptive error message for timeout issues during final validator updates.
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Files ignored due to path filters (7)
mod/async/go.sumis excluded by!**/*.summod/beacon/go.sumis excluded by!**/*.summod/da/go.sumis excluded by!**/*.summod/execution/go.sumis excluded by!**/*.summod/node-core/go.sumis excluded by!**/*.summod/runtime/go.sumis excluded by!**/*.summod/storage/go.sumis excluded by!**/*.sum
Files selected for processing (8)
- mod/async/go.mod (1 hunks)
- mod/beacon/go.mod (2 hunks)
- mod/da/go.mod (1 hunks)
- mod/execution/go.mod (1 hunks)
- mod/node-core/go.mod (3 hunks)
- mod/runtime/go.mod (3 hunks)
- mod/runtime/pkg/middleware/errors.go (2 hunks)
- mod/storage/go.mod (2 hunks)
Additional comments not posted (9)
mod/async/go.mod (1)
7-24: Dependencies updated successfully.The addition of new dependencies enhances the module's functionality, particularly in error handling and logging. Ensure that these dependencies are used effectively in the codebase.
mod/runtime/pkg/middleware/errors.go (1)
Line range hint
23-75: Enhanced error handling is well-implemented.The introduction of specific timeout error functions and the update to
ErrInvalidFinalizeBlockRequestTypeimprove clarity and robustness in error reporting. Ensure these new error functions are integrated and tested in the relevant parts of the codebase.Run the following script to verify the usage of new error functions:
Verification successful
Error functions are correctly integrated in relevant contexts.
The new error functions for handling timeouts are used appropriately in the
mod/runtime/pkg/middleware/abci.gofile, confirming their integration into the codebase. Each function is applied in a context that aligns with its intended purpose.Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the usage of new error functions in the codebase. # Test: Search for the usage of each new error function. Expect: Functions are used in relevant contexts. rg --type go -A 5 'ErrInitGenesisTimeout|ErrBuildBeaconBlockTimeout|ErrBuildSidecarsTimeout|ErrVerifyBeaconBlockTimeout|ErrVerifySidecarsTimeout|ErrFinalValidatorUpdatesTimeout'Length of output: 4671
mod/beacon/go.mod (1)
14-14: Dependency version updated.The
errorsmodule version update ensures compatibility with recent changes. Ensure that any new features or fixes in this version are utilized.mod/execution/go.mod (1)
13-16: Dependency versions updated.The updates to the
errors,log, andprimitivesmodules ensure compatibility with recent changes. Ensure that any new features or fixes in these versions are utilized.mod/da/go.mod (1)
11-17: Dependency versions updated.The updates to the
async,errors, andlogmodules ensure compatibility with recent changes. Ensure that any new features or fixes in these versions are utilized.mod/storage/go.mod (1)
8-8: Verify the local replacement path forprimitives.Ensure that the local path
../primitivesexists and is accessible for development.Run the following script to verify the existence of the local replacement:
Verification successful
Local replacement path for
primitivesverified successfully.The directory
mod/primitives/exists, confirming that the local replacement path../primitivesis valid and accessible for development.Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the existence of the local replacement for `primitives`. # Test: Check if the local directory exists. test -d ../primitives && echo "Local replacement for primitives exists."Length of output: 23
Script:
#!/bin/bash # Search for the `primitives` directory within the repository to verify its existence. fd -t d primitivesLength of output: 125
mod/runtime/go.mod (2)
13-14: Verify the local replacement paths forasyncandprimitives.Ensure that the local paths
../asyncand../primitivesexist and are accessible for development.Run the following script to verify the existence of the local replacements:
23-24: Check compatibility of updated dependencieserrorsandlog.Ensure that the updates to
github.com/berachain/beacon-kit/mod/errorsandgit.luolix.top/berachain/beacon-kit/mod/logare compatible with the rest of the codebase.Run the following script to check for references to the updated dependencies:
mod/node-core/go.mod (1)
35-42: Check compatibility of updated dependencies.Ensure that the updates to
engine-primitives,errors,log,primitives,runtime, andasyncare compatible with the rest of the codebase.Run the following script to check for references to the updated dependencies:
| replace ( | ||
| github.com/berachain/beacon-kit/mod/async => ../async | ||
| github.com/berachain/beacon-kit/mod/engine-primitives => ../engine-primitives | ||
| github.com/berachain/beacon-kit/mod/primitives => ../primitives | ||
| ) |
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Tip
Codebase Verification
Local paths do not exist
The local directories specified in the replace directives (../async, ../engine-primitives, ../primitives) do not exist. Please verify the paths or ensure that the necessary directories are created for successful local development and testing.
- Ensure that the paths in the
replacedirectives are correct. - Create the directories if they are missing.
Analysis chain
Local development paths added successfully.
The replace directives for local paths facilitate easier local development and testing. Ensure that these paths are correct and accessible.
Run the following script to verify the existence of local directories:
Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that the local paths for `async`, `engine-primitives`, and `primitives` exist.
# Test: Check if the directories exist. Expect: Directories should exist.
[ -d "../async" ] && echo "Async directory exists" || echo "Async directory does not exist"
[ -d "../engine-primitives" ] && echo "Engine-primitives directory exists" || echo "Engine-primitives directory does not exist"
[ -d "../primitives" ] && echo "Primitives directory exists" || echo "Primitives directory does not exist"
Length of output: 329
| replace ( | ||
| github.com/berachain/beacon-kit/mod/async => ../async | ||
| github.com/berachain/beacon-kit/mod/primitives => ../primitives | ||
| ) |
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Tip
Codebase Verification
Local paths for replace directives do not exist.
The replace directives in the go.mod file point to local directories ../async and ../primitives, which do not exist. This will prevent the intended local development and testing. Please ensure these paths are correct and the directories are accessible.
../asyncdirectory does not exist.../primitivesdirectory does not exist.
Analysis chain
Local development paths added successfully.
The replace directives for local paths facilitate easier local development and testing. Ensure that these paths are correct and accessible.
Run the following script to verify the existence of local directories:
Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that the local paths for `async` and `primitives` exist.
# Test: Check if the directories exist. Expect: Directories should exist.
[ -d "../async" ] && echo "Async directory exists" || echo "Async directory does not exist"
[ -d "../primitives" ] && echo "Primitives directory exists" || echo "Primitives directory does not exist"
Length of output: 200
| replace ( | ||
| github.com/berachain/beacon-kit/mod/async => ../async | ||
| github.com/berachain/beacon-kit/mod/primitives => ../primitives | ||
| ) |
There was a problem hiding this comment.
Tip
Codebase Verification
Local directories for replace directives do not exist.
The local paths specified in the replace directives for async and primitives do not exist. This will prevent proper local development and testing. Please ensure that these directories are created or correctly linked.
../asyncdirectory does not exist.../primitivesdirectory does not exist.
Analysis chain
Local development paths added successfully.
The replace directives for local paths facilitate easier local development and testing. Ensure that these paths are correct and accessible.
Run the following script to verify the existence of local directories:
Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that the local paths for `async` and `primitives` exist.
# Test: Check if the directories exist. Expect: Directories should exist.
[ -d "../async" ] && echo "Async directory exists" || echo "Async directory does not exist"
[ -d "../primitives" ] && echo "Primitives directory exists" || echo "Primitives directory does not exist"
Length of output: 200
| @@ -5,6 +5,7 @@ go 1.23.0 | |||
| replace ( | |||
| cosmossdk.io/api => cosmossdk.io/api v0.7.3-0.20240806152830-8fb47b368cd4 | |||
| cosmossdk.io/core => cosmossdk.io/core v0.12.1-0.20240806152830-8fb47b368cd4 | |||
| github.com/berachain/beacon-kit/mod/primitives => ../primitives | |||
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Tip
Codebase Verification
Potential issues due to removal of async package
The async package is still being referenced in multiple files across the codebase. Removing it from go.mod without updating these references could lead to errors. Please ensure that all dependencies on the async package are resolved or updated accordingly.
- Files with references to
asyncinclude:mod/storage/pkg/pruner/pruner.gomod/storage/pkg/pruner/pruner_test.gomod/storage/pkg/pruner/types.gomod/runtime/pkg/middleware/middleware.gomod/runtime/pkg/middleware/abci.gomod/node-core/pkg/components/dispatcher.gomod/node-core/pkg/components/deposit_store.gomod/node-core/pkg/components/types.gomod/node-core/pkg/components/availability_store.gomod/node-core/pkg/components/events.gomod/node-core/pkg/components/block_store.gomod/async/pkg/types/dispatcher.gomod/execution/pkg/deposit/pruner.gomod/execution/pkg/deposit/sync.gomod/execution/pkg/deposit/types.gomod/execution/pkg/deposit/service.gomod/async/pkg/dispatcher/errors.gomod/async/pkg/dispatcher/dispatcher.gomod/async/pkg/broker/broker.gomod/da/pkg/da/service.gomod/da/pkg/store/pruner_test.gomod/da/pkg/store/pruner.gomod/beacon/blockchain/process.gomod/beacon/blockchain/service.gomod/beacon/validator/service.gomod/beacon/block_store/types.gomod/beacon/block_store/service.gomod/beacon/block_store/pruner.go
Analysis chain
Check the impact of removing async.
The removal of github.com/berachain/beacon-kit/mod/async might affect the module's functionality. Ensure that any dependent code has been updated accordingly.
Run the following script to check for references to the removed dependency:
Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for references to the removed `async` dependency.
# Test: Search for references to `async` in the codebase.
rg --type go 'async'
Length of output: 19473
| github.com/berachain/beacon-kit/mod/async => ../async | ||
| github.com/berachain/beacon-kit/mod/beacon => ../beacon | ||
| github.com/berachain/beacon-kit/mod/da => ../da | ||
| github.com/berachain/beacon-kit/mod/execution => ../execution | ||
| github.com/berachain/beacon-kit/mod/node-api => ../node-api | ||
| github.com/berachain/beacon-kit/mod/node-api/engines => ../node-api/engines | ||
| github.com/berachain/beacon-kit/mod/payload => ../payload | ||
| github.com/berachain/beacon-kit/mod/primitives => ../primitives | ||
| github.com/berachain/beacon-kit/mod/runtime => ../runtime | ||
| github.com/berachain/beacon-kit/mod/state-transition => ../state-transition | ||
| github.com/berachain/beacon-kit/mod/storage => ../storage |
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Tip
Codebase Verification
Local replacement paths do not exist
The local replacement paths specified in the go.mod file do not exist in the current setup. Please verify the paths and ensure that the necessary directories are initialized or checked out correctly.
asyncdoes not exist at/home/jailuser/git/asyncbeacondoes not exist at/home/jailuser/git/beacondadoes not exist at/home/jailuser/git/daexecutiondoes not exist at/home/jailuser/git/executionnode-apidoes not exist at/home/jailuser/git/node-apinode-api/enginesdoes not exist at/home/jailuser/git/node-api/enginespayloaddoes not exist at/home/jailuser/git/payloadprimitivesdoes not exist at/home/jailuser/git/primitivesruntimedoes not exist at/home/jailuser/git/runtimestate-transitiondoes not exist at/home/jailuser/git/state-transitionstoragedoes not exist at/home/jailuser/git/storage
Please ensure these directories are correctly set up for development.
Analysis chain
Verify the local replacement paths for multiple modules.
Ensure that the local paths for async, beacon, da, execution, node-api, node-api/engines, payload, primitives, runtime, state-transition, and storage exist and are accessible for development.
Run the following script to verify the existence of the local replacements:
Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify the existence of local replacements for multiple modules.
# Test: Check if the local directories exist.
for module in async beacon da execution node-api node-api/engines payload primitives runtime state-transition storage; do
test -d "../$module" && echo "Local replacement for $module exists."
done
Length of output: 1566
Script:
#!/bin/bash
# Description: Verify the existence of local replacements for multiple modules using absolute paths.
# Find the base directory of the repository
BASE_DIR=$(pwd)
# Test: Check if the local directories exist using absolute paths.
for module in async beacon da execution node-api node-api/engines payload primitives runtime state-transition storage; do
if [ -d "$BASE_DIR/$module" ]; then
echo "Local replacement for $module exists at $BASE_DIR/$module."
else
echo "Local replacement for $module does not exist at $BASE_DIR/$module."
fi
done
Length of output: 3647
Summary by CodeRabbit
New Features
Bug Fixes
Refactor
Chores